CN208361731U - A kind of LCM lifting turning mechanism - Google Patents

A kind of LCM lifting turning mechanism Download PDF

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Publication number
CN208361731U
CN208361731U CN201820891647.1U CN201820891647U CN208361731U CN 208361731 U CN208361731 U CN 208361731U CN 201820891647 U CN201820891647 U CN 201820891647U CN 208361731 U CN208361731 U CN 208361731U
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CN
China
Prior art keywords
lcm
cylinder
fixed
plate
lifting
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Expired - Fee Related
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CN201820891647.1U
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Chinese (zh)
Inventor
杨子江
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Shenzhen Jiade He Technology Co Ltd
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Shenzhen Jiade He Technology Co Ltd
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Priority to CN201820891647.1U priority Critical patent/CN208361731U/en
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Publication of CN208361731U publication Critical patent/CN208361731U/en
Expired - Fee Related legal-status Critical Current
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Abstract

LCM lifting turning mechanism provided by the utility model, it is equipped with a guiding vertical slot along the vertical direction by its plate body upper end, the guiding vertical plate of a upright guide rail is fixed at front both ends respectively, a cylinder link block is connected up by its movable end again, lower end is fixed on the lifting cylinder at the back side of guiding vertical plate, pass through a sliding block respectively by its back side again to be slidably connected with upright guide rail, the front end that its back side can install plate with the front end of cylinder link block and one respectively by being oriented to the cylinder of vertical slot is fixed, the both ends of the front have a fixed lifter plate of the bracer of bearing with one respectively, pass through a fixation of the downward rack gear of its movable end and a tooth punching again, lower end is fixed on the push-and-pull cylinder of the upper end of cylinder installation plate, it is rotatablely connected respectively with bearing by its both ends again, middle part and the ratcheting connection of rack gear, lower end is in lifting cylinder downlink LCM is drawn when to preset strokes and overturning is drawn when push-and-pull cylinder pulls LCM to predeterminated position overturning component, to effectively improve the stability of LCM turnover mechanism.

Description

A kind of LCM lifting turning mechanism
Technical field
The utility model belongs to the lifting turnover technology field LCM more particularly to a kind of LCM lifting turning mechanism.
Background technique
Pass of the LCM (Liquid Crystal Display Module: liquid crystal display die set) as display electronic product Key member needs to carry out special process and is processed with equipment.For example, being just related to utilizing in product generating process LCM turnover mechanism overturns LCM.
However, existing LCM turnover mechanism mostly uses greatly motor driven, not only stability is poor, but also at high cost.
In conclusion there are stability differences and technical problem at high cost for existing LCM turnover mechanism.
Utility model content
The utility model one side is designed to provide a kind of LCM lifting turning mechanism, existing to solve The technical issues of structure is complicated and low efficiency existing for the LCM lifting turning mechanism of LCM.
The LCM lifting turning mechanism, comprising:
Be oriented to vertical plate, plate body upper end is equipped with a guiding vertical slot along the vertical direction, before both ends fix one respectively and lead vertically Rail；
Lifting cylinder, movable end connect up a cylinder link block, and lower end is fixed on the back side of the guiding vertical plate；
Lifter plate, the back side pass through a sliding block respectively and are slidably connected with the upright guide rail, the back side respectively with the gas The front end of cylinder link block and one can be fixed by the front end that the cylinder of the guiding vertical slot installs plate, the both ends difference of the front One fixation of the bracer for having bearing with one；
Push-and-pull cylinder, a fixation of movable end and the downward rack gear of a tooth punching, lower end are fixed on the cylinder installation The upper end of plate；
Component is overturn, both ends are rotatablely connected with the bearing respectively, and middle part and the ratcheting connection of the rack gear, lower end is in institute It states and draws LCM when lifting cylinder comes downwards to preset strokes and overturning is drawn when the push-and-pull cylinder pulls the LCM is to pre- If position.
Preferably, the overturning component includes:
Gear shaft, both ends are rotatablely connected with the bearing respectively, and the tooth of one Yu the ratcheting connection of the rack gear are fixed in middle part Wheel；
Several suction arms, parallel suspension is fixed on the axis body of the gear shaft respectively, is come downwards in the lifting cylinder pre- If drawing LCM when stroke and overturning is drawn when the push-and-pull cylinder pulls the LCM being to predeterminated position.
Preferably, the suction arm includes:
Connecting rod, the upper end and the axis body of the gear shaft are fixed, and lower end is suspended below the axis body of the gear shaft；
The lower end of suction disc, upper face and the connecting rod is fixed, and lower face comes downwards to preset strokes in the lifting cylinder When draw LCM.
Preferably, the lower face of the suction disc is uniformly distributed several suction nozzles for drawing LCM.
Preferably, the connecting rod includes a pair of connecting plate parallel to each other for being spaced default spacing；
The upper end of the connecting plate is through setting fixation hole；The fixation hole for the gear shaft axis body pass through and and its It is fixed.
Preferably, the LCM lifting turning mechanism further includes a guiding framework for being fixed on the gear two sides；It is described to lead It passes through to framework for the rack gear to be oriented to it.
Preferably, the guiding framework is vertical with the rack gear.
LCM lifting turning mechanism provided by the utility model is equipped with one by the way that its plate body upper end is arranged along the vertical direction and leads To vertical slot, before both ends fix the guiding vertical plate of a upright guide rail respectively, then connect up a cylinder by the way that its movable end is arranged Link block, lower end is fixed on the lifting cylinder at the back side of guiding vertical plate, then passes through a sliding block respectively by the way that its back side is arranged and erect Straight guide is slidably connected, and the back side can install plate by being oriented to the cylinder of vertical slot with the front end of cylinder link block and one respectively Front end is fixed, and the both ends of the front have a fixed lifter plate of the bracer of bearing with one respectively, then are lived by the way that it is arranged One fixation of moved end and the downward rack gear of a tooth punching, lower end are fixed on the push-and-pull cylinder of the upper end of cylinder installation plate, then lead to It crosses and its both ends is set respectively with bearing rotation connection, middle part and the ratcheting connection of rack gear, lower end comes downwards to default row in lifting cylinder LCM is drawn when journey and overturns the LCM drawn when push-and-pull cylinder pulls to the overturning component of predeterminated position, is effectively mentioned to realize The stability of high LCM turnover mechanism, while the effect reduced its cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the LCM lifting turning mechanism that the embodiment of the present disclosure provides；
Fig. 2 is the partial structurtes signal of LCM lifting turning mechanism in Fig. 1；
Fig. 3 is the structural representation that component is overturn in Fig. 1.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.
Referring to Fig. 1-3, embodiment of the present disclosure one side is designed to provide a kind of LCM lifting turning mechanism, to solve Stability difference existing for existing LCM turnover mechanism and technical problem at high cost.
Referring to Fig. 1-3, the LCM lifting turning mechanism, comprising: guiding vertical plate 1a, lifting cylinder 2a, lifter plate 3a, push-and-pull Cylinder 4a and overturning component 5a.
On the one hand, be oriented to vertical plate 1a, plate body upper end is equipped with a guiding vertical slot 1b along the vertical direction, before both ends it is solid respectively A fixed upright guide rail 1c.
It should be noted that wire support member of the guiding vertical plate 1a as LCM lifting turning mechanism, is mainly used for being oriented to Installation and support lifting cylinder 2a, lifter plate 3a, push-and-pull cylinder 4a and overturning component 5a.Wherein, guiding vertical slot 1b can be for Push-and-pull cylinder 4a leads to vertically according to guiding vertical slot 1b's down through upright guide rail 1c can be for lifter plate 3a and overturning component 5a moves up and down.
On the other hand, lifting cylinder 2a, movable end connect up a cylinder link block 2b, and lower end is fixed on guiding vertical plate The back side of 1a.
It should be noted that can be driven since the movable end of lifting cylinder 2a connects up a cylinder link block 2b The cylinder link block 2b that takes offence carries out elevating movement.
On the other hand, lifter plate 3a, the back side pass through a sliding block 1d and upright guide rail 1c respectively and are slidably connected, the back side point The front end that plate 3b can not be installed by being oriented to the cylinder of vertical slot 1b with the front end of cylinder link block 2b and one is fixed, the front Both ends have a fixation of the bracer 3c of bearing 3c0 with one respectively.
It should be noted that since the back side of lifter plate 3a passes through a sliding block 1d respectively and is oriented to leading on vertical plate 1a vertically Rail 1c is slidably connected, and its back side respectively can be flat by being oriented to the cylinder installation of vertical slot 1b with the front end of cylinder link block 2b and one The front end of plate 3b is fixed, and therefore, when lifting cylinder 2a driving cylinder link block 2b carries out elevating movement, can drive lifter plate 3a carries out elevating movement on the upright guide rail 1c on guiding vertical plate 1a.
In addition, since the both ends before lifter plate 3a have a fixation of the bracer 3c of bearing 3c0 with one respectively, because This can use the bracer 3c for having bearing 3c0 and overturns component 5a to install.
On the other hand, push-and-pull cylinder 4a, a fixation of movable end and the downward rack gear 4b of a tooth punching, lower end is fixed on The upper end of cylinder installation plate 3b.
It should be noted that since the lower end of push-and-pull cylinder 4a is fixed on the upper end of cylinder installation plate 3b, and cylinder is pacified The plate face of dress plate 3b is parallel to ground setting, and therefore, the forms of motion of push-and-pull cylinder 4a shows as the push-and-pull fortune on parallel ground It is dynamic.
In addition, pushing and pulling gas due to a fixation of the movable end of push-and-pull cylinder 4a and the downward rack gear 4b of a tooth punching Cylinder 4a can pull rack gear 4b to move to the direction at the back side of guiding vertical plate 1a, and rack gear 4b can also be pushed to guiding vertical plate 1a's The direction of front moves.
On the other hand, component 5a is overturn, both ends are rotatablely connected with bearing 3c0 respectively, middle part and the ratcheting connection of rack gear 4b, The LCM that lower end draws LCM (9) when lifting cylinder 2a comes downwards to preset strokes and overturning is drawn when push-and-pull cylinder 4a is pulled (9) to predeterminated position.
It should be noted that since the both ends of overturning component 5a are rotatablely connected with bearing 3c0 respectively, middle part and rack gear 4b tooth Connection is closed, lower end is for drawing LCM (9), and therefore, the lower end of overturning component 5a can come downwards to preset strokes in lifting cylinder 2a When contact LCM (9) and drawn, and overturning component 5a can pull rack gear 4b to guiding vertical plate 1a's in push-and-pull cylinder 4a Predeterminated position is turned to when the direction movement at the back side.
Preferably, referring to Fig. 1-3, overturning component 5a includes: gear shaft 5a0 and several suction arm 5a1.
Wherein, the both ends of gear shaft 5a0 are rotatablely connected with bearing 3c0 respectively, fix one and rack gear in the middle part of gear shaft 5a0 The gear 2 of the ratcheting connection of 4b.
In addition, suspension is fixed on the axis body of gear shaft 5a0 several suction arm 5a1 in parallel respectively, in lifting cylinder 2a downlink LCM (9) are drawn when to preset strokes and overturning is drawn when push-and-pull cylinder 4a is pulled LCM (9) is to predeterminated position.
It should be noted that since the both ends of gear shaft 5a0 are rotatablely connected with bearing 3c0 respectively, the middle part of gear shaft 5a0 The gear 2 of one Yu the ratcheting connection of rack gear 4b are fixed, therefore, gear 2 pulls rack gear 4b to guiding vertical plate 1a's in push-and-pull cylinder 4a The back side direction movement when, also to guiding vertical plate 1a the back side direction rotate, and then with movable gear shaft 5a0 to guiding vertical plate 1a The back side direction rotation, to drive, to hang several suction arm 5a1 for being fixed on the axis body of gear shaft 5a0 in parallel respectively upward Overturning.
In addition, being improved since several suction arm 5a1 can draw LCM (9) simultaneously and turn to predeterminated position The execution efficiency of LCM lifting turning mechanism.
Preferably, inhaling arm 5a1 includes: connecting rod 5a10 and suction disc 5a11.
Wherein, the upper end of connecting rod 5a10 and the axis body of gear shaft 5a0 are fixed, and the lower end of connecting rod 5a10 is suspended on gear shaft Below the axis body of 5a0.
In addition, the upper face of suction disc 5a11 and the lower end of connecting rod 5a10 are fixed, the lower face of suction disc 5a11 is in lifting cylinder 2a draws LCM (9) when coming downwards to preset strokes.
It should be noted that suction disc 5a11 draw LCM (9), can to avoid use the means such as mechanical grip damage LCM (9).
Preferably, the lower face of suction disc 5a11 is uniformly distributed several suction nozzles 1 for drawing LCM (9).
It should be noted that suction nozzle 1 draw LCM (9), can to avoid use the means such as mechanical grip damage LCM (9).
In addition, the stability of absorption can be enhanced in multiple suction nozzles 1.
Preferably, connecting rod 5a10 includes a pair of connecting plate 3 parallel to each other for being spaced default spacing, the upper end of connecting plate 3 Through setting fixation hole, fixation hole is passed through for the axis body of gear shaft 5a0 and is fixed with the axis body of gear shaft 5a0.
It should be noted that the stationarity of connection can be enhanced in parallel connecting plate 3.
Preferably, LCM lifting turning mechanism further includes a guiding framework 5a2 for being fixed on 2 two sides of gear, is oriented to framework 5a2 is passed through for rack gear 4b to be oriented to it.
Preferably, guiding framework 5a2 is vertical with rack gear 4b.
It should be noted that guiding framework 5a2 is oriented to the movement of rack gear 4b, rack gear 4b and gear 2 can be enhanced Carry out the stability of ratcheting connection.
LCM lifting turning mechanism provided by the utility model is equipped with one by the way that its plate body upper end is arranged along the vertical direction and leads To vertical slot 1b, before both ends fix the guiding vertical plate 1a of a upright guide rail 1c respectively, then connected up by the way that its movable end is arranged One cylinder link block 2b, lower end is fixed on the lifting cylinder 2a at the back side of guiding vertical plate 1a, then passes through one respectively by its back side and slide Block 1d is slidably connected with upright guide rail 1c, and the back side can pass through guiding vertical slot 1b's with the front end of cylinder link block 2b and one respectively The front end of cylinder installation plate 3b is fixed, the both ends of the front have respectively with one one of the bracer 3c of bearing 3c0 it is fixed Lifter plate 3a, then by a fixation of the downward rack gear 4b of its movable end of setting and a tooth punching, lower end is fixed on cylinder installation The push-and-pull cylinder 4a of the upper end of plate 3b, then be rotatablely connected respectively with bearing 3c0 by the way that its both ends is arranged, middle part and rack gear 4b tooth Connection is closed, lower end draws LCM (9) and the overturning absorption when push-and-pull cylinder 4a is pulled when lifting cylinder 2a comes downwards to preset strokes LCM (9) to the overturning component 5a of predeterminated position, effectively improve the stability of LCM turnover mechanism to realize, while reducing it The effect of cost.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (7)

1. a kind of LCM lifting turning mechanism characterized by comprising
Be oriented to vertical plate, plate body upper end is equipped with a guiding vertical slot along the vertical direction, before both ends fix a upright guide rail respectively；
Lifting cylinder, movable end connect up a cylinder link block, and lower end is fixed on the back side of the guiding vertical plate；
Lifter plate, the back side pass through a sliding block respectively and are slidably connected with the upright guide rail, and the back side connects with the cylinder respectively The front end and one for connecing block can be fixed by the front end that the cylinder of the guiding vertical slot installs plate, and the both ends of the front are respectively with one A fixation for having the bracer of bearing；
Push-and-pull cylinder, a fixation of movable end and the downward rack gear of a tooth punching, lower end are fixed on the cylinder installation plate Upper end；
Component is overturn, both ends are rotatablely connected with the bearing respectively, and middle part and the ratcheting connection of the rack gear, lower end is in the liter LCM is drawn when sending down abnormally ascending cylinder comes downwards to preset strokes and overturning is drawn when the push-and-pull cylinder pulls the LCM is to default position It sets.
2. LCM lifting turning mechanism as described in claim 1, which is characterized in that the overturning component includes:
Gear shaft, both ends are rotatablely connected with the bearing respectively, and the gear of one Yu the ratcheting connection of the rack gear are fixed in middle part；
Several suction arms, parallel suspension is fixed on the axis body of the gear shaft respectively, comes downwards to default row in the lifting cylinder LCM is drawn when journey and overturning is drawn when the push-and-pull cylinder pulls the LCM is to predeterminated position.
3. LCM lifting turning mechanism as claimed in claim 2, which is characterized in that the suction arm includes:
Connecting rod, the upper end and the axis body of the gear shaft are fixed, and lower end is suspended below the axis body of the gear shaft；
The lower end of suction disc, upper face and the connecting rod is fixed, lower face suction when the lifting cylinder comes downwards to preset strokes Take LCM.
4. LCM lifting turning mechanism as claimed in claim 3, which is characterized in that the lower face of the suction disc is uniformly distributed use In several suction nozzles for drawing LCM.
5. LCM lifting turning mechanism as claimed in claim 3, which is characterized in that the connecting rod includes between a pair of of interval is default Away from connecting plate parallel to each other；
The upper end of the connecting plate is through setting fixation hole；The fixation hole passes through for the axis body of the gear shaft and consolidates with it It is fixed.
6. such as the described in any item LCM lifting turning mechanisms of claim 2-5, which is characterized in that further include one be fixed on it is described The guiding framework of gear two sides；The guiding framework is passed through for the rack gear to be oriented to it.
7. LCM lifting turning mechanism as claimed in claim 6, which is characterized in that the guiding framework is vertical with the rack gear.
CN201820891647.1U 2018-06-08 2018-06-08 A kind of LCM lifting turning mechanism Expired - Fee Related CN208361731U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820891647.1U CN208361731U (en) 2018-06-08 2018-06-08 A kind of LCM lifting turning mechanism

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820891647.1U CN208361731U (en) 2018-06-08 2018-06-08 A kind of LCM lifting turning mechanism

Publications (1)

Publication Number Publication Date
CN208361731U true CN208361731U (en) 2019-01-11

Family

ID=64928395

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201820891647.1U Expired - Fee Related CN208361731U (en) 2018-06-08 2018-06-08 A kind of LCM lifting turning mechanism

Country Status (1)

Country Link
CN (1) CN208361731U (en)

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CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20190111

Termination date: 20210608