42results about How to "Play a role in flattening" patented technology

The invention discloses a method utilizing compound sacrificial layers to manufacture an infrared detector. The method comprises sequentially enabling a metal layer, a first polyimide sacrificial layer, a second amorphous silicon sacrificial layer and through holes formed by imaging of the sacrificial layers to be arranged on a complementary metal-oxide-semiconductor (CMOS) silicon substrate; in a laminating mode, manufacturing a structure layer and contact holes formed by imaging; manufacturing a sensitive layer, a metal electrode layer and a release protecting layer, and imaging the sensitive layer, the electrode layer and a microbridge structure. When the sacrificial layers are released, first the second sacrificial layer is released, and then the first sacrificial layer is released. Compared with the prior art, the infrared detector manufacturing method effectively enables two kinds of different sacrificial layers to be effectively utilized, the organic sacrificial layer can be utilized to carry out planarization on the surface of a CMOS, the adhesion between the surface of the CMOS and metal is improved, and the inorganic sacrificial layer is utilized to control volatility of polyimide so as to be more compatible with the CMOS process.

The embodiment of the invention provides a display panel and a display device, and relates to the technical field of display. Poor display caused by poor thickness consistency of a display panel can be improved. The display panel comprises a plurality of sub-pixel areas, a backlight source, and a color film layer located on the light emitting side of the backlight source; the color film layer comprises first color quantum dot color films located in the first color sub-pixel areas, second color quantum dot color films located in the second color sub-pixel areas, and third optical film layers located in the third color sub-pixel areas; the color of light emitted by the backlight source is the same as the third color; and spacers are arranged at the junctions of the one or more first color sub-pixel areas and the one or more adjacent second color sub-pixel areas, the spacers are located between the backlight source and the color film layer, and the spacers are prepared on the same layers as the third optical film layers.

The invention provides a manufacturing method and manufacturing equipment for a thin film, a display substrate and a manufacturing method therefor. The manufacturing method for the thin film comprises the steps of providing a substrate formed with a pixel defining layer; coating a pixel region defined by the pixel defining layer with ink; and performing drying treatment on the ink to form a thin film, wherein a control electric field is formed in the drying treatment process of the ink, so that solute in the ink can move to the central region of the pixel region in a direction deviating from the predetermined edge of the pixel region under the effect of the control electric field, so as to resist a pinning effect of the pixel defining layer, weaken a climbing phenomenon of the ink on the pixel edge region, enable the thicknesses of the thin film in each position of the pixel region to be consistent, and play a planarization effect, thereby improving the light emitting uniformity of a device equipped with the thin film, and further improving the efficiency and prolonging the service life of the device.

The invention relates to the field of stamping dies, in particular to a stamping head lubricating mechanism. The stamping head lubricating mechanism comprises a base, a stamping structure, a lubricating structure, a guide structure, a feeding structure, a cleaning structure and a pressing structure. Through the arrangement of the stamping structure, long sheet materials can be stamped into required round parts one by one, the lubricating structure can be synchronously driven to work while the stamping structure carries out stamping work, and through work of the lubricating structure, oil injection lubrication work can be automatically carried out on assemblies in the stamping structure during stamping, so that the friction force between the stamping assembly and the sheet materials can bereduced, the situation that burrs appear on the periphery of a stamped finished product part can be avoided, and thus the effect of greatly improving the production quality is achieved; and the cleaning structure can be synchronously driven to work while the feeding structure works, dust and chippings on the metal sheet materials to be punched can be blown off, and therefore the dust and the impurities can be prevented from being punched along with the metal sheet materials.

A pneumatic paper money classification device comprises a hopper, an impeller, an arranging belt and a classifying belt, wherein the arranging belt and the classifying belt are connected with each other. The pneumatic paper money classification device is characterized in that the hopper is mounted above the impeller; the impeller is arranged at the end of the arranging belt for paper money; the arranging belt is driven by a belt pulley and performs anticlockwise rotation; a blower is arranged on the upper surface of the arranging belt and at the left front portion of the impeller; the classifying belt is mounted above the arranging belt and is driven by the belt pulley for performing clockwise rotation; the surfaces of the arranging belt and the classifying belt are provided with through holes which are orderly arranged; sealing boards are mounted at two sides, wherein the sealing board at the side which is provided with a suction fan is provided with a ventilating opening; the inside of the lower surface of the classifying belt is provided with four baffle plates which are successively arranged in the belt conveying direction and have successively increased areas; and a paper money collecting box is arranged below each baffle plate. The pneumatic paper money classification device performs screening on the paper money with different values by means of different air adsorption capabilities according to a characteristic that length and width of the paper money gradually increase along with value increase, thereby realizing simple operation and high convenience.

The invention relates to a chicken feed processing assembly line. The assembly line comprises a primary drying mechanism and an air-drying mechanism, wherein the lower end of the primary drying mechanism is mounted on an existing working ground, and the air-drying mechanism is arranged at the right lower end of the primary drying mechanism. According to the assembly line, the chicken feed processing is carried out by adopting a design concept of combining an assembly line type transportation and drying treatment structure, the arranged primary drying mechanism and air-drying mechanism are matched to carry out double drying treatment on feed, and meanwhile, the air-drying mechanism can blow and dry the feed by utilizing dry hot air on the basis that the feed is in a scattering state in midair, so that the feed drying speed and the overall drying uniformity degree are greatly improved, and the feed can be screened and filtered by the air-drying mechanism.

The invention discloses a display panel and a display device. The display panel comprises: an array substrate, a light-emitting functional layer positioned on the array substrate, and a packaging structure covering the light-emitting function layer, wherein the packaging structure comprises a first inorganic layer tightly combined with the light-emitting function layer, and the first inorganic layer at least comprises a coating sub-layer used for coating particles on the surface of the light-emitting function layer. The light-emitting device is especially sensitive to water and oxygen in the air; particles or defects can be formed in the evaporation process of the light-emitting device. Water and oxygen invasion is caused by particles and defects; therefore, the failure of the light-emitting device can be caused by long-time exposure in the air; according to the display panel, the problems that the service life of the device is influenced due to the fact that the first inorganic layeris coated with the coating sub-layer are solved, the coating sub-layer of the packaging structure has good particle coating capacity and certain water-oxygen blocking capacity, water-oxygen invasion caused by the existence of particles of the first inorganic layer can be well prevented, packaging failure is caused, and then the service life of the display panel is prolonged.

The invention relates to an assembled building partition board packing robot. The assembled building partition board packing robot comprises a support base plate, connecting stand columns, a connecting top plate, a connecting device, a conveying device and support mechanisms; the connecting stand columns are symmetrically mounted at the top of the outer end of the support base plate; the connecting top plate is mounted at the tops of the connecting stand columns; the connecting device is mounted at the bottom of the connecting top plate; the conveying device is mounted on the upper end surfaceof the middle part of the support base plate; the support mechanisms are distributed on the front and back sides of the conveying device; and the support mechanisms are mounted on the support base plate. The assembled building partition board packing robot can solve the difficulties of incapability of adjusting the positions of partition boards during packing, manual pulling of packing belts, difficult conveying of the packing belts for larger partition boards, staggering of the packing belts during conveying and low conveying efficiency of the packing belts in the prior art, and can achievethe functions of stably conveying the packing belts and packing the partition boards by using the packing belts.

The invention discloses a heat treatment method of a polyvinyl alcohol optical film. The heat treatment method is characterized in that heat treatment is performed on the polyvinyl alcohol optical film in manners of hot air treatment and silicone oil bath treatment; the temperature of hot air treatment is 40-100 DEG C and the time lasts for 1-5 minutes and temperature of silicone oil bath treatment is 50-150 DEG C and the time lasts for 1-5 minutes. According to the polyvinyl alcohol optical film product obtained through the method of the invention, swelling capacities in a TD direction and an MD direction are 121-118% and 120-117%; a ratio of TD/MD is 1.007-1.01; a central phase difference in the width direction of the film is 25-40nm; and a haze value is smaller than or equal with 0.2. After swelling and dyeing of a base film, wrinkle probability which is generated after 3-5 times of stretching is remarkably reduced, and the number of insufficient-dyed points on a prepared polarizing film is smaller than or equal with 7 per 1000m<2>. Yield and use performance of a polarizer are greatly improved.

The invention discloses a banknote sorting machine for bus companies. The banknote sorting machine comprises an arrangement device and a sorting device which are mutually connected. The banknote sorting machine is characterized in that the arrangement device comprises a hopper, a fan wheel, an arrangement belt, arrangement belt wheels, a blowing device, an arrangement belt sealing plate and an arrangement air suction device, and the sorting device comprises sorting belt wheels, a sorting belt, a sorting belt sealing plate, a sorting air suction device, a baffle plate, a power device, a first push rod, a second push rod, a third push rod, a fourth push rod, a banknote collection box, a color sensor, a control line and a singlechip microcomputer. According to the invention, an air negative pressure principle is utilized, a belt with holes is adopted to carry out arrangement and transmission the banknotes, the face value of the banknotes is detected based on the color sensor, a push rod corresponding to one-yuan banknotes is set to be a normally-closed state by using the characteristic that banknotes collected by the bus companies are mainly one-yuan banknotes, the working process of a control system is simplified, and the work efficiency is improved.

The invention discloses pole piece winding equipment for lithium battery manufacturing. The equipment comprises a base, wherein two supporting plates are fixedly arranged on the two sides of the top end of the base correspondingly, the bottoms of the two supporting plates are connected with the two ends of a first rotating shaft in an inserted mode through bearings correspondingly, sliding groovesare formed in the tops of the two supporting plates correspondingly, two sliding blocks are slidably arranged in the two sliding grooves correspondingly, the middles of the two sliding blocks are connected with the two ends of a second rotating shaft in an inserted mode through bearings correspondingly, and the top ends of the two sliding blocks are fixedly connected with the top ends of the inner walls of the two sliding grooves through two first springs correspondingly. According to the pole piece winding equipment for lithium battery manufacturing, a pole piece can be pressed to be flattened through a pressing roller in the winding process, wrinkles are avoided, and meanwhile, the position of the pressing roller can be changed along with the change of the thickness of a pole piece rollthrough the first springs, so that the pressing roller can continuously play a pressing flattening role, the winding efficiency is improved, manual pressing flattening is avoided, and the safety of workers is guaranteed.

The invention provides a reeling device. The reeling device comprises a machine frame, wherein a reel is arranged on the machine frame; the two ends of the reel are rotationally arranged on the machine frame; a flattening roll is arranged on the machine frame and rightly above the reel; a gap is formed between the flattening roll and the reel; two sets of rotating mechanisms are symmetrically arranged on the outer walls of the two sides of the machine frame; each rotating mechanism comprises a fixing plate and an L-shaped plate; the fixing plate is arranged at the upper end part of the machine frame; one end of the L-shaped plate is rotationally arranged on the fixing plate; two arc-shaped open holes are symmetrically formed in the two sides of the machine frame; a rotating shaft of the flattening roll runs through the arc-shaped open holes and are rotationally arranged on the L-shaped plates; an extended block is arranged at the lower end of the machine frame; an accommodating groove is formed in the extended block; an arc-shaped block is placed in the accommodating groove; the outer size of the arc-shaped block is matched with those of the arc-shaped open holes; the length of the arc-shaped block is smaller than those of the arc-shaped open holes. The reeling device is flexible in operation, and can flatten fabric while the fabric is reeled.

The invention relates to a top emission type display device and a manufacturing method thereof. The top emission type display device includes a substrate having a TFT driving array, an insulation layer, a circuit layer, a flat layer and a pixel electrode layer, wherein the insulation layer is arranged on the substrate, the circuit layer is buried in the insulation layer, an upper surface of the circuit layer is basically level with an upper surface of the insulation layer, the flat layer is arranged above the insulation layer and the circuit layer, and the pixel electrode layer is arranged onthe flat layer. The top emission type display device is advantaged in that the circuit layer is buried in the insulation layer, the upper surface of the circuit layer is basically level with the uppersurface of the insulation layer, the flat layer is arranged above the insulation layer and the circuit layer, the planarization effect can be better achieved, the flatness of the pixel electrode layer is effectively improved, and thereby light emission uniformity of sub pixels is improved.

The invention discloses automatic paper covering equipment, comprising a paper feeding mechanism, a paper pressing mechanism and a paper cutting mechanism. The paper feeding mechanism comprises a paper roll mounting roller, and a paper feeding roller used for providing power for backing paper wound on the paper roll mounting roller; the paper pressing mechanism comprises a paper pressing plate, a paper guide plate and a first driving cylinder; the first driving cylinder is used for driving the paper pressing plate to press the backing paper on the paper guide plate; the paper guide plate is provided with a knife edge groove; the paper cutting mechanism comprises a hobbing cutter part and a hobbing cutter driving mechanism; the hobbing cutter part comprises a hobbing cutter blade, a pressing wheel and a first compression spring separately arranged on the two sides of the hobbing cutter blade; the pressing wheel abuts against the backing paper; the hobbing cutter blade abuts against the groove wall of the cutter edge groove through the first compression spring; and the hobbing cutter driving mechanism is connected with the hobbing cutter part and drives the hobbing cutter part to reciprocate in the length direction of the cutter edge groove. According to the equipment, automation of a paper covering process can be implemented, paper covering is uniform, and the product quality and the production efficiency can be improved.

The invention discloses a one-way pressure supplementing tower used for a water conveying system. The one-way pressure supplementing tower comprises a pressure supplementing tower body and a water supplementing pipe, wherein the pressure supplementing tower body is arranged above a water conveying pipe and is provided with a water storage tank, and the water supplementing pipe runs through the water storage tank and the water conveying pipe; the water supplementing pipe is provided with a check valve; an automatic water supplementing system comprises a water inlet pipe, and a hydraulic valve which controls the opening and closing of the water inlet pipe according to the water level of the water storage tank and is provided with a floating ball device; an upper port of the water inlet pipe is connected with the water storage tank, a lower port of the water inlet pipe is connected on a water supplementing pipe arranged between the check valve and a lower port of the water supplementing pipe; and the floating ball device is arranged in the water storage tank, the hydraulic valve is arranged on the water inlet pipe. As the water storage tank of the pressure supplementing tower is arranged above the water conveying pipe, when negative pressure exists in the water conveying pipe, water in the water storage tank has certain potential energy relative to the water in the water conveying pipe, so that water can be supplemented to the water conveying pipe in the negative pressure state automatically, further the one-way pressure supplementing tower plays the role of equalizing pressure to avoid the damage of pipe explosion due to negative pressure of the conventional water conveying system.

The invention discloses a banknote processing module structure of self-service transaction equipment. The banknote processing module structure comprises a shell, a banknote inlet and a banknote outlet, wherein the banknote inlet and the banknote outlet are formed in the shell; wherein a detection unit, a transmission unit, a clearing storage unit and a change unit are arranged in the shell; a control system is also arranged in the shell; the conveying unit comprises a transverse conveying belt, a plurality of first longitudinal conveying belts, a plurality of first steering conveying belts, aplurality of second longitudinal conveying belts and a plurality of second steering conveying belts. The embodiment of the invention further discloses a working method of the banknote processing module structure of the self-service transaction equipment. The working method specifically comprises the following steps: (1) banknote input detection; (2) scheme calculation; (3) paper money storage; (4)changing and outputting money; the paper money processing module structure of the self-service transaction equipment has a paper money circulating change function, and newly input change paper moneyis supplemented to the change unit again for subsequent change.

The invention discloses an automatic paper currency classification processing device, comprising a hopper, a fan wheel, as well as an arrangement belt and a classification belt which are engaged with each other. The device is characterized in that the hopper is installed above the fan wheel, the fan wheel is arranged at the tail end of the paper currency arrangement belt, the arrangement belt is driven by a belt pulley to rotate anticlockwise, a blower is arranged on the upper surface of the arrangement belt and in left front of the fan wheel, the classification belt is installed above the arrangement belt and driven by a belt pulley to rotate clockwise, through holes arranged regularly are formed in the surfaces of the arrangement belt and the classification belt on two sides of which sealing plates are arranged, a vent is formed on the side where a suction fan is installed, a partition plate is arranged inside the upper surface of the arrangement belt and on the left side of the vent, four kinds of baffles enlarged gradually are sequentially arranged inside the lower surface of the classification belt in the conveying direction of the belt, and a paper currency collection box is arranged below each baffle. The device for screening paper currency by using different air adsorption capability is simple in structure.