CN207792392U - The multimedia equipment with telecontrol equipment in elevator - Google Patents

Abstract

The utility model provides the multimedia equipment with telecontrol equipment in a kind of elevator, including shell and mounting base, further includes master controller, proximity sensor, projection arrangement and motion；The adjustable plate for adjustment housings and mounting base spacing is equipped between shell and mounting base；Motion is set to adjustable plate；Proximity sensor, output detection signal when for detecting that elevator door is kept in motion；Master controller, for monitoring whether elevator door is in fully closed condition；Master controller is additionally operable to the output when elevator door is in fully closed condition and plays control electric signal；Projection arrangement be used for receives play control electric signal and play control electric signal control under play out, will image projecting to projection arrangement place side elevator inner wall or elevator door on；Master controller and projection arrangement are located in shell.Lightweight may be implemented in the multimedia equipment of above-mentioned elevator, large scale plays and do not interfere with user and takes, and being capable of retention property stabilization.

Description

The multimedia equipment with telecontrol equipment in elevator

Technical field

The utility model belongs to elevator projection art, more specifically, be related in a kind of elevator with movement The multimedia equipment of device.

Background technology

Due to being limited by lift space in traditional elevator, paper-made advertising or small-screen LED are mostly used.Large scale advertisement It can only be realized with paper media, artificial to replace, waste of resource and manpower.Although advertisement may be implemented in the small screen LCD dynamic is broadcast It puts, but since size is smaller, the user in elevator will not see substantially, cause result of broadcast bad.And use large-scale LCD then Since its weight and safety problem are not appropriate for applying in elevator.

Therefore a kind of lightweight is provided, large scale plays and do not interfere with the multimedia that the performance that user takes is stablized and is set It is standby, it is our problems in the urgent need to address.

Utility model content

The purpose of this utility model is to provide the multimedia equipments with telecontrol equipment in a kind of elevator, existing to solve There is not light-weighted enough the technical problem of multimedia equipment present in technology.

To achieve the above object, the technical solution adopted in the utility model is：It provides in a kind of elevator and carries sportswear The multimedia equipment set, including shell and mounting base further include master controller, proximity sensor, projection arrangement and motion；

The adjusting of the spacing for adjusting the shell and the mounting base is equipped between the shell and the mounting base Plate；

The motion is set to the adjustable plate；

The proximity sensor, the state for detecting elevator door, and detecting that the elevator door is kept in motion When output detection signal；

The master controller is connect with the proximity sensor, for receiving the detection signal, and monitors the elevator Whether door is in fully closed condition；The master controller is additionally operable to export when the elevator door is in fully closed condition and broadcast Put control electric signal；

The projection arrangement is connect with the master controller；The projection arrangement is for receiving the broadcasting control telecommunications Number and played out under the control for playing control electric signal, by image projecting to the elevator of side where the projection arrangement On inner wall or elevator door；

The master controller and the projection arrangement are located in the shell.

Further, the adjustable plate and the shell are mating；The motion includes being disposed in the housing Spur rack and the toothholder on the adjustable plate, the toothholder engaged with the spur rack, the toothholder be equipped be used for Adjust the flexible adjustment mechanism of the toothholder position.

Further, the side of the adjustable plate is equipped with the mounting groove to stretch for the toothholder, and the adjustable plate is equipped with Stroke groove, the stroke groove are communicated in the mounting groove；The flexible adjustment mechanism includes bracing wire, link block and the first elasticity Part；The link block is located at the side of bottom of the toothholder towards the mounting groove, and first elastic component one end is socketed on On the link block, the other end is connected to the side wall of the stroke groove, one end of the bracing wire pass through first elastic component and It is connected on the link block, the other end is located at the outer wall of the adjustable plate.

Further, the flexible adjustment mechanism further includes the adjusting screw that rotation is set on the adjustable plate, the bracing wire One end far from the link block is connected to the adjusting screw.

Further, the adjustable plate is equipped with the cabling channel for being communicated in the stroke groove, and the adjustable plate, which is equipped with, to be connected It passes through the cabling channel and for the screw hole of adjusting screw rotatable connection, the bracing wire is located in the cabling channel.

Further, side of the adjustable plate far from screw hole be equipped with the first compression groove, the shell be equipped with it is described Second compression groove of the first compression groove connection, first compression groove and the second compression groove are interior equipped with the second elastic component.

Further, the cross section of the teeth of the spur rack is isosceles triangle, the cross section of the teeth of the toothholder For isosceles triangle.

Further, the side wall of the adjustable plate is equipped with limiting slot, and the shell is equipped with limited block, and the limited block is remote One end sliding from the shell is connected to the limiting slot.

The advantageous effect of the multimedia equipment with telecontrol equipment in elevator provided by the utility model is：With it is existing Technology is compared, the multimedia equipment with telecontrol equipment in the utility model elevator, by being set between shell and mounting base Adjustable plate, be set to the motion of adjustable plate, realize the spacing between adjustment housings and mounting base, projection dress is connect to realize Projection is set to the distance on elevator door so that projection is more clear to the image on elevator door is adjustable.Proximity sensor is used In the state of detection elevator door, and the output detection signal when detecting that elevator door is kept in motion.Master controller is for connecing The detection signal of proximity sensor output is received, and whether fully closed condition is according to the detection signal monitoring elevator door.It throws Image device is used under the control for the broadcasting control electric signal that master controller exports play out, by image projecting to projection arrangement On the elevator inner wall or elevator door of place side.When elevator door is opened, proximity sensor output detection signal, master controller is then The state of elevator is updated to enabling motion state according to the detection signal, and next detection signal is exported in proximity sensor When, the state of elevator door is updated to shutdown motion state, updates elevator door state after stopping receives the detection signal For fully closed condition, projection arrangement is only just played out when elevator door is in fully closed condition, can be to avoid projected light In user's eye of line intake disengaging elevator, and then ensures that user will not be taken and have an impact；Photographic device is used for elevator door It is imaged, to obtain the image information of elevator door in real time.Therefore current electricity can be got according to the image information got The state of terraced door；Camera shooting regulating device is used to adjust the monitoring range of the photographic device, to realize artificial adjustable camera shooting dress The angular range set, targetedly to absorb the region in elevator；Shell is for accommodating master controller and projection arrangement.

Description of the drawings

It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this practicality is new Some embodiments of type for those of ordinary skill in the art without having to pay creative labor, can be with Obtain other attached drawings according to these attached drawings.

The multimedia equipment with telecontrol equipment in elevator that Fig. 1 provides for the utility model embodiment is assemblied in electricity Structural schematic diagram in ladder；

Fig. 2 is the structural representation of the multimedia equipment with telecontrol equipment in the elevator that the utility model embodiment provides Figure；

Fig. 3 is the structural schematic diagram of the multimedia equipment inside subject of Fig. 2；

Fig. 4 is the A direction views in Fig. 2；

Fig. 5 is the sectional structure chart of the line B-B along Fig. 4；

Fig. 6 is the sectional structure chart of the line C-C along Fig. 5；

Fig. 7 is the D direction views in Fig. 2；

Fig. 8 is the sectional structure chart of the E-E lines along Fig. 7；

Fig. 9 is the structural schematic diagram of the toothholder and flexible adjustment mechanism in Fig. 8；

Figure 10 is the sectional structure chart of the F-F lines along Fig. 8；

Figure 11 be Figure 10 in cabling channel, screw hole, bracing wire and adjusting screw structural schematic diagram；

Figure 12 is the sectional structure chart of the G-G lines along Fig. 2

Figure 13 is the structural scheme of mechanism of the elastic rolling-up mechanism in Figure 12；

Figure 14 is enlarged diagram at the H in Figure 13；

Figure 15 is the sectional structure chart of the I-I lines along Figure 14.

Wherein, each reference numeral in figure：

100- shells；101- curved surfaces；102- projects window；103- images window；104- heat emission holes；

200- proximity sensors；

300- mounting assemblies；

301- mounting bases；302- fixed plates；303- injection holes；304- caulking grooves；305- storage tanks；306- fixing axles；307- Wind-up roll；308- scroll springs；309- drawstrings；311- fixed blocks；312- inserted blocks；313- slots；314- shrapnels；315- inserted links； 316- jacks；317- holding tanks；318- conflict blocks；319- annular grooves；

400- radiators；

401- radiator fans；402- heat dissipation copper foils；403- heat dissipation copper pipes；404-4G modules；405- projecting apparatus mainboards；406- Camera；407- projecting apparatus；408- heat dissipation copper billets；

500- images regulating device；

501- fixed cylinders；502- limiting plates；503- position adjustable boards；504- elastic parts；505- tension springs；506- long lumbar holes； 507- fixed links；508- gag lever posts；The first positioning grooves of 509-；The second positioning grooves of 510-；511- third positioning grooves；512- wide-mouths；

600- motions；

601- adjustable plates；602- spur racks；603- toothholders；604- flexible adjustments mechanism；605- mounting grooves；606- strokes Slot；607- bracing wires；608- link blocks；The first elastic components of 609-；610- adjusting screws；611- cabling channels；612- screw holes；613- One compression groove；The second compression grooves of 614-；The second elastic components of 615-；616- limiting slots；617- limited blocks；

700- elevators；

800- projection films；

900- elevator doors.

Specific implementation mode

In order to make technical problem to be solved in the utility model, technical solution and advantageous effect be more clearly understood, with Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein It applies example to be only used to explain the utility model, is not used to limit the utility model.

It should be noted that when element is referred to as " being fixed on " or " being set to " another element, it can be directly another On one element or it is connected on another element.When an element is known as " being connected to " another element, it can To be directly to another element or be indirectly connected on another element.

It is to be appreciated that term " length ", " width ", "upper", "lower", "front", "rear", "left", "right", "vertical", The orientation or positional relationship of the instructions such as "horizontal", "top", "bottom" "inner", "outside" is that orientation based on ... shown in the drawings or position are closed System, is merely for convenience of describing the present invention and simplifying the description, does not indicate or imply the indicated device or element is necessary With specific orientation, with specific azimuth configuration and operation, therefore should not be understood as limiting the present invention.

In addition, term " first ", " second " are used for description purposes only, it is not understood to indicate or imply relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more this feature.The meaning of " plurality " is two or two in the description of the present invention, More than, unless otherwise specifically defined.

Also referring to Fig. 1 to Figure 15, now to the multimedia with telecontrol equipment in elevator provided by the utility model Equipment illustrates.Multimedia system in elevator 700, including shell 100, further include master controller, proximity sensor 200, Projection arrangement, mounting assembly 300, radiator 400, camera shooting regulating device 500 and motion 600；Mounting assembly 300 is used In shell 100 to be fixed in the upper cross-beam of elevator 700, and prevent multimedia equipment from directly falling on ground；Radiator 400 include being assemblied in radiator fan 401 in shell 100, heat dissipation copper foil 402 and for by the heat of master controller and projection arrangement Amount is oriented to the heat dissipation copper pipe 403 of radiator fan 401；Photographic device is for imaging elevator door 900, to obtain elevator in real time The image information of door 900；Camera shooting regulating device 500 is used to adjust the monitoring range of photographic device；Shell 100 and mounting base 301 Between be equipped with for 301 spacing of adjustment housings 100 and mounting base adjustable plate 601；Motion 600 is set to adjustable plate 601 Side wall；Proximity sensor 200, the state for detecting elevator door 900, and when detecting that elevator door 900 is kept in motion Output detection signal；Master controller is connect with proximity sensor 200, is for receiving detection signal, and monitoring elevator door 900 It is no to be in fully closed condition；Master controller is additionally operable to the output when elevator door 900 is in fully closed condition and plays control electricity Signal；Projection arrangement is connect with master controller；Projection arrangement is for receiving broadcasting control electric signal and controlling electric signal playing Control under play out, will be on image projecting to 700 inner wall of elevator or elevator door 900 of side where projection arrangement；Camera shooting Device, radiator 400, camera shooting regulating device 500, master controller and projection arrangement are located in shell 100.

The multimedia equipment with telecontrol equipment in elevator provided by the utility model passes through compared with prior art By master controller and projection arrangement concentrated setting in shell 100, the wiring in entire multimedia equipment is advantageously reduced, in turn Improve the stability of the electric property of entire multimedia equipment；Radiator 400 is set for ensuring that the multimedia of elevator 700 is set Standby temperature enhances 100 inner air of shell flowing property within the allowable range, by radiator fan 401, passes through heat dissipation copper pipe 403 Temperature in shell 100 is oriented on heat dissipation copper foil 402, radiator fan 401, heat dissipation copper foil 402 and heat dissipation copper pipe 403 are passed through It is used cooperatively, to reduce the temperature in shell 100；

Photographic device is for imaging elevator door 900, to obtain the image information of elevator door 900 in real time.Therefore root The state of current elevator door 900 can be got according to the image information got；Regulating device 500 is imaged for adjusting camera shooting dress The monitoring range set, to realize the angular range of the camera 406 of artificial adjustable photographic device, targetedly to absorb elevator The region of door 900；

By the adjustable plate 601 between shell 100 and mounting base 301, it is set to the motion 600 of adjustable plate 601, Realize the spacing between adjustment housings 100 and mounting base 301, to realize connect in projection device to elevator door 900 away from From so that projection is more clear to the image on elevator door 900 is adjustable.

Shell 100 is fixedly arranged in the upper cross-beam of elevator door 900 by mounting assembly 300, and is fitted with confession on elevator door 900 The projection film 800 of multimedia equipment projection, projection film 800 is located at the upper end of 700, elevator, convenient for projecting into for multimedia equipment As being more clear.

Proximity sensor 200 is used to detect the state of elevator door 900, and is detecting that elevator door 900 is kept in motion When output detection signal.Master controller is used to receive the detection signal of the output of proximity sensor 200, and is supervised according to the detection signal Survey whether elevator door 900 is in fully closed condition.The broadcasting that projection arrangement is used to export in master controller controls electric signal It is played out under control, it will be on 700 inner wall of elevator or elevator door 900 of side where image projecting to projection arrangement.Work as elevator When door 900 is opened, the output detection signal of proximity sensor 200, master controller is then according to the detection signal by the state of elevator 700 It is updated to enabling motion state, and when proximity sensor 200 exports next detection signal, more by the state of 700, elevator It is newly shutdown motion state, 700 door state of elevator is updated to fully closed condition after stopping receives the detection signal, is thrown Image device is only just played out when 700, elevator is in fully closed condition, can be taken in avoid projection ray and be passed in and out elevator In 700 user's eye, and then ensure that user will not be taken and have an impact, shell 100 is for accommodating master controller, projection dress Set, photographic device and camera shooting adjusting part.

Specifically, shell is equipped with the heat emission hole 104 to radiate for radiator, for the projection window of projection device 102 and for photographic device photography photography window 103.Proximity sensor 200 is fixed on shell 100.By the way that biography will be approached Sensor 200 is fixed on shell 100, advantageously reduces the wiring of whole device, improves the stability of whole device.Close to sensing Device 200 is fixed on the curved surface 101 of shell 100 so that proximity sensor 200 can delicately detect elevator door 900 very much Movement.Elevator door 900 includes motion state and fully closed condition.Wherein, motion state includes enabling motion state and shutdown Motion state.As long as proximity sensor 200, which detects that elevator door 900 is kept in motion, will export detection signal.The detection Signal can be a level signal.Proximity sensor 200 can be inductive proximity sensor, capacitive proximity sensor, magnetic The close switch of inductive proximity sensors, Hall sensor, velocity sensor or intrinsic safety.Proximity sensor 200 can also be resistance to High pressure proximity sensor.Proximity sensor 200 is contactless, has the advantages that long lifespan, accuracy of identification are high, pinpoint identification, Substantially be not in erroneous judgement situation.

Master controller includes a chip with memory function.The chip can remember the state of elevator 700.Master control Device processed can be updated the state of elevator 700 after receiving detection signal.Master controller can be to the shape of elevator door 900 State is monitored in real time.Master controller exports broadcasting control electric signal when monitoring that elevator door 900 is in fully closed condition.

Projection arrangement is projected using 700 inner wall of elevator or elevator door 900, it is possible to reduce setting projection screen or The weight for showing screen, the lightweight and large scale for being advantageously implemented device play, and result of broadcast is preferable.Projection arrangement includes The camera lens of projecting apparatus 407 and projecting apparatus mainboard 405 etc., projecting apparatus 407 is reflective short-focus lens, so as in short distance It realizes large scale drop shadow effect, meets and project needs in elevator 700, and will not be interfered by user in elevator 700.

Further, referring to Fig. 3, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, projecting apparatus mainboard 405 and projecting apparatus 407 are located in shell 100, and 4G is additionally provided in shell 100 Module 404 and camera 406, heat dissipation copper foil 402 is between 4G modules 404 and projecting apparatus mainboard 405, and radiate copper foil 402 In the side of camera lens of the projecting apparatus 407 far from projecting apparatus 407, camera 406 is located at one end of heat dissipation copper foil 402.

By radiating copper foil 402 positioned at 4G modules 404 and projecting apparatus mainboard 405 between, with by heat dissipation copper foil 402 by 4G The heat absorption of module 404 and projecting apparatus mainboard 405, and the copper foil 402 that radiates is located at mirror of the projecting apparatus 407 far from projecting apparatus 407 The side of head so that heat dissipation copper foil 402 can also give the heat dissipation camera 406 of projecting apparatus 407 to be located at the one of heat dissipation copper foil 402 simultaneously End so that the heat absorption that heat dissipation copper foil 402 generates when can also operate camera 406, to reduce the temperature in shell 100 Degree.

Further, referring to Fig. 3, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, radiator fan 401 are located at the one end of heat dissipation copper foil 402 far from camera 406.

It is located at one end of heat dissipation copper foil 402 by radiator fan 401 so that it is empty that radiator fan 401 enhances 100 inside of shell Flow of air, and the heat that absorbs of copper foil 402 that is conducive to will to radiate takes shell 100 out of, reduces the temperature in shell 100.

Further, referring to Fig. 3, being set as the multimedia with telecontrol equipment in elevator provided by the utility model One end of a kind of standby specific implementation mode, camera lens of the camera 406 far from camera 406 is equipped with heat dissipation copper billet 408, radiating copper Pipe 403 is connected to heat dissipation copper billet 408, and the other end is connected to heat dissipation copper foil 402.

By set on heat dissipation copper billet 408 of the camera 406 far from its camera lens one end, to the full extent by camera 406 Heat absorption, and be connected between heat dissipation copper billet 408 and heat dissipation copper foil 402 by heat dissipation copper pipe 403 so that heat dissipation copper billet 408 The heat transfer of absorption extremely heat dissipation copper foil 402.

Further, also referring to Fig. 5 and Fig. 6, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, camera shooting regulating device 500 include fixed cylinder 501, limiting plate 502, position adjustable board 503, elastic parts 504；

Fixed cylinder 501 is fixedly arranged in shell 100, and limiting plate 502 is located in fixed cylinder 501, position adjustable board 503 and limiting plate 502 is mating, and the one end of camera 406 far from its camera lens is spirally connected with the one end of position adjustable board 503 far from limiting plate 502；Elasticity Component 504 is used to position adjustable board 503 being fixed on limiting plate 502.

Elastic parts 504 is by the 502 position flexible fastening of position adjustable board 503 and limiting plate so that position adjustable board 503 and limiting plate Flexible adjustment between 502, camera 406 are connected to position adjustable board 503 and in the fixed cylinders 501, convenient for pull camera 406 into The flexible adjustment of row position adjustable board 503 and limiting plate 502；Position adjustable board 503 and camera 406 are spirally connected, so that camera 406 can be with It is individually replaced.

Further, also referring to Fig. 5 and Fig. 6, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, elastic parts 504 includes drawing symmetrical two-by-two and positioned at 502 both sides of limiting plate One end of spring 505, tension spring 505 is fixedly arranged on limiting plate 502, and the other end is fixedly arranged on position adjustable board 503.

By symmetrically arranged tension spring 505 two-by-two, and one end of tension spring 505 is fixedly arranged on limiting plate 502, and the other end is fixedly arranged on Position adjustable board 503 so that the flexible fastening between position adjustable board 503 and limiting plate 502 is more stablized.

Further, referring to Fig. 5, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, position adjustable board 503 are equipped with long lumbar hole 506, one end far from limiting plate 502 in fixed cylinder 501 It is installed with fixed link 507, fixed link 507 is located at long lumbar hole 506.

It is located in long lumbar hole 506 by fixed link 507 so that the sliding stroke of position adjustable board 503 is the length of long lumbar hole 506 Degree, in order to the 504 flexible fastening position adjustable board 503 of adjusting and elastic parts of position adjustable board 503.

Further, referring to Fig. 5, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, limiting plate 502 are equipped with gag lever post 508, and position adjustable board 503 is equipped with for 312 grafting of inserted block First positioning groove 509, the second positioning groove 510 and third positioning groove 511.

By the way that inserted block 312, the first positioning groove 509, the second positioning groove 510 and third positioning groove 511 is arranged so that Ke Yitong The selection inserted block 312 for crossing staff's selectivity is inserted into the first positioning groove 509, the second positioning groove 510 or third positioning groove 511, To complete the position of adjustment camera 406.

Further, referring to Fig. 5, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, shell 100 are equipped with the wide-mouth 512 for 406 adjusting position of camera.

By the way that wide-mouth 512, desired position when being adjusted in order to camera 406 is arranged.

Further, also referring to Fig. 7 to Figure 11, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, adjustable plate 601 and shell 100 are mating；Motion 600 includes being set to Spur rack 602 in shell 100 and the toothholder on adjustable plate 601 603, toothholder 603 is engaged with spur rack 602, toothholder 603 It is equipped with the flexible adjustment mechanism 604 for adjusting 603 position of toothholder.

By the mating of adjustable plate 601 and shell 100, with the position between adjustment housings 100 and mounting base 301； By spur rack 602 in shell 100 and the toothholder 603 on adjustable plate 601 engage and flexible adjustment mechanism Toothholder 603 is coordinated flexible adjustment mechanism 604, the disengaging of flexible adjustment toothholder 603 and spur rack 602 by 604 cooperation to realize And engagement.

Further, also referring to Fig. 8 and Fig. 9, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, the side of adjustable plate 601 is equipped with the mounting groove 605 to stretch for toothholder 603, adjusts It saves plate 601 and is equipped with stroke groove 606, stroke groove 606 is communicated in mounting groove 605；Flexible adjustment mechanism 604 includes bracing wire 607, connects Connect block 608 and the first elastic component 609；Link block 608 is located at the side of bottom of the toothholder 603 towards mounting groove 605, the first elasticity 609 one end of part is socketed on link block 608, and the other end is connected to the side wall of stroke groove 606, and one end of bracing wire 607 passes through first It elastic component 609 and is connected on link block 608, the other end is located at the outer wall of adjustable plate 601.

Mounting groove 605 is communicated in stroke groove 606, in order to the sliding of link block 608 and toothholder 603, is socketed on link block 608 the first elastic component 609 and the other end of the first elastic component 609 are connected to the side wall of stroke groove 606 so that toothholder 603 Opposite spur rack 602 can elastic slip, and bracing wire 607 is equipped on link block 608, and bracing wire 607 is piercing in adjustable plate 601, So that operator can pull bracing wire 607, control toothholder 603 is detached from spur rack 602, to push 601 adjustment housings 100 of adjustable plate Spacing between mounting base 301.

Specifically, toothholder 603 is that the same side of rectangular block is set there are two teeth.

Further, also referring to Fig. 8 and Figure 10, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, flexible adjustment mechanism 604 further include rotation be set to adjustable plate 601 on adjusting spiral shell Nail 610, the one end of bracing wire 607 far from link block 608 is connected to adjusting screw 610.

By turning adjusting screw 610, the pulling toothholder 603 of bracing wire 607 is controlled, in order to the practical operation of operator.

Further, also referring to Fig. 8 to Figure 11, telecontrol equipment is carried as in elevator provided by the utility model Multimedia equipment a kind of specific implementation mode, adjustable plate 601, which is equipped with, is communicated in the cabling channel 611 of stroke groove 606, adjusts Plate 601 is equipped with the screw hole 612 for being communicated in cabling channel 611 and being rotatably connected for adjusting screw 610, and bracing wire 607 is located at cabling channel In 611.

Setting stroke groove 606 is communicated in cabling channel 611, and cabling channel 611 is communicated in screw hole 612, to realize that bracing wire 607 is located at In adjustable plate 601,601 outside wiring of adjustable plate is reduced.

Further, referring to Fig. 10, as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of specific implementation mode of equipment, side of the adjustable plate 601 far from screw hole 612 is equipped with the first compression groove 613, on shell 100 Equipped with the second compression groove 614 being connected to the first compression groove 613, second is equipped in the first compression groove 613 and the second compression groove 614 Elastic component 615.

It is connected to the second compression groove 614 by the first compression groove 613, and in the first compression groove 613 and the second compression groove 614 The second elastic component 615 of interior setting so that after adjustable plate 601 adjusts good position, adjustable plate is contacted at by the second elastic component 615 Between 601 and shell 100, for pretightning force so that more stablize the position of adjustable plate 601 and shell 100.

Further, referring to Fig. 9, being set as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of standby specific implementation mode, the cross sections of the teeth of spur rack 602 are isosceles triangle, the teeth of toothholder 603 it is transversal Face is isosceles triangle.

By being isosceles triangle by the cross section of the cross section of the teeth of spur rack 602 and the teeth of toothholder 603, and The inclined-plane of teeth is directed away from the one side of mounting base 301, and quick in order to adjustable plate 601 extracts out and fix.

Further, referring to Fig. 8, being set as the multimedia with telecontrol equipment in elevator provided by the utility model The side wall of a kind of standby specific implementation mode, adjustable plate 601 is equipped with limiting slot 616, and shell 100 is equipped with limited block 617, limit One end sliding of the block 617 far from shell 100 is connected to limiting slot 616.

By the side wall set on adjustable plate 601 limiting slot 616 and the limited block 617 on shell 100, with limit The range of the extraction of adjustable plate 601 processed prevents adjustable plate 601 to be detached from shell 100.

Further, also referring to Fig. 2 and Figure 12-15, movement is carried as in elevator provided by the utility model A kind of specific implementation mode of the multimedia equipment of device, mounting assembly 300 include the peace for being connect with the inner wall of elevator 700 The elasticity for filling the fixed plate 302 of seat 301 and 301 grafting of mounting base and being connected between mounting base 301 and fixed plate 302 is received Mechanism is rolled up, fixed plate 302 is for the fixed inner wall for being connected in elevator 700.

Pass through the elastic rolling-up mechanism being connected between mounting base 301 and fixed plate 302 so that mounting base 301 fall off in When the inner wall of elevator 700, elastic rolling-up mechanism is connected to the inner wall of elevator 700 by being connected to fixed plate 302, fixed plate 302, So that elastic rolling-up mechanism holds mounting base 301 so that the shell 100 for being connected to mounting base 301 is difficult to fall.

Further, also referring to Figure 12 and Figure 13, sportswear is carried as in elevator provided by the utility model A kind of specific implementation mode for the multimedia equipment set, the side that mounting base 301 is equipped with the inner wall for being connected to elevator 700 are set There are the caulking groove 304 being embedded in for fixed plate 302, mounting base 301 to be equipped with the storage tank 305 for accommodating elastic rolling-up mechanism, holds It sets slot 305 and is communicated in caulking groove 304.

It is embedded in caulking groove 304 by fixed plate 302, elastic rolling-up mechanism is located in storage tank 305, reduces fixed plate 302 With the occupied space of elastic rolling-up mechanism.

Further, also referring to Figure 12 and Figure 13, sportswear is carried as in elevator provided by the utility model A kind of specific implementation mode for the multimedia equipment set, elastic rolling-up mechanism include the fixing axle being fixed in storage tank 305 306, rotation is set to the wind-up roll 307 of fixing axle 306,308 and of scroll spring being fixedly arranged between fixing axle 306 and wind-up roll 307 The drawstring 309 being fixedly arranged on wind-up roll 307；Bracing wire 607 is connected in fixed plate 302.

Pass through the scroll spring 308 being connected between fixing axle 306 and wind-up roll 307 so that wind-up roll 307 is relative to solid Dead axle 306 has the function of automatically reseting when rotating, and is fixed on wind-up roll 307 by one end of drawstring 309, and the other end is solid Due in fixed plate 302, by the cooperation of elastic rolling-up mechanism and drawstring 309, to be fallen off in mounting base with reducing mounting base 301 The power for directly falling generation of shell 100 when 301.

Further, also referring to Figure 12 to Figure 15, sportswear is carried as in elevator provided by the utility model A kind of specific implementation mode for the multimedia equipment set, one end that drawstring 309 is connected to fixed plate 302 are equipped with fixation kit.

Pass through fixation kit so that more stablize when drawstring 309 is fixed with fixed plate 302.

Further, also referring to Figure 13 and Figure 14, sportswear is carried as in elevator provided by the utility model A kind of specific implementation mode for the multimedia equipment set, fixation kit include the fixed block 311 being set in fixed plate 302 and connection In the inserted block 312 of drawstring 309；Fixed block 311 is equipped with the slot 313 being inserted into for inserted block 312.

The slot 313 on fixed block 311 and on fixed block 311 is plugged in by inserted block 312 so that drawstring 309 Can Fast Installation on fixed block 311.

Further, 5 are please referred to Fig.1, as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of specific implementation mode of equipment, fixed block 311 are equipped with shrapnel 314, and one end of shrapnel 314 is equipped with inserted link 315, inserted block 312 are equipped with the jack 316 for 315 grafting of inserted link.

Jack 316 set on the inserted link 315 of 314 one end of shrapnel and on inserted block 312, so that 315 grafting of inserted link When jack 316, contradicted by the elasticity of shrapnel 314 so that inserted link 315 is difficult to be detached from jack 316, so that inserted block 312 It is difficult to be detached from fixed block 311.

Specifically, shrapnel 314 is U-shaped, and slot 313 is opened up along the length direction of fixed block 311, and slot 313 is T-type Slot；312 T-shaped pieces of inserted block, fixed block 311 are equipped with holding tank 317, and shrapnel 314 is located in holding tank 317, and in holding tank The conflict block 318 that limitation shrapnel 314 skids off is equipped at 317 notch.

Further, 2 are please referred to Fig.1, as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of specific implementation mode of equipment, the side that mounting plate is used to connect the inner wall of elevator 700 are equipped with annular groove 319.

By the annular groove 319 for being connected to the side of the inner wall of elevator 700 set on mounting plate so that mounting base 301 and elevator 700 inner wall fitting when, can in annular groove 319 implantation glass glue, with auxiliary install mounting base 301；Glass cement injects annular groove 319 It is interior, it can avoid glass cement and directly contacted with the outer wall of mounting base 301 so that mounting base 301 is installed on more beautiful in elevator 700 It sees.

Further, 2 are please referred to Fig.1, as the multimedia with telecontrol equipment in elevator provided by the utility model A kind of specific implementation mode of equipment is equipped with multiple injection holes 303 on the side wall of mounting plate, and injection hole 303 is communicated in annular groove 319。

By the connection of injection hole 303 and annular groove 319, mounting base 301 is fitted in into elevator 700 in order to operator After inner wall, then pass through 303 implantation glass glue of injection hole so that more convenient when installation mounting base 301.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this All any modification, equivalent and improvement etc., should be included in the utility model made by within the spirit and principle of utility model Protection domain within.

Claims (8)

1. the multimedia equipment with telecontrol equipment in elevator, including shell and mounting base, it is characterised in that：It further include master control Device, proximity sensor, projection arrangement and motion processed；

The adjustable plate of the spacing for adjusting the shell and the mounting base is equipped between the shell and the mounting base；

The motion is set to the adjustable plate；

The proximity sensor, the state for detecting elevator door, and it is defeated when detecting that the elevator door is kept in motion Go out to detect signal；

The master controller is connect with the proximity sensor, for receiving the detection signal, and is monitored the elevator door and is It is no to be in fully closed condition；The master controller is additionally operable to the output when the elevator door is in fully closed condition and plays control Electric signal processed；

The projection arrangement is connect with the master controller；The projection arrangement is for receiving the broadcasting control electric signal simultaneously It is played out under the control for playing control electric signal, by the elevator inner wall of side where image projecting to the projection arrangement Or on elevator door；

The master controller and the projection arrangement are located in the shell.

2. the multimedia equipment with telecontrol equipment in elevator as described in claim 1, it is characterised in that：The adjustable plate It is mating with the shell；The motion includes the spur rack being disposed in the housing and on the adjustable plate Toothholder, the toothholder are engaged with the spur rack, and the toothholder is equipped with the flexible adjustment machine for adjusting the toothholder position Structure.

3. the multimedia equipment with telecontrol equipment in elevator as claimed in claim 2, it is characterised in that：The adjustable plate Side be equipped with the mounting groove to stretch for the toothholder, the adjustable plate is equipped with stroke groove, and the stroke groove is communicated in described Mounting groove；The flexible adjustment mechanism includes bracing wire, link block and the first elastic component；The link block be located at the toothholder towards The side of the bottom of the mounting groove, first elastic component one end are socketed on the link block, and the other end is connected to described One end of the side wall of stroke groove, the bracing wire passes through first elastic component and is connected on the link block, and the other end is located at The outer wall of the adjustable plate.

4. the multimedia equipment with telecontrol equipment in elevator as claimed in claim 3, it is characterised in that：The elasticity is adjusted Section mechanism further includes the adjusting screw that rotation is set on the adjustable plate, and the one end of the bracing wire far from the link block is connected to institute State adjusting screw.

5. the multimedia equipment with telecontrol equipment in elevator as claimed in claim 4, it is characterised in that：The adjustable plate It is equipped with the cabling channel for being communicated in the stroke groove, the adjustable plate, which is equipped with, to be communicated in the cabling channel and supply the adjusting spiral shell The screw hole of rotatable connection is followed closely, the bracing wire is located in the cabling channel.

6. the multimedia equipment with telecontrol equipment in elevator as claimed in claim 5, it is characterised in that：The adjustable plate Side far from screw hole is equipped with the first compression groove, and the shell is equipped with the second compression groove being connected to first compression groove, The second elastic component is equipped in first compression groove and the second compression groove.

7. the multimedia equipment with telecontrol equipment in elevator as claimed in claim 6, it is characterised in that：The spur rack The cross sections of teeth be isosceles triangle, the cross sections of the teeth of the toothholder is isosceles triangle.

8. the multimedia equipment with telecontrol equipment in elevator as described in claim 1, it is characterised in that：The adjustable plate Side wall be equipped with limiting slot, the shell be equipped with limited block, the limited block far from the shell one end sliding is connected to The limiting slot.