31results about How to "Quick tear" patented technology

A seam for use in a seat of a vehicle having a side airbag that deploys through a cover of the vehicle seat. The seam including a first material and a second material joined to the first material. A monofilament member used to join the first material to the second material. The monofilament member will allow for quicker and easier tearing of the seam thus allowing for more complete and quicker deployment of the airbag through the vehicle seat cover to protect the occupant from contact with interior surfaces of a vehicle.

The invention discloses a container cover and a powdery granule container. The container cover comprises a cover seat connected with a tank body and a cover body for covering a tank opening of a container tank; one side of the cover body is rotationally connected with the cover seat; the other side of the cover body is in buckled connection with the cover seat through a locking structure; the locking structure comprises a locking piece arranged on the cover body and an anti-theft piece arranged on the cover seat to compress the locking piece from the radial outer side of the cover body; a first buckling part is arranged on the outer side wall of the locking piece; and a second buckling part matched with the first buckling part in a buckled manner is arranged on the anti-theft piece. According to the container cover and the powdery granule container, the technical problem that existing anti-theft covers are very inconvenient to open due to the fact that great strength is required to tear anti-theft rings and the anti-theft rings are easy to break is solved.

The invention discloses a balloon tearing device and an aerostat with the same. The balloon tearing device comprises a high-temperature alloy wire, a stretching part and an external power source, and the high-temperature alloy wire, the stretching part and the external power source are arranged on a balloon. The high-temperature alloy wire is arranged on the outside of the balloon, two ends of the high-temperature alloy wire are connected to the tail end of the stretching part, the stretching part in a stretching state enables fitting of the high-temperature alloy wire on the outside of the balloon, the head end of the stretching part is fixed to the balloon, the high-temperature alloy wire is connected with the external power source, and after the external power source is electrified, the high-temperature alloy wire is heated to tear the balloon by burning. The balloon tearing device and the aerostat with the same are simple in structure and convenient to use, the balloon of the aerostat in an emergency state can be quickly torn when the high-temperature alloy wire is electrified, and normality in operation of the aerostat under a normal condition is unaffected.

The invention discloses a kit for early diagnosis of liver metastasis of colorectal cancer, which belongs to the field of medical diagnosis and treatment kits. The kit for early diagnosis of liver metastasis of colorectal cancer comprises fixed cardboard, movable cardboard one and movable cardboard two arranged inside the carton, and The right end of the movable cardboard 2 is inserted in the inside of the through slot, and the movable cardboard 1 can be turned over by pulling the movable cardboard 2, so that the reagent tube can be erected, and the reagent tube does not need to be picked up manually, which effectively improves the convenience of the reagent tube. In addition, the device adopts paper material components as a whole to realize the stable placement of reagent tubes and product packaging, while reducing the production cost of the device, it can also effectively protect the environment, and to a certain extent, it is conducive to the decomposition and recycling of the device.

The invention relates to the asphalt field, in particular to a repeatedly bending asphalt block processing device. The technical problem of the present invention is to provide a repeatedly bending asphalt block processing device. The technical embodiment of the present invention is: a repeatedly bending asphalt block processing device, including an installation and connection base plate, a machine tool board, an operation control panel, a tool box, and a bending and separation system; the bottom of the machine tool plate is welded to the installation and connection base plate . The invention realizes repeated bending of waste asphalt slabs and gradually expands the bending degree and range, forcing the adhered aging geotextile to gradually detach from the surface of the asphalt block, and at the same time moves the asphalt particles adhered to the outer surface of the geotextile Separation, and can use the telescopic spring awl to quickly tear the asphalt when pretreating the waste asphalt, which simplifies the effect of the treatment process of waste asphalt recycling.

The invention discloses an easy-to-tear cover tape, comprising a wax layer, an antistatic layer, a base material layer and a heat-sealing layer sequentially arranged from top to bottom. On both sides of the bottom of the material layer, the top of the wax layer is provided with several pressing blocks, the pressing blocks are protruding, and the strength of the pressing blocks is greater than the maximum strength of the wax layer, the antistatic layer and the substrate layer , The two heat-sealing layers are respectively provided with extruding blocks facing each other, the extruding blocks are arranged obliquely, and the upper end thereof is closer to the center line of the base material layer. When tearing off the cover tape, you can press the pressing block first, so that the pressing area can sag. At this time, the air pressure between the cover tape and the carrier tape will increase, which can push the extrusion block, which is equivalent to giving the extrusion block an oblique upward movement. The force is on the inner edge of the heat-sealing layer, which weakens the connection force between the heat-sealing layer and the carrier tape. With the external pulling force, the cover tape can be quickly torn. The invention also discloses a preparation method using the above cover tape.

A ground pulse cutting method for the hard roof of the mining working face of an empty roadway. A vertical borehole is opened on the top of the roadway, and the bottom of the borehole extends into the hard rock formation; the borehole is detected by a penetrometer. Combined with the pressure conditions, the pressure of the hard rock formation on the roadway surrounding rock is judged; L-shaped drilling holes are opened directly above the coal pillars on both sides of the mining face, and the vertical section extends downward from the ground to 1 of the hard rock formation directly above the coal pillar. / 2 position, its horizontal section extends along the advancing direction of the working face to the boundary of the hard rock strata that needs to be cut; use a hole sealer to seal the opening of the L-shaped drill hole, and perform water injection operations through the waterway connected to the water injection port , turn on the power, and use the shock wave to perform fracturing; observe the range of shock wave fracturing through the display connected to the controller, until both sides of the hard rock formation in the advancing direction of the entire working face are simultaneously fracturing and cut off. The detection process of the method is not prone to deviation, and the detection accuracy is high. At the same time, the top cutting speed is fast and the safety is good.

The invention discloses equipment for decomposing skin into fibers in water. The equipment for decomposing skin into fibers in water comprises a first cylinder and a second cylinder which are the same in diameter, wherein the two cylinders are vertically parallel, the surface of an external circle is close to or is arranged on a framework in a tangent mode, the lower portion of the second cylinder is arranged at one side of a water storage tank, the water storage tank is connected with the framework, a work roller close to and parallel with the first cylinder is arranged at the left side of the first cylinder, a first hair removing roller, a second hair removing roller and a third hair removing roller are arranged at the left side of the work roller, the upper portion of the right side of the first cylinder and the upper portion of the right side of the second cylinder respectively, a circulating water filtering curtain is arranged at the lower end of the second hair removing roller and the lower end of the third hair removing roller, circulating water pressing felt is arranged at the lower portion of the right end of the circulating water filtering curtain, a pair of squeeze rollers are arranged at the right portion of the circulating water pressing felt, and a material receiving box is arranged at the right end of the circulating water pressing felt. By means of the equipment for decomposing skin into fibers in water, a large piece of skin can be rapidly torn off into small pieces of skin or skin fibers through the two large cylinders, the work roller and the hair removing rollers.

The invention discloses a local sandblasting method for a part, which comprises the following steps: step 1: paste a detachable layer on the part that does not need sandblasting; step 2: apply a solidified layer on the outside of the detachable layer; step 3: put Apply the cured layer for natural air drying and curing; after the cured layer is cured, the disassembly layer is in close contact with the parts under the force of the cured layer, and then sandblasting and shot blasting are performed. The strength of the cured layer does not require spraying on the parts. Sand and shot blasting parts are protected; after sand blasting and shot blasting, the disassembly and assembly of the disassembly layer will directly drive the solidified layer to separate from the parts, which solves the problem of using AB glue and other glues on the parts that do not need sandblasting. It takes time and effort to protect and remove the adhesive layer, and it is easy to wear the surface of the part.

The invention discloses a virtually-cutting and coiling integration machine for producing a nail-beautifying aluminium foil. The virtually-cutting and coiling integration machine comprises a rack, wherein an uncoiling roll is arranged at the feeding end of the rack; a coiling roll is arranged at the discharging end of the rack; a knife rest is arranged at the middle part of the rack; a knife head is arranged on the knife rest by a first cylinder; a plurality of convex parts are uniformly arranged on the knife head; piercing cones are arranged at the bottoms of the convex parts; auxiliary knife edges are arranged at the two sides of the piercing cones; elastic pressing pieces are arranged at the two sides of the convex parts; the bottom parts of the adjacent elastic pressing pieces are mutually contacted; the rack is provided with two cushion plates by connecting shafts; second cylinders are connected at the bottom parts of the cushion plates; the cushion plates are rotated around the connecting shafts under the driving of the second cylinders; the plane for rotation of the cushion plates is vertical to the plane for up-down movement of the knife head; and the two cushion plates are symmetrically arranged by adopting the position of the knife head as a central line. The virtually-cutting and coiling integration machine disclosed by the invention has the advantages that the defects of the prior art can be improved and the accuracy for cutting-point control is improved.

The invention relates to a nano-drug delivery system and a preparation method of a double-responsive anti-tumor drug-carrying drug delivery system for tumor treatment. Sodium alginate modified with 11‑mercaptoundecanoic acid (MUA) was used as the backbone to make CaCO 3 Co-precipitate with anti-tumor drugs on the sodium alginate skeleton, and use ultrasonic vibration to promote the cross-linking of sulfhydryl groups on the modified sodium alginate to prepare pH and redox dual-responsive nano-drug delivery carriers. The present invention proves that the CaCO-based 3 The nanoparticles have good tumor selectivity and the ability to regulate the pH of tumor cells, which can reduce the toxic and side effects on normal cells and the body while killing tumor cells. The nano drug delivery carrier provided by the invention is expected to be used for tumor treatment, and has a good application prospect in the field of biomedicine.

A method for controlling the floor drum of a roadway by pulse operation, in which a row of obliquely arranged drill holes are respectively arranged at a certain interval at the junctions between the sides of the roadway and the floor on the left and right sides of the roadway; ; Obtain the pressure and displacement information data of deep rock formations at different depths in turn until the entire drilling process is completed; the data acquisition instrument can be used for the later floor according to the obtained pressure and displacement information data in the drilling, combined with the compression deformation. Formulate reasonable parameters for fracturing; use the electric pulse device to perform fracturing operations on the drilled holes on the floor of the roadway; observe the range of shock wave fracturing, and after the expected effect is achieved, take out the electric pulse device and carry out the impact operation of the next adjacent drilling hole , until the fracturing operation of the entire roadway floor is completed; the drilling and fracturing operation on the other side of the roadway floor is completed; and the grouting bolt reinforcement is performed later. This method has high detection accuracy, fast bottom cutting speed and good repair effect.