mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a receiving station, STA, in a wireless local area network, WLAN, system, the method comprising: receiving (S2510) a physical protocol data unit, PPDU, comprising a legacy-signal, L-SIG, field, a repeated L-SIG, RL-SIG, field, and an indication symbol, wherein the RL-SIG field is contiguous to the L-SIG field, and the indication symbol is contiguous to the RL-SIG field; determining a type of the PPDU based on the L-SIG field, a "modulo 3 operation" with respect to a value of a length field of the L-SIG field, and packet indication information having a length of 3 bits, wherein the packet indication information is included in the indication symbol, wherein the type of the PPDU is determined as an extreme high throughput, EHT, type based on the L-SIG field being repeated in the RL-SIG field, a result of the "modulo 3 operation" being "0", and the packet indication information; and decoding (S2520) the PPDU. receiving (S2510) a physical protocol data unit, PPDU, comprising a legacy-signal, L-SIG, field, a repeated L-SIG, RL-SIG, field, and an indication symbol, wherein the RL-SIG field is contiguous to the L-SIG field, and the indication symbol is contiguous to the RL-SIG field; determining a type of the PPDU based on the L-SIG field, a "modulo 3 operation" with respect to a value of a length field of the L-SIG field, and packet indication information having a length of 3 bits, wherein the packet indication information is included in the indication symbol, wherein the type of the PPDU is determined as an extreme high throughput, EHT, type based on the L-SIG field being repeated in the RL-SIG field, a result of the "modulo 3 operation" being "0", and the packet indication information; and decoding (S2520) the PPDU.
Cutting device having a mounting head and cutting tools arranged in the mounting head so as to be movable towards each other along a cutting plane (S), wherein the cutting tools , one of which is fixed and the other is movable, are arranged in the mounting head so as to be removable, are offset transversely to the cutting plane (S) and are movable past each other, and form cutting edges on the edges of the frontal faces thereof that are opposite one another in the direction of travel (R) and facing towards each other, and which also complement each other to form a contour of a workpiece to be cut, and have recesses that form an abutment surface , wherein further a cutting tool has a bracing element that is laterally offset with respect to the cutting plane (S), which bracing element forms a bracing surface that is constructed to open in the opposite direction to the recess , wherein the bracing element is conformed on the fixed position cutting tool , characterised in that both abutment surfaces are constructed with engaging protrusions directed towards each other, which projections encompass a foot circumferential angular range (α) from 20 to 90 degrees relative to an essentially semicircular contour of the abutment surfaces that is otherwise aligned in the cutting direction, and which project into the interior of the semicircle by one fifth to 9/10 of the radius (r) of the semicircular contour, and of which the foot areas that become semicircular in shape gradually evolve into a first and a second circle arc segment (22, 23; 24, 25) in a circumferential direction.
Shower head, comprising - a water conduit leading supplied shower water to at least one draining surface pointing downwards essentially in the direction of gravity, and - a draining structure on the draining surface , through which draining structure shower water led to the draining surface drips off the draining surface , characterized in that - the water conduit leads the shower water onto the draining surface in an adhesion force-assisted manner and there is a stall in adhesion with passing of the shower water onto the draining surface , by means of which stall, in case of exceeding a certain water volume flow threshold value, rupture of the adhesion of the supplied shower water occurs and the supplied shower water detaches as a dousing jet , and/or - the shower head has a shower head disk , including the draining surface on the bottom side and at least one distributor surface adjacent to the draining surface or transitioning therein on the top side for distributing the supplied shower water before passing onto the draining surface and the water conduit leads the shower water supplied to the distributor surface to the edge of the distributor surface and there around an edge of the shower head disk to the draining surface in an adhesion force-assisted manner. - a water conduit leading supplied shower water to at least one draining surface pointing downwards essentially in the direction of gravity, and - a draining structure on the draining surface , through which draining structure shower water led to the draining surface drips off the draining surface , characterized in that - the water conduit leads the shower water onto the draining surface in an adhesion force-assisted manner and there is a stall in adhesion with passing of the shower water onto the draining surface , by means of which stall, in case of exceeding a certain water volume flow threshold value, rupture of the adhesion of the supplied shower water occurs and the supplied shower water detaches as a dousing jet , and/or - the shower head has a shower head disk , including the draining surface on the bottom side and at least one distributor surface adjacent to the draining surface or transitioning therein on the top side for distributing the supplied shower water before passing onto the draining surface and the water conduit leads the shower water supplied to the distributor surface to the edge of the distributor surface and there around an edge of the shower head disk to the draining surface in an adhesion force-assisted manner.
A blower comprising : a lower case , which has a suction port , in which a fan is disposed; a first tower extending upward and having a first discharge port extend vertically; a second tower extending upward, being spaced apart from the first tower and having a second discharge port extend vertically; a blowing space (S) formed between the first tower and the second tower ; and an third discharge port positioned below the first discharge port and the second discharge port , and the third discharge port discharging an air suctioned into the suction port toward the blowing space (S). a lower case , which has a suction port , in which a fan is disposed; a first tower extending upward and having a first discharge port extend vertically; a second tower extending upward, being spaced apart from the first tower and having a second discharge port extend vertically; a blowing space (S) formed between the first tower and the second tower ; and an third discharge port positioned below the first discharge port and the second discharge port , and the third discharge port discharging an air suctioned into the suction port toward the blowing space (S).
A method for manufacturing a spread type processed food using a duck liver and chicken breasts, the method further comprising: (a) washing a loaf of duck liver with running water to remove secretions; (b) dicing the loaf of duck liver into a uniform size; (c) salt-seasoning the diced duck liver with a marinade prepared by mixing 5g of garlic and 20 ml of Korean wine, 'soju', for 50 to 80 minutes to primarily remove liver smell; (d) vacuum packing raw chicken breasts and cooking the same in sous vide mode at 50 to 80 °C for 20 to 50 minutes; (e) washing the marinated duck liver with clean water, pouring 50 ml of soju to the marinated duck liver, and then, cooking the same in Flambee method a temperature of 78 to 110 °C for 5 to 10 minutes in order to secondarily remove the liver smell; and (f) introducing 9 to 14 wt.% of the Flambee-cooked duck liver, 38 to 50 wt.% of the sous vide-cooked chicken breasts, 10 to 14 wt.% of butter, 17 to 23 wt.% of whipped cream, 1.3 to 1.6 wt.% of brandy, 5 to 7 wt.% of cassava powders, additives and purified water into a blender, followed by finely grinding the mixture so as to manufacture a processed food in a spread form, wherein further comprising: between step (a) and step (b), injecting a liver smell removing solution, which is prepared by mixing 20 ml of soju, 5 g of ground garlic and 10 ml of citron liquid, into the duck liver through a syringe, steaming the duck liver in a steamer over medium heat for 1 to 2 minutes to boil a surface of the duck liver only while preventing the liver smell removing solution from spilling out of the duck liver, followed by rotating the duck liver at 100 to 300 RPM for 1 to 2 minutes so as to allow the liver smell removing solution injected into the duck liver to evenly penetrate inside the duck liver. (a) washing a loaf of duck liver with running water to remove secretions; (b) dicing the loaf of duck liver into a uniform size; (c) salt-seasoning the diced duck liver with a marinade prepared by mixing 5g of garlic and 20 ml of Korean wine, 'soju', for 50 to 80 minutes to primarily remove liver smell; (d) vacuum packing raw chicken breasts and cooking the same in sous vide mode at 50 to 80 °C for 20 to 50 minutes; (e) washing the marinated duck liver with clean water, pouring 50 ml of soju to the marinated duck liver, and then, cooking the same in Flambee method a temperature of 78 to 110 °C for 5 to 10 minutes in order to secondarily remove the liver smell; and (f) introducing 9 to 14 wt.% of the Flambee-cooked duck liver, 38 to 50 wt.% of the sous vide-cooked chicken breasts, 10 to 14 wt.% of butter, 17 to 23 wt.% of whipped cream, 1.3 to 1.6 wt.% of brandy, 5 to 7 wt.% of cassava powders, additives and purified water into a blender, followed by finely grinding the mixture so as to manufacture a processed food in a spread form,
A method for controlling vehicle driving, comprising: determining, according to a speed of a preceding vehicle, a distance between a present vehicle and the preceding vehicle, and a preset expected collision time, a speed limit imposed by the preceding vehicle on the present vehicle, and determining other speed limits on the present vehicle according to road attribute information of a current location of the present vehicle ; determining a comprehensive speed limit on the present vehicle according to the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits ; and controlling driving based on the comprehensive speed limit , wherein the determining a comprehensive speed limit on the present vehicle according to the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits comprises: determining a minimum value among the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits as the comprehensive speed limit on the present vehicle. determining, according to a speed of a preceding vehicle, a distance between a present vehicle and the preceding vehicle, and a preset expected collision time, a speed limit imposed by the preceding vehicle on the present vehicle, and determining other speed limits on the present vehicle according to road attribute information of a current location of the present vehicle ; determining a comprehensive speed limit on the present vehicle according to the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits ; and controlling driving based on the comprehensive speed limit , wherein the determining a comprehensive speed limit on the present vehicle according to the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits comprises: determining a minimum value among the speed limit imposed by the preceding vehicle on the present vehicle and the other speed limits as the comprehensive speed limit on the present vehicle.
A catheter device configured to provide access to a hollow organ comprising: a body extending longitudinally from a proximal end to a distal end and a flexible insertion tube extending longitudinally from a proximal end to a distal end, wherein the body comprises: a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges extending rearwardly from a distal end of the body the flexible insertion tube comprises a tubular elongated passage aligned with the tubular elongated channel of the body forming a lumen and is characterized by being coupled to the distal end of the body . a body extending longitudinally from a proximal end to a distal end and a flexible insertion tube extending longitudinally from a proximal end to a distal end, wherein the body comprises: a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges extending rearwardly from a distal end of the body a tubular elongated internal channel along the longitudinal length of the body extending from the proximal end to the distal end of the body, wherein the channel is configured to receive a removable elongated needle, and one or more cutting edges extending rearwardly from a distal end of the body the flexible insertion tube comprises a tubular elongated passage aligned with the tubular elongated channel of the body forming a lumen and is characterized by being coupled to the distal end of the body .
A method performed in an AMF , the method comprising: receiving at the AMF an access network UE context release request comprising an indication of radio access network paging failure for a UE device; suspending a protocol data unit session deactivation procedure for the UE device and triggering core network paging for the UE device in response to receiving the indication of radio access network paging failure; in response to the core network paging failing, resuming the protocol data unit session deactivation procedure for the UE device; in response to the core network paging succeeding, transmitting an access network UE context establishment request for the UE device to a target radio access network ; in response to receiving an access network UE context establishment response for the UE device from the target radio access network , transmitting a protocol data unit session modification request for the UE device to a session management function , the session modification request including a PDU session identifier; and in response to receiving a protocol data unit session modification response for the UE device, transmitting a data forwarding request for the UE device to a source radio access network . receiving at the AMF an access network UE context release request comprising an indication of radio access network paging failure for a UE device; suspending a protocol data unit session deactivation procedure for the UE device and triggering core network paging for the UE device in response to receiving the indication of radio access network paging failure; in response to the core network paging failing, resuming the protocol data unit session deactivation procedure for the UE device; in response to the core network paging succeeding, transmitting an access network UE context establishment request for the UE device to a target radio access network ; in response to receiving an access network UE context establishment response for the UE device from the target radio access network , transmitting a protocol data unit session modification request for the UE device to a session management function , the session modification request including a PDU session identifier; and in response to receiving a protocol data unit session modification response for the UE device, transmitting a data forwarding request for the UE device to a source radio access network .
Evaporator , in particular for a motor vehicle air-conditioning circuit , comprising a stack of plates forming tubes for circulating a fluid refrigerant that between them delimit air passages so as to cool a stream of air circulating via said passages across the evaporator , such that at least one of said tubes comprises a single circulation path for said fluid refrigerant between an inlet orifice and an outlet orifice , said circulation path being composed of a plurality of successive passes, said inlet orifice of said at least one tube being in fluidic communication with a fluid refrigerant inlet portion of said evaporator , and said outlet orifice of said at least one tube being in fluidic communication with a fluid refrigerant outlet portion of said evaporator , wherein said circulation path of at least one of said tubes comprises four circulation passes for said fluid refrigerant, characterized in that said at least one tube comprises three plates delimiting between them said circulation path for said fluid refrigerant, said circulation path including a first U-circulation in a direction orthogonal to said stream of air to be cooled, said first circulation being followed by a second U-circulation in a direction parallel to said stream of air to be cooled, the second circulation itself being followed by a third U-circulation in a direction orthogonal to said stream of air to be cooled and opposite to the direction of said first circulation.
An information transmission method, comprising: transmitting (S202), by a transmitting end, information on N symbols in a transmission time unit according to a preset pattern; wherein the preset pattern comprises a preset frequency domain pattern and a preset time domain pattern, and the preset frequency domain pattern comprises M frequency domain positions, M being a positive integer, and a frequency domain resource size corresponding to each of the M frequency domain positions is occupied by transmitting the information in the transmission time unit; wherein the preset time domain pattern comprises K groups into which the N symbols are divided, wherein the K groups are consecutive in time domain, and frequency domain positions in any two adjacent groups in the K groups are different, N is a positive integer and N is greater than 1, and K is a positive integer and K is greater than 1; and wherein the transmission time unit comprises seven symbols, and the method characterised in that the number of frequency domain positions M corresponding to the K groups is less than or equal to K. transmitting (S202), by a transmitting end, information on N symbols in a transmission time unit according to a preset pattern; wherein the preset pattern comprises a preset frequency domain pattern and a preset time domain pattern, and the preset frequency domain pattern comprises M frequency domain positions, M being a positive integer, and a frequency domain resource size corresponding to each of the M frequency domain positions is occupied by transmitting the information in the transmission time unit; wherein the preset time domain pattern comprises K groups into which the N symbols are divided, wherein the K groups are consecutive in time domain, and frequency domain positions in any two adjacent groups in the K groups are different, N is a positive integer and N is greater than 1, and K is a positive integer and K is greater than 1; and wherein the transmission time unit comprises seven symbols, and the method characterised in that the number of frequency domain positions M corresponding to the K groups is less than or equal to K.
Use of or a pharmaceutically acceptable salt thereof, for the preparation of a medicament for treating or preventing fatigue in a subject having depression by administering the compound to a subject in need thereof, in a treatment or prevention effective amount.
Finger segment for a glove for diagnostic and medical purposes, containing a resilient material which surrounds the user's finger and a sensor material which is enclosed by the resilient material, the sensor material being suitable for indicating an effective mechanical force, and the sensor material undergoing a change which is characteristic of the effective mechanical force and can be perceived by the user without technical aids, the sensor material is a material that can be produced from a mixture of a liquid crystal, an optically active substance, a photoinitiator, a network monomer, and a cross-linker, characterized in that the sensor material is suitable for visualizing mechanical forces in the range of from 1 to 25 N which act on the sensor material at different angles of incidence, the resilient material being selected from the group consisting of translucent latex materials, translucent polyethylene, translucent neoprene, translucent styrene-butadiene polymers, and mixtures thereof, and the characteristic change in the sensor material due to the effect of mechanical force being a change in color in the visible range of the electromagnetic spectrum which is only triggered by an additional stimulus and is reversible or irreversible. a resilient material which surrounds the user's finger and a sensor material which is enclosed by the resilient material, the sensor material being suitable for indicating an effective mechanical force, and the sensor material undergoing a change which is characteristic of the effective mechanical force and can be perceived by the user without technical aids, the sensor material is a material that can be produced from a mixture of a liquid crystal, an optically active substance, a photoinitiator, a network monomer, and a cross-linker, characterized in that the sensor material is suitable for visualizing mechanical forces in the range of from 1 to 25 N which act on the sensor material at different angles of incidence, the resilient material being selected from the group consisting of translucent latex materials, translucent polyethylene, translucent neoprene, translucent styrene-butadiene polymers, and mixtures thereof, and the characteristic change in the sensor material due to the effect of mechanical force being a change in color in the visible range of the electromagnetic spectrum which is only triggered by an additional stimulus and is reversible or irreversible.
A valve heat element for the controlled delivery and heating of an air flow, comprising - a connection housing for mounting in a building wall and for feeding an electrical power cable, and - a heat element housing for receiving an electrical heat element , wherein the connection housing has a conduit separated from the air flow, in which a connection strip is arranged for connection to the power cable, wherein a coupling part for the connection of an air duct is located at the connection housing , and wherein the connection housing can be joined to the heat element housing . - a connection housing for mounting in a building wall and for feeding an electrical power cable, and - a heat element housing for receiving an electrical heat element , wherein the connection housing has a conduit separated from the air flow, in which a connection strip is arranged for connection to the power cable, wherein a coupling part for the connection of an air duct is located at the connection housing , and wherein the connection housing can be joined to the heat element housing . wherein the connection housing has a conduit separated from the air flow, in which a connection strip is arranged for connection to the power cable, wherein a coupling part for the connection of an air duct is located at the connection housing , and wherein the connection housing can be joined to the heat element housing .