CN102758996A - Lifting and steering device - Google Patents
Lifting and steering device Download PDFInfo
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- CN102758996A CN102758996A CN2012102626044A CN201210262604A CN102758996A CN 102758996 A CN102758996 A CN 102758996A CN 2012102626044 A CN2012102626044 A CN 2012102626044A CN 201210262604 A CN201210262604 A CN 201210262604A CN 102758996 A CN102758996 A CN 102758996A
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- transmitting assemblies
- face equipment
- screw mandrel
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Abstract
The invention discloses a lifting and steering device, which comprises a mounting rack, a lifting mechanism and a steering mechanism, wherein the lifting mechanism comprises a lifting motor, two lifting slides, two support rods and a lifting transmission assembly, wherein the lifting motor synchronously drives the lifting transmission assembly, and synchronously drives the two lifting slides to linearly move, and the two support rods drive a panel device to be lifted; the steering mechanism comprises a steering motor, s steering slide and a steering transmission assembly, the steering motor drives the steering transmission assembly to drive the steering slides to linearly move, and the steering slides drive the bottom of the panel device to backward and forward move, and thus the panel device is steered. Through the cooperation of the steering mechanism and the lifting mechanism, the lifting and steering device is capable of automatically regulating the angle of inclination of the panel device and the far and near distance of the user, realizing steering and inclining of the panel device, realizing unfolding and folding of different surfaces, and increasing using function, has strong flexibility, saves space, and is also capable of providing an intelligent and digital automation experience for users.
Description
Technical field
The present invention relates to a kind of regulating device, relate more specifically to a kind of lifting and the steering gear.
Background technique
More and more universal along with digital home, earth-shaking variation is taking place in people's life staying idle at home, and wherein, the digital automation design incorporates the modern digital household more and more becomes the most outstanding advantage, and various digital household goods arise at the historic moment.Face equipment is widely used, and can be used as desk, dais, tea table, worktable, dining table or the like, extensively is dissolved in people's life; But present face equipment function ratio is more single; Can not satisfy the demand of many usefulnessization, how combine digital and electronic science and technology, automatic technology to improve the function of panel better, save home room; Make the user enjoy the enjoyment of digital home better, building digital household environment is the hot issue that people study always.
The prior motor transmission device generally all is to be applied to industrial control or the precision equipment aspect is many; Fewer being applied in the work-at-home equipment; The design of part of transmission is complicated and comparatively thick; Can not do to such an extent that thinnerly satisfy in digital home equipment for a short time, satisfy the growing demand of people.How realizing lifting adjustable angle, far and near distance adjustable of face equipment, and realize turning to, is present problem demanding prompt solution, therefore, is necessary to provide a kind of lifting and the steering gear to solve demand.
Summary of the invention
The purpose of this invention is to provide a kind of lifting and the steering gear, said lifting and the steering gear are simple in structure, as required the inclination of free adjustment face equipment and direction; The different facial that makes face equipment increases function of use in the face of the user, has both saved the space; Convenient again the use; For the user brings the experience of digital automation, improve comfort, enlarging application range.
For realizing above-mentioned purpose; The invention provides a kind of lifting and the steering gear; Suitable counter plate equipment carries out lifting and turns to, and comprises scaffold, lifting mechanism and steering equipment, and said lifting mechanism and said steering equipment are arranged in the said scaffold respectively in parallel to each other; Said lifting mechanism comprises lifting motor, two lifting slides, two struts and the straight-line lifting transmitting assemblies that is used to provide driving force; The lifting transmitting assemblies is installed in the said scaffold abreast and is distributed in the both sides of said face equipment, and said lifting slide is separately fixed on the lifting transmitting assemblies, and two a said struts end respectively are installed on the said lifting slide with articulating; The other end is installed in the both sides of the edge of said face equipment with articulating; Said lifting motor synchronous drives said lifting transmitting assemblies, and said lifting transmitting assemblies drives two lifting slides synchronously along said lifting transmitting assemblies straight line motion, and two struts drive said face equipment and realize lifting; Said steering equipment comprises the steer motor that is used to provide driving force; Turn to slide and the straight-line transmitting assemblies that turns to; The said below that turns to transmitting assemblies to be installed in the said scaffold with being parallel to said lifting transmitting assemblies and be positioned at said face equipment saidly turns to slide to be fixed on to turn on the transmitting assemblies, and the bottom of said face equipment is fixed on said turning on the slide with articulating; The said transmitting assemblies that turns to of said steer motor synchronous drive; Turn to transmitting assemblies to drive and turn to slide along the said transmitting assemblies straight line motion that turns to, the bottom that turns to slide to drive said face equipment moves forward and backward, thereby realizes turning to of face equipment.
As one embodiment of the invention; Said lifting transmitting assemblies is the steel wire transmitting assemblies; Comprise steel wire, be fixed on reel, two guide rods and four wire wheels on the lifting motor; The direction that two said guide rods seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment; Said wire wheel is installed on the scaffold and is arranged on respectively with being symmetrically distributed the end of two guide rods respectively, and two said lifting slides are set in respectively on the two said guide rods symmetrically and slidably, said steel wire respectively successively by the wire wheel that is positioned at a guide rod front end around to the wire wheel that is positioned at this guide rod rear end; Again by the wire wheel that is positioned at another guide rod front end around to the wire wheel that is positioned at this guide rod rear end; And the pile warp reel forms the loop, and wherein, the steel wire that pile warp is positioned at the terminal wire wheel of same guide rod two passes said lifting slide respectively and is fixedly connected with said lifting slide.
As another embodiment of the present invention; Said lifting transmitting assemblies is the screw mandrel transmitting assemblies, comprises synchronizing bar, two screw mandrels, gear train, and the direction that two screw mandrels seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment; Two said lifting slides are set on the two said screw mandrels respectively with being threaded symmetrically and; Said synchronizing bar two ends are connected with two said screw mandrels through gear train respectively, and the said synchronizing bar rotation of said lifting motor driving drives two screw mandrels and rotates synchronously; Two lifting slides are along with screw mandrel moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment.
Preferably, said lifting transmitting assemblies also comprises four slide bars, and four said slide bars are fixedly installed on the both sides separately of two screw mandrels respectively in twos abreast along the screw mandrel direction, and four said slide bar correspondences are passed the two ends of the lifting slide that is set on the screw mandrel slidably.
As another embodiment of the present invention; Said lifting transmitting assemblies is a belt drive component; Comprise synchronizing bar, two belts, four belt pulleys; The direction that two belts seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment, said belt pulley be separately positioned on said belt along face equipment seesaw direction two ends and be installed in scaffold, two said belts pile warp respectively are positioned at along seesaw two belt pulleys of the same side of direction of face equipment and form the loop; Two said lifting slides are fixed on two belts respectively symmetrically and have identical moving direction; Said synchronizing bar is vertically installed in two said belts and two ends are fixedly connected with two belt pulleys respectively, and the said synchronizing bar rotation of said lifting motor driving drives two belts and rotates synchronously; Two lifting slides are along with belt moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment.
As one embodiment of the invention; Said steering assembly is the steel wire transmitting assemblies; Comprise steel wire, be fixed on reel, two guide rods and four wire wheels on the steer motor; The direction that two said guide rods seesaw along the face equipment bottom respectively is arranged on the scaffold abreast and is positioned at the below of face equipment; Said wire wheel is installed on the scaffold and is arranged on respectively with being symmetrically distributed the end of two guide rods respectively, and the said slide two ends that turn to are set on the two said guide rods slidably, said steel wire respectively successively by the wire wheel that is positioned at a guide rod front end around to the wire wheel that is positioned at this guide rod rear end; Again by the wire wheel that is positioned at another guide rod front end around to the wire wheel that is positioned at this guide rod rear end; And the pile warp reel forms the loop, and wherein, the steel wire that pile warp is positioned at the terminal wire wheel of same guide rod two passes said lifting slide respectively and is fixedly connected with said lifting slide.
As another embodiment of the present invention; The said transmitting assemblies that turns to is the screw mandrel transmitting assemblies; Comprise screw mandrel, gear train, the direction that said screw mandrel seesaws along the face equipment bottom is arranged on the scaffold abreast and is positioned at the below of face equipment, and the said slide that turns to is set on the said screw mandrel with being threaded; Said steer motor is connected with said screw mandrel through gear train; Said steer motor drives the screw mandrel rotation, turns to slide along with screw mandrel moves forward and backward synchronously, thereby the front and back that drive face equipment turn to.
Preferably, the said transmitting assemblies that turns to also comprises two slide bars, and two said slide bars are fixedly installed on the both sides of said screw mandrel respectively abreast along the screw mandrel direction, and two said slide bar correspondences are passed the two ends that turn to slide that are set on the screw mandrel slidably.
As another embodiment of the present invention; The said transmitting assemblies that turns to is the screw mandrel transmitting assemblies, comprises synchronizing bar, two screw mandrels, gear train, and the direction that two screw mandrels seesaw along the face equipment bottom respectively is arranged on the scaffold abreast and is positioned at the below of face equipment; The said slide two ends that turn to are set on the two said screw mandrels respectively with being threaded symmetrically and; Said synchronizing bar two ends are connected with two said screw mandrels through gear train respectively, and said steer motor drives said synchronizing bar rotation, drives two screw mandrels and rotates synchronously; The said slide that turns to is along with screw mandrel moves forward and backward synchronously, thereby the front and back that drive face equipment turn to.
Preferably, the said transmitting assemblies that turns to also comprises four slide bars, and four said slide bars are fixedly installed on the both sides separately of two screw mandrels respectively in twos abreast along the screw mandrel direction, and four said slide bar correspondences are passed the two ends that turn to slide that are set on the screw mandrel slidably.
Lifting of the present invention and the steering gear are realized the lifting of face equipment through driving strut through lifting mechanism is set, can be freely the angle of inclination of adjusting range board device as required, until reaching suitable use angle; Also be provided with steering equipment in addition, seesaw through the bottom straight line that turns to slide to drive face equipment, said steering equipment cooperates with lifting mechanism; Can the free adjustment face equipment and user's distance, simultaneously, can realize the inclination that turns to of face equipment; Realization can freely be selected the front of face equipment or back are folded, and has increased the function of use of face equipment, has both saved the space; Flexibility is strong again; Widely applicable, can give the experience of user's intelligence, digital automation, build comfortable applied environment.
Through following description and combine accompanying drawing, it is more clear that the present invention will become, and these accompanying drawings are used to explain embodiments of the invention.
Description of drawings
Fig. 1 is the three-dimensional structure diagram of embodiment of the invention lifting and the steering gear;
Fig. 2 is the structural representation that the lifting mechanism among Fig. 1 cooperates with face equipment;
Fig. 3 is the structural representation of the lifting mechanism of another embodiment of the present invention;
Fig. 4 is the structural representation of the lifting mechanism of further embodiment of this invention;
Fig. 5 is the structural representation of the steering equipment among Fig. 1;
Fig. 6 is the structural representation of the lifting mechanism of another embodiment of the present invention.
Embodiment
With reference now to accompanying drawing, describe embodiments of the invention, the similar elements label is represented similar elements in the accompanying drawing.As stated, the invention discloses a kind of lifting and the steering gear, through cooperating of steering equipment and lifting mechanism; But the angle of inclination of free adjustment face equipment reaches the far and near distance with the user, can realize the inclination that turns to of face equipment, realizes folding of different facial; Increase function of use; Flexibility is strong, has both saved the space, can give the experience of user's intelligence, digital automation again.
With reference to figure 1, the suitable counter plate equipment 100 of the lifting of the embodiment of the invention and the steering gear carries out lifting and turns to, and said face equipment can be desk, dais, tea table, worktable, dining table, display device, intelligent television, touch screen or the like.Said lifting and the steering gear comprise scaffold (figure does not show), lifting mechanism 200 and steering equipment 300, and said lifting mechanism 200 and said steering equipment 300 are arranged in the said scaffold respectively in parallel to each other.Cooperation is referring to figs. 2 to Fig. 6; Said lifting mechanism 200 comprises the lifting motor 210 that is used to provide driving force, two lifting slides 220, two struts 230 and straight-line lifting transmitting assemblies 240; Lifting transmitting assemblies 240 is installed in the said scaffold abreast and is distributed in the both sides of said face equipment 100; Two said lifting slides 220 are separately fixed on the lifting transmitting assemblies 240; Two said struts 230 end respectively are installed on the said lifting slide 220 with articulating, and the other end is installed in the both sides of the edge of said face equipment 100, the said lifting transmitting assemblies 240 of said lifting motor 210 synchronous drive with articulating; Said lifting transmitting assemblies 240 drives two lifting slides 220 synchronously along said lifting transmitting assemblies 240 straight line motions, and two struts 230 drive said face equipment 100 and realize lifting; Said steering equipment 300 comprises the steer motor 310 that is used to provide driving force; Turn to slide 320 and the straight-line transmitting assemblies 330 that turns to; The said transmitting assemblies 330 that turns to is parallel to the below that said lifting transmitting assemblies 240 ground are installed in the said scaffold and are positioned at said face equipment 100; Saidly turn to slide 320 to be fixed on to turn on the transmitting assemblies 330; The bottom of said face equipment 100 is fixed on said turning on the slide 320 with articulating, and the said transmitting assemblies 330 that turns to of said steer motor 310 synchronous drive turns to transmitting assemblies 330 to drive and turns to slide 320 along said transmitting assemblies 330 straight line motions that turn to; The bottom that turns to slide 320 to drive said face equipment 1000 moves forward and backward, thereby realizes turning to of face equipment 100.
With reference to figure 2; As one embodiment of the invention; Said lifting transmitting assemblies 240 is screw mandrel transmitting assemblies 240a; Comprise synchronous band 244a, two screw mandrel 241a, two belt wheel 243a, the direction that two screw mandrel 244a seesaw along face equipment 100 respectively is arranged on the both sides of face equipment 100 abreast, and is installed on the scaffold through mounting blocks 400.Two said lifting slides 220 are set on the two said screw mandrel 241a respectively with being threaded symmetrically and; Two said belt wheel 243a are fixed on respectively on the end of two screw mandrel 241a the same sides symmetrically; Said synchronous band 244a pile warp two said belt wheel 243a form the loop; Lifting motor 210 connects driving one screw mandrel 241a rotation through gear; The screw mandrel 241a of opposite side realizes rotation synchronously through the drive of band synchronously, is set in two lifting slides 220 on the two screw mandrel 241a respectively along with screw mandrel 241a moves forward and backward synchronously, thereby drives the lifting that strut 230 is realized face equipments 100.Preferably; Said lifting transmitting assemblies 240a also comprises four slide bar 245a; Four said slide bar 245a are fixedly installed on the both sides separately of two screw mandrel 241a respectively in twos abreast along screw mandrel 241a direction, and four said slide bar 245a correspondences are passed the two ends of the lifting slide 220 that is set on the screw mandrel 241a slidably.Through said slide bar is set, for lifting slide 220 provides leading role, makes the slip of lifting slide 220 more smooth and easy stable, thereby guarantee the reliability of the lifting of face equipment 100.
With reference to figure 3; As another embodiment of the present invention; Said lifting transmitting assemblies 240 is screw mandrel transmitting assemblies 240b; Comprise synchronizing bar 240b, two screw mandrel 241b, gear train 243b, the direction that two screw mandrel 244b seesaw along face equipment 100 respectively is arranged on the both sides of face equipment 100 abreast, and is installed on the scaffold through mounting blocks 400.Two said lifting slides 220 are set in respectively on the two said screw mandrel 241b with being threaded symmetrically and, and said synchronizing bar 244b two ends are connected with two said screw mandrel 241b through gear train 243b respectively, and said gear train 243b can be bevel gear.Said lifting motor (figure does not show) drives said synchronizing bar 244b rotation, drives two screw mandrel 241b and rotates synchronously, and two lifting slides 220 are along with screw mandrel 241b moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment 100.Preferably; Said lifting transmitting assemblies 240b also comprises four slide bar 245b; Four said slide bar 245b are fixedly installed on the both sides separately of two screw mandrel 241b respectively in twos abreast along screw mandrel 241b direction, and four said slide bar 245b correspondences are passed the two ends of the lifting slide 220 that is set on the screw mandrel 241b slidably.
With reference to figure 4; As another embodiment of the present invention; Said lifting transmitting assemblies 240 is steel wire transmitting assemblies 240c; Comprise steel wire 241c, be fixed on the reel 244c on the lifting motor 210, four guide rod 245c and four wire wheel 243c; The direction that four said guide rod 245c seesaw along face equipment 100 respectively in twos is arranged on the scaffold abreast and is positioned at the both sides of face equipment 100; Said wire wheel 243c is installed on the scaffold and is arranged on respectively with being symmetrically distributed the end of guide rod 245c respectively, and two said lifting slides 220 are set in respectively on four guide rod 245c symmetrically and slidably, said steel wire 241c respectively successively by the wire wheel 243c of the guide rod 245c front end that is positioned at face equipment 100 left sides around to the wire wheel 243c that is positioned at this side guide rod 245c rear end; Again by the wire wheel 243c of the guide rod 245c front end that is positioned at face equipment 100 right sides around to the wire wheel 243c that is positioned at this side guide rod 245c rear end; And pile warp reel 244c forms the loop, and wherein, the steel wire 241c that pile warp is positioned at the terminal wire wheel 243c of the same side guide rod two passes said lifting slide 220 respectively and is fixedly connected with said lifting slide 220.Need to prove that the both sides of said face equipment 100 also can only be provided with a guide rod 245c respectively, equally can its guiding and stabilization.
As another embodiment of the present invention; Said lifting transmitting assemblies 240 can be belt drive component; Comprise synchronizing bar, two belts, four belt pulleys; The direction that two belts seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment, said belt pulley be separately positioned on said belt along face equipment seesaw direction two ends and be installed in scaffold, two said belts pile warp respectively are positioned at along seesaw two belt pulleys of the same side of direction of face equipment and form the loop; Two said lifting slides are fixed on two belts respectively symmetrically and have identical moving direction; Said synchronizing bar is vertically installed in two said belts and two ends are fixedly connected with two belt pulleys respectively, and the said synchronizing bar rotation of said lifting motor driving drives two belts and rotates synchronously; Two lifting slides are along with belt moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment.
With reference to figure 5; As another embodiment of the present invention; Said steering assembly 330 is steel wire transmitting assemblies 330a; Comprise steel wire 331a, be fixed on the reel 332a on the steer motor 310, four guide rod 333a and four wire wheel 334a; The direction that four said guide rod 333a seesaw along face equipment 100 bottoms through fixed block 400 respectively in twos is arranged on the scaffold abreast and is positioned at the below of face equipment 100; Said wire wheel 334a is installed on the scaffold and is arranged on respectively with being symmetrically distributed the end of the guide rod 333a of face equipment 100 both sides respectively, and said slide 320 two ends that turn to are set on the said guide rod 333a slidably, said steel wire 331a respectively successively by the wire wheel 334a of the guide rod front end that is positioned at face equipment 100 1 sides around to the wire wheel 334a that is positioned at this side guide rod 333a rear end; Again by the wire wheel 334a that is positioned at other side guide rod 333a front end around to the wire wheel 334a that is positioned at this side guide rod 333a rear end; And pile warp strand 332a wheel forms the loop, and wherein, the steel wire 331a that pile warp is positioned at the terminal wire wheel 334a of homonymy guide rod 333a two passes said lifting slide 320 respectively and is fixedly connected with said lifting slide 320; The pile warp not steel wire 331a of the wire wheel 334a of homonymy is X-shape and becomes the loop, is consistent with the moving direction of the steel wire 331a that turns to slide 320 two ends to be fixedly connected in order to guarantee.Need to prove that the both sides of said face equipment 100 also can only be provided with a guide rod 333a respectively, equally can its guiding and stabilization.
With reference to figure 6; As an embodiment more of the present invention, the said transmitting assemblies 330 that turns to is screw mandrel transmitting assemblies 330b, comprises screw mandrel 331b, gear train 332b; The direction that said screw mandrel 331b seesaws along face equipment 100 bottoms is arranged on the scaffold abreast and is positioned at the below of face equipment 100; The said slide 320 that turns to is set on the said screw mandrel 331b with being threaded, and steer motor (figure does not show) is connected with said screw mandrel 331b through gear train 332b, and said steer motor drives screw mandrel 331b rotation; Turn to slide 320 along with screw mandrel 331b moves forward and backward synchronously, thereby the front and back that drive face equipment 100 turn to.Preferably; The said transmitting assemblies 330b that turns to also comprises two slide bar 333b; Two said slide bar 333b are fixedly installed on the both sides of said screw mandrel 331b respectively abreast along screw mandrel 331b direction, and two said slide bar 333b correspondences are passed the two ends that turn to slide 320 that are set on the screw mandrel 331b slidably.
As another embodiment of the present invention; The said transmitting assemblies 330 that turns to can be the screw mandrel transmitting assemblies, comprises synchronizing bar, two screw mandrels, gear train, and the direction that two screw mandrels seesaw along the face equipment bottom respectively is arranged on the scaffold abreast and is positioned at the below of face equipment 100; Said slide 320 two ends that turn to are set on the two said screw mandrels respectively with being threaded symmetrically and; Said synchronizing bar two ends are connected with two said screw mandrels through gear train respectively, and said steer motor drives said synchronizing bar rotation, drives two screw mandrels and rotates synchronously; The said slide that turns to is along with screw mandrel moves forward and backward synchronously, thereby the front and back that drive face equipment 100 turn to.Preferably; The said transmitting assemblies that turns to also comprises four slide bars; Four said slide bars are fixedly installed on the both sides separately of two screw mandrels respectively in twos abreast along the screw mandrel direction, and four said slide bar correspondences are passed the two ends that turn to slide 320 that are set on the screw mandrel slidably.
Be appreciated that ground, the lifting transmitting assemblies 340 of the embodiment of the invention and to turn to transmitting assemblies 330 can be steel wire transmitting assemblies or screw mandrel transmitting assemblies or belt drive component simultaneously can also be their combination in any.
Compared with prior art; Lifting of the present invention and the steering gear are through being provided with lifting mechanism 200; Drive strut 230 and realize the lifting of face equipments 100, can be freely the angle of inclination of adjusting range board device 100 as required, until reaching suitable use angle; Also be provided with steering equipment 300 in addition, seesaw through the bottom straight line that turns to slide 320 to drive face equipments 100, said steering equipment 300 cooperates with lifting mechanism 200, can free adjustment face equipment 100 and user's distance; Simultaneously, can realize the inclination that turns to of face equipment 100, realization can freely be selected the front of face equipment 100 or back are folded, for example; When said face equipment is display device, and change display device simultaneously for display screen, another side is an ordinary desktop; Through cooperating of lifting mechanism and steering equipment, can the display device lifting be transferred to proper angle, also can display device be kept flat; Display location is in upper surface, also can ordinary desktop be inverted to be the display screen collection protection to be got up upper surface; Thereby increased the function of use of display device, both saved the space, flexibility is strong again; Widely applicable, can give the experience of user's intelligence, digital automation, build comfortable applied environment.
Invention has been described more than to combine most preferred embodiment, but the present invention is not limited to the embodiment of above announcement, and should contain various modification, equivalent combinations of carrying out according to essence of the present invention.
Claims (10)
1. lifting and the steering gear; Suitable counter plate equipment carries out lifting and turns to; It is characterized in that, comprise scaffold, lifting mechanism and steering equipment, said lifting mechanism and said steering equipment are arranged in the said scaffold respectively in parallel to each other; Said lifting mechanism comprises lifting motor, two lifting slides, two struts and the straight-line lifting transmitting assemblies that is used to provide driving force; The lifting transmitting assemblies is installed in the said scaffold abreast and is distributed in the both sides of said face equipment, and said lifting slide is separately fixed on the lifting transmitting assemblies, and two a said struts end respectively are installed on the said lifting slide with articulating; The other end is installed in the both sides of the edge of said face equipment with articulating; Said lifting motor synchronous drives said lifting transmitting assemblies, and said lifting transmitting assemblies drives two lifting slides synchronously along said lifting transmitting assemblies straight line motion, and two struts drive said face equipment and realize lifting; Said steering equipment comprises the steer motor that is used to provide driving force; Turn to slide and the straight-line transmitting assemblies that turns to; The said below that turns to transmitting assemblies to be installed in the said scaffold with being parallel to said lifting transmitting assemblies and be positioned at said face equipment saidly turns to slide to be fixed on to turn on the transmitting assemblies, and the bottom of said face equipment is fixed on said turning on the slide with articulating; The said transmitting assemblies that turns to of said steer motor synchronous drive; Turn to transmitting assemblies to drive and turn to slide along the said transmitting assemblies straight line motion that turns to, the bottom that turns to slide to drive said face equipment moves forward and backward, thereby realizes turning to of face equipment.
2. lifting as claimed in claim 1 and the steering gear; It is characterized in that; Said lifting transmitting assemblies is the steel wire transmitting assemblies; Comprise steel wire, be fixed on reel, two guide rods and four wire wheels on the lifting motor, the direction that two said guide rods seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment, and said wire wheel is installed on the scaffold respectively and is arranged on the end of two guide rods respectively with being symmetrically distributed; Two said lifting slides are set on the two said guide rods respectively symmetrically and slidably; Said steel wire respectively successively by the wire wheel that is positioned at a guide rod front end around to the wire wheel that is positioned at this guide rod rear end, again by the wire wheel that is positioned at another guide rod front end around to the wire wheel that is positioned at this guide rod rear end, and the pile warp reel forms the loop; Wherein, the pile warp steel wire that is positioned at the terminal wire wheel of same guide rod two passes said lifting slide respectively and is fixedly connected with said lifting slide.
3. lifting as claimed in claim 1 and the steering gear is characterized in that, said lifting transmitting assemblies is the screw mandrel transmitting assemblies; Comprise synchronizing bar, two screw mandrels, gear train; The direction that two screw mandrels seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment, and two said lifting slides are set in respectively on the two said screw mandrels with being threaded symmetrically and, and said synchronizing bar two ends are connected with two said screw mandrels through gear train respectively; The said synchronizing bar rotation of said lifting motor driving; Drive two screw mandrels and rotate synchronously, two lifting slides are along with screw mandrel moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment.
4. lifting as claimed in claim 3 and the steering gear; It is characterized in that; Said lifting transmitting assemblies also comprises four slide bars; Four said slide bars are fixedly installed on the both sides separately of two screw mandrels respectively in twos abreast along the screw mandrel direction, and four said slide bar correspondences are passed the two ends of the lifting slide that is set on the screw mandrel slidably.
5. lifting as claimed in claim 1 and the steering gear; It is characterized in that; Said lifting transmitting assemblies is a belt drive component, comprises synchronizing bar, two belts, four belt pulleys, and the direction that two belts seesaw along face equipment respectively is arranged on the scaffold abreast and is positioned at the both sides of face equipment; Said belt pulley be separately positioned on said belt along face equipment seesaw direction two ends and be installed in scaffold; Two said belts pile warp respectively are positioned at along seesaw two belt pulleys of the same side of direction of face equipment and form the loop, and two said lifting slides are fixed on two belts respectively symmetrically and have identical moving direction, and said synchronizing bar is vertically installed in two said belts and two ends are fixedly connected with two belt pulleys respectively; The said synchronizing bar rotation of said lifting motor driving; Drive two belts and rotate synchronously, two lifting slides are along with belt moves forward and backward synchronously, thereby the drive strut is realized the lifting of face equipment.
6. lifting as claimed in claim 1 and the steering gear; It is characterized in that; Said steering assembly is the steel wire transmitting assemblies; Comprise steel wire, be fixed on reel, two guide rods and four wire wheels on the steer motor, the direction that two said guide rods seesaw along the face equipment bottom respectively is arranged on the scaffold abreast and is positioned at the below of face equipment, and said wire wheel is installed on the scaffold respectively and is arranged on the end of two guide rods respectively with being symmetrically distributed; The said slide two ends that turn to are set on the two said guide rods slidably; Said steel wire respectively successively by the wire wheel that is positioned at a guide rod front end around to the wire wheel that is positioned at this guide rod rear end, again by the wire wheel that is positioned at another guide rod front end around to the wire wheel that is positioned at this guide rod rear end, and the pile warp reel forms the loop; Wherein, the pile warp steel wire that is positioned at the terminal wire wheel of same guide rod two passes said lifting slide respectively and is fixedly connected with said lifting slide.
7. lifting as claimed in claim 1 and the steering gear; It is characterized in that the said transmitting assemblies that turns to is the screw mandrel transmitting assemblies, comprises screw mandrel, gear train; The direction that said screw mandrel seesaws along the face equipment bottom is arranged on the scaffold abreast and is positioned at the below of face equipment; The said slide that turns to is set on the said screw mandrel with being threaded, and said steer motor is connected with said screw mandrel through gear train, and said steer motor drives the screw mandrel rotation; Turn to slide along with screw mandrel moves forward and backward synchronously, thereby the front and back that drive face equipment turn to.
8. lifting as claimed in claim 7 and the steering gear; It is characterized in that; The said transmitting assemblies that turns to also comprises two slide bars; Two said slide bars are fixedly installed on the both sides of said screw mandrel respectively abreast along the screw mandrel direction, and two said slide bar correspondences are passed the two ends that turn to slide that are set on the screw mandrel slidably.
9. lifting as claimed in claim 1 and the steering gear is characterized in that, the said transmitting assemblies that turns to is the screw mandrel transmitting assemblies; Comprise synchronizing bar, two screw mandrels, gear train; The direction that two screw mandrels seesaw along the face equipment bottom respectively is arranged on the scaffold abreast and is positioned at the below of face equipment, and the said slide two ends that turn to are set in respectively on the two said screw mandrels with being threaded symmetrically and, and said synchronizing bar two ends are connected with two said screw mandrels through gear train respectively; Said steer motor drives said synchronizing bar rotation; Drive two screw mandrels and rotate synchronously, the said slide that turns to is along with screw mandrel moves forward and backward synchronously, thereby the front and back that drive face equipment turn to.
10. lifting as claimed in claim 8 and the steering gear; It is characterized in that; The said transmitting assemblies that turns to also comprises four slide bars; Four said slide bars are fixedly installed on the both sides separately of two screw mandrels respectively in twos abreast along the screw mandrel direction, and four said slide bar correspondences are passed the two ends that turn to slide that are set on the screw mandrel slidably.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210262604.4A CN102758996B (en) | 2012-07-26 | 2012-07-26 | Lifting and steering device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210262604.4A CN102758996B (en) | 2012-07-26 | 2012-07-26 | Lifting and steering device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102758996A true CN102758996A (en) | 2012-10-31 |
| CN102758996B CN102758996B (en) | 2014-09-17 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210262604.4A Expired - Fee Related CN102758996B (en) | 2012-07-26 | 2012-07-26 | Lifting and steering device |
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| CN103174922A (en) * | 2013-02-21 | 2013-06-26 | 四川湖山电器有限责任公司 | Intelligent telescopic support mechanism |
| CN103322393A (en) * | 2013-06-25 | 2013-09-25 | 成都福誉科技有限公司 | Leading-out hinged two-dimensional deflection adjusting device |
| CN103557413A (en) * | 2013-11-06 | 2014-02-05 | 上虞市美帝宝塑业有限公司 | Automatic inclining device for television picture |
| CN105806781A (en) * | 2016-04-20 | 2016-07-27 | 北京石油化工学院 | Microscope clamping and adjusting device |
| CN109640558A (en) * | 2018-12-29 | 2019-04-16 | 天津卡达克数据有限公司 | A kind of intelligent terminal shared based on data acquisition under new-energy automobile |
| CN111044759A (en) * | 2020-01-15 | 2020-04-21 | 程家东 | Electrical engineering mechanical equipment circuit checkout stand |
| CN114274886A (en) * | 2021-12-30 | 2022-04-05 | 安徽创显电子科技有限公司 | Vehicle-mounted intelligent display screen capable of being adjusted in multiple dimensions |
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| CN201680124U (en) * | 2010-04-30 | 2010-12-22 | 东莞市汇雅实业有限公司 | Electrical lifting rotating television rack |
| CN202327574U (en) * | 2011-10-29 | 2012-07-11 | 温岭市富康汽车零部件有限公司 | Lifting support of signal collection instrument |
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| CN103174922A (en) * | 2013-02-21 | 2013-06-26 | 四川湖山电器有限责任公司 | Intelligent telescopic support mechanism |
| CN103174922B (en) * | 2013-02-21 | 2015-06-17 | 四川湖山电器有限责任公司 | Intelligent telescopic support mechanism |
| CN103322393A (en) * | 2013-06-25 | 2013-09-25 | 成都福誉科技有限公司 | Leading-out hinged two-dimensional deflection adjusting device |
| CN103557413A (en) * | 2013-11-06 | 2014-02-05 | 上虞市美帝宝塑业有限公司 | Automatic inclining device for television picture |
| CN103557413B (en) * | 2013-11-06 | 2015-11-11 | 绍兴市美帝宝电器有限公司 | TV set image lifting wing drop device |
| CN105806781A (en) * | 2016-04-20 | 2016-07-27 | 北京石油化工学院 | Microscope clamping and adjusting device |
| CN109640558A (en) * | 2018-12-29 | 2019-04-16 | 天津卡达克数据有限公司 | A kind of intelligent terminal shared based on data acquisition under new-energy automobile |
| CN109640558B (en) * | 2018-12-29 | 2020-12-01 | 天津卡达克数据有限公司 | Intelligent terminal device based on data acquisition sharing under new energy automobile |
| CN111044759A (en) * | 2020-01-15 | 2020-04-21 | 程家东 | Electrical engineering mechanical equipment circuit checkout stand |
| CN111044759B (en) * | 2020-01-15 | 2022-08-09 | 山东雁翔机电工程有限公司 | Electrical engineering mechanical equipment circuit checkout stand |
| CN114274886A (en) * | 2021-12-30 | 2022-04-05 | 安徽创显电子科技有限公司 | Vehicle-mounted intelligent display screen capable of being adjusted in multiple dimensions |
| CN114274886B (en) * | 2021-12-30 | 2022-07-19 | 安徽创显电子科技有限公司 | Vehicle-mounted intelligent display screen capable of being adjusted in multiple dimensions |
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