CN204847648U

CN204847648U - Quick intellectual detection system appearance of elevator

Info

Publication number: CN204847648U
Application number: CN201520598516.0U
Authority: CN
Inventors: 李东洋
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-11
Filing date: 2015-08-11
Publication date: 2015-12-09
Anticipated expiration: 2025-08-11

Abstract

The utility model discloses a quick intellectual detection system appearance of elevator, including shell (1) that is fit for one -hand operation, integrated central processing unit (2), battery module (3), communication module (4), storage module (5), built -in sensor group (8) in shell (1), the last open sides of shell (1) is provided with input and output device (6), a left side or the right open sides of shell (1) are provided with external sensor group (7), central processing unit (2) respectively with battery module (3), communication module (4), storage module (5), built -in sensor group (8), input and output device (6), external sensor group (7) signal connection, battery module (3) are connected with output device (6), external sensor group (7) electricity with central processing unit (2), communication module (4), storage module (5), built -in sensor group (8), input respectively.

Description

The quick, intelligent detector of elevator

Technical field

The utility model relates to a kind of detecting device, the quick, intelligent detector of especially a kind of elevator.

Background technology

The speed of development of urbanization is very fast, and as the high buildings and large mansions of the important symbol of Development of Urbanization also in continuous emergence, in this land resources situation less and less, high building solves the best way that land resources lacks beyond doubt, and Lou Yuegao, it is followed down inconvenient, based on this, in the evolution at a high speed of elevator industry entry.

Inside high building, elevator becomes main transportation means substantially, and due to the uncertainty movable in building of people, makes elevator become time of run instrument at most inside building, and long playing result may cause its damage parts exactly, then produce fault.So periodic detection must be carried out to elevator.

And although existing various elevator checking apparatus and instrument nearly more than 20 are planted, but these testing tools or instrument all can only detect the Partial security performance of elevator, technical index, these instruments of what is more important or instrument all cannot realize the Intelligent Measurement of elevator performance being carried out to system.Although the detecting instrument used at present is developed into the electronic machine that can record various numerical value from common single measuring tool, as: lux meter, knotmeter, sound meter, laser rangefinder, clamp on amperemeter etc.But these instruments only meet respective accuracy requirement in reality detects, and are also only applicable to specific testing requirement.And the simplification of these instrument both bulk, valency height rapid wear and performance also result in the common fault detecting inconvenience, inefficiency.

Utility model content

The technical problems to be solved in the utility model is to provide the quick, intelligent detector of the simple elevator of a kind of structure.

In order to solve the problems of the technologies described above, the utility model provides a kind of, comprises the shell of applicable one-handed performance; Integrating central treater, battery module, communication module, memory module, built-in sensors group in described shell; The upper side of described shell is provided with input-output device; A left side or the right flank opening of described shell are provided with outer sensor group; Described central process unit is connected with battery module, communication module, memory module, built-in sensors group, input-output device, outer sensor group signal respectively; Described battery module is electrically connected with central process unit, communication module, memory module, built-in sensors group, input-output device, outer sensor group respectively.

Improvement as to the quick, intelligent detector of elevator described in the utility model: described built-in sensors group comprises angle module, noise module, illumination module, thermal module, laser ranging module, multi-meter module; Described outer sensor group comprises coder module, beam trammel module, pulling force module, Hall speed measuring module; Described angle module, noise module, illumination module, laser ranging module are all arranged on the front end of shell; Described thermal module and multi-meter module are separately positioned on the rear end of shell, and described thermal module is mutually isolated by multi-meter module and central process unit, battery module, input-output device; Described shell is relative to angle module, noise module, illumination module, thermal module, laser ranging module, the corresponding opening of multi-meter module installation; Described coder module, beam trammel module, pulling force module, Hall speed measuring module are separately positioned on left side or the right side of shell, and described shell arranges corresponding opening relative to coder module, beam trammel module, pulling force module, Hall speed measuring module.

Further improvement as to the quick, intelligent detector of elevator described in the utility model: by 14 core sockets between described central process unit and coder module, beam trammel module, pulling force module, Hall speed measuring module, adopts shielded cable to connect; Described coder module, beam trammel module, pulling force module, Hall speed measuring module are all connected with the external Opening signal of unique data.

Further improvement as to the quick, intelligent detector of elevator described in the utility model: described communication module comprises wireless connections module and wired connection module, described wireless connections module is bluetooth module, and described wired connection module is USB link block; Described outer casing back opening arranges USB link block.

Further improvement as to the quick, intelligent detector of elevator described in the utility model: the length of described shell is 21cm.

Further improvement as to the quick, intelligent detector of elevator described in the utility model: the angle between described shell front-rear side walls and lower wall is 90 degree.

Further improvement as to the quick, intelligent detector of elevator described in the utility model: in described shell, the external opening part of data is provided with reinforced rib.

The containment structure that the utility model adopts adopts special setting, as front and back sides and bottom surface form an angle of 90 degrees degree, make it when laser ranging, suitable test environment is created to laser ranging instrument, and its shell itself is set to the fixed length of 21cm, being arranged so that like this, when data carry out correlation computations in acquisition, can facilitate it to calculate.And further, have employed in the utility model and be interconnected by unified data-interface by all external sensors, make when in use, wiring speed significantly improves, and avoids the operating accidents such as wrong line.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail.

Fig. 1 is the outside keystone configuration schematic diagram of shell 1 of the present utility model;

Fig. 2 is that shell 1 internal main of the present utility model wants structural representation;

Fig. 3 is the leading flank structural representation of Fig. 1;

Fig. 4 is the right flank structural representation of Fig. 1.

Detailed description of the invention

Embodiment 1, Fig. 1 ~ Fig. 4 give a kind of elevator quick, intelligent detector, comprise the shell 1 of applicable one-handed performance; Because elevator relates to numerous physical structures, so it there is more greasy dirt, so the shell 1 adopted is ABS resin casing herein, be provided with anti-slip tank, avoid hand when in use sliding, and lanyard is set after shell 1, when in use, by lanyard, shell 1 is fixed on hand, and by the mode that lanyard is fixed, on the not any impact of one-handed performance instrument.Due to the circumstance complication when elevator detects, even if be integrated with the related sensor that various elevator detects in instrument, but in the process detected, if create relatively reasonable environment for use can not to these sensors, that sensor still can be made mistakes, based on this, the length of the shell 1 of this device is set to the 21cm fixed length of standard, be applicable to the mutual calculating carrying out length and test result in multiple testing environment, this length can be directly inputted to the interior storage of central process unit 2 of instrument, also can after being detected by instrument, by this numerical value of the length of fixed length be specifically updated to inside corresponding data and calculate, and further, due in elevator testing process, important for length detection, and what adopt in the utility model is a kind of mode of Laser Measuring length, but laser is owing to being absolute straight line, so when carrying out length detection by it, the setting of horizontal surface must be carried out, so form an angle of 90 degrees degree between shell 1 front and rear sides of the present utility model and bottom surface, be adjacent to the corner in high ladder by this angle of 90 degrees degree, just can guarantee that whether the environment of its laser ranging is suitable by naked eyes.

Integrating central treater 2, battery module 3, communication module 4, memory module, built-in sensors group in this shell 1; What central process unit 2 adopted is 32 arm processors of the Cortex-M3 kernel of the ST Microelectronics (ST) of industrial grade standard, STM32F103VCT6, this treater runs dominant frequency 72M, has 7 kinds of communication modes: CAN, I2C, IrDA, LIN, SPI, UART/USART, USB, adapts to the Signal transmissions in various situation; Its battery module 3 adopts the continuation of the journey lithium cell of 10 hours, has the voltage stabilizing to external source simultaneously, the management of charging and discharging ability of lithium cell.Battery specifications: 8.4V/4000mAH.Communication module 4 comprises wireless connections module and wired connection module, and wireless connections module is bluetooth module, and wired connection module is USB link block; Memory module adopts TF card; Built-in sensors group comprises angle module, noise module 82, illumination module 83, thermal module 84, laser ranging module 85, multi-meter module 86.

The upper side opening of this shell 1 is provided with input-output device; Input-output device is 4.3 cun of TFT touch screen and indicator lamp; Because device of the present utility model needs one-handed performance, so the size of its touch-screen can not be excessive, and under elevator environment, owing to being all in small space, so light is general relatively darker, so carry out corresponding knowledge by indicator lamp, its efficiency identified can highlyer (adopt the indicator lamp of red light to indicate, for reading screen content, its efficiency identified more is increased).

A left side or the right flank opening of shell 1 are provided with outer sensor group; Outer sensor group comprises coder module, beam trammel module, pulling force module, Hall speed measuring module.

This device when in use, can be provided with blue-tooth printer; Because printer apparatus uses as just output for subsequent use, its frequency of utilization is relatively not high, so in conjunction with the use habit of portable equipment, adopt bluetooth connection mode to connect external chopping machine, the only connection when needs use.

And above-described central process unit 2 respectively with angle module, noise module 82, illumination module 83, thermal module 84, laser ranging module 85, multi-meter module 86, coder module, beam trammel module, pulling force module, Hall speed measuring module, blue-tooth printer, battery module 3, (central process unit 2 is connected by bluetooth module with between blue-tooth printer the connection of memory module signal, and and coder module, beam trammel module, pulling force module, by 14 core sockets between Hall speed measuring module, shielded cable is adopted to connect, thus, only need to arrange the external opening 7 of unique data in shell 1 side, just carry out coder module by the external opening 7 of these data, beam trammel module, pulling force module, data interaction between Hall speed measuring module and extraneous related tool).Further, information interaction can be carried out with external computer device by additionally arranging USB link block.Battery module 3 is electrically connected with angle module, noise module 82, illumination module 83, thermal module 84, laser ranging module 85, multi-meter module 86, coder module, beam trammel module, pulling force module, Hall speed measuring module, blue-tooth printer, central process unit 2, memory module, communication module 4 respectively, for keeping accompanying drawing clean and tidy, omit all electrical connections in the accompanying drawings.

Structurally, the upper side opening of this shell 1, corresponding 4.3 cun of TFT touch screen and indicator lamp are set, TFT touch screen downside arranges central process unit 2, and the front end in its shell 1 arranges angle module, noise module 82, illumination module 83, thermal module 84, laser ranging module 85, multi-meter module 86, and output position, corresponding hole in the front end of its shell 1, and left side in shell 1 or right side (custom according to one-handed performance) arrange angle module, noise module 82, illumination module 83, thermal module 84, laser ranging module 85, multi-meter module 86, and correspondingly in its side output corresponding handle hole, the i.e. external opening 7 of data, by the setting of this 14 core sockets, all appts is all connected by unified data-interface, in the process used, avoid external equipment mistake hole, improve the service efficiency of this device, and in shell 1 data external opening 7 side sidewall on reinforced rib 6 is set, can avoid because carry out plugging and causing the external opening 7 of data to damage frequently.Downside in the middle part of shell 1 arranges battery compartment, in it, battery is set, and the rear portion in shell 1 arranges multi-meter module 86, rear end set temperature module 84, by multi-meter module 86 by mutually isolated (because central process unit 2, battery module 3 and input-output device all may produce high temperature for the heating elements such as thermal module 84 and battery, touch-screen, central process unit 2, comparatively large to the parameter influence of thermal module 84, so make isolation, avoid affecting test result).

In the utility model, coder adopts E6A2-C Omron coder, and Hall tests the speed and adopts SM12-31010NA Hall switch; Beam trammel is the 111-811 type beam trammel that UPM company produces; Pulling force module adopts DEE-S type pulling force module.

Finally, it is also to be noted that what enumerate above is only a specific embodiment of the present utility model.Obviously, the utility model is not limited to above embodiment, can also have many distortion.All distortion that those of ordinary skill in the art can directly derive from content disclosed in the utility model or associate, all should think protection domain of the present utility model.

Claims

1. the quick, intelligent detector of elevator, comprises the shell (1) of applicable one-handed performance; It is characterized in that: the interior integrating central treater (2) of described shell (1), battery module (3), communication module (4), memory module, built-in sensors group;

The upper side of described shell (1) is provided with input-output device;

A left side or the right flank opening of described shell (1) are provided with outer sensor group;

Described central process unit (2) is connected with battery module (3), communication module (4), memory module, built-in sensors group, input-output device, outer sensor group signal respectively;

Described battery module (3) is electrically connected with central process unit (2), communication module (4), memory module, built-in sensors group, input-output device, outer sensor group respectively.

2. the quick, intelligent detector of elevator according to claim 1, is characterized in that: described built-in sensors group comprises angle module, noise module (82), illumination module (83), thermal module (84), laser ranging module (85), multi-meter module (86);

Described outer sensor group comprises coder module, beam trammel module, pulling force module, Hall speed measuring module;

Described angle module, noise module (82), illumination module (83), laser ranging module (85) are all arranged on the front end of shell (1);

Described thermal module (84) and multi-meter module (86) are separately positioned on the rear end of shell (1), and described thermal module (84) is mutually isolated by multi-meter module (86) and central process unit (2), battery module (3), input-output device;

Described shell (1) arranges corresponding opening relative to angle module, noise module (82), illumination module (83), thermal module (84), laser ranging module (85), multi-meter module (86);

Described coder module, beam trammel module, pulling force module, Hall speed measuring module are separately positioned on left side or the right side of shell (1), and described shell (1) arranges corresponding opening relative to coder module, beam trammel module, pulling force module, Hall speed measuring module.

3. the quick, intelligent detector of elevator according to claim 2, it is characterized in that: by 14 core sockets between described central process unit (2) and coder module, beam trammel module, pulling force module, Hall speed measuring module, adopt shielded cable to connect;

Described coder module, beam trammel module, pulling force module, Hall speed measuring module are all connected with the external opening of unique data (7) signal.

4. the quick, intelligent detector of elevator according to claim 3, it is characterized in that: described communication module (4) comprises wireless connections module and wired connection module, described wireless connections module is bluetooth module, and described wired connection module is USB link block;

Described shell (1) open rearward end arranges USB link block.

5. the quick, intelligent detector of elevator according to claim 4, is characterized in that: the length of described shell (1) is 21cm.

6. the quick, intelligent detector of elevator according to claim 5, is characterized in that: the angle of described shell (1) between front-rear side walls and lower wall is 90 degree.

7. the quick, intelligent detector of elevator according to claim 6, is characterized in that: described shell (1) interior data external opening (7) place is provided with reinforced rib (6).