mhurhangee/ep-ind-claims huggingface dataset:
An open deck type cylinder block in which a water jacket is formed by an outer wall face of a cylinder portion and an inner wall face of block outer wall portions, extends in the direction of a line of cylinders, and is formed on both sides around the cylinders, the water jacket being open at a deck face and having a bottom face (21a, 22a) extending between the outer wall face of the cylinder portion and the inner wall face of the block outer wall portions: wherein: in portions of the water jacket on both sides that extend in the direction of the line of cylinders, a shallow portion is provided where the distance from the deck face to the bottom face is small and a deep portion is provided where the distance from the deck face to the bottom face is large; the shallow portions are provided in portions that are comparatively far from head bolt holes, where a head bolt for attaching a cylinder head is fastened, while on the other hand the deep portions are provided in portions that are comparatively close to respective head bolt holes; and hollow portions, in which a block outer wall is hollowed toward a cylinder center side, are provided between a bottom wall portion of the water jacket in the shallow portion and a crank case; wherein: the hollow portions are provided in areas below the shallow portions but are not provided in areas below the deep portion. in portions of the water jacket on both sides that extend in the direction of the line of cylinders, a shallow portion is provided where the distance from the deck face to the bottom face is small and a deep portion is provided where the distance from the deck face to the bottom face is large; the shallow portions are provided in portions that are comparatively far from head bolt holes, where a head bolt for attaching a cylinder head is fastened, while on the other hand the deep portions are provided in portions that are comparatively close to respective head bolt holes; and hollow portions, in which a block outer wall is hollowed toward a cylinder center side, are provided between a bottom wall portion of the water jacket in the shallow portion and a crank case; the hollow portions are provided in areas below the shallow portions but are not provided in areas below the deep portion.
A pneumatic tire comprising: a carcass comprising at least one carcass ply extending between bead portions via sidewall portions and a tread portion; the at least one carcass ply comprising a plurality of ply pieces arranged in a tire circumferential direction wherein each of the ply pieces is longer in a tire radial direction than in the tire circumferential direction; at least a part of the ply pieces adjacent to each other in the tire circumferential direction are overlapped with each other; each of the ply pieces comprising a plurality of carcass cords arranged along the tire radial direction and in parallel with each other; each of the ply pieces comprising side edge portions disposed on both sides in the tire circumferential direction and a center portion disposed between the side edge portions; and a plurality of the carcass cords arranged in the side edge portions having a diameter (Ce) smaller than diameters (Cc) of the carcass cords arranged in the center portion, characterized in that the diameters of the carcass cords arranged in the side edge portions gradually increase from the side edge to the center portion. a carcass comprising at least one carcass ply extending between bead portions via sidewall portions and a tread portion; the at least one carcass ply comprising a plurality of ply pieces arranged in a tire circumferential direction wherein each of the ply pieces is longer in a tire radial direction than in the tire circumferential direction; at least a part of the ply pieces adjacent to each other in the tire circumferential direction are overlapped with each other; each of the ply pieces comprising a plurality of carcass cords arranged along the tire radial direction and in parallel with each other; each of the ply pieces comprising side edge portions disposed on both sides in the tire circumferential direction and a center portion disposed between the side edge portions; and a plurality of the carcass cords arranged in the side edge portions having a diameter (Ce) smaller than diameters (Cc) of the carcass cords arranged in the center portion, characterized in that the diameters of the carcass cords arranged in the side edge portions gradually increase from the side edge to the center portion.
A vacuum adiabatic body comprising: a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different from the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature and the second temperature and is in a vacuum state; a support that supports the first and second plates (10, 20) and is provided in the third space; an exhaust port through which a gas in the third space is exhausted; and a conductive resistance sheet connected to at least one of the first and second plates (10, 20) and configured to resist heat transfer between the first and second plates (10, 20), wherein the conductive resistance sheet includes a mounting portion mounted on the first plate and a curved portion having at least one portion depressed into the third space, a coupling part is formed on the mounting portion to fix the conductive resistance sheet to the first plate, wherein the curved portion includes a first curved portion recessed into the third space, characterized by a second curved portion that extends from the first curved portion, the second curved portion surrounding an edge of the first plate. a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different from the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature and the second temperature and is in a vacuum state; a support that supports the first and second plates (10, 20) and is provided in the third space; an exhaust port through which a gas in the third space is exhausted; and a conductive resistance sheet connected to at least one of the first and second plates (10, 20) and configured to resist heat transfer between the first and second plates (10, 20), wherein the conductive resistance sheet includes a mounting portion mounted on the first plate and a curved portion having at least one portion depressed into the third space, a coupling part is formed on the mounting portion to fix the conductive resistance sheet to the first plate, wherein the curved portion includes a first curved portion recessed into the third space, characterized by a second curved portion that extends from the first curved portion, the second curved portion surrounding an edge of the first plate.
A fuel cell with separator comprising a fuel cell body having a cathode, an anode, and a solid electrolyte layer disposed between the cathode and the anode; a plate-like metal separator having first and second main surfaces and an opening in the form of a through hole extending therethrough between the upper surface and the lower surface thereof, and the cathode of the fuel cell body is disposed in the opening, a joint (61, 61a, 61b, 611, 612) formed of an Ag-containing brazing filler metal (and adapted to join the fuel cell body and the first main surface of the metal separator, wherein the lower surface of the metal separator and the upper surface of the solid electrolyte layer are joined together by the joint part; and characterized in that a seal (62, 62a, 62b, 621, 622, 623, 621) formed of a glass-containing sealing material and disposed closer to the opening than is the joint (61, 61a, 61b, 611, 612), the seal (62, 62a, 62b, 621, 622, 623, 621) being located between the first main surface of the plate-like metal separator and the fuel cell body and extending along the entire perimeter of the opening.
A wearable body sensor comprising: a conductive electrode configured to conduct a biosignal from a body; a main board comprising a radio frequency communication circuit to generate an RF signal based on the biosignal; and an antenna disposed on the RF communication circuit to radiate the RF signal; and wherein the antenna comprises an antenna pattern configured to radiate the RF signal and an antenna layer disposed at an upper end of the RF communication circuit to be in a vertical feeding structure, wherein the antenna pattern includes two ground patterns; and characterised in that the antenna further comprises an air bridge configured to electrically connect each ground pattern of the antenna pattern. a conductive electrode configured to conduct a biosignal from a body; a main board comprising a radio frequency communication circuit to generate an RF signal based on the biosignal; and an antenna disposed on the RF communication circuit to radiate the RF signal; and wherein the antenna comprises an antenna pattern configured to radiate the RF signal and an antenna layer disposed at an upper end of the RF communication circuit to be in a vertical feeding structure, wherein the antenna pattern includes two ground patterns; and characterised in that the antenna further comprises an air bridge configured to electrically connect each ground pattern of the antenna pattern.
A method for operating a dynamoelectric machine comprising: a stator winding; a temperature measuring means disposed in a vicinity of said stator winding in order to estimate stator winding temperature; a thermally-conductive supporting portion for supporting said temperature measuring means; and a thermally-conductive body interposed between said stator winding and said supporting portion for conducting heat from said stator winding to said supporting portion, the method comprising the step: calculating an estimated value of said stator winding temperature using a sum of a measured temperature measured at said temperature measuring means by said temperature measuring means and a constant correcting value for a temperature difference of the stator winding temperature and the temperature measured at the temperature measuring means. a stator winding; a temperature measuring means disposed in a vicinity of said stator winding in order to estimate stator winding temperature; a thermally-conductive supporting portion for supporting said temperature measuring means; and a thermally-conductive body interposed between said stator winding and said supporting portion for conducting heat from said stator winding to said supporting portion, the method comprising the step: calculating an estimated value of said stator winding temperature using a sum of a measured temperature measured at said temperature measuring means by said temperature measuring means and a constant correcting value for a temperature difference of the stator winding temperature and the temperature measured at the temperature measuring means. calculating an estimated value of said stator winding temperature using a sum of a measured temperature measured at said temperature measuring means by said temperature measuring means and a constant correcting value for a temperature difference of the stator winding temperature and the temperature measured at the temperature measuring means.
A lift with a car which is displaceable within a lift shaft, a rope for moving the car, a driving mechanism for driving the rope, at least one brake for braking and stopping the rope, at least two stations at the lift shaft with access doors for which an operating panel with at least one outer button for ordering the car is arranged at an opening in each door frame, and with a controller for ensuring regular lift operation as well as a controller for allowing for an emergency evacuation, wherein a device for performing an emergency evacuation is arranged on the inner side of the door frame facing away from the operating side of the operating panel and is operatable after an at least partial removal of the operating panel from the corresponding opening from the outside of the door frame through the opening, wherein the device for performing an emergency evacuation inside the door frame comprises an emergency operation system at the opening, characterized in that the emergency operation system is arranged at a guide apparatus attached to the inside of the door frame and is moveable at said guide apparatus at least partially through the opening on the outside of the door frame and comprises first operating elements for releasing the at least one brake as well as a display for displaying at least one piece of car position information.
A cartridge for extracting a beverage by injecting a fluid, comprising a containment body adapted to contain a substance from which the beverage is to be extracted and to receive said fluid under pressure, said cartridge further comprising a lid which is fixed on said containment body, characterized in that it comprises a shower-like jet breaker, which is fixed on said lid by mechanical interference fit and is adapted to receive said fluid and distribute it substantially uniformly on the substance.
Method for foaming a ballast bed of a railway track, wherein the railway track comprises sleepers placed on the ballast bed, and rails placed on the sleepers, wherein the rails are covered at least in one partial area along one region of the ballast bed which is to be foamed, and a foaming agent is introduced into the ballast bed whilst the rails are covered, wherein the ballast bed has in a sleeper bay defined by two successive sleepers an upper side facing against the gravitational direction, and the ballast bed is heaped up so that the upper side of the ballast bed is positioned at a level above an underneath side of the sleeper facing in the gravitational direction.
A method comprising: at a client device including one or more processors and a non-transitory memory: obtaining from a first server a client public key generated by the first server, a client private key generated by the first server, an assertion object generated by the first server, and a server notion of real-world time provisioned by the first server, wherein the assertion object includes a reference to the client public key and an expiration time, and the assertion object is generated upon successful authentication of the client device by a second server, separate and distinct from the first server; creating an authorization proof token by performing cryptographic operations using the client public key, the client private key, and a client notion of real-world time aligned with the server notion of real-world time; generating a request including the authorization proof token signed using the client private key and the assertion object obtained from the first server; and sending the request to the second server to prove the identity of the client device, including triggering the second server to validate one or more of the authorization proof token and the assertion object. obtaining from a first server a client public key generated by the first server, a client private key generated by the first server, an assertion object generated by the first server, and a server notion of real-world time provisioned by the first server, wherein the assertion object includes a reference to the client public key and an expiration time, and the assertion object is generated upon successful authentication of the client device by a second server, separate and distinct from the first server; creating an authorization proof token by performing cryptographic operations using the client public key, the client private key, and a client notion of real-world time aligned with the server notion of real-world time; generating a request including the authorization proof token signed using the client private key and the assertion object obtained from the first server; and sending the request to the second server to prove the identity of the client device, including triggering the second server to validate one or more of the authorization proof token and the assertion object.
An electrical connector comprising: - a housing having at least one primary locking means (5a, 5b) for locking the electrical connector with an electrical counter-part connector, and - a connector position assurance CPA member, which is engageable with the housing and comprises at least one secondary locking means (4a, 4b, 4c, 4d) blocking the primary locking means (5a, 5b), wherein at least one security locking tab (74a, 74b) formed on the CPA member or the housing adapted to latch behind a security shoulder provided on the other of the CPA member and the housing to prevent an accidental disengagement of the CPA member, characterized in that the electrical connector further comprises a releasing tab adapted to radially deflect the security locking tab in order to actively disengage the engaged CPA member. - a housing having at least one primary locking means (5a, 5b) for locking the electrical connector with an electrical counter-part connector, and - a connector position assurance CPA member, which is engageable with the housing and comprises at least one secondary locking means (4a, 4b, 4c, 4d) blocking the primary locking means (5a, 5b), wherein
Radar-based fill level measurement device having a signal generator for the purpose of generating electromagnetic waves, and an antenna for the purpose of emitting the electromagnetic waves into a container, as well as for the purpose of receiving reflected electromagnetic waves from the container, having a security device for the purpose of verifying the functional capability or improving the measurement quality of the radar-based fill level measurement device, wherein the security device has a reflector and an adjusting device, and is suitably designed to move the reflector at least between a first position, in which it reflects the electromagnetic waves, and a second position, in which it reflects the electromagnetic waves to a reduced degree, wherein the security device has a drive which acts on the adjusting device, characterized in that in the second position, a reduction device is arranged in such a manner that the reflector is at least partially covered as seen in the direction of the beam path.
A device comprising: a receiver coupled with a link, the receiver to: receive a first set of bits, wherein a quantity of bits of the first set of bits corresponds to a frame size; and a controller coupled with the receiver, wherein the controller is adapted to: perform an error decode operation on the first set of bits using a portion of the first set of bits; determine that the first set of bits corresponds to a frame boundary of a frame responsive to a success of the error decode operation; characterized in that the controller is further adapted to: generate an acknowledgement of a synchronization of a data layer based at least in part on determining that the first set of bits corresponds to the frame boundary. receive a first set of bits, wherein a quantity of bits of the first set of bits corresponds to a frame size; and a controller coupled with the receiver, wherein the controller is adapted to: perform an error decode operation on the first set of bits using a portion of the first set of bits; determine that the first set of bits corresponds to a frame boundary of a frame responsive to a success of the error decode operation; characterized in that the controller is further adapted to: generate an acknowledgement of a synchronization of a data layer based at least in part on determining that the first set of bits corresponds to the frame boundary. perform an error decode operation on the first set of bits using a portion of the first set of bits; determine that the first set of bits corresponds to a frame boundary of a frame responsive to a success of the error decode operation; characterized in that the controller is further adapted to: generate an acknowledgement of a synchronization of a data layer based at least in part on determining that the first set of bits corresponds to the frame boundary.
A method for producing a thermosensitive recording coating material by a multilayer simultaneous coating process, comprising: simultaneously depositing more than two types of coating solutions over a continuously running web, and drying the coating solutions, wherein besides an outermost coating surface, a coating constructed of a coating solution formed of a dispersion solution and a coating constructed of a coating solution containing a resin, which serves as an over layer adjacent to the coating, are provided, and moisture evaporation pores in the outermost coating surface of the thermosensitive recording coating material obtained are 1.5 μm or less in average diameter, and wherein (i) the resin contained in the coating solution of coating is any one selected from the group consisting of a resin of 500 or greater in polymerization degree, an acrylic resin, a urethane resin, and an SBR resin, or (ii) the drying step is conducted after the resin contained in the coating has been cured. simultaneously depositing more than two types of coating solutions over a continuously running web, and drying the coating solutions, wherein besides an outermost coating surface, a coating constructed of a coating solution formed of a dispersion solution and a coating constructed of a coating solution containing a resin, which serves as an over layer adjacent to the coating, are provided, and moisture evaporation pores in the outermost coating surface of the thermosensitive recording coating material obtained are 1.5 μm or less in average diameter, and wherein (i) the resin contained in the coating solution of coating is any one selected from the group consisting of a resin of 500 or greater in polymerization degree, an acrylic resin, a urethane resin, and an SBR resin, or (ii) the drying step is conducted after the resin contained in the coating has been cured.
A method of manufacturing a display device (100, 300), the method comprising: mounting a cover window; mounting a panel member; and laminating the cover window (110, 310) to the panel member by moving the first jig (210, 510) and/or the second jig (220, 520) to one another, characterized in that the cover window (110, 310) comprises a flat portion, wherein both ends of the flat portion are curved, and is mounted to a first jig (210, 510) comprising a curved portion to conform to the surface of the cover window (110, 310) that comprises the flat portion having curved both ends; the panel member is mounted to a flat portion of a second jig (220, 520), the second jig (220, 520) conforming to a surface of the first jig (210, 510); and the surface of the cover window (110, 310) contacts the first jig (210, 510) before moving the first jig (210, 510) and/or the second jig (220, 520) to one another. mounting a cover window; mounting a panel member; and laminating the cover window (110, 310) to the panel member by moving the first jig (210, 510) and/or the second jig (220, 520) to one another, characterized in that the cover window (110, 310) comprises a flat portion, wherein both ends of the flat portion are curved, and is mounted to a first jig (210, 510) comprising a curved portion to conform to the surface of the cover window (110, 310) that comprises the flat portion having curved both ends; the panel member is mounted to a flat portion of a second jig (220, 520), the second jig (220, 520) conforming to a surface of the first jig (210, 510); and the surface of the cover window (110, 310) contacts the first jig (210, 510) before moving the first jig (210, 510) and/or the second jig (220, 520) to one another.