44results about How to "Realize large-scale automated production" patented technology

The invention discloses a method for producing ultra-high molecular weight polyethylene cotton-type anti-cutting gloves. The gloves are formed by mixing and weaving of yarns such as ultra-high molecular weight polyethylene/polyester staple fiber blended yarns, polyester spandex wrap yarns, polyvinyl chloride (PVC) coated glass fiber spandex filament yarns and elastic yarns, cuffs of woven gloves are closed up by knitted rib cuffs, hot melting edge wrapping and one-time forming are achieved through a hot melting machine at the temperature from 120 DEG C to 180 DEG C, and surface chemical processing is performed through water-proof finishing agents so that finished products can be obtained. According to the method for producing the ultra-high molecular weight polyethylene cotton-type anti-cutting gloves, the process is simple, large-scale automatic production can be achieved, the anti-cutting performance of the gloves is high, the elasticity is good, a user can conveniently and comfortably wear the gloves, and the operation is flexible. Besides, the dust-proof effect is good, and harm to products due to falling of fibers of the gloves can be avoided. The gloves can be widely applied to people in special industries such as automobile assembly industry, glass industry, metal rolling sheet industry, cutting industry, recovery processing industry, police and the like.

The invention discloses a packaging structure for integrating a VCO and a waveguide antenna. The packaging structure comprises an LTCC packaging body composed of a bottom dielectric substrate layer, a plurality of middle dielectric substrate layers and a top dielectric substrate layer. A VCO chip is packaged at one end of the LTCC packaging body, and a waveguide reflection cavity and a micro-strip coupling probe are packaged at the other end of the LTCC packaging body. Through the combination of the micro-strip waveguide conversion technology and the chip packaging technology, the E wave-band VCO and the micro-strip waveguide conversion antenna are integrated inside a standard LTCC packaging chip, the size for application and assembly of a microwave circuit is reduced, the miniaturization design of products is facilitated, and most importantly, the influence on the circuit by spurious and distribution parameters in the circuit connection process is effectively reduced. The performance of the packaging structure similar to that of a packaging mode through metal ceramic is obtained by the adoption of the LTCC packaging technology, the working frequency relative bandwidth is larger than 20 percent, and insertion losses caused by micro-strip waveguide conversion are smaller than 1.2 dB within the working band.

The invention discloses a device based on biological germination process technology and an electrical control system, wherein the device comprises a germination tank and a water tank matched with the germination tank, wherein a heating pipe, a first water level sensor and a first temperature sensor are arranged in the warm water tank; a second temperature sensor and a second water level sensor are arranged in the germination tank; parameters such as water exchange, sterilization, ventilation, material reversal, temperature and the like in the germination process of grains are controlled by a PLC (Programmable Logical Controller) control system, thereby guaranteeing the stress (adverse) environments of germination and guaranteeing great increase of functional nutritional ingredients and improvement of germination percentage and production efficiency after germination. Compared with the previous germination device, the device disclosed by the invention adopts an advanced programmable control system and an excellent human-machine interaction interface, and has a series of advantages of high automation degree, high production efficiency, labor-saving property, simplicity in operation, high yield and the like; and the device is capable of industrially producing germination foods with high nutritive value.

The invention discloses a method for spinning and weaving novel antibacterial thermal home textile yarns. The novel antibacterial thermal home textile yarns comprise, by weight, 35%-65% of coffee carbon fibers, 15%-25% of modal fibers and 15%-25% of PTT (polytrimethylene terephthalate) fibers. The coffee carbon fibers, the modal fibers and the PTT fibers are blended to form the novel antibacterialthermal home textile yarns. The method for processing the novel antibacterial thermal home textile yarns includes working procedures of blowing, cotton carding, drawing, roving, spinning and the like. The method has the advantages that the method includes simple processes, and the novel antibacterial thermal home textile yarns can be automatically produced by the aid of the method on a large scale; the novel antibacterial thermal home textile yarns are skin-friendly, comfortable, antibacterial and thermal, and are high in yarn strength, low in hairiness and excellent in moisture absorption and breathability, pilling can be prevented, requirements of consumers in family, hotels and the like can be met, home textile fabrics woven by the aid of the method are fluffy and thermal, and accordingly the method has an excellent application prospect.

The invention relates to a glass tube coating device which comprises a rack, wherein a glass holding frame, a locking mechanism, a turnover mechanism and a lifting mechanism are arranged on the rack; the turnover mechanism comprises a support, a turnover motor, a driving gear and a driven gear; the driving gear is meshed with the driven gear, and the driven gear is a semicircular gear; the circle center of the semicircular gear is articulated with the support, and the right-angle side of the semicircular gear is fixed to the glass holding frame; the turnover motor is fixed on the support, drives the driving gear to rotate, further drives the driven gear to rotate, and further drives the glass holding frame to rotate. Through the transition between the horizontal state and the vertical state of a glass tube and match with the longitudinal movement, the glass tube coating device with a novel structure realizes fully-automatic operation of feeding, rotating, decreasing infiltration coating, lifting, rotating and discharging and completely automated control, can realize large-scale automated production, and greatly improves the production efficiency.

The invention discloses a production process of a low-formaldehyde vehicle urea. The production process comprises the following steps: a, first, the selection of urea raw materials is carried out, then the selected raw materials are classified, and then the classified raw materials are placed on an electronic scale for weighing one by one; b, after step a is finished, the weighed raw materials arepoured into a mixer, and then the mixed raw materials are stirred by using a stirrer; c, after step b is finished, pure water is injected into the mixer to mix with the mixed raw materials to form aurea solution; d, after step c is finished, the urea liquid is subjected to concentration including heating and cooling. The process can realize large-scale automatic production, greatly improve production efficiency, and meet the production requirements; operation is performed by using a stirring and heating integrated machine, the stirring speed of the urea raw materials can be effectively accelerated, the stirring time is reduced, the transfer of the urea raw materials is avoided, the probability of oxidation of the urea raw materials is reduced, and the stability of the urea in the production process is improved.

The invention discloses a chip surface character detection system, relates to the technical field of chip production and testing, and aims to realize automatic sorting of chips and improve the production and testing efficiency of the chips. The system comprises a character recognition device, a first conveying device, a second conveying device and a control device. The control device is used for controlling the first conveying device to convey the chips to the recognition area of the character recognition device according to the preset conveying rate. The control device is further used for controlling the character recognition device to obtain a first image of the characters on the upper surface of the chip in the recognition area according to a preset recognition rate. Wherein the character recognition device is used for sequentially carrying out image binarization processing and image segmentation on the first image to obtain a plurality of character areas, and respectively matching the plurality of character areas with a preset character template to determine surface character detection information of the chip. And the control device is used for controlling the second conveying device to convey the chip to a target position according to the surface character detection information.

The invention provides a multi-component ultrahigh-entropy light-weight refractory composite material. Four light alloy elements including Mo, Ti, Al and Nb are used as a matrix, non-metallic elements including Si, C, N, B and O are introduced into the matrix, and the composite material contains multiphase ceramics including TiC, TiB2, SiC, Si3N4, BC, MoSi2, Nb2O5, SiO2 and the like, so that the high-temperature strength and oxidation resistance of the matrix are effectively improved, and the low-density, high-temperature, high-toughness and long-term oxidation resistance performance of alloy can be achieved. According to the multi-component ultrahigh-entropy light-weight refractory composite material, the composite material is prepared through powder mixing, forming, sintering and pre-oxidation, and the anti-oxidation time of the composite material in the air environment of 800-1500 DEG C is 100-300 h; the room-temperature tensile strength is 600-1000 MPa, and the ductility is greater than or equal to 10%; and the density is 4.5-5.5 g/cm<3>. The multi-component ultrahigh-entropy light-weight refractory composite material is suitable for the fields of aviation, spaceflight, weapons, nuclear energy, microelectronics and the like.

The invention provides a cutting-resistant glove processing technology, and relates to the field of labor protection gloves. The cutting-resistant glove processing technology includes the steps: glovecore preparation; glove core coating. Inner yarns and outer yarns are interwoven to form a glove core, polyethylene fibers with super-high relative molecule weight and bamboo-carbon modified polyester fibers wrap carbon fibers to form the outer yarns, and polyethylene fibers with super-high relative molecule weight and nylon fibers spirally wrap polyurethane filaments to form the inner yarns. A coating method of the glove core particularly includes the step: coating a composite material outside the woven glove core. The cutting-resistant glove processing technology is simple, large-scale automation production can be achieved, a processed cutting-resistant glove has excellent cutting resistance, comfortable and portable to wear and long in service life, hand flexibility is good, and replacing frequency is reduced.

The invention discloses an anti-bacterial air filtering material containing a graphene oxide material and applied to vehicles and a preparation method of the anti-bacterial air filtering material. Theanti-bacterial air filtering material comprises an oxidized coconut carbon fiber layer, a graphene oxide fiber layer and a basalt fiber layer, wherein the graphene oxide fiber layer is arranged belowthe oxidized coconut carbon fiber layer; the basalt fiber layer is arranged below the graphene oxide fiber layer; the graphene oxide fiber layer is located between the coconut carbon fiber layer andthe basalt fiber layer; after the three layer structures are composited in sequence, anti-bacterial treatment is performed in a roll baking manner, and the anti-bacterial 3D air filtering material forthe vehicles is prepared. The technology is simple, large-scale automated production can be realized, the anti-bacterial air filtering material is better in anti-bacterial effect, and anti-bacterialrate for escherichia coli, staphylococcus aureus and bacillus subtilis exceeds 99.9%; besides, a long-term effect test result indicates that the anti-bacterial effect of the anti-bacterial material cannot be reduced obviously with prolongation of use time.

The invention provides a fingerprint imaging module and a formation method thereof, a fingerprint imaging module motherboard, and electronic equipment. The fingerprint imaging module comprises a substrate comprising a first surface and a second surface arranged in an opposite manner, a light-emitting stacking layer located on the second surface of the substrate and used for generating an incidentlight, a sensing surface on which a reflected light carrying fingerprint information is formed by the incident light, and a pixel array located on the first surface of the substrate and used for acquiring the reflected light to obtain fingerprint information. According to the technical scheme, the integration of a light source and an image sensor can be realized, the thickness of the fingerprint imaging module can be effectively reduced, and the integrated level of the equipment can be improved; besides, the thickness of the fingerprint imaging module is reduced, and the adoption of a module thinning process can be reduced so that the loss of the yield during formation of the fingerprint imaging module in the thinning process can be reduced, the manufacturing yield can be increased, and the cost can be lowered.

The embodiment of the invention discloses a pressure module and a manufacturing method thereof. The pressure module comprises a circuit substrate, an MEMS chip, an ASIC chip, a first packaging circuitboard, a pouring sealant and a second packaging circuit board. According to the technical scheme provided by the invention, the MEMS chip and the ASIC chip are fused together and arranged in the cavity formed by the circuit substrate, the first packaging circuit board and the second packaging circuit board, and are filled with the pouring sealant, so that the purpose that the chip is sealed without leakage is achieved, the MEMS chip and the ASIC chip can be ensured not to be damaged and not to fall off at a bonding part under high pressure, and the overall structural compactness is improved;in addition, the MEMS chip and the ASIC chip are only used as pressure sensing elements, so that the reliability and the stability of a product are improved, the cost and the manufacturability and assembly cost of the pressure module are reduced, and large-scale automatic production is realized.

The invention discloses a maintenance device for rail plate production adopting a unit assembly-line method, and an assembly-line unit. The maintenance device comprises a maintenance channel, whereingates are formed in the two ends of the maintenance channel; a steam pipeline and a temperature sensor are arranged in the maintenance channel; a cooling component is arranged in the maintenance channel; an outlet is formed in the steam pipeline; the steam pipeline communicates with a steam generator; the steam generator is connected with a control component; and the control component is connectedwith the temperature sensor and the cooling component. By applying the maintenance device, the cooperative working of the steam generator and the temperature sensor is controlled through the controlcomponent, so that standing, heating, and constant-temperature and cooling maintenance for rail plates located in the independent maintenance channel are realized in one process; moving in each phaseis not needed, so that simultaneous maintenance for one batch of the rail plates is realized; the next batch of rail plates is placed after the maintenance is completed, so that the circulation flow of the rail plates is simplified, and the maintenance efficiency is increased; the maintenance device is applied to the efficient working of factory assembly-line production for the rail plates; and the maintenance device is simple in structure, convenient to use, and good in effect.

The invention relates to the technical field of adblue production, in particular to an adblue production process which comprises the following steps: step 1, selecting urea raw materials, classifying the urea raw materials, and weighing the urea raw materials; 2, pretreating the raw material urea; step 3, preparing pure water; 4, urea raw materials are added into the mixer, and pure water is injected to be mixed with the urea raw materials to form a urea solution; 5, filtering and concentrating the urea solution; step 6, detecting the urea solution, and storing the urea solution for later use if the urea solution is detected to be qualified; if the detection result is unqualified, the process flows to the step 5, purification and concentration are carried out through a filtering device, and after concentration is qualified, storage and standby application are carried out. The device is energy-saving and environment-friendly, waste liquid is reduced, unqualified products can flow back to be purified and concentrated again, continuous production of the adblue is guaranteed, large-scale automatic production can be achieved, the production efficiency is greatly improved, and the production cost is reduced.

The invention discloses a solar array and a preparation method and application thereof. The solar array comprises an FPC and a plurality of flexible CIC batteries which are arranged in sequence. The FPC comprises a bottom layer, a printed circuit layer and a top layer which are arranged in sequence. A plurality of sub-circuits are arranged in the printed circuit layer; a plurality of positive electrode bonding pads and a plurality of negative electrode bonding pads are arranged on the sub-circuit; the positive electrode pads of the sub-circuits are connected through a wire and then current is led out to the negative electrode pad. And the sub-circuit and the flexible CIC battery are correspondingly arranged. According to the invention, the full flexibility of the solar cell array is realized, so that the solar cell array has smaller folding volume and lighter weight, and the folding volume is reduced by about 80% compared with a rigid solar array; and the weight is reduced to 30%. And the satellites with the same volume and weight have higher power and carry more effective loads, so that the cost of the satellites and the launching cost are saved.

The invention discloses a printing and dyeing sewage filter material containing a mesoporous material and a preparation method of the printing and dyeing sewage filter material. The filter material ischaracterized by comprising binchotan fibers, bamboo carbon fibers and a basalt base material part, and through loading the three filter components with a mesoporous molecular sieve, the specific surface area of a filter tip and a micro pore channel are increased. The filter material prepared by the preparation method disclosed by the invention is used for wastewater treatment of a textile printing and dyeing enterprise and has the advantages of being high in decolorizing rate, high in dye and metal ion adsorbability, free from environmental secondary pollution, green, environmentally-friendly and the like; and the preparation method is simple in process and has a good application prospect.