37results about How to "Meet different product needs" patented technology

The invention provides a preparation method of an optical fiber temperature/humidity sensor inductive layer, which comprises the following steps of: forming an optical fiber sensing segment with smaller outside diameter on an optical fiber, forming a rail at the periphery of the optical fiber sensing segment which is positioned in the rail, filling a liquid material in the rail, forming a layer of liquid film, wrapping the optical fiber sensing segment in the liquid film and coating an inductive layer on the outer surface of the optical fiber sensing segment. The optical fiber temperature/humidity sensor inductive layer manufactured by utilizing the preparation method of the optical fiber temperature/humidity sensor inductive layer is applied to producing an optical fiber temperature/humidity sensor. The invention has the advantages of simple process, easy operation, low manufacturing cost and good applicability.

The invention provides an LED lamp including an LED dimming circuit connected with a dimming switch. The LED dimming circuit includes a rectification filtering unit, a switch device, a switch control unit, an output unit, a sampling resistor unit and a power adjusting unit. The power adjusting unit collects wave forms of the output voltage at the output terminal of the dimming switch. When the wave forms are normal sine waves, output power of the output unit is adjusted according to on-off frequency of the output voltage meeting requirements. When the wave forms are chopping sine waves, the output power of the output unit is adjusted to be the maximum. According to the invention, by detecting the wave forms of the current flowing through the adjusting switch and judging the type of the adjusting switch according to features of different influence on current of a common switch and a silicon controlled adjusting switch, different control strategies are used for controlling the output power of the control circuit, so that the compatibility between stepless dimming and segmentation dimming is achieved.

The invention discloses a grouting machine, which comprises a rack, wherein the rack is provided with a liftable pump body mechanism; the pump body mechanism comprises a pump body; the top of the pump body is provided with a hopper communicating with a feeding inlet in the pump body; a feed roller mechanism for conveying slurry is rotationally arranged in the pump body; a material closing base is arranged at the bottom of the pump body; a material cavity is arranged in the material closing base; a feeding hole and a discharge hole are formed in the top and the bottom of the material closing base separately; a material closing shaft is rotationally arranged in the material cavity; and material guide openings corresponding to the feeding hole and the discharge hole are formed in the material closing shaft. The grouting machine can be connected with a cake production line for use, can be used as a single machine, and is high in production efficiency and high in yield. Two structures are adopted by the material closing base and can be exchanged to meet different product requirements. Slurry dripping or trailing is avoided. A cake material is completely separated from a feed gate through material returning, material cutting and fast raising during material extrusion, no residue is formed and the slurry dripping or trailing can be avoided.

The invention provides an LED lamp. The LED lamp comprises an LED dimming circuit connected with a diming switch, wherein the LED dimming circuit comprises a rectifying and filtering unit, a switch device, a switch control chip, an output unit, a sampling resistor and a power regulating unit; the power regulating unit is used for collecting waveform of output voltage of the output end of the diming switch; when the waveform is a normal sine wave, the output power of the output unit is regulated according to switching on and off frequency of the output voltage with accordance with the condition; when the waveform is a chopped sine wave, the output power of the output unit is regulated to be maximum. The LED dimming circuit is used for detecting the current waveform which passes through regulation switches and judging the type of the regulation switches according to the characteristics of different influences of ordinary switches and silicon-controlled regulation switches on the current, thereby controlling output power of the circuit by using different control strategies and implementing compatibility of stepless dimming and segmental dimming.

The invention relates to a glue-free fiber bar heat setting machine for a glue-free fiber bar production line. The machine is matched with the glue-free fiber bar production line, and is suitable forglue-free fiber bar processing production. The machine comprises a heat setting machine frame, a fiber bundle channel, a fiber bundle channel tube, a plurality of fiber bundle temperature equalizing zones, a plurality of temperature control preheating zones, a plurality of temperature control heating zones and a fiber bundle solidifying forming zone; and a machine box body is arranged at the upperpart of the heat setting machine frame, the plurality of temperature control heating zones are arranged in the machine box body, the plurality of temperature control preheating zones are arranged atthe front parts of the temperature control heating zones, one fiber bundle temperature equalizing zone is arranged between every two adjacent temperature control preheating zones, one fiber bundle temperature equalizing zone is arranged between every two adjacent temperature control heating zones, a fiber bundle inlet temperature equalizing zone is arranged at a fiber bundle inlet, and the fibersolidifying forming zone is arranged at the front end of the heat setting machine. The design is reasonable, the production process is simple, the production cost is greatly saved, glue and solvents are not needed to be added in the production process, and the environment-friendly and energy-saving effects are achieved.

Relating to the technical field of printed circuit board jet printing, the invention provides a printed circuit board jet printing motion scanning method, which adopts an insertion point type uniform stepping mode. The technical scheme does not add any cost or extra jet printing process on the basis of current printed circuit board jet printing equipment. In other words, under the premise of ensuring both the cost and the efficiency, by means of simple parameter adjustment, an obvious disconnection problem caused by clogging of a part of nozzles can be effectively avoided. At the same time, the resolution of a jet printing pattern can be improved manyfold according to needs conveniently. The method has a simple principle, is easy to popularize, and can obtain smooth graphics with consistent jet printing quality.

A concrete member production system comprises a formwork table conveying device, formwork table pre-treatment equipment, a first spreader, a second spreader, post-spreading treatment equipment, a maintenance storehouse and an edge-on bottom formwork removal device, wherein a formwork removal station, a formwork pre-treatment station, a first spreading station and a vibro-compacting station are sequentially arranged on the formwork table conveying device and at the exit of the maintenance storehouse; a post-spreading treatment station, a second spreading station and an insulation board placing station are sequentially arranged on the formwork table conveying device and at the entrance of the maintenance storehouse; the edge-on bottom formwork removal device, the formwork table pre-treatment equipment, the first spreader, a formwork vibrating device, the second spreader and the post-spreading treatment equipment are correspondingly arranged on the formwork removal station, the formwork pre-treatment station, the first spreading station, the vibro-compacting station, the second spreading station and the post-spreading treatment station respectively to form a circulating production system. The concrete member production system is operated mechanically, achieves continuous production, saves time and labor and improves the working efficiency.

The invention relates to a glue-free fiber bar production line. The glue-free fiber bar production line is suitable for glue-free fiber bar processing production. The glue-free fiber bar production line involves a glue-free fiber bundle constant-tension unwinding device, a glue-free fiber bundle traction device, a glue-free fiber bar heat setting machine, a glue-free fiber bar traction cutting-offmachine and an accurate curing forming combined mold; the glue-free fiber bundle traction device is arranged at the front part of the glue-free fiber constant-tension unwinding device, the front partof the glue-free fiber bundle traction device is provided with the glue-free fiber bar heat setting machine, the glue-free fiber bar traction cutting-off machine is arranged at the front part of theglue-free fiber bar heat setting machine, and the accurate curing forming combined mold is arranged at a glue-free fiber bar output end which is arranged at the front part of the glue-free fiber bar heat setting machine. The glue-free fiber bar production line is reasonable in design and simple in production process; and the production cost is greatly saved, glue and solvent are not needed to be added in the production process, no volatile pollutants are generated, the environment-friendly and energy-saving effects are achieved, the production environment is greatly improved, and no pollutionor harm is caused to production personnel.

The invention provides a non-substrate medium layer, and a semiconductor device using same, and especially, relates to a non-substrate medium layer which is free from using substrates, such as a prefabricated wafer, glass or organic layers. In the non-substrate medium layer, a plurality of conductive pathways, which connecting an upper and a lower surfaces, are formed in an insulation separation layer formed by deposition, coating and the like technologies in a solidifying manner. At least one wire rearrangement layer is arranged on one side surface of the insulation separation layer. The wire rearrangement layers are respectively provided with a dielectric layer and a plurality of wire patterns. In addition, a plurality of electrode pathways, which are electrically connected to a part of the wire patterns, are formed on the most-outer wire rearrangement layer on the insulation separation layer. By such way, thickness of the insulation separation layer is effectively controlled, and the conductive pathways are more accurate and micronized, numbers and density of pins thereon are greatly increased, and the medium layer is reduced in thickness and is more suitable for heating, compressing processes in later treatment. The non-substrate medium layer is effectively increased in production speed and qualification rate, and can satisfy demands in the following packaging processes.

The invention discloses a safety helmet identification incremental learning and role judgment method based on deep learning, and the method comprises the steps: carrying out the stream extraction operation of a camera through an RTSP, and carrying out the frame skipping processing of a collected video; recording batch information of the training data added into the data set, and performing fine adjustment on the network after new training data is added to realize incremental learning; determining learning rules according to batches, and avoiding catastrophic forgetting; and detecting and identifying safety helmets with different colors in the video and the situation of not wearing the safety helmets, and determining personnel roles of personnel wearing the safety helmets through the colors of the safety helmets while judging the unsafe behavior of not wearing the safety helmets. According to the invention, a target detection technology and a safety mechanism of a factory are combined, a risk detection early warning system is completed, a lot of manpower and material resources are saved, a safety protection mechanism of the factory is improved, a factory management system is perfected, and life health and safety of personnel are maintained.

The invention discloses a breathable and moisture-permeable coating. The breathable and moisture-permeable coating is prepared from 70-80 parts of polyurethane, 30-40 parts of polyvinyl chloride, 10-14 parts of polytetrafluoroethylene, 7-9 parts of a super absorbent polymer and 0.5-0.7 parts of wood pulp. Coated fabric comprises a base fabric and the breathable and moisture-permeable coating bonded to the base fabric; the base fabric is nylon fabric with the thread count of 100-136*80-96 count/10 cm; the thickness of the breathable and moisture-permeable coating is 0.1-0.5 mm. A preparation method of the coated fabric comprises the steps as follows: weaving nylon fabric; making the nylon fabric into large rolls; stacking the large rolls in a sodium bicarbonate environment; spreading and cleaning the large rolls; performing dyeing and hot tentering finish; mixing and stirring the breathable and moisture-permeable coating and water uniformly; spraying the mixture onto a plane; leaving the mixture to stand for solidification; bonding the breathable and moisture-permeable coating to the surface of the nylon fabric. The breathable and moisture-permeable coating has water-repellent property, moisture permeability, windproof property, thermal insulation, flexibility and high structural strength, and breathability, moisture permeability and waterproof property can be adjusted as required.

The invention discloses a supporting device for portable electronic equipment. The supporting device for the portable electronic equipment comprises a supporting main body mechanism and a rotary connecting mechanism, wherein the rotary connecting mechanism is rotationally connected with the supporting main body mechanism through a torsion rotating shaft mechanism, so that the rotary connecting mechanism can stay in a range of 0 to 90 degrees when rotating around the supporting main body mechanism; the supporting main body mechanism is at least provided with a rotary motion space capable of accommodating the front end part of the rotary connecting mechanism to rotate around the supporting main body mechanism in a range of 0 to 90 degrees; and the rotary motion space and the rotary connecting mechanism form a supporting platform for supporting the electronic equipment. The torsion rotating shaft mechanism adopts a damping rotating shaft mechanism, and the damping rotating shaft mechanism is used for enabling the rotary connecting mechanism to stay when rotating around the supporting main body mechanism within the range of 0 to 90 degrees; or the torsion rotating shaft mechanism adopts a semi-automatic opening and closing rotating shaft mechanism and is used for enabling the rotary connecting mechanism to stay at a set angle.

The invention provides a preparation method of porous nano electrode carbon, which comprises the following steps: A) mixing m-cresol and formaldehyde in water, adding an alkali catalyst, transferring into a constant temperature box, and culturing an intermediate to obtain a wet intermediate; b) immersing the wet intermediate in a polyether solution, carrying out water replacement, and drying to obtain a dry intermediate; c) carbonizing the dry intermediate in a nitrogen atmosphere to obtain carbonized electrode carbon; and D) activating the carbonized electrode carbon in a CO2 atmosphere to obtain the porous nano electrode carbon. On the basis of a sol-gel method, m-cresol, p-cresol and a formaldehyde solution are used as precursors, NaOH is used as a catalyst to prepare an intermediate, then the intermediate and a polyether solution are subjected to water replacement, and then the porous nano electrode carbon is prepared through carbonization and activation. The preparation method disclosed by the invention is simple, low in cost and capable of realizing industrial batch production. The invention also provides a preparation method and application of the porous nano electrode carbon.

The invention discloses an automatic carpet high-frequency welding machine. The automatic carpet high-frequency welding machine comprises a machine base, a high frequency generator, at least two sliding tables, a driving mechanism and a jacking mechanism, wherein the high frequency generator is installed on the machine base and provided with a positive terminal and a negative terminal, and the negative terminal is electrically connected with a welding plate; the sliding tables are sequentially stacked on the machine base from top to bottom and located bellow the welding plate, working tables are arranged on the sliding tables, and welding die heads are installed on the working tables and electrically connected with the positive terminal of the high frequency generator; the driving mechanism can drive the sliding tables to sequentially slide back and forth in the horizontal direction; and the jacking mechanism is installed at the bottom of the machine base and located at the bottoms ofthe working tables, and can drive the working tables of the sliding tables sliding over the jacking mechanism to move upwards to make the welding die heads close to the welding plate. In the automaticcarpet high-frequency welding machine, the multiple working tables are arranged, at the time when one worktable is used for welding, the welding die heads can be installed on the other working tables, and thus the welding efficiency of the product is improved.

The invention discloses a nose landing gear side wall intersection point hole precision detection tool and detection method, relates to the field of aircraft assembly and manufacturing, and aims to solve the problems by providing a nose landing gear side wall intersection point hole precision detection tool and detection method. According to the technical scheme, the nose landing gear side wall intersection hole precision detection tool comprises a framework, connector supports, positioning pins, inspection pins of various diameter specifications and gaskets of different thickness specifications, the connector supports are arranged at the four corners of the framework respectively, and the four connector supports are each provided with a pin hole, namely, a first pin hole, a second pin hole, a third pin hole and a fourth pin hole; wherein the first pin hole is provided with a first positioning pin, the second pin hole and the third pin hole are respectively provided with inspection pins, the fourth pin hole is provided with a second positioning pin and an inspection pin, the positioning pins are used for forming detection base points, and the inspection pins are of various specifications and are used for detection. The detection tool and detection method are used for detecting the coaxiality, the location degree and the left and right crotch size of the main intersection point of the nose landing gear and the intersection point of the front supporting rod after product assembly.