CN109312592A

CN109312592A - Medium automatically-controlled door

Info

Publication number: CN109312592A
Application number: CN201680086676.4A
Authority: CN
Inventors: 赵斗熙
Original assignee: Individual
Current assignee: Pilsky Global Co Ltd
Priority date: 2016-06-30
Filing date: 2016-07-01
Publication date: 2019-02-05
Anticipated expiration: 2036-07-01
Also published as: KR101693194B1; WO2018004043A1; CN109312592B

Abstract

The present invention relates to medium automatically-controlled doors, specifically, by user close to when the automatically-controlled door of induction automatic shutter is generated to this, usually carry out customers' reception such as advertisement or publicity or greeting movement, the medium automatically-controlled door withdrawn indicated when the emergencies such as fire occur.The structure of the medium automatically-controlled door of the embodiment of the present invention includes: automatic door main body comprising: the electro-conductive glass of writing board shape, that is, medium glass, the first LED being arranged in above the medium glass, endways the first spacer bar for being pasted onto the medium glass and outer ledge, the face glass for pasting in the upper end of first spacer bar fixed transparent material, the space being filled between the medium glass and face glass the first resin；Hanger, is assemblied in the top of the automatic door main body, and leading block is placed in the fixed frame of entrance top wall surface and horizontally slips；Pedestal is fixed on the fixed frame, and bottom surface forms the first fitting groove that two the first moving-wires can be made to be assembled respectively；First connection pulley, is rotating when the automatic main body horizontally slips and touches the first moving-wire, be connected to medium glass by the first power supply line.

Description

Medium automatically-controlled door

Technical field

The present invention relates to medium automatically-controlled doors, specifically, by user close to when to this generate induction automatic shutter from Dynamic door usually carries out customers' reception such as advertisement or publicity or greeting movement, and instruction is withdrawn when the emergencies such as fire occur Medium automatically-controlled door.

Background technique

The various buildings such as recent bank, building and hospital are in order to provide convenient and shop value to customer, generally Automatically-controlled door is installed.

This automatically-controlled door is substantially with left and right directions movement while the smooth manner being opened and closed and with the flat of rotational configuration opening and closing Door-opening mode production uses.

Wherein by the existing power-operated door open and close system diagram of the power-operated door open and close of smooth manner in Fig. 1.

As shown in Figure 1, existing automatic opening and closing system is, 2 side of arranging plate of doorframe is respectively set driving motor 3 and subtracts Driving pulley 5 and offside door 1 opening and closing of fast device 4, retarder 4 are connected with drive pulley 6 by the first chain 7, and offside door 1 ' is opened and closed It is connected with drive pulley 8 and driven pulley 9 by the second chain 10, it is fixed respectively on the specified position of the first and second chain 7,10 to incite somebody to action It is fixed on the bracket 13,14 that the door hanger 11,12 of each chain 7,10 and left and right side door 1,1 ' above connects.

According to this structure, when user is close to automatically-controlled door 1,1 ', driving motor 3 is by generating the sensor incuded to this After the adjustment driving of (not shown) control unit (not shown) for receiving detection signal is got up, by the driving pulley 5 of retarder 4 and the right side 1 opening and closing of side door is driven counterclockwise with the first chain 7 that drive pulley 6 connects, and offside door 1 ' is opened and closed with biography at the same time The second chain 10 that movable belt pulley 8 and driven pulley 9 connect drives clockwise.

Subsequent left and right side door 1,1 ' is open.

Otherwise user is from automatically-controlled door 1,1 ' far from after, and driving motor 3 is by receiving inspection from the sensor for generating induction to this The adjustment for surveying the control unit of signal drives to opposite direction, and the first chain 7 drives to along needle direction therewith, and the second chain 10 is to side counterclockwise To driving.

Subsequent left and right side door 1,1 ' is closed.

On the other hand, recently in order to space it is effective application and promotion advertising results, by printing paper be attached to access door or Advertising Copy or design or illumination etc. are set and bring aesthetical perception to the people entered and left, increases acceptance, to promote advertising results, but Smooth automatic door is that automatically-controlled door integrally horizontally slips, therefore becomes larger to the illuminalive power-supply difficulty being arranged on automatically-controlled door.

And existing automatically-controlled door to illumination supply power supply only one, fire occurs or when emergency, if for Electricity interrupts, and illumination or automatically-controlled door are powered down, therefore causes to can not find outlet and lead to not the problem of withdrawing rapidly.

Summary of the invention

Technical problem

Pass through contact in the smooth automatic door that automatically-controlled door integrally horizontally slips the purpose of the present invention is to provide a kind of Formula pulley is smoothly powered and output medium to light-emitting component, is connect to carry out the customers such as advertisement or greeting movement by automatically-controlled door To or seasonal campaign medium automatically-controlled door.

Another object of the present invention be to provide it is a kind of automatically-controlled door is made of i.e. two layers medium layer and emergency layer, every layer of difference Power supply is connected, advertisement, customer's reception or publicity usually can be carried out by medium layer, can be removed by emergency layer guidance when urgent From medium automatically-controlled door.

Technical solution

The medium automatically-controlled door of embodiment according to the present invention includes: automatic door main body comprising: with specific thickness and greatly The electro-conductive glass of small writing board shape, that is, medium glass, on the medium glass at least provided with more than one first LED, Endways the first spacer bar for being pasted onto the medium glass and outer ledge, the upper end of first spacer bar paste it is fixed and The face glass of the transparent material separated by a distance from medium glass top, be filled in the medium glass and face glass it Between space and make by the first LED generate light diffusing reflection the first resin；

Hanger is assemblied in the top of the automatic door main body, and leading block is placed in be gone out with certain length setting It horizontally slips on the fixed frame of entrance top wall surface；

Pedestal is fixed on the fixed frame, and bottom surface forms assemble two the first moving-wires respectively first Fitting groove；

First connection pulley, the connection terminal for forming outer peripheral surface is rotatable to be contiguously arranged on first moving-wire It is rotated when top and the automatic door main body horizontally slip while touching the first moving-wire, and matchmaker is connected to by the first power supply line Jie's glass.

The automatic door main body further include: electro-conductive glass, that is, substrate glass of the writing board shape with specific thickness and size Glass；At least provided with more than one 2nd LED above the substrate glasses；By the endways outer side edges for being pasted onto the substrate glasses Edge, the medium glass are pasted and fixed on second spacer bar of the upper end；It is filled in the substrate glasses and the medium glass Space between glass and make by the second resin of the 2nd LED light diffusing reflection generated；

The bottom surface of the pedestal is additionally provided with the second fitting groove that can be assembled two the second moving-wires respectively；

The top of second moving-wire is additionally provided with the second connection pulley, and the connection terminal for forming outer peripheral surface is rotatable to be connect It contacts to earth and is set and the automatic door main body rotates when horizontally slipping while touching the second moving-wire, and connected by second source line It is connected to medium glass.

First power supply line and second source line are connected to mutually different DC power supply, and second source line is connected to fire-fighting Power supply.

First LED is usually to carry out the customers such as advertisement or publicity or greeting movement to receive, and the 2nd LED is by green That LED the is formed and only bright light when the emergencies such as fire occur.

The automatic door main body is sealed by the lateral frame with regulation space, and the inner space of the lateral mode frame is set Have for enhance lateral frame intensity stiffening frame, multiple electronic components be installed and control the first LED and the 2nd LED The FPCB of PCB, the connection PCB and medium glass and substrate glasses.

For drawing the through-hole of the FPCB in stiffening frame and the synthetic resin material for being incorporated into the stiffening frame It is formed on fender bracket, and the hole size of fender bracket is smaller formed than the hole size of the stiffening frame.

(+) power supply line of first power supply line is directly connected in medium glass, and (-) power supply line is connected by PCB and FPCB It is connected to medium glass；(+) power supply line of the second source line is directly connected in substrate glasses, (-) power supply line by PCB and FPCB is connected to substrate glasses.

Beneficial effect

According to the above technical scheme, the beneficial effects of the present invention are,

It is smoothly powered by contact-type pulley to light-emitting component in the smooth automatic door that automatically-controlled door integrally horizontally slips And output medium, to carry out the customers such as advertisement or greeting movement reception or seasonal campaign by automatically-controlled door；

Automatically-controlled door is made of i.e. two layers medium layer and emergency layer, and every layer is separately connected power supply, usually can be with by medium layer Advertisement, customer's reception or publicity are carried out, can be withdrawn by emergency layer guidance when urgent.

Detailed description of the invention

Fig. 1 is the schematic diagram for showing automatic door structure；

Fig. 2 is the schematic diagram for showing the connected structure of automatic door main body of one embodiment of the invention；

Fig. 3 is the schematic diagram for showing the automatic door main body connected structure of another embodiment of the present invention；

Fig. 4 is the schematic diagram of power supply mode under conditions of showing Fig. 2；

Fig. 5 is the schematic diagram of power supply mode under conditions of showing Fig. 3；

Fig. 6 is the automatically-controlled door lateral frame internal structure chart under conditions of Fig. 3；

Fig. 7 is the block diagram for being used to control power-operated door open and close of the embodiment of the present invention.

Specific embodiment

Illustrate institute's lamps structure of the embodiment of the present invention and effect with reference to the accompanying drawing.

Fig. 2 is the schematic diagram for showing the automatic door main body connected structure of one embodiment of the invention.

As shown in Fig. 2, the structure of automatic door main body includes: medium glass 22, the first light-emitting component 32, spacer bar 52, face Glass sheet 20 and resin 40.

Medium glass 22 is the electro-conductive glass of the writing board shape with about 3~6mm thickness and a certain size area.

First light-emitting component 32 is pasted on the medium glass 22 by required pattern, and the first light-emitting component is by extremely herein Few more than one first LED32 is formed.

It is pasted onto the power supply being entered on multiple first LED32 on the medium glass 22 such as DC48V.

First LED32 connects conductor wire (not shown) at least one mode in parallel connection by connecting, and pastes On medium glass 22.

The conduction line width is 1 μm~1 ㎜, by processing ultra-fine metal conductive wire, Signa Gel, in conductive strips at least One formation.

Spacer bar 52 is by with the about 2mm endways transparent material for being pasted onto 22 outer ledge of medium glass of height or impermeable Bright material is formed.

The face glass 20 is separated by one from 22 top of medium glass by being pasted and fixed on the upper end of the spacer bar 52 The transparent material of set a distance (about 2mm) is formed.

The writing board shape with about 3~10mm thickness and a certain size area is presented in the face glass 20.

Space between the medium glass 22 and face glass 20 is filled with resin (resin) 40 and makes conductor wire as far as possible It can't see, make the light diffusing reflection generated from the first LED32.

As described above, the first LED32 is arranged on the panel with penetrability, it is ultra-fine using the processing being visually difficult to Conductor wire power supply, and then give presentation face and linear pattern the first LED32 input power, make to float on the pattern or letter on hollow Breath is specifically rendered as face and line and point rather than puts the combination of form, therefore can usually be carried out by the first LED32 wide It accuses, perhaps carries out exchanging a few words of greetings movement or publicity season activity etc. for reception customer.

Fig. 3 is the schematic diagram for showing the automatic door main body connected structure of another embodiment of the present invention.

As shown in figure 3, its structure include: substrate glasses 24, medium glass 22, the first, second light-emitting component 32,34, Parting bead 52, face glass 20 and resin 40.

Substrate glasses 24 are the electro-conductive glass of the writing board shape of thickness and a certain size area with about 3~6mm.

Second light-emitting component 34 is pasted above the substrate glasses 24 by required pattern, and the second light-emitting component is by extremely herein Few more than one 2nd LED34 is formed.

The substrate glasses 24 paste multiple 2nd LED34 and are entered emergency power supply (fire-fighting power supply) such as DC 24V power supply.

2nd LED34 connects conductor wire at least one mode in parallel connection by series connection and is pasted onto substrate glasses Above 24.

With the 2nd LED34 can show such as ' EXIT ' word or indicate withdraw direction arrow (→, ←, ↑, ↓) etc. figure Shape and indicate to withdraw direction.

Especially the 2nd LED34 is formed by the 750cd green LED that can also be seen too clearly in smog and is sent out in the present invention It can be explicitly indicated when raw emergency and withdraw direction or outlet.

The conductor wire is that width is 1 μm~1 ㎜, by processing ultra-fine metal conductive wire, Signa Gel, in conductive strips at least One formation.

Spacer bar 52 is by with the about 2mm endways transparent material for being pasted onto 24 outer ledge of substrate glasses of height or impermeable Bright material is formed.

Medium glass 22 is separated by a spacing from 24 top of substrate glasses by being pasted and fixed on the upper end of the spacer bar 52 Transparent material from (about 2mm) is formed.

The medium glass 22 is the electro-conductive glass of the writing board shape of thickness and a certain size area with about 3~6mm.

First light-emitting component 32 is pasted above the medium glass 22 by required pattern, and the first LED described herein is extremely Reach more than one less.

The power supply such as DC 48V is entered on multiple first LED32 pasted on the medium glass 22.

First LED32 connects conductor wire at least one mode in series connection by direct connection and is pasted onto medium glass 22 Above.

The width of the conductor wire is 1 μm~1 ㎜, by process ultra-fine metal conductive wire, conducting wire gel, in conductive strips At least one is formed.

Face glass 20 is separated by a distance from medium glass top by being pasted and fixed on the upper end of the spacer bar 52 The transparent material of (about 2mm) is formed.

The writing board shape of thickness and a certain size area with about 3~10mm is presented in the face glass 20.

Space between the substrate glasses 24 and medium glass 22 and the sky between medium glass 22 and face glass 20 Between be filled with resin (resin) 40 and making conductor wire as far as possible can't see, make from second, one LED34,32 light diffusing reflections generated.

As described above, the first and second LED32 is arranged on the panel with penetrability, and 34, added using what is be visually difficult to Work obtains ultra-fine conductor wire power supply, and then gives first and second LED32 in presentation face and linear pattern, and 34 input powers make to float on void Pattern or information on sky are specifically rendered as face and line and point rather than put the combination of form, therefore usually can be by the One LED32 carries out advertisement, perhaps carries out exchanging a few words of greetings movement or publicity season activity etc. for reception customer, can pass through when urgent Direction is withdrawn in 2nd LED34 instruction.

Fig. 4 is the schematic diagram of power supply mode under the conditions of showing Fig. 2.

Shown in Fig. 4, the top wall surface of entrance is equipped with the fixed frame 110 of certain length, in the upper of automatically-controlled door 100a The leading block 62 of the hanger 60 of portion's assembly, which is placed on fixed frame 110, to horizontally slip.

It is fixed on the fixed frame 110 by synthetic resin in the form of regulation and the guider of certain length injection molding 70, the bottom surface of the guider forms the fitting groove that two the first moving-wires 72 can be made to be assembled respectively.

Two the first moving-wires 72 are entered the power supply that common alternating current is such as converted into the DC 48V of direct current.

The top of first moving-wire 72 has outer peripheral surface to form the first connection pulley 82 of connection terminal by rotatable contact Ground setting and automatically-controlled door 100a is rotating when horizontally slipping and touches the first moving-wire 72, the first connection pulley 82 passes through first Power supply line 81 is connected to electro-conductive glass i.e. medium glass 22.

Further specifically, (+) power supply line of the first power supply line 81 is directly connected in electro-conductive glass i.e. medium glass 22, (-) power supply line will be by that will be connected to medium glass 22 by aftermentioned PCB90 and FPCB94 in Fig. 6.

By power supply mode as described above, even if automatically-controlled door 100a horizontally slips, it can also stablize to the first LED32 and supply It should be such as the power supply of DC 48V.

Fig. 5 is the schematic diagram of power supply mode under the conditions of showing Fig. 3.

As shown in figure 5, the top wall surface of entrance is equipped with the fixed frame 110 of certain length, automatically-controlled door 100b's is upper The leading block 62 of the hanger 60 of portion's assembly is placed in fixed frame 110 and horizontally slips.

It is fixed on the fixed frame 110 by synthetic resin in the form of fixing and the guider of certain length injection molding 70, the bottom surface of the guider 70 forms the assembly that two the first moving-wires 72 and two the second moving-wires 74 can be made to be assembled respectively Slot.

The power supply that common alternating current is such as converted into the DC 48V of direct current is entered in this two the first moving-wires 72, second is dynamic Line 74 is entered the power supply such as the DC 24V of fire-fighting power supply (emergency power supply).

The top of first moving-wire 72 has outer peripheral surface to form the first connection pulley 82 of connection terminal by rotatable contact Ground setting and automatically-controlled door 100a is rotating when horizontally slipping and touches the first moving-wire 72, the first connection pulley 82 passes through first Power supply line 81 is connected to medium glass 22.

It is identical with this, the top of second moving-wire 74 has outer peripheral surface to form the second connection pulley 84 of splice terminal by can Rotating contact it is arranged and automatically-controlled door 110b is rotating when horizontally slipping and touches the second moving-wire 74, the second connection pulley 84 Substrate glasses 24 are connected to by second source line 83.

Further specifically, (+) power supply line of second source line 83 is directly connected in electro-conductive glass i.e. substrate glasses 24, (-) power supply line will be by that aftermentioned PCB 90 and FPCB 94 will be connected to substrate glasses 24 in Fig. 6.

By power supply mode so, even if automatically-controlled door 110b horizontally slips, but supply can be stablized such as to the first LED32 The power supply of DC 48V stablizes the power supply of supply such as DC 24V to the 2nd LED34.

Fig. 6 is the automatically-controlled door lateral frame internal structure chart under the conditions of Fig. 3.

As shown in fig. 6, the lateral frame 50 with regulation inner space is formed by metal material, with surface treatment unit 54 Surface processed, and in order to enhance intensity, inside is equipped with the stiffening frame 96 of metal material.

Multiple electronic components 92 are set in the PCB90 of the inner space setting of the lateral frame 50, for controlling the The point off and brightness of one LED32 and the 2nd LED34 are connected to electro-conductive glass i.e. medium glass 22 and substrate glasses by FPCB94 24。

In order to draw the FPCB94, through-hole is formed in the way of stiffening frame 96, and FPCB94 and inside in order to prevent Metal contacts with each other and damages FPCB94 or electric leakage, and setting forms the fender bracket 98 of the synthetic resin material of through-hole, and is incorporated in On the stiffening frame 96.

The FPCB94 and stiffening frame 96 for being connected to glass 22,24 in order to prevent at this time are in contact, by the logical of fender bracket 98 Hole size is larger formed than the hole size of stiffening frame 96.

The damage and electric leakage of FPCB94 can be prevented by structure as described above.

Fig. 7 is the block diagram for power-operated door open and close control of the embodiment of the present invention.

DC 48V and the first LED32 is electrically connected when controller 104 is flat, controls point off and brightness of the first LED32 etc., Occur fire etc. when DC 48V power cut-off, switch relay (R), DC 24V power supply and the 2nd LED34 are electrically connected and Control the point off of the 2nd LED.

The top of entrance is arranged in human body sensor 102, when user is close to automatically-controlled door 100b, to this generate induction and incite somebody to action Inductive signal is exported to controller 104.

By the control of the controller 104, when automatically-controlled door 110b is closed, pass through the first of the automatically-controlled door 110b of closing LED32 carries out advertisement or publicity seasonal campaign first passes through when then inputting inductive signal by the human body sensor 102 First LED32 shows the movement for greeting of bowing, and exports the sound such as " you are good " or " welcome " by loudspeaker 108 After sound, keep the starting of motor 106 that automatically-controlled door is open.

Thus to obtain advertisement, the effect of the effect of publicity and reception customer (business).

Claims (according to the 19th article of modification of treaty)

1. a kind of medium automatically-controlled door characterized by comprising

Automatic door main body comprising: there is electro-conductive glass, that is, medium glass of the writing board shape of specific thickness and size, described Above medium glass at least provided with more than one first LED, endways be pasted onto the first of the medium glass and outer ledge Spacer bar, pasted in the upper end of first spacer bar it is fixed and the transparent material separated by a distance from medium glass top Face glass, the space that is filled between the medium glass and face glass and make the light diffusing reflection generated by the first LED First resin；

Hanger is assemblied in the top of the automatic door main body, and leading block, which is placed in, to be arranged with certain length in entrance It horizontally slips on the fixed frame of top wall surface；

Pedestal is fixed on the fixed frame, and bottom surface forms the first fitting groove and fills two the first moving-wires respectively Match；

First connection pulley, the connection terminal for forming outer peripheral surface is rotatable to be contiguously arranged on first moving-wire top And the automatic door main body rotates when horizontally slipping while touching the first moving-wire, and is connected to medium glass by the first power supply line Glass；

The automatic door main body further include: electro-conductive glass, that is, substrate glasses of the writing board shape with specific thickness and size；Institute It states above substrate glasses at least provided with more than one 2nd LED；By the endways outer ledge for being pasted onto the substrate glasses, institute State the second spacer bar that medium glass is pasted and fixed on the upper end；It is filled between the substrate glasses and the medium glass Space and make by the 2nd LED generate light diffusing reflection the second resin；

The bottom surface of the pedestal is additionally provided with the second fitting groove that can assemble respectively two the second moving-wires；

The top of second moving-wire is additionally provided with the second connection pulley, and the connection terminal for forming outer peripheral surface is rotatable contiguously It is set and the automatic door main body rotates when horizontally slipping while touching the second moving-wire, and is connected to by second source line Substrate glasses.

2. medium automatically-controlled door according to claim 1, which is characterized in that

First power supply line and second source line are connected to mutually different DC power supply, and second source line is connected to fire-fighting electricity Source.

3. medium automatically-controlled door according to claim 2, which is characterized in that

First LED is usually to carry out the customers such as advertisement or publicity or greeting movement to receive, and the 2nd LED is by green LED The being formed and only bright light when the emergencies such as fire occur.

4. medium automatically-controlled door according to claim 1, which is characterized in that

The automatic door main body is sealed by the lateral frame with regulation space, and the inner space of the lateral mode frame, which is equipped with, to be used To enhance the stiffening frame of lateral frame intensity, be equipped with multiple electronic components and the PCB of control the first LED and the 2nd LED, company Meet the FPCB of the PCB and medium glass and substrate glasses.

5. medium automatically-controlled door according to claim 4, which is characterized in that

For drawing protection of the through-hole in stiffening frame and the synthetic resin material for being incorporated into the stiffening frame of the FPCB It is formed on frame, and the hole size of fender bracket is smaller formed than the hole size of the stiffening frame.

6. medium automatically-controlled door according to claim 4, which is characterized in that

(+) power supply line of first power supply line is directly connected in medium glass, and (-) power supply line is connected to by PCB and FPCB Medium glass；

(+) power supply line of the second source line is directly connected in substrate glasses, and (-) power supply line is connected to by PCB and FPCB Substrate glasses.

Claims

1. a kind of medium automatically-controlled door characterized by comprising

First connection pulley, the connection terminal for forming outer peripheral surface is rotatable to be contiguously arranged on first moving-wire top And the automatic door main body rotates when horizontally slipping while touching the first moving-wire, and is connected to medium glass by the first power supply line Glass.

4. medium automatically-controlled door according to claim 3, which is characterized in that

5. medium automatically-controlled door according to claim 2, which is characterized in that

6. medium automatically-controlled door according to claim 5, which is characterized in that

7. medium automatically-controlled door according to claim 5, which is characterized in that