KR20120059539A - Ejection mechanism, pullout guide, and ejection system - Google Patents

Abstract

Curved guides 7, 7 ′, 7 ″, 7 ″ ″, 7 ″ ″ followed by a driver 11, 11 ′, 11 ″, 11 ″, 11 ″ ″ and at least in the closed position Dispensing mechanisms for mobile furniture members in particular having activators 5, 5 ', 5 ", 5'", 5 "" connectable to (11, 11 ', 11 ", 11'", 11 "") Is initiated. The force accumulators 8, 8 'are pretensioned in one direction by the one or more force accumulators 8, 8' and the drivers 11, 11 ', 11 ", 11'", 11 "" are tensioned in the closed position. Is latchable on the curve guides 7, 7 ', 7 ", 7'", 7 "", and the activator 5, 5 ", 5 '", 5 "" (7, 7 ', 7 ", 7'", 7 "") or the curve guide 7 'is movable relative to the activator 5' and the driver ( 11, 11 ', 11 ", 11'", 11 "") have the activators 5, 5 ", 5 'for the curve guides 7, 7', 7", 7 '", 7" ". Unlockable via relative movement of the curve guide 7 'relative to the activator 5'. The activator 5, 5 ′, 5 ″, 5 ″, 5 ″ ″ and / or the curve guides 7, 7 ′, 7 ″, 7 ″ ″, 7 ″ ″ may be provided by the driver 11, 11. ', 11 ", 11' ", 11 " ") are movable both in the first direction and in the opposite second direction to unlock.

Description

Ejection apparatus, drawout guide and ejection system {EJECTION MECHANISM, PULLOUT GUIDE, AND EJECTION SYSTEM}

The present invention provides an ejection mechanism, pullout guide and ejection system for a particularly movable furniture member having a curve guide and an activator connectable to the driver at least in the closed position. (ejection system) wherein the driver is movable along the curve guide, the driver being pre-tensioned in one direction by one or more force accumulators and on the curve guide by a force accumulator tensioned in the closed position. Latchable, the activator is movable relative to the curve guide, the curve guide is movable relative to the activator, and in the closed position the driver is relative to the activator relative to the curve guide. The curve for movement or for the activator It can be unlocked by the relative movement of the guides.

EP 1 845 821 discloses a device for closing and opening a drawer, wherein the drawer is held in the closed position via a latch mechanism. The latch system includes a driver that can be connected to a slide rail, on which is disposed a rod that is guided within a control curve. For unlocking, the drawer is pushed against the force of the spring so that the rod can be released from the latching position in the control curve and moved with the driver and the slide rails. In such opening and closing devices, there is a disadvantage that the latch mechanism is unlocked only by pushing in the drawer. In addition, latching is carried out by a plurality of parts that can only absorb limited mechanical rods, since these parts are formed into filigrees and damage is foreseen.

It is therefore an object of the present invention to provide a take-out mechanism and a take-out guide that are formed so that the driver can be safely and simply unlocked.

This object is achieved by a take-out mechanism having the features of claim 1.

According to the invention, in the closed position, the driver is unlockable through the relative movement of the activator with respect to the curve guide, wherein the activator and / or curve guide are in a first direction and vice versa to unlock the driver. Are all movable in the direction. Thus, the unlocking can be performed by both the pulling movement on the movable furniture member and the pushing movement in the movable furniture member. Thus, the user has the ability to select how the take-out mechanism is unlocked. If the movable furniture member is fixed on the take-out guide, the curve guide or activator is movable while the other part is fixedly arranged. Through the relative movement between the curve guide and the activator, unlocking is generated by the corresponding technical means. In addition, the handling of the take-out mechanism is simple, the corresponding parts are formed stably and the number of parts is reduced compared to the solutions of the prior art.

According to one embodiment, the driver is pivotable from the closed position through relative movement between the activator and the curve guide. The curve guide can thus be formed as a guide device, in which the driver is movable in the opposite direction. Since latching may occur on the curved end section of the looped guide path, it is not necessary to provide a looped guide path with a catch groove. By pivoting the driver, it can be unlocked from the inclined end section and transferred to the linear section, where the force accumulator ensures the open movement.

The activator preferably has a first contact surface for unlocking the driver through movement in a first direction, and two spaced apart from the first contact surface for unlocking the driver through movement in the second direction. It has a contact surface. Thus, the activator can be formed as one component, and unlocking of the driver can take place from the closed position irrespective of the direction of movement.

For stable guidance of the driver, the driver has two pins spaced apart from each other, which pins engage in a groove-shaped curve guide. The curve guide may have one or more curved end sections, on which the driver may latch in a closed position.

The activator can inevitably surround the driver in a U shape to form a contact surface for unlocking the driver for each of the two legs. Alternatively, the driver can be formed as a hook, and the activator has a contact surface for unlocking the driver on both sides of the hook.

Preferably, one or more levers are provided, which are movable by the activator and / or the curve guide, by which the driver is unlocked. Thus, a reliable unlocking can be ensured, and the lever is rotatably mounted on a housing having, for example, a curve guide. In order to unlock the driver via the lever, the driver can be connected to the activator with a clearance, or the activator is also mounted to be movable, in particular elastically and / or rotatable to move to the starting position. To ensure.

According to the invention, there is also provided a drawing guide having a guide rail installable on a furniture body and a slide rail movably mounted, the drawing guide having a take-out mechanism according to the invention.

In order to more easily install the take-out guide with the take-out mechanism, the activator can be fixed on the slide rail and adjustable in the direction of movement of the slide rail. Thus, the error can be compensated for to accurately position the activator to the desired closed position. The drawing guide may be formed as a preinstalled unit, and the curve guide is fixed on the guide rail.

According to one embodiment, an elastic detent is provided by the activator to hold the slide rail in the closed position. This elastic detent therefore ensures the positioning of the activator in the closed position, so that unintentional unlocking does not occur when moving beyond the closed position. In addition, a damper may be provided to brake the slide rail before reaching the closed position. This elastic detent may be formed adjustable in the extraction direction.

The use of corresponding take-out guides and corresponding take-out guides can also be considered, for example in household appliances such as ovens, refrigerators and / or freezers, or warm drawers.

According to the invention, there is also provided a take-out system having first and second take-out mechanisms connected to one another via a movable furniture member. Each draw system can be mounted on a draw guide, the draw guides being connected to each other via a trust element, for example a drawer.

The take-out mechanism is preferably configured to unlock the driver of the second take-out mechanism from the latched closed position upon unlocking the driver of the first take-out mechanism. This ensures the synchronization required, especially in the case of wide drawers, since only one take-out mechanism may be unlocked on one drawer side in the case of decentralized introduction of the force for opening the drawer. When this one-sided unlocking occurs, a force is applied in the opening direction in the take-off system via the unlocked driver and the force accumulator, which force continues on the second driver through the movable furniture member and the second take-out guide. To pull the second driver out of the unlocked position in the open direction. Thus, incorrect operation can be reliably prevented.

According to the invention, a ratchet is arranged spaced apart from the activator according to claim 18, the ratchet being able to pass through the driver in the open direction and in the opposite closing direction to move the driver in the closed direction. Is connected on the driver. Thus, the ejection mechanism can already be tensioned by the ratchet before the closed position, which also allows the use of a self-retractor that pulls the activator to the closed position after tensioning the driver.

In order to move the driver of the take-out device up and down, the activator and / or ratchet can be formed to be displaceable, for example perpendicularly to the opening direction or pivotally through a pivot joint. Alternatively, the driver may be provided with a spring-loaded lever, allowing the activator to move the lever in one direction and contacting the activator in each opposite direction to prevent movement to the lever.

Yielding of the activator of the driver may be considered through translational, rotational, curved guided, pivoted movements, and / or by elastic behavior due to selected materials of the contact area. The complete activator or ratchet or driver is alternately bent and alternatively partial bending of the individual parts is also possible. The counter force for the return movement of the moving member can be applied by the spring force, in particular by the elastic deformation of the partial part. The above effect may be achieved by a configuration according to a directional barrier, switch lock, or spring switch mechanism.

The activator or ratchet may for example be linearly guided in an elliptical hole. In this embodiment, the activator or ratchet can be reset to the starting position by spring loaded or gravity type. The activator or ratchet may alternatively be equipped with a moving member. These ratchets or moving members can be reset in a controlled manner to the starting position via the curve guide, by the gravitational effect, or by the use of an elastic material or spring force.

The driver preferably has two spring loaded pawls or levers that act in opposite directions, thereby allowing both force introduction and low force movement. These detents have a restoring torque, which is achieved for example by elastic deformation of the element located below. This element has two sections and one detent is assigned to each section. Embodiments such as rockers or leaf springs may also be considered. This detent can only be moved with low force in one direction. This functionality is particularly necessary when multiple action activators or multiple activators or ratchets are used to control several devices. This detent may be provided as an elastic film hinge, or a bearing may be provided to the detent.

To prevent inaccurate triggering, the lever for triggering can be spring loaded by pressure in its default position. The predetermined trigger force can thus be set in the sense of a spring mechanism. The driver is moved completely out of the idle position in the curved end section of the curve guide when exceeding this force. Thus, the ejection mechanism is operated.

In a curved controlled system, reaching the open end position can be supported by an additional force accumulator on the activator. Thus failure or damage of the assemblies is prevented, especially in the case of installation positions deviating from the exemplary embodiment.

In the following, the present invention is explained in more detail based on two exemplary embodiments with reference to the accompanying drawings.

1 is a perspective view of a drawing guide having a takeout mechanism;
2 to 6 are various views partially showing the withdrawal guide of FIG. 1 in cross section,
7 is a perspective view of an activator of the ejection mechanism;
8A and 8B are two views of the extraction guide of FIG. 1 in an open position,
9A and 9B are two views of the extraction guide of FIG. 1 in the closed position,
10 is a perspective view of a second exemplary embodiment of an extraction guide according to the present invention having a takeoff mechanism,
11-13 are various views of the extraction guide of FIG. 10 in a closed position,
14A and 14B are two views of the pull out guide of FIG. 10 in an open position;
15A and 15B are two views of the extraction guide in the open position,
16 is a perspective view of an exemplary embodiment of a takeout system according to the invention,
17 is a view of the take-out system of FIG. 16 in a closed position,
18 is a view of the take-out system of FIG. 16 with one side unlocked,
19 is a view of the take-out system of FIG. 16 with one side locked;
20 is a view of the take-out system of FIG. 16 with both sides unlocked,
21 is a side view of another exemplary embodiment of a draw guide in accordance with the present invention;
22-25 are various views of the extraction guide of FIG. 21 in different positions,
26 is a perspective view of another exemplary embodiment of a draw guide according to the present invention;
27-32 are various views of the extraction guide of FIG. 26 in various positions,
33 is a perspective view of another exemplary embodiment of a take-out mechanism according to the present invention for an extraction guide,
34-36 are various views of the takeoff mechanism of FIG. 33 in different positions;
37 is a perspective view of the take-out device according to the present invention in the installed position,
38-48 are various views of the take-out device of FIG. 37 in different positions.

The ejection mechanism according to the invention is installed on a pullout guide 1 having a guide rail 2 and a movable slide rail 3 which are installable on a furniture body. A pullout-extending middle rail is optionally positioned between the guide rail and the slide rail for full pullout. Dispensing mechanisms may be installed on pivotable furniture doors or other movable furniture members.

The take-out mechanism comprises an activator 5 which is fixed on a slide rail 3, which is arranged on a housing 6 with a curve guide 7 in the closed position. A driver 11 is guided in this curve guide 7, which is pre-tensioned in the opening direction by a force accumulator 8 formed as a tension spring. The force accumulator 8 has one end held in a holder 9 fixed on the guide rail 2 and the other end held on the driver 11.

In the closed position, the web 30 disposed on the slide rail 3 presses an elastic stop 31 formed, for example, as a rubber cushion. This detent 31 is fixed on a mount 32 which is arranged on the guide rail 2 or the intermediate rail 13. The mount 32 may be formed to be adjustable in the extraction direction.

As shown in FIGS. 2-6, two pins 10, 12 spaced apart from each other are provided on the driver 11 and guided in the curve guide 7. This curve guide 7 has an intermediate linear section comprising an end section 70 inclined in the open direction and a section 71 inclined in the closed direction. The driver 11 is pivoted away from the slide rail 3 in the region of the end sections 70, 71. The driver 11 has a receptacle 14, in which two webs 16, 17 of the activator 5 are engaged. When these webs 16 and 17 are engaged with the receptacle 14, the activator 5 and the driver 11 move together.

In FIG. 7 the activator 5 is shown in detail. This activator 5 is essentially U-shaped and includes three webs 15, 16, 17 on one leg, which webs 16, 17 receptacle on the driver 11. Mesh with (14). An inwardly directed protrusion 18, which can also be in contact with the driver 11, is formed on the second leg of the activator 5. In addition, an elliptical hole 19 is formed on the activator 5, which is penetrated by a screw 20 to fix the activator 5 on the slide rail 3. The activator 5 is held adjustable by the elliptical hole 19 in the longitudinal axis direction of the slide rail 3.

8A and 8B the slide rail 3 is shown in the open position. The activator 5 is arranged at intervals from the driver 11, the driver 11 being moved to the end position by the force of the force accumulator 8, in which the pin 10 ends with the end section 70. Meshes within. Thus, the driver 11 is in a diagonal position, where the receptacle 14 is open for the engagement of the webs 16, 17 of the activator 5.

If the activator 5 is closed by closing the drawer disposed on the slide rail 3, as shown in FIGS. 9A and 9B, the webs 16, 17 of the activator 5 are connected to the driver 11. Engage in the receptacle 14 and move the receptacle 14 to the closed position against the force of the force accumulator 8. In the closed position, the pin 12 has moved along the guide path 7 and engages in the end section 71. Thus, the driver 11 has been pivoted down and is now locked in the closed position by the force of the force accumulator 8. As shown in FIG. 9B, the lower protrusion 18 on the activator 5 urges the contact surface 21 of the driver 11. In addition, according to FIG. 6, the web 16 is disposed adjacent to the contact surface 21 on the driver 11.

In the closed position, the driver 11 can be unlocked by the movement of the activator 5 and alternatively the activator 5 can be moved to the open or closed position. If the activator 5 is pulled to the open position, the web 16 engages on the contact surface 21 and pulls the driver 11 into the linear portion of the curve guide 7 so that the driver 11 is unlocked. When the activator 5 is pushed to the closed position, the protrusion 18 pushes the contact surface 21 to pivot the driver 11 to the linear portion of the curve guide 7. Thus, unlocking of the driver 11 occurs from the closed position regardless of whether the activator 5 is moved to the open position or the closed position. The movement to the closed position for unlocking the driver 11 may range from 1 to 3 mm, so that the elastic detent 31 is compressed by pushing.

In figure 10 a second exemplary embodiment of a drawing guide 1 'with a drawing mechanism according to the invention is shown. As in the first exemplary embodiment, the slide rail 3 is held movable on the guide rail 2, the closed position of the slide rail 3 is predetermined by the elastic detent 31, The web 30 of the slide rail 3 is pressed against this elastic detent 31.

The take-out mechanism comprises a housing 6 ', in which a curve guide 7' having only one inclined end section 70 is formed. Driver 11 ′ is held in curve guide 7 ′ by two spaced apart pins 10, 12. If the pin 12 is moved into the inclined end section 70 (FIG. 12), the driver 11 ′ is in the latched position and is pretensioned by the force of the force accumulator 8 ′. The force accumulator 8 'is formed as a tension spring in the open position.

An activator 5 'which is fixed on the guide rail 2 via a screw 20' is provided for unlocking the driver 11 '. The activator 5 'includes a first projection 16' for pressing the inner side of the hook 22 'of the driver 11'. A contact surface 21 ', which can engage the contact bevel 18' of the activator 5 ', is formed on the opposite side of the hook 22'.

In Fig. 13, the driver 11 'is unlocked by pushing into the slide rail 3 in the closed position, at which time relative movement occurs between the curve guide 7' and the activator 5 '. The force is transmitted by the first protrusion 16 'to the downwardly directed hook 22' of the driver 11 'such that the pin 12 is pressed upward and repositioned into the linear section of the curve guide 7'. . Thus, the force accumulator 8 'is activated to pull the driver 11' to the open position.

Unlocking of the driver 11 'can also be carried out by moving the curve guide 7' on the slide rail 3 in the open position, wherein the contact bevel 18 'on the activator 5' 11 ') is engaged with the contact surface 21' on the hook 22 '. Accordingly, (12) is also pushed upward into the linear section of the curve guide 7 '.

15A and 15B show the extraction guide in the open position, with the activator 5 'spaced from the driver 11'. The driver 11 'is located at the end position of the curve guide 7'. If the slide rail 3 is moved to the closed position, the downwardly directed hook 22 'engages between the contact bevel 18' of the activator 5 'and the first protrusion 16' to reach the closed position. The arrangement shown in FIG. 12 is then achieved, from which the driver 11 'can be unlocked again.

16 shows a take-out system installed on drawer 50 as a movable furniture member. The drawer 50 comprises a floor 51, which is held in each case via the holder 52 on both sides on the draw guide 1. This holder 52 is installed on the slide rail 3, and the slide rail is held to be movable on the guide rail 2. The withdrawal guide 1 is arranged in each case on the side frame 53 of the drawer 50.

As shown in detail in Figs. 1 to 9, a take-out mechanism is provided on each take-out guide 1, in which like reference numerals are used for the same components.

The extraction system of FIGS. 1 and 16 is shown in FIGS. 17-20, where the top view shows the extraction mechanism and the extraction guide on the left side, while the bottom view shows the extraction mechanism and the extraction guide on the right side of the drawer 50. .

17 shows a drawer 50 in the closed position, in which all of the take-out mechanisms are arranged in the latched closed position. Since the activator 5 is positioned in the curve guide 7 through the pins 10, 12 and has one pin in the inclined end section 71, the latch in spite of the preliminary tension of the tension spring 8. Is in a closed position.

In Fig. 18, in the take-out system, the driver 11 on the left side (bottom view) is unlocked, and the corresponding pin is moved out of the inclined end section 71. Alternatively, as described above, since the activator 5 ensures the unlocking of the driver 11 regardless of the direction of movement, the unlocking can be performed by pushing or pulling the drawer. On the left side (top view), the driver 11 is still in the locked position, where the pin 12 is held in the inclined end section 71 of the curve guide 7.

The opposite case of FIG. 18 is shown in FIG. 19, where the left side (top view) is unlocked and the driver 11 is moved in the opening direction through the spring 8. The driver 11 is connected to the slide rail 3 via the activator 5. Conversely, on the left side (bottom view) of the drawer 50, the driver 11 is still in the locked position and the driver 11 uses a pin on the inclined end section 71 of the curve guide 7. maintain.

If the take-out mechanism has been unlocked on the right or left side in the take-out system on the drawer, a forced unlock occurs on the opposite side. For this purpose, an environment in which the unlocked driver 11 is moved by the force of the spring 8 in the opening direction and is transmitted to the drawer 50 through the activator 5 and the slide rail 3 is used. do. Thus, the take-out mechanism on the opposite side also has a force applied to the take-out mechanism via the drawer 50, the slide rail 3 and the activator 5, which is sufficient to pull the driver 11 out of the locked position. . For this purpose, the intermediate web 16 on the activator 5 engages the receptacle 14 and pulls the driver 11 into the linear section of the curve guide 7. Thus, even if single-sided unlocking has occurred, synchronization is automatically achieved.

In FIG. 20, the take-out system of FIG. 16 is shown with the driver 11 unlocked on both sides. Both drivers 11 are moved into the linear sections of the curve guide 7 and are now moved due to the force of the spring 8 in the opening direction. The driver 11 is connected to the activator 5, which is engaged in the receptacle 14 using two webs 16, 17.

A drawing guide 1 "is shown in FIG. 21, in which a slide rail 3 is mounted to be movable on the guide rail 2, wherein the same components as in the above-described exemplary embodiment are also indicated by the same reference numerals. do.

A rotary mount activator 5 "is provided on the slide rail 3 that engages in a receptacle on the driver 11". The driver 11 "is mounted so as to be displaceable on the two curve guides 7 and 45 of the housing 6". The pin 10 of the driver 11 "is guided in the curve guide 45, while the pin 12 is guided in the curve guide 7". When closed, the linear end section of the curve guide 45 forms a pivot joint for the driver 11 "through the pin 10. The driver 11" pin guides into the curve guide 7 ". It is pivoted upon reaching the curved end section 71 by 12. When in view, the linear end section of the curve guide 7 "is pivoted to the driver 11" via the pin 12. The driver 11 ″ is pivoted upon reaching the curved end section 70 by a pin 10 guided into the curve guide 45. Each pivotal movement of the driver 11 "releases the activator 5" or activator 41. Furthermore, the pivotable mounting of the activators 5 ", 41 allows the driver 11" of the curved end section 70 and the curved end section 71 of the curve guide 7 "and the curve guide 45. The activator 5 "may be moved over the driver 11" at the end position of the head. Alternatively, for example, the activators may be formed to be displaceable vertically. FIG. 21 shows the closed position of the drawer. Wherein the driver 11 "is fixed on the inclined end section 71 of the curve guide 7" and pretensioned by the force of the spring 8 in the opening direction.

A holder 46 for securing the force accumulator 8 is provided on the guide rail 2. The force accumulator 8 is fixed on the holder 46 via the fixture 47. The other end of the force accumulator 8, which consists of a tension spring, is secured using a spring eye on the driver 11 "via a bolt 48. To change the spring force, the holder 46 The stationary body 47 of the top is configured to be displaceable and fixable.

As shown in FIGS. 22A and 22B, in order to unlock the driver 11 ", when the drawer is pulled out, the activator 5" connected to the slide rail 3 is pulled from the inclined end section 71. 11 "can be pulled out. Therefore, the driver 11" is moved by the force of the spring 8 in the opening direction. The second activator 41 is also connected to a slide rail 3 which engages with the second driver 42, which is guided in the second curve guide 43. Curve guide 43 and driver 42 are connected to a self-retractor 44, which holds the drawer in a closed setting in the closed position. The self-recoverer 44 may also include a damper 49 to brake the closing movement and to prevent breakage noise. In addition, excessive pressure or triggering immediately following the closing process is prevented by damping.

In Figures 23A and 23B, the driver 11 "is shown in the position created by unlocking by pushing in the drawer. The activator 5" includes a web 40 that projects downwards, the web A front stop face 18 "is formed thereon. The front stop face 18" is positioned adjacent to the lever 25, the lever 25 being positioned about the housing 6 "about the axis 26. The lever 25 can be pre-tensioned by the spring to the starting position or moved by gravity to the starting position, if the drawer is pushed into the furniture body, the web 40 is shown in Fig. 23B. Move to the right and pivot the lever 25. Thus, the upper stop edge 27 of the lever 25 moves relative to the lower side of the driver 11 "and the inclined end section of the curve guide 7". The driver 11 "is pushed upward from the 71. In order to prevent the driver 11 "from being fixed by the lower protrusion 16" in the receptacle 14 "of the driver 11", the activator 5 "is pivotally mounted so that the lever 25 and The driver 11 "can be easily pivoted clockwise to the detent. The driver 11 "continues to pull the activator 5" in the open direction after it is unlocked by the force of the spring 8.

24A and 24B show the position when the second activator 41 moves over the parked driver 11 ". The second activator 41 is formed in the form of a web and slide rail 3 Is pivotally mounted on the second activator 41. The second activator 41 can thus be pivoted upwards through an intake bevel 56 on the driver 11 ″ and moved in the open direction.

If the slide rail 3 moves to the closed position, the second activator 41 first engages in the receptacle 14 "of the driver 11" and parks the driver 11 "to tension the spring 8. Pull from position. The driver 11 "is guided through the first pin 10 of the curve guide 45 and the second pin 12 of the curve guide 7". The curve guide 7 "and the curve Each of the guides 45 includes an inclined end section 71, 70 to pivot the driver 11 ″ at the end of the curve guide 7 ″ and curve guide 45, respectively. It is also possible to provide only one curve guide with two beveled end sections 70 and beveled end sections 71.

During the closing movement, the driver 11 "is parked by the second activator 41 on the inclined end section 71 of the curve guide 7", and pivoted by the driver 11 ". 11 ") may release the second activator 41 and move the drawer further in the closing direction.

In order to engage the activator 5 "with the driver 11", according to FIGS. 25A and 25B, when the activator 5 "reaches and pivots the intake bevel 55 on the driver 11", it is pivoted. The drawer is moved further in the closing direction. The activator 5 "can then be displaced along the intake bevel 55 until it engages in the receptacle 14" on the driver 11 ". Now, the second activator of the self-recoverer 44 41 simultaneously pulls the second activator 41 into the closed position so that the closing movement no longer needs to be manually supported immediately before this closing movement. It may also be used to keep 50) in a closed state, which prevents inadvertent opening due to shock or slight inclination of the furniture, for example, to which the take-out device with the extraction guide and the movable furniture member is installed.

Of course, in the exemplary embodiment shown in Figs. 21-25, even if one driver 11 "has been unlocked from the locking position on one side only by the unlocking process, it is possible to unlock in accordance with the take-out system according to the present invention. It may also be possible to provide two withdrawal guides, then the force of the spring 8 of the unlocked driver 11 "ensures the unlocking of the other driver 11" on the second withdrawal guide.

FIG. 26 shows another exemplary embodiment of a drawing guide 1 ″ ′ according to the invention comprising a guide rail 2 and a slide rail 3, wherein like reference numerals refer to like components. An activator 5 '", which can engage an 11'", is connected to the slide rail 3. The driver 11 '"follows the curve guide 7'" on the housing 6 '". It is moved and pretensioned by the spring 8 in the opening direction. The spring 8 is fixed on the opposite end away from the driver 11 '"by the bolt 180 on the retaining web 181 and the adjustment bracket 182, and an opening is formed and retained on the retaining web 181. A recess is formed on the web 182, into which the bolt 180 is insertable, so that the tension of the spring 8 can be established.

The first lever 91 is mounted to pivot on the receptacle on the driver 11 '", and the second lever 92 is mounted to pivot on the opposite surface of the driver 11'".

In Fig. 27, the extraction guide 1 "'is shown in the slightly open position, the lever for pulling the driver 11'" from the parking position along the bevel 70 '"of the curve guide 7'". The second activator 41 on 92 presses the driver 11 '".

The driver 11 '"now has a second activator 41 along the curve guide 7'" until the driver 11 '"reaches the inclined end section 71 and pivots downward. The second activator 41 is released and the slide rail 3 can be further moved in the closing direction without being connected to the driver 11 '".

When the activator 5 '"reaches the driver 11'", it reaches the latch position of FIG. At this time the activator 5 '"is moved over the pivotable lever 91 and moved between the lever 91 and the lever 92. The second activator 41 is engaged with the driver 42 at this time. The driver 42 is movable along the curve guide 43 and is moved by the self-recoverer 44 in the closing direction until the closing position is reached.

30A and 30B show the closed position of the extraction guide. The activator 5 '"is engaged with the driver 11'" and can be unlocked by the movement of the slide rail 3 in both the closing direction and also the opening direction.

30b shows the position of the activator 5 '"on the driver 11'". This activator 5 '"is latched behind the lever 91, and the lever 91 is pushed down by the spring. The activator 5'" is now driver in the re-opening direction again by the pulling movement on the drawer. Can be engaged with the lever 91 and the driver 11 '"to move the 11'".

Alternatively, according to FIGS. 31A and 31B, the drawer 11 ′ ″ may be unlocked by pushing the drawer 11 ′ ″. At this time, the downwardly directed web 40 of the activator 5 '"engages and pushes the lever 25 rotatably mounted about the axis 26, so that the lever 25 moves the driver 11'" up. Pushing out causes unlocking. During the opening process, the second activator 41 is now moved above the lever 92, at which time the lever 92 is pivoted and again pivoted by the force of the spring in the starting movement. Contact with the lever 91 is prevented by the bevel 70 '"of the curve guide 7'".

31b shows the projection 16 '"and the stop face 18'" through which the unlocking of the driver 11 '"from the curved end section 71 is carried out. After unlocking, the driver ( 11 '") is moved along the curve guide 7'" by the force accumulator 8. The interlocking activator 5 '"is connected to the activator in the opening direction via an attached slide rail 3). Move the movable furniture member.

Figure 32 shows another exemplary embodiment of a take-out mechanism according to the invention for a take-out guide 1 "'. In figure 32 there is shown a take-out mechanism, which comprises a modified housing 6'". A first curve guide 7 ′ ″ is formed inside the housing having a bevel 70 ′ at one end and an inclined end section 71 on the opposite end. In addition, a grooved recess 64 is formed as the second curve guide, which extends diagonally downward in the opening direction. The third curve guide 65 is formed in the horizontal direction. In addition, a recess 66 in which the shaft 26 is engaged is provided for mounting the lever 25. By this lever 25, the driver 11 '"having both the first pin 10 and the second pin 12 guided in the curve guide 7'" can be unlocked. The driver 11 '"is pretensioned through a force accumulator 8 formed as a tension spring in the opening direction. The housing 6'" is formed of two members, so that the curve guide 7 '", the curve guide ( Corresponding housing members 64 and curve guides 65 are formed on both sides of the driver 11 '".

A holder 89 is provided on the slide rail 3 or the drawer floor, which holder 89 can be pressed in the closing direction against the detent 90 of the activator 5 "". The activator 5 "" is guided between two housing members of the housing 60 "", which activator 5 "" is a first vertical receptacle with a ratchet 81 spring-loaded therein. (83), a second vertical recess (84) spring-mounted therein, and a third vertical receptacle (85) for the locking pin (87). The ratchet 80 and the ratchet 81 are pretensioned downward through the spring to act on the driver 11 '". The locking pin 87 is movable in the vertical direction in the activator 5'". Is mounted.

In FIGS. 33A and 33B, a take-out mechanism on a take-out guide with a guide rail 2 and a movable slide rail 3 is shown. The take-out mechanism is located in the closed position, where the driver 11 "" is locked on the inclined end section 71 of the curve guide 7 "". The activator 5 "" comes into contact with an elastic detent 31 "" received in the mount 32 "". The elastic detent 31 "" prevents direct additional triggering or excessive pressure of the take-out device during or immediately after the closing process. As shown in FIG. 33B, the drawer can be pulled open and the holder 89 acts on the locking pin 87, which in turn opens the activator 5 "" in the opening direction. In turn, the ratchet 80 pulls the driver 11 "" out of the locked position through the projection 16 "". Also, the drawer is moved in the closing direction, at which time the stop face 18 "" of the opposing ratchet 81 acts on the lever 25, which pivots about the axis 26. By raising the driver 11 "" from the inclined end section 71, opening can be achieved. The driver 11 "" then slides up to the beveled section 70 "" by the two pins 10, 12 in the curve guide 7 "" due to the force of the force accumulator 8.

34A and 34B, the driver 11 "" has arrived at the beveled section 70 "". The driver 11 "" is pivoted downward by the guidance of the pin 10 on the beveled section 70 "", so that the ratchet 80 is disconnected from the driver 11 "". The ratchet 80 can now be moved beyond the driver 11 "", and the second ratchet 81 has an intake bevel 82 and against the force of the spring by contact with the driver 11 "". It can be pushed upwards and moved in the opening direction. The locking pin 87 is displaced downward by movement in the opening direction, which is guided by the guide pin 88 in the corresponding recess of the activator 5 "".

35A and 35B, the slide rail 3 is further moved in the opening direction, and the protrusion 90 still presses the block 89. The locking pin 87 has moved downward along the guide 64 extending diagonally downward and has now released the block 89. Thus, the slide rail 3 can be further moved in the opening direction and is now disconnected from the activator 5 "".

35A shows a receptacle 93 for securing a force accumulator 8 formed as a tension spring on a housing 6 ″ ″. In the receptacle 93 which is disposed radially opposite in the two housing members of the housing 6 "", a bolt 94 for fixing the force accumulator 8 is inserted at one end. This bolt 94 is configured to be able to be inserted at various positions into the receptacle 93 of the housing 6 "" to change the force of the force accumulator 8 formed as a tension spring. The other end of the force accumulator 8 is fixed on the driver 11 "" via the bolt 95.

For the closing movement, the slide rail 3 is moved in the closing direction until the block 89 presses the protrusion 90 so that the activator 5 "" is positioned as shown in Figs. 36A and 36B. It is moved slightly in the closing direction until it reaches. In this position, the block 89 is again locked between the protrusion 90 and the locking pin 87, and the ratchet 81 presses the protrusion of the driver 11 "". Accordingly, the driver 11 "" now has a curved guide 7 "" until the driver 11 "" with the pin 12 is pivoted down and locked onto the inclined end section 71. Is moved along the direction of closing. The position shown in FIGS. 33A and 33B has been reached.

37 shows another exemplary embodiment of the takeoff mechanism in the installed position.

A trust element 101 may be formed as a drawer and installed to be movable within the furniture body. A guide rail 102 of the lead guide is provided for this purpose, and at least one slide rail is mounted to be movable on the guide rail. The slide rail is located in the hollow side frame 103 of the drawer, and the floor 105 of the drawer is fixed via a plurality of holders 106 on the slide rail. The direction of movement X of the trust element 101 is identified by an arrow in the figure.

On the bottom side of the floor 105, a housing 107 is installed, which inevitably consists of two plate-shaped housing members, on which the slotted curve guides 108, 109 and 110 are arranged. It is formed concave. A web-shaped activator 116 fixed on a furniture body or fixed guide rail 102 protrudes into the housing 107. The activator 116 is shown only partially for easier understanding.

The trust element 101 is held in the closed position through the retrieval device 104, which can be installed in a compact structure known as a self-recoverer and adjacent to the withdrawal guide.

38 shows the take-out device according to the invention in the closed position. The recovery device 104 includes a recovery housing 140 having a curve guide 141 having an inclined end section 142. The recovery driver 143 is connected to the web shaped recovery activator 144 and is mounted to be moveable within the recovery curve guide 141. A damper 145 is connected to the recovery housing 140, and a spring for pretensioning the recovery driver 143 in the closing direction is located in the recovery housing 140. Thus, the recovery activator 144 disposed on the movable trust element 101 or the slide rail is pretensioned in the closing direction. The retrieval device 104 may also be provided with a damper to brake the closing movement before reaching the closing movement.

Also shown in FIG. 38 is a web-shaped activator 116, one end of which is fixed in the receptacle of the driver slide 113. The driver slide 113 includes a first movable ratchet 114 and a second movable ratchet 115 on the side facing away from the web-shaped activator 116, which are the first movable ratchet 114 and the second movable ratchet 115. The ratchet 115 is spring loaded and can be pushed into the driver slide 113. In the closed position, the second ratchet 115 is engaged with the driver 111, which is mounted to be movable through the plurality of pins in the first curve guide 118. The driver 111 is pretensioned through the force accumulator in the form of a tension spring 112 in the opening direction. An end of the spring 112 facing away from the driver 111 may be fixed on the housing 107. The driver 111 may be ratcheted on the inclined end section 171 of the curve guide 108 against the force of the spring 112. An inclined end section 170 from which the driver 111 is pivotable from above is also formed on the opposite end of the curve guide 108.

Since the driver 111 is in the ratchet position, there is no force acting on the housing 107 in the opening direction through the driver slide 113. The retrieval device 104 holds the trust element 101 in the closed position.

39 shows the take-out device during the unlocking of the driver 111. To this end, the thrust element 101 is pushed into the furniture body such that the first ratchet 114 presses the pivotable ejector lever 130. The ejector lever 130 is mounted to be movable about the axis 131 on the housing 107. One leg 132 of the ejector lever 130 presses the ratchet 141, while the opposite leg 133 presses the driver 111. By pushing in the thrust element 101, the ejector lever 130 is rotated clockwise around the axis 131 such that the leg 133 is out of the inclined end section 171 of the curve guide 108. The driver 111 is moved. Thus, this driver 111 is unlocked and is now pulled by the force of the spring 112 along the curve guide 108. The driver 111 presses the detent 151 of the driver slide 113 by the tip 150 so that the driver slide 113 is moved together with the driver 111. Thus, the integrally formed wall 117 pushes the stationary activator 116 so that the housing 107 moves with the thrust element 101 in the opening direction.

40, the drawing device in the slightly open position is shown. The driver 111 is located in the middle region of the first curve guide 108 and still has a force applied to the middle region by the spring 112. Thus, the driver slide 113 is also moved to the right, and the driver slide 113 is movable along the second curve guide 110. The curve guide 110 is formed linearly, so the driver slide 113 moves linearly through the guide means along the housing 107. Also provided on the driver slide 113 is a movable detent 118 which is movable through the pin 119 within the third curve guide 109. The third curve guide 109 is disposed obliquely to the second curve guide 110, and the detent 118 is moved downward when the driver slide 113 moves to the right in FIG. 40. The detent 118 is held to be movable vertically with respect to the moving direction of the driver slide 113 in the elliptical hole 120.

In the position shown in FIG. 40, the recovery device 104 is a recovery activator because the driver 143 has been moved along the recovery curve guide 141 to the inclined end section 142 and pivoted therein. Disconnected from 144. Thus, the recovery activator 144 is released and can now be moved further in the open direction independent of the recovery driver 143.

In FIG. 41, the take-out device is shown in a position where the driver 111 has pivoted to reach the inclined end section 170. In this pivoted position, the ratchet 115 and driver slide 113 can be moved further to the right, independent of the driver 111, such that the housing 107 is moved in the opening direction together with the thrust element 101. . The trust element 101 is now no longer accelerated by the force of the spring 111.

The movable detent 118 is further moved along the curve guide 109 and further sinks, and the activator 116 is still held in the receptacle between the movable detent 118 and the wall 117.

42 shows the take-out device with the stop surface 118 moveable sufficiently to release the web-shaped activator 116 in a moved position. The housing 107 can now be further moved in the opening direction with the driver slide 113, ie irrespective of the activator 116 which is fixedly arranged. During further opening movement, the first ratchet 114 slides over the driver 111, briefly pushed up against the force of the spring, again latched behind the driver 111, and the corresponding intake bevel 124 does this for it. Formed on the ratchet 114.

43 shows the position when the trust element 101 is moved back in the closing direction. First the first ratchet 114 engages on the driver 111 and pulls the driver 111 from the parking position on the inclined end section 170, the driver 111 along the curve guide 108 and the spring 112. Is moved against the force of). The driver slide 113 is supported by the wall 117 on the activator 116 so that the driver slide 113 is moved along the curve guide 110.

44 shows the position of the take-out apparatus before reaching the closed position. The driver slide 113 is moved along the curve guide 110 far enough for the movable detent 118 to be placed back at the rear of the activator 116, and the activator 116 is now detented 118. ) And wall 117. The first ratchet 114 is moved along the curve guide 108 far enough for the spring 112 to be substantially tensioned. In the position shown, retrieval activator 144 is now engaged on retrieval driver 143 to unlock and retrieval device 104 is activated.

45 shows the ejection device before reaching the closed position when the driver 111 has reached the inclined end section 171 and is now latched against the force of the spring 112. Thus, the driver 111 can pivot and the first ratchet 114 can be moved above the driver 111. The driver slide 113 is now further moved along the second curve guide 110, and the retrieval device 104 now pulls the thrust element 101 in the closing direction, so that the tension of the spring 112 and the After latching it can be moved without further application of force by the user. Thus, the trust element 101 is automatically recovered.

46 shows the take-out device just before reaching the closed position. Here, the second ratchet 115 is slid over the driver 111 using an intake bevel. The driver slide 113 is still moved by the retrieval device 104 in the closing direction.

47 shows the closed position in which the second ratchet 115 latches behind the tip 151 of the driver 111. The ratchet 115 is also spring mounted on the driver slide 113. The movable detent 118 extends again by the movement along the curve guide 109 within the elliptical hole 120, so that the activator 116 is positioned between the movable detent 118 and the wall 117. do. The spring cushion 122 prevents the takeout device from inadvertently starting the opening process after the closing process. In addition, a screen gap is created through the spring cushion 122 to enable triggering of the take-out device by the pressure in the closing direction.

During unlocking, the trust element 101 was pushed into the furniture body, so that unlocking of the driver 111 occurred through the ejector lever 130. However, it is also possible to unlock the driver 111 by pulling it on the trust element 101, which is caused by the driver 111 being pulled out of the inclined end section 171 so that the ejector lever 130 does not move. This is because the location as shown in FIG. The driver 111 is located in the middle section of the curve guide 108 again and unlocked. If not, the take-out process and subsequent closure occur as described above.

The take-out device according to the invention is usable with all linearly displaceable furniture members, for example with sliding doors.

1: withdrawal guide
1 ': withdrawal guide
1 ": withdrawal guide
1 '": Withdrawal Guide
1 "": withdrawal guide
2: guide rail
3: slide rail
5: activator
5 ': Activator
5 ": Activator
5 '": Activator
5 "": Activator
6: housing
6 ': housing
6 ": housing
6 "": housing
7: curve guide
7 ': curve guide
7 ": curve guide
7 '": curve guide
7 "": curve guide
8: force accumulator
8 ': force accumulator
9: mount
10: pin
11: driver
11 ': Driver
11 ": Driver
11 '": Driver
11 "": Driver
12: pin
13: middle rail
14: Receptacle
14 ": Receptacle
16: web
16 ': overhang
16 ": protrusion
16 '": Protrusion
16 "": protrusion
17: Web
18: protrusion
18 ': Intake Bevel
18 ": stop
18 '": If it stops
18 "": If it stops
19: rectangle hole
20: screw
20 ': screw
21: contact surface
21 ': contact surface
22: contact surface
22 ': hook
25: lever
26: axis
27: stop edge
30: web
31: detent
31 "": Detent
32: mount
32 "": mount
40: web
41: Activator
42: driver
43: curve guide
44: self-recovery
45: curve guide
46: mount
47: fastener
48: Bolt
49: damper
50: drawer
51: floor
52: holder
53: side frame
55: intake bevel
56: intake bevel
60: housing
64: Guide / Recess
65: curve guide
66: recess
70: end section
70 '": Bevel
70 "": Bevel
71: end section
80: ratchet
81: ratchet
82: intake bevel
83: receptacle
84: recess
85: receptacle
87: locking pin
88: guide pin
89: block / holder
90: protrusion / detent
91: lever
92: lever
93: receptacle
94: bolts
95: bolts
101: strut element
102: guide rail
103: side frame
104: recovery device
105: floor
106: holder
107: housing
108: curve guide
109: curve guide
110: curve guide
111: driver
112: tension spring
113: driver slides
114: ratchet
115: ratchet
116: activator
117: wall
118: detent
119: pin
120: rectangle hole
122: spring cushion
124: intake bevel
130: ejector lever
131: axis
132: leg
133: leg
140: recovery housing
141: curve guide
142: end section
143: Recovery Driver
144: recovery activator
145: damper
150: tips
151: detent
170: end section
171: end section
180: bolt
181: holding web
182: adjustable bracket

Claims (22)

Movable curve guides 7, 7 ', 7 ", 7'", 7 "", and activator connectable to driver 11, 11 ', 11 ", 11'", 11 "" at least in the closed position As a take-out mechanism for a particularly mobile furniture member having (5, 5 ', 5 ", 5'", 5 ""),
A driver 11, 11 ', 11 ", 11'", 11 "" may move along the curve guide, and the driver 11, 11 ', 11 ", 11'", 11 "" may have at least one The curve guides 7, 7 ′, 7 ″, 7 ″, 7 ″ by the force accumulators 8, 8 ′ pretensioned in one direction by the force accumulators 8, 8 ′ and tensioned in the closed position. Latchable), the activator 5, 5 ", 5 '", 5 "" is movable relative to the curve guides 7, 7', 7 ", 7 '", 7 "" or The curve guide 7 'is movable relative to the activator 5' and the driver 11, 11 ', 11 ", 11'", 11 "" in the closed position the curve guide 7 , 7 ', 7 ", 7'", 7 "") through relative movement of said activator 5, 5 ", 5 '", 5 "" or to said activator 5' In the take-out mechanism, in particular for movable furniture members, which can be unlocked by the relative movement of the curve guide 7 ',
The activator 5, 5 ′, 5 ″, 5 ″, 5 ″ ″ and / or the curve guides 7, 7 ′, 7 ″, 7 ″ ″, 7 ″ ″ may be provided by the driver 11, 11. ', 11 ", 11'", 11 "") are movable both in the first direction and in the opposite second direction to unlock the
In particular, a blowout mechanism for a movable furniture member.
The method of claim 1,
The drivers 11, 11 ′, 11 ″, 11 ″, 11 ″ ″ and the activators 5, 5 ′, 5 ″, 5 ″ ″, 5 ″ ″ and the curve guides 7, 7 ′, 7 ", 7 ", 7 "") to pivot from the closed position
In particular, a blowout mechanism for a movable furniture member.
The method according to claim 1 or 2,
The activator 5, 5 ′, 5 ″, 5 ″ ″, 5 ″ ″ may move the driver 11, 11 ′, 11 ″, 11 ″ ″, 11 ″ ″ through movement in the first direction. A first contact surface 16, 16 ', 16 ", 16'", 16 "" for unlocking, and said driver 11, 11 ', 11 ", 11'", through movement in the second direction, Two contact surfaces 18, 18 ', 18 ", 18' spaced apart from said first contact surfaces 16, 16 ', 16", 16'",16""for unlocking 11""). 18 "", characterized in that
In particular, a blowout mechanism for a movable furniture member.
The method according to any one of claims 1 to 3,
The drivers 11, 11 ', 11 ", 11'", 11 "" are spaced apart from each other to engage in the groove-shaped curved guides 7, 7 ', 7 ", 7'", 7 "". Characterized by having two pins (10, 12)
In particular, a blowout mechanism for a movable furniture member.
The method according to any one of claims 1 to 4,
The curve guides 7, 7 ′, 7 ″, 7 ″ ″, 7 ″ ″ have one or more curved end sections 70, 70 ′ ″, 70 ′ ″, 71, and the curved end sections ( 70, 70 '", 70'", 71 are characterized in that the drivers 11, 11 'are latched in the closed position
Extraction mechanism for movable furniture member.
6. The method according to any one of claims 1 to 5,
The activator 5, 5 ″, 5 ′ ″ inevitably surrounds the driver 11, 11 ″, 11 ″ ″ in a U shape.
In particular, a blowout mechanism for a movable furniture member.
The method of claim 3, wherein
The driver 5, 5 ′ ″ has a hook, characterized in that the first contact surface 16 ′, 16 ′ ″ and the second contact surface 18 ′, 18 ′ ″ are formed on the hook.
In particular, a blowout mechanism for a movable furniture member.
The method according to any one of claims 1 to 7,
One or more levers 25 are provided which are movable by the activator 5, 5 ", 5 '", 5 "" and / or by the curve guides, by means of which the drivers 11, 11 ", 11 '", 11"") is unlockable
In particular, a blowout mechanism for a movable furniture member.
The method of claim 8,
The lever 25 is rotatably mounted on a housing 6 ″, 6 ′ ″, 6 ″ ″ in which the curve guides 7, 7 ′, 7 ″, 7 ′ ″, 7 ″ ″ are formed therein. Characterized in that
In particular, a blowout mechanism for a movable furniture member.
In the draw-out guide for drawers in particular having a guide rail installable on the furniture body and a slide rail 3 movably mounted,
A take-out mechanism according to any one of claims 1 to 9, characterized by
Drawout guide for drawers.
11. The method of claim 10,
The activator 5, 5 ′ is characterized in that it is fixed so as to be adjustable on the slide rail 3 in the direction of movement of the slide rail 3.
Drawout guide for drawers.
The method of claim 10 or 11,
The curve guides 7, 7 ″, 7 ′ ″ are fixed on the guide rail 2.
Drawout guide for drawers.
13. The method according to any one of claims 10 to 12,
An elastic detent 31, 31 ′, 31 ″ ″ is provided for limiting the slide rail 3 by the activator 5, 5 ′, 5 ″ ″ in the closed position.
Drawout guide for drawers.
The method according to any one of claims 10 to 13,
A damper is provided for braking the slide rail 3 before reaching the closed position.
Drawout guide for drawers.
15. The method according to any one of claims 10 to 14,
It is characterized in that the activators 5, 5 ′, 5 ″ are mounted so as to be pivotable and / or displaceable on the slide rail 3 and latched to the drivers 11, 11 ′, 11 ″.
Withdrawal Guide.
As the extraction system,
A take-out system comprising the first and second take-out mechanisms according to any one of claims 1 to 15,
The first and second take-out mechanisms are connected to each other via a movable furniture member (50).
Blowout system.
17. The method of claim 16,
The driver 11, 11 ', 11 ", 11' of the second ejection mechanism when unlocking the driver 11, 11 ', 11", 11'",11""of the first ejection mechanism. ", 11""are also unlocked from the latched closed position
Blowout system.
Curve guides 7, 7 ', 7 ", 7'", 7 "", activators 5 connectable to the drivers 11, 11 ', 11 ", 11'", 11 "" at least in the closed position 5 ', 5 ", 5'", 5 "") and ratchet 41, 81 disposed spaced apart from said activators 5, 5 ', 5 ", 5'", 5 "". Especially as a takeout mechanism for mobile furniture members,
A driver 11, 11 ', 11 ", 11'", 11 "" is movable along the curve guide, and the driver 11, 11 ', 11 ", 11'", 11 "" has at least one driver. Pre-tensioned in one direction by force accumulators 8, 8 'and on the curve guides 7, 7', 7 ", 7 '", 7 "" by the tensioned force accumulators 8, 8'. In the dispensing mechanism, in particular for movable furniture members, latchable in the closed position,
The ratchet (41, 81) is the driver (11, 11 ', 11 ", 11' in the open direction to move the driver (11, 11 ', 11", 11'",11"") in the closing direction. "11""and can be connected on said driver in the opposite closing direction.
Especially a drawer mechanism for movable furniture parts.
The method of claim 18,
The ratchet 41, 81 is displaceable or pivotally mounted and can be latched behind the drivers 11, 11 ′, 11 ″, 11 ″ ″, 11 ″ ″ during the opening movement.
Especially a drawer mechanism for movable furniture parts.
The method of claim 18,
The activator 5, 5 ′, 5 ″, 5 ″, 5 ″ ″ includes a displaceable or pivotable member 92 latchable behind the ratchet 41, 81 during the opening movement. doing
Especially a drawer mechanism for movable furniture parts.
The method according to any one of claims 18 to 20,
The ratchet 41, 81 is connectable to a self-recoverer 44, and the activator 5, 5 ′, 5 ″, 5 ″, 5 ″ is closed by the self-recoverer 44. Characterized by being movable to a position
Especially a drawer mechanism for movable furniture parts.
The method according to any one of claims 18 to 21,
The ratchet 41, 81 moves the drivers 11, 11 ′, 11 ″, 11 ″, 11 ″ ″ in the closing direction to the end position, and the drivers 11, 11 ′, in the end position. 11 ", 11 '", 11 "" are pivoted and disconnected from said ratchet 41, 81
Especially a drawer mechanism for movable furniture parts.

Images