TWM512060U - Operation indicator of iron rolling door - Google Patents

Description

Iron roll door action indicator

This creation relates to a kind of light indicator, in particular to an iron door action indicator which enables different photoelectric modules to rise or fall with the door group in the applied iron roll door to produce a corresponding light source indication effect.

Many building spaces are designed to facilitate the entry and exit of large items or vehicles. Many large facades are built on the building, and iron roll doors are installed above the facade; the shaft tube is fixed above the installed facade through a door box. At the same place, the upper end of the door panel of the iron roller door is fixed to the hub of the shaft tube, and the two sides of the door group are respectively placed in the slot frame guiding on both sides of the facade, so that the door group can be rotated with the hub Winding on the shaft tube or releasing from the shaft tube, thereby achieving the effect of opening or closing the large area of the facade.

Since the structure of the door group can be rolled up after the iron roll door is opened, the front door is opened and does not occupy the visual and moving lines of the facade, so it is widely used by driving lanes, business stores and even family houses; The iron roller doors that are seen are mostly driven by electric power. In addition to the relatively fast and smooth movement, the iron roller door can be further controlled to be opened or closed remotely.

Furthermore, the overall door panel of a general iron roll door is the same width as the plural. The width and configuration of the door panel are arranged in a manner of being arranged above and below. When the iron roller door is operated by manipulation, the operator who is located at a remote position is difficult to directly judge whether the panel group is in motion or not. Further, as shown in the first figure, an indicator light 12 is disposed around the periphery of the iron shutter door 10, and the indicator light 12 is turned on to indicate whether the motor for driving the shutter group 11 is energized or not.

However, the similarly used indicator light 12 can only indicate whether the motor is in the running state, and cannot indicate that the door group 11 is rising or falling, and the operator must carefully control the change of the door group 11 before being able to make it safely. In the related action, when the user uses the remote controller 20 to control the movement of the iron door at a remote distance, it is difficult to determine whether it is in accordance with the direction of its control when the door group 11 cannot be surely seen. Action, so there is still room for improvement.

The main purpose of this creation is to provide a corresponding light source indicating effect that can make different photoelectric modules rise or fall with the door group in the applied iron roll door, which helps to quickly and safely make relevant The action of the iron door action indicator.

The iron roller door action indicator of the present invention comprises: a first photoelectric module, at least one photoelectric component that generates a preset light source after being energized; and a second photoelectric module, which is provided with at least one after power-on. a photoelectric component that generates a predetermined light source; a control module electrically connected to the first photovoltaic module and the second photovoltaic module; and the control module is configured to at least two respectively correspond to the first photovoltaic module and a control loop of the second optoelectronic module, and is set to be the gate of the iron roll door to which it is applied The slice group rises or falls and switches to a control loop corresponding to the first photovoltaic module or the second photovoltaic module.

The iron roll door action indicator of the present invention can be controlled by the control module to generate a corresponding current signal as the door group rises or falls, and switches to the same as the door group in the applied iron roll door rises or falls. A corresponding control loop of the photoelectric module or the second photoelectric module, thereby generating a corresponding light source indicating effect, so that the surrounding personnel or the relative remote control personnel can quickly identify that the door group of the iron rolling door is rising or Decline, and then confidently make relevant response actions.

Further, the iron roller door action indicator further includes a casing, wherein the casing is composed of a base and a cover correspondingly; the first photoelectric module and the second photoelectric module are fixed The cover is disposed on the inner side of the cover, and the cover is provided with at least a first indicating window for the light source of the first photoelectric module to be transparent, and a second indicating window for the light source of the second photoelectric module to be transparent.

Further, the iron door action indicator further includes a switch module electrically connected to the control module, and the switch module is provided with at least two door sets corresponding to the iron roll door to which it is applied. A rising or falling switching element.

Further, the iron door action indicator further includes a switch module electrically connected to the control module, and a casing; the switch module is provided with at least two iron roll doors corresponding to the applied a switching element in which the door group is raised or lowered; the casing is composed of a base and a cover correspondingly, and the first switch module exposes the cover, the first photoelectric module and the first The two optoelectronic modules are fixed on the inner side of the cover, and the cover is provided with at least a first indicating window for the light source of the first photoelectric module to be transparent, and a light source for the second photoelectric module The second indicator window.

The first indicator window and the second indicator window of the cover are arranged to extend in opposite directions; the first photoelectric module is provided with a plurality of photoelectric elements arranged along the first indication window; the second photoelectric The module is provided with plural numbers along the second finger The photoelectric elements of the window are arranged in a straight line.

The iron door action indicator is further provided with a wireless signal receiving module electrically connected to the control module.

The iron door action indicator further includes a power conversion module for connecting an external power source and converting the external power source into a rated DC power, and the power conversion module is at least electrically connected to the control module.

The iron roll door action indicator disclosed in the present invention can be caused by the first photoelectric module and the second photoelectric module to increase or decrease with the door group in the applied iron roll door to generate an indication effect corresponding to the light-emitting mode. In addition to the more positive and reliable means to improve the safety of the iron roll door and the convenience of operation; it can further combine the start function of controlling the action of the iron roll door or the remote control signal receiving function of controlling the action of the iron roll door. The overall iron roll door action indicator can be presented in the form of a modified kit, which is convenient for consumers to improve the control function and ease of use of the iron roll door.

[Prior technology]

10‧‧‧ Iron Roll Door

11‧‧‧door group

12‧‧‧ indicator lights

20‧‧‧Remote control

[This creation]

30‧‧‧Iron roll door action indicator

31‧‧‧First Photoelectric Module

311‧‧‧Optoelectronic components

32‧‧‧Second Photoelectric Module

321‧‧‧Optoelectronic components

33‧‧‧Switch Module

331‧‧‧Switching elements

332‧‧‧Switching elements

333‧‧‧Switching elements

34‧‧‧Power Conversion Module

341‧‧‧Circuit carrier board

342‧‧‧Optoelectronic components

35‧‧‧Control module

351‧‧‧Sensing circuit

352‧‧‧Photocell drive circuit

353‧‧‧Iron Rolling Door Drive Circuit

36‧‧‧Chassis

361‧‧‧Base

362‧‧‧Shell cover

371‧‧‧First indicator window

372‧‧‧Second indicator window

38‧‧‧Wireless signal receiving module

The first figure is a schematic diagram of the use of the indicator light for the use of the iron roller door.

The second picture is a schematic diagram of the use of the iron roll door action indicator for the creation.

The third picture is a perspective view of the appearance of the iron roll door action indicator of the present creation.

The fourth picture is an exploded view of the structure of the iron roll door action indicator of this creation.

The fifth picture is a cross-sectional view of the structure of the iron roll door action indicator of the present creation.

The sixth figure is a schematic diagram of the configuration of the indicator window of the cover in the creation.

The seventh figure is a schematic diagram of the indication state of the iron roll door action indicator of the present application in which the applied iron roll door has not yet operated.

The eighth figure is a schematic diagram showing the state of the iron gate action indicator of the present creation when the door group in the applied iron roll door rises.

The ninth figure is a schematic diagram showing the state of the iron gate action indicator of the present invention when the door group in the applied iron roll door is lowered.

The main purpose of the present invention is to provide a different photoelectric module (the first photoelectric module 31 and the second photoelectric module 32 are shown) as shown in the second figure. The door group 11 rises or falls, and the corresponding light source indication effect is generated, which helps to quickly and safely make the relevant action of the iron door action indicator 30. Please refer to the second to sixth figures at the same time. The iron roller door action indicator 30 of the present invention basically includes: a first photoelectric module 31, a second photoelectric module 32, and a control module 35; wherein:

The first optoelectronic module 31 is provided with at least one optoelectronic component that generates a predetermined light source after being energized. In the implementation, the first optoelectronic module 31 can be provided with a plurality of optoelectronic components 311 arranged in a straight line. The power supply mode in which the photoelectric elements 311 are sequentially energized and then powered off generates a light source effect such as a marquee.

The second optoelectronic module 32 is provided with at least one optoelectronic component that generates a predetermined light source after being energized. In the implementation, the second optoelectronic module 32 can also be provided with a plurality of optoelectronic components 311 arranged in a straight line. The power supply mode in which the photoelectric elements 321 are sequentially energized and then powered off generates a light source effect such as a marquee.

The control module 35 is electrically connected to the first optoelectronic module 31 and the second optoelectronic module 32; and the control module 35 is configured to at least two respectively correspond to the first optoelectronic module 31 and the second The control circuit of the optoelectronic module 32 is set to rise or fall with the panel group 11 of the applied iron shutter 10 to switch to control corresponding to the first optoelectronic module 31 or the second optoelectronic module 32. Loop.

In implementation, the control module 35 is provided with a sense of corresponding current signals for raising or lowering the door group 11 of the iron shutter door 10 to which it is applied. The circuit 351 is configured to receive at least the current signal of the sensing circuit 351 to control at least the optoelectronic module driving circuit 352 of the first optoelectronic module 31 and the second optoelectronic module 32.

The sensing circuit 351 of the control module 35 can electrically connect at least one sensing component (not shown) through the transmission line, and the at least one sensing component can be mounted on the driving module of the applied iron roller door 10 ( In the figure, the sensing circuit 351 can cooperate with the action change of the transmission module (the door group 11 in the iron roll door 10 rises or falls) to generate a corresponding current signal; as for the photoelectric module driving circuit 352, the preset There are at least two control loops respectively for the first photovoltaic module 31 and the second photovoltaic module 32.

In this embodiment, the integral iron shutter action indicator 30 further includes a power conversion module 34 for connecting an external power source and converting the external power source into a rated DC power, the power conversion module 34 and at least the control module 35 electrical connections. In the implementation, the power conversion module 34 can further be used to generate a predetermined light source 342 when the external light source is connected; in the embodiment, the power conversion module 34 is further electrically connected to a circuit carrier. 341. The total photoelectric element 311 of the first photoelectric module 31 and the total photoelectric component 321 of the second photoelectric module 32 are disposed on the circuit carrier 341 by the photoelectric component 342 of the power conversion module 34.

In principle, the iron gate action indicator 30 of the present invention can be used to install a set or multiple array of iron door action indicators 30 at the periphery of the applied iron roll door 10 (as shown in the second figure). As shown, either at the passage to the iron roll door, and the installed iron door action indicator 30 does connect to an external power source and is in driving or electrical connection with the applied iron roll door 10.

In the operation, the iron gate action indicator 30 of the present invention can generate a corresponding current signal by the sensing circuit 351 of the control module 35 as the gate group 11 rises or falls, and is controlled by the photoelectric module driving circuit 352. The current signal switching of the sensing circuit 351 corresponds to the control of the first photoelectric module 31 or the second photoelectric module 32. Circuit.

For example, when the applied iron roll door has not been operated, the photoelectric module driving circuit 352 can normally energize the photoelectric elements 311 and 321 among the first photoelectric module 31 and the second photoelectric module 32 at least at the same time ( As shown in the seventh figure, the overall iron door action indicator 30 can produce an illuminated, warning light source in a dim environment.

And one of the control modules of the optoelectronic module driving circuit 352 can be configured to be able to oppose each of the optoelectronic components in the first optoelectronic module 31 when the group of gates in the applied iron shutter is actuated upward. The 311 is powered in the manner of power-on and power-off, and simultaneously energizes all of the photo-electric elements 321 of the second optoelectronic module 32 (as shown in FIG. 8), so that the overall iron-roller action indicator 30 is generated. The light point continues to move toward the upstream of the marquee light source.

And another control circuit of the photoelectric module driving circuit 352 can be set to be in the second photoelectric module 32 when the door group in the applied iron rolling door is moved downward. The photoelectric element 321 is powered in the manner of power-on and power-off, and at the same time, the entire photoelectric element 311 of the first photoelectric module 31 is normally energized (as shown in FIG. 9), so that the overall iron door action indicator 30 can be Produces a marquee light source that has a light spot that continues to move downstream.

By using the above structural features, the iron roller door action indicator 30 of the present invention can achieve the corresponding light source indication that the first photoelectric module 31 and the second photoelectric module 32 rise or fall with the applied door group. The effect is to increase the safety and ease of operation of the iron roll door with a relatively more positive and reliable means.

Furthermore, the iron gate action indicator 30 of the present invention can be further advanced to have a casing 36. As shown in the second to sixth figures, the casing 36 can be provided by a base 361 and a casing. The first photoelectric module 31 and the second photoelectric module 32 are fixedly disposed on the inner side of the casing 362, and the casing 362 is At least one first indicating window 371 for the light source of the first photoelectric module 31 and a second indicating window 372 for the light source of the second photoelectric module 32 are provided, except for the relevant components of the casing 36 In addition to the proper shielding effect, the appearance of the overall iron door action indicator 30 can be more complete.

In the implementation, the first indicator window 371 and the second indicator window 372 of the cover 362 are arranged to extend in opposite directions; the first photoelectric module 31 is provided with a plurality of lines along the first indicator window 371. The photoelectric elements 311 are arranged in a row; the second photovoltaic module 32 is provided with a plurality of photoelectric elements 321 arranged linearly along the second indication window 372.

The iron gate action indicator 30 of the present invention may further have a switch module 33 electrically connected to the power conversion module 34 and the control module 35. The switch module 33 has at least one switch module. Two switching elements 331 and 332 corresponding to the rise or fall of the group of gates among the iron shutters to which they are applied; in this embodiment, the switch module is provided with at least two iron coils corresponding to the application thereof The switching elements 331, 332 which rise or fall in the gate group in the door, and a switching element 333 which corresponds to the stop of the group of the gates among the applied iron shutters.

Of course, the iron gate action indicator 30 of the present invention further has a switch module 33 electrically connected to the power conversion module 34 and the control module 35, and a structure of a casing 36. The type is preferably presented; in this configuration, the switch module is provided with at least two switching elements 331, 332 corresponding to the rise or fall of the group of gates among the applied iron shutters.

Similarly, the housing 36 can be configured by a base 361 and a cover 362 to form the first photoelectric module 31, the second photoelectric module 32, and the switch module 33. On the inner side of the cover 362, the cover 362 is provided with at least a first indicating window 371 for the light source of the first photoelectric module 31 to pass through, and a first light source for the second photoelectric module 32 to be transparent. Two indicator windows 372.

It is worth mentioning that, in the structure of the iron gate action indicator 30 of the present invention, the control module 35 can further be provided with a transmission transmission line and an applied iron roll door. 10 electrically connected iron gate drive circuit 353; as for the switch module 33, 333, 332 of the switch module 33 can be a combination of photoelectric components, in addition to the switch element 331 through the pressure contact switch module 33, In the manner of 333 and 332, respectively, the door group 11 of the iron roller door 10 is controlled to rise, stop or descend, and the switching elements 331, 333 and 332 of the switch module 33 can be combined to generate the action corresponding to the door group 11. The light source indicates the effect.

Alternatively, the iron roller door action indicator 30 of the present invention, in the structure having the switch module 33, the integral iron door action indicator 30 can further be provided with a wireless connection with the control module 35. The signal receiving module 38; the control module 35 is further provided with a rolling door drive circuit 353 electrically connected to the applied iron shutter 10 through the transmission line, so that the integral iron door action indicator 30 is provided with the remote control 20 The wireless signal control signal is sent to control the function of raising, stopping or lowering the door group 11 of the iron shutter door 10.

Compared with the conventional structure, the iron roller door action indicator disclosed in the present invention can be raised by the first photoelectric module, the second photoelectric module or even the switch module with the door group in the applied iron roll door. Or descending to produce an indication effect corresponding to the illuminating mode, in addition to a more positive and reliable means, to improve the safety of the iron roll door and the convenience of operation; further combined with the button switch function for controlling the action of the iron roll door, or The remote control signal receiving function for controlling the action of the iron roll door, or the key switch function for controlling the action of the iron roll door and the remote control signal receiving function, so that the overall iron roll door action indicator can be presented in the commodity type of the modified kit, which is convenient for the consumer. Improve the control function and ease of use of the iron roll door.

The technical content and technical features of this creation have been disclosed above, but those familiar with the technology may still make a variety of disclosures based on the disclosure of this creation. Replacement and modification of the creative spirit. Therefore, the scope of the present invention is not limited to the embodiments disclosed, but includes various alternatives and modifications that do not depart from the present invention and are covered by the following claims.

30‧‧‧Iron roll door action indicator

31‧‧‧First Photoelectric Module

311‧‧‧Optoelectronic components

32‧‧‧Second Photoelectric Module

321‧‧‧Optoelectronic components

33‧‧‧Switch Module

331‧‧‧Switching elements

332‧‧‧Switching elements

333‧‧‧Switching elements

34‧‧‧Power Conversion Module

341‧‧‧Circuit carrier board

342‧‧‧Optoelectronic components

35‧‧‧Control module

351‧‧‧Sensing circuit

352‧‧‧Photocell drive circuit

353‧‧‧Iron Rolling Door Drive Circuit

362‧‧‧Shell cover

371‧‧‧First indicator window

372‧‧‧Second indicator window

38‧‧‧Wireless signal receiving module

Claims (7)

The iron roller door action indicator comprises: a first photoelectric module, at least one photoelectric component that generates a predetermined light source after being energized; and a second photoelectric module, which is provided with at least one predetermined light source after being energized. a photoelectric module; a control module electrically connected to the first photoelectric module and the second photoelectric module; and the control module is configured to at least two respectively correspond to the first photoelectric module and the second photoelectric module The control loop of the group is set to rise or fall with the panel of the iron gates to which it is applied to switch to a control loop corresponding to the first optoelectronic module or the second optoelectronic module. The iron roll door action indicator of claim 1, wherein the iron roll door action indicator further comprises a casing, wherein the casing is composed of a base and a cover correspondingly The first optoelectronic module and the second optoelectronic module are fixed on the inner side of the cover, and the cover is provided with at least one first indication window for the light source of the first photoelectric module to be transparent. a second indicator window through which the light source of the second optoelectronic module is exposed. The iron door action indicator of claim 1, wherein the iron door action indicator further comprises a switch module electrically connected to the control module, the switch module being provided at least Two switching elements corresponding to the rise or fall of the group of gates among the iron shutters to which they are applied. The iron roll door action indicator as described in claim 1 of the patent application, The iron door action indicator further includes a switch module electrically connected to the control module, and a casing; the switch module is provided with at least two corresponding to the iron roll door to which it is applied. a switch element that rises or falls on the door group; the casing is composed of a base and a cover correspondingly, the switch module relatively exposes the cover, the first photoelectric module and the second photoelectric The module is fixed on the inner side of the cover, and the cover is provided with at least a first indication window for the light source of the first photoelectric module to be transparent, and a first light source for the second photoelectric module. Two indicator windows. The iron door action indicator of the second or fourth aspect of the invention, wherein the first indicator window and the second indicator window of the cover extend in opposite directions; the first photoelectric module And a plurality of photoelectric elements arranged in a line along the first indication window; the second photoelectric module is provided with a plurality of photoelectric elements arranged in a line along the second indication window. The iron roll door action indicator according to any one of claims 1 to 4, wherein the iron roll door action indicator is further provided with a wireless signal receiving mode electrically connected to the control module. group. The iron roll door action indicator according to any one of claims 1 to 4, wherein the iron roll door action indicator further comprises an external power source and an external power source converted to a rated direct current. The power conversion module is electrically connected to at least the control module.