mhurhangee/ep-ind-claims huggingface dataset:
A method in a validation server, comprising: a) verifying, using a public key of a first asymmetric key pair associated with a first trusted identity, the authenticity of a received encrypted first check code being based on a set of payload data; b) verifying, using a public key of a second asymmetric key pair associated with a second trusted identity, the authenticity of a received encrypted second check code which is based on the set of payload data, or information related to the set of payload data, and a time stamp; c) verifying, if there is an end time associated with the public key of the first asymmetric key pair, that the time stamp precedes said end time; d) verifying that the public key of the first asymmetric key pair is not revoked; e) in response to positive results of the steps a) to d), declaring authenticity and integrity of the set of payload data; the method being characterized by further comprising f) in response to a negative result of step d) and at least in case of positive results of the steps a) to c), requesting at least one stored encrypted first check code, or an identifier associated with said first check code, from an archive server and verifying that the received encrypted first check code corresponds to the stored encrypted first check code or said stored identifier; and g) in response to a positive result of step f), declaring authenticity and integrity of the set of payload data. a) verifying, using a public key of a first asymmetric key pair associated with a first trusted identity, the authenticity of a received encrypted first check code being based on a set of payload data; b) verifying, using a public key of a second asymmetric key pair associated with a second trusted identity, the authenticity of a received encrypted second check code which is based on the set of payload data, or information related to the set of payload data, and a time stamp; c) verifying, if there is an end time associated with the public key of the first asymmetric key pair, that the time stamp precedes said end time; d) verifying that the public key of the first asymmetric key pair is not revoked; e) in response to positive results of the steps a) to d), declaring authenticity and integrity of the set of payload data; the method being characterized by further comprising f) in response to a negative result of step d) and at least in case of positive results of the steps a) to c), requesting at least one stored encrypted first check code, or an identifier associated with said first check code, from an archive server and verifying that the received encrypted first check code corresponds to the stored encrypted first check code or said stored identifier; and g) in response to a positive result of step f), declaring authenticity and integrity of the set of payload data.
A control method of a washing machine comprising a drum and a universal motor to rotate the drum so as to perform a washing operation, a rinsing operation, and a dehydration operation, with the steps of: - confirming (s20, s110) whether to enter a constant-speed period upon progress of a dehydration operation; and - aperiodically repeatedly (s30, s120) raising and lowering a speed of the universal motor within a predetermined magnitude range if it is confirmed to enter the constant-speed period, so as to alleviate noise generated by the rotation of the universal motor. - confirming (s20, s110) whether to enter a constant-speed period upon progress of a dehydration operation; and - aperiodically repeatedly (s30, s120) raising and lowering a speed of the universal motor within a predetermined magnitude range if it is confirmed to enter the constant-speed period, so as to alleviate noise generated by the rotation of the universal motor.
Biomanufacturing apparatus comprising a housing including top and bottom faces which allow stacking of plural housings, an access door at a front side of the housing, a substantially enclosed bioreactor chamber inside the housing accessible via the door, and a further substantially enclosed region inside the housing containing electrical parts and/or electronic control components, the chamber including: a tray for supporting a bioreactor, a tray support including a mechanism (44,47) for rocking the tray in use; at least a fluid handling portion (48,49) of at least one fluid pump device (54/58); and at least one connection for connecting to a conduit and/or path for carrying fluids, gas, and/or electricity, and wherein the chamber has a main chamber region for housing the tray and the support, and an antechamber region shallower in depth relative to the door than the main chamber, the antechamber including a panel to which is mounted the at least one fluid pump device (54,58) such that the fluid handling portion(s) (48,49) of the pump(s) project beyond the panel into the antechamber.
A refrigerator, comprising: a refrigerator body with a hinge body disposed thereon, a first hinge shaft and a second hinge shaft being disposed on the hinge body; and a door body with a first guide groove and a second guide groove formed therein, after installation of the door body and the refrigerator body, the first hinge shaft being located in the first guide groove and the second hinge shaft being located in the second guide groove, wherein during opening of the door body, the first guide groove moves relative to the first hinge shaft, and the second guide groove moves relative to the second hinge shaft; and during movement, the first hinge shaft applies an acting force to the first guide groove to drive the end, away from the first guide groove, of the second guide groove to gradually approach the second hinge shaft, so that the door body is displaced in a horizontal direction; wherein the first guide groove is configured as substantially L-shaped and comprises a sliding groove A and a sliding groove B, the second guide groove is oblong, the end, close to the sliding groove A of the first guide groove, of the second guide groove is defined as an end C, and the end, away from the sliding groove A of the first guide groove, of the second guide groove is defined as an end D, characterized in that when an opening angle of the door body is 90°, the first hinge shaft is located at a joint of the sliding groove A and the sliding groove B of the first guide groove, and the second hinge shaft is located at the end C of the second guide groove. a refrigerator body with a hinge body disposed thereon, a first hinge shaft and a second hinge shaft being disposed on the hinge body; and a door body with a first guide groove and a second guide groove formed therein, after installation of the door body and the refrigerator body, the first hinge shaft being located in the first guide groove and the second hinge shaft being located in the second guide groove, wherein during opening of the door body, the first guide groove moves relative to the first hinge shaft, and the second guide groove moves relative to the second hinge shaft; and during movement, the first hinge shaft applies an acting force to the first guide groove to drive the end, away from the first guide groove, of the second guide groove to gradually approach the second hinge shaft, so that the door body is displaced in a horizontal direction; wherein the first guide groove is configured as substantially L-shaped and comprises a sliding groove A and a sliding groove B, the second guide groove is oblong, the end, close to the sliding groove A of the first guide groove, of the second guide groove is defined as an end C, and the end, away from the sliding groove A of the first guide groove, of the second guide groove is defined as an end D, characterized in that when an opening angle of the door body is 90°, the first hinge shaft is located at a joint of the sliding groove A and the sliding groove B of the first guide groove, and the second hinge shaft is located at the end C of the second guide groove.
A filter medium comprising: (i) a first media layer; (ii) a second media layer; and (iii) a plurality of spaced apart weld points (410, 504) that couple the first media layer and the second media layer together to form the filter medium, (iv) the weld points (410, 504) distort the surface of the first media layer and the second media layer, (v) the filter medium is folded back on itself to form a plurality of pleats in the filter medium, wherein: (vi) the first media layer and the second media layer are dimpled at each of the plurality of weld points (410, 504), characterized in that said dimples are depressions in the surface of the first and second media layer; and in that (vii) the filter medium further comprises a third media layer disposed between the first media layer and the second media layer or a filter layer disposed between the first media layer and the second media layer, and (viii) the dimpled first media layer and second media layer create fluid pathways through the filter medium when adjacent surfaces of the filter medium are touching. (i) a first media layer; (ii) a second media layer; and (iii) a plurality of spaced apart weld points (410, 504) that couple the first media layer and the second media layer together to form the filter medium, (iv) the weld points (410, 504) distort the surface of the first media layer and the second media layer, (v) the filter medium is folded back on itself to form a plurality of pleats in the filter medium, (vi) the first media layer and the second media layer are dimpled at each of the plurality of weld points (410, 504), characterized in that said dimples are depressions in the surface of the first and second media layer; and in that (vii) the filter medium further comprises a third media layer disposed between the first media layer and the second media layer or a filter layer disposed between the first media layer and the second media layer, and (viii) the dimpled first media layer and second media layer create fluid pathways through the filter medium when adjacent surfaces of the filter medium are touching.
A device for heating a flow of air for apparatuses for household use, comprising at least one heating element provided with a three-dimensional insulating support, wherein the value of the thickness is negligible with respect to the value of length A and that of width B, and with a resistive wire wound as a spiral about said support as to essentially define a flat winding, the ratio B/A between width B and length A of the insulating support being smaller than 1⁄4; characterized in that relieving elements of the strains caused by the heating of said support are inserted along length A of the insulating support and in that the pitch of the spiral of the resistive wire is variable to contrast the phenomenon of lack of temperature uniformity along the insulating support.
A telescopic maneuvering wrench for facilitating the anchoring of wall-hung sanitary fixtures to a wall, said wrench comprising - a straight Allen wrench; - a recess provided on the side surface of the straight Allen wrench; - a connecting element (7; S, C, F) for connecting the straight Allen wrench to a screw element; - a hollow body provided with snap-fit elements and a longitudinal cavity into which the straight Allen wrench is inserted; characterized in that the snap fit elements are adapted for snap coupling with the straight Allen wrench by snap fitting in the recess provided on the straight Allen wrench. - a straight Allen wrench; - a recess provided on the side surface of the straight Allen wrench; - a connecting element (7; S, C, F) for connecting the straight Allen wrench to a screw element; - a hollow body provided with snap-fit elements and a longitudinal cavity into which the straight Allen wrench is inserted;
A stoma-leakage collecting device structured for use together with an attachment plate for a stoma waste pouch, the attachment plate being structured in a manner allowing it to be releasably attached to a body and around a stoma on the body; - wherein the collecting device is comprised of a plate-shaped body having a surface which is larger than the surface of the attachment plate, and wherein the collecting device comprises: - an inner, liquid-absorbent material for collection of leakage material from said stoma; - an outer, liquid-tight material covering the inner material for inclusion of said leakage material; and - an opening (8, 10) through the outer material and the inner material, respectively, wherein at least the opening in the outer material is structured in a manner allowing it to be placed around a corresponding stoma communication opening (48, 48') in the attachment plate, and wherein at least the opening in the outer material is smaller than the smallest transverse dimension of the attachment plate, characterized in that at least a radially inner rim area located around the opening in the outer material, is structured in a manner allowing it to be attached in a liquid-tight manner to a rim area of the attachment plate, whereby leakage between the collecting device and the attachment plate is prevented. - wherein the collecting device is comprised of a plate-shaped body having a surface which is larger than the surface of the attachment plate, and wherein the collecting device comprises: - an inner, liquid-absorbent material for collection of leakage material from said stoma; - an outer, liquid-tight material covering the inner material for inclusion of said leakage material; and - an opening (8, 10) through the outer material and the inner material, respectively, wherein at least the opening in the outer material is structured in a manner allowing it to be placed around a corresponding stoma communication opening (48, 48') in the attachment plate, and wherein at least the opening in the outer material is smaller than the smallest transverse dimension of the attachment plate, - an inner, liquid-absorbent material for collection of leakage material from said stoma; - an outer, liquid-tight material covering the inner material for inclusion of said leakage material; and - an opening (8, 10) through the outer material and the inner material, respectively, wherein at least the opening in the outer material is structured in a manner allowing it to be placed around a corresponding stoma communication opening (48, 48') in the attachment plate, and wherein at least the opening in the outer material is smaller than the smallest transverse dimension of the attachment plate,
A fuel cell device comprising: a cell stack including a plurality of unit cells that are stacked; a case including a cover portion that covers one of side surfaces of the cell stack, the side surfaces of the cell stack extending along a stacking direction along which the plurality of unit cells are stacked; an end plate connected to one end portion of the cover portion in the stacking direction and disposed on an outer side of the cell stack in the stacking direction; and a fastening member that extends in parallel with the stacking direction on an opposite side of the cell stack from the cover portion, that includes one end portion in the stacking direction connected to the end plate and another end portion in the stacking direction connected to the case, and that fastens the cell stack, the end plate, and the case to each other in the stacking direction, the fuel cell device being characterized in that a thermal expansion coefficient of the cover portion is larger than a thermal expansion coefficient of the fastening member. a cell stack including a plurality of unit cells that are stacked; a case including a cover portion that covers one of side surfaces of the cell stack, the side surfaces of the cell stack extending along a stacking direction along which the plurality of unit cells are stacked; an end plate connected to one end portion of the cover portion in the stacking direction and disposed on an outer side of the cell stack in the stacking direction; and a fastening member that extends in parallel with the stacking direction on an opposite side of the cell stack from the cover portion, that includes one end portion in the stacking direction connected to the end plate and another end portion in the stacking direction connected to the case, and that fastens the cell stack, the end plate, and the case to each other in the stacking direction, the fuel cell device being characterized in that a thermal expansion coefficient of the cover portion is larger than a thermal expansion coefficient of the fastening member.
A method of wireless communication performed by a user equipment, UE, comprising: receiving an instruction to measure a synchronization signal block, SSB; receiving scheduling information that schedules a downlink channel communication in one or more symbols that overlap with the SSB; determining, based on an indication from a base station, whether to decode the SSB, the downlink channel communication, or both the SSB and the downlink channel communication; and processing one or more signals received in the one or more symbols based at least in part on the determination; wherein processing the one or more signals comprises one of: decoding both the SSB and the downlink channel communication in the one or more symbols, decoding only the SSB and not the downlink channel communication in the one or more symbols, or decoding only the downlink channel communication and not the SSB in the one or more symbols. receiving an instruction to measure a synchronization signal block, SSB; receiving scheduling information that schedules a downlink channel communication in one or more symbols that overlap with the SSB; determining, based on an indication from a base station, whether to decode the SSB, the downlink channel communication, or both the SSB and the downlink channel communication; and processing one or more signals received in the one or more symbols based at least in part on the determination; wherein processing the one or more signals comprises one of: decoding both the SSB and the downlink channel communication in the one or more symbols, decoding only the SSB and not the downlink channel communication in the one or more symbols, or decoding only the downlink channel communication and not the SSB in the one or more symbols. decoding both the SSB and the downlink channel communication in the one or more symbols, decoding only the SSB and not the downlink channel communication in the one or more symbols, or decoding only the downlink channel communication and not the SSB in the one or more symbols.
An image pickup device, comprising: a wiring substrate, said wiring substrate comprising: an insulating substrate having an upper surface, a lower surface and an opening penetrating through the insulating substrate from the upper surface to the lower surface; and a plurality of connection electrodes disposed on the lower surface in a surrounding region surrounding the opening, and an image sensor mounted on the lower surface of the insulating substrate of the wiring substrate below said opening and electrically connected to the plurality of connection electrodes, said image sensor comprising a light receiving section facing said opening, wherein the surrounding region of said lower surface consists of an inclined area surrounding the opening and a flat area surrounding the inclined area, characterized by the inclined area being inclined downward with respect to the flat area towards the image sensor and being located between the flat area and the opening on said lower surface. a wiring substrate, said wiring substrate comprising: an insulating substrate having an upper surface, a lower surface and an opening penetrating through the insulating substrate from the upper surface to the lower surface; and a plurality of connection electrodes disposed on the lower surface in a surrounding region surrounding the opening, and an insulating substrate having an upper surface, a lower surface and an opening penetrating through the insulating substrate from the upper surface to the lower surface; and a plurality of connection electrodes disposed on the lower surface in a surrounding region surrounding the opening, and an image sensor mounted on the lower surface of the insulating substrate of the wiring substrate below said opening and electrically connected to the plurality of connection electrodes, said image sensor comprising a light receiving section facing said opening, wherein the surrounding region of said lower surface consists of an inclined area surrounding the opening and a flat area surrounding the inclined area, characterized by the inclined area being inclined downward with respect to the flat area towards the image sensor and being located between the flat area and the opening on said lower surface.
A component mounting machine comprising: a frame; a plurality of component supply devices which respectively include a plurality of feeder-type component supply units for supplying components at component supply positions and are exchangeably equipped on the frame; a component transfer device which includes a mounting nozzle performing a lifting and lowering operation and picking up a component from the feeder-type component supply unit to mount the component on a board, which is equipped on the frame, and for which a reference height as a reference of the lifting and lowering operation of the mounting nozzle is set; characterized by a height memory section which is configured to memorize a height unique value (Heg) that is unique for each component supply device and that is commonly set for each feeder-type component supply unit based on the unit height of each feeder-type component supply unit, wherein a height of the component supply position of each feeder-type component supply unit when the component supply device is equipped is represented as a relative unit height to the reference height; a height correction control section which is configured to correct a lowering operation stroke amount when the mounting nozzle picks up the component from each feeder-type component supply unit based on the height unique value (Heg) of the equipped component supply device and the dimension of each feeder-type component supply unit. a frame; a plurality of component supply devices which respectively include a plurality of feeder-type component supply units for supplying components at component supply positions and are exchangeably equipped on the frame; a component transfer device which includes a mounting nozzle performing a lifting and lowering operation and picking up a component from the feeder-type component supply unit to mount the component on a board, which is equipped on the frame, and for which a reference height as a reference of the lifting and lowering operation of the mounting nozzle is set; characterized by a height memory section which is configured to memorize a height unique value (Heg) that is unique for each component supply device and that is commonly set for each feeder-type component supply unit based on the unit height of each feeder-type component supply unit, wherein a height of the component supply position of each feeder-type component supply unit when the component supply device is equipped is represented as a relative unit height to the reference height; a height correction control section which is configured to correct a lowering operation stroke amount when the mounting nozzle picks up the component from each feeder-type component supply unit based on the height unique value (Heg) of the equipped component supply device and the dimension of each feeder-type component supply unit.