JP5309329B2 - drawer - Google Patents

Description

  The present invention is opposite to the front panel, having a bottom plate, a front panel, and two side panels that are implemented as hollow body portions that run in the direction of movement of the drawer and have adapters at least in the end regions. And a rear wall, the support holder being fixed to the front adapter, the front adapter being connected to the running rail by latching.

  The drawer under consideration is used in the furniture body. The side panels form the lateral limits of this drawer, and the rear wall and front panel are transverse to the side panels and perpendicular to the bottom surface. These drawers have demonstrated themselves in various types of furniture, for example kitchen furniture, living room furniture, bedroom furniture.

  This type of furniture is also sold in a disassembled state, in particular in so-called cash payment stores. The furniture is then typically assembled by the purchaser himself. Furniture components such as furniture and / or drawers must be designed with these conditions in mind.

  The front latches, i.e. the latches between the support holder and the running rail, facing the front panel are advantageous because of the structural design of these latches, the corresponding assembly is Is naturally occurring.

  Latches are known in various embodiments. However, these already known embodiments require that the catch means must be pressed in order to insert the drawer into the furniture body or to remove it in various embodiments, and therefore latching Is released. The catch means are located on both sides of the drawer side panel and must generally be pressed. Furthermore, the tool is required to release the latch and reach an intermediate space between the drawer and the furniture body. Furthermore, the user is usually unable to recognize where the tool should be used and / or where the unlocking mechanism is installed.

  In particular, when removing the drawer, the components that guide the drawer to the furniture body can easily be damaged. In such a case, it will not be possible to insert the drawer back into the furniture body.

  The present invention aims to design a drawer of the type described in more detail at the beginning in such a way that no auxiliary equipment such as a tool is required to release the latch at least to remove the drawer from the furniture body. And ensures that the drawer can be retracted and extended in a well-known manner.

  This stated purpose is due to the first proposal that each front latch between the support holder and the running rail is formed by a coupling device and an elastic clasp that engages the opening of the running rail. Solved.

  The coupling device comprises two coupling parts that are engaged with each other under normal operating conditions in order to retract and extend the drawer. However, when the drawer is to be removed from the furniture body, this is done by a force action acting on the coupling device in the vertical direction perpendicular to the extension direction, so that it will be described in more detail as The two parts are separated. Since the drawer is only fixed in one direction due to the mobility of the at least one connecting part, the clasp is such that the clasp secures the drawer in a direction that runs perpendicular to the fixing direction of the coupling device. In the way, installed and designed. Furthermore, the coupling device and the clasp are adapted to each other in such a way that the clasp comes out of the opening when the coupling device is separated.

  Separate the connecting device when the drawer is an actuating element of each connecting device, so that a force acting perpendicular or nearly perpendicular to the running rail acts on each connecting device to remove the drawer from the furniture body The force necessary to do so may be applied in the simplest way as the first solution and / or the second proposal. Due to the resulting lever arm, a relatively small force acting on the drawer is sufficient.

  A solution with a simple design is achieved if the coupling device comprises a coupling outer part and a coupling inner part that can be engaged therewith in a coupling position. Therefore, it is possible to connect or separate the connecting devices by using an appropriate force. Moreover, the two connecting parts are correspondingly adapted to each other in the connecting position.

  In addition, the solution still has a simple design in which each of the outer connecting parts is permanently inserted into the end region of the running rail and the inner connecting part is molded into a support holder fixed to the adapter. Is being applied or applied. Contrary to the previous solution, the connecting outer part is molded or applied to a support retainer fixed to the adapter and the connecting inner part is inserted into the end area of the running rail and protrudes from the front. ing. This is particularly advantageous when the connecting outer part has a hollow body which is also more elastically deformable.

  When the connecting outer part is inserted into the running rail, the connecting outer part is designed like a plug. The connecting part inserted into the running rail will look like a fixed part. This is because when the drawer is lifted, the connecting part formed or applied to the support holder moves in the extension direction, so that the drawer also moves, so that the drawer is separated or latched from the running rail respectively. This is because the design of the connecting outer part and the connecting inner part is selected in such a way.

  The separation of the drawer from the traveling rail or the latching of the drawer to the traveling rail is each achieved in the simplest way by this design.

  The drawer is fixed in the vertical direction by a coupling device. However, in order to fix also in the extension direction, a retaining knob extending in the longitudinal direction of the traveling rail is formed on each support holder. The clasp is engaged with the guide rail so that there is a step in the end region, preferably in the end region facing the front panel of the drawer and on the side facing away from the running rail. And the step is carried out in such a way that it hits the stop, preferably the edge of the adapter. In this way, the movement of the drawer with respect to the traveling rail is prevented.

  At a relatively short distance to the stepped end region of the clasp, the clasp has a catch lug that engages the opening of the travel rail. In the latched state, the edge facing the stepped portion is at a slight distance to the edge defining the limit of the opening. If the drawer is withdrawn from the furniture body at least the width of the front panel, the drawer may be lifted, which also deforms the clasp. As the drawer is pushed further away from the furniture body by being lifted, the clasp will also not lock the catch lug, i.e. it will still be pulled out of the opening by a stepped design. Deformed, so that the drawer can be subsequently removed from the furniture body. Accordingly, the drawer is inserted exclusively by the insertion movement and latching occurs automatically.

  In order to give the elasticity of the hollow body part, the body part has a guide groove extending in the longitudinal direction of the running rail, this rail further serving as a guide for the connecting inner part engaging the hollow body part. used. The guide groove extends in a direction toward the free end of the hollow main body. As will be described in more detail, the connecting inner part is designed in such a way that the connecting outer part and the connecting inner part can be separated without risk of damage. In order to enable this separation, the hollow body part of the outer connecting part is open on the free side facing away from the running rail.

  In order to be able to position the connecting inner part functionally and accurately in the connecting position with respect to the connecting outer part, the hollow body part of the connecting outer part is concave and stepped on the inside, and the high area is hollow Facing away from the opening side of the part and forming a stop surface for the inner part of the connection. In the connecting position, the connecting inner part collides with this stop surface.

  Advantageously, damping elements may be provided opposite to each other between the surfaces of the connecting inner part and the connecting outer part. Thus, for example, a damping part may be provided in the connecting inner part or the connecting outer part. It is also conceivable to install damping elements in the connecting inner part and the connecting outer part, the advantage of the damping element being that the catch lug between one catch lug and the opposite edge of this catch lug The impact sound when opening the drawer quickly, which can be caused by the short distance required by the design that limits the opening with which it engages, is avoided or greatly reduced.

  Thus, in order for the connecting inner portion to engage the hollow body portion of the connecting outer portion in a manner that conforms to the shape or to terminate the shape, the main cross-section of the hollow body portion of the connecting outer portion is Thus, it is preferably designed as a square tube. In order to provide a free space in the connection inner part, at least the hollow main body part of the connection outer part is provided with a pushing inclined surface on the inner side. These push-in ramps are installed relative to each other in such a way that when the drawer is lifted and the running rail is separated from the support part, the support part and thus the drawer is pushed and moved in the extension direction, and at the same time the clasp is As it comes out of the section, after being lifted, the drawer can be removed from the furniture body. Thus, the connecting inner part and / or the support retainer make relative movement with respect to the fixed running rail while lifting the drawer. When inserting the drawer into the furniture body, the catch tab engages the opening after the end of the movement, so that the traveling rail is carried synchronously with the withdrawal and extension of the drawer. When inserted, the drawer slides on the running rail and the rear end is automatically fixed. The drawers are further secured to the area of the rear wall in a manner as described in more detail, and these components are designed so that they are not damaged when the drawers are separated from the running rail. .

  In order to easily fix the connecting outer part to the inner chamber of the guide rail, this plug-like connecting outer part has an insertion pin inserted into the running rail, the insertion pin having a lateral hole for a safety screw. Have.

  Because the connection between the drawer and the running rail is always fixed in normal operation and the connection can be easily separated and the drawer can be removed from the furniture body, the connecting inner part is designed as a T-slot nut It is concave when viewed in the longitudinal direction of the running rail and is stepped multiple times. In a preferred embodiment, the connecting inner portion shaped like a T-groove nut includes two end steps and one intermediate step. The end facing the support holder or facing away is used as a guide in the hollow body, and the opposite end and / or the opposite end step is the opposite end. And / or the opposite end step is designed in such a way that it engages the guide groove of the hollow body. The intermediate part is designed in such a way that it can be disconnected without the existing risk of being damaged when the hollow body part separates.

  In order to facilitate the separation between the connecting outer part and the inner part, it is further provided that the intermediate part and / or the intermediate step of the connecting inner part is designed like a wedge and the tip part is connected outside It is facing away from the opening part of the hollow main-body part of a part. In a preferred embodiment, the angle of inclination corresponds to the angle of inclination of the guide groove in the outer connecting part.

  As already mentioned, the hollow contour of the connecting outer part has an internal indentation ramp that may extend over the entire depth or over the region facing the open side of the hollow contour. . In all embodiments, the indentation ramp is designed in such a way that the indentation ramp automatically moves in the extension direction when the drawer is lifted. In all embodiments, these pushing ramps of the connecting outer part are functionally set in the guide groove.

  When this guide groove is on the side facing the support holder, the pushing inclined surface increases the distance to the wall on the opposite side of the hollow main body. When the guide groove is on the side facing away from the support holder, the distance to the opposite wall of the hollow body portion decreases in the direction toward the opening side. In this case, the connection inner part is provided with an inclined surface corresponding to the pushing inclined surface.

  As already mentioned, the drawer is fixed at the rear end so that tilting movements are avoided during retraction and extension. In the simplest embodiment, the drawer is fixed in the region of the rear wall by hooks installed on the running rail. These hooks are preferably designed in a C shape in such a way that the hooks are not damaged when the drawer is removed or inserted from the furniture body. A pocket formed by the hook opens in a direction toward the front panel of the drawer. Therefore, these hooks run in the longitudinal direction of the running rail.

  The present invention will be described in more detail with reference to the accompanying drawings.

FIG. 4 is a perspective view of a drawer facing forward, with the front panel removed, according to the present invention. FIG. 5 is a perspective view of a traveling rail having a support holder in a separated state but with a connected outer portion inserted into the traveling rail. FIG. 3 corresponds to FIG. 2, but is a view in which a connection inner part is inserted into a connection outer part. It is a figure which shows the traveling rail which has a support part in the state which was latched. FIG. 5 is an enlarged view corresponding to FIG. 4. FIG. 5 is a view corresponding to FIG. 4 but showing a first step of separating the support holder from the traveling rail. FIG. 7 corresponds to FIG. 6 but is an enlarged view. FIG. 5 is a view corresponding to FIG. 4 but showing a position where a latch is removed. FIG. 9 corresponds to FIG. 8 but is an enlarged view. It is sectional drawing which shows the running rail which has the support holder with which the latch was hung. FIG. 3 corresponds to FIG. 2 but is a diagram in which the coupling device is designed with a mirror image configuration. FIG. 4 corresponds to FIG. 3, but is a diagram in which the coupling device is designed with a mirror image configuration. FIG. 11 is an enlarged view showing detail XIII according to FIG. 10, showing the spring knob in the latched state. FIG. 6 is a cross-sectional view of a front end region of a running rail with a latched support retainer, according to a further exemplary embodiment of the present invention.

  For the purpose of explaining the concept on which the invention is based, the front panel of the drawer 10 is not shown in FIG. The drawer 10 includes a bottom surface 11, two side panels 12, 13, and a rear wall 15. As clearly shown in FIG. 1, the side panels 12 and 13 include a hollow main body, and the bottom surface 11 is fixedly connected thereto. As will be described in more detail with reference to FIGS. 4 to 10, the panel and / or the drawer is detachably connected to the traveling rail 23. The running rail follows the extended backward movement of the drawer 10. The travel rail 23 is connected to two lateral extension guides (not shown), and at least one further guide rail is fixedly installed on the furniture body.

  An adapter is inserted into each side panel 12, 13. The adapter supports the support holder, and the front panel holder fixed to the front panel is inserted into the support holder, and is preferably inserted by latching. The connection between the support holder 14 and the running rail is made by the coupling device 17 in any case, the coupling device 17 being shown in more detail in FIGS.

  FIG. 2 shows that the support holder 14 is inserted into the adapter 16. The front panel holder includes two alignment screws 18 for determining the orientation of the front panel. The connecting device 17 includes a connecting outer portion 19 and a connecting inner portion 20. In the embodiment according to FIG. 2, the connecting outer part 19 is provided with an insertion pin 21 (FIG. 10), which is inserted and fixed in the end region of the running rail.

  The connecting outer portion 19 has a hollow body 24 that protrudes from the front surface of the running rail 23, which is a rectangular tube with a major cross-sectional view in the illustrated exemplary embodiment. In particular, as shown in FIG. 2, the lower surface of the hollow body 24 is recessed and stepped, so that a stop surface 25 for the connecting inner portion 20 is formed. The connecting outer portion 19 further includes a guide groove 26 on the top side, and the guide groove 26 expands toward the opening of the hollow main body 24. As shown in FIG. 2, the guide rail 23 has a rectangular opening 27 on the top side, and the elastic clasp 28 of the support holder 14 is engaged with the opening 27. Accordingly, the drawer 10 is fixed and / or fixed in the drawing direction and the insertion direction. As will be described later, the drawer 10 is fixed in the vertical direction by the connecting device 17 in a state where the latch is applied.

  In the embodiment according to FIGS. 2 and 3, the connecting inner part 20 forms an integral plastic molding with the support holder 14. The connecting inner portion 20 extends substantially beyond the height of the bottom surface 11. In the exemplary embodiment shown, the connecting inner part 20 is also implemented to be stepped, the connecting inner part 20 comprising two end parts 29, 30 and an intermediate part 31. The upper end 30 facing the support holder 14 has the shortest distance to the two webs that define the limit of the guide groove 26, so the upper end 30 may be viewed as a guide element. Since the end 29 facing away from the support holder 14 has a width corresponding to the width of the inner chamber of the hollow body 24, this end may also be viewed as a guide element. The surface of the end portion 29 facing the guide rail 23 presses against the stop surface 25 when the connecting inner portion 20 is inserted into the connecting outer portion 19 and stays just before the clasp reaches the final position. As also shown in FIG. 2, the intermediate portion 31 is implemented like a wedge and the tip is directed towards the guide rail 23. This inclination angle corresponds to or substantially corresponds to the inclination angle of the guide groove 26.

  FIG. 3 shows the connection of the drawer 10 to the running rail 23 via the coupling device 19. This figure shows that the end portion 30 facing the support holder 14 is engaged with the guide groove 26, and the opposite end portion 29 and intermediate portion 31 are inside the hollow body 24. It is located in the chamber. The hollow body portion 24 and the free front surface outside the connecting inner portion 20 are aligned with each other.

  FIGS. 4 to 10 show that the end of the running rail 23 set on the rear wall 15 is also provided with an adapter 32. In contrast to the illustrated embodiment, one or more adapters may be installed between the front region and the rear region. FIG. 2 also shows that the guide groove 26 is delimited by positioning a web located inside and implemented as an inclined surface 33 on the open side.

  FIGS. 4 to 9 show that hooks 34 are provided in the rear and in the region of the running rail 23 to lock the drawer 10. In the exemplary embodiment shown, the hook 34 is C-shaped.

  4 to 9 further illustrate that each support retainer 14 is provided with a resilient clasp 28 that is engaged using a lug in the opening 27 with the clasp 28 latched. To match. The clasp 28 is designed in such a way that when the drawer 10 is latched, the drawer 10 cannot move in the extension direction with respect to the travel rail 23. The locking is performed in the other direction by the connecting device 17.

  4 and 5 show the drawer 10 in a latched state with a running rail 23. 6 and 7 show the drawer 10 in an intermediate position for removing the drawer 10 from the furniture body. In this position, the drawer 10 is pulled out of the furniture body by at least the thickness of the front panel. The drawer is moved slightly upward relative to the running rail by an appropriate force applied manually, and the area of the hollow body 24 adjacent to the guide groove 26 is particularly deformed. Further, since the retaining knob 28 has already been extracted from the opening 27, the drawer 10 is detached from the traveling rail 23 by further pulling out the drawer 10 from the furniture body and further deforming the hollow body 24, and / or The two side running rails 23 are disengaged, so that the drawer is released as will be described later with reference to FIG. Since the pocket delimited by the hook 34 opens toward the front panel, it is not hindered to pull out the drawer 10.

  By placing the drawer 10 on the traveling rail 23 and pushing it in, the drawer 10 is inserted into the furniture body.

  FIG. 10 shows a travel rail having adapters 16 and 32 in cross-sectional view and a front support retainer 14. It is therefore clear that the insertion pin 21 of the connecting outer part 19 is inserted into the travel rail 23 to terminate the travel rail and is fixed by suitable means. Furthermore, this figure shows how the drawer 10 is secured to the rear region by a hook 34 and the clasp 28 engages and locks at the opening 27.

  FIGS. 11 and 12 show views corresponding to FIGS. 2 and 3, but the connecting outer part 19 is set to the support holder 14 and the connecting inner part 20 is set to the running rail 23 accordingly. ing. As shown in FIG. 11, the connecting outer portion is provided with a pressing inclined surface 33, and the pressing inclined surface 33 is set in this order in the guide groove 26 on the bottom surface. The distance to the opposite wall is also reduced. Furthermore, FIG. 11 shows that the connecting inner part 20 has a corresponding inclined surface 36. The opposing webs may be omitted because the side portions that guide into the connecting outer portion 19 are provided with a wedge-shaped design of the end portion 29.

  4 and 5 show the drawer 10 connected to the travel rail 23. The connection inner part 20 collides with the stop surface 25 of the connection outer part 19. The narrow end portion 30 is guided in the guide groove 26. The lug of the clasp 28 is engaged with the opening 27. The panels 12 and 13 are pressed and are under a C-shaped hook 34 installed in the rear region. The hook 34 is designed in such a way that the panels 12, 13 do not contact the hook 34 in the insertion direction.

  6 and 7 show a first step of removing the drawer 10 from the furniture body. The hollow body 24 is elastically extended by the intermediate part 30 of the connecting inner part 20 with an upwardly directed vertical force by lifting the drawer 10. Since the lower end portion 29 is in contact with the restraining surface 33, the drawer 10 further moves in the pulling direction with respect to the traveling rail 23. The catch lug 37 of the elastic clasp 28 is pulled out from the opening 27 and has a freely swinging end mounted on the removal edge of the drawer. Can prevent damage. An advantage of the above-described solution is, for example, that the drawer 10 is fixed in order to prevent clogging. Furthermore, a short removal path is very advantageous.

  8 and 9 show the next step of removing the drawer 10 from the furniture body. Each part of the panels 12 and 13 set on the rear wall 15 is pulled out from the area of the hook 34. Here, the drawer 10 may be completely pulled out from the furniture body. Since the rear region of the drawer 10 slides on the traveling rail 23, damage to the hooks 34 when being removed from the furniture body or inserted into the furniture body is effectively avoided.

  FIG. 13 shows a detailed enlarged view of the support holder 13 connected to the traveling rail 23. Accordingly, the catch lug 37 is completely engaged with the opening 27 at the illustrated latch position, and is formed on the elastic clasp 28 on the side facing the central longitudinal axis of the running rail 23. The elastic clasp 28 is concave and is stepped in the end region, preferably in the end region towards the front panel, which region rests on the running rail. The edge formed in the stepped design is located in front of the lifting edge of the metal adapter. As FIG. 13 clearly shows, the edge of the catch lug 37 set in the stepped end region is at a relatively short distance from the edge defining the limit of the opening.

  It will be understood from FIG. 13 that when the drawer 10 is lifted, the spring knob 28 having a stepped end region moves upward. The connecting device 17 of the drawer 10 automatically moves in the pulling direction according to the design already described when lifting the drawer 10, so that the stepped end region is sufficiently deformed so that the catch lug 37 is removed from the opening 27. For this purpose, the drawer 10 can then be removed from the furniture body with the running rail 23 fixed. Furthermore, what happens from FIG. 13 is that when the drawer is inserted into the furniture body, as soon as the catch lug 37 enters the region of the opening 27, the clasp 28 moves back to the position shown. . The distance between the front edge of the catch lug 17 and the edge of the running rail 23 that delimits the opening 27 towards the catch lug 17 is necessary so that it can be unlocked.

  FIG. 14 shows that a damping element 38, for example made of elastic plastic or manufactured in the form of a spring or the like, is mounted on the connecting outer part 19. This damping element 38 is on the opposite side of the contact surface of the connecting inner part 20.

  The impact sound that can occur when opening the drawer quickly can be prevented by this damping element 38 or can be reduced considerably, so that the impact sound is hardly felt unpleasant.

  Of course, it is also possible to attach the damping element 38 to the coupling inner part 20 or alternatively to both the coupling parts 19 and 20.

  The invention is not limited to the exemplary embodiments shown. Essentially, a plug and / or a connecting outer part 19 with a hollow body part 24 are respectively inserted into the running rails 23 on the side towards the front panel, and inside the hollow body part 24 the connecting inner part 20 is connected. In order to be inserted in the latched state and to remove the drawer 10, this hollow body part 24 can be separated from the connecting outer part 19 through the connecting inner part 20 without being damaged by the force acting on the drawer. It is to be.

Claims (28)

A drawer (10),
Two lateral sides used as a hollow main body that travels in the direction of movement of the bottom plate (11), the front panel, and the drawer (10) and has adapters (16, 32) in at least the end region. A rear wall (15) opposite the front panel having a panel (12, 13), a support holder (14) fixed to the front adapter (16), the front adapter In the drawer (10) where (16) is connected to the running rail (23) by latching,
At least one or each front latch between the support holder (14) and the travel rail (23) engages the coupling device (17) and the opening (27) of the travel rail (23). Formed by an elastic clasp (28),
When inserting the drawer (10) into the furniture body on each connecting device (17), a force acting perpendicularly or substantially perpendicular to the running rail acts on the connecting device (17). A drawer, characterized in that the drawer (10) is one or the actuating element of each coupling device (17).   Drawer according to claim 1, characterized in that the coupling device (17) comprises a coupling outer part (19) and a coupling inner part (20) insertable therein.   The support holding in which the connecting outer part (19) is inserted and fixed in the end region of the running rail (23), and the connecting inner part (20) is fixed to the adapter (16). Drawer according to claim 2, characterized in that it is molded or attached to a tool (14).   The connection outer part (19) is installed on the support holder (14), the connection inner part (20) is inserted into the end region of the running rail (23), and the connection outer part ( A drawer according to claim 2, characterized in that 19) preferably forms an integral molded part together with the support holder (14).   The said latching knob (28) extended in the longitudinal direction of the said traveling rail (23) is shape | molded by each support holder (14), The Claim 1 characterized by the above-mentioned. drawer.   The catch tab (28) has a catch lug (37) that engages with the opening (27) of the travel rail (23) at the latch position on the side facing the central longitudinal axis of the travel rail. The drawer according to claim 5.   The end region of the clasp (28), preferably the end region toward the front panel, is concave and stepped, together with the travel rail (23) at the latch position of the support holder (14). 7. Drawer according to claim 5 or 6, characterized in that it is mounted on an edge defining the limit of the opening (27). When the drawer (10) is lifted, the catch lugs (28) can be lifted and the catch lugs of the catch tabs (28) can be lifted by forcing the drawer (10). in such a way that the (37) can be moved through the opening (27), the end region of stage of said fastening knob (28) is characterized in that for pressing the edge of the metal adapter, wherein Item 8. The drawer according to item 7 or claim 7, which refers to item 6 .   5. The connection outer part (19) is used as a plug-like member, and has a hollow main body (24) protruding from the front surface of the traveling rail (23). The drawer according to any one of the above.   The longitudinal of the running rail (23) for the inner connecting part (20), wherein the hollow main body (24) engages the hollow main body (24) of the outer connecting part (19). Drawer according to claim 9, characterized in that it has a guide groove (26) extending in the direction.   11. A drawer according to claim 10, characterized in that the guide groove (26) extends in a direction towards the opening side of the hollow body (24).   11. The hollow body (24) of the connecting outer part (19) is open on the free side facing away from the travel rail (23), according to claim 9 or 10 The listed drawer.   The hollow main body portion (24) of the connecting outer portion (19) is concave and has a step inside, and a high region is facing away from the opening side of the hollow main body portion (24), and Drawer according to any one of claims 9 to 12, characterized in that it forms a stop surface (25) for the connecting inner part (20).   Drawer according to any one of claims 9 to 13, characterized in that the main cross section of the connecting outer part (19) is shaped like a rectangular tube.   15. The hollow body (24) of at least the connecting outer part (19) is provided with a push-in inclined surface (33) on the inside, according to any one of claims 9-14. drawer. The said guide groove (26) is provided in the upper wall part or lower wall part of the said hollow main-body part (24) of the said connection outer part (19) , or Claim 10 characterized by the above-mentioned. 16. A drawer according to any one of claims 11 to 15, wherein 10 is cited .   17. The connecting outer part (19) in the form of the plug is an insertion pin (21) inserted into the traveling rail (23) that is fixed. The drawer according to one item.   The connecting inner part (20) is designed in the shape of a T-groove nut, is concave when viewed in the longitudinal direction of the running rail (23), and is provided with a plurality of steps. The drawer according to any one of 17. Citation according to claim 10 , characterized in that the nut-like connecting inner part (20) comprises two end steps (29, 30) and one intermediate step and / or intermediate portion (31). The drawer according to claim 18.   An end portion (29) facing or away from the support holder 14 engages the guide groove (26) of the hollow body portion (24), and the opposite end portion (30). The drawer according to claim 19, characterized in that is engaged in an internal chamber of the hollow body (24).   The intermediate part (31) and / or the intermediate step of the connecting inner part (20) is designed like a wedge, and the tip is an opening of the hollow body part (24) of the connecting outer part (19) 21. Drawer according to claim 19 or 20, characterized in that it faces away from.   20. The inclination angle of the intermediate part (31) of the connecting inner part (20) corresponds to or substantially corresponds to the inclination angle of the guide groove (26). The drawer according to any one of 21.   The push-in inclined surface (33) extends over the entire depth or over a region facing the open side of the hollow body (24) of the connecting outer part (19). A drawer according to any one of claims 16 to 22, dependent on claim 15 or claim 15.   24. A drawer according to claim 23, characterized in that the connecting inner part (20) comprises an inclined surface (36) corresponding to the indented inclined surface (33) of the connecting outer part (19).   25. The drawer according to any one of the preceding claims, characterized in that the drawer (10) is fixed in the region of the rear wall by a hook (34) installed on the running rail (23). Drawer described in.   The at least one dampening element (38) is installed on each other on the front face or contact surface facing each other of the connecting inner part (20) and the connecting outer part (19). The drawer according to any one of -24.   27. A drawer according to claim 26, characterized in that the damping element (38) is provided on both the connecting inner part (20) and the connecting outer part (19).   28. A drawer according to claim 26 or 27, wherein the damping element (38) or the plurality of damping elements (38) comprises an elastic plastic or a spring.

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