• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The proposed technique relates to a cash register implemented by means of a digital tactile device (400) of the tablet type. The digital touch device (400) is attached to a main module (100) which comprises: - a central block (102); an interchangeable support (107) adapted to hold the digital tactile device (400); an articulated arm, whose one end, said first end, is connected by a first pivot connection to the central block (102), and whose other end, said second end, is connected by a second pivot connection to a receiving tray on which is fixed the interchangeable support (107). The cash register proposed is flexible, and optionally includes an optical reading module and / or a payment module on which is positioned a payment terminal.
    公开号:FR3043826A1
    申请号:FR1560914
    申请日:2015-11-13
    公开日:2017-05-19
    发明作者:Alexandre Larnac；Camille Gombault；Philippe Dedieu；Cédric Decodts；Fabien Demange；Didier Georges
    申请人:Ingenico Group SA；
    IPC主号:
    专利说明:

    Modular cash register. 1. Domain
    The field of the invention is that of cash registers. It relates more particularly to the field of cash registers that incorporate a digital device type touch pad. 2. Prior Art
    Classic cash registers are known, which take the form of an integrated device generally comprising an alphanumeric keyboard, an optionally touch screen, and which, depending on the models, may also include various complementary elements such as a cash drawer or a cash register. barcode reader. With these traditional cash registers, the merchant has certainly a sufficient tool to perform collection operations related to its business, but which is often cumbersome, expensive and not very scalable. These conventional devices struggle, for example, to adapt to different counter configurations, and their one-piece, fixed nature makes a merchant who wishes to change his activity or his trade often has no choice but to replace his a cash register that has become unsuitable for its new needs. The rise of tactile tablets, more and more powerful, connected, not bulky but still having a screen of comfortable size, has allowed the development of new uses, especially in the workplace. Solutions to replace traditional cash registers with touch-sensitive tablets incorporating adapted cash register software have emerged. These solutions offer many advantages over traditional cash registers: they are less expensive, more compact, and the cash register software can be easily updated when new features are available. They also offer more flexibility to the merchant, allowing him for example to focus on a solution based on a touch pad model that is familiar to him and that he is familiar with for use in other contexts. In addition, the touch pad, mobile device and connected by nature, opens new opportunities for work: this cash register of a new kind is not necessarily permanently attached to the place of commerce, and the trader can for example easily l take him with him to his home or his accountant to make various assessments. Nevertheless, a touch pad is not generally sufficient in itself for the implementation of a cash register solution that is sufficiently functional and safe to meet the needs of the merchant. Thus, for practical reasons, it is advantageous to install the tablet on a suitable support on the counter. In addition, depending on the activity exerted by the merchant, the addition of various complementary elements, such as for example a barcode reader, a payment terminal or a thermal printer for printing cash tickets, is usually necessary to make the installation operational. These considerations are not without constraints. Thus, existing tablet devices are generally compatible with a limited number of tablets, which can cause problems when a merchant wishes to change the tablet model. Moreover, such a cash register, when it includes not only the touch pad and its support but also complementary elements essential to the merchant's activity, forms a disparate, non-integrated, which is not only unattractive but also poorly adapted to the compactness requirements of certain businesses. In addition, the tablet usually does not incorporate security devices in compliance with current standards: it is therefore not prudent to entrust the entire management of the cash to the tablet.
    The current cash register solutions therefore have certain disadvantages, with one side conventional cash registers integrated, but cumbersome, expensive and little scalable, and the other cash registers based on digital devices type touch pad, more scalable but often not very coherent and sometimes compelling in terms of compatibility when it is necessary to add to them the complementary elements essential to a given activity.
    There is therefore a need for cash registers that meet both the modularity and scalability needs of merchants, while nevertheless offering certain guarantees as to the consistency and sustainability of the chosen solution. B. Summary
    The proposed technique offers a solution that does not present at least some of these problems of the prior art, thanks to a modular cash register implemented by means of a digital tablet type touch device.
    According to a first aspect, the proposed technique relates to a cash register main module implemented by means of a tablet-type digital tactile device. Such a main module comprises: a central block; an interchangeable support adapted to maintain said digital tactile device; an articulated arm, whose one end, said first end, is connected by a first pivot connection to said central block, and whose other end, said second end, is connected by a second pivot connection to a tray home on which is fixed said interchangeable support.
    Thus, the replacement of a digital tactile device with another model of a digital tactile device does not require the replacement of the entire main module: only the interchangeable support must be replaced by another interchangeable support adapted to the new digital device model. selected touch. Furthermore, the inclination of the digital tactile device can be adjusted to the convenience of its user, by means of the articulated arm.
    In a particular embodiment of the proposed technique, the central block incorporates a printer and has on one of its faces an output slot impressions of said printer, and an access door to a loading slot of the printer. least one roll of paper for said printer.
    In this way, the main module includes in an integrated manner, within the central block, a printer allowing the printing of tickets and receipts related to the merchant's cashing activity.
    In another particular embodiment of the proposed technique, the first pivot connection is a pivot with two positions, which makes it possible to tilt, by means of the articulated arm, the digital tactile device in: a first position, called position of use , in which the digital tactile device has a favorable inclination for its use; a second position, said loading position, wherein the digital tactile device is tilted so that the access door to the loading slot of at least one paper roll of the printer is accessible.
    Thus, the first pivot connection allows access to the loading slot of the paper rolls of the printer without losing the adjustment of the inclination of the digital tactile device made by means of the second pivot connection. The inclination retained by the merchant in the use position is retained, even when the latter needs to load a new roll of paper in the dedicated housing.
    In yet another particular embodiment of the proposed technique, said second end of the articulated arm and said reception tray are further connected by a third pivot connection, allowing rotation of said reception tray, and therefore of said digital tactile device, in its inclination plane.
    In this way, the digital tactile device can be oriented in portrait or landscape mode, according to the needs of the merchant, without its inclination of use - previously set by the merchant by means of said second pivot connection - is changed.
    In another particular embodiment of the proposed technique, the central block comprises means for fixing an additional screen.
    Thus, in addition to the screen of the digital tactile device, an optional additional screen for customers can be fixed on the central block of the main module. A suitable cover can be used to mask said fixing means and preserve the coherent appearance of the cash register, when the merchant does not wish to use an additional screen.
    According to a second aspect, the proposed technique also relates to a payment module, intended to be coupled to a main cash register module as described above. This payment module comprises a docking station for a payment terminal, said base comprising: a lower part; an upper part comprising a housing adapted to receive said payment terminal, said upper part being connected by a pivot connection to said lower part, said pivot connection enabling said upper part to pivot in the substantially horizontal plane on said lower part.
    Thus, the base of the payment terminal is pivotable, which allows to direct the payment terminal to the merchant or to the customer as needed, even when the base is attached to the frame or the main module of the payment terminal. a cash register according to the proposed technique for example.
    According to another aspect, the proposed technique also relates to an optical reading module, intended to be coupled to a main cash register module as described above. This optical reading module comprises: a first part, said fixed part; a second part, called removable part, comprising an optical reading device, said fixed and removable parts comprising complementary means for temporarily securing said parts.
    In this way, the optical reading device can be used in a fixed configuration, when it is secured to the fixed part (which can be fixed to the frame or to a cash register for example), or in a mobile configuration, when it is not secured to the fixed part.
    In a particular embodiment of the proposed technique, said complementary means for temporarily securing said fixed and removable portions of the optical reading module take the form of complementary shapes capable of cooperating with each other and / or with magnets.
    Thus, the transition from the fixed configuration to the mobile configuration and vice versa, for the use of the optical reading device, can be realized quickly and simply. The magnets provide sufficient maintenance of the removable part on the fixed part, while allowing rapid stain removal, and the complementary shapes make it possible to guarantee that the removable part is always correctly centered on the fixed part when these two parts are integral. This helps to ensure possible use of the optical reading device in its fixed configuration, while preserving a consistent appearance for the cash register.
    In yet another aspect, the proposed technique relates to a cash register implemented by means of a tablet-type digital tactile device, characterized in that said digital tactile device is fixed on a main module as described above, and in that said cash register comprises, optionally: a payment module as described above, on which is positioned a payment terminal; and / or an optical reading module as described above.
    Thus, we have a scalable cash register, a great modularity, able to be adapted quickly and simply to meet the different needs of each trader.
    The various embodiments mentioned above are combinable with each other for the implementation of the proposed technique. 4. List of Figures Other features and advantages of the proposed technique will appear more clearly on reading the following description of a preferred embodiment of the proposed technique, given as a simple illustrative and non-limiting example, and attached drawings among which: Figure 1 shows a perspective view of the different modules of a cash register according to a particular embodiment of the proposed technique; Figure 2 shows a perspective view of the main module of a cash register, merchant side, in a particular embodiment of the proposed technique; Figure 3 shows a perspective view of the different modules of a cash register, customer side, in a particular embodiment of the proposed technique; Figure 4 shows a perspective view of a payment module, in a particular embodiment of the proposed technique; Figure 5 shows the removable portion of an optical reading module, in a particular embodiment of the proposed technique; Figure 6 shows a diagram of the arrangement of the fixed and removable parts of an optical reading module, in a particular embodiment of the proposed technique; Figures 7 to 10 show examples of cash register configurations, in various particular embodiments of the proposed technique. 5. Description
    As indicated above, the invention therefore relates to a modular cash register, able to offer a solution to the needs of each merchant. In all the figures of this document, identical elements are designated by the same reference numeral.
    In connection with FIG. 1, a perspective view of the various modules that can be implemented to form a cash register according to the proposed technique is presented. Such a cash register comprises a main module (100) which can accommodate a mobile digital device (400), such as a touch pad or a smartphone for example, on which a cash register software is installed. Optionally, a cash register according to the proposed technique comprises complementary modules, such as a payment module (200) and / or an optical reading device (300). Throughout the remainder of the document, it is considered that the digital device (400) used to execute the cash register software is a touch pad, but this example is given for purely illustrative and non-limiting purposes.
    These various modules and their arrangement to form a cash register according to the proposed technique are described below. 5.1 Main module
    With reference to FIG. 2, an example of a main module (100) is presented in a particular embodiment of the proposed technique. This main module (100) and the touch pad (400) installed therein form the heart of the cash register according to the proposed technique.
    The main module (100) comprises a foot (101) integral with a central block (102) of generally parallelepiped shape. The foot (101) is intended to be placed or fixed on an element of the frame, for example on the counter of a merchant. The central block (102) and its foot (101) are arranged so that they form an acute angle between them. In this way, the front face (103) and the top (104) of the central block (102) form surfaces easily visible and accessible respectively by a merchant and a customer located on either side of a counter where said cash register register is positioned.
    In a particular embodiment of the proposed cash register, which has an optimized integration, the central block (102) contains a printer, and a hatch (105) is arranged in the front face (103) of said central block. This hatch (105) allows access to a housing, arranged in the central block, adapted to accommodate at least one paper roll necessary for the operation of the printer. A slot (106) permits the output of printed tickets and receipts. This slot (106) can for example be arranged directly in the lower part of the access door (105), or within the front face of the central block (103), under the access door (105).
    The main module (100) comprises an articulated arm (110), visible in Figure 3 which has a rear view in perspective of a cash register where a payment module and an optical reading module have been added to the main module. This articulated arm (110) is fixed at one end to the central block (102), by means of a first pivot connection (111), in a junction zone between the front face (103) and the top (104). said central block (102). The other end of the articulated arm (110) is connected by a second pivot link (112) to a receiving tray, to which can be attached an interchangeable support (107) for holding a touch pad (400).
    The first pivot link (111) is a two-position pivot, which allows the touch pad (400) and its support (107) to tilt completely between a position of use and a so-called loading position. In the use position, the surface of the touch pad (400) faces the merchant who can therefore use it to perform the routine collection operations related to his activity. In the loading position, the touch pad (400) and its support (107) are tilted backwards, and thus release access to the front face of the central block (102). The hatch (105) and the paper loading slot of the printer it houses become thus accessible, which allows the merchant to easily load a new roll of paper without the touch pad hinders handling.
    The second pivot connection (112) is a multi-position pivot which allows the merchant to adjust the inclination of the tablet at his best convenience, so as to have optimum comfort of use when the touch pad (400) is in the position of use previously described.
    Unlike a single pivot solution, this mechanism based on two pivot links (111, 112) allows the trader to be able to switch the tablet in the loading position with the first pivot link (111), without losing the setting the inclination achieved by means of the second pivot connection (112). Thus, when the trader turns the tablet back to the position of use, after having for example replaced the paper roll of the printer, it finds the desired operating inclination.
    In a particular embodiment of the proposed technique, a third pivot connection can be implemented between the receiving plate and the end of the articulated arm that supports it. This two-position pivot, whose axis of rotation is perpendicular to the plane of the tray, allows to switch the tablet in "portrait" or "landscape" mode depending on the desired use, without changing the inclination previously set by the trader by means of the second pivot link (112).
    As described above, the proposed cash register can accommodate a digital device of the trader, typically a touch pad. During the life of the cash register, the merchant may change touch pad. Also, different media are available, to accommodate different models of tablets but also different types of digital devices (eg smartphones). All these supports are interchangeable, in the sense that they are all compatible with the docking tray integrated in the main module of the cash register: they all include fastening means adapted to cooperate with complementary fastening means of the tray . Various fixing means may be envisaged (screwing, clipping, etc.). In a particular embodiment of the proposed technique, the securing of the tablet support (107) on its home tray does not require tools, and can for example be performed by interlocking a portion of the tray in an obviously adapted support, followed by a rotational movement of the support (107) to complete the joining (the reverse operation for separating the support of its tray, still without tools). The arrangement of the central block (102) and its foot (101) make the top (104) of the central block is naturally oriented towards a customer who would stand in front of a shopkeeper, on the other side of the cash register according to the proposed technique. Also, in a particular embodiment, this surface (104) is particularly adapted to the installation of an additional screen (108), optional, oriented to the customer. The top (104) of the central block (102) thus comprises fixing means adapted to cooperate with complementary fastening means present on the back of such additional screen (108). Advantageously, these fixing means are clipping means, which allow to fix the additional screen (108) to the central block (102) quickly, easily, and without tools. The use of such a screen is optional, and this aspect therefore contributes to the modular character of the proposed cash register. A removable cover (109) which has on its back fastening means (for example clipping) complementary to those present on the top of the central block allows the trader who does not wish to use additional screen to hide the fastening means and to preserve a coherent aspect of the cash register, customer side.
    The main module also includes at least one transactional data processing module. Such a transactional data processing module is for example a combination of a processing processor (secure processor type) and a memory (which can also be secured). This module advantageously also comprises connection circuits or hardware interfaces with complementary modules (such as the additional modules described below, for example a payment module and an optical reading module). This module provides processing facilities (for example secure) data flowing between the complementary modules (when installed) and data flowing between the cash register and a communication network to which this cash register is connected. More particularly, such a module can advantageously serve as an interface between a network of a payment service provider (such as a banking network) and a payment terminal connected to the main module via a network cable or a wireless network interface. Such a data processing module can also serve as an interface with the touch pad (400), in order to offer secure communication with this device. Thus, such an arrangement makes it possible to avoid usurpation or a modification of the data managed by the touch pad (400). According to an advantageous embodiment, the processing module embeds within it a more or less important part of a cash register management application and the touch pad embeds the complementary missing part, so that the two parties recognize each other: thus, the operation of the cash register is secure.
    According to another aspect of the invention, additional optional modules can be added on either side of the main module, so as to enrich the functions offered by the cash register. These add-ons, which include a payment module and an optical reading module, are described below. 5.2 Payment module
    In another aspect, the proposed technique therefore also relates to a payment module that can be used in conjunction with the cash register main module described above. This payment module (200) is presented in relation to FIG. 4 in a particular embodiment. It comprises a two-part pedestal (202, 203), mounted on a stand (201). This base is intended to accommodate a payment terminal (not shown in Figure 4). The lower part (202) of the base is secured to its foot (201). The upper part (203) of the base comprises a housing in which the payment terminal can be installed. This upper part (203) is connected to the lower part (202) by a pivot connection (204).
    Depending on the needs of a merchant (for example depending on the shape of his counter, space available, etc.), the payment module (200) can be used in a configuration where it is secured to the module main (100) of the cash register, or in another configuration where it is detached from the main module (100).
    In "secured" configuration, the connection of the payment module (200) with the main module (100) can for example be achieved by means of a connecting piece, mounted under the foot (101) of the main module and under the foot (201) of the payment module, and connecting these two feet (101, 201) between them. Advantageously, these two feet (101, 201) have the same profile, and arrange with the plane on which they are laid a space for the installation of this connecting piece. In this way, the connecting piece is invisible once mounted. This space can also be used for the passage of various cables. In addition to the similarity of the foot profiles (101, 201), the base of the payment module and its foot (201) advantageously form between them an angle similar to that formed between the central block (102) and the foot (101) of the module main. In this way, the cash register maintains a coherent and integrated appearance, when the payment module (200) is used in the configuration where it is secured to the main module (100).
    The pivot connection (204) is used to pivot the upper part (203) of the base on its lower part (202) in a horizontal plane or close. Thus, even when the payment module (200) is secured to the main module (100), a payment terminal installed in this pivoting base can be oriented according to the needs or to the merchant or to the customer by pivoting at 180 ° in the horizontal plane. The payment terminal also remains usable in all the intermediate positions between these two positions, which may be useful for certain particular counter configurations (where the customer naturally stands on the side of the merchant, for example). So that the central block (102) of the main module does not hinder the pivoting of the upper part (203) of the base on its lower part (202), the width of the base is less than the width of its foot (201). In this way, even when the feet (101, 201) of the main module (100) and the payment module (200) are joined together, a space exists between the base of the payment module and the central block (102) of the main module, which allows the upper part to rotate freely over an angular range at least greater than or equal to 180 ° (this space is for example visible in Figure 7). In a particular embodiment of the proposed technique, so that the cash register remains as compact and integrated as possible, a cavity (113) can be arranged on the side of the central block (102), so as to limit the size of the space while still allowing the pivoting of the upper portion (203) on the lower portion (202). 5.3 Optical reading module
    In yet another aspect, the proposed technique also relates to an optical reading module that can be used in conjunction with the cash register main module described above. This module takes for example the form of a barcode reader, and allows the merchant to scan the products that a customer wants to acquire.
    The optical reading module (300) proposed comprises two parts (301, 302) visible in Figure 3. The portion (301) is said fixed part, in the sense that it is intended to be secured to the main module (100) a cash register according to the proposed technique. In a particular embodiment, the securing of these two elements can for example be achieved by means of a connecting piece mounted under the foot (101) of the main module and under the fixed part (301) of the optical reading module. and connecting these two elements (101, 301) to each other. Advantageously, the profile of the fixed part (301) at least partly follows the profile of the foot (101) of the main module, so that these two elements (101, 301) fit with the plane on which they are laid a space for the installation of this connecting piece. In this way, the connecting piece is invisible once mounted, and this space can also be used for the passage of various cables. The other portion (302) of the optical pickup module (300) is a removable portion, which includes the optical pickup device, for example a bar code reader. This removable portion (302) is presented in connection with Figure 5. in a particular embodiment.
    The fixed part (301) and the removable part (302) have complementary means to ensure a temporary joining of these two elements (301, 302). These securing means are presented in relation with FIG. 6 in a particular embodiment of the proposed technique. They consist of a cooperation of complementary shapes (303, 304) and / or magnets (305, 306), which ensure proper retention and centering of the removable part (302) when it bears on the fixed part (301). In this way, the cash register maintains a coherent and integrated appearance, when these two parts (301, 302) of the optical reading module (300) are secured. Moreover, the optical reading module can be used to scan products even in this configuration, by positioning the lens (307) of the optical reading device and by the conformation and sizing of the removable portion (302). , as shown for example in relation to Figures 6 and 7. Of course, the trader can when he wishes to detach the removable portion (302) - and therefore the optical reading device - of the fixed part (301) , for example to scan a product too large to be presented in front of the cash register. 5.4 Examples of Configurations of Modular Cash Registers As an illustration but without being limiting, various examples of possible configurations of cash registers according to the proposed technique are presented in connection with FIGS. 7 to 10, in different cases of use.
    Figure 7 shows a perspective view of a cash register in a particular embodiment of the proposed technique. This cash register includes, in addition to the main module, the two complementary modules that are the payment module and the optical reading module. The cash register is presented in its compact form: the payment module is secured to the main module, and the removable portion of the optical reading module rests on its fixed part. As previously stated, even in this compact configuration, the cash register retains an integrated and coherent appearance, and remains fully operational: the products can be scanned by presenting them in front of the lens of the optical reading module, and the payment terminal can be swiveled for be presented in front of the customer (we distinguish in this figure the space between the base of the payment module and the central block of the main module, and the cavity in the side of the central block, which allow this pivoting 180 °). In addition, the main module includes a cash receipt printer, and it also houses an additional, customer-oriented display.
    Figures 8a and 8b show a cash register according to another particular embodiment of the proposed technique. This cash register does not include an optical reading module. Figures 8a and 8b show a situation in which the touch pad is tilted backwards, in its loading position which provides access to the hatch allowing for example the replacement of the paper roll of the printer. The scales between load position and use position do not affect the setting made by the merchant to adjust the inclination of his tablet in use mode.
    Figures 9a. 9b and 9c present a cash register according to yet another particular embodiment of the proposed technique. This cash register does not include a payment module. The cash register is customer-side view in different situations: without additional screen but with a cover to hide the means of fixing such a screen (Figure 9a), without additional screen with the cover removed (Figure 9b), and finally with additional screen (Figure 9c).
    Figures 10a and 10b show a cash register according to yet another particular embodiment of the proposed technique. This cash register includes, in addition to the main module, the two complementary modules that are the payment module and the optical reading module. In these figures, one can see the tablet oriented in portrait (Figure 10a) or landscape (Figure 10b), as well as different orientations of the pivoting base of the payment module, to present a payment terminal to a customer while maintaining this payment terminal built into the cash register.
    The proposed technique therefore relates to a cash register of great modularity, which offers a lot of flexibility to the trader.
    The main module on the one hand is evolutionary. It may or may not include a receipt printer, an additional screen for customers can easily and quickly be added, and the touch pad that is the heart of the device can easily be replaced by a newer model or another manufacturer thanks to its interchangeable support.
    In addition, additional modules can be added to the main module, depending on the needs of each trader. These additional modules include a payment module, for the integration of a payment terminal, and an optical reading module. As described above, these complementary modules can be secured to either side of the main module, or also be used in a mode where they are detached from the main module. The proposed technique therefore makes it possible to assemble very simply "tailor-made" cash registers, able to adapt to multiple configurations of counters and spaces. The additional modules are further dimensioned and shaped so that the cash register maintains an integrated and coherent appearance, when they are secured to its main module. These add-ons are optional. Thus the cash register according to the proposed technique can meet a large number of needs, the one, basic, where the only main module and its tablet are sufficient for the more evolved, which also requires payment solutions and / or reading optical.
    权利要求:
    Claims (9)
    [1" id="c-fr-0001]
    1. Main module (100) of cash register implemented by means of a digital tactile device (400) tablet type, characterized in that it comprises: a central block (102); an interchangeable support (107) adapted to maintain said digital tactile device (400); an articulated arm (110), whose one end, said first end, is connected by a first pivot connection (111) to said central block (102), and whose other end, said second end, is connected by a second pivot connection (112) to a receiving tray on which is fixed said interchangeable support (107).
    [2" id="c-fr-0002]
    2. Main cash register module according to claim 1, characterized in that said central block incorporates a printer and has on one of its faces an output slot impressions of said printer, and a housing access hatch loading at least one roll of paper for said printer.
    [3" id="c-fr-0003]
    3. Main cash register module according to claim 2, characterized in that said first pivot connection is a two-position pivot, which makes it possible to tilt, by means of said articulated arm, said touch digital device in: a first position, called position of use, in which the digital tactile device has a favorable inclination for its use; a second position, said loading position, in which the digital tactile device is tilted so that said access door to the loading slot of at least one roll of paper of said printer is accessible.
    [4" id="c-fr-0004]
    4. Main cash register module according to any one of claims 1 to 3, characterized in that said second end of said articulated arm and said receiving tray are further connected by a third pivot connection, allowing the rotation of said tray. home, and therefore said digital tactile device, in its tilt plane.
    [5" id="c-fr-0005]
    5. Main cash register module according to any one of claims 1 to 4 characterized in that said central block comprises means for fixing an additional screen.
    [6" id="c-fr-0006]
    6. Payment module, intended to be coupled to a main cash register module according to any one of claims 1 to 5, characterized in that it comprises a docking station for payment terminal, said base comprising: a lower part ; an upper part comprising a housing adapted to receive said payment terminal, said upper part being connected by a pivot connection to said lower part, said pivot connection enabling said upper part to pivot in the substantially horizontal plane on said lower part.
    [7" id="c-fr-0007]
    7. optical reading module, intended to be coupled to a main cash register module according to any one of claims 1 to 5, characterized in that it comprises: a first part, said fixed part; a second part, called removable part, comprising an optical reading device, said fixed and removable parts comprising complementary means for temporarily securing said parts.
    [8" id="c-fr-0008]
    8. optical reading module according to claim 7, characterized in that said complementary means for temporarily securing said fixed and removable parts take the form of complementary shapes able to cooperate with each other and / or magnets.
    [9" id="c-fr-0009]
    9. Cash register implemented by means of a tablet-type digital tactile device, characterized in that said digital tactile device is fixed on a main module according to any one of Claims 1 to 5, and in that said cash register comprises, optionally: a payment module according to claim 6, on which a payment terminal is positioned; and / or an optical reading module according to any one of claims 7 and 8.
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    FR3057426A1|2018-04-13|MEDIUM FOR DOCUMENT SCANNING APPARATUS, AND DOCUMENT SCANNING DEVICE
    CH714597A2|2019-07-31|Method for recording and storing commercial data and device for its implementation
    FR3107373A1|2021-08-20|A method of controlling the display of information on a screen of an electronic data entry device, corresponding device and computer program product.
    FR2573970A1|1986-06-06|Food display counter
    EP2179715A1|2010-04-28|Wheelchair
    同族专利:
    公开号 | 公开日
    FR3043826B1|2017-12-22|
    EP3168817A1|2017-05-17|
    CA2948607A1|2017-05-13|
    US20170140615A1|2017-05-18|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    EP2754944A2|2013-01-11|2014-07-16|Posiflex Technology, Inc.|Pedestal structure of cash register display|
    WO2014160959A1|2013-03-29|2014-10-02|First Data Corporation|Systems and methods for providing articulating point-of-sale apparatuses or devices|
    CN203630875U|2013-10-31|2014-06-04|公信电子股份有限公司|POS terminal machine with back hung display structure|
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    JP2012181763A|2011-03-02|2012-09-20|Toshiba Tec Corp|Electronic apparatus|
    US9033228B2|2013-06-26|2015-05-19|Ebay Inc.|Point-of-sale systems|
    CN104077860A|2014-07-28|2014-10-01|深圳汇费通科技有限公司|Double-screen display payment terminal|
    US10127538B2|2015-09-10|2018-11-13|Innowi Inc.|Smart integrated point of sale system|US10473257B2|2015-11-26|2019-11-12|Seiko Epson Corporation|Electronic device support stand|
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    US10430783B2|2016-10-03|2019-10-01|Square, Inc.|Transmit phase detection circuit|
    USD811472S1|2016-10-28|2018-02-27|Square, Inc.|Electronic device|
    USD810816S1|2016-10-28|2018-02-20|Square, Inc.|Electronic device|
    USD812130S1|2016-10-28|2018-03-06|Square, Inc.|Electronic device|
    USD872171S1|2017-03-01|2020-01-07|Pax Computer TechnologyCo., Ltd.|Cash register|
    US11074566B2|2017-08-29|2021-07-27|Ncr Corporation|Point of sale terminal|
    USD906413S1|2018-01-24|2020-12-29|Compal Electronics, Inc.|Point of sale apparatus|
    USD898111S1|2018-01-24|2020-10-06|Compal Electronics, Inc.|Point of sale station|
    USD926763S1|2018-12-05|2021-08-03|Invue Security Products Inc.|Dock for portable electronic devices|
    USD919699S1|2019-07-16|2021-05-18|Clover Network, Inc.|Terminal|
    法律状态:
    2016-11-25| PLFP| Fee payment|Year of fee payment: 2 |
    2017-05-19| PLSC| Publication of the preliminary search report|Effective date: 20170519 |
    2017-11-28| PLFP| Fee payment|Year of fee payment: 3 |
    2019-11-26| PLFP| Fee payment|Year of fee payment: 5 |
    2020-11-27| PLFP| Fee payment|Year of fee payment: 6 |
    2021-11-25| PLFP| Fee payment|Year of fee payment: 7 |
    2022-01-07| TP| Transmission of property|Owner name: BANKS AND ACQUIRERS INTERNATIONAL HOLDING, FR Effective date: 20211202 |
    优先权:
    申请号 | 申请日 | 专利标题
    FR1560914A|FR3043826B1|2015-11-13|2015-11-13|MODULABLE CASH REGISTER|FR1560914A| FR3043826B1|2015-11-13|2015-11-13|MODULABLE CASH REGISTER|
    EP16198279.8A| EP3168817A1|2015-11-13|2016-11-10|Modular cash register|
    US15/349,181| US20170140615A1|2015-11-13|2016-11-11|Modular cash register|
    CA2948607A| CA2948607A1|2015-11-13|2016-11-14|Modular cash register|
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