JP2020193506A - Moving device - Google Patents

Abstract

To provide a moving device capable of easily mounting a cable on a carrier plate.SOLUTION: In a carrier plate 20 of a moving device 10, a first cable end storage part 23 and a second cable end storage part 24 each forms storage spaces 23a and 24a that allow a position of cable ends 41a and 42a to be adjusted in a thickness direction Z. A first cable 41 and a second cable 42 each extends towards opposite sides from the carrier plate 20, and are arranged along a guide rail 30 without the first cable 41 extending from a first cable extension port 23b of the first cable end storage part 23 towards a second cable extension port 24b side of the second cable end storage part 24 intersecting with the second cable 42 extending from the second cable extension port 24b towards the first cable extension port 23b side.SELECTED DRAWING: Figure 2

Description

The present invention relates to a mobile device.

A window regulator that raises and lowers the window glass is used to open and close the window of the vehicle (see, for example, Patent Document 1).
In the wind regulator shown in Patent Document 1, the end holder for locking the ascending cable and the descending cable has a locking hole parallel to each other for accommodating a nipple provided at the end of each cable and a locking hole. It is provided with a cable introduction groove for accommodating the nipple and a guide groove for guiding the cable extending from the nipple stored in the locking hole by bypassing the locking hole of the nipple on the opposite side.

JP-A-2002-36871

However, in the conventional configuration, it is necessary to insert the ascending cable and the descending cable into the introduction groove and the guide groove for preventing the ascending cable and the descending cable from intersecting with each other. It is necessary to insert from the introduction groove so as not to damage the guide groove, which takes time.
An object of the present invention is to provide a mobile device in which a cable can be easily attached to a carrier plate.

Hereinafter, a plurality of aspects will be described as means for solving the problem. These aspects can be arbitrarily combined as needed.

The seemingly moving device of the present invention is a moving device including a drive unit, a carrier plate, a cable connecting the drive unit and the carrier plate, and a guide rail for guiding the carrier plate. It has one cable and a second cable. The carrier plate includes a first cable end storage portion and a second cable end storage portion that can store the cable end of the cable. The first cable end accommodating portion and the second cable end accommodating portion each form an accommodating space in which the cable end can be adjusted in position in the thickness direction. The first cable end accommodating portion has a first cable extension / outlet provided along the thickness direction. The second cable end accommodating portion has a second cable extension / outlet provided along the thickness direction. The first cable and the second cable extend from the carrier plate to the opposite sides, extend from the first cable extension and extend to the second cable extension, and extend from the first cable and the second cable extension. 1 The cable is laid out along the guide rail without intersecting with the second cable extending to the cable extension / outlet side.

Thereby, in each of the first cable end storage portion and the second cable end storage portion, the position of each cable end with respect to the carrier plate can be moved in the thickness direction of the carrier plate. Therefore, by making the position of the cable end in the first cable end storage portion and the position of the cable end in the second cable end storage portion different in the thickness direction, the first cable and the second cable can be easily crossed in the side view. It is possible to route without doing anything.

Further, the moving device may further include a first cable guide unit and a second cable guide unit. The first cable guide unit guides the first cable extended from the first cable extension / outlet of the first cable end storage unit to the second cable end storage unit side. The second cable extended from the second cable extension outlet of the second cable end storage portion is guided to the first cable end storage portion side. The first cable guide portion and the second cable guide portion are formed between the first cable extension / outlet of the first cable end storage portion and the second cable extension / outlet of the second cable end storage portion.

As a result, the first cable is guided from the first cable end storage portion to the second cable end storage portion along the first cable guide portion, and the second cable is guided along the second cable guide portion to the second cable. It is possible to guide from the end storage portion to the first cable end storage portion side. The first cable is guided toward the second cable end accommodating portion by the first cable guide portion, and can be guided in the direction in which the guide rail extends. Further, the second cable is guided toward the first cable end accommodating portion by the second cable guide portion, and can be guided in the direction in which the guide rail extends.

Further, the first cable guide portion is formed so as to move away from the line connecting the first cable end storage portion and the second cable end storage portion toward the second cable end storage portion from the first cable end storage portion. May be good. The second cable guide portion may be formed so as to move away from the line connecting the first cable end storage portion and the second cable end storage portion toward the first cable end storage portion from the second cable end storage portion. ..

As a result, the cable can be smoothly guided to the outside of the carrier plate from the cable ends arranged in each of the first cable end storage portion and the second cable end storage portion.

In addition, the carrier plate applies tension to the cable so that it can be moved by driving the drive unit, so that the cable end of the first cable and the cable end of the second cable are the first cable end storage unit and the second cable, respectively. It may be fixed to the cable end storage part.
As a result, the cable end of the first cable is fixed in the first cable end storage part by the tension of the cable and the friction between the cable end and the cable end storage part, and the cable end of the second cable is fixed in the second cable end storage part. Can be fixed with. Since each cable end can be locked to the carrier plate by frictional force due to the tension of the cable, it is easy to attach to the carrier plate.

According to the present invention, it is possible to provide a moving device in which a cable can be easily attached to a carrier plate.

The front view which shows the wind regulator of the embodiment which concerns on this invention. An enlarged view of the carrier plate 20 of FIG. (A) Front view of the carrier plate of FIG. 2, (b) Rear view of the carrier plate of FIG. 3 (a). FIG. 3A is a schematic side view of the carrier plate of FIG. 3A. The view which looked at the moving device of FIG. 1 from the front side. The figure for demonstrating the attachment of a cable to a carrier plate.

Hereinafter, embodiments according to the present invention will be described with reference to the drawings.

(Overview of mobile device)
The moving device according to the present embodiment winds and unwinds the cable by the driving force of the driving unit, transmits the driving force to the carrier plate via the cable, and moves the moving object attached to the carrier plate. ..

FIG. 1 is a diagram showing a configuration of a mobile device 10. The moving device 10 of the present embodiment is, for example, a window regulator attached to a vehicle door, and the moving object 100 is, for example, a window glass. The moving device is not limited to the wind regulator, and may be a lift of a gantry that moves up and down.

FIG. 1 is a diagram showing a wind regulator installed on a front door of a vehicle or the like. For convenience, the right direction of the paper surface is defined as the front, the left direction is the rear direction, and the vertical direction of the paper surface is the vertical direction. Similarly, the front side of the paper surface is the outside direction of the vehicle, and the depth side of the paper surface is the inside direction of the vehicle.
The moving device 10 of the present embodiment includes a carrier plate 20, a guide rail 30, a cable 40, and a drive unit 50. The cable 40 connects the drive unit 50 and the carrier plate 20. The guide rail 30 guides the carrier plate 20.

(Carrier plate 20)
The carrier plate 20 is attached to the moving object 100. The carrier plate 20 is moved by the driving force of the driving unit 50 transmitted via the cable 40. The carrier plate 20 moves along the guide rail 30. Here, the length direction G of the guide rail 30 (which can also be said to be the direction along the guide rail 30) is shown. Further, in the length direction G, the upward direction is indicated by G1 and the downward direction is indicated by G2.

Two carrier plates 20 may be provided so as to be separated from each other. The carrier plate 20 is arranged in a direction substantially perpendicular to the moving direction of the moving object 100. By fixing the moving object 100 with two carrier plates 20 arranged substantially perpendicular to the moving direction, the moving object 100 can be moved stably. The number of carrier plates 20 can be provided in a number corresponding to the guide rails 30.

The moving object 100 is fixed to the carrier plate 20 of the present embodiment. Since the moving device 10 shown in FIG. 1 is a sashless type wind regulator, two carrier plates 20 are provided in parallel in the front-rear direction at predetermined intervals, but the present invention is not limited to this, and for example, one carrier plate 20 is provided. It may be provided only. When it is necessary to distinguish between the two carrier plates 20, the rear carrier plate 20 shown in FIG. 1 is shown as 20a, and the front carrier plate 20 is shown as 20b. Further, when it is necessary to distinguish and explain the two guide rails 30 arranged substantially in the vertical direction with respect to each of the two carrier plates 20, the rear guide rail 30 shown in FIG. 1 is shown as 30a. , The front guide rail 30 is shown as 30b.
The configuration of the carrier plate 20 is not limited to the configuration of the present embodiment, and the shape may differ depending on the moving object 100.

FIG. 2 is an enlarged view of the carrier plate 20. The carrier plate 20 includes a locking portion 21, a fixing portion 22, a first cable end storage portion 23, a second cable end storage portion 24, a first cable guide portion 25, a second cable guide portion 26, and the like. have.

FIG. 3A is a front view of the carrier plate 20b, and FIG. 3B is a back view of the carrier plate 20b. Since the carrier plate 20b and the carrier plate 20a are configured to be horizontally inverted from each other, the carrier plate 20b will be used for description.

The locking portion 21 engages with the guide rail 30 in the width direction of the guide rail 30 (the front-rear direction shown in FIG. 1 substantially coincides with each other) and slides in the direction (direction G) along the guide rail 30.
The fixing portion 22 fixes the moving object 100. When the moving object 100 (indicated by the dotted line) is a window glass, as shown in FIG. 1, the fixing portion 22 fixes the moving object 100 via the glass holder 70. In addition, in FIG. 3A and FIG. 3B, the glass holder 70 is removed from the carrier plate 20. Further, the fixing portion 22 may be directly connected to the moving object 100.

As shown in FIG. 2, the cable 40 has a first cable 41 and a second cable 42. The cable end 41a of the first cable 41 and the cable end 42a of the second cable 42 are locked to the carrier plate 20. In the present embodiment, the cable end 41a and the cable end 42a have a substantially cylindrical shape, but the present invention is not limited to this, and at least at the edges of the first cable extension port 23b and the second cable extension port 24b, which will be described later, respectively. It suffices to have a locking portion that can be locked.

The cable end 41a of the first cable 41 is stored in the first cable end storage unit 23. The cable end 42a of the second cable 42 is stored in the second cable end storage unit 24. The inside-out direction described in FIG. 1 corresponds to the thickness direction of the carrier plate 20, and the thickness direction is shown as Z in FIG. Further, the direction inside the vehicle is indicated by Z1, and the direction outside the vehicle is indicated by Z2.
The first cable end storage portion 23 and the second cable end storage portion 24 form storage spaces 23a and 24a in which the cable ends 41a and 42a can be adjusted in position in the thickness direction Z, respectively. The storage spaces 23a and 24a have lengths capable of adjusting the positions of the cable ends 41a and 42a in the thickness direction Z. The positions of the cable ends 41a and 42a in the storage spaces 23a and 24a are adjusted so that the cables do not interfere with each other and the extending direction of the cable passed between the carrier plate and the direction changing member is appropriate. To. In the present embodiment, the storage spaces 23a and 24a are formed in a substantially columnar shape, but since it is sufficient that the cable ends 41a and 42a can be stored, a shape corresponding to the shapes of the cable ends 41a and 42a, for example, the cable end 41a , 42a can be appropriately changed to a quadrangular prism or the like. Further, in the present embodiment, the storage spaces 23a and 24a are formed along the thickness direction Z, but the positions of the cable ends 41a and 42a in the thickness direction Z may be adjustable, for example, the thickness direction Z. It may be formed diagonally with respect to.

Further, as shown in FIGS. 3A and 3B, the storage spaces 23a and 24a penetrate the carrier plate 20 in the thickness direction Z and have openings at both ends in the thickness direction Z. However, in order to insert the cable ends 41a and 42a, it is sufficient that an opening is provided in at least one of them. Further, if at least the opening on the opposite side of the guide rail 30 is provided, the cable ends 41a and 42a can be inserted into the storage spaces 23a and 24a with the carrier plate 20 attached to the guide rail 30, so that the cable can be assembled. More preferable from the viewpoint.

In the present embodiment, the first cable end accommodating portion 23 and the second cable end accommodating portion 24 are formed on the side surface 27a side of the carrier plate 20 along the guide rail 30. The side surface 27a is inside the carrier plate 20 without particular limitation.
In the present embodiment, for example, as shown in FIG. 2, the first cable end accommodating portion 23 is formed above the second cable end accommodating portion 24.

The first cable end accommodating portion 23 has a first cable extension port 23b provided along the thickness direction Z. The first cable extension port 23b is an opening in which the first cable 41 in which the cable end 41a is stored in the storage space 23a extends outward from the storage space 23a.
The second cable end accommodating portion 24 has a second cable extension outlet 24b provided along the thickness direction Z. The second cable extension outlet 24b is an opening in which the second cable 42 in which the cable end 42a is stored in the storage space 24a extends outward from the storage space 24a.
In the present embodiment, the first cable extension port 23b and the second cable extension port 24b are formed over the entire thickness direction Z as shown in FIGS. 3A and 3B. As long as the first cable 41 and the second cable 42 can be extended, they may be formed only in a part of the thickness direction Z.

FIG. 4 is a schematic side view of the carrier plate 20 as viewed from the side surface 27a side. As shown in FIG. 4, the first cable 41 and the second cable 42 extend from the carrier plate 20 on opposite sides, respectively. In FIG. 4, the first cable 41 extends in the downward direction G2, and the second cable 42 extends in the upward direction G1.

Further, the first cable 41 extending from the first cable extension 23b and extending to the second cable extension 24b side, and the second cable 42 extending from the second cable extension 24b and extending to the first cable extension 23b side. The cables are arranged along the guide rail 30 without intersecting with each other. In FIG. 4, the position of the cable end 41a in the storage space 23a and the position of the cable end 42a in the storage space 24a are different in the thickness direction Z. The position of the cable end 42a is arranged closer to the surface 27b of the carrier plate 20 on the guide rail 30 side, and the position of the cable end 41a is arranged closer to the surface 27c of the carrier plate 20 on the side opposite to the guide rail 30. .. The first cable 41 is laid out from the cable end 41a in the downward direction G2 along the guide rail 30. Further, the second cable 42 is arranged from the cable end 42a in the upward direction G1 along the guide rail 30. The first cable 41 is arranged on the surface 27c side of the second cable 42, and is arranged so that the first cable 41 and the second cable 42 do not intersect in a side view.
As a result, the first cable 41 and the second cable 42 are arranged without intersecting each other in the side view of the carrier plate 20.
The first cable 41 may be arranged closer to the guide rail 30 than the second cable 42. Further, in detail, the extension position P1 of the first cable 41 from the cable end 41a and the extension position P2 of the second cable 42 from the cable end 42a need to be different at least in the thickness direction Z, and the cable end. The 41a and the cable end 42a may partially overlap in the thickness direction Z.

Further, as shown in FIG. 2, the first cable guide portion 25 extends the first cable 41 extending from the first cable extension outlet 23b of the first cable end storage portion 23 to the second cable end storage portion 24 side. invite. The second cable guide unit 26 guides the second cable 42 extending from the second cable extension outlet 24b of the second cable end storage unit 24 to the first cable end storage unit 23 side.
For example, the first cable guide portion 25 guides the first cable 41 in which the cable end 41a is housed in the first cable end storage portion 23 to the downward G2 side, which is the side of the second cable end storage portion 24. Further, the second cable 42 in which the cable end 42a is housed in the second cable end storage part 24 is guided by the second cable guide part 26 to the upward G1 side which is the side of the first cable end storage part 23.

As shown in FIGS. 2 and 3A, the first cable guide portion 25 and the second cable guide portion 26 are the first cable extension port 23b and the second cable end storage portion 24 of the first cable end storage portion 23. It is formed between the second cable extension outlets 24b of the above.

The first cable guide portion 25 is a guide groove that guides the first cable 41 to the outside of the carrier plate 20. As shown in FIG. 3A, for example, the first cable guide portion 25 is formed obliquely downward from the first cable extension outlet 23b toward the side surface 27a. The first cable 41 extending from the first cable extension port 23b of the first cable end accommodating portion 23 is one of both side surfaces 25a and 25b (side surfaces along the thickness direction) of the first cable guide portion 25. The cables are arranged while contacting both, and are guided to the second cable end storage portion 24 side.

The second cable guide portion 26 is a guide groove that guides the second cable 42 to the outside of the carrier plate 20. The second cable guide portion 26 is formed, for example, diagonally upward from the second cable extension outlet 24b toward the side surface 27a. The second cable 42 extending from the second cable extension outlet 24b of the second cable end accommodating portion 24 is either one of the side surfaces 26a and 26b (side surfaces along the thickness direction) of the second cable guide portion 26. The cables are arranged while contacting both of them, and are guided to the first cable end storage portion 23 side.

The shape of the first cable guide portion 25 is not particularly limited as long as the first cable 41 can be guided to the second cable end storage portion 24 side. Similarly, the shape of the second cable guide portion 26 is not particularly limited as long as the second cable 42 can be guided to the side of the first cable end accommodating portion 23.

Further, at the time of manufacturing, it is preferable that the first cable guide portion 25 and the second cable guide portion 26 are formed in a groove shape because it is easy for the cables to follow, but after arranging, the position of the cable is determined by the tension of the cable. Is fixed, it does not need to be a groove, and it is sufficient if it can be guided to the outside of the carrier plate 20. For example, of the side surfaces 25a and 25b of the first cable guide portion 25, only the inner side surface 25b may be provided. Similarly, of the side surfaces 26a and 26b of the second cable guide portion 26, only the inner side surface 26b may be provided.

The first cable guide portion 25 is formed so as to move from the first cable end storage portion 23 toward the second cable end storage portion 24 and away from the line connecting the first cable end storage portion 23 and the second cable end storage portion 24. Has been done.

In the specific example shown in FIG. 3A, assuming that the line connecting the first cable end storage portion 23 and the second cable end storage portion 24 is L1, in the carrier plate 20b, the first cable guide portion 25 is the downward G2. It is formed so as to be separated from the line L1 in the rear direction from the first cable end accommodating portion 23 toward the second cable end accommodating portion 24 along the line L1. On the other hand, the second cable guide portion 26 is formed so as to be separated from the line L1 in the rear direction from the second cable end accommodating portion 24 toward the first cable end accommodating portion 23 along the upward direction G1.

In the carrier plate 20a, the first cable guide portion 25 is formed so as to be separated from the line L1 in the forward direction from the first cable end accommodating portion 23 toward the second cable end accommodating portion 24 along the downward G2. Has been done. Further, the second cable guide portion 26 is formed so as to be separated from the line L1 in the rear direction from the second cable end accommodating portion 24 toward the first cable end accommodating portion 23 along the upward direction G1. Thereby, the first cable 41 and the second cable 42 can be extended to the outside from the carrier plate 20.
The first cable guide section 25 and the second cable guide section 26 guide the first cable 41 and the second cable 42, respectively. The first cable guide portion 25 and the second cable guide portion 26 extend from the first cable end 41a and the second cable end 42a housed in the first cable end storage portion 23 and the second cable end storage portion 24, respectively. It abuts and guides the area near the end of the cable. The first cable guide portion 25 and the second cable guide portion 26 have contact walls (both side surfaces 25b and 26b in the present embodiment) that come into contact with the region near the ends of the first cable 41 and the second cable 42. The contact wall is provided as a surface substantially parallel to the first cable end storage portion 23 and the second cable end storage portion 24, respectively. As shown in FIG. 2 and the like, the contact wall is provided as a curved surface that is convex in a direction that includes the width direction of the guide rail 30 (the direction perpendicular to the direction G and the direction Z) as a component. .. By providing such a curved surface, the tension applied to the cable 40 suppresses the movement of the cable 40 due to the frictional force generated between the curved surface and the cable 40, and eventually the first cable end 41a and the second cable. The movement of the position with the end 42a can be suppressed. Further, when the first cable 41 and the second cable 42 come into contact with the curved surface, the carrier plate 20 includes a force including the width direction of the guide rail 30 as a directional component in the first cable 41 and the second cable 42. Receive from. When the carrier plate 20 receives a force from the first cable 41 and the second cable 42 that includes the width direction of the guide rail 30 as a directional component, the carrier plate 20 slides extending in the length direction provided on the guide rail 30. Since it comes into contact with the portion and moves along the length direction of the guide rail 30 while sliding with the sliding portion, the moving object 100 can be stably moved.

Further, the carrier plate 20 applies tension to the cable 40 so as to be movable by driving the drive unit 50, so that the cable end 41a of the first cable 41 and the cable end 42a of the second cable 42 are first. It is fixed to the cable end storage portion 23 and the second cable end storage portion 24.
As will be described in detail later, the direction of the first cable 41 extending downward is changed upward by the direction changing unit 60d and is connected to the driving unit 50. Further, the direction of the second cable 42 extending upward is changed downward by the direction changing portion 60c and connected to the carrier plate 20a, and the carrier plate 20a and the driving portion 50 are connected by another third cable 43. ..

Therefore, when the drive unit 50 is driven, tension is generated in the first cable 41 and the second cable 42, and as shown in FIG. 4, the first cable end 41a is pressed against the side surface of the storage space 23a in the T1 direction. The position in the storage space 23a can be fixed, and the position in the storage space 24a can be fixed by pressing the second cable end 42a against the side surface of the storage space 24a in the T2 direction.
Further, the position of the first cable end 41a is fixed by the friction between the first cable end 41a and the side surface of the storage space 23a, and the second cable end 42a is also fixed by the friction between the second cable end 42a and the side surface of the storage space 24a. The position of is fixed.

Here, FIG. 5 is a view of the moving device 10 as viewed from the front side. In FIG. 5, the guide rail 30b and the carrier plate 20b are shown.
As shown in FIG. 5, the guide rail 30b is curved and arranged on the vehicle body. Therefore, as shown in FIG. 4, the first cable 41 is not arranged in the direction perpendicular to the thickness direction Z of the carrier plate 20, and the guide rail 30 is more than the direction perpendicular to the thickness direction Z. The cables are laid out at an angle to the side (see arrow T1). As a result, friction between the first cable end 41a and the storage space 23a is generated more, and the position of the first cable end 41a in the storage space 23a can be fixed. Similarly, the second cable 42 is not arranged in the direction perpendicular to the thickness direction Z of the carrier plate 20, and is arranged so as to be inclined toward the guide rail 30 side from the direction perpendicular to the thickness direction Z. It is being searched (see arrow T2). As a result, friction between the second cable end 42a and the storage space 24a is generated more, and the position of the second cable end 42a in the storage space 24a can be fixed.

When attaching the first cable 41 and the second cable 42 to the carrier plate 20, as shown in FIG. 6, the cable end 42a of the second cable 42 is Z1 in the storage space 24a of the second cable end storage portion 24. While inserting along the direction, the second cable 42 is inserted into the second cable guide portion 26. Next, the cable end 41a of the first cable 41 is inserted into the storage space 23a of the first cable end storage portion 23 along the Z1 direction, and the first cable 41 is inserted into the first cable guide portion 25.
This allows two cables to be placed on the carrier plate 20.

Hereinafter, specific examples of other configurations will be described.
(Guide rail)
The guide rail 30 guides the carrier plate 20. The guide rail 30 is arranged substantially along the direction in which the moving object 100 is moved.

Two guide rails 30 may be provided so as to be separated from each other so that their relative positions can be changed. The two guide rails 30 are provided apart from each other in the width direction (left-right direction in FIG. 1). By making it possible to change the relative positions of the two guide rails 30, the positions of the guide rails 30 can be adjusted when the two guide rails 30 are attached to an object to be attached (for example, a vehicle). The guide rail 30 can be fixed to the object to be attached with a fastening member such as a bolt, and at that time, the relative positions of the guide rails 30 are adjusted. The inside-out direction in FIG. 1 corresponds to the thickness direction of the guide rail 30.

The guide rail 30 guides the carrier plate 20 along the length direction G of the guide rail 30. Further, in the example shown in FIG. 1, since the guide rail 30 is a sashless type wind regulator, two guide rails 30 are provided in parallel in the front-rear direction with a predetermined interval, but the guide rail 30 is not limited to this, and for example, one. It may be provided only.
The two guide rails 30 are fixed to the door of a vehicle, which is an example of an object to be attached, and are arranged apart from each other. The guide rail 30 has a locked portion that engages with the locking portion 21 of the carrier plate 20.

(cable)
The cable 40 is connected to the carrier plate 20. The cable 40 connects the carrier plate 20 and the drive unit 50. The cable 40 is a cord-like body made of, for example, a metal wire.
The cable 40 is wound and unwound by the drive unit 50. When the drive unit 50 is driven to wind and unwind the cable 40, the carrier plate 20 to which the cable 40 is connected moves along the guide rail 30.
The cable 40 has at least two cables. In the present embodiment, since the two carrier plates 20 are provided, the cable 40 has three cables, but when the sash is provided, the guide rail 30 and the carrier plate 20 are provided. One cable may be provided, and two cables connecting the carrier plate 20 and the drive unit 50 may be provided.

In the present embodiment, the cable 40 has a first cable 41 which is a lowering cable, a second cable 42 which is an intermediate cable, and a third cable 43 which is an ascending cable. The first cable 41, the second cable 42, and the third cable 43 are driven by being changed in the extending direction by a total of four direction changing portions 60 provided at the upper and lower portions of the two guide rails 30. It is connected to the portion 50 and the carrier plate 20. The direction changing portion 60 is not particularly limited as long as the direction of the cable 40 can be changed.

The direction changing portion 60 includes a direction changing member 61 and a support member 62 for supporting the direction changing member. The direction changing member 61 changes the extending direction of the cable 40. The support member 62 is fixed to the guide rail 30 and supports the direction changing member 61 so as to be able to change the extending direction of the cable 40. The direction changing member 61 is, for example, a pulley. The cable 40 is wound around the direction changing member 61, and its extending direction is changed.

When it is necessary to distinguish and explain the four direction changing portions 60, the direction changing portion 60, the direction changing member 61, and the support member 62 at the upper part of the rear guide rail 30a shown in FIG. 1 are referred to as 60a, 61a, respectively. It is shown as 62a. The direction change portion 60, the direction change member 61, and the support member 62 at the lower part of the rear guide rail 30a shown in FIG. 1 are referred to as 60b, 61b, and 62b, respectively. The direction change portion 60, the direction change member 61, and the support member 62 at the upper part of the front guide rail 30b shown in FIG. 1 are referred to as 60c, 61c, and 62c, respectively. The direction change portion 60, the direction change member 61, and the support member 62 at the lower part of the front guide rail 30b shown in FIG. 1 are referred to as 60d, 61d, and 62d, respectively.

The third cable 43 is connected to the carrier plate 20a and the drive unit 50. One of the cable ends of the third cable 43 is engaged with the drum member of the drive unit 50, and is wound around the direction change member 61a of the direction change unit 60a on the way, and the other cable end 43a is a carrier plate. Engaged in 20a.
The direction changing unit 60a changes the direction of the third cable 43 extending upward from the end connected to the driving unit 50 downward.

The second cable 42 is connected to the carrier plate 20a and the carrier plate 20b. In the second cable 42, one of the cable ends 42b is engaged with the carrier plate 20a, and in the middle of the second cable 42, the direction changing members 61b and 61c of the direction changing portions 60b and 60c are wound in order, and the other cable end is wound. 42a is engaged with the carrier plate 20b.
The direction changing portion 60b changes the direction of the second cable 42 extending downward from the carrier plate 20a upward. The direction changing section 60c changes the extending direction of the second cable 42, which has been turned upward by the direction changing section 60b, downward.

The first cable 41 is connected to the carrier plate 20b and the drive unit 50. In the first cable 41, one of the cable ends 41a is attached to the carrier plate 20b, and the other cable end (not shown) is wound around the direction changing member 61d of the direction changing portion 60d in the middle of the first cable 41. It is engaged with the drum member of the drive unit 50.
The direction changing portion 60d changes the direction of the first cable 41 extending downward from the carrier plate 20b upward. The end of the first cable 41 whose extending direction is changed upward is connected to the drive unit 50.
In the carrier plate 20b, the second cable 42 and the third cable 43 correspond to an example of the first cable and the second cable of the present invention.

A part of the cable 40 is inserted into the outer casing 45. The outer casing 45 is divided into three parts, and more specifically, the third cable 43 is inserted into the outer casing 45a between the direction changing portion 60a and the driving portion 50. Further, the second cable 42 is inserted into the outer casing 45b between the direction changing portion 60b and the direction changing portion 60c. The first cable 41 is inserted into the outer casing 45c between the direction changing portion 60d and the driving portion 50.

(Drive part)
A cable 40 is connected to the drive unit 50, and the cable 40 is wound and unwound. The drive unit 50 generates a driving force for moving the carrier plate 20. The drive unit 50 includes a motor, a drum member, and a motor housing. The motor generates a driving force. The drum member is rotated by driving a motor. The end of the first cable 41 and the end of the third cable 43 are connected to the drum member so that the cable 40 can be wound and unwound by its rotation. The motor housing houses the motor and the drum member.
In the present embodiment, the drive unit 50 is fixed to the direction change unit 60b, but may be fixed to another place.

(Effects, etc.)
As described above, the positions of the cable ends 41a and 42a can be moved in the thickness direction Z in each of the first cable end storage unit 23 and the second cable end storage unit 24. Therefore, by making the position of the cable end 41a in the first cable end storage portion 23 and the position of the cable end 42a in the second cable end storage portion 24 different in the thickness direction Z, the first cable 41 and the second cable 42 can be separated. , It is possible to easily arrange the cables without crossing them in the side view.

Further, by providing the first cable guide portion 25 and the second cable guide portion 26, the first cable 41 can be moved along the first cable guide portion 25 from the first cable end storage portion 23 to the second cable end storage portion 24. The second cable 42 can be guided to the side, and the second cable 42 can be guided from the second cable end storage portion 24 to the first cable end storage portion 23 side along the second cable guide portion 26.

Further, the first cable guide portion 25 is formed so as to be separated from the line L1 from the first cable end storage portion 23 toward the second cable end storage portion 24 along the downward direction G2, and the second cable guide portion 25 is formed. The portion 26 is formed so as to be separated from the line L1 from the second cable end accommodating portion 24 toward the first cable end accommodating portion 23 along the upward direction G1.

As a result, the first cable 41 and the second cable 42 are smoothly guided to the outside of the carrier plate 20 from the cable ends 41a and 42a arranged in each of the first cable end storage portion 23 and the second cable end storage portion 24. can do.

Further, due to the tension of the cable 40 and the friction between the cable ends 41a and 42a and the first cable end storage portion 23 and the second cable end storage portion 24, the cable end 41a of the first cable 41 is changed to the first cable end storage portion 23. The cable end 42a of the second cable 42 can be fixed inside the second cable end accommodating portion 24.

The mobile device of the present invention has the effect that the cable can be easily attached to the carrier plate, and is useful as, for example, a wind regulator.

10: Moving device 20: Carrier plate 23: First cable end storage unit 23a: Storage space 23b: First cable extension outlet 24: Second cable end storage unit 24a: Storage space 24b: Second cable extension outlet 30: Guide rail 41: 1st cable 42: 2nd cable

Claims (4)

A moving device including a drive unit, a carrier plate, a cable connecting the drive unit and the carrier plate, and a guide rail for guiding the carrier plate.
The cable has a first cable and a second cable.
The carrier plate includes a first cable end storage portion and a second cable end storage portion that can store the cable end of the cable.
The first cable end storage portion and the second cable end storage portion each form a storage space in which the cable end can be adjusted in position in the thickness direction.
The first cable end accommodating portion has a first cable extension / outlet provided along the thickness direction.
The second cable end accommodating portion has a second cable extension / outlet provided along the thickness direction.
The first cable and the second cable are
Extending from the carrier plate to the opposite side
The first cable extending from the first cable extension and extending to the second cable extension side and the second cable extending from the second cable extension and extending to the first cable extension side intersect. Arranged along the guide rail without
Mobile device. A first cable guide portion that guides the first cable extended from the first cable extension outlet of the first cable end storage portion to the second cable end storage portion side, and
Further provided with a second cable guide portion for guiding the second cable extended from the second cable extension outlet of the second cable end storage portion to the first cable end storage portion side.
The first cable guide portion and the second cable guide portion are formed between the first cable extension / outlet of the first cable end storage portion and the second cable extension / outlet of the second cable end storage portion. Yes,
The mobile device according to claim 1. The first cable guide portion is curved so as to move from the first cable end storage portion toward the second cable end storage portion and away from the line connecting the first cable end storage portion and the second cable end storage portion. And
The second cable guide portion is curved so as to move from the second cable end storage portion toward the first cable end storage portion and away from the line connecting the first cable end storage portion and the second cable end storage portion. doing,
The mobile device according to claim 2. By applying tension to the cable so that the carrier plate can be moved by driving the drive unit, the cable end of the first cable and the cable end of the second cable are stored in the first cable end, respectively. Fixed to the part and the second cable end storage part,
The mobile device according to any one of claims 1 to 3.

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