CN-224231734-U - Automatic detection equipment for kitchen range and production line of kitchen range

CN224231734UCN 224231734 UCN224231734 UCN 224231734UCN-224231734-U

Abstract

The embodiment of the utility model discloses automatic detection equipment for a kitchen range. The device comprises an industrial personal computer and at least one automatic detection unit, wherein the automatic detection unit comprises a code scanning device which is arranged above a code scanning station and is used for collecting images of a kitchen range transmitted to the code scanning station. The industrial personal computer is used for identifying the graphic codes on each part in the image acquired by the code scanning device and extracting the product information carried by each graphic code. The industrial personal computer is also used for judging whether the number of the identified graphic codes meets the graphic code number standard of the current assembly stage, and judging whether each part meets the part matching requirement of the current assembly stage according to the product information carried by each graphic code. The embodiment of the utility model solves the problems of low code scanning efficiency, missing scanning and the like in the assembly of the existing kitchen range, avoids the complicated process of manually operating the code scanning gun to scan codes one by one, improves the overall code scanning efficiency, and avoids missing scanning.

Inventors

XIE FU
LIU SHENGFENG
WU MINJUN
REN FUJIA
YU SHUZHEN

Assignees

杭州老板电器股份有限公司

Dates

Publication Date: 20260512
Application Date: 20250422

Claims (10)

1. An automatic detection device for a kitchen range is characterized by comprising an industrial personal computer and at least one automatic detection unit (100); The automatic detection unit (100) comprises a code scanning device (10) which is arranged above a code scanning station and is used for collecting images of a kitchen range transmitted to the code scanning station, wherein the kitchen range is at least partially assembled by a plurality of parts, and each part is attached with a graphic code which carries product information of the corresponding part; The industrial personal computer comprises an image receiving end, and the image receiving end is electrically connected with the code scanning device (10); The industrial personal computer is used for identifying the graphic codes on all the parts in the image acquired by the code scanning device (10) and extracting product information carried by the graphic codes, and is also used for judging whether the number of the identified graphic codes meets the graphic code number standard of the current assembly stage and judging whether all the parts meet the part matching requirement of the current assembly stage according to the product information carried by the graphic codes.
2. The automatic detection device according to claim 1, characterized in that the hob is carried in an auxiliary tooling plate (20), the auxiliary tooling plate (20) being internally provided with an airtight channel comprising an air inlet (21) and an air outlet, which communicates with the gas channel of the hob; The automatic detection unit (100) further comprises an air tightness tester (30), the air tightness tester (30) comprises a pressure testing head (31), and the pressure testing head (31) is arranged above the code scanning station; the industrial personal computer further comprises an airtight test end, wherein the airtight test end is electrically connected with the airtight tester (30); The industrial personal computer is also used for controlling the pressure test head (31) to be communicated with the air inlet (21) of the auxiliary tooling plate (20) and controlling the air tightness tester (30) to perform air tightness test when the number of the identified graphic codes meets the number standard of the graphic codes in the current assembly stage and each part meets the matching requirement of the part in the current assembly stage according to the product information carried by each graphic code.
3. An automatic detection device according to claim 2, characterized in that the automatic detection unit (100) further comprises position measurement means (40), the position measurement means (40) being arranged to measure the position of the auxiliary tool plate (20); The industrial personal computer further comprises a position receiving end, wherein the position receiving end is electrically connected with the position measuring device (40); The industrial personal computer is also used for receiving the position of the auxiliary tooling plate (20) detected by the position measuring device (40) and determining that the position of the auxiliary tooling plate (20) accords with a preset position range before controlling the pressure testing head (31) to be communicated with the air inlet (21) of the auxiliary tooling plate (20).
4. An automatic detection device according to claim 3, characterized in that the position measuring means (40) comprise a first distance measuring sensor (41) and a second distance measuring sensor (42); The first distance measuring sensor (41) is arranged on one side of the code scanning station in a first direction, and the second distance measuring sensor (42) is arranged on one side of the code scanning station in a second direction, wherein the first direction and the second direction are two directions which are mutually perpendicular on a horizontal plane; The first distance measuring sensor (41) is used for measuring the distance between the auxiliary tooling plate (20) on the code scanning station and the first distance measuring sensor (41) in the first direction; The second distance measuring sensor (42) is used for measuring the distance between the auxiliary tooling plate (20) and the second distance measuring sensor (42) in the second direction on the code scanning station.
5. The automatic detection device according to claim 4, characterized in that the automatic detection unit (100) further comprises a moving means (50), the moving means (50) being mechanically connected to the pressure test head (31); The industrial personal computer further comprises a mobile control end, wherein the mobile control end is electrically connected with the mobile device (50); The industrial personal computer is also used for controlling the moving device (50) to drive the pressure test head (31) to be aligned with the air inlet (21) on the auxiliary tooling plate (20) in the vertical direction when the position of the auxiliary tooling plate (20) does not accord with the preset position range.
6. The automatic detection equipment according to claim 5, wherein the moving device (50) comprises a first driving cylinder (51), a second driving cylinder (52), a first rail (53), a second rail (54) and a reverse hanging piece (55), and the industrial personal computer is provided with two moving control ends and is electrically connected with the first driving cylinder (51) and the second driving cylinder (52) respectively; the first rail (53) is arranged above the first driving cylinder (51), and the second rail (54) is arranged above the second driving cylinder (52); The second driving cylinder (52) is arranged on the first track (53) and is in sliding connection with the first track (53), and a telescopic rod of the first driving cylinder (51) is connected with the second driving cylinder (52) so as to drive the second driving cylinder (52) to slide on the first track (53); The pressure test head (31) is arranged on the second track (54) through the reverse hanging piece (55), the reverse hanging piece (55) is in sliding connection with the second track (54), and the telescopic rod of the second driving air cylinder (52) is connected with the reverse hanging piece (55) so as to drive the reverse hanging piece (55) to slide on the second track (54).
7. The automatic detection apparatus according to claim 2, wherein the automatic detection unit (100) further comprises a label printer (60), the label printer (60) being disposed above the code scanning station, a paper outlet of the label printer (60) being directed towards the code scanning station; The industrial personal computer further comprises a label control end, wherein the label control end is electrically connected with the label printer (60); The industrial personal computer is also used for controlling the label printer (60) to print part abnormal labels and placing the part abnormal labels in an auxiliary tooling plate (20) for bearing the kitchen range when the number of the identified graphic codes does not meet the number standard of the graphic codes in the current assembly stage, and/or, The industrial personal computer is also used for controlling the label printer (60) to print a part abnormal label and placing the part abnormal label in an auxiliary tooling plate (20) for bearing the kitchen range when the parts are determined not to meet the matching requirement of the parts in the current assembly stage according to the product information carried by the graphic codes, and/or, And the industrial personal computer is also used for controlling the label printer (60) to print the abnormal label of the part when the air tightness test result does not meet the standard air tightness requirement, and placing the abnormal label of the part in the auxiliary tooling plate (20) for bearing the kitchen range.
8. The automatic detection device according to claim 1, characterized in that the automatic detection unit (100) further comprises a support structure (110) and a transport mechanism (120); An inlet and an outlet are formed in one side of the supporting structure (110), and the code scanning station and a conveying channel are arranged in the supporting structure; The transfer mechanism (120) is secured within the support structure (110) and below the transfer channel.
9. The automatic detection device according to claim 1, characterized in that it comprises two of said automatic detection units (100), the two automatic detection units (100) being arranged along a third direction intersecting the path of the cooktop entering and exiting the automatic detection units (100).
10. A cooktop production line, characterized by comprising the cooktop automatic detection device of any of claims 1-9.

Description

Automatic detection equipment for kitchen range and production line of kitchen range Technical Field The embodiment of the utility model relates to an automatic cooker production technology, in particular to automatic cooker detection equipment and a cooker production line. Background When the kitchen range is assembled, a finished product code and a component code are attached to multiple positions, and then the bar codes are associated and bound, so that the kitchen range is convenient to trace and manage. At present, the process is mainly finished manually, when an assembly part of a certain kitchen range reaches the next assembly position, staff needs to scan a finished product code and detect a part code to acquire installation information, the requirements on the speed and the accuracy of the staff are high, and the problems of low bar code scanning efficiency, missing scanning and the like can occur. Disclosure of utility model The utility model provides automatic detection equipment for a kitchen range and a kitchen range production line, which are used for solving the problems of low code scanning efficiency, missing scanning, inaccurate air tightness test position, abnormal product missing identification and the like in the assembly of the existing kitchen range. The embodiment of the utility model provides automatic detection equipment for a kitchen range, which comprises an industrial personal computer and at least one automatic detection unit; The automatic detection unit comprises a code scanning device, a code scanning station and a code scanning device, wherein the code scanning device is arranged above the code scanning station and is used for collecting images of a kitchen range transmitted to the code scanning station; The industrial personal computer comprises an image receiving end, and the image receiving end is electrically connected with the code scanning device; The industrial personal computer is used for identifying the graphic codes on each part in the image acquired by the code scanning device and extracting the product information carried by each graphic code, and is also used for judging whether the number of the identified graphic codes meets the graphic code number standard of the current assembly stage or not and judging whether each part meets the part matching requirement of the current assembly stage or not according to the product information carried by each graphic code. Optionally, the stove is carried in the auxiliary tooling plate, an airtight channel is arranged in the auxiliary tooling plate, the airtight channel comprises an air inlet and an air outlet, and the air outlet is communicated with a gas channel of the stove; the automatic detection unit further comprises an air tightness tester, the air tightness tester comprises a pressure testing head, and the pressure testing head is arranged above the code scanning station; The industrial personal computer further comprises an airtight test end, and the airtight test end is electrically connected with the airtight tester; the industrial personal computer is also used for controlling the communication between the test head and the air inlet of the auxiliary tooling plate and controlling the air tightness tester to carry out air tightness test when the number of the identified graphic codes meets the graphic code number standard of the current assembly stage and each part is determined to meet the matching requirement of the part of the current assembly stage according to the product information carried by each graphic code. Optionally, the automatic detection unit further comprises a position measurement device for measuring the position of the auxiliary tooling plate; The industrial personal computer also comprises a position receiving end which is connected with the position measuring device; The industrial personal computer is also used for receiving the position of the auxiliary tooling plate detected by the position measuring device and determining that the position of the auxiliary tooling plate accords with a preset position range before the control pressure head is communicated with the air inlet of the auxiliary tooling plate. Optionally, the position measurement device includes a first ranging sensor and a second ranging sensor; The first distance measuring sensor is arranged at one side of the code scanning station in a first direction, and the second distance measuring sensor is arranged at one side of the code scanning station in a second direction, wherein the first direction and the second direction are two directions which are mutually perpendicular on a horizontal plane; The first distance measuring sensor is used for measuring the distance between the auxiliary tooling plate on the code scanning station and the first distance measuring sensor in the first direction; the second distance measuring sensor is used for measuring the distance between the auxiliary tooling plate on the code scanning stat