35results about How to "Avoid partial damage" patented technology

The present invention relates to a home-bar door opening/closing device for a refrigerator. According to the present invention, guide slots 72 are provided in both side surfaces of an opening 59 provided in a refrigerator door 55 and connected to one ends of links 75 which rotate and vertically move. Then, a home-bar door 63 is installed in the opening 59 so that an upper end of the home-bar door 63 vertically rotates about a hinge 65. The other ends of the links 75 are pivotably connected to both side surfaces of the home-bar door 63, respectively. An upward elastic force from coil springs 77 is provided to the one ends of the links 75, while an elastic force from torsion springs 79 is provided to the other ends of the links 75. According to the present invention so constructed, it is possible to reduce the impact due to the rapid opening of the home-bar door.

The invention discloses a high-voltage lithium ion battery, a composite electrode couple and preparation methods of the high-voltage lithium ion battery and the composite electrode couple, which belong to the technical field of lithium ion batteries. The composite electrode couple provided by the invention comprises a porous diaphragm, an anode mixture and a cathode mixture; one surface of the porous diaphragm is coated with the anode mixture which comprises an anode active material, a conductive agent and an adhesive; and the other surface of the porous diaphragm is coated with the cathode mixture which comprises a cathode active material, the conductive agent and the adhesive. The high-voltage lithium ion battery provided by the invention comprises the composite electrode couple, a composite current collector and an electrolyte, wherein a block body is formed by alternately superposing a plurality of composite electrode couples and composite current collectors; the composite electrode couples in the block body are soaked in the electrolyte; an electronic conductive adhesive layer with the thickness being less than 10 microns is arranged between each composite electrode couple and each composite current collector; and the composite current electrodes are arranged on the upper surface and the lower surface of the block body. The high-voltage lithium ion battery provided by the invention has the advantages of high voltage, good safety, good consistency and the like.

The invention discloses a process for manufacturing a Wolter-I reflector by means of copying. The process includes the following steps that: a precision mandrel used for copying is manufactured; a DLCfilm is applied by means of the PVD (Physical Vapor Deposition) process; a gold film reflective layer is applied by means of the PVD process; a reflector shell is obtained through electroforming; thesurface of the reflector shell is trimmed; a reflector is released from the mandrel in a low-temperature refrigeration room by using a mold release device; and the surface of the reflector is washed.According to the process of the invention, DLC is applied between the copying gold film and the surface of the mandrel so as to be adopted as a release layer, and therefore, the gold film can be effectively prevented being damaged, and the smooth release of the gold film from the mandrel can be facilitated; the gold film is plated at the rotation surface and two end surfaces of the mandrel simultaneously, and therefore, electroforming nickel can be prevented from infiltrating between the gold film at the end surfaces of the mandrel and the surface of the mandrel during an electroforming process; electroforming time can be prolonged, the strength of the reflector shell is increased, the deformation of the reflector shell is prevented, and the reflector shell is easy to shell, transport andinstall; and the mandrel is made to be separated from the reflector shell through an auxiliary shelling device in the low-temperature room, and therefore, the manufacturing cost increase of the reflector and health hazards can be avoided.

A small-sized load sensor unit including a pressure member, to which a pressing force is applied, a strain body which is fixed to the pressure member by a first fixing member, a strain measuring unit which is provided on the strain body and is configured to be deformed together with the strain body, a first restricting unit which restricts a pressing force applied to a substantially center portion of the pressure member such that the pressing force becomes a predetermined threshold value or less, and a second restricting unit which restricts the pressure member from moving by a predetermined amount or more when a pressing force of an excessive load is applied to an edge portion of the pressure member.

The invention discloses a preparation method for a light bomb-proof aramid fiber composite non-woven fabric chip. The preparation method for the bomb-proof aramid fiber composite non-woven fabric chip includes: spreading aramid fibers, uniformly and straightly arraying in parallel, coating, drying to obtain aramid fiber composite non-woven fabric, and regulating parameters of production equipment to produce the aramid fiber composite non-woven fabrics with different surface density; preparing multilayer composite aramid fiber composite non-woven fabric through increasing the compositing times of the aramid fiber composite non-woven fabric; combining the aramid fiber composite non-woven fabrics with different surface density and different composite layer number to obtain the bomb-proof chip. The light bomb-proof aramid fiber composite non-woven fabric chip has good buffer ability and fire resistance, is resistant to bomb and vibration, is light and convenient to carry, enables the personnel load to be reduced, and enables the fighting efficiency of the fighter to be improved.

The invention provides a sharpness removing and blunting treatment method and device for disc roller scissor blades. Based on the magneto-rheological polishing treatment theory, the outer circumference of disc roller scissors is sleeved with an annular sleeve which is in clearance fit with the disc roller scissors and is of an inverted-N shaped groove body structure. Magnetic fields which are distributed in an inverted-N shaped mode are formed on the annular sleeve. The annular sleeve is filled with magneto-rheological working liquid. The disc roller scissors rotate relative to the annular sleeve. Soft polishing is generated on the blades on the two sides of the disc roller scissors and in the positions close to two internal angles of the inverted-N-shaped groove body structure through the magnetic field edge effect, a removal function is achieved, and sharpness removing and blunting treatment is conducted on the disc roller scissor blades. By the adoption of the sharpness removing and blunting treatment method and device, the microcosmic profile shape of the disc roller scissor blades can be improved, and the abrasion resistance and the splitting quality of metal plates are improved; the problems that in the prior art, sharpness removing and blunting treatment is conducted on disc roller scissors manually, so that secondary damage problems, for example, the blade blunt round radius is large, and the blades are inconsistent in shape are solved.

The invention discloses a large-diameter shield tunnel deformation control structure and a construction method thereof. The structure is installed in the construction period of a shield tunnel and comprises a bag expansion type dewatering and drainage pre-stressed anchor rod, a bag expansion type pre-stressed anchor rod, a water storage and drainage tank and a control system. The contact area between the bag expansion type dewatering and drainage pre-stressed anchor rod and a soil layer below the shield tunnel and the contact area between the bag expansion type dewatering and drainage pre-stressed anchor rod and a soil layer above the shield tunnel are increased through expansion type bags, the pulling resistance is increased, and uneven floating or settlement disasters of the large-diameter shield tunnel can be effectively prevented; prestress is symmetrically applied to the bag expansion type dewatering and drainage pre-stressed anchor rod and the bag expansion type pre-stressed anchor rod, resistance for convergence deformation is formed on a large-diameter shield tunnel section, and convergence deformation of the large-diameter shield tunnel section and engineering diseases possibly caused by the convergence deformation are effectively prevented and treated; and floating or sedimentation of the large-diameter shield tunnel is controlled through the combined effect of the bag expansion type dewatering and drainage pre-stressed anchor rod and the water storage and drainage tank.

The invention discloses a radon precipitation simulation device based on low-frequency vibration and a radon precipitation rate measurement method. The simulation device includes a power amplifier, a frequency sweep signal generator, a radon precipitation module, a drier and a radon measuring instrument; the radon precipitation module includes an exciting vibration radon extraction tank, top cover, vibrating rod and slide rail; the radon extraction tank accommodates uranium-like ore rock test block, the vibration exciter is fixed on the sliding rail and connected with the power amplifier, and the vibration rod is set on the vibration exciter and radon extraction tank In between, the slide rail is provided with a base platform that can move along the slide rail, and the radon precipitation tank is fixed on the base platform; an airflow circuit is formed between the top cover and the radon measuring instrument; the dryer is set between the gas outlet of the radon precipitation tank and the On the pipe path of the air inlet of the radon meter. The device can simulate radon precipitation of uranium-like ore rocks under low-frequency vibration and obtain experimental data through the device, so as to provide a data basis for studying the law of continuous radon precipitation rate variation of uranium ore rocks under the action of low-frequency disturbance loads.

Disclosed is a dye-sensitized solar cell module and a method of manufacturing the same. More specifically a counter electrode has connection parts formed within the side surfaces of the transparent conductive substrates. Edges of the working electrode and the counter electrode are bonded with each other by a sealant along the outer peripheral except for at one or more portions of the edges to form an electrolyte injection port. An electrolyte is then injected through the electrolyte injection hole into a space between the working electrode and the counter electrode. The electrolyte injection hole is then sealed by a sealant.

The invention discloses a pipeline stress deformation test experiment device, and further discloses a pipeline stress deformation test experiment method. The device comprises an experiment management platform system, a stress test mechanism, a pressure transmitter and a stress transmitter, the experiment management platform system is connected with the stress test mechanism through a communication cable, and the pressure transmitter and the stress transmitter are connected with the experiment management platform system through communication cables. The device can quickly and accurately master the quantitative relation between the stress and the strain of the measured pipeline, can be used for verifying and calibrating various strain monitoring devices and methods, gives objective evaluation on the accuracy and effectiveness of the monitoring devices and methods, and is safe, reliable and high in practicability, and the strain monitoring data of the measured pipeline body are not interfered by other conditions. The stress of the measured pipeline can be prevented from being overrun and plastically deformed, so that the experiment has repeatability, the result repeatability is good, and the workload of effectively evaluating the monitoring result of the long measured pipeline in a field complex environment is greatly reduced.

The invention discloses a lens production mold. The mold comprises a workbench, a lower mold, an upper mold, an electromagnet and a constant-temperature heating assembly; a sealing cylinder and a positioning pipe are fixedly mounted in the side edge and at the top of the workbench correspondingly. The lower mold and a positioning base are fixedly installed in the middle of the workbench; an external air valve is connected between steering cavities; the constant-temperature heating assembly is mounted in the lower mold; an exhaust hole and a forming cavity are formed in the top of the lower mold, the upper mold is arranged over the lower die mold a sealing plate is installed in the pouring pipe, a magnet block is fixed to the inner wall of the pouring pipe, a sealing pipe is fixed to the outer wall of the pouring pipe, and the middle of the sealing plate is connected with one end of a handle. The lens production mold is convenient for production, processing and forming of lenses, enables the lenses to be stably and synchronously taken out after production, is convenient and quick in taking-out operation, can effectively avoid the problem of local damage of the lenses when the lensesare taken out, and improves the forming quality of lens production.

The invention belongs to the technical field of food processing equipment, and particularly relates to high-efficiency drying equipment for vital wheat gluten, which comprises a centrifugal dewatering assembly; the centrifugal dewatering assembly comprises a filtering mechanism, a fixing mechanism, a first belt wheel and a lining rod; the filtering mechanism is movably connected to the upper portion of the fixing mechanism; the first belt wheel is arranged on the lower portion of the fixing mechanism; and the first belt pulley is in transmission connection with the filtering mechanism through the lining rod. The problem that in the prior art, the vital wheat gluten solution filtering efficiency is low is solved; and the problems that when the vital wheat gluten is stirred and dried, due to insufficient stirring, the vital wheat gluten can be quickly dried, caking is easily caused, and quick drying of the vital wheat gluten is not facilitated are solved. The invention further provides a using method of the high-efficiency drying equipment for the vital wheat gluten, the method is simple and convenient, operation of operators is facilitated, the operators can rapidly dehydrate and dry the vital wheat gluten through the equipment, automatic flow production is achieved in the whole process, manual intervention is not needed, the production efficiency is high, and the quality is good.

The invention discloses a novel tunnel construction ventilation system based on high-pressure air supply and a ventilation method thereof, and relates to the technical field of tunnel construction ventilation. The ventilation system comprises an air supply power system and an airflow conveying system, wherein the air supply power system is arranged at a tunnel inlet to form high-speed airflow; the airflow conveying system is arranged in a tunnel hole, can extend to the tunnel inlet to be connected with the air supply power system and is used for conveying high-pressure airflow into a tunnel; the airflow conveying system comprises a high-pressure conveying section and an airflow diffusion section; and high-speed airflow formed by the air supply power system can sequentially pass through the high-pressure conveying section and the airflow diffusion section to enter the position near the tunnel face and form diffuse type airflow. By implementing the technical scheme, the problems that an existing tunnel construction ventilation system is insufficient in air supply, lags behind the construction progress and the like are solved, the construction progress and safety of a small-section long-distance tunnel can be effectively guaranteed, the ventilation efficiency is high, air loss is small, durability is high, and the operation and maintenance cost of equipment can be effectively reduced.