• 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 present invention relates to a tane 1 for a fur animal skin, wherein the tane 1 generally comprises an elongate blank with a surface 2 and with a longitudinal axis, the surface 2 being arranged for abutment against a skin side of a fur animal skin, where the elongate surface 2 comprises a snout end 3 and a base end 4, and wherein the tane 1 at said base end 4 comprises a base part 6, for example for placing the tane 1 in a holding system, the tane 1 being divided into at least two axially displaceable tane sections 5 in the longitudinal direction of the tane 1 axial displacement means arranged in the tane 1 for axial movement of at least one tane section 5 away from at least one other tane section 5, the tane 1 further comprising a retraction mechanism comprising at least axial displacement means connected between at least two axially displaceable tane sections 5 for axial moving at least one tane section 5 against at least one other tane section 5, thereby obtaining a tane 1 with several axial liners sliding toe sections 5, where the toe 1 after activation and thus adjustment of the outer dimensions, whereby a mounted fur animal skin can be stretched, can be returned to a starting position, where the said outer dimensions in the starting position are smaller than in the activated position.
    公开号:DK201470148A1
    申请号:DK201470148
    申请日:2014-03-25
    公开日:2015-10-05
    发明作者:Poul Agerbo
    申请人:Pamutec Patents Aps；
    IPC主号:
    专利说明:

    Tane
    FIELD OF THE INVENTION
    The present invention relates to a tane for a fur animal skin, wherein the tane generally comprises an elongate blank with a surface and with a longitudinal axis, the surface being adapted to abut a skin side of a fur animal skin, the elongate surface comprising a snout end and a base end, and wherein the tane at said base end comprises a base part, for example for placing the tane in a holding system, the tane being divided into at least two axially displaceable tane sections in the longitudinal direction of the tane, wherein axial displacement means are arranged in the tane for axial movement of at least one tane section away from at least one other tane section.
    Background of the Invention
    It is common knowledge that when a fur animal has been killed and skinned, it is necessary to remove as much as possible of the meat and fat residues that are on the inside of the fur - the skin side. These processes are carried out with suitable equipment, among other things using scraping machines, with which the skin side is scraped. The fur side is, so to speak, the back side, while the front side is called the fur side. When the skin has been scraped and possibly otherwise cleaned on the skin side, it is common for the skin to be mounted on a tane, whereupon the skin is fixed and subsequently dried. A typical tane is an elongated item that essentially has a shape similar to the shape of the skin. In principle, a tane can have any cross-sectional shape, as it is important that the skin can be kept unfolded, but traditionally tanes have two wide side surfaces and two narrow edge surfaces and both the thickness and width vary from the tip of the tane to the foot of the tane. . The shape of a cross section transverse to the longitudinal direction of the tan is typically elliptical or at least with a convex shape on the side surfaces and with either a convex shape or with flat surfaces on the edge surfaces. With such a shape, an optimal contact surface between skin and tane is achieved.
    In recent years, a tane has undergone a development from being made of wood with a relatively modest thickness and a certain width, with a tapered end and of course with a length corresponding to the length of the skin to be made of plastic, but with the same overall shape. The shape of a tane is typically determined by set standards, and thus there is not much difference in the external dimensions of the respective tanes, but there are of course different tanes for different species as well as for males and females, which are typically somewhat different in size. In the following, tan will be described and what is associated with it, which is particularly suitable for mink skins, but since the principles are the same as those used for other types of skins, the same principles can be applied to fox skins and other types of skins, for which tans are used.
    From DK 176385 Bl, for example, a tane is known which is not made in the traditional way in wood, but which is still provided with areas that can be suitably made of wood. The purpose of this is that it is still possible to fix the skin after the stretch - in connection with tanning. The skins can thus still be fixed in the extended position using staples which are pushed through the skin at its rear end and into the wood and thus hold the skin in the desired position. This method has been used for many years, but has the great disadvantage that holes are partly made in the skin, and that it partly takes a relatively long time to assemble and not least to disassemble the skins from the toes. The use of staples is thus an undesirable fixation method.
    Precisely the stretching of the skin and maintaining it in this position / length during drying is very important, as the price of the skins depends on their length within some more defined zones. For example, a zone can be 6 centimeters long, and if a skin does not reach the current zone, then the price is lower. There is thus an expressed desire to be able to perform tanning so well that the skin can be stretched optimally and thus possibly can be stretched into the next zone and bring about an increased payment.
    From DK 176032 Bl another example is known of a type of tan that deviates from the traditional technique, where the tan is typically made of wood. This variant indicates the tanene as made of a metal wire mesh, which may be coated with varnish or plastic. Alternatively, the tan may be molded in plastic or metal or made of punched sheet blanks. By designing the tan with wire mesh-like surfaces, certain parts are allegedly obtained in connection with the subsequent drying process. This document also indicates a solution for fixing a skin on the tan, where no staples are used, but instead a clamp or a clamp is used, which presses on the fur side of the skin and towards the surface of the tan, whereby the skin is fixed in the extended position.
    From DK 176032 Bl a tane is also known, where the tan can be divided into several parts in the longitudinal direction, and where these parts can be displaced relative to each other in the longitudinal direction of the tan. A skin can then be mounted on the tan without stretching the skin, the stretching taking place by displacing the said parts in the longitudinal direction of the tan, after which the necessary force is maintained or the parts of the tan are locked in the current position.
    Tans according to DK 176032 Bl are not available on the market, but tans according to the Danish utility model DK 2012 00145 U3 or according to related technology are the most used at the moment. These types of tanners are made up of two shell parts and with a wedge part between them. With the wedge part, the two shell parts can be held in a position which results in a first thickness of the tan, and by displacing the wedge part in the longitudinal direction of the tan, the thickness of the tan can be minimized to a second thickness, making it easier to remove the skin from the tan. Thus, it is not a question of the skin being stretched with the said wedge, which only serves the purpose of facilitating the dismantling of the skin.
    In order to achieve the greatest possible length of the skins, it is common to vibrate the tan and the skin during application and stretching of the skin, which is done mechanically, as the skin thus slides more easily into place on the tan and thus can be fixed in an optimally stretched position and with a higher price to follow.
    However, there are a number of inconveniences in the way of tanning, as the skin is not stretched optimally over its entire length with the known methods and tanning. In the following, this will be explained in more detail.
    In addition, there are a number of inconveniences when the skin has become dry and subsequently needs to be removed from the tan again. First, the retaining mechanism or mechanisms that hold the skin to the tan must be loosened, which is typically at the back of the skin, ie where the tail is located. Next, the skin must be detached from the tan, which can be problematic, as the skin may have dried more or less firmly to the tan, depending on the moisture of the skin during thawing, the ambient temperature during drying, etc. If the skin has been stretched several times, the skin may even sit really tight on the toe. Thus, there are several factors that influence how difficult it is to get the skin off the tan again. Since one or more of the mentioned inconveniences is traditionally remedied by fully or semi-manual work operations, it is often both time-consuming and wage-intensive work.
    Object of the invention
    It is the object of the invention to provide a tane with several axially displaceable tane sections, where the tane, after activation and thus adjustment of the outer dimensions, whereby a mounted fur animal skin can be stretched, can be returned to a starting position, where said outer dimensions are in the starting position. less than in the activated position. Such a tane allows optimal and uniform stretching of a fur animal skin in its longitudinal direction and also in its circumferential direction.
    It is a further object of the invention to provide a method of performing an adaptation of the outer dimensions of a tane while removing a fur animal skin from such a tane.
    Description of the invention
    According to a first aspect of the invention, the above object is achieved with a tane for a fur animal skin, wherein the tane generally comprises an elongate blank with a surface and with a longitudinal axis, the surface being arranged for abutment against a skin side of a fur animal skin, where the elongate surface comprises a muzzle end and a base end, and wherein the tane at said base end comprises a base part, for example for placing the tane in a holding system, the tane being divided into at least two axially displaceable tane sections in the longitudinal direction of the tane, axial displacement means arranged in the tane for axially displacing at least one toe section away from at least one other toe section, as also described in the preamble of claim 1, wherein the toe further comprises a retraction mechanism comprising at least axial displacement means connected between at least two axially displaceable toe sections for axial movement of at least one toe section versus at least one other toe section.
    This makes it possible to return the tan to a starting position, where the outer dimensions are smaller than in the activated position of the tan, where the activated position of the tan is adapted to the outer dimensions, with which a fitted fur animal skin can be stretched.
    Thus, with the invention, a tane is obtained which alleviates at least some of the inconveniences that exist when a skin has become dry and has to be removed from the tan again. Whether the skin has dried more or less firmly to the tan or whether the skin has been stretched several times and sits really tight on the tan is not in itself a problem with the specified solution. Since the axial displacement means, according to the invention, are connected between at least two axially displaceable toe sections, the toe quietly pulls towards the starting position, the skin is also quietly released from the toe without being damaged and noticeably without further manual and heavy tasks in this connection. .
    In another aspect, the present invention also relates to a tane for a fur animal skin, wherein the retraction mechanism comprises at least a first rod located inside the tan and in the longitudinal direction of the tan, the first rod having a first end pointing in the same direction as the tan snout end, and wherein the first rod has a second end pointing in the same direction as the plinth end of the tane, and wherein the first end is attached to the tane and extending at least between two tane sections and / or at least between the snout end and plinth end of the tane .
    This makes it possible to pull the individual sections of the tan towards each other, to pull several of the sections of the tan towards each other or to pull all the sections of the tan towards each other and thus pull the whole tan together to a starting position where the outer dimensions are smaller than in the activated position of the tan. The rod or rods can advantageously be placed with center lines coinciding with the center line of the tan, thereby achieving an even and evenly distributed pull, but several rods can also be placed symmetrically around the center line of the tan, as long as the pull in the rods is done simultaneously and with equal force. there is no distortion of the tan.
    In a third aspect, the present invention also relates to a tane for a fur animal skin, wherein the first rod is a telescopic rod or comprises several coaxial internally displaceable parts.
    This makes it possible to have a long rod connection when the tan is in its extreme activated position, and at the same time avoid the rod protruding far out of the tan when the tan is in its initial position, unless it is a desire depending on the selected activation mechanism. In addition, a rod connection of the type mentioned here makes it possible to pull in a single tane section at a time, and for example the first tane section is seen from the muzzle end of the tane towards the second tane section, after which the second tane section is pulled towards the third tane section and so on.
    In a fourth aspect, the present invention also relates to a tane for a fur animal skin, wherein the retraction mechanism comprises at least one spring located internally in the toe and at least between two toe sections and / or between the muzzle end and the socket end of the toe.
    This makes it possible to use the spring energy which is supplied to the spring during the movement of the tan to the activated position, after which the spring can subsequently release the stored energy and pull the tan towards its original starting position when the tan is released. There are many types of springs and thus also many options for a spring solution in order to cheek the tab towards its original starting position.
    One possibility is to use traditional mechanical tension springs wound, for example in conical or cylindrical shape. Another option is to use a traction gas spring, where the gas is compressed in the cylinder and therefore will expand and move back to its normal state when the sections of the tan are released.
    In a fifth aspect, the present invention also relates to a tane for a fur animal skin, wherein the spring is a wooden ladder and / or several springs of different diameters are coaxially located around the same axis.
    This makes it possible to use the potential energy of a spring to pull the toe towards its original starting position, but it also makes it possible for several springs to be inside each other and thus around the same center line and possibly around a rod connection.
    For example, a traditional helical spring in the form of a tension spring can be used, where the spring is pulled out in connection with the extension of the tan, and where the spring will subsequently contract when the sections of the tan are released. The space can possibly be utilized by placing several springs inside each other and thus around the same center line, with which a different and alternative spring characteristic can be achieved. If the spring (s) can then possibly be placed around a rod connection for activating the tane sections, then the spring forces can also be applied to the tane sections centrally.
    The present invention also relates in a sixth aspect to a tane for a fur animal skin, wherein the retraction mechanism comprises at least one elastic element located internally in the tane and at least between two tane sections and / or between the muzzle end and base end of the tane, wherein the inner elastic element is endless and / or a string, rope or ribbon where the free ends of the elastic member are attached to the tan.
    This makes it possible to use the potential energy of an elastic element to pull the tan towards its original starting position, and it also enables a wide range of solution options, where an elastic element can be placed inside the tan as an independent retraction mechanism between two toe sections or as an additional retraction mechanism. in a combination of several elastic elements, where several smaller and / or shorter elastic elements may be located inside the toe between two toe sections, while a larger and / or longer elastic element may be placed inside the toe between the snout end and the socket end of the toe.
    In a seventh aspect, the present invention also relates to a tane for a fur animal skin, wherein the retraction mechanism comprises at least one elastic member externally located on the toe and at least between two toe sections and / or between the muzzle end and the base end of the toe, wherein the outer elastic member is a string, rope or band attached to the toe at both free ends of the elastic member and wherein the elastic member around the entire toe is endless and / or is a string, rope or band where the elastic member element free ends are attached to the tan.
    This makes it possible to use the potential energy of an elastic element to pull the tan towards its original starting position, and it also enables a wide range of solution options, where an elastic element can be placed on the outside of the tan as an independent retraction mechanism between two toe sections or as an additional retraction mechanism. in a combination of several elastic elements, where several smaller and / or shorter elastic elements may be located externally on the toe between two toe sections, while a larger and / or longer elastic element may be located externally on the toe between the snout end and the socket end of the toe.
    In an eighth aspect, the present invention also relates to a tane for a fur animal skin, wherein the retraction mechanism comprises at least one actuator located internally in the tane and at least between two tane sections and / or between the snout end and the socket end of the tane.
    This makes it possible to pull the individual sections of the tan towards each other, to pull several of the sections of the tan towards each other or to pull all the sections of the tan towards each other and thus pull the whole tan together to a starting position where the outer dimensions are smaller than in the activated position of the tan. The actuator can advantageously be placed with the center line coinciding with the center line of the tan, thereby achieving an even and evenly distributed draft, but several actuators can also be placed symmetrically around the center line of the tan, as long as the pull made by the actuators is done simultaneously and with equal force. there is no distortion of the tan.
    In a ninth aspect, the present invention also relates to a tane for a fur animal skin, where the actuator is pneumatically, hydraulically or electrically driven, and the actuator is single or double acting.
    This makes it possible to use the actuator to bring the tan from its initial position to its activated position and back to the starting position again or to use another mechanism to bring the tan from its initial position to its activated position and thus only use the actuator to bring the tan from its activated position and return to starting position again.
    The invention is also directed to a method for retracting a tane, the method basically comprising a tane in which at least one tane section is offset from at least one other tane section, as described above, wherein the method may of course have all the advantages of tan according to the invention. DESCRIPTION OF THE DRAWINGS In the following, the invention is described with reference to the drawing, in which
    FIG. 1 shows a non-tensioned tane in perspective
    FIG. 2 shows a non-tensioned tane
    FIG. 3 shows a special embodiment of a rod
    FIG. 4 shows a non-tensioned tane with springs
    FIG. 5 shows a non-tensioned tane with an internal elastic element
    FIG. 6 shows a non-tensioned tane with an external elastic element
    List of reference numerals 1 Tane 2 Surface 3 Nose end 4 Base 4 'first embodiment of the retraction mechanism 14 4' 'Second embodiment of the retraction mechanism 14 5 Tane section 5' First embodiment of the retraction mechanism 14 5 '' Second embodiment of the retraction mechanism 8 First 14 6 end, inner rod 9 Second end, first rod 10 Spring 11 Elastic element 12 Free end, elastic element 13 Axial displacement means 14 Return pulling mechanism 15 Head 16 Chest 17 Spring 18 Activation part 19 Inner rod 20 Return rod 21 First end, first rod
    Detailed description of the invention
    A tane for a fur animal skin according to the invention is shown in Figures 1-6. Figure 1 is a perspective view of a tane 1 for a fur animal skin, wherein the tane 1 generally comprises an elongate workpiece with a surface 2 and with a longitudinal axis, the surface 2 being arranged for abutment against a skin side of a fur animal skin, and where the elongate surface 2 comprises a snout end 3 and a base end 4. The tane 1 comprises at the base end 4 a base part 6, for example for placing the toe 1 in a holding system.
    The tan 1 is divided into at least two axially displaceable toe sections 5 in the longitudinal direction of the tan 1, wherein in the tan 1 axial displacement means 13 are arranged for axial movement of at least one toe section 5 away from at least one other toe section 5.
    The toe 1 further comprises a retraction mechanism 14 comprising at least axial displacement means connected between at least two axially displaceable toe sections 5 for axial movement of at least one toe section 5 against at least one other toe section 5. Figure 2 shows an example of a retraction mechanism 14 comprises at least a first rod 7 located inside the tan 1 and in the longitudinal direction of the tan 1, the first rod 7 having a first end 21 pointing in the same direction as the muzzle end 3 of the tan 1, and wherein the first rod 7 has a second end 9 pointing in the same direction as the socket end 4 of the tan 1, and where the first end 21 is directly or indirectly attached to the tan log with an extension between the muzzle end 3 and the base end 4 of the tan 1. In the example shown, the first rod 7 extends of the base end 4 of the tan, but depending on how the tan is activated and released, the length of the first rod 7 can be adapted to this. Figure 2 shows an example of how a tane 1 can be designed with a combined mechanism for both activation and retraction of at least two tane sections 5. The figure shows how a spring 17 rests at one end against an activating part 18 on the inner rod 19. At the same time, a return rod 20 is seen inside the spring 17, which is fixed to the inner rod 19 and which can thus be used to apply a pull in it, so that the sections 5 of the tan are contracted. Figure 3 shows a section of an embodiment of a first rod 7, which comprises several coaxial displaceable parts internally, whereby a head 15 abuts a breast 16. In the example shown, the parts are displaceable internally in each other. Of course, they could also be displaceable externally on each other or next to each other. Figure 3 shows an example of return pulling mechanism 14 with the rod 7 in cross section, where the return rod 20 is seen inside it. The return rod 20 is displaceable inside the rod 7 when the rod 7 is pressed into the tan and also when it is pulled out again. However, only until the head 15 of the return rod 19 is brought into abutment with a breast 16 in the rod 7, as seen here. When this happens, the part of the tan 1 can be pulled actively and directly, see again Figure 2, where the inner rod 7 is directly or indirectly fixed, which in the example shown is in the section 5 which comprises the muzzle end 3 of the tan One can thus clamp the tan 1 and the spring 15 and also pull the sections 5 of the tan 1 back together with such a solution. The return rod 20 has the great advantage compared to using the spring 15 itself to pull the sections 5 together with the fact that it is a direct and rigid connection which just does not spring. In an imaginary case where a skin sits tightly on the tan 1, one can not be sure that the tan 1 is actually retracted unless there is a direct mechanical and tensile stable connection. This issue has been resolved with this solution. Figure 4 shows two different embodiments of the retraction mechanism 14, comprising at least one spring 10 located internally in the tane 1 and at least between two tane sections 5. In the first embodiment 4 'of the retraction mechanism 14, a spring 10 is placed around the center axis of the tan 1, and in the second embodiment 4 ”of the retraction mechanism 14, a spring 10 is placed on each side of the center axis of the tan 1. In a third - not shown - embodiment, a spring 10 can be placed between the muzzle end 3 and the base end 4 of the tan 1. Finally, a combination of springs 10 from the different embodiments can be placed in the tan 1 - simultaneously according to desire, need, space and necessary spring force. In addition, the springs 10 may have different diameters, just as they may be coaxially located about the same axis.
    Of spring types, a tension spring will be an obvious choice, but a coil spring, disc springs, air springs, gas springs will also be options, depending on the construction of the tan 1 and thus the internal space. Figure 5 shows two different embodiments of the retraction mechanism 14, comprising at least one elastic element 11 located internally in the tane 1 and at least between two toe sections 5. In the first embodiment 5 'of the retraction mechanism 14, an elastic element 11 is placed inside the tan 1 between two toe sections 5, and in the second embodiment 5 ”an elastic element 11 is placed inside the tan 1 on two diametrical sides of the tan 1 between two toe sections 5. In a third - not shown - embodiment, an elastic element 11 may be located inside the tan 1 and between the muzzle end 3 and the base end 4 of the tan 1. Finally, a combination of elastic elements 11 may be placed inside the tan 1 from the various mentioned embodiments of the retraction mechanism 14 simultaneously according to desire, need, space and necessary elastic force. The elastic elements 11 can also have different dimensions, just as the inner elastic elements 11 can be endless and / or have the shape of a string, a rope or a ribbon. In the case of the use of elastic elements 11, where the elastic element 11 is in the form of a string, a rope or a band with free ends 12, the free ends 12 must be fastened to the tane 1. Figure 6 shows an embodiment of the retraction mechanism 14. , comprising at least one elastic element 11 externally located on the tan 1 and at least between two tan sections 5. In the embodiment shown, an elastic element 11 is located externally on the tan 1 on two diametrical sides of the tan 1 and between two toe sections 5. In another - not shown - embodiment, an elastic element 11 may be located between the snout end 3 and the base end 4 of the toe 1 along the outer periphery of the toe 1.
    Finally, a combination of elastic elements 11 can be placed on the outside of the tan 1 ffa the two mentioned embodiments of the retraction mechanism 14 simultaneously according to desire, need, space and necessary elastic force. The elastic elements 11 can also have different dimensions, just as the outer elastic elements 11 can have the shape of a string, a rope or a ribbon. In the case of the use of elastic elements 11, where the elastic element 11 is in the form of a string, a rope or a band with free ends 12, the free ends 12 must be attached to the tan 1. The elastic element 11 around the entire outside of the tan 1 periphery may, in addition to being a string, a rope or a band, where the free ends 12 of the elastic member 11 are attached to the tan 1, may also be an elastic member 11 which is endless.
    Yet another embodiment of the retraction mechanism 14 comprises at least one - not shown - actuator internally located in the tane 1 and at least between two tane sections 5. In one embodiment, an actuator can be placed on each side of the center axis of the tane 1. In another - not shown - embodiment, an actuator can be placed between the muzzle end 3 and the base end 4 of the tane 1. Finally, a combination of actuators ffa the two embodiments can be placed in the tane 1 - simultaneously - depending on desire, need, space and necessary actuator power , just as the actuators can also have different dimensions and finally the actuators can be pneumatic, hydraulic or electrically driven, and the actuators can also be single or double acting.
    The invention is not limited to the above-mentioned embodiments, which merely serve the purpose of clarifying the preferred embodiments of the invention. It is thus clear that a person skilled in the art, after studying this document, will be able to carry out variants of the invention which are not described in detail in this document.
    权利要求:
    Claims (10)
    [1]
    A tane (1) for a fur animal skin, wherein the tane (1) generally comprises an elongate workpiece with a surface (2) and with a longitudinal axis, the surface (2) being adapted to abut against a skin side of a fur animal skin, where it elongate surface (2) comprises a snout end (3) and a base end (4), and wherein the tan (1) at said base end (4) comprises a base part (8), for example for placing the toe (1) in a holding system, wherein the tane (1) is divided into at least two axially displaceable tane sections (5) in the longitudinal direction of the tane (1), wherein in the tane (1) axial displacement means are arranged for axial movement of at least one tane section (5) away from at least one other tane sec -tion (5), characterized in that the toe (1) further comprises a retraction mechanism (14) comprising at least axial displacement means connected between at least two axially displaceable toe sections (5) for axial movement of at least one toe section (5) against at least one other toe section (5).
    [2]
    A tan (1) for a fur animal skin according to claim 1, characterized in that the retraction mechanism (14) comprises at least a first rod (7) located internally in the tan (1) and in the longitudinal direction of the tan (1), wherein the first rod (7) has a first end (21) pointing in the same direction as the snout end (3) of the tan (1), and wherein the first rod (7) has a second end (9) pointing in the same direction as the tan (1) ) socket end (4), and wherein the first end (21) is attached directly or indirectly to the toe (1), and with an extension at least between two toe sections (5) and / or at least between the muzzle end (3) and the socket end (4) of the tan (1).
    [3]
    Tane (1) for a fur animal skin according to claim 2, characterized in that the first rod (7) is a telescopic rod or comprises several coaxial displaceable parts internally.
    [4]
    Tane (1) for a fur animal skin according to claim 1, characterized in that the retraction mechanism (14) comprises at least one spring (10) located internally in the tane (1) and at least between two tane sections (5) and / or between the muzzle end (3) and the base end (4) of the tan (1).
    [5]
    Tane (1) for a fur animal skin according to claim 4, characterized in that the spring (10) is a tension spring and / or several springs (10) of different diameters are coaxially located around the same axis.
    [6]
    Tane (1) for a fur animal skin according to claim 1, characterized in that the retraction mechanism (14) comprises at least one elastic element (11) located internally in the tane (1) and at least between two tane sections (5) and / or between the muzzle end (3) and the base end (4) of the tan (1), wherein the inner elastic member (11) is endless and / or is a string, rope or band, with the free ends (11) of the elastic member (11) 12) is attached to the tan (1).
    [7]
    Tane (1) for a fur animal skin according to claim 1, characterized in that the retraction mechanism (14) comprises at least one elastic element (11) externally located on the tane (1) and at least between two tane sections (5) and / or between the muzzle end (3) and the base end (4) of the tan (1), the outer elastic member (11) being a string, rope or band attached to the tan (1) at both free ends (12) of the elastic element (11), and wherein the elastic element (11) around the entire tan (1) is endless and / or is a string, a rope or a band, the free ends (12) of the elastic element (11) being attached to the tan (1).
    [8]
    Tane (1) for a fur animal skin according to claim 1, characterized in that the retraction mechanism (14) comprises at least one actuator located internally in the toe (1) and at least between two toe sections (5) and / or between the muzzle end ( 3) and the plinth end (4) of the tan (1).
    [9]
    Tane (1) for a fur animal skin according to claim 8, characterized in that the actuator is pneumatically, hydraulically or electrically driven and that the actuator is single-acting or double-acting.
    [10]
    A method of withdrawing a tane (1), the method basically comprising a tane (1), wherein at least one tane section (5) is displaced away from at least one other tane section (5), characterized in that the method in at least comprises the following steps: - releasing any fur animal skin on the tan (1), - releasing or activating axial displacement means (13) between at least two toe sections (5) in the longitudinal direction of the tan (1) for axial movement of at least one tane section (5) against at least one other tane section (5).
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    同族专利:
    公开号 | 公开日
    DK178274B1|2015-10-26|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    DK157084C|1987-10-19|1990-04-02|Rc Plast As|COATING WRAPPING FOR SKIN DRYING|
    DK176385B1|2002-11-27|2007-10-22|Dansk Mink Papir As|Stand for drying pelt animal skins has sandwich structure with front side surfaces and first and second side surfaces providing effective aeration facilities for driving of skins pressed onto it|
    DK176032B1|2003-09-11|2006-01-02|Goel Pelsningsredskaber Af 1 9|Tane for applying fur coat to dry this|
    DK200301339A|2003-09-16|2005-03-17|Majgaard Invest As|Method and system for drying an elongate member on a play-off element / tan, and in this position retained fur from fur animals|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DK201470148|2014-03-25|
    DK201470148A|DK178274B1|2014-03-25|2014-03-25|Tane|DK201470148A| DK178274B1|2014-03-25|2014-03-25|Tane|
    DK201500047U| DK201500047U3|2014-02-28|2015-03-25|Straighteners with threaded spindle|
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