41results about How to "Guaranteed curing quality" patented technology

The present invention relates to a production process of veneered strip-glued board. Said process includes the following steps: sawing raw material to obtain squared timber, drying, defining thickness and processing double faces, making strips by using multiblade saw, making board, coating adhesive, matching board, forced cooling, first sanding, sticking transverse single board, prepressing, hot-pressing, forced cooling, secondary sanding, sticking surface board, secondary prepressing, secondary hot-pressing, cutting edge, third sanding, sorting finished products and putting the finished products into storage. The urea-formaldehyde adhesive formula used in the adhesive-coating process is formed from (by weight portion) 100 portions of low-formaldehyde urea-formaldehyde resin, 20-35 portions of filling agent, 5-10 portions of formaldehyde trapping agent and 0.4-1.0 portion of solidifying agent.

The invention discloses a vacuum glue pouring method for permanent magnetism motor rotors. The method includes the following steps: S1, a step of iron core profiling processing, namely the step of applying pressure to compress iron core punching sheets in an axial direction of a permanent magnetism motor; S2, a step of glue solution configuration, namely the step of uniformly mixing an A componentand B component of a two-component epoxy resin adhesive; S3, a step of vacuum glue pouring, namely the step of placing a rotor into a vacuum cavity to perform vacuum pumping, and then performing gluepouring; and S4, a step of heating and curing, namely the step of placing the rotor after glue pouring into a tunnel type baking channel to perform segment drying. The method has high glue pouring efficiency, tooth tension and glue loss phenomenon is not easy to occur, and the quality of products can meet the filling technical requirements of the permanent magnetism motor rotor.

A method for solidifying the UV paint coated on an object features that an ultraviolet lamp tube used as light source and with the output power more than 30w/cm is arranged above said object at a distance of 50-250 mm and is able to move relatively to said object at 2-100m/min. Its apparatus is composed of a sealed casing, longitudinal and transverse tracks, irradiation unit and drive unit. It features high quality and no dust pollution.

The invention relates to a manufacture method of an anti-counterfeiting brand woven tape. The method comprises the following steps: material selecting, which relates to at least selecting cotton yarnand polyester yarn as warp yarn, and selecting transparent thread as weft yarn; treating, which relates to dewatering and drying the cotton yarn subjected to anti-counterfeiting solution dipping treatment; weaving, which relates to weaving the warp yarn and the weft yarn into brand gray fabric according to an anti-counterfeiting mark as required; coating, which relates to gelatinizing formed brandgray fabric by adopting a wet-type coating method, introducing the brand gray fabric to enter a water bath tank, enabling the brand gray fabric to form a membrane in water bath, and then drying to obtain brand cloth; and press polishing, which relates to adopting a hot-pressing roller to perform press polishing treatment. The manufacture method adopted by the invention can be used for effectivelycombining an anti-counterfeiting material with the surface of a cotton thread, so that the anti-counterfeiting material is difficult to fall off in the subsequent weaving process, and the manufactured fabric has a good anti-counterfeiting effect.

The invention provides a device for baking and curing an inner anti-corrosion layer of a pipe, which comprises a baking oven, a curing oven, a heat insulation chamber and a chain conveying mechanism, wherein the heat insulation chamber is arranged between the baking oven and the curing oven and is mutually communicated with the baking oven and the curing oven, and the chain conveying mechanism sequentially passes through the baking oven, the heat insulation chamber and the curing oven to form a circulation loop. The pipe is directly conveyed from the baking oven to the curing oven by the device through the chain conveying mechanism, the cooling of the pipe baked by the baking oven can be effectively prevented through the heat insulation chamber, therefore, the energy can be saved, and the consumption can be reduced; the heat energy can be effectively collected through a worm case arranged in the oven, the stability and the uniformity of the circulated air supply can be ensured, the heat balance in a hearth can be ensured, meanwhile, the heat energy is prevented from being spread out, and the energy consumption can be saved.

The invention discloses a printing ink curing device. The printing ink curing device comprises a conveying component and curing components, wherein the conveying component is used for controlling a printing substrate to move according to a set operation line; the curing components are arranged on the two sides or any one side of the set operation line in a sectional mode. According to the printing ink curing device, under the circumstance that the size of an original device is kept unchanged, an original linear operation line of the printing substrate is designed into a curve surface operation form, the irradiated area of printing ink on the substrate is effectively increased, namely the curing time of the printing ink is prolonged, and thus the curing quality of the printing ink is guaranteed; besides, through the UV-LED printing ink curing light sources arranged on the two sides in the sectional mode, the curing effect of the printing ink is further improved, and the printing speed is remarkably increased on the premise that the printing quality is ensured.

The invention discloses an induction heating system for rapid curing of a silicon steel self-adhesive coating iron core. The induction heating system comprises a conveying roller table; an induction heating device comprising a cylindrical induction heating coil having a hollow cavity and a temperature measuring element, wherein the induction heating coil adopts 6-20KHz intermediate frequency to perform induction heating of the silicon steel sheet; a feeding and discharging device; a loading and unloading device which is arranged to transport the stacked mold directly below the induction heating coil in the horizontal direction and to transport the stacked mold into the hollow cavity of the induction heating device in the vertical direction or to remove the stacked mold from the hollow cavity after the induction heating is completed; and a control device which is respectively connected with the conveying roller table, the feeding and discharging device and the loading and unloading device to control their respective actions and is also connected with the induction heating coil and the temperature measuring element to control the induction heating process.

The invention relates to a UV-LED curing initiation system, a sealing glue, and a preparation method and an application of the sealing glue, and belongs to the technical field of chemical materials. The UV-LED curing initiation system is prepared mainly from the following raw materials in parts by weight: 2-8 parts of a cracking type free radical photoinitiator and 2-5 parts of a hydrogen abstracting type free radical photoinitiator; the cracking type free radical photoinitiator is at least one of alpha-hydroxyketone derivatives and acyl phosphine oxides; the hydrogen abstracting type free radical photoinitiator is at least one of thioxanthone or thioxanthone derivatives. The UV-LED curing initiation system is used with combination of short-wave photoinitiators and long-wave photoinitiators, can ensure the curing efficiency of a surface layer and an inner layer of the glue, ensures the curing quality and solves an oxygen polymerization inhibition phenomenon. Moreover, the UV-LED curinginitiation system itself is OK to acid and alkali tolerance, and cannot affect the tolerance of the sealing glue to acids and alkalis, so as to meet the use requirements of the sealing glue in a glass thinning process.

The invention provides a non-excavation type pipeline repairing integrated device and a repairing method, and relates to the technical field of pipeline repairing. The non-excavation type pipeline repairing integrated device comprises a traction part, a supporting part and a connecting part; the supporting part comprises an outer sleeve, an inner rotating shaft and a spiral elastic cage fixed between the outer sleeve and the inner rotating shaft, the outer sleeve sleeves the spiral elastic cage, an inclined wheel is arranged at the outer side of the spiral elastic cage, and the included angle between a rotating shaft of the inclined wheel and the axis direction of the spiral elastic cage is 30-60 degrees; the inner rotating shaft is arranged in the outer sleeve and is rotatably connected with the outer sleeve, and a clamping mechanism for locking the inner rotating shaft is arranged between the inner wall of the outer sleeve and the outer wall of the inner rotating shaft; the inner rotating shaft is rotatably connected with the connecting part; the outer sleeve is rotatably connected with the traction part; and a curing lamp and a nozzle are arranged on the outer sleeve. In order to overcome the defects in the prior art, the device can adapt to various pipeline inner diameter specifications, it is guaranteed that a repairing pipe is completely attached to the inner wall of a to-be-repaired pipeline, and repairing steps are reduced.

The invention discloses a UV-LED curing machine with a light measurement device. The light measurement device comprises a sensor, an irradiatometer and a controller. The sensor is used for sensing ultraviolet light sent by an ultraviolet lamp; the irradiatometer is used for receiving a detection signal of the sensor and calculating the illuminance of ultraviolet rays currently sent out by the ultraviolet lamp and the light accumulation amount increased along with irradiation time and is electrically connected with the sensor; and the controller is used for sending switching control signals of the irradiatometer and the ultraviolet lamp and is electrically connected with the irradiatometer and the ultraviolet lamp. A minimum single chip microcomputer structure is used in the controller, and the irradiatometer which is used for receiving the detection signal of the sensor and calculating the illuminance of the ultraviolet rays currently sent out by the ultraviolet lamp and the light accumulation amount increased along with irradiation time is electrically connected with the sensor through an amplifying circuit; and the inner surface and the outer surface of a shell of a bearing platform are each provided with light absorption paper. According to the curing machine, the control process is more convenient, rapid and precise; the curing quality is ensured; and meanwhile, an operator can be protected against ultraviolet ray radiation, and safety is achieved.

The invention discloses lead-acid storage battery grid production equipment with a good compaction effect and a process thereof. The equipment comprises a preparation furnace, a material conveying pipe, a conveyor, a cooling box, a forming mold, a cooling pipe electric telescopic rod and a compaction plate. According to the invention, metal additives such as selenium, sulfur and arsenic are addedinto a lead-acid storage battery grid alloy; therefore, the corrosion resistance and hardness of the grid of a lead-acid storage battery are effectively improved, the overcharge resistance is improved, the loss of the lead-acid storage battery is greatly reduced, and the problems of thermal cracking, shrinkage cavity and the like of a lead-acid storage battery grid caused by different surface tensions of various metal additives are avoided; the lead-acid storage battery grid is subjected to aging curing in an excellent environment, the interior of an external curing box is dehumidified throughsteam, the dehumidified lead-acid storage battery grid is dried for 2-22 hours, the grid curing effect is good, and the curing quality of the lead-acid storage battery grid is guaranteed; and throughcooperative use of an electric telescopic rod and a compaction plate, rapid compaction of the forming die span is facilitated, and the compaction effect is good.

The invention discloses a preparation device and method for a dissimilar resin gradient continuous woven carbon fiber composite material. The preparation device comprises a lower die which is provided with a concave die cavity in the center of the top, a sealing ring which is fixedly arranged at the top of the lower die and surrounds the die cavity, an upper die which is coaxially arranged above the lower die and is provided with a central through hole, a pressure head which is coaxially arranged in the central through hole and can axially move along the central through hole under driving of a driving device, a first liquid storage tank which communicates with one end of the die cavity through a first guide pipe, a second liquid storage tank which communicates with the other end of the die cavity through a second guide pipe, an air extractor, and an exhaust pipe which is arranged in the pressure head in an embedded manner; one end of the exhaust pipe is connected to the exhaust device, and the other end communicates with the center of the top of the die cavity; three groups of heating pipes are arranged in the lower die in an embedded manner and are close to the bottom surface of the die cavity; one group of heating pipes corresponds to the pressure head in position, and the other two groups of heating pipes correspond to areas on two sides of the pressure head.

The invention discloses a composite material reinforced bulkhead, a manufacturing mold of the composite material reinforced bulkhead and a forming method of the composite material reinforced bulkhead, and relates to the technical field of bulkhead structure equipment. The reinforcing bulkhead comprises a frame body, a foam core and reinforcing ribs, the frame body is formed by laying a composite material, and a reinforcing layer is arranged in the composite material laying layer. The manufacturing mold of the composite material reinforced bulkhead comprises a base plate, an outer mold and a base, and the base plate is provided with a protruding part consistent with a through hole in shape at the position of the through hole of the reinforced bulkhead. The forming method of the composite material reinforced bulkhead comprises the steps of overall laying of the composite material, laying of the reinforced layer and final laying of the part exceeding a pre-laying layer, and removing an isolating membrane, so that overall laying of the reinforced bulkhead is completed. The bulkhead has the advantages that the local strength and rigidity of the bulkhead are enhanced, the integrity is high, and the problems that the connecting strength with aircraft parts is insufficient, and the bulkhead is heavy are solved.

The method includes following steps: (1) providing a magnetic head and suspension in use for bearing the magnetic head; (2) placing glue with thermosetting property between magnetic head and suspension; (3) using infrared heat source to irradiate the magnetic head so that the glue is solidified by heat energy transferred from the magnetic head. Thus, the magnetic head is fixed on the suspension. Using infrared heat source to solidify glue, the method possesses features of shorter solidified time, easy of controlling temperature, high safety, small volume, and low cost. The invention also includes method of assembling disk drive system of containing the composition of folded piece of magnetic head.

According to the colored paint UVC curing technology, automatic curing is achieved through curing equipment, the curing equipment comprises a machine box, a product conveying roller used for conveying a paint spraying workpiece into the curing equipment for ultraviolet curing and an ultraviolet light source set used for emitting ultraviolet light to cure the paint face of the paint spraying workpiece, and the ultraviolet light source set comprises a UVC light source and a UVA light source; the paint surface of the paint-sprayed workpiece is jointly cured through a UVC light source and a UVA light source, and the ultraviolet wavelength of the UVC light source is within the range of 250-260 nm; the ultraviolet wavelength of the UVA light source is within the range of 395-420 nm, the UVC light source is used for colored paint surface layer curing, the UVA light source is combined for colored paint deep layer curing, the curing speed of the colored paint can be guaranteed, the curing quality of the colored paint can also be guaranteed, and after the colored paint is cured, the appearance of a paint surface yellowing image is few.

The invention brings forward an integrated dehydration and solidification transport vehicle. The vehicle comprises a vehicle body, on which an operation room is arranged. A propeller enabling the vehicle body to move forward is arranged below the vehicle body and connected with first power device for driving the propeller to rotate. The vehicle body communicates with a dehydration machine, a sludge modifier, an impurity removing machine, a solidification machine and a relay pump in order through a sludge conveying pipeline. The relay pump is connected with a second power device for driving the relay pump to rotate. The dehydration machine, the sludge modifier, the impurity removing machine, the solidification machine and the relay pump are arranged on the vehicle body. An electric control cabinet used for providing power control over the overall transport vehicle and a generating set used for providing power are arranged on the vehicle body. The integrated dehydration and solidification transport vehicle has following beneficial effects: the technical problem is solved so that sludge solidification and dehydration as well as transfer of solidification agents can be carried out on the vehicle; and the transport vehicle reaches the advanced level at home in terms of designed dehydration and solidification processes.

The invention discloses a coating and curing production line and a coating and curing method thereof, the coating and curing production line comprises at least one operation part, the operation part comprises a coating auxiliary device, the coating auxiliary device comprises a clamping part, the clamping part can be driven to move in the length direction of a to-be-treated product, and the clamping part can clamp the to-be-treated product; the coating device comprises a plurality of liquid pipes used for containing coating liquid; and a curing device; wherein the clamping part straightens the to-be-treated product when moving in the length direction of the to-be-treated product, the coating device coats the to-be-treated product in a sectional mode, the clamping part clamps the to-be-treated product during coating, and the curing device cures the coated product. According to the coating and curing production line, the coating and curing efficiency is high, the coating auxiliary device is arranged, a product can be straightened before coating, the product can be clamped in the early stage of coating for sectional type coating, buoyancy of coating liquid in the liquid pipe is overcome, and a liquid replacing and supplementing device can be arranged to replace or supplement the coating liquid in the liquid pipe.