JP2021131375A - Quality measuring device for meat - Google Patents

Abstract

To provide a quality measuring device for meat.SOLUTION: A quality measuring device for meat includes a housing 57 and a screen 21 capable of displaying measured data fixed to a top right end of the housing 57. The housing 57 is provided with a revolving space, a pressure space 50 is provided to the left of the revolving space, a reposition space 52 is provided on top of the pressure space 50, a TTC agent box 22 is provided to the right of the revolving space, a transmission space 46 is provided below the revolving space, a waste water box 48 is provided opening above in between the revolving space and the transmission space 46, a thrusting space 42 is provided below the transmission space 46, a TTC measuring space 35 is provided to the right of the thrusting space 42, and a transmission unit is provided in the transmission space 46.SELECTED DRAWING: Figure 1

Description

The present invention deals with the field of food safety technology, and particularly relates to a quality measuring device for meat.

Currently, food safety is of great importance, and food quality is an important issue, especially for families with children. In addition, meat intake is essential during the child's growth period, but some butchers sell defective products, which has an adverse effect. Therefore, it is necessary to devise a device that can measure the quality of the purchased meat.

Chinese Patent Application Publication No. 103163083

The purpose is to devise a quality measuring device for meat and solve the above problems.

The meat quality measuring device described in the present application includes a housing, a screen is fixed to the upper right end of the housing, the screen can display measurement data, the housing is provided with a rotation space, and the rotation is performed. A pressure space is provided on the left side of the space, a repositioning space is provided on the upper part of the pressure space, a TTC reagent box is provided on the right side of the rotation space, and a transmission is provided below the rotation space. A space is provided, a waste water box that opens upward is provided between the rotating space and the transmission space, a thrust space is provided below the transmission space, and a TTC is provided to the right of the transmission space. A measurement space is provided, and a transmission unit is provided in the transmission space.
A hydraulic pipeline is provided above the rotating space, a position limiting groove is formed in the lower right portion of the hydraulic pipeline, a PH measuring unit is provided in the rotating space, and the TTC measurement space is provided. A TTC measurement unit is provided, a cleaning connection space is provided above the rotation space, a cleaning unit is provided in the cleaning connection space, and a cleaning water box is provided on the right side of the cleaning connection space.
A connecting block is provided on the right side of the washing water box, a left hydraulic space and a right hydraulic space are provided in the connecting block, and the left hydraulic space and the right hydraulic space are separated by a partition block. The lower end of the is not fixed to the lower wall of the left hydraulic space, so that the lower part communicates with the left hydraulic space and the right hydraulic space, and the TTC reagent box is provided on the right side of the connecting block. The TTC reagent box contains a TTC reagent, and a charging space is provided in front of and above the rotating space, and the charging space is open upward and has a slope at the bottom.

Preferably, the transmission unit includes a motor fixed to the lower part of the transmission space, a transmission shaft movably connected to the motor is provided above the motor, and the transmission shaft is 90 degrees. The gear is fixed, a transmission gear is provided to the right of the 90-degree gear, the 90-degree gear is provided so as to intermittently mesh with the transmission gear, and the transmission gear is fixed to the rotating shaft. The rotating shaft is rotatably provided between the thrust space and the rotating space, and the rotating shaft is rotatably connected to the upper and lower walls of the transmission space in the vertical direction and the transmission gear. The rotating shaft extends into the rotating space and is fixed to the rotating block, and a fixed inclined block is fixed to the right end of the rotating block. A fixed block rotatably provided on the rotating shaft is provided below, the rotating block is slidably provided on the fixed block, and an upper rotating space is provided on the left side of the rotating block. Is provided, the left portion of the rotating block is a slope, the highest point of the slope of the rotating block is the upper rotating space, and the upper fixed space is provided on the right portion of the fixed block.

Preferably, the PH measuring unit includes a left thrust block slidably provided in the pressure space, and the left thrust block extends to the right in the rotation space of the left thrust block. The right end is a slope, and in the pressure space, the upper left surface of the left thrust block is fixed to the connecting rod, and the connecting rod extends to the left in the repositioning space and is provided so as to be slidable in the repositioning space. In the repositioning space, the left surface of the connecting rod is fixed to the first spring, the left surface of the first spring is fixed to the left wall of the repositioning space, and the hydraulic pipeline is the pressure in the upper left portion of the pressure space. A first fixing block is slidably provided at the lower right of the hydraulic pipeline so as to communicate with the space, and a second spring located at the position limiting groove is provided at the upper end of the first fixing block. Is fixed, the upper end of the second spring is fixed to the upper wall of the position limiting groove, and a hydraulic hydraulic oil is provided between the upper surface of the first fixing block and the left surface of the left thrust block. The hydraulic oil is located in the pressure space and the hydraulic pipeline, a PH measuring rod is fixed to the lower end of the first fixing block, and the PH measuring rod extends downward in the rotating space and PH. It is fixed to the measurement head, and a left transmission rod is provided at the left end of the PH measurement rod, the PH measurement rod can transmit measurement information to the left transmission rod, and the left transmission rod is moved upward to the left part of the screen. It is connected.

Preferably, the cleaning unit includes a fixed first fixing rod at the right end of the PH measuring rod, a moving space is provided below the waste water box, and the first fixing rod extends into the moving space. It is present and fixed to the second fixing rod, the third fixing rod is fixed to the right end of the second fixing rod, and the third fixing rod extends downward into the left hydraulic space and is connected to the second fixing block. It is fixed, the second fixed block is slidably provided in the right hydraulic space, and the third fixed block is slidably provided in the left hydraulic space, and the lower surface of the third fixed block and the second Hydraulic hydraulic oil located in the connecting block is provided between the lower surface of the fixing block, a fourth fixing rod is fixed to the upper end of the third fixing block, and the fourth fixing rod is moved upward. It extends to the moving space and is fixed to the fifth fixing rod, the sixth fixing rod is fixed to the left end of the fifth fixing rod, and the sixth fixing rod extends downward to the cleaning connecting space and is a slider. The slider is slidably provided in the cleaning connection space, a transport pipeline communicating with the cleaning connection space is provided at the right end of the slider, and the transport pipeline is provided to the right in the cleaning water box. A cleaning pipeline is provided on the left side of the cleaning connection space, a nozzle is fixed at the left end of the cleaning pipeline, and the front nozzle extends to the rotating space and the PH. It is located on the right side of the measuring rod, a pipeline position limiting groove is formed in the upper part of the cleaning pipeline, and a torsion spring is rotatably provided in the right portion of the pipeline position limiting groove. A closing block is fixed to the lower end of the torsion spring, and the lower end of the closing block extends to the lower wall of the cleaning pipeline.

Preferably, the TTC measuring unit includes a stretched space located at the right end of the fixed inclined block and communicating with the rotating space, in which a blocking block is slidably provided, and the blocking block is slidable. It extends to the left in the rotating space, a transmission space is provided in the blocking block, and the right end of the blocking block and the right wall of the extending space are connected by a third spring and described above. The fixed space communicates with the upper opening of the TTC measurement space, a TTC measuring instrument is fixed to the right wall of the TTC measuring space, and a right transmission rod is provided at the rear end of the TTC measuring instrument. The measuring instrument can transmit the measurement information to the right transmission rod, the right transmission rod is connected upward to the left portion of the screen, the TTC measurement space is opened downward and a waste space is provided below. The waste space is open upward, a second extension space is provided between the waste space and the TTC measurement space, and a moving block is slidably provided in the second extension space. The waste space and the TTC measurement space are separated by the moving block, a second moving space is provided on the left side of the moving block, and the right end of the moving block and the right wall of the second extending space are provided. The moving block extends to the left in the thrust space, the rotation shaft is provided in the thrust space, and the rotation shaft is the third in the thrust space. The two rotation blocks are fixed, the second rotation block is located on the left side of the moving block, a reagent transfer tube is provided on the right side of the TTC measurement space, and the reagent transfer tube is blocked. It is divided into an upper part and a lower part by a block, and the reagent transfer tube extends upward to the TTC reagent box.

The present invention has the following positive effects: The present invention can measure meat quickly, is safe and hygienic, is easy to operate, can be used repeatedly, and the measurement data is clear and does not cause environmental pollution. , Worth spreading.

In order to explain the invention of the present application in detail with reference to FIGS. 1 to 8 below and to explain the present invention in a convenient manner, each direction described in the present application is defined as follows: The observation direction in FIG. Each of the described directions is based on the observation direction in FIG.

FIG. 1 is a schematic configuration of the present invention. FIG. 2 is a schematic configuration diagram of AA in FIG. FIG. 3 is a schematic configuration diagram of BB in FIG. FIG. 4 is an enlarged schematic diagram of part C in FIG. FIG. 5 is an enlarged schematic diagram of a portion D in FIG. FIG. 6 is a schematic configuration diagram of EE in FIG. FIG. 7 is a schematic configuration diagram of FF in FIG. FIG. 8 is an enlarged schematic diagram of the G portion in FIG.

The quality measuring device for meat according to the present application includes a housing 57, a screen 21 is fixed to the upper right end of the housing 57, the screen 21 can display measurement data, and a rotating space 70 is provided in the housing 57. A pressure space 50 is provided on the left side of the rotation space 70, a repositioning space 52 is provided on the upper part of the pressure space 50, and a TTC reagent box 22 is provided on the right side of the rotation space 70. A transmission space 46 is provided below the rotation space 70, and a waste water box 48 that opens upward is provided between the rotation space 70 and the transmission space 46, and the transmission space 46 is provided. A thrust space 42 is provided below, a TTC measurement space 35 is provided to the right of the thrust space 42, a transmission unit is provided in the transmission space 46, and a hydraulic pipe is provided above the rotation space 70. A road 71 is provided, a position limiting groove 72 is formed in the lower right portion of the hydraulic pipeline 71, a PH measurement unit is provided in the rotation space 70, and a TTC measurement unit is provided in the TTC measurement space 35. A cleaning connection space 10 is provided above the rotation space 70, a cleaning unit is provided in the cleaning connection space 10, and a cleaning water box 17 is provided on the right side of the cleaning connection space 10. A connecting block 77 is provided on the right side of the washing water box 17, a left hydraulic space 65 and a right hydraulic space 67 are provided in the connecting block 77, and a partition block 68 is provided between the left hydraulic space 65 and the right hydraulic space 67. The lower end of the partition block 68 is not fixed to the lower wall of the left hydraulic space 65, so that the lower part of the left hydraulic space 65 and the right hydraulic space 67 communicate with each other, and the connecting block The TTC reagent box 22 is provided on the right side of 77, the TTC reagent box 22 contains a TTC reagent, a charging space 69 is provided in front of and above the rotation space 70, and the charging space 69 is above. There is an opening in the bottom and a slope is provided at the bottom.

Advantageously, the transmission unit includes a motor 43 fixed to the lower part of the transmission space 46, and a transmission shaft 44 mobilably connected to the motor 43 is provided above the motor 43. A 90-degree gear 45 is fixed to the transmission shaft 44, a transmission gear 39 is provided on the right side of the 90-degree gear 45, and the 90-degree gear 45 intermittently meshes with the transmission gear 39. The transmission gear 39 is provided and fixed to the rotation shaft 40, the rotation shaft 40 is rotatably provided between the thrust space 42 and the rotation space 70, and the rotation shaft 40 moves up and down. It is rotatably connected to the upper and lower walls of the transmission space 46 in the direction and penetrates the upper and lower walls of the transmission gear 46, and the rotation shaft 40 extends to the rotation space 70 and the rotation block 29. A fixed inclined block 28 is fixed to the right end of the rotating block 29, and a fixed block 31 rotatably provided on the rotating shaft 40 is provided below the rotating block 29. The rotating block 29 is slidably provided on the fixed block 31, an upper rotating space 48 is provided on the left portion of the rotating block 29, and the left portion of the rotating block 29 is a slope. The highest point on the slope of the rotating block 29 is the upper rotating space 48, and the upper fixed space 30 is provided on the right side of the fixed block 31.

Advantageously, the PH measuring unit includes a left thrust block 49 slidably provided in the pressure space 50, and the left thrust block 49 extends to the right in the rotation space 70. The right end of the left thrust block 49 is a slope, and in the pressure space 50, the upper left surface of the left thrust block 49 is fixed to the connecting rod 51, and the connecting rod 51 extends to the left in the repositioning space 52. Further, the connecting rod 51 is slidably provided in the repositioning space 52, and the left surface of the connecting rod 51 is fixed to the first spring 53 in the repositioning space 52, and the left surface of the first spring 53 is attached to the left wall of the repositioning space 52. It is fixed, and the hydraulic line 71 is provided in the upper left portion of the pressure space 50 so as to communicate with the pressure space 50, and the first fixing block 74 is slidable in the lower right part of the hydraulic line 71. A second spring 73 located in the position limiting groove 72 is fixed to the upper end of the first fixing block 74, and the upper end of the second spring 73 is fixed to the upper wall of the position limiting groove 72. A hydraulic hydraulic oil is provided between the upper surface of the first fixed block 74 and the left surface of the left thrust block 49, and the hydraulic hydraulic oil is located in the pressure space 50 and the hydraulic pipeline 71. A PH measuring rod 55 is fixed to the lower end of the first fixing block 74, and the PH measuring rod 55 extends downward in the rotating space 70 and is fixed to the PH measuring head 54, and is fixed to the left end of the PH measuring rod 55. Is provided with a left transmission rod 56, the PH measuring rod 55 can transmit measurement information to the left transmission rod 56, and the left transmission rod 56 is connected upward to the left portion of the screen 21.

Advantageously, the cleaning unit includes a fixed first fixing rod 15 at the right end of the PH measuring rod 55, and a moving space 14 is provided below the waste water box 47, and the first fixing rod is provided. 15 extends to the moving space 14 and is fixed to the second fixing rod 75, a third fixing rod 19 is fixed to the right end of the second fixing rod 75, and the third fixing rod 19 is moved downward to the left. It extends to the hydraulic space 65 and is fixed to the second fixed block 66, the second fixed block 66 is slidably provided in the right hydraulic space 67, and the third fixed block 64 is provided in the left hydraulic space 65. A hydraulic hydraulic oil located in the connecting block 77 is provided between the lower surface of the third fixing block 64 and the lower surface of the second fixing block 66 so as to be slidable, and the third fixing block is provided. A fourth fixing rod 18 is fixed to the upper end of the 64, and the fourth fixing rod 18 extends upward in the moving space 14 and is fixed to the fifth fixing rod 76, and is fixed to the left end of the fifth fixing rod 76. The sixth fixing rod 16 is fixed, the sixth fixing rod 16 extends downward in the cleaning connecting space 10 and is fixed to the slider 11, and the slider 11 is slidably provided in the cleaning connecting space 10. A transport pipeline 12 communicating with the cleaning connection space 10 is provided at the right end of the slider 11, and the transport pipeline 12 extends to the right in the cleaning water box 17, and the cleaning connection space 10 is provided. A cleaning pipeline 59 is provided on the left side of the cleaning pipeline 59, a nozzle 58 is fixed to the left end of the cleaning pipeline 59, and the front nozzle 58 extends to the rotating space 70 and is to the right of the PH measuring rod 55. A pipeline position limiting groove 60 is formed in the upper part of the cleaning pipeline 59, and a torsion spring 61 is rotatably provided in the right portion of the pipeline position limiting groove 60, and the twisting is performed. A closing block 63 is fixed to the lower end of the spring 61, and the lower end of the closing block 63 extends to the lower wall of the cleaning pipeline 59.

Advantageously, the TTC measurement unit includes an extension space 25 located at the right end of the fixed inclined block 28 and communicating with the rotation space 70, and the blocking block 26 is slidable in the extension space 25. The blocking block 26 is provided and extends to the left in the rotating space 70, a transmission space 27 is provided in the blocking block 26, and the right end of the blocking block 26 and the extending space 25 are provided. The upper fixed space 30 is connected to the right wall by a third spring 24, communicates with the upper opening of the TTC measuring space 35, and the TTC measuring instrument 32 is fixed to the right wall of the TTC measuring space 35. A right transmission rod 20 is provided at the rear end of the TTC measuring instrument 32, the TTC measuring instrument 32 can transmit measurement information to the right transmission rod 20, and the right transmission rod 20 is moved upward to the left portion of the screen 21. The TTC measurement space 35 is open downward and a waste space 36 is provided below, and the waste space 36 is open upward, and the waste space 36 and the TTC measurement space 35 are connected to each other. A second stretching space 33 is provided between the two stretching spaces 33, a moving block 38 is slidably provided in the second stretching space 33, and the waste space 36 and the TTC measurement space 35 are the moving blocks. A second moving space 37 is provided on the left side of the moving block 38, and the right end of the moving block 38 and the right wall of the second extending space 33 are connected by a fifth spring 34. The moving block 38 extends to the left in the thrust space 42, the thrust space 42 is provided with the rotation shaft 40, and in the thrust space 42, the rotation shaft 40 is provided with a second rotation block. 41 is fixed, the second rotation block 41 is located on the left side of the moving block 38, a reagent transfer tube 23 is provided on the right side of the TTC measurement space 35, and the reagent transfer tube 23 is provided. The blocking block 26 divides the upper part and the lower part, and the reagent transport tube 23 extends upward to the TTC reagent box 22.

In the work,
1. A part of the purchased meat is cut out and put into the input space 69, and the meat falls from the slope of the input space 69 into the upper rotation space 48 of the rotation block 29, and then the motor 43 is operated to operate the motor 43. By driving and rotating the transmission shaft 44, the 90-degree gear 45 is rotated, and the 90-degree gear 45 makes one revolution to interlock the transmission gear 39, and the transmission gear 39 rotates 90 degrees. , The rotation shaft 40 is rotated 90 degrees, and the rotation shaft 40 subsequently rotates the rotation block 29 90 degrees.
2. The rotation block 29 subsequently interlocks the upper rotation space 48, the upper rotation space 48 moves below the PH measurement head 54, and the fixed tilt block 28 pushes the left thrust block 49 to the left. , The left thrust block 49 subsequently pushes the repositioning space 52 to the left to compress the first spring 53, and the left thrust block 49 also moves to the left to hydraulically hydraulic oil in the pressure space 50 and the hydraulic line 71. The first fixed block 74 is pushed down through the space, and the second spring 73 is stretched in this way. The first fixed block 74 lowers the PH measuring head 54 via the PH measuring rod 55 by the descent, and the PH measuring head 54 is lowered. 54 subsequently plunges into the meat, performs PH measurement, and the measurement information is fed back to the screen 21 via the left transmission rod 56.
3. At the same time that the PH measuring rod 55 lowers the PH measuring head 54, the first fixing rod 15 is lowered, and the first fixing rod 15 lowers the third fixing rod 19 by the second fixing rod 75 to fix the third. The rod 19 raises the third fixed block 64 by the hydraulic fluid in the left hydraulic space 65 and the right hydraulic space 67, and the third fixed block 64 raises the fifth fixed rod 76 by the fourth fixed rod 18, and the fifth fixed rod 76 is raised. The fixing rod 76 raises the slider 11 by the sixth fixing rod 16, and by raising the slider 11, the washing water box 17 communicates with the washing connecting space 10 via the transport pipeline 12, where the washing water in the washing water box 17 is raised. Flows into the cleaning connection space 10 via the transport line 12 and
4. When the PH measurement head 54 finishes the PH measurement, the 90-degree gear 45 just turns the second circumference to rotate the transmission gear 39 further 90 degrees, and thus rotates the upper rotation space 48 backward. Also, the fixed tilt block 28 is separated from the right side of the left thrust block 49, the left thrust block 49 is returned to the initial position to the right by the first spring 53, and the first fixed block 74 is subsequently returned by the second spring 73. It rises and raises the PH measuring head 54 via the PH measuring rod 55, and when the PH measuring rod 55 rises, the slider 11 descends to block the communication portion between the transport pipeline 12 and the cleaning connection space 10 and also. The cleaning water in the cleaning connection space 10 is pressed and tried to be pushed into the cleaning pipeline 59, the closing block 63 receives the pressure and is rotated upward by the torsion spring 61, and the high-pressure water in the cleaning pipeline 59 is next. It is ejected from the nozzle 58 to the PH measuring rod 55 and the PH measuring head 54 to perform cleaning, and the waste water of the cleaning waste flows into the waste water box 47 through the slope of the rotating block 29.
5. When the 90-degree gear 45 makes the third round, the transmission gear 39 interlocks and further rotates 90 degrees, and thus the fixed inclined block 28 moves to the left of the cut-off block 26 to block the cut-off block. When 26 is pushed to the right and the transmission space 27 passes through the reagent transfer tube 23, the TTC reagent box 22 and the TTC measurement space 35 are temporarily communicated with each other through the reagent transfer tube 23, and the reagents in the TTC reagent box 22 are temporarily communicated with each other. Enters the TTC measurement space 35 via the reagent transfer tube 23, then the reagent transfer tube 23 is blocked again by the blocking block 26, and the upper rotating space 48 rotates to reach above the upper fixed space 30. Next, the meat falls into the TTC measurement space 35 by the upper fixed space 30 and falls into the TTC reagent on the upper surface of the moving block 38, causing a reaction with the TTC reagent, and the enzyme contained in the rotten meat is TTC by the reduction reaction. The reagent is turned red, the TTC measuring instrument 32 transmits the reduction information to the screen 21 via the right transmission rod 20, the information is displayed by the screen 21, and when the measurement is completed, the 90 degree gear 45 moves the transmission gear 39. Rotated 90 degrees again, the fixed tilt block 28 subsequently separated from the left side of the blocking block 26, and the blocking block 26 returned to its initial position to the left by the third spring 24.
6. The transmission gear 39 rotates in conjunction with the rotation shaft 40, the rotation shaft 40 rotates the rotation block 29 and at the same time rotates the second rotation block 41, and the second rotation block 41 is a moving space. Since it moves intermittently with 37, the moving block 38 is pushed and moved to the right by the rotation of the second rotating block 41 to compress the fifth spring 34, and the moving space 37 enters and exits the TTC measurement space 35. After the TTC measurement is completed, when the fixed inclined block 28 is separated from the left side of the stretching space 25, the second rotating block 41 moves the moving block 38 to the right in conjunction with the moving block 38 to move the fifth spring 34. The TTC measurement space 35 and the waste space 36 are communicated with each other by the moving space 37, and the waste meat in the TTC measurement space 35 falls into the waste space 36 by the moving space 37, and the 90 degree gear 45 After four laps, the measurement is completed, then the motor 43 is stopped, and the present invention is restored.

According to the above method, an engineer in the field can make various modifications according to the working situation within the scope of the present invention.

Claims (5)

A screen is fixed to the upper right end of the housing including the housing, the screen can display measurement data, the housing is provided with a rotating space, and a pressure space is provided to the left of the rotating space. A repositioning space is provided in the upper part of the pressure space, a TTC reagent box is provided on the right side of the rotation space, and a transmission space is provided below the rotation space. A waste water box that opens upward is provided between the transmission space and the transmission space, a thrust space is provided below the transmission space, a TTC measurement space is provided on the right side of the transmission space, and the transmission space is provided with a TTC measurement space. A transmission unit is provided,
A hydraulic pipeline is provided above the rotating space, a position limiting groove is formed in the lower right portion of the hydraulic pipeline, a PH measuring unit is provided in the rotating space, and the TTC measurement space is provided. A TTC measurement unit is provided, a cleaning connection space is provided above the rotation space, a cleaning unit is provided in the cleaning connection space, and a cleaning water box is provided on the right side of the cleaning connection space.
A connecting block is provided on the right side of the washing water box, a left hydraulic space and a right hydraulic space are provided in the connecting block, and the left hydraulic space and the right hydraulic space are separated by a partition block. The lower end of the is not fixed to the lower wall of the left hydraulic space, so that the lower part communicates with the left hydraulic space and the right hydraulic space, and the TTC reagent box is provided on the right side of the connecting block. The TTC reagent box is provided with a TTC reagent, and a charging space is provided in front of and above the rotating space, and the charging space is open upward and has a slope at the bottom. Quality measuring device for meat. The transmission unit includes a motor fixed to the lower part of the transmission space, a transmission shaft movably connected to the motor is provided above the motor, and a 90-degree gear is fixed to the transmission shaft. A transmission gear is provided to the right of the 90-degree gear, the 90-degree gear is provided so as to intermittently mesh with the transmission gear, and the transmission gear is fixed to a rotating shaft to rotate the rotation. The drive shaft is rotatably provided between the thrust space and the rotation space, and the rotation shaft is rotatably connected to the upper and lower walls of the transmission space in the vertical direction and is connected to the upper and lower walls of the transmission gear. The rotating shaft extends into the rotating space and is fixed to the rotating block, a fixed inclined block is fixed to the right end of the rotating block, and below the rotating block. A fixed block rotatably provided on the rotating shaft is provided, the rotating block is slidably provided on the fixed block, and an upper rotating space is provided on the left side of the rotating block. The left portion of the rotating block is a slope, the highest point of the slope of the rotating block is the upper rotating space, and the right portion of the fixed block is provided with an upper fixed space. The quality measuring device for meat according to claim 1. The PH measuring unit includes a left thrust block slidably provided in the pressure space, the left thrust block extends to the right in the rotation space, and the right end of the left thrust block is a slope. In the pressure space, the upper left surface of the left thrust block is fixed to the connecting rod, and the connecting rod extends to the left in the repositioning space and is slidably provided in the repositioning space. In the space, the left surface of the connecting rod is fixed to the first spring, the left surface of the first spring is fixed to the left wall of the repositioning space, and the hydraulic pipeline communicates with the pressure space in the upper left portion of the pressure space. A first fixing block is slidably provided in the lower right portion of the hydraulic pipeline, and a second spring located in the position limiting groove is fixed to the upper end of the first fixing block. The upper end of the second spring is fixed to the upper wall of the position limiting groove, and hydraulic hydraulic oil is provided between the upper surface of the first fixing block and the left surface of the left thrust block. Located in the pressure space and the hydraulic pipeline, a PH measuring rod is fixed to the lower end of the first fixing block, and the PH measuring rod extends downward in the rotating space and is connected to the PH measuring head. Fixed, a left transmission rod is provided at the left end of the PH measurement rod, the PH measurement rod can transmit measurement information to the left transmission rod, and the left transmission rod is connected upward to the left part of the screen. The quality measuring device for meat according to claim 1, wherein the product is provided. The cleaning unit includes a first fixing rod fixed at the right end of the PH measuring rod, a moving space is provided below the waste water box, and the first fixing rod extends into the moving space. It is fixed to the second fixing rod, the third fixing rod is fixed to the right end of the second fixing rod, and the third fixing rod extends downward into the left hydraulic space and is fixed to the second fixing block. The second fixed block is slidably provided in the right hydraulic space, and a third fixed block is slidably provided in the left hydraulic space, and the lower surface of the third fixed block and the second fixed block Hydraulic hydraulic oil located in the connecting block is provided between the lower surface and the fourth fixing rod, and the fourth fixing rod is fixed to the upper end of the third fixing block, and the fourth fixing rod is moved upward into the moving space. It extends and is fixed to the fifth fixing rod, the sixth fixing rod is fixed to the left end of the fifth fixing rod, and the sixth fixing rod extends downward to the cleaning connection space and is fixed to the slider. The slider is slidably provided in the cleaning connection space, a transport pipeline communicating with the cleaning connection space is provided at the right end of the slider, and the transport pipeline extends to the right in the cleaning water box. A cleaning pipeline is provided on the left side of the cleaning connection space, a nozzle is fixed at the left end of the cleaning pipeline, and the front nozzle extends into the rotating space and of the PH measuring rod. It is located on the right side, a pipeline position limiting groove is formed in the upper part of the cleaning pipeline, and a torsion spring is rotatably provided in the right portion of the pipeline position limiting groove. The quality measuring device for meat according to claim 1, wherein a closed block is fixed to the lower end, and the lower end of the closed block extends to the lower wall of the washing pipeline. The TTC measurement unit includes an extension space located at the right end of the fixed inclined block and communicating with the rotation space, and a blocking block is slidably provided in the extension space, and the blocking block is moved to the left. It extends to the rotating space, a transmission space is provided in the blocking block, the right end of the blocking block and the right wall of the extending space are connected by a third spring, and the upper fixed space is It communicates with the upper opening of the TTC measuring space, a TTC measuring instrument is fixed to the right wall of the TTC measuring space, a right transmission rod is provided at the rear end of the TTC measuring instrument, and the TTC measuring instrument is provided. The measurement information can be transmitted to the right transmission rod, the right transmission rod is connected upward to the left portion of the screen, the TTC measurement space is opened downward and a waste space is provided below, and the waste space is provided. Is open upward, a second extension space is provided between the waste space and the TTC measurement space, and a moving block is slidably provided in the second extension space. The waste space and the TTC measurement space are separated by the moving block, a second moving space is provided on the left side of the moving block, and the right end of the moving block and the right wall of the second extending space are the first. Connected by five springs, the moving block extends to the left in the thrust space, the thrust space is provided with the rotation shaft, and in the thrust space, the rotation shaft is secondly rotated. The block is fixed, the second rotating block is located on the left side of the moving block, a reagent transfer tube is provided on the right side of the TTC measurement space, and the reagent transfer tube is above by the blocking block. The quality measuring device for meat according to claim 1, wherein the reagent transport tube extends upward to the TTC reagent box.

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