CN1926006A - Swing device - Google Patents
Swing device Download PDFInfo
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- CN1926006A CN1926006A CN 200480033946 CN200480033946A CN1926006A CN 1926006 A CN1926006 A CN 1926006A CN 200480033946 CN200480033946 CN 200480033946 CN 200480033946 A CN200480033946 A CN 200480033946A CN 1926006 A CN1926006 A CN 1926006A
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Abstract
A swing device (pivot/swing device) is constructed such that a swing arm (55) is provided between a pivoting pedestal (45) and a cushion base (51) and that the swing arm (55) is swung about a drive shaft (60) to swing the cushion base (51), that is, to lift and lower and move forward and backward the cushion base (51). The cushion base (51) supports a seating section (30) of a seat. When the seat is at a forward-facing position where the seat faces the forward of a vehicle, the swing arm (55) is obliquely connected (Z shape) between the outer faces of both members (51, 45), forming opposite angles. Accordingly, in this forward-facing position, the swing arm (55) does not protrude above the cushion base (51) and the pivoting pedestal (45) does not protrude from a side of the seating section (30). Therefore, the dimensions of the device in the width and the height direction can be reduced.
Description
Technical field
The present invention relates to pendulous device.
Background technology
In the past, for the jacking system of purchasing on vehicle of place that difference of height is arranged or shipping type etc., carrying out the loading and unloading of goods various schemes (for example patent documentation 1) had been proposed.This device comprises following main body as shown in figure 17: supporting plate 1 that can the mounting goods; Be configured in the base component 2 of the side configuration of supporting plate 1; Be arranged on the motor 3 of the driving usefulness on the base component 2; Be erected at and erect the suspension arm 1A be arranged on the supporting plate 1 and the swing arm 5 between the base component 2.Swing arm 5 is that fulcrum can be swung with the connecting portion 5A for base component 2, can rise and fall to be placed on goods on the supporting plate 1.
According to said structure, swing arm 5 is connected on the suspension arm 1A that supporting plate 1 has, so stretch out bigger when not using above supporting plate 1.Therefore, also cause the maximization of device at above-below direction, and not attractive in appearance, leave some room for improvement.
And, except the device of above-mentioned patent documentation 1, possess the device (for example patent documentation 2) of rotary support mechanism and lifting mechanism in addition.In this device, rotary support mechanism is supported on the seat towards the forward location of the travel direction of vehicle with towards between the position of rotation of door opening portion, and it can be rotated, lifting mechanism at position of rotation by door opening portion lifting seat outside car.These two mechanisms have special-purpose drive source (drive motor) respectively, change these drivings by control setup and carry out compulsory exercise.
Yet in the device of above-mentioned patent documentation 2, rotary support mechanism and lifting mechanism have special-purpose drive source and device are maximized, and leave some room for improvement.
Patent documentation 1-opens flat 6-67173 communique in fact.
Patent documentation 2-spy opens the 2001-47898 communique.
Summary of the invention
Problem to be solved by this invention is the shortcoming that pendulous device is not easy miniaturization.
The present invention is topmost to be characterised in that: make mounting table when wobbling action, also keep flat-hand position always, mounting table around the fulcrum of connecting portion to rotating with the direction of the direction of rotation of swing arm.
The present invention has following effect.
The swing arm of pendulous device of the present invention is set up between mounting table and the base component when desired location obliquely, so swing arm can not stretched out to the mounting table top.Therefore, can accomplish miniaturization in the height of devices direction.
And, according to alternative plan of the present invention, swing arm one swing, then the sprocket gear of movable side is rotated to the direction opposite with swaying direction, so the wobbling action of the posture of the mounting table of relative base component and swing arm has nothing to do and keeps horizontality.Also have, having by four pitch chains joint as this posture maintaining part is the mechanisms of four fulcrum actions, and sprocket gear is by two fulcrum actions, so action simple in structure is also coordinated.
According to third party's case of the present invention, rotate by the drive division horizontal axis of rotation, then make mounting table swing (lifting and swing) by swing arm.And, being accompanied by the revolution of this horizontal axis of rotation, this revolution action is delivered to the rotation section when with the vertical axis of rotation being the revolution action change of direction at center.Thus, base component and then mounting table are rotated.Like this, can carry out these two kinds of actions of wobbling action and rotational action by same drive source, thus also can minimizing portion product number of packages, can do the miniaturization of auto levelizer single-piece.
Also have, according to cubic case of the present invention, because a pair of gear of transformation component axis of revolution quadrature by both party constitutes, so simple in structure.
Have, according to the 5th scheme of the present invention, transfer part connects between two sprocket gear with shoestring again.Therefore, even under two sprocket gear are separated by situation about disposing, also transmit its power easily.
And according to the 6th scheme of the present invention, swing arm can be reversed, and promptly is that the center is roughly turned round 180 ° with the horizontal axis of rotation.Therefore, can fully guarantee at the discrepancy stroke inside and outside the vehicle of seat portion (during 180 ° of pendulum angles, guaranteeing about two-fold stroke of swing arm total length).
Description of drawings
Fig. 1 is the birds-eye view that is applicable to the vehicle of one embodiment of the present invention.
Fig. 2 is the birds-eye view of the rotational action of expression seat portion.
Fig. 3 is the birds-eye view of the lifting position of expression seat portion.
Fig. 4 is the exploded perspective view of rotation, pendulous device.
Fig. 5 is the lateral plan in the seat portion of forward location.
Fig. 6 is at the rotation of the seat portion of forward location, the cutaway view of pendulous device.
Fig. 7 is the cutaway view of the wobbling action of expression swing arm.
Fig. 8 is the cutaway view of the wobbling action of expression swing arm.
Fig. 9 is the rotation at lifting position, the cutaway view of pendulous device.
Figure 10 is the rotation in forward location, the birds-eye view of pendulous device.
Figure 11 is the birds-eye view of the rotational action of expression seat portion.
Figure 12 is the rotation at lifting position, the birds-eye view of pendulous device.
Figure 13 is expression interlock (Even Department) cutaway view of the structure of mechanism.
Figure 14 is the cutaway view of the supporting construction of expression swing arm.
Figure 15 is the lateral plan of the wobbling action of expression swing arm.
Figure 16 is the birds-eye view of the structure of expression link gear.
Figure 17 is routine in the past block diagram.
Among the figure:
The 40-rotation section; The 41-stay bearing plate; 45-rotates pedestal (base component); 51-pad platform (mounting table); The 55-swing arm; 60-axle drive shaft (horizontal axis of rotation); The 71-transfer part; The 91-transformation component.
The specific embodiment
Embodiment 1
With reference to Fig. 1～Figure 16 one embodiment of the present invention are described.
Fig. 1 represents to be applicable to half of co-pilot seat of the general-utility car of present embodiment, is configured on the bottom panel 11 at indoor co-pilot seat 20 of car and back seat seat 12.Be provided with door opening portion 13 in the side of co-pilot seat 20, by hinge door 14 can be installed there with opening and closing.And, be formed with center pillar 17 at the rear of door opening portion 13.
Then, co-pilot seat 20 comprises that the seat portion 30 and rotation, the pendulous device M that are made of seat cushion 31, backrest 32, headrest 33 constitute, and it is the stretching out action and taking in action outside car of purpose that device M carries out with sliding action in seat portion 30 adjusts the car that indoor seat position is a purpose with the boarding of carrying out seated person smoothly.And, stretch out, take in action and make seat portion 30 carry out rotational action and wobbling action compoundly, seat portion 30 is shifted one's position between the boarding position of single-piece seat portion 30 (position shown in Figure 3) stretching out outside car roughly towards the forward location (position shown in Figure 1) of the direct of travel of car body with from door opening portion 13.And forward location is equivalent to desired location of the present invention.
Rotation, pendulous device M have: make seat portion 30 carry out the sliding part 35 of sliding action in the car; Carry out the rotation section 40 of rotational action; And the swing part 50 that carries out wobbling action.
As shown in Figure 5, sliding part 35 has the roughly support plate 36 and the sliding panel 41 that is configured in the top of support plate 36 of rectangularity shape.Support plate 36 has analog bracket 36A, 36B respectively in its front-end and back-end, and is installed on the bottom panel 11.Between this support plate 36 and stay bearing plate 41, dispose a pair of movable, the fixed guide 37,38 that can do relative sliding action along the length direction of car body, thus, stay bearing plate 41 and then co-pilot seat 20 can be supported slidably to the fore-and-aft direction of car body.
As Fig. 4 and shown in Figure 6, rotation section 40 has rotation pedestal (with respect to base component of the present invention) 45 in the top of stay bearing plate 41 (being equivalent to support portion of the present invention).Side is provided with outer shroud 44 below this rotation pedestal 45, ring 43 on stay bearing plate 41, being provided with on the other hand, and outer shroud 44 can be installed in periphery at interior ring 43 rotationally by ball B.Like this, rotating pedestal 45 can be supported rotationally for stay bearing plate 41.
And, in the left and right edges of rotating pedestal 45, be provided with sidewall 46 upwards for its total length.Extension setting is upward compared with other parts in the front portion of this sidewall 46 (hereinafter referred to as assembly wall 47), and swing arm 55 described later will be installed in the there.
Then, swing part 50 is described.
Shown in Figure 4 51 is pad platforms (being equivalent to mounting table of the present invention).When pad platform 51 became on the flat board, side was installed seat cushion 31 in the above.And side is installed pair of right and left link span 52 along the fore-and-aft direction of pad platform 51 below pad platform 51.The section of link span 52 becomes " コ " shape, and open side is mounted mutually with facing.In the outside of these link spans 52 with rotate between the outside of assembly wall 47 of pedestal 45, with and this outside between accompany sprocket gear 56,57 state set up swing arm 55.
Specify as followsly, on interior all sides of sprocket gear 56 and assembly wall 47, wear sky respectively axis hole 56A, 47A are set.Is welding with the state of aiming at two axis hole 56A, 47A the outside of sprocket gear 56 relative assembly walls 47, connects axle drive shaft (connecting portion that is equivalent to base component of the present invention) 60 therein.On the two axial ends about the axle drive shaft 60 (horizontal axis of rotation) that connects, be separately installed with swing arm 55 with state in relative rotation.Therefore, the driving by electro-motor 67 described later is rotated axle drive shaft 60, and then swing arm 55 is rotated integratedly with it.Below, sprocket gear 56 is called the fixation side sprocket gear.
On the other hand, about the rear portion of link span 52, on relative position, be formed with axis hole 52A respectively, connect adapter shaft (connecting portion that is equivalent to mounting table of the present invention) 63 therein.On the both ends of this adapter shaft 63, insert sprocket gear 57 respectively with a gap, and in its outside the fixing free end side of swing arm 55 (below, sprocket gear 57 is called movable side chain gear).Also have, movable side chain gear 57 relative link spans 52 are fixed (rotation is fixing) by the pair of bolts screw thread.Therefore, link span 52 when movable side chain gear 57 is center steering with adapter shaft 63 and its turn round integratedly.These fix, the periphery of movable side chain gear 56,57, when forming the tooth 56B of portion, 57B, set up chain (being equivalent to shoestring of the present invention) 65 thereon for its full week.As Fig. 4, shown in Figure 15, chain 65 forms by ring-type polyphone chainlet joint 66, and each chainlet joint 66 can cooperate with the 56B of tooth portion, the 57B that two sprocket gear 56,57 are had.Therefore as shown in figure 15, if swing arm 55 will be rotated to the P direction shown in this figure, then movable side chain gear 57 is to the i.e. rotation of S direction shown in this figure of reversing sense.Thus, although the wobbling action of swing arm 55 also can keep the flat-hand position of the pad platform 51 of relative car body.And fixation side sprocket gear 56, movable side chain gear 57 and chain 65 are equivalent to posture maintaining body of the present invention.
Then, the electro-motor 67 (drive division) that drives swing part 50 is described.Electro-motor 67 is installed on the sidewall 46 that rotates pedestal 45 by not shown joint carriage.The axis of revolution of this electro-motor 67 is connected the axle head of the axle drive shaft 60 of swing arm 55 by reducing gear 69.Therefore, the gyroscopic movement of electro-motor 67 slows down by reducing gear 69, is delivered to simultaneously on the axle drive shaft 60.And in the present embodiment, the fire switch of the drive circuit works of electro-motor 67 for example is attached on the seat cushion 31, make electro-motor 67 drive, stop by switching manipulation.
From above content as can be known, as Fig. 6 and shown in Figure 10, forward location promptly fill up platform 51 rotate pedestal 45 above the time, swing arm 55 will tilt to connect (Z type) diagonally between the outside of two members 51,45, drive electro-motor 67 thus and axle drive shaft 60 revolutions, then swing arm 55 swings with it with being integral, as shown in figure 15, in the flat-hand position that keeps pad platform 51, make pad platform 51 up-and-down movements and seesaw.And shown in Figure 4 101 and 102 be that the outside is entrenched in the lining on axle drive shaft 60 and the adapter shaft 63, is used to make the rotational action of diaxon 60,63 to carry out smoothly.
In the present embodiment, between above-mentioned swing part 50 and rotation section 40, accompany link gear and compound rotational action and the wobbling action of carrying out.
In the present embodiment, interlinked mechanism is made of transfer part 71 and transformation component 91, below begins to describe from transformation component 91.
As shown in Figure 4, on the central portion of the front of rotating pedestal 45, be formed with recess 45B is installed, the gear case 81 of box is installed there.As shown in Figure 7, this gear case 81 is provided with dividing plate 83 above base plate 82, and the inside of gear case 81 is divided into chamber 81A and following chamber 81B.
Wherein in following chamber 81B, the state that axle head is stretched out with chamber 81A upwards is supported with relaying pin 86 (vertical axis of rotation) rotationally, and is fixed with the finishing bevel gear cuter 93 (vertical gear) that side in the above is provided with the 93A of tooth portion on the part that upwards chamber 81A stretches out of this relaying pin 86.On the other hand, cross wall 85 upper sheds about chamber 81A on the gear case 81 have the relative a pair of hole 85A that dodges, and are inserted through the axle drive shaft 60 of swing arm 55 therein.And, on axle drive shaft 60, can be equipped with to unitary rotation can with above-mentioned finishing bevel gear cuter 93 ingear pick-off gears 95 (horizontal gear), this two gear 93,95 meshes in the 81A of chamber on gear case 81.
Therefore, in case the axle drive shaft 60 of swing arm 55 rotates, the then engagement by pick-off gear 95 and finishing bevel gear cuter 93 is that the gyroscopic movement (around the gyroscopic movement of horizontal shaft) at center is transformed into relaying pin 86 with axle drive shaft 60 is the gyroscopic movement (around the gyroscopic movement of vertical axis) (transformation component) at center.
And as shown in Figure 4, on the part of the center of turn of two inside and outside rings 43,44 of becoming on the stay bearing plate 41, to weld stub 72 (rotary middle spindle) from the state that hole 45A stretches out its upper end side of dodging that rotates that pedestal 45 has.At the top end part of this stub 72, be entrenched in the big footpath sprocket gear 73 that periphery forms the tooth 73A of portion.That is, be provided with mounting hole, but and on the peripheral part on the top of the inwall of this mounting hole and stub 72, be formed with the 72A of intermeshed gear portion, 73B to stub 72 in interior all sides of big footpath sprocket gear 73.Therefore, by the engagement of these gear part 72A, 73B, big footpath sprocket gear 73 is that the rotational action at center is under an embargo with stub 72.
On the other hand, the path sprocket gear 87 (revolution side chain gear) that can rotate integratedly with relaying pin 86 arranged in that the periphery of relaying pin 86 is chimeric.And it is as shown in the drawing, path sprocket gear 87 and big footpath sprocket gear 73 be arranged to from rotate pedestal 45 above height about equally, also have, the following chamber 81B of gear case 81 is not provided with antetheca 84A and rear wall 84B, at the front and back opening, between path sprocket gear 87 in the gear case 81 and the big footpath sprocket gear 73, the chain 89 (shoestring) by ring-type sets up.Therefore, if path sprocket gear 87 is the center spinning motion with relaying pin 86, then to be transformed into stub 72 by chain 89 be the revolution motion at center to this spinning motion.And path sprocket gear 87 is located at rotates on the pedestal, is that (transfer part) rotated at the center so rotate pedestal 45 by this revolution motion with stub 72.
So these two kinds actions of the rotational action of rotation pedestal 45 and the wobbling action of swing arm 55 are carried out compoundly.And as Fig. 3 and shown in Figure 9 on the boarding position, the posture that swing arm 55 is dangled with direction outside car is set up between the rotation pedestal 45 of car inboard and the pad platform 51 that stretches out outside car.
And shown in Figure 4 105 are the linings that are used for carrying out smoothly the rotational action of relaying pin 86.
Below describe for the order that seat portion 30 is stretched out outside car.
At first, co-driver is earlier from the get off door 14 of open auxiliary driver's seat 20 sides of vehicle.Then, connecting switch makes seat portion 30 carry out the action of stretching out outside car.That is, by connecting switch, electro-motor begins to drive.Thus, the gyroscopic movement of electro-motor 67 passes to axle drive shaft 60 when slowing down by reducing gear 69, and swing arm 55 is rotated integratedly.Thus, when seat portion 30 followed following direction switching motion (rotational action), slowly rose (position shown in Figure 1) from the forward direction position.
In this wise, make electrical motor driven in case connect switch, then seat portion 30 carries out wobbling action (following the knee-action of the discrepancy action outside car) and rotational action compoundly.And seat portion 30 rises before swing arm 55 becomes orthostatism as shown in Figure 7, and afterwards, swing arm 55 surpasses orthostatism and moves to the car outer incline.When thus, seat portion 30 slowly descends seat portion 30 is stretched out outside car.In the present embodiment, in succession in the beginning of this down maneuver, seat portion 30 is by door opening portion 14.
Afterwards, swing arm 55 is through flat-hand position shown in Figure 8, and swing descends seat portion 30 again.And seat portion 30 is a roughly half-twist of benchmark with above-mentioned forward location, arrives simultaneously from ground surface specified altitude (boarding position), and then the driving of electro-motor 67 will stop on this position.
Also have, in this mode, as shown in Figure 9, swing arm 55 becomes: in the posture of dangling, move between the boarding position from the forward direction position in seat portion 30, swing arm 55 is that the center is roughly swung 180 ° with axle drive shaft 60.Swing arm 55 is arranged to and can be roughly reversed to the outside from the indoor like this, by this part, can fully guarantee amount of movement (the discrepancy stroke outside car) (in the present embodiment, being the roughly two-fold amount of movement of the total length of swing arm 55) about the fore-and-aft direction of seat portion 30.
And the stretching out after action is over of seat portion 30, pad platform 31 is in the state that stretches out outside car as shown in Figure 3, so if for example with seat portion 30 configuration wheelchairs side by side, then can change to smoothly.Also have, the action of packing into of the forward location of the recovering state that seat portion 30 is stretched out outside car in the car is carried out with above-mentioned action, on the contrary so the repetitive description thereof will be omitted.
According to such present embodiment, rotate pedestal 45 and be located in the zone that two swing arms 55 clamp, can not stretch out so rotate pedestal 45 to the side.And swing arm 55 tilts to set up turntable seat 45 and pad platform 51, so swing arm 55 can not reach the top of pad platform 51 when forward location.Therefore, can accomplish miniaturization in the Width and the short transverse of device.
And, in wobbling action,, known by four pitch chains joint to be the mechanisms of four fulcrum actions, and sprocket gear is by two fulcrum actions, so action simple in structure is also coordinated as the member (posture maintaining part) of the posture that keeps pad platform 51 by swing arm 55.
And, between rotation section 40 and swing part 50, being provided with link gear, the wobbling action by electro-motor 67 carries out swing arm 55 then rotates pedestal 45 with this wobbling action interlock and rotates.Can carry out these two kinds of actions of wobbling action and rotational action by same drive source like this, thus also can minimizing portion product number of packages, can do the miniaturization of auto levelizer single-piece.
Other embodiment
The present invention is not limited to the embodiment with above-mentioned narration and description of drawings, and for example Yi Xia embodiment is also included within the technical scope of the present invention, and except following can do various changes and enforcement in the external scope that does not break away from main points.
(1) between rotation section and swing part, is provided with linkage portion in the present embodiment, uses special-purpose drive source at drive division but also can abolish linkage portion.
Like this,, then only use swing part also can regulate the height (elevating function) at seat if rotation section and swing part are independent respectively, carry out inside and outside vehicle stretching out, take in action the time, carry out spinning movement according to the rotation section compoundly.
(2) in the present embodiment, with rotate, pendulous device M is useful on the co-pilot seat 20 of vehicle, and other occasion, for example at the loading of the goods in the place that difference of height is arranged, to unload inferior use also passable.
(3) in the present embodiment, fixing sprocket gear 56 of rotating pedestal 45 sides is rotated the sprocket gear 57 of pad platform 51 sides, and it is also passable that it is made opposite configuration.
(4) in the present embodiment, the pendulum angle of swing arm 55 roughly is arranged to 180 degree, and it is also passable to be arranged to the above angle swinging of 180 degree.
Claims (6)
1. pendulous device is characterized in that having:
Base component;
Mounting table is used for mounting by the mounting thing;
Swing arm, when being in above-mentioned mounting table and being configured in desired location on the said base member, tilting rack is located between said base member and the above-mentioned mounting table, and by the connecting portion with above-mentioned base component is the wobbling action of fulcrum, makes above-mentioned mounting table carry out up-and-down movement and seesaw with respect to the said base member; And
The posture maintaining part in the wobbling action according to above-mentioned swing arm, be that fulcrum makes the counter-rotation of above-mentioned mounting table to the rotation direction of above-mentioned swing arm with the connecting portion of above-mentioned mounting table, thereby level keeps the posture of this mounting table.
2. according to the pendulous device of claim 1, it is characterized in that,
Above-mentioned posture maintaining part has: the fixation side sprocket gear that any one party one side among two connecting portions of said base member or above-mentioned mounting table is fixing; On the connecting portion of the opposing party's one side rotationally by the rotating side sprocket gear of axle bearing; And connect shoestring between said fixing side chain gear and the movable side chain gear annularly.
3. pendulous device according to claim 1 and 2 is characterized in that,
Have: the rotation section comprises the said base member and supports the support portion of this base component rotationally; Swing part, but comprise with respect to the horizontal axis of rotation of its axis along continuous straight runs of said base member configuration and unitary rotation be installed in the axle head of above-mentioned horizontal axis of rotation and with of the above-mentioned swing arm of above-mentioned horizontal axis of rotation as the connecting portion of said base member side; And drive division, make above-mentioned horizontal axis of rotation around its axis revolution,
Between above-mentioned rotation section and above-mentioned swing part, be provided with and make according to the wobbling action of above-mentioned swing arm with according to the link gear of the rotational action interlock of said base member, and
This link gear comprises: transfer part has the bearing of trend vertical axis of rotation parallel with the bearing of trend of the rotary middle spindle of said base member of its axis, and the gyroscopic movement that with this vertical axis of rotation is the center can be delivered to the said base member; And transformation component, will be that the gyroscopic movement at center is changed direction to the gyroscopic movement that is the center with above-mentioned vertical axis of rotation with above-mentioned horizontal axis of rotation.
4. pendulous device according to claim 3 is characterized in that,
Above-mentioned transformation component comprises: horizontal gear, but outside, unitary rotation ground is entrenched on the above-mentioned horizontal axis of rotation; With vertical gear, but one be supported on pivotally on the above-mentioned vertical axis of rotation that is provided with on the said base member, and can with the engagement of above-mentioned horizontal gear.
5. according to claim 3 or 4 described pendulous devices, it is characterized in that,
Above-mentioned transfer part has: but the revolution side chain gear that above-mentioned relatively vertical axis of rotation unitary rotation ground is installed; The fixation side sprocket gear fixing un-rotatably with respect to the rotary middle spindle of said base member; And with bonded assembly shoestring annularly between above-mentioned two sprocket gear.
6. according to any one described pendulous device in the claim 3～5, it is characterized in that,
The said base member is installed on the bottom panel of car body, on above-mentioned mounting table, connect the seat portion that the passenger can take one's seat simultaneously, by according to the rotational action of above-mentioned rotation section and according to the wobbling action of above-mentioned swing part make above-mentioned seat portion from towards the forward location of vehicle front to peristome conversion direction towards vehicle, and above-mentioned seat portion is come in and gone out inside and outside the vehicle
Above-mentioned seat portion is when above-mentioned forward location, and above-mentioned swing arm tilting rack is located at the said base member and between the above-mentioned mounting table above this base component, can is roughly to reverse in the center with above-mentioned horizontal axis of rotation,
During the boarding position of above-mentioned seat portion outside car, the posture that above-mentioned swing arm is dangled with direction outside car is erected at the said base member of car inboard and reaches between the above-mentioned mounting table outside the car.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003388406 | 2003-11-18 | ||
| JP388406/2003 | 2003-11-18 | ||
| JP388407/2003 | 2003-11-18 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1926006A true CN1926006A (en) | 2007-03-07 |
Family
ID=37818150
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200480033946 Pending CN1926006A (en) | 2003-11-18 | 2004-11-09 | Swing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1926006A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102320446A (en) * | 2011-06-07 | 2012-01-18 | 常州宝菱重工机械有限公司 | Heavy-duty workpiece translation device |
| CN102080712B (en) * | 2009-11-27 | 2013-05-29 | 中冶长天国际工程有限责任公司 | Transmission device for transmitting power for rotating equipment |
| CN109090884A (en) * | 2018-08-22 | 2018-12-28 | 张兰英 | A kind of standing slippery chair for electricity overhaul |
| CN111372812A (en) * | 2017-09-08 | 2020-07-03 | 博泽科堡汽车零件欧洲两合公司 | Seat adjuster with integrated characteristic curve control and method for seat adjustment |
-
2004
- 2004-11-09 CN CN 200480033946 patent/CN1926006A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102080712B (en) * | 2009-11-27 | 2013-05-29 | 中冶长天国际工程有限责任公司 | Transmission device for transmitting power for rotating equipment |
| CN102320446A (en) * | 2011-06-07 | 2012-01-18 | 常州宝菱重工机械有限公司 | Heavy-duty workpiece translation device |
| CN111372812A (en) * | 2017-09-08 | 2020-07-03 | 博泽科堡汽车零件欧洲两合公司 | Seat adjuster with integrated characteristic curve control and method for seat adjustment |
| CN109090884A (en) * | 2018-08-22 | 2018-12-28 | 张兰英 | A kind of standing slippery chair for electricity overhaul |
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