63results about How to "Without destroying the integrity" patented technology

The invention belongs to the preparation technique of sensors and provides a three-dimensional soft tactile sensor array which comprises a microstructure which is arrayed in an ordered arrangement and a wire which is located between the end points of the microstructures. Non-conducting rubber is put between the microstructures. Each microstructure is composed of three pillar-shaped bodies, wherein the first pillar-shaped body is placed vertically; the upper end face of the second pillar-shaped body is intersected and connected fixedly with the side face of the first pillar-shaped body. The center of the upper end face of each microstructure and the center of the lower end face of each microstructure are respectively provided with an electric contact. A wire is connected between the electric contacts of the upper end face of the first pillar-shaped body of each microstructure, a wire is connected between the electric contacts of the upper end face of the third pillar-shaped body of each microstructure, a wire is connected between the electric contacts of the lower end face of the first pillar-shaped body of each microstructure, and a wire is connected between the electric contacts of the lower end face of the second pillar-shaped body of each microstructure. An upper layer of the wire and a lower layer of the wire are vertical to each. The sensor array has the advantages of lowering dimensionality and difficulty of decoupling, being capable of detecting magnitude of force, being low in response time and tight in structure.

The invention discloses an adjustable head-mounted locking mechanism which comprises two bandages and a bandage locking mechanism. A rack inserting into the bandage locking mechanism is arranged at one end of each bandage, a star wheel is arranged in the bandage locking mechanism, a ratchet is coaxially arranged on the star wheel, a pawl is arranged on one side of the star wheel and is provided with a reset spring, the pawl is meshed with the ratchet under the action of the reset spring, the bandages can be tightened by rotating the star wheel, a button is arranged in the bandage locking mechanism and is pushed to drive the pawl to leave the ratchet, and the bandages can be tightened or loosened by rotating the star wheel. The adjustable head-mounted locking mechanism has the advantages of easy adjustment, locking reliability, saving space, long service life and the like.

The invention provides a road mechanical energy collection apparatus based on mechano-electric effect improvement. A piezoelectric power generation substrate is placed on a bottom plate; through holes are formed in the piezoelectric power generation substrate; connecting pieces pass through the corresponding through holes; one ends of the connecting pieces are fixed on a top plate while the other ends of the connecting pieces are fixed on the bottom plate; multiple uniformly distributed mounting blind holes are formed in the piezoelectric power generation substrate; the mounting blind holes are connected through wire grooves which are formed in the piezoelectric power generation substrate; collection circuit mounting blind holes connected with the wire grooves are also formed in the piezoelectric power generation substrate; a piezoelectric stacking unit is mounted in each mounting blind hole; a force transfer component is placed on each piezoelectric stacking unit; the top part of the force transfer component extends out of the corresponding mounting blind hole to jack the top cover; and the top plate and the piezoelectric power generation substrate are separated by the force transfer components. The road mechanical energy collection apparatus can be widely applied to road engineering, and has a good stress transfer effect, high energy conversion efficiency, quite high durability, and high overall integrating degree with an asphalt pavement.

The invention relates to an industrial plant foundation strengthening method, belongs to the field of earthquake-proof strengthening technologies and discloses a foundation processing method. The method comprises the steps of using a newly-increased steel pipe pile and an upper newly-increased concrete bearing platform, fixedly connecting the newly-increased steel pipe pile and the upper newly-increased concrete bearing platform with a primary foundation bearing platform through steel bar anchors, and commonly bearing a newly-added layer structure, so that steadiness and safety of an added layer improving engineering are ensured; and the problems of personnel and property losses caused due to earthquake which is caused due to poor anti-seismic property of original houses in improvement of old plants are solved fundamentally.

The invention discloses a hydraulic concrete structure composite prestress reinforcing system and a construction method thereof, and relates to the field of hydraulic concrete structure reinforcing systems. The hydraulic concrete structure composite prestress reinforcing system comprises a prestress carbon fiber board. The two ends of the prestress carbon fiber board are respectively fixed to thebottom ends of a hydraulic concrete T-shaped beam by a first anchoring mechanism and a first tensioning mechanism. The hydraulic concrete structure composite prestress reinforcing system further comprises at least two prestress steel strands. The prestress steel strands are symmetrically fixed below the partitioning plates on two lateral faces of the bottom of the hydraulic concrete T-shaped beam.One ends of the prestress steel strands are connected with a second tensioning mechanism, and the other ends of the prestress steel strands are connected with a second anchoring mechanism. The construction method comprises the following steps that paying off and positioning are conducted, base surface processing is conducted, anchoring tool mounting is conducted, prestress carbon fiber board andprestress steel strand mounting and laying are conducted, glue preparation and carbon fiber board binding element applying are conducted, prestress tensioning and locking are conducted, and surface sealing processing is conducted. The invention provides the hydraulic concrete structure composite prestress reinforcing system and the construction method thereof, strength and stiffness of the structure are effectively improved, the bearing capacity of the structure is improved, deflection deformation of the structure is reduced, and the function of reducing and sealing cracks is achieved.

The invention discloses a monitoring device for a settlement cavity value of a medium-low-speed magnetic suspension low track bearing-rail beam and a roadbed. The monitoring device comprises an inductive strainometer and an inductive sensor testing instrument. The inductive strainometer comprises a ground anchor threaded steel bar set, a lower flange plate, an induction coil, an upper flange plate, an anchor plate and a magnet. The roadbed can drive the induction coil to settle synchronously when settlement happens. A bearing-rail beam bottom slab can drive the magnet to settle synchronously when settlement happens. When the settlement generated by the roadbed is different from the settlement generated by the bearing-rail beam bottom slab, the magnet and the induction coil cut each other to generate currents, and therefore the settlement difference value of the bearing-rail beam bottom slab and the roadbed can be obtained through the inductive sensor testing instrument. According to the monitoring device, data reading is conducted outside a closed loop of the roadbed and prevented from being influenced by the closed loop, the large transportation load of a train, and track panel space limitation of the top of the bearing-rail beam, and the settlement difference value between the bearing-beam rail bottom slab and the roadbed can be observed and measured at any time.

The invention discloses a hydroelectric generating set which comprises a cylindrical water cylinder with a water inlet and a water outlet, a water conduit, a water wheel, a water outlet pipe and a generating set, wherein the water conduit is connected with the water inlet of the water cylinder, the water outlet pipe is connected with the water outlet of the water cylinder, the water conduit is vertically arranged in the tangent direction of the water inlet of the water cylinder, and the extension line of the water conduit is vertical to the extension line of the water outlet pipe; and the water wheel is arranged in the water cylinder and is coaxially connected with the generating set at the outside. The invention provides the hydroelectric generating set and a dam power generation system and provides a dam power generation building structure and a more effective water injection mode, therefore, the water has much more free falling movement potential energy, and the geopotential energy guarantees strong water turbine power, small water requirement for acting and high mechanical efficiency.

The invention provides an engineering parameter measurement while drilling device of a deep water drill string. The device comprises a top drive, a drill string body, a gauging nipple, a data transmission module and a data transmission module; the top drive is used for providing the drill string with driving force; the top of the gauging nipple is connected to the top drive, the bottom of the gauging nipple is connected to the drill string, and the gauging nipple is used for collecting an engineering parameter of the drill string in the well drilling process; the data transmission module is connected to the gauging nipple and the data transmission module, and is used for data communication between the gauging nipple and the data transmission module; the data transmission module is used for monitoring the engineering parameter of the drill string in real time and conducting real-time early warning and analysis treatment on a work state of the drill string.

The invention relates to a process for preparing sugarcoated haws by using haw thorn or Chinese yams as raw material through the steps of kernel removing, punching and stuff filling. The invention realizes an easy preparation process.

The invention discloses an electric vehicle with charging indicator lamps capable of displaying multiple charging states. The electric vehicle comprises an electric vehicle body and a charging indicator lamp assembly. The charging indicator lamp assembly comprises charging indicator lamps and a decorative plate clamped onto the operation table of the electric vehicle. The charging indicator lamps are detachably mounted on the lower surface of the decorative plate through second internally-threaded mounting columns. A mounting slot is arranged in a position, near a front windshield, on the operation table inside the electric vehicle body, the depth of the mounting slot matches the total thickness of the charging indicator lamps, and the shape of the mounting slot matches the shape of the charging indicator lamps. A placing slot used for placing the decorative plate is arranged around the mounting slot on the operation table, and the depth of the placing slot matches the thickness of the decorative plate. The placing slot is provided with multiple bayonets, the lower surface of the decorative plate is provided with multiple clamp pieces in clamping fit with the bayonets in a one-to-one correspondence manner in positions corresponding to the bayonets, and the clamp pieces are clamped to the placing slot.

The invention discloses a glass connection claw of an extra large hidden type glass curtain wall and a mounting structure of the glass connection claw, the glass connection claw is characterized by comprising a plurality of connection claws, horizontal steel tubes, longitudinal ropes and rear support steel frames, each connection claw comprises an upper clamp, a lower clamp, a connection part and a pull rod, the connection part connects the upper clamp and the lower clamp, the pull rod is embedded into a splicing seam of adjacent glass, a bearing connection part is embedded into a cross splicing seam of every two adjacent pieces of glass and in the middle of the pull rod, the bearing connection part is cross-shaped and comprises a bearing support piece and a sleeve, the bearing support piece is arranged horizontally, the sleeve is arranged longitudinally, and the pull rod is fixed in the sleeve; the connection claws are opposite to the long edges of the glass. According to the glass connection claw of the extra large hidden type glass curtain wall and the mounting structure of the glass connection claw, self weight between upper glass and lower glass can be transmitted by the matching of the pull rods and the bearing connection parts, the tress is more reasonable, the mounting of the extra large hidden type glass curtain wall is realized, and excellent transparency and safety are provided.

The invention relates to the technical field of a lockset, in particular to the lockset, a profile lock and a three-part window. The lockset provided by the invention comprises a lock cap, a base, a clamping component and a clamping fitting piece; a spring seat and a supporting seat are arranged on the base; a first spring slot is formed in the spring seat; a second spring slot is formed on the clamping fitting part; a reset spring is installed between the first spring slot and the second spring slot; a clamping slot is formed on the clamping fitting part; the clamping component is provided with a clamping portion; one end of the clamping component is provided with a button; and the other end of the clamping component is provided with a hook part. According to the lockset and the profile lock provided by the invention, the clamping component and the clamping fitting part are matched with each other in use, so the lockset and the profile lock are convenient to use, easy to operate, reasonable in structural design, convenient to mount and dismount and good in stability; the lockset has no possibility to damage the integrity of a profile when being applied to the profile, can be replaced many times without damaging the profile, is easy to open and close and convenient to use, and has certain economic values.

The invention provides a laying method for applying separated building blocks to a reservoir revetment. The method is used for solving the problem that the damaged building blocks are inconvenient todisassemble and replace, and achieving the beneficial effects that the damaged building blocks are convenient to replace and the effect of the original building blocks is not influenced. The method comprises separated building blocks and integral building blocks matched with the separated building blocks. According to the method, the integral building blocks and the separated building blocks are laid in a mixed mode, construction is easy, the overall stability is guaranteed, and meanwhile the separated building blocks are easy to disassemble and maintain in the later period; and when local building blocks of masonry units are damaged, the separated building blocks in the adjacent areas can be detached, local replacement is achieved, integrity is guaranteed, and meanwhile revetment protection can operate stably for a long time.

The invention discloses a friction riveting device for a thermoplastic carbon fiber composite material and an aluminum alloy. The friction riveting device comprises a female die, a blank holder and a driving rod. The lower part of the female die is of a solid cylindrical structure, the center of the upper part of the female die is provided with a circular groove, and the bottom face of the circular groove protrudes upwards to form a conical shape. The blank holder is of a cylindrical structure, a cylindrical center hole is formed in the center of the blank holder, and the blank holder is arranged above the female die and is coaxial with the female die. The driving rod is coaxially arranged in the center hole and can perform rotary motion and axial feeding motion along the center hole. The invention further discloses a riveting method of the friction riveting device for the thermoplastic carbon fiber composite material and the aluminum alloy, heat is generated through rotating friction, meanwhile, the rotating speed and the axial feeding speed of the rivet are adjusted, and therefore the optimal rivet welding state value between the thermoplastic carbon fiber composite material plate and the aluminum alloy plate can be achieved, and the joint strength and the joint forming effect are improved.

The invention relates to a direct heating type air source floor radiation heat supply system construction method. A heat insulating layer is laid on a leveling layer, aluminum foil is laid on the heatinsulating layer to serve as a reflection layer, an embedded capillary coil pipe is laid and fixed, an embedded intake manifold and a liquid return header pipe are laid and fixed, and a heating medium branch device is connected; outer unit equipment installation is conducted, a header pipe and outer unit equipment are connected, system sweeping and dirt discharging are conducted, then, first-timesystem pressure testing is conducted, and leakage is checked and eliminated in the pressure testing process till pressure testing is qualified; and indoor cushion layer construction and second-time air pressure testing are conducted, and total-system pressure testing debugging is conducted after second-time pressure testing is qualified. According to the construction method, the system and outerunit equipment connection method is standardized, and equipment installation and maintenance are convenient. The waterproof measure is taken at the positions of indoor connectors and outdoor connectors, outdoor rainwater is prevented from seeping into the indoor system, copper pipe water immersing and corroding are avoided, safe running of the system is facilitated, and the service life is prolonged. Template trepanning is not needed for strong and weak electricity tubing wiring construction, and template integrity is not damaged.