阅读说明：本技术 一种水产品的成型切割方法 (Shaping and cutting method for aquatic products ) 是由 汤朱雄 于 2020-05-20 设计创作，主要内容包括：本发明涉及水产品加工技术领域,具体是指一种水产品的成型切割方法,包括如下步骤,首先,选择可调节的夹持固定器将待加工水产品夹持固定于支撑板面上；再次,在支撑板面上设置激光笔以方便得到切割尺寸线；最后在切割轮后设置成型产品传输齿带,以实现对切割成型的水产品拉动输出。本发明方法实现了上下平整、左右均匀、前后竖直的成型加工,所述传输齿带只对切割后的露出支撑板面的被加工水产品产生齿挂拉动切割传输的作用,促使待加工水产品紧贴后支撑板面前进而不影响对其它面待加工水产品的切割,使得加工出来的待加工水产品更加成型且待加工水产品切割规则,实现了待加工水产品的造型加工,提高了工作效率。(The invention relates to the technical field of aquatic product processing, in particular to a shaping and cutting method of aquatic products, which comprises the following steps of firstly, selecting an adjustable clamping and fixing device to clamp and fix the aquatic products to be processed on a supporting plate surface; thirdly, arranging a laser pen on the surface of the supporting plate to obtain a cutting dimension line conveniently; and finally, a formed product conveying toothed belt is arranged behind the cutting wheel so as to realize the pulling output of the cut and formed aquatic products. The method realizes the forming processing which is flat up and down, uniform left and right and vertical back and forth, the transmission toothed belt only has the function of tooth hanging, cutting and transmission on the cut processed aquatic products exposed out of the supporting plate surface, the aquatic products to be processed are enabled to move forward along the supporting plate surface after being attached to the supporting plate surface without influencing the cutting of the aquatic products to be processed on other surfaces, the processed aquatic products to be processed are formed more, the aquatic products to be processed are cut regularly, the shape processing of the aquatic products to be processed is realized, and the working efficiency is improved.)

1. A shaping and cutting method of aquatic products is characterized in that firstly, an adjustable clamping fixer is selected to clamp and fix aquatic products to be processed on a supporting plate surface; thirdly, arranging a laser pen on the surface of the supporting plate to obtain a cutting dimension line conveniently; and finally, a formed product conveying toothed belt is arranged behind the cutting wheel so as to realize the pulling output of the cut and formed aquatic products.

2. The shaping and cutting method of aquatic products according to claim 1, further comprising the steps of:

(1) fixing the aquatic product to be processed on the front support plate surface, emitting a cutting dimension line by using a laser pen on a common horizontal plane at the front end of the support plate surface through the cutting plane of the aquatic product to be processed, and horizontally adjusting the position of the front support plate surface to reach the range of rotary cutting of the cutting wheel;

(2) pushing the supporting plate surface in the step (1) to enable the aquatic product to be processed to move forwards, cutting off irregular parts outside a cutting line of the aquatic product to be processed by a rotating wheel cutting knife arranged at the rear end of the supporting plate surface, and continuously pushing the supporting plate surface to enable the aquatic product to be processed to smoothly enter a transmission toothed belt to move towards the direction of the transmission toothed belt behind the supporting plate surface;

(3) taking out the processed aquatic product which is cut in the step (2) and output through the transmission toothed belt, adjusting the other cut surface of the aquatic product to be processed, clamping and fixing the aquatic product to be processed on the front supporting plate surface, and cutting off irregular parts outside the cutting line on the other surface of the aquatic product to be processed through the step (2) of the upper cutting wheel, so that the cut aquatic product to be processed is shaped after the irregular parts are cut off, enters the transmission toothed belt and is output;

(4) and (4) the conveying toothed belt tightly clings the aquatic products to be processed in the step (3) to the supporting plate surface and pulls the aquatic products to be processed backwards, irregular parts on different surfaces of the aquatic products to be processed, namely the aquatic products to be processed are cut and formed by utilizing a cutting wheel in the middle of the cutting machine, and the aquatic products to be processed are taken out from the conveying toothed belt and stored to finish cutting.

3. The aquatic product forming and cutting method according to claim 1, wherein the aquatic product to be processed is formed by freezing, and the transmission toothed belt only has a tooth hanging, cutting and transmission effect on the cut aquatic product to be processed exposed out of the supporting plate surface, so that the aquatic product to be processed is enabled to move forward close to the supporting plate surface without affecting cutting of other aquatic products to be processed.

4. The aquatic product forming and cutting method according to claim 1, wherein the clamping fixer is arranged at the front end of the supporting plate surface, the aquatic product to be processed is fixed only when the supporting plate surface is pushed forwards, and the fixing effect is not generated when the conveying toothed belt is pulled forwards.

5. A shaping and cutting method for aquatic products according to claim 4, wherein the holding fixture is a pin which is parallel to the surface of the supporting board in the advancing direction of the supporting board.

6. The shaping and cutting method of aquatic products according to claim 4, wherein the holding fixture is used by inserting the aquatic product to be processed into the fixture in a direction parallel to the front end of the supporting plate.

7. A shaping and cutting method for aquatic products according to claim 4, wherein the laser pen is fixed on the surface of the supporting plate by a suction cup provided with a scale.

8. A method of performing contour cutting of an aquatic product according to any of claims 1 to 7, wherein the method of the present invention is performed using an aquatic product cutting machine.

Technical Field

The invention relates to the technical field of aquatic product processing, in particular to a shape cutting method for aquatic products.

Background

The existing aquatic product cutting machine can only carry out extrusion cutting on aquatic products to be processed, but is difficult to cut for some aquatic products to be processed with the problems of uneven up and down, uneven left and right, uneven front and back and the like. When the existing aquatic product cutting machine is used for processing aquatic products to be processed, only single-part cutting of some aquatic products can be processed, and the purpose of cutting off can be realized. In the processing of aquatic products to be processed with complex modeling problems of uneven upper and lower parts, uneven left and right parts, uneven front and back parts and the like, the processed aquatic products to be processed are not cut directly, so that the processed aquatic products to be processed are not formed enough.

Therefore, the shaping processing of aquatic products waiting for processing can be improved, wherein the aquatic products are uneven up and down, uneven left and right, and uneven front and back.

Disclosure of Invention

In order to solve any problem in the above technology, the technical scheme provided by the invention is as follows: a shaping and cutting method of aquatic products comprises the steps of firstly, selecting an adjustable clamping fixer to clamp and fix aquatic products to be processed on a supporting plate surface, then arranging a laser pen on the supporting plate surface to conveniently obtain a cutting dimension line, and finally arranging a shaping product conveying toothed belt behind a cutting wheel to realize pulling and outputting of the aquatic products shaped by cutting.

Further, the method also comprises the following steps:

(1) fixing the aquatic product to be processed on the front support plate surface, emitting a cutting dimension line by using a laser pen on a common horizontal plane at the front end of the support plate surface through the cutting plane of the aquatic product to be processed, and horizontally adjusting the position of the front support plate surface to reach the range of rotary cutting of the cutting wheel;

(2) pushing the supporting plate surface in the step (1) to enable the aquatic product to be processed to move forwards, cutting off irregular parts outside a cutting line of the aquatic product to be processed by a rotating wheel cutting knife arranged at the rear end of the supporting plate surface, and continuously pushing the supporting plate surface to enable the aquatic product to be processed to smoothly enter a transmission toothed belt to move towards the direction of the transmission toothed belt behind the supporting plate surface;

(3) taking out the processed aquatic product which is cut in the step (2) and output through the transmission toothed belt, adjusting the other cut surface of the aquatic product to be processed, clamping and fixing the aquatic product to be processed on the front supporting plate surface, and cutting off irregular parts outside the cutting line on the other surface of the aquatic product to be processed through the step (2) of the upper cutting wheel, so that the cut aquatic product to be processed is shaped after the irregular parts are cut off, enters the transmission toothed belt and is output;

(4) and (4) the conveying toothed belt tightly clings the aquatic products to be processed in the step (3) to the supporting plate surface and pulls the aquatic products to be processed backwards, irregular parts on different surfaces of the aquatic products to be processed, namely the aquatic products to be processed are cut and formed by utilizing a cutting wheel in the middle of the cutting machine, and the aquatic products to be processed are taken out from the conveying toothed belt and stored to finish cutting.

Furthermore, the aquatic products to be processed are frozen and molded, and the transmission toothed belt only plays a role in tooth hanging, cutting and transmission on the cut aquatic products to be processed which are exposed out of the supporting plate surface, so that the aquatic products to be processed can be enabled to closely adhere to the supporting plate surface and move forward without influencing the cutting of the aquatic products to be processed on other surfaces.

Further, the clamping fixer is arranged at the front end of the supporting plate surface, the aquatic product to be processed is fixed only when the supporting plate surface is pushed forwards, and the fixing effect is not generated when the toothed belt is pulled forwards through transmission.

Furthermore, the clamping fixer is a contact pin which is parallel to the advancing direction of the supporting plate surface and is arranged on the supporting plate surface.

Furthermore, the use method of the clamping fixer comprises the step of inserting the processed aquatic product into the fixer in a direction parallel to the front end of the support plate facing the support plate.

Furthermore, the laser pen can be fixed on the supporting plate surface through a sucker provided with a scale.

Further, the method of the present invention may be implemented using a marine cutter.

After the processing method is adopted, the invention has the following advantages: the irregular part of the aquatic products to be processed is processed by the rotating wheel cutting knife which is used for feeding the aquatic products to be processed into the front of the supporting plate, the cut aquatic products to be processed are circularly fed into the cutting wheel of the aquatic product cutting machine for cutting, so that the aquatic products to be processed are flat from top to bottom, uniform from left to right and vertical from front to back, and the transmission toothed belt only has the effect of tooth hanging, pulling, cutting and transmitting on the aquatic products to be processed which are exposed out of the supporting plate after cutting, so that the aquatic products to be processed are enabled to be attached to the supporting plate and move forward without influencing the cutting of the aquatic products to be processed on other surfaces, the processed aquatic products to be processed are shaped and are cut regularly, the shape processing of the.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The present invention is described in further detail below.

A shaping and cutting method of aquatic products comprises the following steps:

a shaping and cutting method of aquatic products comprises the steps of firstly, selecting an adjustable clamping fixer to clamp and fix aquatic products to be processed on a supporting plate surface, then arranging a laser pen on the supporting plate surface to conveniently obtain a cutting dimension line, and finally arranging a shaping product conveying toothed belt behind a cutting wheel to realize pulling and outputting of the aquatic products shaped by cutting.

Further, the following preferred frozen fish aquaculture processing and selection may use the existing aquaculture cutting machine 400ST as an example to illustrate the preferred steps of: firstly fixing the frozen fish parallel to the front end of the support plate surface of the aquatic product cutting machine preferably by using an upper needle of a U-shaped clamping fixer, secondly measuring the size of the part of the frozen fish protruding out by using a laser pointer ruler fixed on the support plate surface, then adjusting the part of the fish protruding out fixed on the support plate surface to extend to a cutting wheel, moving the support plate to enable the fish to cross the distance of the protruding size of the cutting wheel, ejecting laser along the protruding part of the fish with the cutting distance by using a laser pen arranged on the support plate surface as a cutting size line, cutting off the irregular part of the fish protruding out by using the cutting wheel along the size line, and fixing and outputting in a one-way pulling mode by using a transmission toothed belt behind the cutting wheel to complete cutting;

(1) fixing the processed aquatic products to be processed on the front support plate surface, emitting a cutting dimension line by using a laser pen on a common horizontal plane at the front end of the support plate surface through the cutting plane of the processed aquatic products to be processed, and horizontally adjusting the position of the front support plate surface to reach the range of rotary cutting of the cutting wheel;

(2) pushing the supporting plate surface in the step (1) to enable the aquatic products to be processed to move forwards, cutting off irregular fish body parts outside a cutting line of the aquatic products to be processed by a rotating wheel cutting knife arranged at the rear end of the supporting plate surface, continuously pushing the supporting plate surface to enable the aquatic products to be processed to smoothly enter a transmission toothed belt, enabling teeth on the transmission toothed belt to be hooked to pull the cut fish bodies entering the toothed belt to move towards the direction of the transmission toothed belt behind the supporting plate surface and continuously cut, meanwhile, as the frozen aquatic products to be processed are firstly formed by freezing, and the transmission toothed belt only generates the effect of pulling, cutting and transmitting the cut and processed aquatic products exposed out of the supporting plate surface by teeth, the clamping fixer is arranged at the front end of the supporting plate surface, the fish bodies are fixedly inserted and connected with the supporting plate surface in parallel, and as the front end of the fixer is provided with a baffle plate, only the fish bodies can be fixed and pushed to move towards the direction of the transmission toothed belt, therefore, only when the support plate is pushed forwards, the aquatic product to be processed is fixed, and when the transmission toothed belt is pulled forwards, the fish body can be pulled out from the needle of the fixer, so that the fixing effect on the parallel forward pulling is not generated.

The transmission toothed belt is linearly and unidirectionally transmitted along the cutting line, so that the aquatic products to be processed are enabled to be attached to the back support plate surface to move forward without influencing the cutting of the aquatic products to be processed on other surfaces.

(3) Taking out the processed fish and aquatic products which are cut in the step (2) and output through the transmission toothed belt, adjusting the other cut surface of the fish and aquatic products to be processed, clamping and fixing the fish and aquatic products to be processed on the front supporting plate surface, cutting off irregular parts outside the cutting line on the other surface of the processed aquatic products through the upper cutting wheel in the step (2), and enabling the cut aquatic products to be processed to be shaped after the irregular parts are cut off to enter the transmission toothed belt for output;

(4) and (4) the conveying toothed belt tightly clings the aquatic products to be processed in the step (3) to the supporting plate surface and pulls the aquatic products to be processed backwards, irregular parts on different surfaces of the aquatic products to be processed, namely the aquatic products to be processed are cut and formed by utilizing a cutting wheel in the middle of the cutting machine, and the aquatic products to be processed are taken out from the conveying toothed belt and stored to finish cutting.

Furthermore, the laser pen can be flexibly fixed on the supporting plate surface through the sucker provided with the scale.

To sum up, through handling the anomalous part of aquatic products to be processed with the swiveling wheel cutting knife before sending into the supporting plate earlier with aquatic products to be processed, then the aquatic products to be processed after will cutting circulate and send into the cutting wheel cutting at aquatic products cutting machine middle part, it is even about having realized, the left and right sides is even, front and back vertical contour machining, the conveying cingulum only acts on the aquatic products to be processed that expose the supporting plate face on the back supporting plate face, make aquatic products to be processed at back supporting plate face parallel motion, do not influence the cutting of aquatic products to be processed on the preceding supporting plate face, make the aquatic products to be processed that processing came out shape cutting rule more, the molding of aquatic products to be processed has been realized, and.

In the present embodiment, the embodiment is only used for explaining the present technical solution, and the present technical solution is not limited in any form, and particularly, in the present embodiment, the cutting device and the pressure transmission device which are arranged at the front end of the back support plate surface can be replaced in any form within the scope of the present technical solution for forming the stress mode of the stress point of the aquatic product to be processed, and the replacement also belongs to the scope of the present technical solution.