34results about How to "Guaranteed insulation requirements" patented technology

The invention discloses an insulation treatment method for a superconducting magnet wire-outlet tail end of a Y-shaped tail end structure. According to the special shape of the wire outlet tail end, an insulation lap is wound around the wire outlet tail end in a wrapping mode for insulation treatment. A feasible solution is provided for size uniformity and full wrapping of an insulation material on the surface of a conductor which is of a Y-shaped geometric structure and is arranged on a coil. The insulation treatment method is simple in structure, and the requirements for insulation strengthand the size can be met.

Provided in the invention is a drive motor of an underground electric drilling tool. The drive motor comprises a housing in a cylindrical shape, a rotor shaft, a rotor, a stator, and a piston. The rotor shaft having a central hole penetrates the inside of the housing along the axial direction; an enclosed cavity for filling oil fluid is formed between the rotor shaft and the housing; and the rotor shaft extends out of the cavity and is connected with a load. The rotor is arranged in the cavity and is fixed on the rotor shaft. The stator arranged in the cavity is sleeved between the housing and the rotor. The piston in an annular shape can be sleeved between the rotor shaft and the housing in a sealing and sliding mode at an axial direction; and the piston located at the bottom of the cavity can slide to balance pressures inside and outside the cavity. The provided drive motor has a high efficiency and can adapt to an underground high-temperature high-pressure complex external environment.

The invention relates to a heat dissipation structure of a wireless charging coil and a manufacturing method thereof. The heat dissipation structure of the wireless charging coil is characterized by comprising an insulating plate and filling glue filled in meshes of the insulating plate, and meshes which are evenly distributed are formed in the portion, making contact with the wireless charging coil, of the insulating plate. The insulating plate is made of an insulating material, and the filling glue is insulating glue with certain heat-conducting property; and the insulating plate is arrangedbetween the wireless charging coil and the magnetic core. According to the heat dissipation structure, the insulation requirement between the coil and the magnetic core is guaranteed, and the heat conduction performance between the coil and the magnetic core is improved; and the rigidity is ensured to meet the requirements, and the requirements of insulation and heat-conducting property are alsomet. The heat dissipation structure is high in machinability, easy to implement and quite convenient to install.

The invention relates to a pseudo-classic architecture wall-window integrated earthquake resistant structure. The structure comprises a girder, pillars, a wall structure and window frame structures, the wall structure is formed by jointing two or more bricks in a mortise-tenon mode, wherein mortise and tenon joint interfaces are arranged on the upper portion, the lower portion, the left portion and the right portion of each brick respectively, and the outer circumference of the wall structure is provided with mortise and tenon joint interfaces; each window frame structure comprises a window frame and a window sill, the adjacent window frames are formed by connecting wedge block mortise and tenon joints and reinforced through reinforcing hardware, the top end and the bottom end of each window frame is jointed with the corresponding window sill in a mortise-tenon mode, and the outer circumference of each window frame structure is provided with mortise and tenon joint interfaces; the wall-window integral structure is formed by jointing the mortise and tenon joint interfaces which are arranged at the outer circumference of the wall structure and the outer circumference of the window frame structures respectively, and the outer circumference of the wall-window integral structure is provided with mortise and tenon joint interfaces; the wall-window integral structure is in fitted connection with the pillars provided with mortise and tenon joint interfaces and the girder provided with concave-convex interfaces. The pseudo-classic architecture wall-window integrated earthquake resistant structure is good in collapse resistance and not prone to damage, and the structure and the materials have good earthquake resistance.

Provided is a collection and diversion device for a power supply cabinet. The collection and diversion device is installed on a power supply cabinet body, and comprises multiple omnibus bars, multiple insulating lining plates and multiple omnibus bar shield plates; wherein different omnibus bars are connected to a positive pole supple line, a negative pole supple line and a ground lead respectively; the multiple insulating lining plates are connected to the power supply cabinet body and the omnibus bars; the multiple omnibus bar shield plates are arranged on the omnibus bars, and cover wiring positions of the omnibus bars. The collection and diversion device for the power supply cabinet facilitates cabinet wiring arrangement, reduces the potential difference among equipment, improves equipment operation reliability, reduces the unintended touch probability of the omnibus bars and the cabinet body and the equipment, and improves the wiring reliability.

The invention designs a lightning arrester live-line test trolley which comprises a frame, three mechanical arms of the same structure are arranged on the frame, each mechanical arm comprises a base fixedly installed on the frame, the base is rotatably connected with one end of a first supporting rod, and the other end of the first supporting rod is hinged to one end of a second supporting rod. Anair cylinder is installed at the other end of the second supporting rod, a piston of the air cylinder is connected with the first connecting rod, the first connecting rod is hinged to second connecting rods on the two sides, the second connecting rods on the two sides are hinged to the middles of clamp arms on the two sides respectively, the clamp arms are hinged to a supporting frame, and the supporting frame is fixed to the second supporting rod. The three-phase wiring clamp of the lightning arrester tester is respectively clamped on the three clamp arms on the frame, the trolley drives theclamp arms to be close to the lightning arrester, and controls the clamp arms to stably clamp the lightning arrester counter, thereby ensuring that no contact point disconnection occurs in the measurement process, and improving the stability and safety of operation.

A desert working shoe include a shoe body, a shoe sole and a sand-proof inner liner; the shoe body is covered by a heat insulation layer made of a heat insulation material; a shoe tongue sand-proof cover is formed on the upper front end of the shoe body, and can be closed by a zipper; a steel head matching a shape of a shoe head is composited on a shoe head part on the internal front end of the shoe body; the steel head is of a net structure formed by interweaving steel bars in a crossed manner; the steel head includes two layers which are arranged in a staggered manner, an outer hollow portion is filled with the inner steel bars; a Kevlar fiber layer is composited between the dual-layer steel head structure; and a wave-shaped sand-proof side skirt is arranged on a joint between the shoe body and the shoe sole. The steel head structure covering the whole dorsum of the foot is arranged on the front end of the shoe body, and the demand of workers for foot protection can be met during operation. A buffer layer arranged in the steel head can protect toes and insteps of workers from damage due to heavy objects in operation; and in daily use, the buffer layer can make the toes and the insteps of the workers feel comfortable, and the comfort of the specific anti-smashing shoe can be ensured.

The invention relates to the technical field of high-voltage switchgear, and provides a GIS device and a high-speed grounding switch thereof. The high-speed grounding switch comprises: a housing, a movable contact and a rotary connecting member, wherein the movable contact is assembled on the housing in a guided manner; the rotary connecting member has a movable contact connecting end connected with the movable contact, and a guiding end adaptive to the guiding structure on the housing in order to operate in a direction perpendicular to the axis of rotation of an input crank; the input crank is hinged to a midpoint position of the movable contact connecting end and the guiding end; the rotary connecting member moves the movable contact connecting end along the guiding direction of the movable contact under the driving of the input crank; an adapter is arranged between the movable contact and the rotary connecting member; the two ends of the adapter are hinged to the movable contact andthe rotary connecting member respectively; and the hinge axes of the adapter and the movable contact and the rotary connecting member are both in parallel with the axis of rotation of the input crank.

The invention relates to a novel power supply and data connection device, which is characterized in that the abrasion and the deformation of the connection polar plates in the traditional plugging connection mode are avoided; and two connected polar plates are pressed together through the pressure of an elastic insulation sealing material of a cover pressing plate, so that the two connected polarplates are in full contact, and the conductivity is improved. Insulating materials is poured into the power supply and data connection device, and sealing devices are arranged at the connection partsof the devices, so that the whole device has waterproofness. A device female seat, a power connector and a pressing plate are tightly connected into a whole, so that the phenomenon of power failure isavoided. After long-term use, the device can be renewed only by replacing the cover pressing plate part. In the novel power supply and data connection device in row, the outlet of the power line of the devices which does not participate in work is plugged with a sealing plug and buckled with the cover pressing plate, so that the overall sealing waterproof performance of the whole novel power supply connection device in row is realized.

The invention discloses an anti-vibration and shock transformer, comprising a shell, a silicon steel sheet group, a coil, a skeleton, a primary lead that is positioned on the upper skeleton and extends out of the shell upwardly, and a secondary lead that is positioned on the lower skeleton and extends out of the shell downwardly, wherein the secondary lead is used as a signal pin of the transformer to form an elastic needle, the effective length of the pin can be increased, and the rigidity of the pin can be reduced; and thus the transformer can be isolated from related signal pads on a PCB, and the phenomenon that the vibration and shock force of the transformer causes damage to the pads and related traces on the PCB can be prevented. In addition, flexible glue is injected in the transformer shell, and thus internal components of the transformer can be isolated from the shell, a fixed connection between the shell and the PCB is added, the vibration amplitude of the internal componentsof the transformer can be effectively reduced, and the damage to the transformer body caused by the vibration and shock force can be prevented.

The invention relates to a novel power supply and data connection device which is characterized in that the abrasion and the deformation of connection polar plates in the traditional plugging connection mode are avoided; two connected polar plates are pressed together through the pressure of an elastic insulation sealing material of a cover pressing plate, so that the two connected polar plates are in full contact, and the conductivity is improved; and insulating materials are poured into the power supply and data connection device, and sealing devices are arranged at the connection parts of the devices, so that the whole device has waterproofness. A device female seat, a power connector and a pressing plate are tightly connected into a whole, so that the phenomenon of power failure is avoided; after long-term use, the device can be renewed only by replacing the cover pressing plate part; in the novel power supply and data connection device in row, the outlet of the power line of the device which does not participate in work is plugged with a sealing plug and buckled with a cover pressing plate, so that the overall sealing waterproof performance of the whole novel power supply connection device in row is realized.

The invention discloses a sand prevention work shoe. The sand prevention work shoe comprises a shoe body, a shoe sole and a sand prevention inner container. The sand prevention inner container is arranged in the shoe body, the overall shoe body is wrapped by a heat insulating layer made of heat insulating materials, a shoe tongue sand prevention cover is made at the front end of the upper portion of the shoe body, a steel head matched with a shoe head in shape is arranged at the shoe head at the front end of the interior of the shoe body in a combined mode, and a buffering layer is arranged on the inner side of the steel head in a combined mode; a steel wire net interlayer and a protection interlayer are embedded into the shoe sole, and a wave-shaped dust-raising-prevention side skirt is arranged at the portion where the shoe body is connected with the shoe sole in a combined mode. By means of the sand prevention work shoe, the technical problems that a traditional sand prevention shoe is insufficient in protection performance and comfort are solved; as the shoe head structure for wrapping the whole instep is adopted at the front end of the shoe body, the requirement of workers for the capacity of protecting the feet during operation is met. Meanwhile, due to the buffering layer arranged inside the steel head in the combined mode, the toes and the instep of the workers can be prevented from being injured by crushing objects during operation; in daily use, a person can feel quite comfortable on the foot toes and the instep through the buffering layer, and the comfort is guaranteed.