41results about How to "Simple peeling" patented technology

The invention relates to a preparation method of roast beetroot bread pudding. The method comprises the following steps of: coating fresh beetroot with aluminum foil and slightly roasting, and peeling and crushing for later use; mixing eggs, fresh milk, salt, sugar, essence, raisin and sliced bread to obtain bread paste; smearing butter on the bottom and inner side of a roasting pan; preheating the roasting pan; adding the bread paste to cover the bottom of the roasting pan, adding a layer of roast beetroot particles on the bread paste, and adding a layer of bread paste on the roast beetroot particles; performing open roasting and turning over to roast again; and cooling to obtain the roast beetroot bread pudding product. According to the invention, by roasting the fresh beetroot, the flavor of the beetroot is enhanced, the sweet taste of the beetroot is improved, the unwelcome earthy taste is removed, and the beetroot can be peeled more easily. The roast beetroot bread pudding provided by the invention has good mouthfeel and nutritional values, and enriches the categories of the pudding product.

The invention relates to the technical field of grain processing machines and discloses a peeling device for grain processing. The peeling device for grain processing comprises a shell. A feed hopperis arranged at the top of the shell, rotating rollers are arranged at the bottom of the feed hopper, the inner walls of both sides of the shell are fixedly connected with the outer surfaces of both sides of a conveying box, a motor is arranged at one side of the shell, and the output end of the motor is fixedly connected with a rotating shaft; and one end of the rotating shaft penetrates and extends into the conveying box, a spiral blade is fixedly connected to the outer surface of the rotating shaft, a feed inlet is formed in the top of the conveying box, and separating plates fixedly connected to the inner wall of the shell are arranged at the bottom of the conveying box. According to the peeling device, materials can be peeled and fed through the rotating rollers, the motor, the rotating shaft, the spiral blade and protrusions, so that the feeding is uniform while the peeling effect is ensured, the cleaning effect can be improved, and the materials can be peeled more fully; and thespiral blade can prevent excessive materials from accumulating on the separating plates and is beneficial to improving the cleaning effect.

The invention provides a pair of multipurpose nut shell breaking pliers. The multipurpose nut shell breaking pliers are structurally composed of an upper handle, a lower handle and a cross cutter, wherein a hazelnut plier mouth and a walnut plier mouth are arranged between the front portions of the upper handle and the lower handle; a pine nut plier mouth is arranged between the hazelnut plier mouth and the walnut plier mouth; a plier mouth fixed-distance screw is arranged at the right end of the walnut plier mouth; the detachable chestnut skin cross cutter is arranged at the jaw of the walnut plier mouth. The multipurpose nut shell breaking pliers have the outstanding advantages that the structure is simple; the multiple purposes are achieved, shells of various nuts are broken, shells of Chinese chestnuts are cut, and the cut Chinese chestnuts are not exploded or broken and are prone to peeling in the curing process; the shell breaking force is controllable, and shells and pulp are prevented from being mixed due to excessive shell breaking.

The invention relates to a sweet potato used for mashed potato processing, and a cultivation method and application thereof. The method includes selecting healthy and disease-free Jishu 21 summer potato blocks for thin-line seedling and seedbed breeding for 25-35 days; selecting a hilly land in which no sweet potato is planted for many years, applying farm manure in a to-be-planted land area, and performing soil preparation and ridging; before planting, applying potash humate at ridge bottoms in a centralized manner; thinning sweet potato seedlings and covering black films for planting in late April of the Greorian calendar in each year, and breaking the films one month later; watering 40-50 days later. The Jishu 21 summer potato blocks cultivated by the method can be made into mashed sweet potatoes by cleaning, peeling, sorting, slicing, stewing, concentrating, quick-freezing and packaging. The mashed sweet potatoes are uniform in color and luster, good in taste, high in stickness and high in mashed potato yield.

The invention relates to a full-automatic peeling and discharging device for a capsule-type box and the capsule-type box used by the device. The full-automatic peeling and discharging device comprises a base, a bracket assembly, a drive assembly and a sealing package clamping device, and is characterized in that an assisting discharge assembly for bounding or vibrating the capsule-type box is arranged above the bracket assembly or on the base. The capsule-type box comprises a capsule-type shell and a sealing package, wherein the sealing edge of the capsule-type shell is provided with a small convex edge extending outwards and having a package jacking gap, the sealing package is packaged on the sealing edge of the box opening of the capsule-type shell, and the edge of the sealing package extends to cover the package jacking gap. In the use process, after the capsule-type box is mounted on the bracket assembly, the drive assembly drives the sealing package clamping device to tightly clamp the sealing package of the capsule-type box and drives the bracket assembly and the sealing package clamping device to move relatively, so that after the sealing package is torn open from the capsule-type box, powder inside the capsule-type box can completely fall off under the effect of the assisting discharge assembly, and therefore, while the purpose of removing the sealing package easily is achieved, waste of the powder in the box is also avoided.

The invention discloses a drum screen type fire peeling device for mangos. A long-paddle flame stirrer is arranged between a drum screen and combustor flame, wherein the drum screen, the long-paddle flame stirrer and a combustor form a firing and carbonizing part; the inclination angle and rotation speed of the drum screen are adjustable; a heat insulation and preservation layer which is thick enough is arranged in an external surrounding structure to form a baking chamber; a vibratory feeding hopper is arranged at the feeding end of the drum screen; the discharging end of the drum screen is connected with a brush stranding cage; a left section of the brush stranding cage is a parallel structure and comprises a coarse screen which is communicated with a buffering tank and a regeneration water sprayer through a water pump and a cyclone separator component; the regeneration water sprayer is used for spraying the left section of the brush stranding cage; a running water sprayer is arranged above the right section of the brush stranding cage and is used for spraying the right section of the brush stranding cage; the discharging end of the brush stranding cage is connected with a finished product tank. According to the drum screen type fire peeling device for mangos, the drum screen is used for conveying and stirring materials and cooperates with a powerful stirring manner to carry out fire peeling; no noxious residue is left after the mangos are washed; the drum screen type fire peeling device for mangos is capable of easily, thoroughly and uniformly peeling, conveniently adjusting the processing scale and continuously peeling.

The invention discloses a device capable of conveniently removing barks of corners of a timber, which comprises a base, a supporting frame is arranged on the base, a first barking unit is arranged onthe supporting frame, a second barking unit is arranged at one side of the first barking unit, the first barking unit comprises barking cutters, connecting blocks, bolts, a first gear, an extending rod, a channel, a retracting rod, a spring, a second gear, pneumatic cylinders, and rollers, the connecting blocks are connected to the barking cutters through the bolts, the barking cutters, the connecting blocks and the bolts arranged in a plurality of sets are connected into the shape of a ring, and each barking cutter is provided with a notch. Consequently, the device can rapidly remove bark a timber, ensure the quality of rapid barking and prevent the circumstance of uneven barking of both sides from occurring, corners can be mechanically barked, the input of manpower is reduced, moreover,the speed of work is increased, the quality of work is increased, and thereby income is increased. The device is easy to operate, highly practical and convenient to popularize for use.

The invention discloses a vibrating screen type pyrogenic process-based yacon peeling device. A long-paddle flame stirrer is arranged between the vibrating screen and the flame of a burner; the vibrating screen, the long-paddle flame stirrer and a burner form a burning carbonization part; the vibrating screen is adjustable in angle of inclination; a thermal insulating layer thick enough is arranged in an outer enclosure to form a baking chamber; a gas-collecting hood is arranged above the vibrating screen and connected to a cyclone dust collector via an exhaust fan; the cyclone dust collector is connected with the tube side of the tube type heat exchanger and then can be emptied; the shell side of the tube type heat exchanger is connected with a circulating pump, a heat exchanger in a drying room and a buffer tank to form a loop; a vibrating feeding hopper is arranged at the feeding end of the vibrating screen, and the discharge end is connected with a brush cleaning auger. According to the vibrating screen type pyrogenic process-based yacon peeling device, the vibrating screen is used for conveying and turning over materials to realize pyrogenic process-based peeling and has no any toxic residue after being cleaned, and thorough and even peeling can be achieved easily; the vibrating screen type pyrogenic process-based yacon peeling device is also convenient for adjusting the processing scale and realizing continuous peeling, and has complete dust removal and thermal recovery functions.

The invention discloses a drum sieve type chufa pyrogenic peeling device. A long oar flame stirrer is arranged between a drum sieve and a burner fire; a firing and carbonizing part is formed by the drum sieve, the long oar flame stirrer and the burner; the inclining angle and the rotary speed of the drum sieve can be adjusted; a baking chamber composed of a thermal insulation layer with enough thickness is arranged inside an outer envelope; a gas-collecting hood is arranged above the drum sieve and is connected with a cyclone dust collector through an exhaust fan; the cyclone dust collector is connected with a tube pass of a tube type heat exchanger and is evacuated; a loop is formed by the shell pass of the tube type heat exchanger, a circulating pump, a heat exchanger and a buffer tank in a drying room; a vibration feed hopper is arranged at the feed end of the drum sieve and a brush cleaning stranding cage is connected with the discharge end of the drum sieve. The materials are transported and turned by the drum sieve, peeled with pyrogenic process and washed without any toxic residue, and the peeling is complete and uniform. By adopting the drum sieve type chufa pyrogenic peeling device, the processing scale is conveniently adjusted, the continuous peeling is implemented and the perfect dedusting and heat recovery function is realized.

The invention discloses a drum sieve-type potato fire-method peeling device. According to the drum sieve-type potato fire-method peeling device, a long-blade flame stirrer is arranged between a drum sieve and the flame of a combustor; the drum sieve, the long-blade flame stirrer and a combustion mechanism form a firing carbonization part; the drum sieve is adjustable in term of inclination angle and rotation speed, and a heat insulation layer which is thick enough is arranged in an external enclosure to form a roasting chamber; a vibration charge hopper is arranged at the charge end of the drum sieve, a brush stranding cage is connected to the discharge end of the drum sieve, the brush stranding cage is of a parallel structure and provided with a coarse sieve which is communicated with a sedimentation tank, and the surface layer of the sedimentation tank is connected with a reclaimed water sprayer through a water pump and a pipeline so as to spray reclaimed water to the left-section brush stranding cage; the right section of the brush stranding cage is a lifting structure, and a running water spray which is used for spraying running water to the right-section brush stranding cage is arranged above the right section of the brush stranding cage. According to the drum sieve-type potato fire-method peeling device disclosed by the invention, the manner of conveying and turning materials by virtue of the drum sieve is matched with strong stirring fire-method peeling, toxic residues are avoided after cleaning, and thorough and uniform peeling is quite easy to realized; the drum sieve-type potato fire-method peeling device disclosed by the invention is also convenient to adjust in processing scale and implement continuous peeling without pollutant discharge.

The invention provides a peeling and processing technology for plum, comprising the steps of 1) fully immersing the plum in sodium hydroxide solution; 2) heating the solution to 20-25DEG C for 10-15min; 3) taking out plum, drying; and cooling; 4) placing plum in a drum, roll stirring for peeling, and obtaining peeled plum; after completing said steps, dipping plum in sugar, salt, etc. The invention has the advantages that: after the plum is treated by dipping in sodium hydroxide solution, the plum peel is easy to separate from the pulp, and the peel can be removed only by roll stirring, the peeled plum is provided with good taste, and the taste is further improved by dipping the plum in the sugar, salt, etc.

The invention discloses a drum screen type fire peeling device for apples. The device comprises a drum screen and a combustor, and is characterized in that a long-paddle flame stirrer is arranged between the drum screen and the combustor; the drum screen, the long-paddle flame stirrer and the combustor form a firing and carbonizing part; the inclination angle and rotation speed of the drum screen can be adjusted; a heat insulation and preservation layer which is thick enough is arranged in an external surrounding structure to form a baking chamber; a vibratory feeding hopper is arranged at the feeding end of the drum screen; the discharging end of the drum screen is connected with a brush stranding cage; a left section of the brush stranding cage adopts a parallel structure and comprises a coarse screen which is communicated with a buffering tank and a regeneration water sprayer through a water pump and a cyclone separator component; the bottom of the buffering tank is connected with the cyclone separator component through the water pump and a pipeline; a right section of the brush stranding cage adopts a lifting structure; a running water sprayer is arranged above the right section of the brush stranding cage; the discharging end of the brush stranding cage is connected with a finished product tank. According to the drum screen type fire peeling device for apples, the drum screen is used for conveying and stirring materials and cooperates with a powerful stirring manner to carry out fire peeling; no noxious residue is left after the device is washed; the drum screen type fire peeling device for the apples is capable of easily, thoroughly and uniformly peeling, conveniently adjusting the processing scale and continuously peeling.

The invention discloses a vibration sieve type peach peeling device based on a pyrogenic process. A vibration screen, a long-paddle flame stirrer and a combustor form a firmed carbonization part; a gas collecting hood above the vibration screen is connected with a tube pass of a tubular heat exchanger via a draught fan and a cyclone deduster and is evacuated; the tubular heat exchanger forms a loop together with a circulation pump, a heat exchanger in a baking room and a buffer tank; the charge end of the vibration screen is provided with a vibration charge hopper, and the discharge end of the vibration screen is connected with a hair brush auger to spray and brush materials the surfaces of which are carbonized by a regenerated water sprayer and spray and brush by a tap water sprayer. According to the vibration sieve type peach peeling device disclosed by the invention, the vibration screen is used for conveying and turning over materials to peel by a pyrogenic process, and the materials have no residue after being cleaned clearly so as to peel completely and evenly easily. The processing scale is convenient to adjust; continuous peeling is implemented; the functions of complete water circulation conveying, brushing, cleaning, dedusting, and tail gas recycling are realized.

The invention discloses a broad bean coat removing device which comprises a rack, a motor, a power driving part, paired extruding wheels, a broad bean conveying mechanism and a housing. The broad bean conveying mechanism comprises a conveying belt, a first guiding plate, a second guiding plate and rolling wheels. The conveying tail end of the conveying belt is located above a processing groove, the first guiding plate and the second guiding plate are arranged above the conveying belt, the rolling wheels are arranged above the conveying belt and are opposite with the conveying belt in transportation direction, and blades are arranged above the rolling wheels. The housing is fixed to the rack, a bean outlet and a beam coat outlet are formed in the housing, a beam collecting groove is formed below the bean outlet, and a coat collecting groove is formed below the bean coat outlet. Compared with the prior art, broad beans can be arranged one by one and can be conveyed in the length direction of the device and can be erected in the conveying process, so that the length sides of broad beans entering the processing groove are cut to facilitate broad bean coat removal.

The invention discloses a drum screen type fire peeling device for kiwi fruit. A long-paddle flame stirrer is arranged between a drum screen and combustor flame, wherein the drum screen, the long-paddle flame stirrer and a combustor form a firing and carbonizing part; the inclination angle and rotation speed of the drum screen are adjustable; a heat insulation and preservation layer which is thick enough is arranged in an external surrounding structure to form a baking chamber; a vibratory feeding hopper is arranged at the feeding end of the drum screen; the discharging end of the drum screen is connected with a brush stranding cage; the brush stranding cage is a parallel structure and comprises a coarse screen which is communicated with a buffering tank through a spiral centrifugal separator; the surface of the buffering tank is connected with a regeneration water sprayer and a pipeline; the regeneration water sprayer is used for spraying the left section of the brush stranding cage; a right section of the brush stranding cage is a lifting structure; a running water sprayer is arranged above the right section of the brush stranding cage and is used for spraying the right section of the brush stranding cage. According to the drum screen type fire peeling device for the kiwi fruit, the drum screen is used for conveying and stirring materials and cooperates with a powerful stirring manner to carry out fire peeling; no noxious residue is left after the kiwi fruit is washed; the drum screen type fire peeling device for the kiwi fruit is capable of easily, thoroughly and uniformly peeling, conveniently adjusting the processing scale and continuously peeling.

The present invention belongs to the technical field of petasites tatewakianus leaf stalk processing and particularly relates to a processing method of keeping crispness of petasites tatewakianus leafstalks. The processing method comprises the following steps: petasites tatewakianus leaf stalk preliminary processing, pre-cooking, compound amino acid solution soaking, far-infrared baking and sterilizing and filling. Compared with the prior art, the processing method has the following advantages: lipid containing protein powder is used to prepare the compound amino acid solution, the compound amino acid solution is used to soak leaf stalk segments to enable the compound amino acid solution to contact with iron ions, and a browning of the petasites tatewakianus leaf stalks caused by an ironion oxidation is effectively avoided. At the same time, the amino acid solution prepared from the lipid containing protein powder has a relatively strong emulsification ability, materials in compoundamino acids and carboxyl in pectic acids are cross-linked to play a mutual bonding function in intracellular spaces, and a texture intensity is improved, so that the processed petasites tatewakianus leaf stalks are crisp in tissue, easy for peeling, relatively good in mouthfeel, free of bitter and astringent tastes, and good in nutritional retention degrees. Processing conditions are easy to control and a large-scale processing is easy to achieve.