• 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 invention relates to a dispenser (2) for a pumpable fluid (3), such as dish washing detergent, soap or cooking oil, arranged at a sink unit, a work top, a cupboard, a wall, a sink, a bathtub or another similar surface (4), and that comprises a movable discharge mechanism (5) for said fluid (3). Said discharge mechanism (5) is receivable in an inserted concealed storage position (I) inside said surface (4) and in a projected, from the outside (6) of the dispenser (2), freely accessible discharge position (II), respectively, the discharge mechanism (5) comprising a pump (7) that is arranged to take a locked pump position and an unlocked pump position, respectively.
    公开号:SE1250534A1
    申请号:SE1250534
    申请日:2012-05-25
    公开日:2013-11-26
    发明作者:Santosh Truedsson
    申请人:Sth Dev & Design Ab；
    IPC主号:
    专利说明:

    The present invention relates to a device for dispensing pumpable fluid, such as e.g. dishwashing liquid, soap or cooking oil, at a sink, a countertop, a cupboard, a cradle, a sink, a bathtub or a flake or other similar adjoining surface, and comprising a movable discharge mechanism for said fluid.
    Pumpable fluids of the above type are desired to be handled in a simple and efficient manner, easily accessible in the area of lamped hairs, e.g. at a 10 sink and then on the side of it, Normally a bottle of detergent is on the sink and which you get the desired amount from when washing dishes. The same is the case with other stalls where fluid is used in bottles and which is made possible to be discharged by being pumped out with an appropriate amount according to the above-mentioned products and the device stalls.
    It is possible to arrange pumps at the edge of e.g. sinks, on sinks and other similar stalls, Sasom e.g. by US 2007/0246486 A1 which shows a dispenser at a sink for discharging detergent from a hidden container under said sink.
    US 6,568,569 El showing a whale pump at a laundromat.
    US 2008/0302823 A1 and BE 810408 disclose a coke or bathroom applicator cleaning pump for cleaning fluid and which is mounted in a disc.
    However, it is not possible with said said pumps to be able to completely depress the pump part itself, which is normally in a high position for the actual discharge of fluid at the desired position. .ex. cleaning of the 2 surfaces in question or to avoid that the bench etc is cluttered with undesirable objects.
    The main object of the present invention is therefore primarily to solve with simple and selective means, e.g. the problems mentioned above.
    Said object is achieved by means of a device according to the present invention which is mainly characterized in that said discharge mechanism is receivable in a inserted, completely hidden storage layer within said surface 10 or a projected, from the outside of the dispenser, freely accessible discharge layer.
    The invention is described below as a preferred exemplary embodiment with reference to the accompanying drawings, in which Fig. 1 schematically shows the invention applied completely immersed and hidden inside the top surface of a disc and with underlying containers for e.g. Fig. 2 schematically shows the invention in a protruding user layer when pumping out detergent.
    Fig. 3 shows a side view and a sectional view, respectively, with the arrows of a device according to the invention in lowered storage position, Fig. 4 shows a side view and a sectional view, respectively, along the arrows of a device according to the invention in elevated user direction for pumping out intended fluid. Fig. 6 shows a pump mechanism in perspective 30 and in top view, side view and sectional view along the arrows, Fig. 8 shows a pump mounting in perspective and in side and top view, Figs. Fig. 9 shows a rotating and welding body in perspective and in top view and side view, Fig. 10 shows an exploded view of the entire device and a sectional view thereof along the arrows, Fig. 11 shows a pump cap with a nozzle in perspective and in side view and in top view and in section view Fig. 12 shows an outer sleeve in perspective and in side view and in top view and in sectional view along the arrows, Fig. 13 shows an inner sleeve in perspective and in side view and in top view and in sectional view along the arrows, and Fig. 14-1 6 schematically shows the device and its integral parts in perspective rasp in sectional views.
    The pump and the entire device 1 which comprises parts and accessories which are arranged there to perform its operative function are arranged to be able to be built into bank discs 4 and sinks in kitchens, caravans, leisure boats and bathrooms etc.
    When the pump 7 and associated device 1 for its function are integrated in e.g. a bank disk 4, in the event of a fallen age, it must be at the same level as the bank disk, so-called flush. In other words, it should not protrude above the surface where it is mounted.
    At Onskemal when the pump is to be used, you should only behave e.g. push the top of the pump to come up so that you can then use the pump. When the pump 7 is to come up, this is done by pressing it and then releasing it from its load 30 and that it comes up with the help of spring force. The pump 7 will in its extended bearing have its mouthpiece 24 ddr the liquid medium should come out about 60-110 mm above the worktop 4. 4 When the pump 7 has come up it should be possible to turn that e.g. hoger for upplasning for pumplage. When you turn it back, you close the pump layer so that no more liquid can be pumped out. When the pump is in its loaded position, it should be possible to push the pump 7 down so that it ends up in a so-called flush position but without any liquid fluid coming out.
    When filling the pump 7 with the intended fluid 3, you can do this by filling a refill container 9 which is mounted under e.g. the bank disk, but you should also be able to fill it from the top by e.g. removes the pump itself and hails directly into the container that you store e.g. dishwashing liquid or soap in.
    The pump can consist of different materials such as e.g. steel, plastic, ceramics, rubber, aluminum etc. Areas of application: The pump must be able to be used for various liquid things such as soap, shampoo, conditioner, skin hug, detergent, oils, vinegar, sauces, ketchup etc.
    Mounting: The pump can be mounted both in vertical storage, but also in horizontal storage. This means that you can not only mount it on a bench top or a sink and sink, but you would also e.g. be able to build it into a cradle or in a cupboard. It must also be possible to use it on beards and the like, on e.g. restaurants etc. When mounting the pump 7 on a bank disk 4, a sink or other similar disk-shaped surface, you first make a hole in the disk. Then you drop the pump in the tail. The pump 7 can be held in place by e.g. glued with the help of a collar 25 or similar, but it should also be possible to be fixed by having a clamping device that clamps it to e.g. the bank disk.
    Maintenance On the pump, a rubber gasket is arranged which lies under the collar of the pump, ie when the pump rests against, for example, a bank disc in a suitable recess. This rubber gasket 5 must prevent liquid and moisture from entering between e.g. the disk and the pump and enlarge the bank disk. The pump must also have a small rubber ring at the far end of the pump cap which means that when it falls, ie the resting layer when it is flush against the bank plate must act as a seal and prevent dirt and moisture and liquid from slipping down and flowing into the pump. It must be possible to replace the actual pump part in the pump application / product. This e.g. when you have had detergent but want to switch to hand cream. Then you replace the pump part itself and the pump cap. This is done either by turning the pump cap and turning it off or by pulling off the pump part with the pump cap by a small jerk.
    Nozzle: In order for the liquid medium not to flow along the edge, the pump must have a movable pump nozzle 8 which turns / unfolds or is ejected when the pump is pressed. Thanks to this, the drain pipe itself or the nozzle 8 will come out a bit from the pump body itself and it will be possible to get the nozzle 8 in over e.g. palm. Alternatively, a tube may protrude from the pump body itself through which the liquid medium exits. This protruding tube will be infantile and not visible when not pumping, but as soon as you press the pump cap and give it a force downwards, the tube will be pushed out. How much it protrudes depends on how much and how far you have pushed down the pump itself. 6 Sensor technology: The pump must also be able to be operated with known sensor technology. It is based on the fact that when you want to take out your medium, you can by holding your hand under the nozzle, get a sensor to frame it and thereby start a discharge of the liquid medium to the hand.
    Furthermore, the pump part itself must also be able to slide up and down with the help of an electric motor. Then the climb itself is not estimated with so-called spring force. It must also be possible to operate this lifting and lowering with state-of-the-art sensor technology, e.g. that when you swipe with your hand over the pump it comes up. When you have then used it clearly and swipe it again with your hand or touch it, it should drive down again.
    Different types of loading mechanisms: In addition to the now developed and shown loading mechanism, you can have other solutions, such as. a small clip that lasers the habit once it comes down. Alternatively, press the pump down with your hand and then turn it manually to the side until it finds a weld.
    The invention is set forth in more detail and detail below.
    A device 1 at a dispenser 2 intended for pumpable fluid 3, such as e.g. detergent, soap, cooking oil, etc. at a sink, a countertop, a cupboard, a cradle, a sink, a bathtub or any other similar adjacent surface 4, and which includes a movable discharge mechanism 5 for said fluid 3 capable of completely discharging said output mechanism 5 sa. that it completely comes out of the wagon at the place of storage for the same. More specifically, said dispensing mechanism 5 is receivable in an inserted, in completely hidden storage layer I inside said surface 47 or a projected, from the outside 6 of the dispenser 2 in freely accessible dispensing layer II. Thus, the device 1 can be mounted in any heist intended place and in any heist Onskat Lage, i.e. savd1 horizontally as verti- tally, in upright or in opposite ldge or sloping.
    The discharge mechanism 5 is formed by a pump 7 with a nozzle 8 and which e.g. di connected to a container 9 via a line 30 hdrfar. The pump 7 comprises means which enable automatic ejection or ejection of the pump discharge nozzle 8 and said means are constituted by a mechanical, electric or manual drive unit.
    Referring to the figures for further understanding of the device 1 and the invention, an external spring tube 10 or other tubular storage housing receivable is provided inside a preferably spring-shaped storage housing 10, a spring-shaped pump cap 18 axially impactable by the spring-loaded 11, a rotatable with radial projections 12 provided. welding body 13, an impact body 15 provided with oblique cans 14 and an inner storage tube 16 received with axial grooves 19 provided with the outer tube 10.
    The impact body 15 is formed by a sawtooth-like bottom tooth ring with axes 17 extending axially and which is fixed in the bottom of the outer tube 10 by means of a central bellows extension 53 received in the central bottom hall 54 of the outer tube, as shown in Fig. 4. The welding body 13 is formed by a rotating body projections 12 adapted to the shafts 17, wherein the welding body 13 is arranged to co-operate with the actuating body 15 for alternating rotation and is arranged to be alternately received with its radial projections 12 in said axial grooves 19 for loading co-operation with associated latching means 21.
    Oblique axial landers 22 are thereby distributed along the circumference of the impact body 15 and said laser member 21 is formed by a number of oblique recesses distributed along the circumference of the bearing tube 16 for receiving said projections 12 in welding position.
    Said discharge mechanism 5 comprises a radial fixed or movable and outside the peripheral discharge opening 24 of the pump cap 18 for said discharged fluid 3.
    The outer groove 10 has in its outer end 10A a fixed or attachable annular flange 25 which is arranged for fastening the dispenser 2 to the desired desired position. The outer tube 10 has in its second end 10B in its bottom 50 a number of annularly distributed receiving openings 51 and which there are arranged to receive at the bottom of said inner bearing tube 16 annular congruently distributed axial resilient projections 52 intended to hold the parts 10, 16 together in mounted layer as shown e.g. in Fig. 3.
    Internally in said pump cap 18 a said pump 7 is receivable, wherein at the bottom 27 of the pump cap 18 an 20 arranged means 26, for instance an annular flange with clamp function, for holding the pressure piston 29 of the pump in depressed storage.
    The function and nature of the invention should have been clearly apparent from the foregoing and with the aid of the drawings.
    Briefly, however, said invention will be explained and described.
    In compressed storage layer I, as shown, for example, in Fig. 3, the telescopic parts 10, 18, 16 compressed with the parts packed compactly so that the device 1 can be completely hidden inside e.g. a countertop 4 bed area. A central actuating piston 60 is arranged to be depressed or otherwise actuated to start the ejection of the various parts as shown in Fig. 4 and in the fold the pump 7 can be actuated by pressing the pump cap 18 against the upward pressure of the spring 11. In this case, the welding body 13, which is connected to the lower bellows pressure piston 29 of the pump 7 via the clamping flange 26 and cooperating annular flanges, moves the welding body 13 in the upward direction 100.
    Then turn the pump cap to the intended spray nozzle and pump nozzle.
    Depression of the pump cap 18 causes the pump piston 29 to pump fluid 3 from the container 9 via the conduit 30 through the device 1 and out through the nozzle 8 and its discharge opening 24 which has previously been extended or swung out to the desired position to deliver the intended fluid. The projections 12 on the welding body 13 in the axial grooves 19 in the storage tube 16 are guided. The welding body 13 with its projections 12 when in contact with the inclined surfaces 14 20 has the shafts 17 on the teeth 22 projecting axially from the impact body 15, rotation is provided to lock the projections. 12 in the straight axial grooves 19 of the storage tube 16 or welding in oblique grooves 21 in the storage tube. Thus an effective and safe mechanism.
    The pump 7 and the device 1 are lowered in the reverse order.
    Control of the pressure piston 29 is effected by means of wings 75 distributed along the circumference of said pressure piston and which are received in said slit-shaped grooves 19 which pass through the storage tube 16.
    The invention is of course not limited to the embodiments described above and shown in the accompanying drawings. Modifications are possible, especially when it comes to the nature of the various parts, or by the use of equivalent technology, without departing from the scope of the invention, as defined in the claims. 11
    权利要求:
    Claims (10)
    [1]
    Device (1) at dispenser (2) for pumpable fluid (3), such as e.g. detergent, tvd1 or cooking oil, at a sink, a worktop, a cupboard, a wall, a washbasin, a bathtub or any other similar adjoining surface (4), and comprising a movable discharge mechanism (5) for said fluid (3), characterized in that said dispensing mechanism (5) is receivable in a inserted, completely hidden storage lid (I) inside said surface (4) or a projected, from the outside (6) of the dispenser (2), freely accessible dispensing lid. (II).
    [2]
    Device according to claim 1, characterized in that the discharge mechanism (5) is formed by a pump (7) with a nozzle (8) and which is connected to a container (9) for receiving and discharging said fluid (3). frdn the same. 20
    [3]
    Device according to claim 2, characterized in that the pump (7) comprises means which enable automatic ejection or ejection of the pump discharge nozzle (8). 25
    [4]
    Device according to claim 3, characterized in that said means are constituted by a mechanical, electric or manual drive unit.
    [5]
    Device according to Claim 3, characterized in that a compression spring (11), a rotatable radial projection (12) provided with a radially projecting (13) or a tubularly shaped storage housing is receivable inside a preferably metal-shaped housing. with impact body (15) provided with oblique Asar 12 (14) and an inner storage tube (16) received with axial grooves (20) provided by the outer tube (10). 5
    [6]
    Device according to claim 5, characterized in that the impact body (15) is formed by a sawtooth-like bottom tooth ring with axes (17) extending axially, that the welding body (13) is formed by a rotating body with projections (12) adapted to the axes (17) ), wherein the welding body (13) is arranged to co-operate with the actuating body (15) for alternating rotation and is arranged to be alternately received with its radial projections (12) in said axial grooves (20) and loading co-operation with associated welding means (21).
    [7]
    Device according to claim 6, characterized in that said welding means (21) are formed by a number of laser recesses (23) distributed along the circumference of the storage tube (16) for receiving said projections (12) in welding layers.
    [8]
    Device according to any one of claims 5-7, characterized in that said discharge mechanism (5) comprises a discharge opening (24) for said discharged fluid (3) with radially fixed or movable and outside the periphery of the outer tube.
    [9]
    Device according to any one of claims 5-8, characterized in that the outer tube (10) has in its one end (10A) a fixed or attachable annular flange (25) which is arranged for attaching the dispenser (2) to the intended desired location. . 13
    [10]
    Device according to any one of claims 5-9, characterized in that internally in said tubes (10, 16) Ai. a pump (7) is receivable, means (26) being arranged in the batten (27, 28) of the pipe, for example with a clamping function for holding the pressure piston (29) of the pump in the depressed storage position. 60
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    同族专利:
    公开号 | 公开日
    EP2854613A4|2016-01-13|
    US20150108168A1|2015-04-23|
    WO2013176608A1|2013-11-28|
    SE537558C2|2015-06-16|
    EP2854613A1|2015-04-08|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    BE810408A|1974-01-31|1974-05-16|PUMP FOR DISTRIBUTING LIQUIDS AND PASTES SUCH AS SAUCE|
    US5405057A|1993-10-21|1995-04-11|Moore; David G.|Manually actuated pump|
    US5899363A|1997-12-22|1999-05-04|Owens-Illinois Closure Inc.|Pump dispenser having a locking system with detents|
    US6053371A|1998-05-15|2000-04-25|Owens-Illinois Closure Inc.|Pump dispenser and method for making same|
    FR2781464B1|1998-07-24|2000-09-15|Oreal|DELIVERY VALVE PUMP COMPRISING A BALL|
    US6568569B1|2000-08-24|2003-05-27|Jonathan P. Betz|Liquid dispenser for a sink|
    DK200400224A|2004-02-13|2005-08-14|Damixa Aps|faucet|
    CN101008459B|2006-01-25|2010-06-23|周华松|Automatic-lifting concealed water tap|
    US20070246486A1|2006-02-03|2007-10-25|Frank Calandrino|Conversion Kit to Retrofit Kitchen Sink Soap Dispenser to a Liquid Soap Bottle|
    CN100591591C|2007-03-14|2010-02-24|康华工业股份有限公司|Emulsion pressing equipment|
    US20080302823A1|2007-06-08|2008-12-11|Barbara Young|Coupling device and kit for a cleaning fluid dispenser|
    JP5419963B2|2008-04-15|2014-02-19|アールピーシーブラムラゲゲーエムベーハー|Dispenser|
    AT534775T|2008-04-15|2011-12-15|Kwc Ag|SANITARY EQUIPMENT CONTAINING A SANITARY ARM WITH A REMOVABLE AND REMOVABLE OUTLET TUBE|
    GB2464964A|2008-10-31|2010-05-05|Helen Jane Seward|Interconnecting portable dispensers|
    DE202009004785U1|2009-05-06|2010-09-23|Hettich Holding Gmbh & Co. Ohg|Device for dispensing water|IL229429A|2013-11-14|2015-09-24|Shlomo Cohen|Soap dispenser|
    SE537771C2|2013-11-22|2015-10-13|Sth Dev & Design Ab|Dispenser Composition|
    US9999245B1|2017-03-13|2018-06-19|Shenzhen Kanger Technology Co., Ltd.|Electronic cigarettes having concealable mouthpieces and methods of using the same|
    USD886245S1|2018-04-26|2020-06-02|Bradley Fixtures Corporation|Dispenser|
    USD886240S1|2018-04-26|2020-06-02|Bradley Fixtures Corporation|Faucet and soap dispenser set|
    法律状态:
    2019-01-02| NUG| Patent has lapsed|
    优先权:
    申请号 | 申请日 | 专利标题
    SE1250534A|SE537558C2|2012-05-25|2012-05-25|Dispensing device|SE1250534A| SE537558C2|2012-05-25|2012-05-25|Dispensing device|
    PCT/SE2013/050573| WO2013176608A1|2012-05-25|2013-05-21|Dispenser for a pumpable fluid|
    US14/403,851| US20150108168A1|2012-05-25|2013-05-21|Dispenser for a pumpable fluid|
    EP13793903.9A| EP2854613A4|2012-05-25|2013-05-21|Dispenser for a pumpable fluid|
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