mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector, comprising: a terminal (50A-50F) that includes two terminal pieces (51, 71); a fixed housing that is fixed to a machine or a substrate; and a movable housing that is movably supported to the fixed housing by the terminal (50A-50F), wherein each of the terminal pieces (51, 71) is formed of a conductive plate, a connection portion (52, 72) is formed on one end side of each of the terminal pieces (51, 71) in a length direction and connected to a circuit provided in the machine or the substrate, a contact portion (54, 74) is formed on another end side of each of the terminal pieces (51, 71) in the length direction and adapted to come into contact with a terminal of a mating connector, and a spring portion (57, 77) is formed in each of the terminal pieces (51, 71) and connects the connection portion (52, 72) and the contact portion (54, 74) such that the contact portion is movable with respect to the connection portion (52, 72) between the connection portion (52, 72) and the contact portion (54, 74), characterized in that the two terminal pieces (51, 71) are disposed such that at least parts of the spring portions (57, 77) of the two terminal pieces (51, 71) are overlapped via a gap in a direction perpendicular to a surface of the spring portion (57, 77). a terminal (50A-50F) that includes two terminal pieces (51, 71); a fixed housing that is fixed to a machine or a substrate; and a movable housing that is movably supported to the fixed housing by the terminal (50A-50F), wherein each of the terminal pieces (51, 71) is formed of a conductive plate, a connection portion (52, 72) is formed on one end side of each of the terminal pieces (51, 71) in a length direction and connected to a circuit provided in the machine or the substrate, a contact portion (54, 74) is formed on another end side of each of the terminal pieces (51, 71) in the length direction and adapted to come into contact with a terminal of a mating connector, and a spring portion (57, 77) is formed in each of the terminal pieces (51, 71) and connects the connection portion (52, 72) and the contact portion (54, 74) such that the contact portion is movable with respect to the connection portion (52, 72) between the connection portion (52, 72) and the contact portion (54, 74), characterized in that the two terminal pieces (51, 71) are disposed such that at least parts of the spring portions (57, 77) of the two terminal pieces (51, 71) are overlapped via a gap in a direction perpendicular to a surface of the spring portion (57, 77).
A three-phase stator assembly of an electric pump drive motor, wherein the stator assembly comprises: - three sets of stator segments (S i,j), wherein the stator segments (S i,j) are arranged in a ring arrangement about an axially extending stator axis, wherein each set of stator segments (S i,j) comprises n ≥ 2 stator segments (S i,j) being arranged in an n-fold rotational symmetry about the stator axis, wherein each stator segment (S i,j) comprises a coil having a first coil wire end and a second coil wire end, and - a plurality of 3n - 3 connection wires (W i,k) arranged at an axial front side of the stator segments (S i,j), wherein each connection wire (W i,k) connects two coils of a respective set of stator segments (S i,j) in series, wherein a first interposed stator segment (S i,j) and a second interposed stator segment (S i,j) of the other two sets of stator segments (S i,j) are arranged in circumferential direction between the two connected coils of said respective set of stator segments (S i,j), characterized in that at least 3n - 5 of the connection wires (W i,k) span across the first interposed stator segment (S i,j) at a first radial distance (r 1) to the stator axis and across the second interposed stator segment (S i,j) at a second radial distance (r 2) to the stator axis, wherein the second radial distance (r 2) is larger than the first radial distance (r 1). - three sets of stator segments (S i,j), wherein the stator segments (S i,j) are arranged in a ring arrangement about an axially extending stator axis, wherein each set of stator segments (S i,j) comprises n ≥ 2 stator segments (S i,j) being arranged in an n-fold rotational symmetry about the stator axis, wherein each stator segment (S i,j) comprises a coil having a first coil wire end and a second coil wire end, and - a plurality of 3n - 3 connection wires (W i,k) arranged at an axial front side of the stator segments (S i,j), wherein each connection wire (W i,k) connects two coils of a respective set of stator segments (S i,j) in series, wherein a first interposed stator segment (S i,j) and a second interposed stator segment (S i,j) of the other two sets of stator segments (S i,j) are arranged in circumferential direction between the two connected coils of said respective set of stator segments (S i,j),
A straddled vehicle comprising: a rear cover disposed in a vehicle rear portion with regard to a front-and-rear direction of the vehicle; a taillight housing attached to the rear cover; a bulb attached to the taillight housing; a taillight lens attached to the taillight housing, the taillight lens covering the bulb, the taillight lens is configured to cause light emitted from the bulb to transmit therethrough; a lens fastening portion fixing the taillight lens to the taillight housing; and an auxiliary cover disposed at least partially lateral to the taillight lens with regard to a right-and-left direction of the vehicle in a vehicle rear view, the auxiliary cover covering the lens fastening portion, wherein the rear cover includes at least one side cover (32, 33) disposed lateral to the auxiliary cover with regard to the right-and-left direction of the vehicle in the vehicle rear view, the auxiliary cover includes at least one lock portion (61, 62) disposed lateral to the taillight lens with regard to the right-and-left direction of the vehicle, characterised in that the auxiliary cover is attached to the rear cover by locking the lock portion (61, 62) to the side cover (32, 33). a rear cover disposed in a vehicle rear portion with regard to a front-and-rear direction of the vehicle; a taillight housing attached to the rear cover; a bulb attached to the taillight housing; a taillight lens attached to the taillight housing, the taillight lens covering the bulb, the taillight lens is configured to cause light emitted from the bulb to transmit therethrough; a lens fastening portion fixing the taillight lens to the taillight housing; and an auxiliary cover disposed at least partially lateral to the taillight lens with regard to a right-and-left direction of the vehicle in a vehicle rear view, the auxiliary cover covering the lens fastening portion, wherein the rear cover includes at least one side cover (32, 33) disposed lateral to the auxiliary cover with regard to the right-and-left direction of the vehicle in the vehicle rear view, the auxiliary cover includes at least one lock portion (61, 62) disposed lateral to the taillight lens with regard to the right-and-left direction of the vehicle, characterised in that the auxiliary cover is attached to the rear cover by locking the lock portion (61, 62) to the side cover (32, 33).
A gateway charging method, wherein a gateway is divided into a first sub-gateway and a second sub-gateway, the first sub-gateway is configured to process a charging policy and control the second sub-gateway, and the second sub-gateway is configured to forward data and collect charging information, and the method comprises: receiving, by the second sub-gateway, a first message sent by the first sub-gateway, wherein the first message is an identifier corresponding to a charging policy of an access user in a first preset charging policy, and the first preset charging policy is set in the first sub-gateway; searching, by the second sub-gateway, a second preset charging policy for the charging policy according to the identifier, and collecting the charging information of the access user according to the second preset charging policy, wherein the second preset charging policy is set in the second sub-gateway, the charging policy in the first preset charging policy and the charging policy in the second preset charging policy correspond to the same identifier; and sending, by the second sub-gateway, a second message to the first sub-gateway, wherein the second message carries the charging information. receiving, by the second sub-gateway, a first message sent by the first sub-gateway, wherein the first message is an identifier corresponding to a charging policy of an access user in a first preset charging policy, and the first preset charging policy is set in the first sub-gateway; searching, by the second sub-gateway, a second preset charging policy for the charging policy according to the identifier, and collecting the charging information of the access user according to the second preset charging policy, wherein the second preset charging policy is set in the second sub-gateway, the charging policy in the first preset charging policy and the charging policy in the second preset charging policy correspond to the same identifier; and sending, by the second sub-gateway, a second message to the first sub-gateway, wherein the second message carries the charging information.
A preparation method for water-soluble potassium polymetaphosphate, comprising the following steps: mixing potassium dihydrogen phosphate with a divalent metal oxide, at a mixing mass ratio of 86:14; heating and melting the mixture at a temperature of 600-700°C, and soaking for 1-3 h to achieve complete polymerization; cooling the melted mixture naturally and slowly after complete polymerization, wherein the time for cooling the melted mixture slowly to room temperature is 2-5 h, and thus water-soluble potassium polymetaphosphate is obtained, wherein the divalent metal oxide is one or more of calcium, magnesium and zinc oxide. mixing potassium dihydrogen phosphate with a divalent metal oxide, at a mixing mass ratio of 86:14; heating and melting the mixture at a temperature of 600-700°C, and soaking for 1-3 h to achieve complete polymerization; cooling the melted mixture naturally and slowly after complete polymerization, wherein the time for cooling the melted mixture slowly to room temperature is 2-5 h, and thus water-soluble potassium polymetaphosphate is obtained,
Power screwdriver, in particular a hand-held power screwdriver, with a tool holder for holding a screwdriver and with a drive for rotary driving of the tool holder, wherein the drive includes a drive motor, in particular electrical, the output of which is rotary-coupled to the tool holder, directly or through a gearing, to generate a torque at the tool holder, wherein the drive is accommodated in a casing of the power screwdriver and rests on the casing via a deformation body, wherein the power screwdriver has at least one deformation sensor for detecting a deformation of the deformation body during the screwing-in of a screw, in which the drive motor rests with a screw torque on the deformation body, and wherein the power screwdriver has a bus interface for the transmission of bus messages, which are formed with the aid of an output signal of the deformation sensor or sensors and represent the screw torque, characterised in that an evaluation unit for the output signal of the deformation sensors or sensors and a bus connector for the generation and transmission of bus messages are provided directly on the deformation body and, together with the deformation body, form an integrated drive support assembly.
A protective sleeve for a motor component, comprising a cylindrical-shaped braided cord of twenty-four or more strands using together a multifilament strand and a monofilament strand made of synthetic fibers having a melting point or a decomposition temperature at 280°C or more, wherein the protective sleeve has oil resistance at high temperatures of 50% or more,, the oil resistance at high temperatures being represented by the following formula: oil resistance at high temperatures (%) = (T'/T) x 100 where T denotes a tensile strength of the protective sleeve before a treatment and T' denotes a tensile strength of the protective sleeve after the treatment, wherein the tensile strength is measured in accordance with JIS L1013-8.5.1, and the treatment is carried out in such a manner that the entire protective sleeve is put into a closed container containing a mixture of 5 weight% of water and 95 weight% of automatic transmission fluid, followed by heating the container so that a temperature of the mixture is maintained at 150°C for 1,000 hours. oil resistance at high temperatures (%) = (T'/T) x 100 where T denotes a tensile strength of the protective sleeve before a treatment and T' denotes a tensile strength of the protective sleeve after the treatment, wherein the tensile strength is measured in accordance with JIS L1013-8.5.1, and the treatment is carried out in such a manner that the entire protective sleeve is put into a closed container containing a mixture of 5 weight% of water and 95 weight% of automatic transmission fluid, followed by heating the container so that a temperature of the mixture is maintained at 150°C for 1,000 hours.
A hysteropexy mesh comprising: an anterior vaginal portion that is substantially rectangular in shape, a right broad ligament portion that is substantially L-shaped and extending from one long edge of the anterior vaginal portion, a left broad ligament portion that is substantially L-shaped and extending from another long edge of the anterior vaginal portion, a sacral portion that is substantially rectangular in shape; and a posterior vaginal portion that is substantially rectangular in shape; characterized in that the left broad ligament portion extends between and connects the anterior vaginal portion and the posterior vaginal portion, wherein the anterior vaginal portion is configured to be folded on a longitudinal midline of the anterior vaginal portion and the sacral portion is configured to be folded onto the posterior vaginal portion. an anterior vaginal portion that is substantially rectangular in shape, a right broad ligament portion that is substantially L-shaped and extending from one long edge of the anterior vaginal portion, a left broad ligament portion that is substantially L-shaped and extending from another long edge of the anterior vaginal portion, a sacral portion that is substantially rectangular in shape; and a posterior vaginal portion that is substantially rectangular in shape; characterized in that the left broad ligament portion extends between and connects the anterior vaginal portion and the posterior vaginal portion, wherein the anterior vaginal portion is configured to be folded on a longitudinal midline of the anterior vaginal portion and the sacral portion is configured to be folded onto the posterior vaginal portion.
A battery formation system comprising: a battery module; an energy storage system electrically coupled to the battery module, the energy storage system operable in a first operating state in which energy is transferred from the energy storage system to the battery module to charge the battery module, and a second operating state in which energy is transferred from the battery module to the energy storage system to discharge the battery module; a power source electrically coupled to the energy storage system and configured to transfer energy from the power source to the energy storage system based on an amount of stored energy in the energy storage system; and a controller operably coupled to the battery module and configured to monitor and control a charging state of the battery module. a battery module; an energy storage system electrically coupled to the battery module, the energy storage system operable in a first operating state in which energy is transferred from the energy storage system to the battery module to charge the battery module, and a second operating state in which energy is transferred from the battery module to the energy storage system to discharge the battery module; a power source electrically coupled to the energy storage system and configured to transfer energy from the power source to the energy storage system based on an amount of stored energy in the energy storage system; and a controller operably coupled to the battery module and configured to monitor and control a charging state of the battery module.
An oilless compressor comprising: - a compressor body having a rotor for compressing air, - a rotor shaft for supporting the rotor and a bearing for rotatably supporting the rotor shaft; - an electric motor configured to generate driving force for driving the compressor body; - at least one gear configured to transmit the driving force to the rotor shaft; - a lubricating oil piping configured to feed lubricating oil to at least either the bearing or the at least one gear; and - an oil pump configured to pump the lubricating oil, wherein the electric motor includes a cooling jacket having an outlet and an inlet for circulating the lubricating oil into an internal flow path via the lubricating oil piping, thereby cooling the armature, characterized in that: the cooling jacket is further adapted to provide an oil sump. - a compressor body having a rotor for compressing air, - a rotor shaft for supporting the rotor and a bearing for rotatably supporting the rotor shaft; - an electric motor configured to generate driving force for driving the compressor body; - at least one gear configured to transmit the driving force to the rotor shaft; - a lubricating oil piping configured to feed lubricating oil to at least either the bearing or the at least one gear; and - an oil pump configured to pump the lubricating oil, wherein
An acetabular cup assembly implantable at an acetabular socket, the acetabular cup assembly comprising: an acetabular cup having a partially spherical bone engaging surface and having a uniform thickness; at least three spacers (10j, 10j', 10j", 10j'"), each of said at least three spacers having a piercing portion (172j, 172j', 172j", 172j"') and a body portion (170j, 170j', 170j", 170j"'), said body portion formed of porous metal and including a radial support surface (176j, 176j', 176j", 176j"'), said porous metal adapted to receive bone ingrowth through interstitial space at pores defined therein, said radial support surface including a concave acetabular cup supporting surface that engage and support said outer bone engaging surface of said acetabular cup, each of said piercing portions extending from said radial support surface and adapted to be advanced into the acetabular socket, said at least three spacers having distinct heights in an implanted position, wherein each of said at least three spacers is adapted to collectively create a substantially hemispherical landing area that engages and supports said outer bone engaging surface of said acetabular cup to bridge a gap between the acetabular socket and said acetabular cup in said implanted position; and filler to be disposed between said acetabular cup and the acetabular socket in areas adjacent to said at least three spacers such that said at least three spacers and said filler collectively provide a continuous support surface adapted to support said acetabular cup at said bone engaging surface. an acetabular cup having a partially spherical bone engaging surface and having a uniform thickness; at least three spacers (10j, 10j', 10j", 10j'"), each of said at least three spacers having a piercing portion (172j, 172j', 172j", 172j"') and a body portion (170j, 170j', 170j", 170j"'), said body portion formed of porous metal and including a radial support surface (176j, 176j', 176j", 176j"'), said porous metal adapted to receive bone ingrowth through interstitial space at pores defined therein, said radial support surface including a concave acetabular cup supporting surface that engage and support said outer bone engaging surface of said acetabular cup, each of said piercing portions extending from said radial support surface and adapted to be advanced into the acetabular socket, said at least three spacers having distinct heights in an implanted position, wherein each of said at least three spacers is adapted to collectively create a substantially hemispherical landing area that engages and supports said outer bone engaging surface of said acetabular cup to bridge a gap between the acetabular socket and said acetabular cup in said implanted position; and filler to be disposed between said acetabular cup and the acetabular socket in areas adjacent to said at least three spacers such that said at least three spacers and said filler collectively provide a continuous support surface adapted to support said acetabular cup at said bone engaging surface.
A reconstituted viral membrane for its pharmaceutical use by intranasal administration, the lipid bilayer of which comprises a fusion protein of a virus, an amphiphilic adjuvant and, optionally, a further antigen, whereby: (a) the lipid bilayer has a lipid composition that is compatible with fusion, induced by the fusion protein, of the viral membrane with the membrane of a cell that can be fused with the virus from which the fusion protein is derived; (b) the fusion protein and the amphiphilic adjuvant interact with the hydrophobic interior of the lipid bilayer; and, (c) the fusion protein, the amphiphilic adjuvant and the optional further antigen are not covalently linked. Wherein the amphiphilic adjuvant is a lipopeptide which is a ligand for a mammalian Toll-like-receptor. (a) the lipid bilayer has a lipid composition that is compatible with fusion, induced by the fusion protein, of the viral membrane with the membrane of a cell that can be fused with the virus from which the fusion protein is derived; (b) the fusion protein and the amphiphilic adjuvant interact with the hydrophobic interior of the lipid bilayer; and, (c) the fusion protein, the amphiphilic adjuvant and the optional further antigen are not covalently linked. Wherein the amphiphilic adjuvant is a lipopeptide which is a ligand for a mammalian Toll-like-receptor.
A method of configuring a lighting control panel (120, 220, 320A-B, 420), said lighting control panel (120, 220, 320A-B, 420) being adapted to communicate to at least one lighting controller which is adapted to provide lighting control commands to a plurality of lighting fixtures, the method being characterised by the steps of: detecting at least one property of said lighting control panel at said electronic mobile device (72, 476), said electronic mobile device (72, 476) having been placed within a detection range of said lighting control panel (70, 474), said at least one property identifying the lighting control panel; identifying a plurality of signals that can be generated by said lighting control panel, each signal being generated upon actuation of a user control element of said lighting control panel; associating, at said electronic mobile device, a first lighting control action with a first signal of said signals and a second lighting control action with a second signal of said signals (76, 480); and transmitting associations between said first lighting control action and said first signal and said second lighting control action and said second signal to at least one lighting controller (78, 482). detecting at least one property of said lighting control panel at said electronic mobile device (72, 476), said electronic mobile device (72, 476) having been placed within a detection range of said lighting control panel (70, 474), said at least one property identifying the lighting control panel; identifying a plurality of signals that can be generated by said lighting control panel, each signal being generated upon actuation of a user control element of said lighting control panel; associating, at said electronic mobile device, a first lighting control action with a first signal of said signals and a second lighting control action with a second signal of said signals (76, 480); and transmitting associations between said first lighting control action and said first signal and said second lighting control action and said second signal to at least one lighting controller (78, 482).