CN211619676U

CN211619676U - Palm control system based on elevator

Info

Publication number: CN211619676U
Application number: CN202020128298.5U
Authority: CN
Inventors: 陈致远
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-01-20
Filing date: 2020-01-20
Publication date: 2020-10-02
Anticipated expiration: 2030-01-20

Abstract

The utility model discloses a palm control system based on elevator, it includes elevator panel, remote control module, speech recognition module and bluetooth control switch, speech recognition module links to each other with remote control module, remote control module and bluetooth control switch link to each other with elevator panel, elevator panel includes button, bluetooth proximity switch and power adapter, and the bluetooth proximity switch is all installed at the back that corresponds every button, bluetooth proximity switch includes control switch mouth and power input port, the control switch mouth passes through the live wire and the zero line connects in parallel to the button on, the power input port passes through the circuit and connects in parallel to the power adapter on, bluetooth control switch includes a plurality of relay switches, relay switch connects in parallel to each button through the circuit on. The utility model discloses application bluetooth of mobile phone or speech recognition module dock the function of transmission instruction, and the appointed switch is opened to the auto-induction, opens corresponding floor switch by the appointed switch to the realization is to the free control of floor.

Description

Palm control system based on elevator

Technical Field

The utility model belongs to the technical field of the elevator, concretely relates to palm control system based on elevator.

Background

The urban high-rise buildings are more and more, the daily life of people is more and more free from the use of elevators, a plurality of people need to take the elevators every day to get on or off work or go to school, etc., and the elevators become important vertical transportation means in the life of people.

The existing elevator has some inconveniences in the using process. At early peak time quantum, the passenger is detained at the elevator gate, opens the elevator door after, crowded entering elevator car each other, and the elevator uses civilization, causes the order confusion easily, influences the elevator availability factor. In addition, the floors of the existing elevators can be selected only after the existing elevators enter the elevator cars, a large number of passengers are crowded in the elevator cars in the peak time period of elevator use, only the passengers close to the elevator control buttons can conveniently select the floors, and the passengers far away from the elevator control buttons often need to push away the passengers blocked in front to be close to the elevator control buttons and select the floors; some passengers are full of articles in hands sometimes, even the elevator control button is close to, the floor can not be selected, the elevator control button is inconvenient to use, the elevator control button suitable for disabled people is not arranged in part of the elevator, people with special requirements for sanitation do not want to contact the elevator control button, the elevator is not good in taking experience, and the elevator use requirements are difficult to meet.

Chinese patent publication No. CN 110482341 a discloses an elevator system for selecting floors by voice control, which includes an elevator entrance and an elevator central control system arranged on a wall; a first passage for passengers to get off the elevator is arranged in the front direction of the elevator opening; a second passage for passengers to get on the elevator is arranged in the side direction of the elevator opening; waiting positions for pedestrians to stand are arranged on the ground of the second channel at intervals along the length direction of the second channel; a voice floor selection device for passengers to select floors by voice is arranged at the second channel; the voice layer selection device comprises a microphone and a voice recognition chip; a microphone is arranged corresponding to each waiting position.

Chinese patent publication No. CN 106395516 a discloses a passenger elevator intelligent control system based on voice recognition, which comprises a DSP controller module, a voice acquisition module and a voice processing module, wherein: the voice acquisition module is used for acquiring voice signals in the elevator; the voice processing module is used for preprocessing the voice signals acquired by the voice acquisition module; and the DSP controller module is used for identifying a voice command contained in the preprocessed voice signal and sending a control command to the PLC of the elevator according to the voice command.

Above-mentioned prior art is convenient for when the passenger can't use the elevator control button, only needs to send voice command just can reach appointed floor, but some building office floor all are located appointed floor, and the passenger all is repeating the journey and presses same button, can forget sometimes to press the elevator control button or forget to send voice command, and is very inconvenient like this to the passenger.

Disclosure of Invention

The utility model aims at exactly being not enough to above-mentioned prior art, provide an application bluetooth of mobile phone or speech recognition module butt joint transmission instruction's function, the appointed switch is opened to the auto-induction, opens corresponding floor switch by the appointed switch, realizes the palm control system based on the elevator to the free control of floor.

The utility model adopts the technical scheme as follows:

the utility model provides a palm control system based on elevator, it includes elevator panel, remote control module, speech recognition module and bluetooth control switch, speech recognition module links to each other with remote control module, remote control module and bluetooth control switch link to each other with elevator panel, elevator panel includes button, bluetooth proximity switch and power adapter, and the bluetooth proximity switch is all installed at the back that corresponds every button, bluetooth proximity switch is including control switch mouth and power input port, control switch mouth connects in parallel to the button through live wire and zero line, the power input port connects in parallel to the power adapter through the circuit on, bluetooth control switch includes a plurality of relay switches, relay switch connects in parallel to each button through the circuit on.

The back movable mounting of button has the adapter for thereby two switch lines on parallel connection button back realize the operation from top to bottom of control elevator.

One end of the remote control module is connected with the button through a circuit, and the other end of the remote control module is connected to the power adapter in parallel through a circuit and used for controlling the elevator to run to a selected floor.

The voice recognition modules are installed inside the inner wall of the elevator, and voice receiving and recognition holes are formed in the inner wall of the elevator corresponding to the voice recognition modules and used for receiving and recognizing the voice of people at all positions in the elevator.

The voice receiving and recognizing holes are spaced at a distance of 20-30cm, and are used for preventing multiple persons in the same hole at the same position from being incapable of recognizing voice requests at the same time.

The type of the speech recognition module is an M6 speech recognition module.

The beneficial effects of the utility model are that:

(1) the utility model discloses can reach appointed floor automatically: the passenger can automatically sense the floor which needs to be reached according to the connected mobile phone by opening the Bluetooth in the mobile phone of the passenger and is connected with the Bluetooth proximity switch in the elevator panel without controlling the button on the elevator panel, so that the passenger can go upstairs and downstairs;

(2) the utility model discloses but cell-phone election layer: the passenger turns on the mobile phone Bluetooth to be connected with the Bluetooth control switch, then turns on APP software capable of controlling the elevator through the mobile phone, and selects the floor button needing to be reached, and the elevator automatically turns on the corresponding floor button and reaches the button floor;

(3) the utility model discloses but the pronunciation alternative layer: the passenger directly reports the floor needing to go by speaking, and the elevator starts the corresponding floor button through the voice recognition module and arrives at the appointed floor.

Drawings

Fig. 1 is a schematic diagram of an elevator control system according to the present invention;

fig. 2 is a schematic diagram of the bluetooth proximity switch remote control elevator of the utility model;

in the figure 1, elevator panels; 2. a remote control module; 3. a voice recognition module; 4. a Bluetooth proximity switch; 5. a button; 6. a power adapter; 7. controlling a switch port; 8. a power supply input port; 9. the bluetooth control switch.

Detailed Description

The invention will be further described with reference to the accompanying drawings:

as shown in fig. 1-2, the utility model discloses it is including elevator panel 1, remote control module 2, speech recognition module 3 and bluetooth control switch 9, speech recognition module 3 links to each other with remote control module 2, remote control module 2 and bluetooth control switch 9 link to each other with elevator panel 1, elevator panel 1 includes button 5, bluetooth proximity switch 4 and power adapter 6, and bluetooth proximity switch 4 is all installed at the back that corresponds every button 5, bluetooth proximity switch 4 includes control switch mouth 7 and power input port 8, control switch mouth 7 connects in parallel to button 5 through live wire and zero line on to realize that every button 5 all has the bluetooth proximity switch 4 of representing this layer, be convenient for the passenger to control each floor button 5 through the cell-phone bluetooth, for example: the passenger wants to go to the 8 th floor, directly opens the mobile phone Bluetooth to search the 8 th floor and is connected with the Bluetooth proximity switch 4 of the 8 th floor, and then the button 5 of the elevator panel 1 on the 8 th floor is opened, thereby realizing the function of automatic floor selection by the mobile phone Bluetooth. The power input port 8 is connected in parallel to the power adapter 6 through a line, wherein the bluetooth proximity switch 4 is a normally open switch.

During the use, the passenger utilizes the bluetooth of the mobile phone function to search for and connect bluetooth proximity switch 4 that needs to reach the floor, match after successful, bluetooth proximity switch 4 opens, bluetooth proximity switch 4 will close after the mobile phone leaves the elevator, the first bluetooth connection needs the input password, next time as long as the bluetooth of mobile phone is in elevator search range, open bluetooth or click mobile phone bluetooth equipment, bluetooth proximity switch 4 will open automatically, need not to input the password again, leave range back bluetooth proximity switch 4 will close automatically, do not need manual operation this moment, it is very convenient to use like this.

Bluetooth control switch 9 includes a plurality of relay switches, relay switch connects in parallel to each button 5 through the circuit on, the automatic layer selection of cell-phone control of being convenient for. When the elevator control system is used, a passenger downloads APP in the mobile phone, the Bluetooth of the mobile phone is turned on to be connected with the Bluetooth control switch 9, the switch buttons 5 of all floors of the elevator are controlled through the Bluetooth switch keys on the APP (corresponding mobile phone instructions can be universal, so that elevators provided with the same Bluetooth equipment are universal, and the control of all elevators provided with the same Bluetooth equipment by one mobile phone can be realized), wherein the APP downloaded in the mobile phone adopts the APP with the Bluetooth intelligent control function, and the operation state of the Bluetooth switch is changed through the mobile phone, and the software of operation parameters is set; this "bluetooth intelligence accuse" APP can carry out the editing of procedure and revise for current software according to the operation requirement of elevator to better carry out remote control instruction to the elevator floor.

One end of the remote control module 2 is connected with the button 5 through a circuit, and the other end of the remote control module is connected to the power adapter 6 in parallel through a circuit and used for controlling the elevator to run to a selected floor. The back movable mounting of button 5 has the adapter, and general elevator button back has four connecting wires, two power cords wherein, two switch lines, and the switch line is used for controlling elevator key switch to reach the switch about the control elevator, now through the adapter, at no broken string, thereby two switch lines at 5 backs of parallelly connected button realize the control elevator and move from top to bottom under the condition of harmless installation.

The voice recognition modules 3 are arranged inside the inner wall of the elevator, and voice receiving and recognition holes are formed in the inner wall of the elevator corresponding to the voice recognition modules 3 and used for receiving and recognizing the voice of people at all positions in the elevator. The voice receiving and recognizing holes are spaced at a distance of 20-30cm, and are used for preventing multiple persons in the same hole at the same position from being incapable of recognizing voice requests at the same time.

The type of the voice recognition module 3 is an M6 voice recognition module, the M6 voice recognition module has the performance of programming, and the combined functions of voice recognition, voice synthesis and radio frequency signals are utilized, wherein the voice recognition is used for recognizing prompt words of all floors, the voice synthesis is used for replying the prompt words after recognition, the radio frequency signals control the transmission of the radio frequency signals through the voice recognition, the radio frequency signals control the remote control module 2, the remote control module 2 controls the elevator buttons 5, and the elevator buttons 5 control the elevator to go up and down floors.

Example 1: automatic arrival of elevator at designated floor

The passenger all need pair oneself and often go the floor for the first time, because of the bluetooth has the second time and automatic pairing bluetooth function of having paired later, for example a certain passenger often goes the floor and is 16 stories, then open mobile phone bluetooth and search for 16 stories, let mobile phone bluetooth pair control 16 stories bluetooth proximity switch 4, 16 stories bluetooth proximity switch 4 opens the back, 16 stories button 5 auto-induction on the elevator panel 1 is opened, this passenger just can go 16 stories of floor by auto-induction in every time later.

When the passenger arrives at the elevator entrance of the first floor, the Bluetooth function of the mobile phone is opened to search and connect the Bluetooth proximity switch 4 for matching, after the matching is successful, the Bluetooth proximity switch 4 is normally connected with the button 5 switch of the floor to be fixed, so that the automatic induction corresponding to the floor is realized, the elevator is automatically opened, the upward button 5 is opened, the elevator door is opened, the passenger enters the elevator, the assigned floor button 5 on the elevator panel 1 is automatically induced and opened, and after the passenger arrives at the assigned floor, the passenger leaves the elevator and the Bluetooth proximity switch 4 is automatically closed.

When the passenger arrives at the elevator entrance of the appointed floor, the Bluetooth function of the mobile phone is opened to search and connect the Bluetooth proximity switch 4, after the matching is successful, the Bluetooth proximity switch 4 is in butt joint with the button 5 switch of the fixed floor, so that the automatic induction corresponding to the floor is realized, the elevator is automatically opened, the downward button 5 is opened, the elevator door is opened, the passenger enters the elevator, the button 5 on the first floor of the elevator panel 1 is automatically induced and opened, and after the passenger arrives at the first floor, the passenger leaves the elevator and the Bluetooth proximity switch 4 is automatically closed.

Example 2: mobile phone layer selection

When the passenger reachd floor elevator mouth, opened the bluetooth control switch 9 of cell-phone bluetooth function search connection, after the matching is successful, controlled the shift knob 5 of each floor of elevator through the bluetooth switch button on "bluetooth intelligence accuse" APP in the cell-phone after that.

When the passenger reachs the elevator mouth that needs take, open the bluetooth control switch 9 of cell-phone bluetooth function search connection, match after successful, open the floor button that "bluetooth intelligence accuse" APP selection that downloads in the cell-phone will reach after that, the lift-cabin door is opened, the passenger gets into the elevator, then control corresponding floor button 5 auto-induction that the APP selection will reach and open through "bluetooth intelligence on the elevator panel 1, reach and select the floor after the passenger leaves the elevator bluetooth control switch 9 will self-closing simultaneously.

Example 3: speech layer selection

After the passenger got into the elevator, say the floor that needs reached through pronunciation, elevator inner wall speech recognition hole all around gives speech recognition module 3 with floor speech transmission that the passenger said, speech recognition module 3 discerns floor number back, carries out the prompt tone to the floor of discerning immediately and replies, and the notice passenger has selected this floor, and 5 auto-induction of corresponding floor button on the elevator panel 1 is opened simultaneously, reach the selection floor after the passenger leaves the elevator can.

Other parts which are not described in the present invention are the same as those in the prior art.

Claims

1. A palm control system based on an elevator is characterized by comprising an elevator panel (1), a remote control module (2), a voice recognition module (3) and a Bluetooth control switch (9), wherein the voice recognition module (3) is connected with the remote control module (2), the remote control module (2) and the Bluetooth control switch (9) are connected with the elevator panel (1), the elevator panel (1) comprises buttons (5), Bluetooth proximity switches (4) and a power adapter (6), the back corresponding to each button (5) is provided with the Bluetooth proximity switches (4), each Bluetooth proximity switch (4) comprises a control switch port (7) and a power supply input port (8), the control switch ports (7) are connected to the buttons (5) in parallel through a live wire and a zero wire, the power supply input ports (8) are connected to the power adapter (6) in parallel through circuits, the Bluetooth control switch (9) comprises a plurality of relay switches which are connected in parallel to the buttons (5) through lines.

2. The palm control system based on elevator as claimed in claim 1, characterized in that the back of the button (5) is movably equipped with a switching head for connecting two switch lines on the back of the button in parallel so as to control the elevator to run up and down.

3. An elevator-based palm control system according to claim 1, characterized in that one end of the remote control module (2) is connected with the button (5) by a line and the other end is connected in parallel to the power adapter (6) by a line for controlling the elevator to run to the selected floor.

4. The palm control system based on elevator as claimed in claim 1, wherein a plurality of said speech recognition modules (3) are installed inside the inner wall of the elevator, and the inner wall of the elevator is provided with speech receiving and recognizing holes corresponding to the speech recognition modules (3) for receiving and recognizing the human speech at each position in the elevator.

5. The elevator-based palm control system according to claim 4, characterized in that the speech reception recognition holes are spaced apart from each other by a distance of 20-30cm for preventing simultaneous speech requests from being inaccurately recognized by a plurality of persons in the same hole at the same position.

6. Elevator-based palm control system according to claim 1, characterized in that the speech recognition module (3) is of the type M6 speech recognition module.