JP6383167B2 - Car slide carrier equipment - Google Patents

Description

  The present invention relates to a slide bed apparatus for an automobile.

  In Patent Document 1, a luggage floor 4 provided so as to close an opening 2c opened on the floor surface of the luggage room 2, and the luggage floor 4 are supported so as to be opened and closed in the vertical direction and slidable in the front and rear direction. It consists of the floor support means 5 and when loading luggage into the luggage room 2 or lowering the luggage loaded in the luggage room 2, the luggage floor 4 is pulled out from the luggage room 2 to the rear. A luggage floor device for an automobile is disclosed, which allows a heavy load to be easily taken in and out of the luggage room 2 because the loading and unloading of the vehicle can be performed without bending down.

  In Patent Document 2, a luggage floor 4 that closes an opening 2b opened in a floor surface 2a on a floor surface 2a of a luggage room 2 provided at a rear portion of the vehicle body 1 is freely slidable in the vertical direction of the vehicle body 1 and in the front-rear direction. It is slidably installed. A pull handle 9 serving as a handle when the luggage floor 4 is swung or slid is provided at the rear end of the luggage floor 4, and the lock release lever constituting the lock means 11 for the floor surface 2 a of the luggage floor 4 is provided on the pull handle 9. 20 were installed. The unlocking lever 20 is a luggage floor device of an automobile that is installed on the pull handle 9 so as to be slidable in the front-rear direction of the vehicle body 1.

  In Patent Document 3, a slide board 71 that is slidable together with the upper rail and has grip portions 72 and 73 formed on the upper surface, and a lock mechanism that is provided on the upper surface of the slide board with the grip portion shifted from the left and right positions are locked. A vehicle slide deck device is disclosed that includes an operation member 80 that is movable to an initial position to be shifted to an unlocking operation position to be shifted to an unlocked state and is urged to move toward the initial position. ing.

JP 2002-87166 A JP 2003-341431 A JP 2010-105603 A

  The luggage floor device for automobiles described in Patent Document 1 is provided in the luggage room 2 so that the luggage floor 4 can be slid forward and backward, so that loading and unloading of luggage can be performed without bending down, but the luggage floor 4 is stored. Since the knobs 10g and 11g of the locking means for locking in the position and the pull-out position are provided on the upper surface of the luggage floor 4, there is a drawback that the luggage to be loaded is blocked and cannot be operated.

In the luggage floor device of an automobile published in Patent Document 2, in Patent Document 1, when performing an opening / closing movement operation or a sliding movement operation of the luggage floor 4, the lock pin 11e is operated by operating the unlocking lever 11i with one hand. It is necessary to operate the pull handle 9 with the other hand while keeping the state pulled out from the lock hole 11g, and it is difficult to operate the luggage floor 4 while holding a load etc. Since this was not possible, it was possible to open / close and / or slide the luggage floor with only one hand of the operator and to provide a luggage floor for automobiles with a small number of parts.

The main part of the device described in Patent Document 3 is a slide board in which a grip part consisting of a recess or a through-hole is formed on the upper surface, and the grip part provided on the slide board with the grip part shifted from the left and right positions. Is a separate operation recess or operation through-hole, and is provided in the operation recess or operation through-hole, and is movable to an initial position for shifting the lock mechanism to the locked state and to the unlocked state, and An operation member that is urged to move toward the initial position, and can operate the operation member with the hand held on the gripping portion, and can be easily released when the slide board is unlocked and moved. Although there is an effect that the automatic locking operation is easily applied, since it is the operation concave portion or the operation through hole, it is impossible to grip the slide board and prevent its movement .

It is necessary to get in the vehicle when taking out the baggage in the back of the luggage compartment during loading and unloading of the baggage loaded on the vehicle. Since the vehicles used are small, the work of the luggage compartment has to bend down and is difficult. The operation is reduced by manually pulling out the slide device. In the market, further improvements in operability, safety and cost are required.
The present invention eliminates the need for an operator to get into the back of the luggage compartment of the vehicle when taking out the load, and does not need to bend in the movement of the load, and the work effort is greatly increased by the smooth movement of the load. The purpose is to reduce the cost, improve the safety of the moving operation, and reduce the cost .

With the rear end facing the vehicle compartment doorway, the base plate placed on the floor of the vehicle compartment and its upper surface are slidable back and forth, and the rear part is projected rearward from the vehicle doorway In the automobile slide carrier apparatus composed of a slide carrier, the base plate is provided from a front base plate part and a rear base plate part that are installed on the floor surface of the passenger compartment and spaced apart from each other at a predetermined interval. is, apart from the required interval in the left and right on the upper surface of the front base plate and the rear base plate, an upper surface, a left upper surface for moving rolling wheel arranged on the left side of the slide bed of the front end, on the right portion of the front end and left the floor rail portion and the right floor rail unit deployed integrally with the bearing surface of the placed right top for moving rolling wheel are respectively formed, it is deployed to the rear base plate, the slide Left stationary for pivotally supporting the stationary rolling wheel spaced apart around the bearing and the left moving U-shaped rail section of the left outer surface of the de-bed, and fitted to the right moves the U-shaped rail portion of the right outer surface slides own resident The left floor rail or the right floor rail in which the rolling wheel shaft support portion and the right stationary rolling wheel shaft support portion and the lock holes for fitting and locking the locking pins are opened at a plurality of positions at predetermined intervals in the front-rear direction. provided from the parts, the slide bed is contour has a desired thickness, are formed in form towards the upper surface thereof is mounting by bed support plate, before Symbol slide bed, the left floor rail unit Alternatively, an automotive slide bed apparatus in which a lock pin device portion facing from the inner side to the inner surface of the right floor surface rail portion where the lock hole is provided and an operation lever device portion connected to the inner surface by a connecting cable are provided. It is in.

The left stationary rolling wheel shaft support portion and the right stationary rolling wheel shaft support portion project from the front and rear ends of the inner surface of the standing wall portion of the L-shaped support plate, and the stationary rolling wheel is rotatably supported on the support shaft, respectively. A plurality of rib plates are passed back and forth between the outer surface of the upright wall portion of the L-shaped support plate and the upper surface of the seat plate portion at a predetermined interval, and the left end portion of the rear base plate seat plate 9a of the rear base plate portion It may be one that is integrally fixed to the right end portion and symmetrically arranged.

It said slide bed is a corresponding portion of said right floor rail portion of the front end, the right floor rail portion left and right sides for left side for moving rolling wheel and the right side surface which connects the lateral movement rotation of right side of the front end of the slide bed provided with wheels is of may be one movement of either side direction is restricted to the right floor rail unit.

The locking pin device portion is provided with a main bearing portion and a spring bearing portion on the top surface of a mounting support plate disposed on the slide bed, and the locking pin is slidable on the main bearing portion and the spring bearing portion. are deployed, between spring of the main bearing portion and the spring receiving bearing portion, one end of the spring is connected to the locking pin, the other end is mounted on the pin lock and connected to the spring bearing portion, that deployed the locking pin is urged in a direction to be fitted to the front kilometers click holes, co equipped with mounting portions for connecting the front end of the inner wire of the interlocking rope to the rear end of the locking pin-shaped front mounting plate is provided integrally with the bent depending portion of the inner side end of the front end portion of the outer wire of the interlocking rope is the mounting支架plate, adjustable from the front end adjustment mounted again and again in the sliding direction of the inner wire Deployed are fixed, those the detachment preventing provided on the end through the front end of the inner wire drawn from the front end of the outer wire in the mounting hole of the mounting portion of the U-shaped front mounting plate to the inner surface of the mounting portion It may be in contact with and connected to the U-shaped front end mounting plate .

The operation lever device portion is provided with a U-shaped rear end mounting portion on the left side of the rear end of the slide carrier, and a rear end adjusting fixture is provided on the U-shaped rear end mounting portion. the rear end portion of the outer wire interlocking rope is pre Symbol mounted for adjustment in the sliding direction of the inner wire, the operating lever of the control lever unit portions whose planar shape is formed in a substantially U-shape, the distal end side from the base portion One of the two divided into two is provided on the inner wire connecting part, the other is provided on the lever part, and the base part is provided on the U-shaped rear end supporting plate part so that the whole can be rotated at a required angle by a supporting shaft. The rear end adjustment fixture is arranged correspondingly to the front, and rearwardly behind the inner wire connection portion on the left side of the load carrier support plate that mounts the U-shaped rear end support plate portion. A left notch with an opening edge is provided, and , Those that the opening edge of the left notch operation hole left support frame gold Ru surrounded passed difference is formed, may be one left handhold operating portion of the lever portion to the operation hole is deployed It is.

The right notch for the trailing edge and the opening edge at the rear end right side portion of the slide bed is provided, and the right hand hanging the right support frame gold Ru surrounded passed difference in the opening edge of the right notch A right hand operating part provided with a hole may be provided.

  The slide bed apparatus for automobiles of the present invention is simple in construction, robust and secures high safety, has a reduced cost, and can be widely used for loading and unloading loads.

  Accordingly, the present invention provides an automobile slide carrier device that can improve operability and provide a wider space for loading the cargo.

  By deploying storage means such as a luggage fall prevention fence, the range of use of the transported goods can be expanded.

  Safety during transportation can be improved by deploying a lashing step such as a rope.

It is a top view in the state where the slide loading platform of the sliding loading platform apparatus for cars of the present invention was stored in the back of the vehicle interior floor. Similarly, it is a top view of the state which pulled out the slide loading platform of the slide loading platform apparatus for cars of the present invention to the maximum extent from the entrance / exit of the passenger compartment. Similarly, it is an expanded sectional view of a slide bed along line AA in FIG. It is an expanded sectional top view of the one-side part which shows the arrangement | positioning state of the slide roller arrange | positioned on both sides of the rear part of the slide loading platform apparatus for motor vehicles of this invention spaced apart back and forth. Similarly, it is an expanded sectional view of the one side part which followed the BB line of FIG. Similarly, it is an enlarged partial side view showing a deployment state of the slide roller in the direction of arrow CC in FIG. It is an expanded sectional view of the pin apparatus part for lock | rock of a slide bed along the DD line of FIG. FIG. 5 is an enlarged partial plan view of a cross-sectional view of a part showing an operation lever device portion in a slide bed. Similarly, it is an expanded partial sectional view of the operating lever device part in the slide bed along the line EE in FIG. Similarly, it is an expanded partial sectional view of the operating lever device part in the slide bed along the FF line of FIG. It is the elements on larger scale of the rear-end part of the inner wire which comprises a connection measure. It is a front view which shows an example of the arrangement | positioning which provided the fence for a fall of a luggage | load to the slide carrier. Similarly, it is a side view showing an example of the implementation of the fall prevention fence. Similarly, it is a top view which shows an example of implementation of the fall prevention fence. It is a front view which shows an example of the implementation which provided the lashing device by the rope of a luggage | load to a slide carrier. Similarly, it is a side view showing an example of implementation of a lashing device. Similarly, it is a side view showing an example of implementation of a lashing device.

With the rear end facing the vehicle compartment doorway, the base plate placed on the floor of the vehicle compartment and its upper surface are slidable back and forth, and the rear part is projected rearward from the vehicle doorway In the automobile slide carrier apparatus composed of a slide carrier, the base plate is provided from a front base plate part and a rear base plate part that are installed on the floor surface of the passenger compartment and spaced apart from each other at a predetermined interval. is, apart from the required interval in the left and right on the upper surface of the front base plate and the rear base plate, an upper surface, a left upper surface for moving rolling wheel arranged on the left side of the slide bed of the front end, on the right portion of the front end and left the floor rail portion and the right floor rail unit deployed integrally with the bearing surface of the placed right top for moving rolling wheel are respectively formed, it is deployed to the rear base plate, the slide Left stationary for pivotally supporting the stationary rolling wheel spaced apart around the bearing and the left moving U-shaped rail section of the left outer surface of the de-bed, and fitted to the right moves the U-shaped rail portion of the right outer surface slides own resident A rolling wheel shaft support portion and a right stationary rolling wheel shaft support portion, and a lock hole for fitting and locking the locking pin in the front-rear direction are provided from the left floor rail portion that is opened at a plurality of positions at predetermined intervals. said slide bed is outer shape having a desired thickness is formed in form towards the upper surface thereof is mounting by bed support plate, before Symbol slide bed, the locking hole of the left floor rail portion is provided A slide loading platform device for an automobile, in which a lock pin device portion facing the inner surface from the inner side and an operation lever device portion connected to the inner surface by a connecting cable are provided.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A description will now be given of an automobile slide carrier apparatus according to the present invention with reference to the embodiments shown in the drawings. The base plate 6 is provided on the floor surface 5 of the passenger compartment 3, and the slide carrier 7 is provided on the upper surface of the base plate 6 so as to be slidable forward and backward and to protrude rearward from the doorway 4 of the passenger compartment 3. .

The base plate 6 includes a front base plate portion 8 and a rear base plate portion 9 which are installed on the floor surface 5 of the passenger compartment 3 with a predetermined interval in the front and rear, and the front base plate portion 8 and the rear base plate portion 9. spaced a predetermined distance in the left and right on the upper surface, the left floor surface to be deployed together with the upper surface 10a1,10b1 are respectively formed on the bearing surface of the left upper surface for moving rolling wheel 22 and the right upper-surface moving roller rings 25 below It consists of a rail portion 10a and a right floor rail portion 10b.

  The front base plate portion 8 includes a front base plate seat plate 8a for attaching the front end portion 10a2 of the left floor rail portion 10a and the front end portion 10b2 of the right floor rail portion 10b to the upper surface, and the left floor rail portion. 10a and an inner side surface 10b21 of the front end portion 10b2 of the right floor rail portion 10b are connected to the left end surface 8b1 and the right end surface 8b2, respectively, and are attached to the front base plate seat plate 8a integrally. It is provided from the reinforcing rectangular tube material 8b.

The rear base plate portion 9 includes a left upper surface mounting portion 9a1 and a right upper surface mounting portion 9a2 for mounting the rear portion 10a3 of the left floor rail portion 10a and the rear portion 10b3 of the right floor rail portion 10b, and the left outer surface of the slide bed 7. a leftwards movement the U-shaped rail section 15a provided in the 7a, the stationary rolling wheel 11, 11 which fitted to the right moving the U-shaped rail section 15b provided on the right outer side surface 7b slidably supported by spaced front and rear pivotally supported The left stationary rolling wheel shaft support portion 9b1 and the right stationary rolling wheel shaft support portion 9b2 are provided at the left end portion 9a3 and the right end portion 9a4 of the rear base plate seat plate 9a .

The left stationary rolling wheel shaft support portion 9b1 and the right stationary rolling wheel shaft support portion 9b2 are arranged at the front and rear ends of the inner surface 12a1 of the standing wall portion 12a of the L-shaped support plate 12, as shown in the enlarged views of FIGS. , 13 projectingly, the stationary rolling wheels 11, 11 are rotatably supported, and the rib plate 12c is moved back and forth on the outer surface 12a2 of the standing wall portion 12a of the L-shaped support plate 12 and the upper surface 12b1 of the seat plate portion 12b. by presence of the required interval passed plurality difference (in the embodiment, three sheets), fixed together at fixing means such as welding to the left end portion 9a3 and the right end portion 9a4 of the rear base plate seat plate 9 a of the rear base plate 9 And deployed symmetrically.

  Lock holes 14 for fitting and locking lock pins 31 (described later) to the base plate 6 and the left floor rail portion 10a are opened at a plurality of positions at predetermined intervals in the front-rear direction.

The slide carrier 7 is formed in a rectangular shape whose outer shape has a required thickness.
A left movable U-shaped rail portion 15a into which the left stationary rolling wheel shaft support portion 9b1 of the rear base plate portion 9 is fitted is inserted in the left outer surface 7a, and a right stationary rolling wheel shaft of the rear base plate portion 9 is disposed in the right outer surface 7b. A right moving U-shaped rail portion 15b for inserting the supporting portion 9b2 is provided, and the slide carrier 7 has a left stationary roll of the base plate 6 in a part of the front and rear length of the left outer surface 7a and the right outer surface 7b of the slide carrier 7. provided slidably back and forth is supported by the wheel shaft bearing 9b1 and the right stationary rolling wheel shaft support 9b2.

The slide carrier 7 has a first front end square tube member 16 and a second front end square tube member 17 separated from each other at the front end 7c in the front-rear direction, and the left inner side surface 15a1 of the left movable U-shaped rail portion 15a and the right side move. The U-shaped rail portion 15b is integrally connected to the right inner side surface 15b1, respectively, and the front surface of the first front end square tube member 16 is provided on the front end surface 7c of the slide cargo bed 7. cross section is integrally connected to a downward U-shape of the rear supporting plate portion 18 is right inner side surface 15b1 of the left inside surface 15a1 and the right moving the U-shaped rail portion 15b of the left moving the U-shaped rail portion 15a, U-shaped the rear surface of the rear supporting plate portion 18 is provided at the end 7 d after the slide pallet 7.

It said slide loading platform 7, the rear surface of the left moving U-shaped rail section 15a and the right moves the U-shaped rail section 15b front surface respectively the second front end corner cylindrical member 17 during, after the rear end surface of each said U-shaped The first vertical square tube member 19 and the second vertical square tube member 20 that are integrally connected to the front surface of the end support plate portion 18 are arranged on the left and right sides at a required interval.

In the middle of the second front end square tubular member 17 and the U-shaped rear end support plate portion 18 of the slide carrier 7, an intermediate square tubular member 21 is moved to the inner side surface 15a1 of the left movable U-shaped rail portion 15a and the right side movement. In the embodiment shown in the drawing, which is integrally connected to the inner side surface 15b1 of the U-shaped rail portion 15b, it is cut at the intersecting portion between the first vertical through-tube member 19 and the second vertical through-tube member 20, The end surfaces thereof are integrally connected to the left and right side surfaces of the first vertical through-tube member 19 and the second vertical through-tube member 20.

The corresponding portion of said left floor rail portion 10a in the front end face of the first front end corner cylindrical member 16, the upper left side for moving driven wheels 22 which roll is provided with an upper surface 10a1 of the left floor rail portion 10a left portion of the front end of the slide pallet 7 is deployed freely sliding back and forth is supported on the left floor rail portion 10a Te.

The corresponding portion of said right floor rail portion 10b of the front end face of the first front end corner cylindrical member 16, opposite to the left side for moving the rolling wheel 23 connected to the left side surface 10b41 of the right floor rail portion 10b right The right-side moving rolling wheel 24 connected to the surface 10b42 is provided , the right-hand side portion of the front end of the slide bed 7 is supported by the right floor rail portion 10b, and the movement in both directions is restricted. the corresponding portion of said right floor rail portion 10b on the rear surface 16, and the right upper-surface transfer upset wheel 25 is provided for rolling the upper surface 10b1 of the right floor rail portion 10b right side of the front end of the slide bed 7 Is supported by the right floor rail portion 10b and is slidable forward and backward.

On the left side of the front side of the slide carrier 7, a locking pin device 26 is provided on the inner surface of the left floor rail 10a of the base plate 6 so as to face from the inner side, and from this, the inner wire 27a and the outer wire 27b. An operating lever device section 28 connected by the connecting cable 27 is arranged on the left side of the rear end of the slide bed 7.

  The locking pin device portion 26 has a main bearing portion 30a on a top surface 29a of a mounting support plate 29 to which front and rear edges are attached to the first front end square tube member 16 and the second front end square tube member 17 of the slide bed 7. A spring bearing portion 30b is provided, and a locking pin 31 is slidably disposed on the main bearing portion 30a and the spring bearing portion 30b, and a spring 32 is interposed between the main bearing portion 30a and the spring bearing portion 30b. One end of the spring 32 is connected to the lock pin 31, the other end is connected to the spring bearing portion 30 b and mounted on the lock pin 31, and the lock pin 31 is fitted in the lock hole 14. Energized and deployed.

A U-shaped front end mounting plate 33 having a mounting portion 33a for connecting the front end portion 27a1 of the inner wire 27a of the connecting wire 27 is integrally provided at the rear end of the locking pin 31, and the outer wire 27b of the connecting wire 27 is provided. The front end portion 27b1 is disposed on the bent hanging portion 29b at the inner side end of the mounting support plate 29 so as to be adjustable in the sliding direction of the inner wire 27a by the front end portion adjusting attachment 34. The front end portion 27a1 of the inner wire 27a drawn from the front end portion 27b1 is passed through the mounting hole 33a1 of the mounting portion 33a of the U-shaped front end mounting plate 33, and a retaining member 35 provided at the end portion is brought into contact with the inner surface of the mounting portion 33a. The U-shaped front end mounting plate 33 is connected.

In the embodiment, as shown in FIG. 8, the operation lever device portion 28 is disposed on the left side of the rear end of the slide bed 7, and has a U-shape with the rear end side surface of the first vertical through-tube member 19 of the slide bed 7. U-shaped rear mounting portion 37 in the corner portion 36 configured by the front end surface of the rear supporting plate portion 18 is deployed, the rear end alignment fixture 38 to the U-shaped rear mounting portion 37 is deployed, A rear end portion 27b2 of the outer wire 27b of the connecting cable 27 is attached to the rear end adjustment fixture 38 so as to be adjustable in the sliding direction of the inner wire 27a.

The operation lever 39 of the operation lever device section 28 has a substantially U-shaped planar shape, one of which is bifurcated from the base portion 39a to the distal end side, and the other is provided on the inner wire connecting portion 39b and the other is provided on the lever portion 39c. The base 39a of the slide carrier 7 is provided on the rear end support plate portion 18 of the U shape so that the base portion 39a can be rotated at a required angle by the support shaft 40 on the left side of the rear end support plate portion 18 of the U shape. The inner wire connecting portion 39b is pivotally supported by a frame 41, and the rear end adjusting attachment 38 is disposed corresponding to the front side, and is located on the left side of the U-shaped rear end supporting plate portion 18 and the loading platform supporting plate 42. the rear left notch 43 to the trailing edge and the opening edge is provided, and the operation hole 45 of the left support frame gold 44 Ru surrounded passed difference is formed in the opening edge of the left notch 43 the left hand of the lever portion 39c to the operation hole 45 Operating unit 39c1 is deployed.

A right hand operating part 46 is provided on the right side of the rear end of the slide carrier 7. The right handle operating portion 46 is provided with a right notch 47 having an opening edge at the rear end edge on the right side of the U-shaped rear end support plate portion 18 and the loading platform support plate 42, and the right cut portion thereof. passed support frame gold 48 is a difference between the opening edge of the out portion 47 right hand Kakeana 49 Ru surrounded by is provided is formed.

  The inner wire 27a of the inner wire connecting portion 39b of the operating lever 39 is attached to the end of the rear end portion 27a2 of the inner wire 27a so that it can be screwed with a screw 51.

The front base plate portion 8 of the base plate 6, catcher 52 is deployed, the catcher 52, the locking gold 53 deployed before the end face of the first front end corner cylindrical member 16 of the slide bed 7 collide The storage position of the slide carrier 7 is set to a predetermined value by closely fitting both. At this retracted position, the locking pin 31 of the locking pin device portion 26 of the slide bed 7 is fitted in correspondence with the lock hole 14 at the foremost end of the left floor rail portion 10a of the base plate 6, and the slide bed 7 Is locked to the base plate 6.

  Since the slide carrier device 1 for an automobile according to the present invention is configured as described above, in the retracted state in which the lock metal 53 of the slide carrier 7 is fitted to the catcher 52 of the base plate 6 as shown in FIG. When a hand is inserted into the operation hole 45 of the lever device 28, the operation lever 39 is gripped with the left support frame 44 as a fulcrum and is rotated about the support shaft 40, the integral inner wire connecting portion 39b is rotated, By pulling and moving the wire 27a in the rotation direction, the locking pin 31 integral with the U-shaped front end portion 33 to which the front end portion 27a1 of the inner wire 27a is connected is compressed out of the coil hole 32 and pulled out from the lock hole 14, and the base plate 6 is pulled out. On the other hand, the lock of the slide carrier 7 is released. Therefore, the slide carrier 7 can be pulled and moved backward while the operation lever 39 is held. When the operation lever 39 is released, the lock pin 31 moves in the locking direction by pulling back the inner wire 27a by the action of the spring 32, and its tip is rubbed against the inner surface of the left floor rail 10a. Then, it falls into the corresponding lock hole 14 and fits, and the slide bed 7 is locked to the base plate 6.

  Since the right hand operating part 46 is arranged on the right side of the rear end of the slide carrier 7, the right hand can be hung on the right support frame 48 of the right hand operating part 46 and the slide carrier 7 can be pulled out rearward.

  Even if the operating lever 39 is accidentally released during the pulling movement of the slide bed 7, the lock pin 31 enters the lock hole 14 that meets the next, and the slide bed 7 stops to avoid danger.

  Since the left support frame 44, the right support frame 48, and the operation lever 39 are provided with a space for the hand to enter from below, the space for loading the luggage can be increased.

  As shown in FIGS. 12 to 14, a fall prevention fence 55 for the load 54 loaded on the slide bed 7 may be provided on the slide bed 7, and the fall prevention fence 55 has a back wall frame portion 56. Are attached to hinges 57a and 57b on the rear end surface of the slide carrier 7, and the left rear lock rod 59a and the right rear lock rod 59b are locked between the left wall frame portion 60 and the right wall frame portion 61 by the operation of the rear lock lever 58. When the door is opened, it falls backward and opens between the left side wall frame part 60 and the right side wall frame part 61, so that loading / unloading of the load 54 onto the slide bed 7 from the rear side of the vehicle 2 is facilitated.

  Similarly, hinges 62a and 62b are attached to the upper rear half of the left wall frame portion 60 and the upper right half of the right wall frame portion 61, and the left rear upper lock rod 64a and the right rear upper lock rod are operated by operating the rear upper lever 63. 64b is slid to be unlocked, and a left rear upper frame part 60a and a right rear upper frame part 61a that can be laid down outward may be provided, and from the side of the vehicle 2 to the slide bed 7 of the luggage 54. Makes loading and unloading easier.

  The fall prevention fence 55 is an example of the embodiment and is not limited to this configuration.

  As shown in FIGS. 15 to 17, a lashing device 66 using a rope 65 of the load 54 may be provided on the upper surface of the slide bed 7 instead of the fall-preventing fence 55.

  The binding device 66 is provided with a front hook 67, an intermediate hook 68, and a rear hook 69 spaced apart from each other on the front and rear and left and right sides of the upper surface and the upper surface of the right edge of the slide carrier 7, respectively. The load 54 placed on the slide carrier 7 is secured by hanging the rope 65 on the part hook 67, the intermediate part hook 68 and the rear part hook 69.

  The securing device 66 is an example of the embodiment and is not limited to this configuration. As for the front hook 67, the intermediate hook 68, and the rear hook 69, appropriate ones are provided at appropriate positions according to the shape, nature, and mode of the load.

  Whether the fall prevention fence 55 or the securing device 66 is provided on the slide carrier 7 is selected as appropriate for the load to be loaded.

  The automobile slide carrier apparatus of the present invention has a simple configuration, is robust, secures high safety, reduces costs, and brings convenience and economic effects to loading and unloading of luggage.

DESCRIPTION OF SYMBOLS 1 Car slide bed apparatus 2 Vehicle 3 Car compartment 4 Entrance / exit 5 Floor surface 6 Base plate 7 Slide load bed 7a Left outer surface 7b Right outer surface 7c Front end 7d Rear end 8 Front base plate portion 8a Front base plate seat plate 8b Front reinforcement angle Cylindrical material 8b1 Left end surface 8b2 Right end surface 9 Rear base plate
9a Rear base plate seat 9a1 Left upper surface mounting portion 9a2 Right upper surface mounting portion
9a3 Left end
9a4 right end portion 9b1 left stationary rolling wheel shaft support 9b2 right stationary rolling wheel shaft bearing 10a Hidariyukamen rail portion 10a1 top 10a2 front portion 10a3 rear 10a41 left side 10a42 right side 10b right floor rail portion 10b1 top 10b2 front portion 10b3 rear 10b41 left side 10b42 right side 11 stationary rolling wheel 12 L-shaped supporting plate 12a the vertical wall 12a1 inner surface 12a2 outer surface 12b seat plate portion 12b1 top 12c rib plates 13 pivot 14 lock hole 15a leftwards movement the U-shaped rail section 15a1 left inner side surface 15b rightwards movement U-shaped rail portion 15b1 right inner side surface 16 first front end angle tube material 17 second front end angle tube material 18 U-shaped rear end support plate portion 19 first vertical angle tube material 20 second vertical angle tube material 21 intermediate angle moving rolling wheel 25 for right for cylindrical member 22 the upper left side moving moving rolling wheel 23 left side rolling wheel 24 right side Surface for moving rolling wheel 26 locking pin device 27 interlocking rope 27a inner wire 27b outer wire 27a1 front end 27a2 rear portion 27b1 front portion 27b2 rear portion 28 the control lever unit 29 mounted支架plate 29a celestial surface 29b bent downwardly extending portion 30a Main bearing portion 30b Spring bearing portion 31 Locking pin 32 Spring 33 U-shaped front end mounting plate 33a Mounting portion 33a1 Mounting hole 34 Front end adjusting attachment 35 Retaining stopper 36 Corner portion 37 C-shaped rear end mounting portion 38 Rear end portion Adjusting fixture 39 Operation lever 39a Base 39b Inner wire connection part 39c Lever part 39c1 Left handle operation part 40 Support shaft 41 Abutment frame 42 Loading platform support plate 43 Left notch part 44 Left support frame 45 Operation hole 46 Right handle Operation part 47 Right notch part 48 Right support frame 49 Right hand hook hole 50 Connection 51 Screw 52 Catcher 53 Lock Gold 54 Luggage 55 Fall Prevention Fence 56 Back Wall Frame 57a Hinge 57b Hinge 58 Back Lock Lever 59a Left Back Lock 杆 59b Right Back Lock 杆 60 Left Side Wall Frame 60a Left Rear Upper Frame 61 Right Wall frame portion 61a Upper right frame portion 62a Hinge 62b Hinge 63 Upper half lock lever 64a Left upper lock rod 64b Right upper lock rod 65 Rope 66 Clamping device 67 Front hook 68 Middle hook 69 Rear hook

Claims (6)

To face the rear end to the entrance 4 of the passenger compartment 3 of the vehicle 2, slidably back and forth on the base plate 6 and its upper surface which is deployed on the floor 5 of the cabin 3, and entrance of the rear passenger compartment 3 in automotive sliding bed apparatus consists of a slide pallet 7 to be freely deployed protrudes from 4 rearward, the base plate 6 is deployed mounted on the floor 5 of the vehicle compartment 3 to be separated a predetermined distance in the longitudinal that is provided from the front base plate 8 and the rear base plate 9 Prefecture, spaced a predetermined distance in the left and right on the upper surface of the front base plate 8 and the rear base plate 9, the upper surface 10A1,10b1, said slide loading platform 7 upper left surface for movement driven wheels 22 disposed on the left side of the front end, the left floor rail unit 10 to be deployed together are respectively formed on the bearing surface of the right upper-surface movement driven wheels 25 disposed on the right side of the front end And a right floor rail portion 10b, is deployed to the rear base plate portion 9, a left moving U-shaped rail portion 15a of the left outer face 7a of the slide bed 7, on the right side moves the U-shaped rail portion 15b of the right outer surface 7b Hamagogakari left stationary rolling wheel shaft support 9b1 and right stationary rolling wheel shaft support 9b2, the locking pin 31 rotatably supporting by a stationary rolling wheel 11, 11 for supporting the slide itself standing in fitted spaced around Locking holes 14 to be stopped are provided from the left floor rail portion 10a or the right floor rail portion 10b which are opened at a plurality of positions at predetermined intervals in the front-rear direction, and the slide carrier 7 has an outer shape having a required thickness. has, formed in form towards the upper surface thereof is mounting by bed support plates 42, before Symbol slide pallet 7, said locking hole 14 of the left floor rail portion 10a or the right floor rail unit 10b Provided inner surface A locking pin device 26 to an opposing inner side, which the automobile slide bed apparatus is operating lever device 28 for interlocking formed by deployed by cooperative search 27. The left stationary rolling wheel shaft support 9b1 and right stationary rolling wheel shaft support 9b2 is a support shaft 13 projecting from the front and rear ends of the inner surface 12a1 of the vertical wall portion 12a of the L-shaped support plate 12, the support shaft 13 placing the rolling wheel 11 and 11 respectively rotatably and supported, resides the required interval in the front-rear ribs plate 12c to the upper surface 12b1 of the outer surface 12a2 and the seat plate portions 12b of the vertical wall portion 12a of the L-shaped support plate 12 to The slide carrier device for an automobile according to claim 1, wherein a plurality of sheets are delivered and are symmetrically arranged integrally fixed to the left end portion 9 a 3 and the right end portion 9 a 4 of the rear base plate seat plate 9 a of the rear base plate portion 9 . Said slide loading platform 7, the corresponding portion with the right floor rail portion 10b of the front end, the left side for moving the rolling wheel 23 connected from the side to the left side 10b41 and right side 10b42 of the right floor rail unit 10b moving rolling wheel 24 for the right side is provided with the right portion automobile slide bed apparatus according to claim 1 or claim 2 moves on both sides direction is restricted to the right floor rail portion 10b of the front end of the pallet 7. Said locking pin apparatus 26, the slide in the heavens surface 29a of the mounting支架plate 29 deployed in the carrier 7 are main bearing portions 30a and the spring receiving bearing portion 30b is provided, the main bearing portion 30a and the spring receiving bearing portion 30b locking pin 31 is deployed freely slides, between the spring 32 of the main bearing portion 30a and the spring receiving bearing portion 30b, one end is connected to the locking pin 31 of the spring 32, the other end a spring bearing and connected to section 30b is mounted on the locking pin 31, is deployed is biased in the direction for fitting the lock pin 31 before km Kkuana 14, the rear end of the locking pin 31 the U-shaped front mounting plate 33 includes a mounting portion 33a that connects the front end portion 27a1 of the inner wire 27a of the interlocking rope 27 is integrally provided, the outer of the cooperative search 27 The bent depending portion 29b of the inner end of the front end portion 27b1 of the wire 27b is attached支架plate 29 are deployed is adjustably secured more sliding direction of the inner wire 27a to the front end alignment fixture 34, the outer front end 2 7a1 of the inner wire 27a drawn out from the front end portion 27b1 of the wire 27b is the U-shaped front end of the mounting plate 33 of the mounting portion 33a of the detachment preventing 35 provided at the end portion through the mounting hole 33a1 of the attachment portion 33a The automobile slide carrier apparatus according to claim 1, 2 or 3, wherein the slide carrier apparatus is connected to the U-shaped front end mounting plate 33 in contact with the inner surface. The operation lever device portion 28 is provided with a U-shaped rear end mounting portion 37 on the left side of the rear end of the slide carrier 7, and a rear end adjusting attachment 38 is provided on the U-shaped rear end mounting portion 37. the rear end portion 27b2 of the outer wires 27b of the interlocking rope 27 to the end alignment fixture 38 is mounted for adjustment in the sliding direction of the inner wire 27a as claimed in claim 4, the operating lever device 28 The operation lever 39 has a substantially U-shaped planar shape, one of which is bifurcated from the base portion 39a to the tip side is provided at the inner wire connecting portion 39b , and the other is provided at the lever portion 39c , and the base portion 39a is a support shaft. 40 is pivotally supported on an abutment frame 41 provided on the U-shaped rear end support plate portion 18 so as to be freely rotatable at a required angle, and the rear end adjustment fitting 38 is disposed corresponding to the front, Shaped rear end support plate 18 in the left side of the loading platform supporting plate 42 for mounting the said left notch 43 to the trailing edge and the opening edge at the rear of the inner wire connecting portion 29b is provided, and an opening edge of the left notch 43 An operation hole 45 is formed in which the left support frame 44 is passed and enclosed , and a left hand operating part 39c1 of the lever part 39c is disposed in the operation hole 45 . The slide carrier apparatus for motor vehicles of Claim 3 or Claim 4. A right notch 47 having an opening edge at the rear end is provided on the right side of the rear end of the slide carrier 7 , and a right support frame 48 is passed to the opening edge of the right notch 47 and enclosed. Re that right Kakeana 49 the right handhold operation unit 46 provided is formed comprising deployed automobile slide bed apparatus according to claim 1.

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