CN206174723U - Two -way sliding the hinge mechanism and slip upwarp the hinge mechanism - Google Patents

Abstract

The utility model provides a two -way sliding the hinge mechanism, including lateral sliding part, mount, install lateral sliding part slidable on the mount, the lateral sliding part is provided with control mechanism, control mechanism control and drive are in the moving part's of lateral sliding part below motion, intermediate position location structure and lateral sliding part that two -way sliding the hinge mechanism was provided with the lateral sliding part are from the intermediate position to the gliding lateral sliding track in horizontal both sides. The utility model also provides a slip that has above -mentioned two -way sliding the hinge mechanism upwarps the hinge mechanism. The utility model discloses in can applying to portable product, realize that two -way sliding opens, and can will drive gliding power and export once more through two -way sliding the hinge mechanism that to provide power take off multi -functional in order to realize by the portable product of application.

Description

A kind of Bidirectional slide linkage and slip upwarp linkage

Technical field

The utility model is related to a kind of Bidirectional slide linkage and slip to upwarp linkage, can be applied to portable product In product, the volume of the portable product can be put into pocket.

Background technology

With the development of society, people further improve to the use demand of product.In the past, for being placed on portable box body In article take, such as taking, it is necessary to open the lid for electronic cigarette or other strip articles be drawn off again, lack and use Comfort and experience sense.

Utility model content

First technical problem to be solved of the utility model is to provide a kind of Bidirectional slide linkage, can use In portable product, realize that Bidirectional slide is opened, and sliding force can will be driven to export again, drive is in Bidirectional slide Link chain device Part motion below structure.Therefore, the utility model uses following technical scheme：

A kind of Bidirectional slide linkage, it is characterised in that the linkage includes sliding laterally part, fixed mount, institute State and slide laterally part and be slidably mounted on the fixed mount, the part that slides laterally is provided with controlling organization, described Controlling organization controls and drives the motion for being in and sliding laterally the moving component below part；

The Bidirectional slide linkage is provided with the centre position location structure that slides laterally part and slides laterally Part slides laterally track from centre position to what both lateral sides were slided.

Further, the fixed mount is parallel platy structure with track is slid laterally.

Further, the controlling organization is track, and the track is in and slides laterally on part, and the moving component is Longitudinal sliding motion part, the longitudinal sliding motion opportunity and promotion longitudinal direction by the longitudinal sliding motion part of the strike angle of the track is sliding The longitudinal sliding motion of dynamic component, longitudinal sliding motion part has its longitudinal sliding motion track.

Further, cam member is set on the fixed mount, slides laterally the slip for being set on part and being coordinated with cam member Part and its sliding rail, the linkage are provided with the first spring, and one end of the first spring is connected another with part is slid laterally End and sliding part connection, the cam member are provided with the centre position location structure and slip control matched with the sliding part Structure processed, the slip control structure by the sliding part control the first spring slide laterally part from slide starting point position open Accumulation of energy when beginning to slide, switchs to from accumulation of energy release energy in sliding process, and power-assisted slides laterally part slip.

Further, described sliding laterally sets cam member on part, and the fixed mount is provided with and cam member cooperation Sliding part and its sliding rail, the linkage are provided with the first spring, and one end of the first spring is connected the other end with fixed mount Connected with sliding part, the cam member is provided with the centre position location structure and slip control matched with the sliding part Structure, the slip control structure by the sliding part control the first spring slide laterally part since slide starting point position Accumulation of energy during slip, switchs to from accumulation of energy release energy in sliding process, and power-assisted slides laterally part slip.

Further, the lid connection for sliding laterally part and box, enables lid directional transverse sliding opening, described solid Determine frame and box body connection；The box is the portable box that can be put into pocket.

Second technical problem to be solved of the utility model is to provide a kind of slip and upwarps linkage, can use In portable product, realize that sliding opening upwarps the function that article is presented automatically.Therefore, the utility model uses following technical side Case：

One kind is slided and upwarps linkage, it is characterised in that the linkage is provided with Bidirectional slide linkage, rotates Hinge, the moving component is longitudinal sliding motion part, and the slip upwarps linkage and is provided with the longitudinal sliding of longitudinal sliding motion part Dynamic rail road；

Slide laterally and swinging mounting is provided with below part；

The turning joint and longitudinal sliding motion part are connected, and the rotation of the both direction back and forth of the turning joint is by transverse direction Slide unit drives longitudinal sliding motion part to slide and performs by controlling organization；

The rotating shaft of the swinging mounting and the rotating shaft of turning joint are lateral shaft；The swinging mounting by clutch and The turning joint connection.

Further, the rotation that upwarps of the swinging mounting is driven by the turning joint；The swinging mounting it is downward Rotation is driven by the turning joint, and, when the swinging mounting is pressed rotation, the clutch is in disconnection institute State the state of turning joint and swinging mounting connection.

Further, the turning joint includes the rotor plate being hinged on mounting bracket, and longitudinal sliding motion part passes through first The activity of pin and the first track coordinates and is flexibly connected with rotor plate；The work that the swinging mounting passes through the second pin and the second track Move and coordinate and be flexibly connected with clutch；The clutch is provided with clutch connection groove and the 3rd pin, and the rotor plate passes through The flexible connection of the 3rd track and the 3rd bearing pin and with clutch connection, the control that the clutch passes through cam, and making 3rd pin can be such that the 3rd pin enters in clutch connection groove through the rotation of rotor plate when being in outside clutch connection groove；The rotating hinge Chain is provided with second spring, and the second spring is used for power-assisted rotor plate and is rotated towards the direction for driving swinging mounting to upwarp rotation And the 3rd pin enters clutch connection groove described in power-assisted；Installing plate and fixed mount are connected.

Further, the clutch sets the second rotor plate, and the second rotor plate and mounting bracket are hinged, and institute is set thereon The second track, clutch connection groove, the cam are stated, the cam is in the top of clutch connection groove；The rotor plate sets institute State the first track, the 3rd track；The swinging mounting sets second pin；The longitudinal sliding motion part sets described first Pin.

Further, the second spring is fixed on mounting bracket, its one end and first pin rotate connection, its other end and 3rd pin rotates connection.

Further, the end of the 3rd track is respectively equipped with the positioning of the 3rd pin.

Further, the lid connection for sliding laterally part and box, enables lid directional transverse sliding opening；Described turn Dynamic support is in box body, and is connected with box body rotation, and the fixed mount and box body are connected；The box is that can be put into clothes mouthful The portable box of bag.

Due to using the technical solution of the utility model, Bidirectional slide linkage provided by the utility model can be transported In for portable product, realize that Bidirectional slide is opened, and the power slided can will be driven to be exported again through Bidirectional slide linkage, Drive is in the part motion below Bidirectional slide linkage, provides power output for the portable product applied many to realize Function.Slip provided by the utility model upwarps linkage can be realized sliding opening and upwarp rotation automatically representing thing Product, and directly slide can close when closed, article can be first pressed again and then slide is closed again, it is used in this The product of utility model linkage, uses experience comfortable, with higher gears time.

Brief description of the drawings

Fig. 1 is the explosive view of the utility model Bidirectional slide linkage embodiment 1.

Fig. 2,3 are respectively the schematic diagram that the utility model Bidirectional slide linkage embodiment 1 is slided to both direction.

Fig. 4 is the explosive view of the utility model Bidirectional slide linkage embodiment 1.

Fig. 5,6 are respectively the schematic diagram that the utility model Bidirectional slide linkage embodiment 2 is slided to both direction.

Fig. 7 is the bidirectional open schematic diagram of the utility model Application Example.

Fig. 8 is the utility model turning joint, the explosive view of clutch.

Fig. 9 a are the utility model turning joint, the solid of clutch when sliding laterally part and being in closed position Figure.

Fig. 9 b are that when sliding laterally part and be in closed position, the utility model turning joint, clutch are faced Figure.

Figure 10 a are to slide a segment distance when sliding laterally part, but swinging mounting is when not yet rotating, and the utility model is rotated The stereogram of hinge, clutch.

Figure 10 b are to slide a segment distance when sliding laterally part, but swinging mounting is when not yet rotating, and the utility model is rotated The front view of hinge, clutch.

Figure 11 a are to slide laterally part on the basis of Figure 10 a to continue to slide, when swinging mounting starts to upwarp rotation, this The stereogram of utility model turning joint, clutch.

Figure 11 b are to slide laterally part on the basis of Figure 10 b to continue to slide, when swinging mounting starts to upwarp rotation, this The front view of utility model turning joint, clutch.

Figure 12 a are to slide laterally part on the basis of Figure 11 a to continue to slide, and swinging mounting is upwarped when turning to summit, The stereogram of the utility model turning joint, clutch.

Figure 12 b are to slide laterally part on the basis of Figure 11 b to continue to slide, and swinging mounting is upwarped when turning to summit, The front view of the utility model turning joint, clutch.

After Figure 13 is for lift turns to summit on swinging mounting, presses the article on swinging mounting namely press swinging mounting, And swinging mounting is rotated down when on earth, the utility model turning joint, the front view of clutch.

Specific embodiment

Referring to the drawings 1-3,7.Bidirectional slide linkage provided by the utility model, including slide laterally part 1, consolidate Determine frame 2, the part 1 that slides laterally is slidably mounted on the fixed mount 2, and the part that slides laterally is provided with control Mechanism, the controlling organization control and driving are in the motion for sliding laterally the moving component below part；The Bidirectional slide Linkage is provided with the centre position location structure 90 that slides laterally part and slides laterally part 1 from centre position to horizontal stroke Track 21 is slid laterally to two Slideslips.

It can be platy structure and parallel to slide laterally part 1 and fixed mount 2.The both sides of the fixed mount 2 are provided with described Track 21 is slid laterally, the both sides for sliding laterally part 1 are slidably connected at and slide laterally track 21.

The controlling organization is track 8, and the track 8 is in and slides laterally on part 1, and the moving component is sliding for longitudinal direction Dynamic component 3, longitudinal sliding motion opportunity and promotion longitudinal sliding motion portion by the longitudinal sliding motion part of the strike angle of the track 8 The longitudinal sliding motion of part, longitudinal sliding motion part has its longitudinal sliding motion track 22.

On the fixed mount 2 set cam member 9, slide laterally on part 1 set with cam member coordinate sliding part 91 and Its sliding rail 92, the linkage is provided with the first spring 20, and one end of the first spring 20 is connected separately with part 1 is slid laterally One end and sliding part 91 are connected, the cam member 9 be provided with the sliding part match the centre position location structure 90 with And control structure 93 is slided, they form the cam surface of cam.No matter part 1 is being slid laterally from centre position to which side Carry out in opening stroke or shutoff stroke, the slip control structure 93 controls first spring by the sliding part 91 20 are sliding laterally part accumulation of energys when being slided sliding starting point position, switch to from accumulation of energy release energy in sliding process, help Power slides laterally part 1 and is slided automatically in remaining stroke.The two ends of the first spring 20 respectively with sliding part 91 and slide laterally Part 1 rotates connection.

Referring to the drawings 4-6,7.In the present embodiment, the present position of section components and previous embodiment are exchanged, the horizontal stroke To cam member 9 is set on slide unit 1, the fixed mount 2 is provided with the sliding part 91 and its sliding rail coordinated with cam member 92, the linkage is provided with the first spring 20, and the other end is connected with fixed mount 1 for one end of the first spring 20 and sliding part 91 connects Connect, the cam member 9 is provided with the centre position location structure 90 and slip control structure matched with the sliding part 91 93, they form the cam surface of cam.No matter slide laterally part 1 from centre position to which side carry out open stroke also It is that the slip control structure 93 controls first spring 20 sliding laterally portion by the sliding part 91 in shutoff stroke Since part accumulation of energy slided sliding starting point position when, switch to from accumulation of energy release energy in sliding process, and power-assisted slides laterally part 1 Slided automatically in remaining stroke.The two ends of the first spring 20 rotate connection with sliding part 91 and fixed mount 2 respectively.

Sliding laterally part 1 can be complete manual part, or synthesize a slide hinge with fixed mount, and have This semi-automatic motion mode of the present embodiment, or automatically ejection, closing are manual using control, spring driven opening is switched The motion mode of operation (or opposite).

Referring to the drawings 1,7-13.Slip provided by the utility model upwarps linkage, is provided with above-mentioned Bidirectional slide Linkage, turning joint, the longitudinal sliding motion part 3, the slip upwarp linkage and are provided with the vertical of longitudinal sliding motion part To sliding rail 22；The lower section for sliding laterally part 1 is provided with swinging mounting 4.

The turning joint and longitudinal sliding motion part 3 are connected, and the rotation of the both direction back and forth of the turning joint is by horizontal stroke Drive longitudinal sliding motion part 3 to slide by controlling organization to slide unit 1 and perform.

The rotating shaft of the swinging mounting 4 and the rotating shaft 50 of turning joint are lateral shaft, and drawing reference numeral 40 is swinging mounting 4 The axis hole of rotating shaft；The swinging mounting 4 is connected by clutch and the turning joint.

The fixed mount 2 is provided with the longitudinal sliding motion track 22, and the longitudinal sliding motion part 3 is slidably connected at fixed mount 2 On.

The utility model can operate with box, and the linkage for presenting is sent out as article 200 in the opening and box of box, described Box is the portable box that can be put into pocket, such as the box of cigarette case, electronic cigarette packet or other storage strip articles, the rotation Support is used to place the article.It is described to slide laterally part 1 and the lid 300 of box is connected, lid directional transverse is slided；Institute State swinging mounting 4 to be in box body 100, and be connected with box body rotation；The fixed mount 2 and box body 100 are connected.

The rotation that upwarps of the swinging mounting 4 is driven by the turning joint；The swinging mounting 4 is rotated down by institute Turning joint drive is stated, can also be used, (article on swinging mounting 4 is such as pressed when the swinging mounting is pressed rotation 200), the clutch is in the state for disconnecting the turning joint and swinging mounting connection.

The turning joint includes the rotor plate 5 being hinged on mounting bracket 6, and the mounting bracket 6 and fixed mount 2 are connected；It is vertical Coordinated by the activity of the first pin 31 and the first track 51 to slide unit 3 and be flexibly connected with rotor plate 5, the first pin 31 and the One track 51 can be relatively rotated and slided, and the first track 51 and the first pin 31 are constrained each other；The swinging mounting 3 passes through second The activity of the track 72 of pin 42 and second coordinates and is flexibly connected with clutch, and the second pin 42 and the second track 72 can be relatively rotated And slip, and the second pin 42 and the second track 72 constrain each other；The clutch is provided with the pin 73 of clutch connection groove 71 and the 3rd, The rotor plate 5 is connected by the flexible connection of the 3rd track 53 and the axle of the 3rd pin 73 with clutch, the 3rd pin 73 and the Three tracks 53 can be relatively rotated and slided, and the 3rd pin 73 and the 3rd track 53 are constrained each other；The clutch passes through cam 74 control, and enable the 3rd pin 73 be in clutch connection groove 71 it is outer when make through the rotation of rotor plate 5 the 3rd pin 73 enter from In conjunction link slot 71.First pin 31, the second pin 72, the 3rd pin 73 can use other cylindrical parts, or in cylindricality Ends also also have cap.

The turning joint is provided with second spring 52, and the second spring 52 is used for power-assisted rotor plate 5 and turns towards drive Dynamic support upwarps the direction rotation of rotation and the 3rd pin 73 described in power-assisted enters clutch connection groove 71.The second spring 52 is consolidated It is scheduled on mounting bracket 6, can rotate connection, the one end of second spring 52 and the first pin 31 rotates connection, the other end and the 3rd pin 73 rotate connection.

The clutch sets the second rotor plate 7, and the second rotor plate 7 is hingedly mounted on mounting bracket 6, and institute is set thereon The second track 72, clutch connection groove 71, the cam 74 are stated, the cam 74 is in the top of clutch connection groove 71；Described turn Dynamic plate 5 sets first track 51, the 3rd track 53；The swinging mounting 4 sets second pin 42；The longitudinal sliding motion Part 3 sets first pin 31.

The end of the 3rd track 53 is provided with the positioning 530 of the 3rd pin 73.

The controlling organization is track 8 and the pin 32 coordinated with track, and the track 8 is in and slides laterally on part 1, institute State pin 32 to be on longitudinal sliding motion part 3, the displacement of the pin 32 is promoted by the chamfered portion 80 of the track.The pin 32 Can be substituted by bearing, axle or other cylindrical parts.

The rotor plate 5, the second rotor plate 72 can be coaxially mounted on mounting bracket 6.

For described Bidirectional slide, in box body can left and right respectively set a set of above-mentioned turning joint, longitudinal sliding motion part 3, Swinging mounting 4, clutch body component；Namely sliding laterally to different directions, there are a set of said modules to be operated with horizontal stroke Display article is upwarped to slip.This two sets of components can be to placement, so, 8 points of track be (i.e. Fig. 1-6 displays of two sections of left and right Embodiment), different turning joints are controlled respectively；This two sets of components can also be placed in the same direction, and now track 8 can be for one continuously Track.

When sliding laterally part 1 and sliding laterally opening to side from close stance (namely described centre position), namely When its lid for being connected slides laterally opening, control of the controlling organization to longitudinal sliding motion part 3 so that its not longitudinal sliding motion, See state shown in Fig. 9 a, 9b.

Opened when being matched with the item width in box body when sliding laterally part 1 and sliding into lid, controlling organization will Start to carry out drive slip to longitudinal sliding motion part 3, see state shown in Figure 10 a, 10b.

Slide laterally part 1 to continue to slide so that the track ramp 80 of controlling organization drives longitudinal sliding motion part 3 to slide, Summit is turned to so as to swinging mounting 3 is able to upwarp, state shown in Figure 11 a, 11b, 12a, 12b is seen.

When closing, can operate and slide laterally the return slip of part 1, reversely be carried out successively according to said procedure.Also may be used Lower bracket is first pressed, now, the second rotor plate 7 is rotated, and turning joint is not rotated, the abjection clutch connection groove of the 3rd pin 73 71, then operate again and slide laterally the return slip of part 1, now, effect of the 3rd track to the 3rd pin 73 causes the 3rd pin 73 Along the surface range of cam 74 to clutch connection groove 71.Return to state shown in Fig. 9 a, 9b.

Specific embodiment of the utility model is the foregoing is only, but architectural feature of the present utility model is not limited to This, any those skilled in the art in field of the present utility model, all cover new in this practicality by the change or modification made Among the protection domain of type.

Claims (13)

1. a kind of Bidirectional slide linkage, it is characterised in that the linkage includes sliding laterally part, fixed mount, described Slide laterally part to be slidably mounted on the fixed mount, the part that slides laterally is provided with controlling organization, the control Mechanism controls processed and driving are in the motion for sliding laterally the moving component below part；

The Bidirectional slide linkage is provided with the centre position location structure that slides laterally part and slides laterally part From centre position track is slid laterally to what both lateral sides were slided.

2. a kind of Bidirectional slide linkage as claimed in claim 1, it is characterised in that the fixed mount and slide laterally rail Road is parallel platy structure.

3. a kind of Bidirectional slide linkage as claimed in claim 1, it is characterised in that the controlling organization is track, described Track is in and slides laterally on part, and the moving component is longitudinal sliding motion part, by the vertical of the strike angle of the track To the longitudinal sliding motion on the longitudinal sliding motion opportunity and promotion longitudinal sliding motion part of slide unit, longitudinal sliding motion part has it longitudinally sliding Dynamic rail road.

4. a kind of Bidirectional slide linkage as claimed in claim 1, it is characterised in that cam member is set on the fixed mount, The sliding part and its sliding rail for being set on part and being coordinated with cam member are slid laterally, the linkage is provided with the first spring, One end of first spring is connected the other end and sliding part connection with part is slid laterally, and the cam member is provided with and the sliding part The centre position location structure and slip control structure for matching, the slip control structure are controlled by the sliding part Since the first spring sliding laterally part accumulation of energy slided sliding starting point position when, and release energy is switched to from accumulation of energy in sliding process Amount, power-assisted slides laterally part slip.

5. a kind of Bidirectional slide linkage as claimed in claim 1, it is characterised in that described sliding laterally set on part Cam member, the fixed mount is provided with the sliding part and its sliding rail coordinated with cam member, and the linkage is provided with first Spring, one end of the first spring is connected the other end and sliding part connection with fixed mount, and the cam member is provided with and the sliding part The centre position location structure and slip control structure for matching, the slip control structure are controlled by the sliding part Since the first spring sliding laterally part accumulation of energy slided sliding starting point position when, and release energy is switched to from accumulation of energy in sliding process Amount, power-assisted slides laterally part slip.

6. a kind of Bidirectional slide linkage as claimed in claim 1, it is characterised in that part and the box of sliding laterally Lid connection, enables lid directional transverse sliding opening, the fixed mount and box body to connect；The box is that can be put into pocket Portable box.

7. a kind of slip upwarps linkage, it is characterised in that the linkage is provided with the Bidirectional slide described in claim 1 Linkage, turning joint, the moving component are longitudinal sliding motion part, and the slip upwarps linkage and is provided with longitudinal sliding motion The longitudinal sliding motion track of part；

Slide laterally and swinging mounting is provided with below part；

The turning joint and longitudinal sliding motion part are connected, and the rotation of the both direction back and forth of the turning joint is by sliding laterally Part drives longitudinal sliding motion part to slide and performs by controlling organization；

The rotating shaft of the swinging mounting and the rotating shaft of turning joint are lateral shaft；The swinging mounting is by clutch and described Turning joint is connected.

8. as claimed in claim 7 a kind of slip upwarps linkage, it is characterised in that the swinging mounting upwarps rotation Driven by the turning joint；Rotating down for the swinging mounting is driven by the turning joint, and, rotate branch described Frame is pressed when rotating, and the clutch is in the state for disconnecting the turning joint and swinging mounting connection.

9. a kind of slip as claimed in claim 7 upwarps linkage, it is characterised in that the turning joint includes being hinged on Rotor plate on mounting bracket, longitudinal sliding motion part is sold by first and the activity of the first track coordinates and connects with rotor plate activity Connect；The swinging mounting is coordinated by the activity of the second pin and the second track and is flexibly connected with clutch；The clutch Structure is provided with clutch connection groove and the 3rd pin, and the rotor plate is by the flexible connection of the 3rd track and the 3rd bearing pin and clutch Structure is connected, the control that the clutch passes through cam, and the 3rd pin is in turning through rotor plate when outside clutch connection groove Move and the 3rd pin is entered in clutch connection groove；The turning joint is provided with second spring, and the second spring is used for power-assisted Rotor plate is rotated towards the direction for driving swinging mounting to upwarp rotation and the 3rd pin described in power-assisted enters clutch connection groove；Install Plate and fixed mount are connected.

10. a kind of slip as claimed in claim 9 upwarps linkage, it is characterised in that the clutch sets second turn Dynamic plate, the second rotor plate and mounting bracket are hinged, and second track, clutch connection groove, the cam, the cam are set thereon It is in the top of clutch connection groove；The rotor plate sets first track, the 3rd track；The swinging mounting sets described Second pin；The longitudinal sliding motion part sets first pin.

A kind of 11. slips as claimed in claim 9 upwarp linkage, it is characterised in that the second spring is fixed on installation On frame, its one end and the first pin rotate connection, and its other end and the 3rd pin rotate connection.

A kind of 12. slips as claimed in claim 9 upwarp linkage, it is characterised in that the end difference of the 3rd track It is provided with the positioning of the 3rd pin.

As claimed in claim 7 a kind of 13. slips upwarp linkage, it is characterised in that part and the box of sliding laterally Lid connection, enables lid directional transverse sliding opening；The swinging mounting is in box body, and is connected with box body rotation, described Fixed mount and box body are connected；The box is the portable box that can be put into pocket.