CN202420443U

CN202420443U - Device for automatically measuring and sorting battery thickness

Info

Publication number: CN202420443U
Application number: CN2011204881683U
Authority: CN
Inventors: 臧金莲; 李金录
Original assignee: Harbin Zhimu Technology Co Ltd
Current assignee: Harbin Zhimu Technology Co Ltd
Priority date: 2011-11-30
Filing date: 2011-11-30
Publication date: 2012-09-05
Anticipated expiration: 2021-11-30

Abstract

The utility model relates to a device for automatically measuring and sorting battery thickness, which comprises three pairs of infrared transmitters and receivers (FX, FY and FZ), a SCM controller, an upper computer storer, a conveying belt and a push-out device. The conveying belt is arranged between the infrared transmitters and the infrared receivers; the infrared receivers are connected with the SCM controller and used for receiving the signals sent by the infrared transmitters all the way. The infrared transmitters scan three surfaces of a battery B1 when the battery B1 passes by the conveying belt. When infrared sensors scan the batteries, the infrared receivers can not receive the signals sent by infrared transmitting ends, length, width and height of the batteries are calculated according to the time duration, the infrared receivers send the received data to the SCM controller, the SCM controller calculates and pushes out the unqualified batteries through the push-out device, and the sorted data is uploaded to an upper computer for storing and displaying.

Description

The cell thickness automatic measuring and sorting unit

Technical field

The utility model relates to a kind of cell thickness automatic measuring and sorting unit, belongs to the battery detecting field.

Background technology

At present, battery uses in a large number, and also increasingly high to the requirement of battery quality, comprises the requirement to cell thickness and outward appearance.

The cell thickness pick-up unit that has a kind of machinery on the market, the size through the adjustment mould records the size of battery, and this sorting unit measuring accuracy is not high, and efficient is low, also damages the battery outward appearance easily; Also having a kind of is infrared cell thickness sorting device; Battery is advanced thickness carry out automatic sorting through infrared; This separation velocity is fast, and the outward appearance of battery is not had breakage, and each setting can only be carried out sorting to a kind of battery; But can not preserve the battery sizes size of different shape, and to also just rough understanding of size of battery.

Summary of the invention

The utility model is intended to invent a kind of cell thickness automatic measuring and sorting unit, and utilizing a kind of optical principle is the X face from three directions, the Y face; The Z face; Detect the length of battery, these data are passed to database preserve, thereby as the foundation of the sorting of battery; Improve the sharpness of separation of battery, also reduce damage simultaneously battery.

For realizing that above-mentioned purpose is shown in accompanying drawing 1; The cell thickness automatic measuring and sorting unit; Comprise 3 pairs of RF transmitter infrared receivers (FX, FY, FZ), travelling belt, ejecting device between singlechip controller, host computer storer, RF transmitter and the infrared receiver; Ultrared receiver is connected with singlechip controller, and infrared receiver is the signal sent of receiving infrared-ray transmitter always, when battery during through travelling belt; RF transmitter FX is that (X face) scans to the length of battery; RF transmitter FY scans wide i.e. (the Y face) of battery, and RF transmitter FZ is that (Z face) scans RF transmitter (FX to the height of battery; FY; FZ) respectively from three scanning direction batteries, when the infrared ray sensing felt that device scans battery, infrared receiver did not receive the signal of infrared end; Size with the speed calculation battery length of this time length and travelling belt; This moment, infrared receiver sent to singlechip controller with the data that receive, and after singlechip controller will calculate underproof battery was pushed out by ejecting device, simultaneously the data upload of putting in order was stored and was shown to host computer.

The utility model cell thickness automatic measuring and sorting unit adopts pipelining, and detection rates is high, to battery outward appearance not damaged, and the size dimension of battery is had accurate calculating, conveniently sub-elects the battery of same specification.

Description of drawings:

Accompanying drawing 1 is the structural drawing of the utility model;

Accompanying drawing 2 is the utility model operation program block diagrams.

Embodiment:

For the technical scheme that makes the utility model is clearer, below in conjunction with accompanying drawing and embodiment, to the utility model further explain, instantiation described herein only in order to explain the utility model, is not limited to the utility model.

Practical measuring examples 1:

Select a lithium battery, height is 5 centimetres, and diameter is 1.5 centimetres a battery; Be put on the travelling belt between RF transmitter and the infrared receiver; By the speed of Single-chip Controlling travelling belt, when battery process travelling belt, RF transmitter FX scans length (X face) simultaneously; RF transmitter FY scans wide (Y face); RF transmitter FZ scans high (Z face), and infrared receiver is passed to singlechip controller with the data that receive, and the result that singlechip controller comes out to scanning puts in order; Singlechip controller is pushed out underproof battery again by ejecting device, simultaneously the data upload of putting in order is stored and shown to host computer.

Practical measuring examples 2:

It is square selecting a battery of mobile phone, is put on the travelling belt between RF transmitter and the infrared receiver speed of being moved by the Single-chip Controlling travelling belt simultaneously; When battery process travelling belt; RF transmitter FX scans (X face), and RF transmitter FY scans wide (Y face), and RF transmitter FZ scans high (Z face); Infrared receiver is passed to singlechip controller with the data that receive; The result that singlechip controller comes out to scanning puts in order, and singlechip controller is pushed out underproof battery again by ejecting device, simultaneously the data upload of putting in order is stored and is shown to host computer.

Claims

1. cell thickness automatic measuring and sorting unit, comprise 3 pairs of RF transmitter infrared receivers (FX, FY, FZ), travelling belt, ejecting device between singlechip controller, host computer storer, RF transmitter and the infrared receiver; It is characterized in that: ultrared receiver is connected with singlechip controller; Infrared receiver is the signal sent of receiving infrared-ray transmitter always, and when battery during through travelling belt, RF transmitter FX is that the X face scans to the length of battery; RF transmitter FY scans the wide Y of the being face of battery; RF transmitter FZ is that the Z face scans to the height of battery, and when the infrared ray sensing felt that device scans battery, infrared receiver did not receive the signal of infrared end; Size with the speed calculation battery length of this time length and travelling belt; This moment, infrared receiver sent to singlechip controller with the data that receive, and after singlechip controller will calculate underproof battery was pushed out by ejecting device, simultaneously the data upload of putting in order was stored and was shown to host computer.

2. a kind of cell thickness automatic measuring and sorting unit according to claim 1, it is characterized in that: singlechip controller can be controlled the speed of the travelling belt between RF transmitter and the infrared receiver.