132results about "Cephalopods processing" patented technology

The present invention uses a substrate for an optical element comprising a light scattering unit that scatters visible light, and a light transmissive opening that transmits the visible light in a light transparent substrate transmitting the visible light, as a light extraction substrate of the organic electroluminescence element. With this, a substrate for an optical element, an organic electroluminescence element, and an organic electroluminescence display device are provided that improves the light extraction efficiency to outside of the substrate and also improves the light extraction efficiency by obtaining a high luminance organic electroluminescence element.

In a Wireless Local Area Network (WLAN) and a method of transmitting a frame in the WLAN, mode information and an available data transfer rate of each wireless terminal located within a coverage of an Access Point (AP) are collected. A determination is made as to whether or not the AP transmits a Clear To Send (CTS) frame depending upon an existence of wireless terminals corresponding to the collected mode information before the AP transmits a data frame to at least one wireless terminal. A data transfer rate of the CTS frame is adjusted based on the collected available data transfer rate of each of the wireless terminals to transmit the CTS frame at the adjusted data transfer rate. Therefore, both the stability and the bandwidth effectiveness may be enhanced.

The invention relates to a method for liquid nitrogen ultra-low temperature freezing crushing of sleeve-fish meat. The method comprises the following steps of cleanly cleaning fresh sleeve-fish through ice water; removing the skin after heads, feet, internal organs and fins are removed; soaking the sleeve-fish meat into processing liquid; performing draining to obtain sleeve-fish bodies; performing liquid nitrogen ultra-low temperature freezing on the sleeve-fish bodies; crushing the sleeve-fish bodies in a low-temperature crushing machine in the frozen state; performing collection, packaging, freezing and storage on the sleeve-fish meat. The method has the advantages that process of an adopted liquid nitrogen ultra-low temperature freezing crushing technology is very simple; the sleeve-fish bodies subjected to the skin removal are frozen and are directly crushed in the frozen state; through the low-temperature and deoxygenization effects of liquid nitrogen, the color, smell and taste of the materials, structures of effective nutritional ingredients and the like can be maintained to the maximum degree; the moisture loss can be effectively prevented.

The invention discloses an initial marine processing method for ship-fished squid and special equipment thereof. The processing method comprises the following steps: 1) conveying hand-fished and machine-fished squid to a seawater cooling tank in a cabin through a conveying belt and refrigerating the squid in the cooling tank, wherein seawater temperature in the cooling tank is lower than 10 DEG C; 2) classifying the squid in the seawater cooling tank depending on size, so as to facilitate mechanical cutting in subsequent process; 3) completely cutting heads, fins and internal organs of the squid through shipboard squid initial processing equipment, and separating different cut parts from different outlets respectively; and 4) cleaning, dishing up and quick-freezing: flushing away internal organs on squid carcasses, heads and fins after cutting, rapidly dishing up and quick-freezing. The method disclosed by the invention realizes initial marine processing of ship-fished squid, improves qualities of aquatic products, relieves storage pressure and backhaul cost of a squid fishing ship, and improves a mechanization degree of squid processing.

The present invention uses a substrate for an optical element comprising a light scattering unit

In a Wireless Local Area Network (WLAN) and a method of transmitting a frame in the WLAN, mode information and an available data transfer rate of each wireless terminal located within a coverage of an Access Point (AP) are collected. A determination is made as to whether or not the AP transmits a Clear To Send (CTS) frame depending upon an existence of wireless terminals corresponding to the collected mode information before the AP transmits a data frame to at least one wireless terminal. A data transfer rate of the CTS frame is adjusted based on the collected available data transfer rate of each of the wireless terminals to transmit the CTS frame at the adjusted data transfer rate. Therefore, both the stability and the bandwidth effectiveness may be enhanced.

The invention relates to automatic processing equipment for squids and particularly relates to automatic processing equipment for squids, which is capable of driving a linkage gear chain arranged at the lower part of a machine body so as to form a horizontal conveying movement. A squid conveying part connected with the linkage gear chain is capable of loading and conveying squids. A trunk cutting part is capable of cutting and expanding squids conveyed by the squid conveying part, so that squids can be conveyed in a cut state.

The invention discloses a sleeve-fish sucker-removing device, for achieving a purpose of quickly and thoroughly removing the suckers from the sleeve-fish tentacles. The device comprises a tank, wherein a base plate and a side wall are arranged on the tank; the tank is equipped with a stirring device which is used for circumferentially rotating and up and down overturning the materials; a main scraper blade is arranged in the tank; the main scraper blade is arranged in an inclined form; the lower end of the main scraper blade is toward a flowing direction of to-be-processed sleeve-fish; a plurality of sieve pores are densely distributed on the main scraper blade; the diameters of the sieve pores are more than the diameters of the suckers of the to-be-processed sleeve-fish; a gap is formed between the main scraper blade and the base plate; a flowing channel of the to-be-processed sleeve-fish is formed by the gap. The to-be-processed sleeve-fish and water are contained in the tank of the sleeve-fish sucker-removing device, are circumferentially rotated and up and down overturned under the effect of the stirring device and are collided and rubbed with the main scraper blade, so that the suckers on the sleeve-fish tentacles can be embedded into the sieve pores and can be removed under the effect of the sieve pores. The sleeve-fish sucker-removing device is in a pure mechanical mode, is hygienic and efficient, is capable of extremely maintaining the complete sleeve-fish cuticle and is capable of reducing waste.

The invention discloses an efficient and energy-saving sea cucumber cleaner. The sea cucumber cleaner comprises delivery type cleaning rollers, a motor and bottom wheels, wherein a water tank is arranged at upper parts of support legs, and support bars are arranged on the right sides of the support legs; a water pump control panel is arranged on the front surface of the water tank, a water pump is arranged inside the water tank, the motor is mounted under the delivery type cleaning rollers, and a water pipe is arranged on the left side of the motor; the delivery type cleaning rollers, the motor and the water pump control panel are all electrically connected with a motor control panel. Compared with the prior art, the efficient and energy-saving sea cucumber cleaner has the benefits that the structure is simple, scientific and reasonable, and the operation is safe and convenient; the bottom wheels can be conveniently moved so that sea cucumber can be efficiently and quite cleanly cleaned up, down, left and right; moreover, water after cleaning flows into the water tank and can be recycled by the water pump, hence, water can be saved, and water resources are conserved.

The invention discloses a squid ring processing device. The squid ring processing device comprises a rack, a feeding mechanism and a cutting mechanism. The feeding mechanism is composed of a conveying belt and a roller. Multiple concave groove seams are formed in the circumference of the outer surface of the roller, wherein the concave groove seams are matched with tool points of disc blades of a combined tool. The cutting mechanism is composed of a motor and the combined tool. The squid ring processing device has the beneficial effects that the device is driven to work through electric power, so that products obtained after cutting achieve the effects of rapidness, uniformity and consistency; cutting is conducted at the same time through the multiple blades, and processing production efficiency of a squid ring cutting machine is greatly improved; the distance between every two blades can be adjusted, and squid rings of different thicknesses can be cut as needed; and fully-automatic operation is achieved, product sanitation is guaranteed, and the squid ring processing device is safer to use.

The invention discloses an automatic squid cleaning device, and belongs to the field of fish cleaning. The automatic squid cleaning device comprises a first cleaning tank, wherein a feeding conveyor belt is connected to the upper end of the first cleaning tank, a motor is connected to the lower end of the first cleaning tank, one end of the feeding conveyor belt is connected with a feeding plate,a roller coaxial to the first cleaning tank is arranged below the feeding plate, a filter is arranged below the roller, a sewage outlet is formed in the lateral side of the first cleaning tank, a discharge port is formed in the other side of the first cleaning tank, the discharge port is connected with a second cleaning tank through a discharge conveyor belt, one end of the second cleaning tank isconnected with a drying chamber, a heating plate is arranged in the drying chamber, squids can be cleaned for two times by he first cleaning tank and the second cleaning tank, so that the squids arecleaned more thoroughly, the sewage outlet is formed, so that residual sewage can be removed timely to keep the inside of the cleaning tanks clean and hygienic, and the drying chamber is arranged, spthat the cleaned squids can be timely dried. The operating equipment has the advantages of simple operation, integrated cleaning and drying function, energy saving and environmental protection and lowcost.

The invention discloses a slitting device for squid processing, and belongs to the technical field of squid processing. The slitting device comprises a bottom plate and supporting legs, four sets of supporting legs are arranged; the four sets of supporting feet are fixedly connected to the bottom of the bottom plate in an array mode. A bearing belt assembly is mounted at the top of the bottom plate; a cutting table is fixedly connected to the top of the bottom plate and located on the right side of the bearing belt assembly, a cutting groove is formed in the top of the cutting table, two setsof front-back symmetrical side plates and positioning plates are fixedly connected to the top of the bottom plate, two sets of left-right symmetrical belt shafts are rotationally connected between thetwo sets of side plates through bearings, and a conveying belt is connected between the two sets of belt shafts. The slitting device is comprehensive in structure and easy to operate, the interior ofthe device is linked through cooperation of multiple sets of belts, the cutter and the conveying belt are matched to slit squids, and the cutting efficiency and the cutting precision are improved; the anti-skid strips are arranged on the conveying belt, the cutting grooves are matched with the cutters, the diameters of the two gears are different, conveying precision is improved, and wide application is facilitated.

The invention relates to the field of seafood processing, and particularly relates to an automatic pattern cutting device for a sleeve-fish and a cutting method thereof. The device comprises a machinetable, a stepping conveying mechanism, a shedding mechanism, a bearing positioning mechanism and a pattern cutting mechanism, wherein the stepping conveying mechanism is erected on the top part of the machine table; the shedding mechanism is arranged at the upper part of the stepping conveying mechanism and is close to the downstream end of the stepping conveying mechanism; a shifting mechanism is arranged at the downstream end of the stepping conveying mechanism; the bearing positioning mechanism is rotatably arranged between the stepping conveying mechanism and the shifting mechanism through a servo motor; an assistant electric cylinder is arranged at the lower part of the servo motor and is used for driving the servo motor to be close to or far away from the stepping conveying mechanism; the output direction of the assistant electric cylinder is at an obtuse angle of 145 degrees relative to the conveying direction of the stepping conveying mechanism; and the pattern cutting mechanism is erected at the upper part of the side of the bearing positioning mechanism. The device is capable of automatically cutting patterns on the sleeve-fish; and the working efficiency is extremely improved, and the use cost of workers is decreased.

The invention discloses a self-adaptive squid pattern cutting device. A belt self-adaptive adjusting mechanism is arranged in a belt running gap formed by a conveying belt; tension springs are distributed at the upper end of a adaptive base at intervals; adaptive shaft penetrates through the side portions of multiple parallel adaptive keys; the adaptive keys penetrate through gaps of multiple parallel tensioning wheels; tensioning shafts penetrate through the adaptive keys and tensioning wheels; the tail ends of the adaptive keys are located below a pressing shaft, and the pressing shaft applies pressure to the tail ends of the adaptive keys so that the tension springs can be tensioned; the inner edges of a plurality of annular outer cutter rings are arranged in annular grooves of a firstgrooved shaft and a second grooved shaft; annular inner cutters, the first grooved shaft and the second grooved shaft are distributed in the annular outer cutter rings in a triangular shape; the conveying belt penetrates through a gap between the belt self-adaptive adjusting mechanism and a pattern cutting cutter assembly; and materials located on the conveying belt are pressed on the belt self-adaptive adjusting mechanism through the pattern cutting cutter assembly. Flatness adaptation is conducted on the pattern cutting surface of squid, and consistency of the pattern cutting depth of the squid is guaranteed.

An ink jet head substrate, an ink jet head and method of manufacturing the ink jet head substrate. The ink jet head substrate includes a supporting structure and at least one heat-generating resistor disposed on the supporting structure to generate a thermal energy to eject ink and made of metal carbon nitride. The metal carbon nitride is represented as a chemical formula of MxCyNz where M is metal, X is within about 20 through 80, Y is within about 3 through 25, and Z is within about 10 through 60, when X+Y+Z=100. Further, the heat-generating resistor has a resistivity of 300˜2000 μΩ·Cm.

The invention relates to a fish body slicing processing and intelligent sorting integrated device and method. The device comprises a fish body longitudinal chain wheel conveying mechanism, a fish bodytransverse chain wheel conveying mechanism, cutter rows, a propelling mechanism, a single-side leveling mechanism, a 3D scanning system and a fish body leftover material selecting and sorting mechanism. The fish body longitudinal chain wheel conveying mechanism and the fish body transverse chain wheel conveying mechanism are each provided with the cutter row, and the 3D scanning system is locatedon the fish body transverse chain wheel conveying mechanism and used for scanning cut fish bodies. And the fish body leftover material selecting and sorting mechanism is used for sorting the cut fishbodies and distinguishing qualified fish bodies and fish body leftover materials. By means of the fish body slicing processing and intelligent sorting integrated device, automatic cutting of fish body shaping can be achieved, the function of automatically sorting cut fish body products is achieved, the problems that existing manual cutting is not high in efficiency and low in cost rate, and the cut fish body products are difficult to sort are solved, and automatic and intelligent processing and production of fish bodies are achieved.

The invention relates to a fish body slicing processing and sorting integrated device and method. The device comprises a fish body longitudinal chain wheel conveying mechanism, a fish body transversechain wheel conveying mechanism, cutter rows, a propelling mechanism, a single-side leveling mechanism, a 3D scanning system and a fish body leftover material selecting and sorting mechanism. The fishbody longitudinal chain wheel conveying mechanism and the fish body transverse chain wheel conveying mechanism are each provided with the cutter row, and the 3D scanning system is located on the fishbody transverse chain wheel conveying mechanism and used for scanning cut fish bodies. And the fish body leftover material selecting and sorting mechanism is used for sorting the cut fish bodies anddistinguishing qualified fish bodies and fish body leftover materials. By means of the fish body slicing processing and sorting integrated device, automatic cutting of fish body shaping can be achieved, the function of automatically sorting cut fish body products is achieved, the problems that existing manual cutting is not high in efficiency and low in cost rate, and the cut fish body products are difficult to sort are solved, and automatic and intelligent processing and production of fish bodies are achieved.

The invention provides an apparatus capable of automatically removing the outer epidermis of a squid slice, belonging to the field of food automation. The apparatus is composed of a conveyor belt, a sensor, a power-driven press roller and an epidermis-removing assembly, wherein the sensor is arranged on the conveyor belt, the power-driven press roller is arranged above the central part of the conveyor belt, and the epidermis-removing assembly is arranged below the central part of the conveyor belt. During operation of the apparatus, the squid slice is put on the conveyor belt with the outer epidermis downwardly laid. The apparatus provided by the invention is capable of automatically removing the outer epidermis; a scraper assembly is ingenious in structure and simulates the procedure of peeling off the outer epidermis of a squid in manual epidermis removal; the scraper assembly is fast in epidermis removal speed and good in epidermis removal effect and maximally reduces damage to and waste of squid meat; and after completion of epidermis removal, a rolling brush is employed for automatic cleaning of the scraper assembly, so automatic and continuous operation of the apparatus is guaranteed, production efficiency is improved, labor force is liberated, and labor cost is reduced.

The invention discloses a squid sorting device. The squid sorting device comprises a mincing device, wherein a mincing tank which consists of moving plates and a fixed horizontal plate is arranged inthe mincing device; the upper end of the fixed horizontal plate is connected with the upper end of the inner side of the mincing device; the upper end of each moving plate is connected with the upperend of the inner side of the mincing device through a corresponding sliding wheel; sliding grooves are formed in the upper end of the inner side of the mincing device; each sliding wheel can slide inthe corresponding sliding groove back and forth; a stirring rod is arranged at the middle end of the inner part of the mincing tank; mincing teeth are uniformly distributed on the stirring rod; fixedteeth are arranged on the inner side of each moving plate; and the fixed teeth and the mincing teeth are arrayed in a staggered manner. According to the squid sorting device disclosed by the invention, the mincing teeth are uniformly distributed on the stirring rod, and the fixed teeth are arranged on the inner side of each moving plate, so that when the sliding wheels move, the moving plates canbe driven to move to the stirring rod; the fixed teeth and the mincing teeth are arrayed in a staggered manner, so that squids in the tank body are repeatedly sheared; the squid sorting device disclosed by the invention is simple in structure and convenient to operate, has the functions of automatic shearing, automatic sorting and automatic transporting, and is suitable for large-scale popularization.

A head and tentacle separating device for squid processing comprises an air cylinder, positioning guide columns, a quintile cutter module, support stand columns, positioning tray modules, bent plate chains, chain wheels, a synchronous belt wheel, a synchronous belt, a stepping motor, support bearings, a discharging tray, a rack, sensors, a guide column fixing plate and an air cylinder fixing plate. According to the head and tentacle separating device, squids are carried on the positioning tray modules, and the squid head and tentacle separating process is achieved in the mode that the air cylinder drives the quintile cutter module to generate the downwards impact force; due to the fact that cutting edges at the bottoms of blades have the inclination angles of 60-80 degrees and the sides of the blades are provided with sawteeth, the flesh adhering problem in the soft tissue cutting process can be well solved; in addition, the squid head cutting device is high in automation degree and has the advantages of being simple in structure, convenient to operate, clean and sanitary, therefore, the production efficiency of enterprises can be well improved, and the labor cost is reduced.

The invention discloses a semi-automatic squid de-epidermis device. The device comprises a frame, a motor, a waste bucket, a cutter, a scraper, a fixing plate, a turntable, a discharging hopper, a cylinder, a PLC and a top seat; the turntable is mounted on the frame through a round shaft, and the motor drives the turntable to rotate around the round shaft, the upper surface is uniformly distributed with four feeding tanks, a vacuum suction system is arranged inside the fixing plate, the fixing plate is mounted above the turntable, and the waste bucket, the top seat and the discharging hopper are mounted below the turntable. The fixing plate is divided into 4 equal parts, and the upper end face of the front three parts is respectively provided with an incision, and the fixing plate is provided with the cutter and the scraper. The top seat is connected to the cylinder. The PLC controls the motor, the vacuum suction system and the cylinder. With the above structure, the squid epidermis isplaced upward into the feeding tanks of the turntable and is sucked by vacuum, the motor drives the turntable to rotate 90 degrees each time, the cutter cuts the epidermis into a plurality of rows, and the scraper scrapes off the epidermis into the waste bucket, and the top seat jacks the squids into the discharging hopper. The device has high de-epidermis efficiency, less damage to the squid surface and good production continuity.

The invention discloses a multistage washing device of squids, and belongs to the field of washing of fish. The multistage washing device comprises a washing tank, wherein one side of the upper end ofthe washing tank is connected with a conveyer belt; a motor is arranged at the upper end of the washing tank; the output end of the motor is connected with a stirring shaft; the stirring shaft is located in the washing tank; a sliding plate is arranged at the upper right part of the inner side of the washing tank; an outlet is formed in the lower part of the sliding plate; a filter screen box isarranged at the lower end of a blowing machine, and is connected with one end of an oblique plate arranged in the washing tank, and the other end of the oblique plate is located between the stirring shaft and a rotating frame; the oblique plate is hollow; and a filter screen in the filter screen box penetrates through the oblique plate. According to the multistage washing device disclosed by the invention, the stirring shaft is arranged, so that the squids stacked between the oblique plate and the filter screen can be stirred, and washing is accelerated; and the multistage washing device is easy to operate, high in washing efficiency, thorough in washing, and suitable for large-scale popularization.

The invention discloses a processing technique for an octopus and a material mixing device for the technique, and aims at overcoming the deficiency that the taste of an octopus fillet product is single. The processing technique comprises the following steps of slitting the head and neck removed octopus, rubbing with salt, cleaning, blanching, then cooling, controlling water, afterwards, carrying out individual quick freezing, and then slicing to form irregular small octopus fillets; seasoning capelin roes, finishing dehydrating, then uniformly mixing with the octopus fillets, seasoning, then sub-packaging, transferring into an individual quick freezing machine to carry out quick-freezing molding, then encapsulating, finally carrying out metal detection, boxing a qualified product, refrigerating and transporting. An octopus fillet product processed through such a technique not only has the taste of the octopus, but also has the taste of the capelin roes, is abundant in taste and fresh and tasty in flavor.

The invention relates to a method for detaching ring teeth of a Peruvian squid sucker. The method includes the following steps that 1, pretreatment is performed, wherein frozen squid whiskers are thawed, cleaned and drained for standby application; 2, pre-separation is performed, wherein the pretreated squid whiskers are placed on a heating plate, then an extrusion plate is placed on the squid whiskers, heating is conducted for 2-4 s at 60-80 DEG C, and simultaneously the extrusion plate extrudes the squid whiskers in the heating process; 3, rapid cooling is performed, wherein the pre-separated squid whiskers are put in a fluidized ice solution for cooling; 4, rolling and teeth detaching are performed, wherein the cooled squid whiskers are taken out from water for roll extrusion, so that the ring teeth are separated from the squid whiskers. Compared with a traditional manual tooth detaching mode, the tooth detaching rate is greatly improved (the tooth detaching rate can be up to about95%), the teeth are detached only by a physical way, the tooth detaching cost is low, the method is environmentally friendly and free from pollution, and the quality of squid whisker products can be effectively ensured after tooth detaching.

The invention relates to the field of aquatic product processing equipment, in particular to flower-shaped squid processing equipment. The flower-shaped squid processing equipment comprises a washingmechanism, a conveyer belt, a cutting device and a scalding mechanism, wherein the washing mechanism is arranged at the starting end of the conveyer belt; the cutting device is arranged on the conveyer belt; the scalding mechanism is arranged at the tail end of the conveyer belt; the cutting device comprises a cutting roller, a cutting knife, a second motor and an air cylinder; the cutting rollerand the cutting knife are sequentially arranged in the transporting direction of the conveyer belt; a first motor is used for driving the cutting roller to rotate; and first blades and second blades are arranged on the surface of the cutting roller. According to the flower-shaped squid processing equipment disclosed by the invention, a net-shaped washing cylinder is arranged in a water tank, and dirt generated after squids are washed flows out from meshes in the net-shaped washing cylinder to the water tank; running water in the water tank takes the dirt away, so that the squids are thoroughlywashed; and the first blades and the second blades in the cutting roller are arranged in a mutual perpendicular manner, so that crossed grids of which the sizes are uniform are formed in the surfacesof the squids, and the cutting efficiency is high.

The invention relates to an eel deboning and processing method. The eel deboning and processing method comprises the following steps of feeding eels: feeding each single eel in the length direction; reversing the eels, so as to enable the eels to be guided in an eel drawing device in a manner that the heads of the eels face forwards; fixing the heads of the eels and moving the eels in the length direction of a restricting pipe: fixing the heads of the eels with the drawing device, so as to enable the eels move along the restricting pipe in an erect condition; ripping abdomens of the eels in the length direction; removing internal organs from the eels; and removing eel chines. Through the adoption of the eel deboning and processing method disclosed by the invention, the removing efficiencyof the eel chines can be improved, so that the eel deboning and processing method is adapted to large-scale industrial production.

The invention discloses a device for removing suckers in processing of squids. The device comprises a first rectangular block, a second rectangular block, cutting grooves, a cutting knife group and asquid placing cylinder, wherein the second rectangular block is rotatably connected with the first rectangular block; the cutting grooves are formed in the first rectangular block; the cutting knife group is located on the cutting grooves and is connected with the cutting grooves; the squid placing cylinder is located at openings on two ends of the second rectangular block; the cutting grooves andthe squid placing cylinder are oppositely arranged; and the cutting knife group is electrically connected with a power source. The device disclosed by the invention has the characteristics of being simple and quick, and capable of effectively removing suckers of the squids.

The present invention discloses an automated squid processing device. The automated squid processing device comprises a mincing device; a fan is connected to the lower end of the mincing device; the fan is arranged at an upper end of a drying device; a control panel is arranged at the side of the drying device; fixing feet are arranged at the lower end of the drying device; a wire mesh is arrangedat a connecting place of the fan and the bottom part of the mincing device; a motor is arranged at an upper side inside the fan; and double rotating blades are arranged on an output shaft of the motor. The fan is arranged to enable external airflow to be introduced; at the same time, suction is produced for squids stuck in the wire mesh to accelerate falling speed of the squids; and at the same time, the double rotating blades conduct crushing of the falling squids again. The device is simple in structure, convenient for operation and suitable for large-scale promotion.