CN209244445U - The driving device and gate of gate - Google Patents

Abstract

The utility model discloses a kind of driving device of gate and with its gate, the driving device of the gate includes: power source；Transmission mechanism, the output end of the power source are connected with the input terminal of the transmission mechanism；Connection frame, the connection frame are connected with the output end of the transmission mechanism, and the connection frame with the sliding door body of gate for being connected；Mounting bracket, the power source, the transmission mechanism are mounted on the mounting bracket.The driving device of the gate of the utility model, guiding mechanism can play the role of support and guiding, so that sliding door body can be moved steadily, gate can be opened or closed normally.

Description

The driving device and gate of gate

Technical field

The utility model relates to field of track traffic, a kind of driving device more particularly, to gate and have the driving The gate of device.

Background technique

Rail vehicle is interior AT STATION to be equipped with gate, and gate is equipped with for driving it to slide what door body opened or closed Driving device.In the related technology, the internal structure of driving device is extremely complex, and opposite point of each arrangement of parts of driving device It dissipates, installation is inconvenient, and assembling and setting is more troublesome, and is not easy to realize to the driving process of sliding door body, and there are improved spaces.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model One purpose is to propose a kind of driving device of gate, and the driving device structure is compact, easy for installation.

According to the driving device of the gate of the utility model embodiment, comprising: power source；Transmission mechanism, the power The output end in source is connected with the input terminal of the transmission mechanism；Connection frame, the output end of the connection frame and the transmission mechanism It is connected, and the connection frame with the sliding door body of gate for being connected；Guiding mechanism, the guiding mechanism include fixed part and Sliding part, the sliding part are connected with the connection frame, and the sliding part is slidably matched with the fixed part；Mounting bracket, institute State power source, the transmission mechanism is mounted on the mounting bracket.

According to the driving device of the gate of the utility model embodiment, power source, transmission mechanism and connecting frame structure are tight It gathers, it is easy for installation, and during driving device drives sliding door body movement, guiding mechanism can play the work of support and guiding With so that sliding door body can be moved steadily, guarantee gate can be opened or closed normally, have good practicability.Institute There is component to be uniformly mounted in mounting bracket, substantially reduce the volume of itself, to reduce the thickness of gate, separately Outside, it can install and debug in advance in workshop, to improve the installation effectiveness and success rate of entire gate.

It further include guiding mechanism according to the driving device of the gate of the utility model one embodiment, the Guiding machine Structure includes fixed part and sliding part, and the fixed part is connected with the mounting bracket, and the extending direction of the fixed part and institute The extending direction for stating mounting bracket is identical, and the sliding part is connected with the connecting bracket, the sliding part and the fixed part It is slidably matched.

According to the driving device of the gate of the utility model one embodiment, the transmission mechanism and the guiding mechanism Parallel arrangement up and down.

According to the driving device of the gate of the utility model one embodiment, the mounting bracket includes main board and two A bending plate being oppositely arranged, two bending plates are respectively from the two sides up and down of the main board along to being laterally extended, institute It states guiding mechanism and the transmission mechanism is installed on the side of the main board and is located between two bending plates, it is described dynamic Power source is connected with the main board.

According to the driving device of the gate of the utility model one embodiment, the guiding mechanism and the transmission mechanism The height for protruding from the main board is less than the height that the bending plate protrudes from the main board, and the power source is installed on institute State the side away from the bending plate of main board.

According to the driving device of the gate of the utility model one embodiment, the transmission mechanism includes: driving wheel, institute The output end for stating power source is connected with the driving wheel；Driven wheel, the driven wheel are spaced apart with the driving wheel；Belt, institute It states belt and is set in the driving wheel, outside the driven wheel, the belt is connected with the connection frame.

According to the driving device of the gate of the utility model one embodiment, the axis of the driving wheel and described driven The axis of wheel is vertical with the sliding door body.

According to the driving device of the gate of the utility model one embodiment, the mounting bracket is set there are two along longitudinal direction It is spaced apart the limited block of setting, the connection frame is set as sliding between two limited blocks, and the limited block is for supporting Press the connection frame.

According to the driving device of the gate of the utility model one embodiment, the internal perisporium of the belt, which is equipped with, to be fixed Tooth, the connection frame are fixed on the fixed tooth, the driving wheel, the driven wheel periphery all have external toothing tooth, it is described External toothing tooth and the fixed tooth engagement.

According to the driving device of the gate of the utility model one embodiment, the fixed tooth is set to the interior of the belt Peripheral wall, the driving wheel, the driven wheel periphery all have external toothing tooth, the external toothing tooth is suitable for nibbling with the fixed tooth It closes.

According to the driving device of the gate of the utility model one embodiment, the fixed tooth is multiple, and along described The circumferentially spaced arrangement of belt.

According to the driving device of the gate of the utility model one embodiment, the connection frame includes: attachment base and cunning Movable plate, the attachment base are connected with the output end of the transmission mechanism, and the attachment base is connected with the sliding panel, the sliding Plate is connected with the sliding part, and the sliding panel with the sliding door body for being connected.

According to the driving device of the gate of the utility model one embodiment, the attachment base include: connection the seat of honour and Pedestal is connected, the transmission mechanism is belt gear, and the peripheral wall of the belt of the transmission mechanism is equipped with fixed tooth, the company Seat is connected equipped with cooperating teeth, the belt is folded between the connection seat of honour and the connection pedestal, and the cooperating teeth and The fixed tooth engagement, the connection pedestal are connected with the sliding panel.

According to the driving device of the gate of the utility model one embodiment, the fixed part includes guide rail, the cunning Dynamic portion includes sliding block, and the sliding block is slidably matched with the guide rail, and the sliding block is connected with the connection frame.

According to the driving device of the gate of the utility model one embodiment, the sliding block is multiple, multiple cunnings Block is spaced apart setting along the extending direction of the guide rail, and multiple sliding blocks are connected with the connection frame.

The utility model also proposed a kind of gate.

According to the gate of the utility model embodiment, comprising: fixed door component, sliding door body and any of the above-described kind of implementation Driving device described in example, the driving device is installed on the fixed door component, and is connected with the sliding door body.

According to the gate of the utility model embodiment, the driving device is located at the top of the fixed door component, and It is installed on the side of the fixed door component.

Possessed advantage is identical compared with the existing technology with the driving device for the gate, and details are not described herein.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the structural schematic diagram according to the gate of the utility model one embodiment；

Fig. 2 is the main view according to the gate of the utility model one embodiment；

Fig. 3 is the top view according to the gate of the utility model one embodiment；

Fig. 4 is the side view according to the gate of the utility model one embodiment；

Fig. 5 is the structural schematic diagram according to the driving device of the gate of the utility model one embodiment；

Fig. 6 is the structural schematic diagram according to the gate of the utility model another embodiment；

Fig. 7 is the main view according to the gate of the utility model another embodiment；

Fig. 8 is the sectional view in Fig. 7 at A-A；

Fig. 9 is the enlarged drawing in Fig. 8 at B；

Figure 10 is the structural schematic diagram according to the mounting bracket of the gate of the utility model embodiment；

Figure 11-Figure 12 is the structural schematic diagram according to the side bar of the utility model embodiment.

Appended drawing reference:

Gate 1000,

Driving device 1, power source 11, driving wheel 121, driven wheel 122, belt 123, fixed tooth 124, external toothing tooth 125, Connection frame 13, attachment base 131, the connection seat of honour 132, connection pedestal 133, sliding panel 134, guiding mechanism 14, fixed part 141 are sliding Dynamic portion 142, mounting bracket 15, main board 151, bending plate 152,

Sliding door body 2, door body 21, avoid holes 211, side bar 22, roof side rail 221, lower-edge beam 222, accommodating chamber 223, even Connect block 224, mounting hole 225, mounting groove 226, glue-line 23,

Fixed door component 3, the first column 31, the second column 32, third column 33, fixed door body 34 control 35 upper cover of box 36,

Manual unlocking device 4.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

Below with reference to Fig. 1-Fig. 5 description according to the gate 1000 of the utility model embodiment, driving device 1 is installed on this The top of gate 1000 and it is located at its transverse side, and the structure of driving device 1 is simple, can farthest reduce gate 1000 thickness saves platform area.

It as Figure 1-Figure 5, include: fixed door component 3, sliding door according to the gate of the utility model embodiment 1000 Body 2 and driving device 1.

As Figure 1-Figure 2, fixed door component 3 is supported in platform, and fixed door component 3 and sliding door body 2 are transversely staggered Arrangement, it is to be understood that driving device 1 is installed on fixed door component 3, and driving device 1 is connected with sliding door body 2, drives Sliding door body 2 and fixed door component 3 are transversely staggered and can be kept away as a result, for driving sliding door body 2 to move along longitudinal direction by device 1 Exempt to slide during door body 2 moves along longitudinal direction and be interfered with fixed door component 3, to guarantee that gate 1000 can be just normally opened It opens.

It should be noted that the longitudinal direction of the application meaning is X to the i.e. front-rear direction of rail vehicle or track；It is laterally Y To the i.e. left and right directions of rail vehicle or track；It is vertically Z-direction, the i.e. up and down direction of rail vehicle or track.

Driving device 1 is connected with fixed door component 3, and driving device 1 includes power source 11, the output end of power source 11 and drive The movement portion of dynamic device 1 is connected, and the movement portion of driving device 1 is connected with sliding door body 2, and power source 11 is for driving movement portion edge Longitudinal movement, and then sliding door body 2 is driven to move along longitudinal direction, realize opening or closing for gate 1000.Wherein, power source 11 It may include driving motor, the output shaft of driving motor is connected with movement portion.

Driving device 1 is arranged in the transverse side of fixed door component 3, i.e. driving device 1 and fixed door component 3 transversely cloth Set, and the non-bulging top in fixed door component 3 in top of driving device 1, the i.e. installation of driving device 1 it is fixed after its vertically Height of the height not higher than fixed door component 3 vertically, i.e., fixed door component 3 and Slideslip door body are substantially contour, compared to will Driving device 1 is installed on the top or bottom of fixed door component 3, reduces the size of gate 1000 vertically, reduces platform The whole thickness of door 1000, and then space shared by 1000 overall structure of gate is reduced, and the height of driving device 1 is lower than solid Determine door component 3, it is ensured that the overall structure of gate 1000 is more beautiful, and visual effect is more preferably.

It should be noted that the fixation door component 3 of gate 1000, sliding door body 2 and driving device 1 can be more A, as depicted in figs. 1 and 2, fixation door component 3, sliding door body 2 and the driving device 1 of each gate 1000 are two, and Every two forms one-to-one a pair along longitudinal direction, as the fixed door component 3 of every two is spaced along the longitudinal and forms on-board and off-board area Domain, every two are slided door body 2 and can be slided along longitudinal direction to opposite direction, and to close on-board and off-board region, two driving devices 1 are distinguished Two fixed door components 3 are installed on, for driving the corresponding sliding of sliding door body 2, and then the unlatching of realization gate 1000 Or it closes.

According to the gate 1000 of the utility model embodiment, driving device 1 is installed on the side of fixed door component 3, and The non-bulging top in fixed door component 3 in the top of driving device 1, can reduce the size of gate 1000 vertically as a result, drop The whole thickness of low gate 1000, and then space shared by 1000 overall structure of gate is reduced, and the height of driving device 1 Lower than fixed door component 3, the overall structure of gate 1000 can be made more beautiful, visual effect is more preferably.

In some embodiments, as shown in figure 3, driving device 1 is arranged in the side of the close track of fixed door component 3, And when sliding the unlatching of door body 2, sliding door body 2 is located at fixed door component 3 close to the side of track, is convenient for driving device 1 as a result, Driving sliding door body 2 moves along longitudinal direction, and conducive to realizing that sliding door body 2 opens or closes, and driving device 1 is located at fixed door component The side of 3 close track, i.e. driving device 1 are located at the side of the passenger in platform, i.e., driving device 1 is in platform Passenger be it is invisible so that gate 1000 is more beautiful, visual effect more, and will not be right when driving device 1 acts Passenger in platform causes to damage, reasonable in design.

In some embodiments, as shown in Fig. 1-Fig. 2 and Fig. 4, driving device 1 is arranged in the top of fixed door component 3, i.e., Driving device 1 is located at the top of fixed door component 3, and the height of the top of fixed door component 3 vertically is located at platform with personnel When difference in height it is smaller, repair or replace when driving device 1 breaks down convenient for staff as a result, installation site is compared with conjunction Reason, and driving device 1 is located at the structure that column is not destroyed on top, can increase the intensity of column, increases the intensity of sliding door body 2, Prevent passenger or other objects from knocking sliding door body 2.

In some embodiments, fixed door component 3 includes fixed door body 34, the upper end of fixed door body 34 and sliding door body 2 Height absolute value of the difference be h, meet: perhaps h=5mm again or h=8mm, may make as a result, by h≤10mm, such as h=3mm The difference in height of the whole each position in upper end of gate 1000 is smaller, and the overall structure of gate 1000 is more beautiful, vision effect Fixed door body 34 and sliding door body 2 more preferably, and are installed on sustained height by fruit, and installation process is simpler, operates convenient for personnel.

In some embodiments, as shown in figure 4, fixed door component 3 includes fixing door body 34, at least the one of driving device 1 Part is located at the transverse side of fixed door body 34, if the motive position of driving device 1 is in the transverse side of fixed door body 34, and it is sliding Dynamic door body 2 is located at the transverse side of fixed door body 34, and sliding door body 2 is connected with the movement portion of driving device 1.In this way, driving dress Setting 1 movement portion can drive sliding door body 2 to move along longitudinal direction, enable gate 1000 normally-open, the knot of driving device 1 Structure design is more reasonable, it is easy to accomplish it drives process, and driving device 1 is located at the top of fixed door body 34, with work people The difference in height of member is smaller, is convenient for operator's later period maintenance or replacement, while can reduce the whole ruler of gate 1000 vertically It is very little, platform area is saved, cost is reduced.

In some embodiments, as shown in Figure 1-Figure 3, fixed door component 3 further includes the first column 31,32 and of the second column Third column 33, the first column 31, the second column 32 and third column 33 are supported in platform, to support entire gate 1000, stable running environment is provided for opening or closing for gate 1000, the first column 31, the second column 32 and third are vertical Column 33 is spaced along the longitudinal arrangement, and fixed door body 34 is installed between the first column 31, the second column 32, and driving device 1 is installed Between the first column 31, third column 33, when gate 1000 is opened as a result, the first column 31, the second column 32 and third Column 33 is with sliding door body 2 transversely face, and when gate 1000 is closed, the first column 31, the second column 32 and third are vertical Column 33 is transversely staggered with sliding door body 2.In this way, sliding door body 2, fixed door body 34 will stations when gate 1000 is closed Passenger and rail vehicle, track in platform is laterally spaced apart, and then guarantees the safety that passenger rides.

In some embodiments, as shown in Figure 1-Figure 3, the top between the second column 32 and third column 33 is equipped with control Box 35, driving device 1 are at least partially disposed in control box 35, can if the power source 11 of driving device 1 is set in control box 35 Guarantee power source 11 have stable output environment so that driving device 1 can normal driving sliding door body 2 move along longitudinal direction, together When driving device 1 be at least partially disposed in control box 35 in may make its power source 11 and other structures invisible, Jin Erke Making gate 1000, appearance is more beautiful, is conducive to promote globality.

In some embodiments, as shown in figures 1 and 3, fixed door component 3 includes fixed door body 34 and upper cover 36, upper cover 36 are installed on the top of fixed door body 34, and at least part of driving device 1 is installed on the transverse side of fixed door body 34, and drives Dynamic device 1 is located at the lower section of upper cover 36, and upper cover 36 can play a very good protection to driving device 1, can be effectively prevented from station 1000 top object of platform door, which falls, damages driving device 1, and then guarantees that the running environment of driving device 1 is safe and stable.

When sliding the closing gate 1000 of door body 2, sliding door body 2 is spaced along the longitudinal with fixed door body 34.Slide door body 2 When opening gate 1000, sliding door body 2 and fixed door body 34 are laterally spaced apart, and slide door body 2 and be located under upper cover 36 When side, i.e. gate 1000 are opened, sliding door body 2 closes at the lower section of upper cover 36, and 36 pairs of sliding door body 2 of upper cover play protection and make With, and upper cover 36 can block driving device 1 and sliding door body 2, with the passenger when gate 1000 is opened in platform It is invisible to driving device 1 and sliding door body 2, perception of the enhancing passenger to gate 1000.

Driving device 1 below with reference to Fig. 5 description according to the gate 1000 of the utility model embodiment, driving device 1 For driving sliding door body 2 to move along longitudinal direction, so that gate 1000 opens or closes, the driving device 1 is compact-sized, installation It is convenient.

As shown in figure 5, including: power source 11 according to the driving device 1 of the gate 1000 of the utility model embodiment, passing Motivation structure, connection frame 13 and guiding mechanism 14.

The power that power source 11 is moved for output driving sliding door body 2, power source 11 may include driving motor.Power source 11 output end is connected with the input terminal of transmission mechanism, if the motor shaft of driving motor is connected with the input terminal of transmission mechanism, even It connects frame 13 to be connected with the output end of transmission mechanism, and connection frame 13 with the sliding door body 2 of gate 1000 for being connected.In this way, The power that power source 11 exports can be passed to connection frame 13 by transmission mechanism, be moved along longitudinal direction with being drivingly connected frame 13, Jin Ertong Crossing connection frame 13 drives sliding door body 2 to move along longitudinal direction, realizes opening or closing for gate 1000.Power source 11, driver 13 install compact of structure and connection frame, the power transmission efficiency between three is higher, and slippage is small, can efficiently drive It slides door body 2 to move, structure is simple, easy for installation.

Guiding mechanism 14 includes fixed part 141 and sliding part 142, and fixed part 141 is connected with mounting bracket 15, fixed part 141 are mountable to fixed door body 34, so that fixed part 141 is stably connected with fixed door body 34, sliding part 142 and 13 phase of connection frame Even, sliding part 142 can move in the same direction with connection frame 13, sliding part 142 be slidably matched with fixed part 141, and fixed part 141 prolongs It is identical as the sliding direction of motion of door body 2 to stretch direction.In this way, when driving device 1 is drivingly connected frame 13 and the sliding movement of door body 2, Sliding part 142 is slided along the extending direction of fixed part 141, and fixed part 141, connection frame 13 and sliding door body 2 move synchronously, and need It is noted that sliding door body 2 is full glass door, only it is connected by side bar 22 with connection frame 13, guiding mechanism 14 can be to sliding Door body 2 plays good supporting role, and plays guiding role in sliding 2 motion process of door body, may make sliding door as a result, Body 2 can steadily work, and sliding door body 2 moves more smooth along longitudinal direction.

According to the driving device 1 of the gate 1000 of the utility model embodiment, power source 11, transmission mechanism and connection frame 13 is compact-sized, easy for installation, and during driving device 1 drives sliding door body 2 to move, guiding mechanism 14 can play branch The effect of support and guiding guarantees that gate 1000 can be opened or closed normally, has so that sliding door body 2 can be moved steadily There is good practicability.

In some embodiments, transmission mechanism includes driving wheel 121, driven wheel 122 and belt 123, wherein power source 11 Output end be connected with driving wheel 121, if the output shaft of driving motor is connected with driving wheel 121 by spline, driven wheel 122 with Driving wheel 121 is spaced apart, and driven wheel 122 is spaced along the longitudinal with driving wheel 121, and belt 123 is set in driving wheel 121, driven Outside wheel 122, so that driving wheel 121 can drive belt 123 and driven wheel 122 to rotate.In this way, the power drive that power source 11 exports Driving wheel 121 rotates, and drive belt 123 moves driving wheel 121 along longitudinal direction again, while belt 123 drives driven wheel 122 to rotate, And belt 123 is connected with connection frame 13, so that belt 123 drives connection frame 13 and sliding door body during moving along longitudinal direction 2 movements.Wherein, can be by the current direction of control driving motor, to control driving wheel 121 forward or reverse, and then drive and slide Dynamic door body 2 is moved longitudinally toward different directions, to realize opening or closing for gate 1000.

The transmission effect that transmission mechanism is realized by belt 123, may make transmission mechanism stable drive, noise is small, belt 123 can buffer absorbing, and 123 drive mechanism of belt is simple, easy to maintain.The shape of belt 123 is variable, can be from different masters Driving wheel 121 or driven wheel 122 cooperate, convenient and practical convenient for the transmission ratio of adjusting transmission mechanism, and the cost of belt 123 compared with It is low.

In some embodiments, as shown in figure 5, the axis of the axis of driving wheel 121 and driven wheel 122 and sliding door body 2 Vertically, i.e., the rotation direction of driving wheel 121 and the rotation direction of driven wheel 122 are identical as the sliding direction of motion of door body, as a result, The direction for the driving force that driving wheel 121 exports is identical as the sliding direction of motion of door body, in this way, can reduce in power transmission process Power consumption, improve transmission efficiency, guarantee driving device 1 can stablize, accurately driving sliding door body 2 move, realize gate 1000 open or close, and the thickness of driving device 1 is related to the thickness of driving wheel and driven wheel, and driving wheel and driven wheel are straight Diameter is smaller to the thickness effect of driving device 1, in this way, can do driving wheel, driven wheel thin to reduce the whole thickness of driving device 1 Degree.

In some embodiments, mounting bracket is set there are two the limited block for the setting that is spaced along the longitudinal, and connection frame is set as It is slided between two limited blocks, limited block is for compressing connection frame, as shown in figure 5, limited block is set to the top of belt, limit Block is equipped with limited post, and limited post is convex in the side for being equipped with connection frame, in this way, when belt drives connection frame to move to extreme position (when slide door body is opened to maximum or the when of completely closing), limited block compresses connection frame, and specifically limited post compresses sliding panel, by This, it is ensured that sliding door body is slided in the stroke range of safety, avoids two sliding 2 mutual extrusions of door body of gate 1000 Deformation or opening degree cross havoc fixed door component 3, improve the safety that gate 1000 uses, and promote the design of its structure Reasonability.

In some embodiments, at least partly peripheral wall of belt 123 is equipped with fixed tooth 124, and connection frame 13 is fixed on fixation Tooth 124 may make belt 123 and 13 fixation of connection frame, guarantee that belt 123 can accurately drive connection frame 13 and sliding door Body 2 moves along longitudinal direction, and skidding when belt 123 being avoided to be driven improves the reasonability of transmission mechanism design, wherein fixed tooth 124 was both It can be set to the periphery wall of belt 123, the internal perisporium of belt 123 can also be set to, as shown in figure 5, fixed tooth 124 is set to belt 123 Internal perisporium, and including the multiple of circumferentially spaced setting.When belt 123 and the installation of connection frame 13 are fixed as a result, belt 123 turn to any position, still have a fixed tooth 124 that can assemble with connection frame 13, so that the company of connection frame 13 and belt 123 The more flexible multiselect in position is connect, is assembled convenient for driving device 1.

In further embodiments, the internal perisporium of belt 123 is equipped with fixed tooth 124, and connection frame 13 is fixed on fixed tooth 124, it may make belt 123 and 13 fixation of connection frame, guarantee that belt 123 can accurately drive connection frame 13 and sliding door body 2 move along longitudinal direction, and skidding when belt 123 being avoided to be driven improves the reasonability of transmission mechanism design, wherein fixed tooth 124 both may be used Set on the periphery wall of belt 123, it can also be set to the internal perisporium of belt 123, as shown in figure 5, fixed tooth 124 is set to belt 123 Internal perisporium.

In some embodiments, driving wheel 121, driven as shown in figure 5, fixed tooth 124 is set to the internal perisporium of belt 123 The periphery of wheel 122 all has external toothing tooth 125, and external toothing tooth 125 is suitable for engaging with fixed tooth 124, guarantees that transmission mechanism can Stable drive may make driving wheel 121, driven wheel 122 and belt 123 not to continue to skid during transmission, improve and pass The stability and accuracy of dynamic mechanism driving.

As shown in figure 5, fixed tooth 124 is multiple, and multiple fixed teeth 124 are along the circumferentially spaced arrangement of belt 123, with Make belt 123 in the course of rotation, driving wheel 121, driven wheel 122 can be nibbled with the fixation tooth 124 at 123 different location of belt It closes, improves the transmission efficiency of transmission mechanism.

In some embodiments, as shown in figure 5, connection frame 13 include attachment base 131 and sliding panel 134, attachment base 131 with The output end of transmission mechanism is connected, and the output end of transmission mechanism includes belt 123, and attachment base 131 and belt 123 are fixedly linked, Attachment base 131 is connected with sliding panel 134, and attachment base 131 can be connected with sliding panel 134 by multiple groups threaded fastener, so that even Joint chair 131 and 134 fixation of sliding panel, sliding panel 134 is used to be connected with sliding door body 2, and sliding panel 134 passes through multiple groups spiral shell Line fastener is connected with sliding door body 2, it should be noted that sliding door body 2 is only fixedly linked with sliding panel 134, i.e. sliding door 2 overall structure of body is supported in fixed door component 3 by sliding panel 134.It may make sliding panel by the fixation of multiple groups threaded fastener 134 are stably connected with sliding door body 2, and the operation to guarantee sliding door body 2 is more reliable.

Wherein, sliding panel 134 is connected with sliding part 142, and sliding panel 134 can be moved synchronously with sliding part 142, as a result, and Sliding panel 134 is fixedly connected with sliding door body 2, so that power source 11 drives sliding panel 134 and slides what door body 2 moved along longitudinal direction In the process, sliding panel 134 and sliding door body 2 are slided along the extending direction of fixed part 141, and fixed part 141 can be to sliding door body 2 Good supporting role is played, and plays guiding role in sliding 2 motion process of door body, may make sliding 2 energy of door body as a result, Enough steadily to work, sliding door body 2 moves more smooth along longitudinal direction.

In some embodiments, as shown in figure 5, attachment base 131 includes: the connection seat of honour 132 and connection pedestal 133, transmission Mechanism is 123 transmission mechanism of belt, and the peripheral wall of the belt 123 of transmission mechanism is equipped with fixed tooth 124, and the connection seat of honour 132, which is equipped with, matches Tooth is closed, belt 123 is folded between the connection seat of honour 132 and connection pedestal 133, and cooperating teeth is engaged with fixed tooth 124, connects bottom Seat 133 is connected with sliding panel 134, and then drives sliding panel 134 and sliding door body 2 to move by attachment base 131, realizes gate 1000 opening and closing.

As shown in figure 5, the internal perisporium of the belt 123 of transmission mechanism is equipped with fixed tooth 124, the lower surface at the seat of honour 132 is connected Equipped with cooperating teeth, the upper surface for connecting pedestal 133 is bonded with the periphery wall of belt 123.Certainly, attachment base 131 and belt 123 Fit form is without being limited thereto, and fixed tooth 124 can also be set to the periphery wall of belt 123, and the upper surface establishing of connection pedestal 133 is closed The lower surface of tooth, the connection seat of honour 132 is bonded with the internal perisporium of belt 123, and the transmission effect of same achievable transmission mechanism is completed The opening and closing of gate 1000.

In some embodiments, as shown in figure 5, fixed part 141 include guide rail, sliding part 142 include sliding block, sliding block with lead Rail is slidably matched, and sliding block is connected with connection frame 13, and connection frame 13 and sliding door body 2 are slided with movable slider along guide rail as a result, guide rail Guiding role, while the total quality of guide supporting sliding door body 2 can be played to the movement of sliding door body 2, not only to slide Door body 2 can be slided smoothly, it is also ensured that the overall structure of sliding door body 2 is more stable, reliable.

Sliding block be it is multiple, multiple sliding blocks along guide rail extending direction be spaced apart setting, and multiple sliding blocks with connection frame 13 It is connected, as shown in figure 5, sliding block is two, and two sliding blocks are spaced apart setting along the extending direction of guide rail, and connection frame 13 is located at Between two sliding blocks so that the overall structure of driving device 1 is more compact, two sliding blocks pass through respectively multiple groups threaded fastener with Sliding panel 134 is fixedly connected, and sliding door body 2 may make to be stably supported on guiding mechanism 14 as a result, and then guarantees sliding door body 2 can normally-open and closing.

Certainly, guiding mechanism 14 may also comprise the structure cooperation of other forms, if fixed part 141 includes sliding slot, sliding part 142 include pulley, and pulley is connected with connection frame 13, the same guiding and supporting role that can be achieved to sliding door body 2.

In some embodiments, as shown in figure 5, driving device 1 further includes mounting bracket 15, mounting bracket 15 is installed on solid Determine door component 3, power source 11, transmission mechanism, guiding mechanism are mounted on mounting bracket 15, and power source 11 is located at control box 35 Interior, fixed part 141 is connected with mounting bracket 15, and power source 11, fixed part 141 can be installed on installation branch by threaded fastener Frame 15, with relatively fixed with mounting bracket 15, and the extending direction of fixed part 141 is identical as the extending direction of mounting bracket 15, As shown in Figure 5, the threaded fastener phase that fixed part 141 is spaced apart along the extending direction of the two by multiple groups with mounting bracket 15 Even.

It is understood that mounting bracket 15 is connected with fixed door component 3, and mounting bracket 15 is connected with fixed part 141, The sliding door body 2 of fixed part 141 is supported in by sliding panel 134 as a result, whole weight passes through mounting bracket 15 and transmits To fixed door component 3, fixed door component 3 is supported in platform by the first column 31, the second column 32 and third column 33, i.e., sliding The overall weight of dynamic door body 2 is transmitted to platform by the first column 31, the second column 32 and third column 33, in this way, it can be achieved that That slides door body 2 stablizes support, guarantees that gate 1000 can operate normally.

In embodiment as shown in figure 5 and figure 10, mounting bracket 15 is oppositely arranged curved including main board 151 and two Folded plate 152, two bending plates 152 are respectively from the two sides up and down of main board 151 along to being laterally extended, guiding mechanism and driver Structure is installed on the side of main board 151, and guiding mechanism and transmission mechanism are located between two bending plates 152, power source 11 with Main board 151 is connected, and power source 11 is by threaded fastener and main board 151, as shown in figure 5, bending plate 152 is from main board 151 side extends along towards the direction away from power source 11, guiding mechanism 14 be installed on main board 151 away from power source 11 Side, and guiding mechanism 14 is located between two bending plates 152, sliding part 142 is transported along longitudinal direction between two bending plates 152 It is dynamic.

Wherein, the height that guiding mechanism and transmission mechanism protrude from main board 151 is less than bending plate 152 and protrudes from main board 151 height, power source is installed on the side that main board 151 deviates from bending plate 152, in this way, each structure of driving device 1 is pacified It loads and gathers, save the whole required space of gate 1000, and mutually non-interference in operational process, overall construction design is reasonable.

In some embodiments, transmission mechanism and about 14 guiding mechanism are arranged in parallel, as shown in figure 5, guiding mechanism 14 Positioned at the lower part of transmission mechanism, in this way, by transmission mechanism and guiding mechanism 14 be installed on mounting bracket two bending plates 152 it Between, the transmission effect between transmission mechanism and connection frame 13 does not do the supporting role of connection frame 13 mutually with guiding mechanism 14 Relate to so that Liang Ge mechanism can stable operation, it is empty can be effectively saved installation for and transmission mechanism and 14 characteristics of compact layout of guiding mechanism Between, and guiding mechanism 14 is located at the lower part of transmission mechanism both can reduce whole thickness.

Sliding door body 2 below with reference to Fig. 6-Fig. 9 description according to the gate 1000 of the utility model embodiment, the sliding The structure of door body 2 is simple, and occupied area is small.

As shown in Fig. 6-Fig. 9, according to the sliding door body 2 of the gate 1000 of the utility model embodiment, comprising: door body 21 and side bar 22.

Wherein, door body 21 is made of glass, hardness with higher, and its permeability is good, and landscape is also more preferable, In, door body 21 can be used for closing the on-board and off-board region of platform, not come to a complete stop with not entering the station and entering the station in rail vehicle after leaving from station Passenger and rail vehicle or track on platform, and then guarantee that the passenger in platform is in safe range, door body 21 structure letter Single, occupied area is small.

Side bar 22 is adhered to the side of door body 21, as shown in fig. 6, side bar 22 is adhered to door body 21 away from driving device 1 side, side bar 22 have installation position, and installation position with the driving device 1 of gate 1000 for being connected, such as Fig. 6 and Fig. 7 institute Show, side bar 22 has multiple installation positions, and multiple installation positions are used to be connected with the driving device 1 of gate 1000, such as Fig. 6 institute Show, side bar 22 is located at the side that door body 21 deviates from driving device 1, can be by side bar 22, the sliding of door body 21 and driving device 1 Plate 134 is sequentially connected by threaded fastener.In this way, driving device 1 drives door body 21 to transport along longitudinal direction by sliding panel 134 It is dynamic, and then realize opening or closing for gate 1000.The structure of side bar 22 is simple, is easy to install connection with door body 21.

Wherein, side bar 22 is the metalwork rigidity of structure with higher, in this way, by side bar 22, door body 21 and door body 21 by threaded fastener when being connected, and threaded fastener will not damage the structure of side bar 22 when fastening, so that screw thread is tight Firmware pretightning force with higher, and then guarantee that sliding door body 2 can be stablized, be securely mounted at driving device 1, it is easy to implement The effect in its on-board and off-board region for closing platform.

According to the sliding door body 2 of the gate 1000 of the utility model embodiment, side bar 22, door body 21 and driving device 1 is connected, it is easy to accomplish the effect in its on-board and off-board region for closing platform, the overall structure for sliding door body 2 is simple, occupied area It is small, and the permeability of door body 21 is good, landscape is preferable.

In some embodiments, side bar 22 is adhered to the upper edge edge of door body 21, other edges of door body 21 are not set There is side bar 22, it is to be understood that side bar 22 and its installation position drive dress for door body 21 to be connected with driving device 1 Set 1 top for being arranged in fixed door component 3, as a result, by side bar 22 be set to door body 21 upper edge along be suitable for and driving device 1 Face can fix convenient for side bar 22, door body 21 and the installation of driving device 1 as a result, reduce assembly difficulty, while making a sheet The height of body 21 differs smaller with the height of fixed door, improves the integrally-built aesthetics of gate 1000.

In some embodiments, as shown in figure 9, side bar 22 includes roof side rail 221 and lower-edge beam 222, roof side rail 221 is under Side bar 222 is hollow beam, roof side rail 221 and lower-edge beam 222 may include it is flat logical, hollow-pole charge structure can reduce roof side rail 221, The total quality of lower-edge beam 222 saves production material requested.The outer panel of roof side rail 221 is Nian Jie with door body 21, lower-edge beam 222 outer panel is Nian Jie with door body 21, and the lower side panel of roof side rail 221 is bonded with the epipleural of lower-edge beam 222, and roof side rail 221 lower side panel is fixedly connected with the epipleural of lower-edge beam 222, and roof side rail 221 and lower-edge beam 222 are connected as one, and Roof side rail 221 is connected by the way that glue-line 23 is Nian Jie with door body 21 with lower-edge beam 222, and roof side rail 221 and lower-edge beam 222 can be made equal With 21 fixation of door body, it is to be understood that door body 21 is made of glass, and roof side rail 221 and lower-edge beam 222 are gold Belong to part, sandwiched glue-line 23 between roof side rail 221, lower-edge beam 222 and door body 21 as a result, i.e. roof side rail 221 and door body 21, Lower-edge beam 222 and door body 21 can prevent roof side rail 221, lower-edge beam 222 and door body 21 tight by screw thread without rigid contact When firmware is connected, roof side rail 221, lower-edge beam 222 damage door body 21, improve sliding 2 structure of door body safety with Integrality.

In some embodiments, the lower side panel of roof side rail 221 and the epipleural of lower-edge beam 222 are weldingly connected, so that top Beam 221 and lower-edge beam 222 steadily contact, and are fixed to each other securely, are conducive to improve the sliding integrally-built rigidity of door body 2.

Roof side rail 221 and lower-edge beam 222 are equipped with installation position, and door body 21 can be by being spaced apart along the vertical direction as a result, Multiple installation positions be connected with driving device 1 so that door body 21 and 1 fixation of driving device, and then guarantee driving device 1 It can accurately drive door body 21 to run, realize the opening and closing of gate 1000.

In some embodiments, roof side rail 221 extends to the other end from one end of door body 21, i.e., roof side rail 221 is along vertical To length differ smaller with the length of door body 21 along longitudinal direction, roof side rail 221 and door body 21, which are fixedly linked, can be improved sliding The integrally-built strength and stiffness of door body 2.Lower-edge beam 222 is from one end of door body 21 to the other end, roof side rail 221 and lower-edge beam 222 are arranged in parallel, and the length of roof side rail 221 is L1, and the length of lower-edge beam 222 is L2, meet: L2/L1≤1/2, wherein top The part of beam 221 and lower-edge beam 222 vertically face is equipped with installation position, and as shown in Figure 6 and Figure 7, roof side rail 221 is equipped with multiple Installation position, lower-edge beam 222 are equipped with multiple installation positions, and multiple installation positions of multiple installation positions of roof side rail 221 and lower-edge beam 222 It corresponds along the vertical direction, and the length of lower-edge beam 222 differs smaller with the length of sliding panel 134.In this way, lower-edge beam 222 Length it is unsuitable too small, the too small set installation position of the length of lower-edge beam 222 is reduced accordingly, is unfavorable for door body 21 and driving Device 1 is fixed；The length of lower-edge beam 222 should not be too large, the excessive waste for easily causing material of the length of lower-edge beam 222.As a result, will L2/L1 is arranged in reasonable range, both can guarantee that door body 21 is stably connected with driving device 1, while can avoid causing material Material waste.

In one embodiment, meet: 1/5≤L2/L1≤1/3, such as L2/L1=1/4 or L2/L1=4/15, by This, setting 1/4 or 4/15 for L2/L1 can guarantee that door body 21 is stably connected with driving device 1, while can avoid causing material Material waste.

In some embodiments, side bar 22 includes roof side rail 221, and roof side rail 221 extends to separately from one end of door body 21 One end, roof side rail 221 are hollow beam, and hollow beam can reduce the total quality of roof side rail 221, are saved needed for production roof side rail 221 Material, roof side rail 221 has accommodating chamber 223, and accommodating chamber 223 is used to install the manual unlocking device 4 of gate 1000, occupant The manual unlocking of gate 1000 can be realized by pressing manual unlocking device 4, conveniently again when driving device 1 breaks down Fast, there is good practicability.

In some embodiments, as shown in Figure 8 and Figure 9, side bar 22 is hollow beam, and side bar 22 is equipped with mounting groove in installation position 226, as is illustrated by figs. 11 and 12, roof side rail 221 and lower-edge beam 222 are all provided with there are three mounting groove 226, are installed at mounting groove 226 There is link block 224, six link blocks 224 are installed on correspondingly in six mounting grooves 226 as a result, and link block 224 is equipped with peace Hole 225 is filled, mounting hole 225 is used for the mounting hole 225 being connected with the driving device 1 of gate 1000, and door body 21 is equipped with and keeps away Allow hole 211, mounting hole 225 and 211 face of avoid holes.In this way, when sliding door body 2 and driving device 1 is assembled, it is tight by screw thread Firmware sequentially passes through the matching hole of the sliding panel 134 of mounting hole 225, avoid holes 211 and driving device 1, can be by side bar 22, Men Ben Body 21, sliding panel 134 are sequentially connected in series, and tighten fixation by threaded fastener, can make sliding door body 2 stable as a result, State is easy to implement the opening and closing of gate 1000.

In some embodiments, side bar 22 is adhered to the side of the close track of door body 21, i.e., in side bar 22 and platform Passenger be spaced apart.In this way, side bar 22, which will not be clipped, to be multiplied when driving device 1 drives door body 21 and side bar 22 to slide along longitudinal direction Visitor, improves the safety that passenger rides, and the structure design of gate 1000 is more reasonable.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " is based on the figure Orientation or positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than the dress of indication or suggestion meaning It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to the utility model Limitation.

The meaning of " plurality " is two or more in the description of the present invention,.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims (17)

1. a kind of driving device of gate characterized by comprising

Power source；

Transmission mechanism, the output end of the power source are connected with the input terminal of the transmission mechanism；

Connection frame, the connection frame are connected with the output end of the transmission mechanism, and the connection frame is for the cunning with gate Dynamic door body is connected；

Mounting bracket, the power source, the transmission mechanism are mounted on the mounting bracket.

2. the driving device of gate according to claim 1, which is characterized in that further include: guiding mechanism, the guiding Mechanism includes fixed part and sliding part, and the fixed part is connected with the mounting bracket, and the extending direction of the fixed part with The extending direction of the mounting bracket is identical, and the sliding part is connected with the connection frame, the sliding part and the fixed part It is slidably matched.

3. the driving device of gate according to claim 2, which is characterized in that the transmission mechanism and the Guiding machine Structure is arranged in parallel up and down.

4. the driving device of gate according to claim 2, which is characterized in that the mounting bracket include main board and Two bending plates being oppositely arranged, two bending plates respectively from the two sides up and down of the main board along to being laterally extended, The guiding mechanism and the transmission mechanism are installed on the side of the main board and are located between two bending plates, described Power source is connected with the main board.

5. the driving device of gate according to claim 4, which is characterized in that the guiding mechanism and the driver The height that structure protrudes from the main board is less than the height that the bending plate protrudes from the main board, and the power source is installed on The side away from the bending plate of the main board.

6. the driving device of gate according to any one of claims 1-5, which is characterized in that the transmission mechanism packet It includes:

Driving wheel, the output end of the power source are connected with the driving wheel；

Driven wheel, the driven wheel are spaced apart with the driving wheel；

Belt, the belt are set in the driving wheel, outside the driven wheel, and the belt is connected with the connection frame.

7. the driving device of gate according to claim 6, which is characterized in that the axis of the driving wheel and it is described from The axis of driving wheel is vertical with the sliding door body.

8. the driving device of gate according to claim 6, which is characterized in that the mounting bracket sets that there are two along vertical To the limited block of setting spaced apart, the connection frame is set as sliding between two limited blocks, and the limited block is used for Compress the connection frame.

9. the driving device of gate according to claim 6, which is characterized in that the internal perisporium of the belt, which is equipped with, to be fixed Tooth, the connection frame are fixed on the fixed tooth, the driving wheel, the driven wheel periphery all have external toothing tooth, it is described External toothing tooth and the fixed tooth engagement.

10. the driving device of gate according to claim 9, which is characterized in that the fixed tooth is set to the belt Internal perisporium, the driving wheel, the driven wheel periphery all have external toothing tooth, the external toothing tooth is suitable for and the fixation Tooth engagement.

11. the driving device of gate according to claim 9, which is characterized in that the fixed tooth is multiple, and along institute State the circumferentially spaced arrangement of belt.

12. the driving device of the gate according to any one of claim 2-5, which is characterized in that the connection frame packet Include: attachment base and sliding panel, the attachment base are connected with the output end of the transmission mechanism, the attachment base and the sliding panel It is connected, the sliding panel is connected with the sliding part, and the sliding panel with the sliding door body for being connected.

13. the driving device of gate according to claim 12, which is characterized in that the attachment base includes: in connection Seat and connection pedestal, the transmission mechanism are belt gear, and the peripheral wall of the belt of the transmission mechanism is equipped with fixed tooth, institute It states the connection seat of honour and is equipped with cooperating teeth, the belt is folded between the connection seat of honour and the connection pedestal, and the cooperation Tooth and the fixed tooth engagement, the connection pedestal are connected with the sliding panel.

14. the driving device of the gate according to any one of claim 2-5, which is characterized in that the fixed part packet Guide rail is included, the sliding part includes sliding block, and the sliding block is slidably matched with the guide rail, the sliding block and the connection frame phase Even.

15. the driving device of gate according to claim 14, which is characterized in that the sliding block is multiple, Duo Gesuo The extending direction that sliding block is stated along the guide rail is spaced apart setting, and multiple sliding blocks are connected with the connection frame.

16. a kind of gate characterized by comprising fixed door component, sliding door body and any one of such as claim 1-15 The driving device, the driving device is installed on fixed door component, and is connected with the sliding door body.

17. gate according to claim 16, which is characterized in that the driving device is located at the fixed door component Top, and it is installed on the side of the fixed door component.