CN203350416U

CN203350416U - Motor detection tool

Info

Publication number: CN203350416U
Application number: CN 201320395473
Authority: CN
Inventors: 邓湘南; 陈香玉
Original assignee: Hefei Kaibang Motor Co Ltd
Current assignee: Hefei Kaibang Motor Co Ltd
Priority date: 2013-07-03
Filing date: 2013-07-03
Publication date: 2013-12-18
Anticipated expiration: 2023-07-03

Abstract

The utility model relates to the field of motor detection, and especially relates to a motor detection tool. The motor detection tool comprises a detecting bench, a performance tester, and an induction wheel. The induction wheel is fixed on the detecting bench through a support. A motor is disposed on the detecting bench. A rotating shaft of the induction wheel is disposed vertical to a rotating shaft of the motor. The support rotates so that an edge of the induction wheel abuts against the rotating shaft of the motor or separates from the rotating shaft of the motor. After the motor is powered on, the motor drives the induction wheel to rotate, and rotation state of the induction wheel is converted into electric signals through a sensor and is output to the performance tester. Since the motor is vertically disposed on the detecting bench, the motor can be directly placed on the detecting bench when the motor is conveyed from a previous process in detection, and after detection, the motor is directly placed on a conveyer belt to get into the next process. Thus, two operations of turning over the motor are not needed, thereby saving time and improving detection efficiency.

Description

Motor detects frock

Technical field

The utility model relates to the motor detection field, and particularly a kind of motor detects frock.

Background technology

Motor in process of production, generally all needs to carry out a series of detection.Wherein just there is a motor performance to detect, as shown in Figure 1, 2, motor 1 is placed on the Bracket for Inspection 2 of V-type, the axle 3 of motor 1 contacts with induction wheel 4, when motor 1 energising rotates, the induction wheel 4 and then axle 3 of motor 1 rotates, the rotary state of induction wheel 4 converts electric signal to by sensor and exports ability meter 5 to, ability meter 5 will collect that signal is converted into the rotation direction of motor 1 and speed is come to compare with the desired performance parameter of motor 1, meeting the demands is certified products, otherwise is defective products.

This pick-up unit has following deficiency: motor 1, in last procedure and next process, is all vertical placements, on this pick-up unit, is horizontal, and operating personnel, when being detected, have more the action of two upset motors 1, have increased the running time.

The utility model content

The purpose of this utility model is to provide a kind of motor to detect frock, reduces the running time, improves detection efficiency.

For realizing above purpose, the technical solution adopted in the utility model is: a kind of motor detects frock, comprise monitor station, ability meter, induction wheel, described induction wheel is fixed on monitor station by support, motor arrangement is on monitor station, the rotating shaft of described induction wheel and the rotating shaft of motor are arranged vertically, and described support rotates and makes the edge of induction wheel and the rotating shaft of motor lean or be separated; Drive induction wheel after described electrical power and rotate, the rotary state of induction wheel converts electric signal to by sensor and exports ability meter to.

Compared with prior art, there is following technique effect in the utility model:

Due to by the motor vertical on monitor station, the arrangement of induction wheel is also made corresponding adjustment, make induction wheel match with motor shaft, when detecting, when motor, from last process, carry and come like this, can directly pick up motor and be placed on monitor station, and directly be placed on conveying belt and enter next process after detecting, save the action of twice upset motor, saved time, improved detection efficiency.

The accompanying drawing explanation

Fig. 1 is the prior art schematic diagram;

Fig. 2 is the left view of Fig. 1;

Fig. 3 is schematic diagram of the present utility model;

Fig. 4 is the left view of Fig. 3;

Fig. 5 is support and induction wheel structural representation;

Fig. 6 is the side view of Fig. 5;

First and second support schematic diagram of movements of Fig. 7.

Embodiment

Below in conjunction with Fig. 3 to Fig. 7, the utility model is done and is described in further detail:

Consult Fig. 3, Fig. 4, a kind of motor detects frock, comprise monitor station 10, ability meter 20, induction wheel 30, described induction wheel 30 is fixed on monitor station 10 by support 40, and motor 50 is arranged on monitor station 10, the rotating shaft of the rotating shaft of described induction wheel 30 and motor 50 is arranged vertically, like this, when motor 50 is detected, motor 50 is vertical and is arranged on monitor station, consistent with the arrangement of front and back technique, reduced the unnecessary upset motor running time used.

Described support 40 rotates and makes the edge of induction wheel 30 and the rotating shaft of motor 50 lean or be separated: while needing it is detected after motor 50 places, the edge of induction wheel 30 should lean with the rotating shaft of motor 50; And be placed on monitor station 10 or when monitor station 10 takes off, need the edge of induction wheel 30 and the rotating shaft of motor 50 to be separated when motor 50.The rotating shaft of the edge of induction wheel 30 and motor 50 presents, and the rotation of two states by support 40 that lean or be separated realizes.Drive induction wheel 30 after described motor 50 energisings and rotate, the rotary state of induction wheel 30 converts electric signal to by sensor and exports ability meter 20 to.

In prior art, the device that has had pair motor 50 to be detected, for reducing enterprise cost, the utility model is the improvement that original pick-up unit is carried out.Consult Fig. 5, Fig. 6, as preferred version of the present utility model, described support 40 comprises the first support 41, the second support 42, one end of described the first support 41 is fixed on monitor station 10, the other end of the first support 41 and the second support 42 1 ends are hinged, and the end that suspends of the second support 42 arranges described induction wheel 30.After arranging like this, support 40 is a separate unit, after processing, directly is assembled on existing monitor station 10 and gets final product.

The rotation that has realized support 40 is rotated in the place that the second support 42 is hinged around itself and the first support 41, by manually stirring the second support 42, can realize that the edge of induction wheel 30 and the rotating shaft of motor 50 lean or be separated.More preferably, 41,42, described first and second support is provided with flexible member, and first and

second support

41,42 while making the rotating shaft of the edge of induction wheel 30 and motor 50 lean is normal condition, as shown in figure as upper as Fig. 7; First and second support 41, the 42 when rotating shaft of the edge of induction wheel 30 and motor 50 is separated is stress, as shown in Fig. 7 figure below, the restoring force after described deformation of elastic components drives the second support 42 to turn to around jointed shaft the position that the rotating shaft of the edge of induction wheel 30 and motor 50 leans.

The selection of flexible member has a variety of, therefore a lot of arrangements is also arranged, a kind of reference is provided here: described flexible member is spring leaf 43, described spring leaf 43 is parallel to the rotating shaft of induction wheel 30 and abuts in a side of first and

second support

41,42, one end of spring leaf 43 is fixed on the first support 41, the other end offers mounting hole 431 and is limited on the second support 42 by the T shape post 44 arranged in mounting hole 431, and described waist-shaped hole 431 is consistent with the length direction of spring leaf 43.

Described sensor is a microgenerator, and microgenerator is arranged on the end that suspends of the second support 42, and its output terminal is connected with ability meter 20, and described induction wheel 30 is fixed on the axle of microgenerator.

Claims

1. a motor detects frock, comprise monitor station (10), ability meter (20), induction wheel (30), it is characterized in that: described induction wheel (30) is fixed on monitor station (10) by support (40), motor (50) is arranged on monitor station (10), the rotating shaft of the rotating shaft of described induction wheel (30) and motor (50) is arranged vertically, and described support (40) rotates and makes the edge of induction wheel (30) and the rotating shaft of motor (50) lean or be separated; Drive induction wheel (30) after described motor (50) energising and rotate, the rotary state of induction wheel (30) converts electric signal to by sensor and exports ability meter (20) to.

2. motor as claimed in claim 1 detects frock, it is characterized in that: described support (40) comprises the first support (41), the second support (42), one end of described the first support (41) is fixed on monitor station (10), the other end of the first support (41) and the second support (42) one ends are hinged, and the end that suspends of the second support (42) arranges described induction wheel (30).

3. motor as claimed in claim 2 detects frock, it is characterized in that: described first and second support is provided with flexible member between (41,42), and the restoring force after described deformation of elastic components drives the second support (42) to turn to around jointed shaft the position that the rotating shaft of the edge of induction wheel (30) and motor (50) leans.

4. motor as claimed in claim 3 detects frock, it is characterized in that: described flexible member is spring leaf (43), described spring leaf (43) is parallel to the rotating shaft of induction wheel (30) and abuts in a side of first and second support (41,42), one end of spring leaf (43) is fixed on the first support (41), the other end offers mounting hole (431) and is limited in the second support (42) by the T shape post (44) arranged in mounting hole (431) upper, and described waist-shaped hole (431) is consistent with the length direction of spring leaf (43).

5. motor as claimed in claim 2 detects frock, it is characterized in that: described sensor is a microgenerator, microgenerator is arranged on the end that suspends of the second support (42), its output terminal is connected with ability meter (20), and described induction wheel (30) is fixed on the axle of microgenerator.