JP4680153B2 - Drawing device - Google Patents

Description

  The present invention relates to a drawer device in which an electronic device having a keyboard such as a personal computer rack or a voice control console is mounted or incorporated, and the keyboard can be freely retracted into the apparatus.

  In PC racks and audio adjustment consoles, etc., you usually operate the switches on the table or read / write on the table without using the keyboard to set the data on the adjustment console or operate the PC on the rack. In some cases, it is known to pull out and operate a keyboard stored in a table. This type of apparatus has an advantage that the table surface can be used effectively without interfering with other work because the keyboard can be housed in the apparatus when not in use.

As a device incorporating such a drawer-type keyboard, a device as shown in Patent Document 1 has been known. That is, this device is a device in which two arms that are bent in a “character shape” are arranged between a storage portion (the main body of a personal computer rack or a voice control console) that is a device main body and a drawer portion that stores a keyboard. is there. And, by arranging the keyboard cable along this arm, the cable moves together with the arm when the drawer is pulled out or pushed in, so that the cable gets entangled between the drawer and the storage part. , Preventing them from getting caught.
JP 2000-68664 A

  However, the prior art described in Patent Document 1 as described above is merely a connection between the storage portion and the drawer portion by two arms, and the drawer portion pulled out from the storage portion cannot be positioned. When operating the keyboard, the drawer moved with the force of hitting the user's keyboard, and it was unstable.

  In order to improve this, it is conceivable to provide a mechanism such as a latch that locks the drawer part and the storage part when the drawer part is pulled out to the foremost side. Therefore, the drawer portion cannot be locked at a desired position with respect to the storage portion due to the size of the keyboard or the physique of the user.

  In addition, since the device of Patent Document 1 is fixed so that the cable is tied to the outside of the arm, the cable may be exposed to the outside of the arm and may be caught or pinched by the storage unit or the drawer unit, resulting in damage or disconnection. There was also.

  Such a problem is not limited to the device in which the keyboard is stored in the drawer, but the storage unit and the drawer are connected by two bending arms and connected to the storage unit in the drawer. This is a problem that can be said in general for the drawing device in which cables (including cords and other wiring) are arranged.

  The present invention has been proposed in order to solve the above-described problems of the prior art, and the locking position of the drawer portion with respect to the storage portion can be freely determined, and the drawer portion, the storage portion, It is an object of the present invention to provide a drawer device that can easily handle cables wired between the two.

The invention according to claim 1 is a storage unit, a drawer unit supported so as to be freely drawn out from the storage unit, a flat plate member , and a storage unit side arm whose base end is rotatably attached to the storage unit. A drawer-side arm composed of a plate-like member and having a base end rotatably attached to the drawer, and the distal end of the storage-side arm and the drawer-side arm are rotatably connected, In either one of the storage state and the drawer state of the drawer portion, the storage portion side arm and the drawer portion side arm are folded in half, and in the other of the drawer portion storage state and the drawer state, the storage portion The base of the leaf spring is formed on the surface of one of the storage unit side arm and the extraction unit side arm made of a flat plate member so that the side arm and the extraction unit side arm have an extended angle. So that Is constant, the tip of the leaf spring on the surface of the other arm to resiliently contact angle of both arms, characterized in that it is held.

  In the aspect as described above, the other arm is held by a simple method of an elastic member provided on one of the arms when the storage unit side arm and the drawer unit side arm are folded in half. can do. In addition, the storage unit side arm and the drawer unit side arm are pivotally connected, and the arm is fixed to one arm even when both arms are bent, that is, when both arms are not completely folded. The other arm can be held by the elastic member. Therefore, if bending both extended arms corresponds to a state in which the drawer part trapped in the storage part is pulled out, the drawer part can be freely engaged without having to pull out the drawer part completely forward. It becomes possible to stop, and it does not return in the direction in which a drawer part closes arbitrarily.

  On the other hand, the other arm can be held by the elastic member provided on one of the arms even in the state where the storage unit side arm and the drawer unit side arm are extended. In addition, the storage unit side arm and the drawer unit side arm are pivotally connected so that one arm is in a state where both arms take an extended angle, that is, when both arms are not fully extended. The other arm can be held by an elastic member fixed to the arm. In other words, when stretching both folded arms corresponds to the state of pulling out the drawer part stored in the storage part, the drawer part can be freely engaged even if the drawer position of the drawer part is not completely pulled out. It is possible to stop.

  In addition, the angle at which the storage unit side arm and the drawer unit side arm are folded in two and the extended angle are relative to each other indicating a state in which the storage unit side arm and the drawer unit side arm are folded in two and a state in which the folded portion is expanded. .

Furthermore, in the above aspects, since the storage unit side arm and the drawer unit side arm are composed of flat plate-like members, they can be rotatably connected. In addition, by limiting the elastic member fixed to one of the arms to a leaf spring, it is easy to make elastic contact with the other arm, and it is possible to sandwich the elastic member. Thereby, the drawer | drawing-out apparatus which can determine the position of a drawer | drawing-out part freely can be provided.

According to a second aspect of the present invention, in the drawing device according to the first aspect , the distal end portion of the leaf spring is bent in a V shape, and the apex portion of the V shape is a contact portion with the other arm surface. The V-shaped tip inclined portion serves as a guide portion when the other arm enters between the leaf spring and one arm to which the leaf spring is fixed.

In the above aspect, since the front-end | tip part of a leaf | plate spring is bent in V shape, stress concentrates on the vertex part and it becomes possible to hold | maintain the arm which contacts stably. In addition, since the V-shaped tip is an inclined portion bent upward, an arm that enters between the leaf spring as a guide portion can be guided and the arm can be easily sandwiched. Thus, Ru can hold arm to rotate in a free position.

According to a third aspect of the present invention, in the drawing device according to the first or second aspect , the storage unit side arm and the drawing unit side arm are formed by a U-shaped member having an edge that rises on both sides. The inside of this U-shaped member is a cable wiring part.

  In the above-described aspect, since the storage unit side arm and the drawer unit side arm are configured by U-shaped members having edges raised on both side portions, the cable is wired inside the arm. In addition, the edge enables a stable cable support.

According to a fourth aspect of the present invention, there is provided the drawing device according to the third aspect , wherein at least one of the edges raised on both sides of the storage portion side arm and the drawing portion side arm having the U-shaped cross section has an edge portion. A notch portion is formed which is lower than other portions, and this notch portion serves as a locking portion of a band for binding the cable and the arm in the wiring portion.

  In the above-described aspect, since a cutout portion that is lower than the other portions is formed on at least one of the edge portions that stand up on both sides of the arm, a band for binding the cable is engaged with the cutout portion. The cable can be firmly fixed on the arm. Thereby, problems such as cable breakage and disconnection do not occur.

  According to the present invention as described above, the other arm can be held by the elastic member fixed to either one of the arms even in a state where the drawer is pulled out from the storage portion to a free position. It is possible to provide a drawing device that can freely determine the drawing position. Further, since a leaf spring bent in a V shape is used as an elastic member for holding the arm, it is possible to provide a drawer device having high stability because stress concentrates on the apex portion of the V shape. .

  Since the arm is composed of a U-shaped member and a notch is formed at the edge, the cable can be stably wired on the arm surrounded by the edge. It is also possible to bind the cables by locking the band to the part. Therefore, it is possible to prevent the cable from being caught by the operation of the lead-out portion, and problems such as cable breakage and disconnection do not occur.

[1. Constitution]
Hereinafter, the structure in the embodiment about the drawer device which has the drawer arm part which is the present invention, and the drawer part and storage part to which this drawer arm part is connected is explained concretely based on Drawings 1-5.

  As shown in FIG. 1, the overall configuration includes a drawer part 1 mounted on an electronic device, a storage part 2 in which the drawer part 1 is stored, and a drawer arm part installed between the drawer part 1 and the storage part 2. One end of 3 is connected to the drawer 1 and the other end is rotatably connected to the storage 2. A cable 7 (not shown) led out from the back surface of the drawer 1 of the electronic device is supported on the drawer arm 3 by a cable holder 9.

  The drawer unit 1 is for mounting electronic devices such as a keyboard, and is provided with rails 1a on both side surfaces as in the case of the slide type storage device. The storage unit 2 is for storing the drawer unit 1 on which the electronic device is mounted. Yes, a rail 1b for sliding to a position corresponding to the rail 1a of the drawer 1 is installed. Further, a cable 7 of the electronic device is led out from a back surface of the drawer portion 1 onto a drawer arm portion 3 described later.

  And the drawer arm part 3 installed between this drawer part 1 and the accommodating part 2 connects the drawer part side arm 4, the accommodating part side arm 5, and the drawer part side arm 4 and the accommodating part side arm 5. It is comprised from the pin 6 (FIG. 2). An end opposite to the pin 6 side of the drawer portion side arm 4 is rotatably attached to the back surface of the drawer portion 1, and an end portion opposite to the pin 6 side of the storage portion side arm 5 is Here, it is rotatably attached to a back surface facing the back surface of the drawer portion 1 of the storage portion 2. The two arms are connected to each other by a pin 6 in a state of being overlapped with the leading portion side arm 4 as an upper surface and the storage portion side arm 5 as a lower surface, and are rotatably attached.

  The drawer portion side arm 4 is composed of a connecting portion 4 b that is connected to the arm portion 4 a and the storage portion side arm 5. Composed. Since the arm portions 4a and 5a serve as a wiring portion of the cable 7 of the electronic device mounted on the drawer portion 1, the cross-sectional core having edge portions 4c and 5c rising on both side surfaces of the flat bottom surface is provided. It is comprised by the character-shaped member. Moreover, since the connection parts 4b and 5b are rotatably attached in the state which overlapped with the pin 6 so that the connection part 4b may become an upper surface and the connection part 5b may become a lower surface, the back surface of the connection part 4b and the surface of the connection part 5b For example, a flat plate member having no edge on both side surfaces with little friction is used.

  The edge portions 4c and 5c provided on the respective arm portions 4a and 5a are provided with cutout portions (for example, two at the edge portions) which are lower than other portions for locking the cable holder 9 described later. It has been. Since the cable holder 9 locked to the notch binds the cable 7 wired on the arm to fix the cable 7 on the arm, the cable holder 9 is also used when the drawer portion 1 is stored in the storage portion 2. There is no damage or disconnection due to 7 being sandwiched.

  A plate spring 8 that is an elastic member of a predetermined shape is fixed to the surface of the pin 6 side end surface of the arm portion 5a of the storage portion side arm 5 with a dish rivet or the like so as to cover the connecting portion 5b. When the drawn-out portion side arm 4 and the storage portion-side arm 5 are extended by the installed leaf spring 8, the connecting portion 4b of the rotating pull-out portion side arm 4 is elastically sandwiched.

  Then, the leaf spring 8 fixed to the end portion on the pin 6 side of the arm portion 5a so as to sandwich the rotating connecting portion 4b is connected to the end portion on the connecting portion 5b side of the leaf spring 8 as shown in FIG. It is formed so as to sandwich a connecting portion 4b that is bent by a vertex portion (called a holding portion) bent into a V shape and a connecting portion 5b. The pinching portion, which is the apex portion bent in the V shape, is a contact portion with the connecting portion 4b of the drawing portion side arm 4, for example, the drawing portion side arm 4 and the storage portion side arm 5 are folded. Then, when both arms are bent and extended with the pin 6 as an axis, the rotating connecting portion 4b is sandwiched between the holding portion of the end portion of the leaf spring 8 and the connecting portion 5b.

  Note that the end of the leaf spring 8 is bent in a V-shape because the stress is concentrated on the pinching portion, which is the apex portion, due to the V-shape, and a stable and constant load is applied to the pinched connecting portion 4b. It is because it can multiply. Further, since the tip of the end portion is inclined upward by making the shape V-shaped, the rotating connecting portion 4b fixes the leaf spring 8 and the tip connecting portion 4b with the tip inclined portion as a guide portion. It is sandwiched between the connected portions 5b.

  That is, since the connecting portion 4b of the drawing portion side arm 4 is sandwiched between the holding portion of the leaf spring 8 and the connecting portion 5b of the storage portion side arm 5, a load is applied to the surface of the connecting portion 4b. Even when the arm is pulled out to the free pulling position, each arm is maintained in a stable state through the connecting portion 4b. Thereby, the drawer | drawing-out part 1 pulled out does not move in the direction which closes arbitrarily.

  When the drawer portion 1 is stored in the storage portion 2, that is, when the extended drawer portion side arm 4 and the storage portion side arm 5 are bent with the pin 6 as an axis, the connection of the drawer portion side arm 4 is performed. The part 4b is gradually pulled out from the state sandwiched between the sandwiching part of the leaf spring 8 and the connecting part 5b. When the drawer portion 1 is completely stored in the storage portion 2, the entire surface of the connecting portion 4b sandwiched between the holding portion of the leaf spring 8 and the connecting portion 5b is pulled out, and the tip end of the end portion of the leaf spring 8 is inclined. The drawer part side arm 4 and the storage part side arm 5 are fixed when the outer peripheral part of the connection part 4b contacts the part. Thereby, the stable accommodation state is maintained.

  The cable holder 9 is a band made of plastic, an elastic body, or the like in order to hold the cable 7 led out from the lead-out unit 1 on which the electronic device is mounted on the arm. The cable holder 9 is locked to a notch provided in the edge portions 4c and 5c of the arm portions 4b and 5b, and binds the cables 7 wired along the arms. In the present embodiment, four cable holders 9 are installed. However, the present invention is not limited to this, and the cable 7 may be supported by increasing or decreasing the number of cable holders 9.

[2. Action]
The operation of the drawer arm device 3 of the present embodiment having the above-described configuration is as follows. Here, an electronic device such as a keyboard is mounted on the drawer 1, and the cable 7 led out from the back surface of the drawer 1 is locked to the edges of the drawer-side arm 4 and the storage-side arm 5. It is assumed that the cables are bundled by the cable holder 9. One end of the drawer portion side arm 4 is rotatably attached to the back surface of the drawer portion 1, and the other end is connected to one end of the storage portion side arm 5 by a pin 6. And it assumes that the other end on the opposite side to the pin side of the storage unit side arm 5 is rotatably attached to the back surface of the storage unit 2 where the drawer 1 is stored.

[2.1. When withdrawing]
Considering the case where the drawer portion 1 is pulled out from the storage portion 2, first, when the drawer portion 1 is pulled out from the storage portion 2, the folded drawer-side arm 4 and storage portion-side arm 5 bend around the pin 6 as an axis. It is stretched to line up in a straight line. Correspondingly, the tip inclined portion of the leaf spring 8 fixed to the end of the arm portion 5b of the storage portion side arm 5 is fixed so as to be in contact with the outer periphery of the connecting portion 4b of the lead portion side arm 4. The connecting portion 4b is gradually sandwiched as a guide portion, and a load is applied to the surface of the connecting portion 4b from the sandwiching portion.

  Here, when the user determines the pull-out position before completely pulling out the pull-out portion 1, the connecting portion 4 b of the pull-out portion side arm 4 is sandwiched between the leaf springs 8 at the position where both arms take an extended angle. And is locked by being sandwiched between the connecting portion 5 b of the storage portion side arm 5. Thereby, also in the drawer position determined freely, the drawer part 1 can be fixed in a stable state. Therefore, it is possible to provide a drawer device with high vibration resistance that does not return in the closing direction even when the drawer part 1 is pulled out of the storage part 2.

  Even in a state where the drawer portion 1 is fully pulled out, that is, in a state where the drawer portion side arm 4 and the storage portion side arm 5 are stretched so as to be linearly aligned, of course, the sandwiching portion and the storage portion of the leaf spring 8 The drawer part 1 is locked by the coupling part 5b of the side arm 5 sandwiching the coupling part 4b of the drawer part side arm 4 (FIG. 4).

  Note that the cable 7 of the electronic device that is bundled with the cable holder 9 through the cutout portions of the edge portions 4c and 5c of the arm portion is folded and stored in the same manner as the drawer portion side arm 4 and the storage portion side arm 5. Thus, the first and second arms are extended along the arm by being extended with the pin 6 as an axis. As a result, the cable 7 of the electronic device does not get entangled, and problems such as breakage and disconnection can be avoided.

[2.2. When stored]
Considering the case where the drawn-out portion 1 is stored in the storage portion 2, first, the drawer portion 1 is pushed into the storage portion 2. This is because the drawn-out portion side arm 4 and the storage portion side arm 5 are pinned. This means that the arm is gradually bent with 6 as an axis, and both arms are folded. Correspondingly, the connecting portion 4b of the lead-out portion side arm 4 sandwiched between the holding portion of the leaf spring 8 and the connecting portion 5b of the storage portion side arm is pulled out from between the leaf spring 8 and the connecting portion 5b. Go.

  Here, when the user determines the storage position before completely retracting the drawer portion 1, the connecting portion 4 b of the drawer portion side arm 4 is connected to the clamping portion of the leaf spring 8 at the position where both arms take a bent angle. It is locked by being pinched by the connecting portion 5b of the storage portion side arm 5. Therefore, the drawer portion 1 can be fixed in a stable state even at a freely determined storage position. Therefore, it is possible to provide a drawer device with high vibration resistance.

  Further, when both arms are completely folded around the pin 6, the sandwiched connecting portion 4 b is completely pulled out from the leaf spring 8 and the connecting portion 5 b of the storage portion side arm, and the leaf spring 8 warps upward. The leading portion side arm 4 and the storage portion side arm 5 are fixed by the outer periphery of the connecting portion 4b coming into contact with the tip inclined portion (FIG. 5). Thereby, the drawer | drawing-out part 1 is not pulled out from the accommodating part 2, but can hold | maintain the stable accommodation state.

  The cable 7 of the electronic device supported on the arm by the cable holder 9 is bent about the pin 6 from the state where the cable 7 of the electronic device is stretched in the same manner as the drawer side arm 4 and the storage unit side arm 5. By this, it will be in the state folded along an arm. That is, even if the drawer part 1 is pushed into the storage part 2, the cable 7 led out from the drawer part 1 is bound to the arm by the cable holder 9 that is locked to the notches of the edge parts 4c and 5c of the arm part. Therefore, it is folded in the same manner as the arm without being sandwiched between the drawer portion 1 and the storage portion 2. As a result, there is no problem of breakage or disconnection of the cable 7 of the electronic device mounted on the drawer 1.

  According to the present embodiment as described above, the other arm can be held by the elastic member fixed to one of the arms even when the drawer is pulled out of the storage portion to a free position. In addition, it is possible to provide a drawing device that can freely determine the drawing position. Further, since a leaf spring bent in a V shape is used as an elastic member for holding the arm, it is possible to provide a drawer device having high stability because stress concentrates on the apex portion of the V shape. .

  Since the arm is composed of a U-shaped member and a notch is formed at the edge, the cable can be stably wired on the arm surrounded by the edge. It is also possible to bind the cables by locking the band to the part. Therefore, it is possible to prevent the cable from being caught by the operation of the lead-out portion, and problems such as cable breakage and disconnection do not occur.

[3. Other Embodiments]
[a] In the embodiment as described above, the present invention is particularly limited with respect to the surface shape of the connecting portion 4b of the drawer portion side arm 4 sandwiched between the leaf spring 8 and the connecting portion 5b of the storage portion side arm 5. Although not, an embodiment using the connecting portion 4b having the following surface structure is also included.

  Since a load is applied to the surface of the connecting portion 4b from the holding portion which is the V-shaped apex portion of the leaf spring 8 by operating the arm as described above, the holding portion is in contact with the surface where the holding portion contacts. Consider a case where a step such as a recess is formed for locking. In this configuration, the clamping portion of the leaf spring 8 fixed to the storage portion side arm 5 is locked to the step of the rotating connecting portion 4b, so that the step corresponds to the pulling position of the drawing portion 1 desired by the user. Thus, it is easy to adjust the drawing position, and it is possible to stably support the drawing position.

[b] In the above-described embodiment, when the drawer portion 1 is stored in the storage portion 2, the end of the leaf spring 8 fixed to the end of the arm portion 5a of the storage portion side arm 5 is warped upward. Both arms were fixed in such a manner that the outer periphery of the connecting portion 4b was in contact with the tip inclined portion. However, the present invention is not limited to this embodiment, and even when the drawer portion 1 is stored in the storage portion 2, the load is always applied with the connecting portion 4b interposed between the holding portion of the leaf spring 8 and the connecting portion 5b. Embodiments that continue to be applied are also included.

  That is, in the above-described embodiment, when the drawer portion 1 is stored, the connecting portion 4b is pulled out from between the leaf spring 8 and the connecting portion 5b, whereas according to this embodiment, the drawer portion 1 is stored. That is, even when both arms are folded, this means that the holding portion of the leaf spring 8 and the connecting portion 5b continue to apply a load with the connecting portion 4b interposed therebetween. Therefore, both folded arms can be fixed by a method different from the above embodiment in which the leaf spring 8 sandwiches the connecting portion 4b of the drawer portion side arm 4 even during storage.

[c] Further, the leaf spring 8 used in the above-described embodiment is configured such that the end portion of the leaf spring 8 is bent in a V shape and the connecting portion 4b rotated by the holding portion and the connecting portion 5b is sandwiched. However, the present invention is not limited to this, and includes a configuration in which the end of the leaf spring 8 is simply warped upward. Therefore, in the above-described embodiment, the connecting portion 4b is fixed by the sandwiching portion that is the apex portion of the leaf spring 8 bent into a V-shape. According to this configuration, the connecting portion 4b is connected from the warped end portion. The connecting portion 4b can be fixed by sandwiching the portion 4b and using the sandwiching surface of the leaf spring 8.

[d] Further, the present invention is not limited to the embodiment in which the leaf spring 8 as an elastic member is fixed to the arm portion 5a of the storage portion side arm 5 and the connecting portion 4b of the lead portion side arm 4 is sandwiched therebetween. In addition, an embodiment in which the leaf spring 8 is fixed to the drawer portion side arm 4 and the connection 5b of the storage portion side arm 5 is sandwiched is also included.

[e] Further, according to the above-described embodiment, one end of the storage unit side arm 5 is rotatably attached to the inner surface of the storage unit 2 where the drawer unit 1 is stored. Includes an embodiment having a configuration in which it is rotatably attached to the outlet of the drawer portion 1 of the storage portion 2. That is, one end of the storage unit side arm 5 is installed at the outlet of the storage unit 2 and one end of the connected drawer side arm 4 is attached to the back surface of the extraction unit 1, so that both arms are extended during storage. When pulling out, both arms will be folded.

  Specifically, considering the case where the drawer 1 is pulled out from the storage 2, first, when the drawer 1 is pulled out from the storage 2, the drawn-out side arm 4 and the storage-side arm 5 that have been stretched are pinned. Bending around 6 as an axis. Correspondingly, the connecting portion 4b of the drawing portion side arm 4 sandwiched between the sandwiching portion of the leaf spring 8 and the connecting portion 5b of the storage portion side arm 5 is pulled out from between the leaf spring 8 and the connecting portion 5b. To go.

  Here, when the user determines the pulling position before completely pulling out the pulling portion 1, the connecting portion 4 b of the pulling portion side arm 4 is accommodated with the holding portion of the leaf spring 8 at the position where both the arms are bent. It latches by being pinched by the connection part 5b of the part side arm 5. FIG. Thereby, also in the drawer position determined freely, the drawer part 1 can be fixed in a stable state. Therefore, it is possible to provide a drawer device with high vibration resistance that does not return in the closing direction even when the drawer part 1 is pulled out of the storage part 2.

  Further, when both arms are completely folded around the pin 6, the sandwiched connecting portion 4 b is completely pulled out from the leaf spring 8 and the connecting portion 5 b of the storage portion side arm, and the leaf spring 8 warps upward. The leading portion side arm 4 and the storage portion side arm 5 are fixed by contacting the outer periphery of the connecting portion 4b to the tip inclined portion. Therefore, even when the drawer is completely pulled forward, it is possible to maintain a stable state in which the drawer does not return in the closing direction.

  On the other hand, considering the case in which the drawn-out drawer 1 is stored in the storage part 2, first, the drawer part 1 is pushed into the storage part 2, which is a folded-out drawer part side arm 4 and storage part side arm 5. Means that the pin 6 is bent about the axis and gradually stretched. Here, from the state where the tip inclined portion of the leaf spring 8 fixed to the end of the arm portion 5b of the storage portion side arm 5 is fixed so as to be in contact with the outer periphery of the connecting portion 4b of the drawing portion side arm 4, the guide portion As a result, the connecting portion 4b is gradually sandwiched and a load is applied from the holding portion to the surface of the connecting portion 4b.

  When the user determines the pull-out position before fully pulling out the pull-out portion 1, the connecting portion 4 b of the pull-out portion side arm 4 is the holding portion of the leaf spring 8 at the position where both arms take an extended angle. And the connecting portion 5b of the storage portion side arm 5 to be locked. Therefore, the drawer portion 1 can be fixed in a stable state even at a freely determined storage position. Therefore, it is possible to provide a drawer device with high vibration resistance.

  Even in a state where the drawer portion 1 is completely stored, that is, in a state where the drawer portion side arm 4 and the storage portion side arm 5 are stretched so as to be aligned in a straight line, of course, the sandwiching portion of the leaf spring 8 and the storage portion side arm The drawing portion 1 is locked by sandwiching the connecting portion 4 b of the drawing portion side arm 4 with the five connecting portions 5 b. Thereby, the drawer | drawing-out part 1 is not pulled out from the accommodating part 2, but can hold | maintain the stable accommodation state.

The top view which shows the whole structure of this invention. The top view which shows a drawer | drawer arm part. A side view showing a drawer arm part. The top view which shows the time of drawer | drawing-out of this invention. The top view which shows the time of accommodation of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Drawer part 1a ... Drawer part rail 2 ... Storage part 2a ... Storage part rail 3 ... Drawer arm part 4 ... Drawer side arm 4a ... Arm part 4b ... Connection part 4c ... Side wall part 5 ... Storage part side arm 5a ... Arm Part 5b ... Connection part 5c ... Side wall part 6 ... Pin 7 ... Cable 8 ... Leaf spring 9 ... Cable holder

Claims (4)

A storage portion and a drawer portion supported so as to be freely pulled out from the storage portion;
A storage-unit-side arm that is configured by a flat plate-like member and has a base end rotatably attached to the storage unit;
A drawer portion side arm, which is composed of a flat plate member and whose base end is rotatably attached to the drawer portion;
The distal ends of the storage unit side arm and the drawer unit side arm are pivotally connected, and the storage unit side arm and the drawer unit side arm are folded in two in either the storage state or the extraction state of the drawer unit. It becomes a bent angle, and is configured such that, in the other of the storage state and the drawer state of the drawer portion, the storage portion side arm and the drawer portion side arm are extended.
The base of the leaf spring is fixed to be overlapped on the surface of one of the storage portion side arm and the extraction portion side arm made of a flat plate member, and the tip of the leaf spring is elastic on the surface of the other arm Pulling device characterized in that the angles of both arms are maintained by contact with each other . The tip of the leaf spring is bent in a V shape, the apex portion of the V shape is a contact portion with the other arm surface, and the inclined portion of the V shape is fixed to the leaf spring. The drawing device according to claim 1 , wherein the drawing device is a guide portion when the other arm enters between the one arm. The storage unit side arm and the drawer unit side arm are configured by a U-shaped member having an edge that rises on both sides, and the inside of the U-shaped member serves as a cable wiring unit. drawing device according to claim 1 or 2, characterized in that there. In the U-shaped storage unit side arm and the extraction unit side arm, a cutout portion having a lower edge than the other portion is formed on at least one of the edges raised on both sides. The drawing device according to claim 3 , wherein the portion is a locking portion of a band for binding the cable and the arm in the wiring portion.

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