mhurhangee/patent-ind-claim-en huggingface dataset:
A washing appliance comprising: a washing tub for holding wash liquid and having a washing space therein adapted to receive items for washing, the washing tub having a base , a sump region in the base of the washing tub for collecting wash liquid, a wash pump having a wash liquid inlet in fluid connection with the sump region via a wash liquid conduit (314, 316, 318, 614, 616, 618; 315, 317, 318, 615, 617, 618), and a wash liquid outlet in fluid connection with the washing space, and a heating unit positioned in the wash liquid conduit, characterised in that the shape of the wash liquid conduit, in transverse cross-section, is oblong along at least a portion of its length. a washing tub for holding wash liquid and having a washing space therein adapted to receive items for washing, the washing tub having a base , a sump region in the base of the washing tub for collecting wash liquid, a wash pump having a wash liquid inlet in fluid connection with the sump region via a wash liquid conduit (314, 316, 318, 614, 616, 618; 315, 317, 318, 615, 617, 618), and a wash liquid outlet in fluid connection with the washing space, and a heating unit positioned in the wash liquid conduit, characterised in that the shape of the wash liquid conduit, in transverse cross-section, is oblong along at least a portion of its length.
A method for device-to-device D2D communication, comprising: determining first access information by a first terminal device , the first access information being used to access a first cell; and sending the first access information by the first terminal device to a second terminal device , wherein the first access information is used for causing the second terminal device to determine, based on the first access information as received, second access information used by the second terminal device to access a second cell, characterized in that the method further comprises: sending condition information by the first terminal device to the second terminal device , wherein the condition information is used for indicating the second terminal device to determine the second access information based on the first access information when a condition indicated by the condition information is satisfied, wherein the condition information comprises location condition information; and wherein the first access information comprises a first timing advance, TA, and the location condition information comprises a location of the first terminal device when the first terminal device receives the first TA from other devices and a use distance of the first TA. determining first access information by a first terminal device , the first access information being used to access a first cell; and sending the first access information by the first terminal device to a second terminal device , wherein the first access information is used for causing the second terminal device to determine, based on the first access information as received, second access information used by the second terminal device to access a second cell, characterized in that the method further comprises: sending condition information by the first terminal device to the second terminal device , wherein the condition information is used for indicating the second terminal device to determine the second access information based on the first access information when a condition indicated by the condition information is satisfied, wherein the condition information comprises location condition information; and wherein the first access information comprises a first timing advance, TA, and the location condition information comprises a location of the first terminal device when the first terminal device receives the first TA from other devices and a use distance of the first TA. sending condition information by the first terminal device to the second terminal device , wherein the condition information is used for indicating the second terminal device to determine the second access information based on the first access information when a condition indicated by the condition information is satisfied, wherein the condition information comprises location condition information; and wherein the first access information comprises a first timing advance, TA, and the location condition information comprises a location of the first terminal device when the first terminal device receives the first TA from other devices and a use distance of the first TA.
A double-decker rail vehicle, comprising: two upper and lower compartments, which are a passenger compartment for passengers to ride and a cargo compartment for placing cargoes, respectively, wherein the passenger compartment is provided with passenger doors for passengers to get on and off and the cargo compartment is provided with cargo doors for loading and unloading cargoes; and the passenger compartment is provided with two rows of seat units arranged in a length direction of a vehicle body, two front and rear seat units are staggered and overlapped in the length direction of the vehicle body, the seat unit comprises a seat ; characterised in that the seat is tilted toward a side wall on a side where the seat is located; each of the seat units is partitioned by a seat partition wall , the seat partition wall is composed of a transverse partition wall and a longitudinal partition wall , the transverse partition wall is S-shaped, and the seat extends in a space where an outer side of the transverse partition wall of the present seat unit is outwardly recessed and extends in a space where an inner side of the transverse partition wall of the front seat unit is inwardly recessed; and a partition wall door is arranged on the longitudinal partition wall , the partition wall door is a sliding door, the longitudinal partition wall has a hollow structure, and the partition wall door in an open state is concealed inside the longitudinal partition wall . two upper and lower compartments, which are a passenger compartment for passengers to ride and a cargo compartment for placing cargoes, respectively, wherein the passenger compartment is provided with passenger doors for passengers to get on and off and the cargo compartment is provided with cargo doors for loading and unloading cargoes; and the passenger compartment is provided with two rows of seat units arranged in a length direction of a vehicle body, two front and rear seat units are staggered and overlapped in the length direction of the vehicle body, the seat unit comprises a seat ; characterised in that the seat is tilted toward a side wall on a side where the seat is located; each of the seat units is partitioned by a seat partition wall , the seat partition wall is composed of a transverse partition wall and a longitudinal partition wall , the transverse partition wall is S-shaped, and the seat extends in a space where an outer side of the transverse partition wall of the present seat unit is outwardly recessed and extends in a space where an inner side of the transverse partition wall of the front seat unit is inwardly recessed; and a partition wall door is arranged on the longitudinal partition wall , the partition wall door is a sliding door, the longitudinal partition wall has a hollow structure, and the partition wall door in an open state is concealed inside the longitudinal partition wall .
A hydrodynamic nozzle for a generation of a high pressure pulsating jet of a liquid without cavitation and presence of saturated vapours, which is characterized by the fact, that it is composed of an oscillatory chamber , at least two input openings of the oscillatory chamber and a output neck of the oscillatory chamber , where a flow cross-sectional area of the input openings of the oscillatory chamber is larger or equal than the flow cross-sectional area of the output neck of the oscillatory chamber , where input openings of the oscillatory chamber have constant or diminishing cross-section in a flow direction, wherein the input openings of the oscillatory chamber have a rectangle or square shape in longitudinal section in flow direction.
A reticle on which a pattern that serves as an indicator when an observer visually recognizes an object under observation is formed and which is suitable for being disposed in an observation optical path between an objective lens and an ocular lens in a position of an image formed by the objective lens , wherein the pattern includes a plurality of protruding sections and/or a plurality of recessed sections provided on at least one surface of a plate-shaped optical member , the protruding sections are formed of a plurality of structural elements each having an inclining surface inclining with respect to an optical axis (Z) of the observation optical path and/or each of the recessed sections is formed of a plurality of structural elements each having two inclining surfaces , each inclining surface inclining with respect to an optical axis (Z) of the observation optical path, and an inclination angle (α/2) of the inclining surfaces with respect to the optical axis (Z) is set at an angle that causes light which is directly incident on the inclining surfaces via the objective lens to be deflected to exit out of the observation optical path through the inclining surfaces . wherein the pattern includes a plurality of protruding sections and/or a plurality of recessed sections provided on at least one surface of a plate-shaped optical member , the protruding sections are formed of a plurality of structural elements each having an inclining surface inclining with respect to an optical axis (Z) of the observation optical path and/or each of the recessed sections is formed of a plurality of structural elements each having two inclining surfaces , each inclining surface inclining with respect to an optical axis (Z) of the observation optical path, and an inclination angle (α/2) of the inclining surfaces with respect to the optical axis (Z) is set at an angle that causes light which is directly incident on the inclining surfaces via the objective lens to be deflected to exit out of the observation optical path through the inclining surfaces .
A multi-disc electric motor brake , characterised in that it comprises: a motor mounting plate ; an electromagnetic coil attached to said mounting plate ; an armature in operative engagement with said electromagnetic coil ; a plurality of springs in axially biasing engagement with said armature ; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors ; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and a friction-damped linkage interposed between said armature and said mounting plate . a motor mounting plate ; an electromagnetic coil attached to said mounting plate ; an armature in operative engagement with said electromagnetic coil ; a plurality of springs in axially biasing engagement with said armature ; a hub received on an end of a motor shaft, said hub engaging a plurality of friction rotors ; a plurality of torque reaction members attached to said mounting plate and in engagement with a plurality of separator stators interleaved with said friction rotors and forming a disc pack; an endplate attached to said torque reaction members and axially encapsulating said disc pack; and a friction-damped linkage interposed between said armature and said mounting plate .
A user equipment for performing direct communication transmissions over a direct sidelink connection in a communication system, the user equipment being characterised by: a receiver, which, in operation, receives a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; circuitry, which, in operation,: • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and a transmitter, which, in operation, performs a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period. a receiver, which, in operation, receives a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; circuitry, which, in operation,: • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and • associates each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocates, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and a transmitter, which, in operation, performs a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period.
A drug delivery device , comprising: a tip configured to be positioned in a nose of a patient, the tip having an opening therein; a drug holder with an air chamber , a drug chamber , a first seal member that isolates the air chamber from the opening, and a second seal member that isolates the air chamber from the drug chamber, the air chamber containing air therein, and the drug chamber containing a drug therein; a turbine located distal to the opening and proximal to the air chamber; wherein the breaking of the first seal member is configured to cause the air to flow proximally and thereby cause the turbine to spin; and the breaking of the second seal member is configured to cause the drug to be drawn proximally and pass through the turbine and then out of the opening. a tip configured to be positioned in a nose of a patient, the tip having an opening therein; a drug holder with an air chamber , a drug chamber , a first seal member that isolates the air chamber from the opening, and a second seal member that isolates the air chamber from the drug chamber, the air chamber containing air therein, and the drug chamber containing a drug therein; a turbine located distal to the opening and proximal to the air chamber; wherein the breaking of the first seal member is configured to cause the air to flow proximally and thereby cause the turbine to spin; and the breaking of the second seal member is configured to cause the drug to be drawn proximally and pass through the turbine and then out of the opening.
An all-solid lithium secondary battery, comprising: a positive electrode active material layer ; a metallic lithium absorption layer containing a metallic lithium reactive substance; a first solid electrolyte layer ; and a negative electrode active material layer that is in contact with the first solid electrolyte layer , wherein the positive electrode active material layer , the metallic lithium absorption layer , the first solid electrolyte layer , and the negative electrode active material layer are disposed in this order; and wherein the first solid electrolyte layer of the all-solid lithium secondary battery contains a solid electrolyte; characterized in that the metallic lithium reactive substance contained in the metallic lithium absorption layer reacts with metallic lithium to generate an electron conductor which is stable under charging and discharging conditions of the all-solid lithium secondary battery; and the solid electrolyte contained in the first solid electrolyte layer is a crystalline or amorphous sulfide solid electrolyte or a crystalline or amorphous oxide solid electrolyte. a positive electrode active material layer ; a metallic lithium absorption layer containing a metallic lithium reactive substance; a first solid electrolyte layer ; and a negative electrode active material layer that is in contact with the first solid electrolyte layer , wherein the positive electrode active material layer , the metallic lithium absorption layer , the first solid electrolyte layer , and the negative electrode active material layer are disposed in this order; and wherein the first solid electrolyte layer of the all-solid lithium secondary battery contains a solid electrolyte; characterized in that the metallic lithium reactive substance contained in the metallic lithium absorption layer reacts with metallic lithium to generate an electron conductor which is stable under charging and discharging conditions of the all-solid lithium secondary battery; and the solid electrolyte contained in the first solid electrolyte layer is a crystalline or amorphous sulfide solid electrolyte or a crystalline or amorphous oxide solid electrolyte.
Method implemented by an access point (AP 110) of a wireless communication network to which a plurality of terminals (T 111, 112, 113) is connected, the access point transmitting in the wireless communication network frames triggering coordinated random access procedure, each frame triggering coordinated random access procedure offering an opportunity for access to the medium of said wireless communication network to each terminal for which said frame is intended, each terminal that seizes said opportunity for access to the medium performing an OFDMA uplink transmission toward said access point in response to said frame, characterised in that the access point includes , in each frame triggering coordinated random access procedure, information representing a method of selecting a frequency resource, chosen by said access point according to a predefined policy, among the following two: - a random selection method, according to which each terminal concerned is supposed to randomly select a frequency resource among a set of candidate frequency resources submitted by said access point in said frame triggering coordinated random access procedure; and - a free selection method, according to which each terminal concerned is supposed to freely select a frequency resource among a set of candidate frequency resources submitted by said access point in said frame triggering coordinated random access procedure. - a random selection method, according to which each terminal concerned is supposed to randomly select a frequency resource among a set of candidate frequency resources submitted by said access point in said frame triggering coordinated random access procedure; and - a free selection method, according to which each terminal concerned is supposed to freely select a frequency resource among a set of candidate frequency resources submitted by said access point in said frame triggering coordinated random access procedure.
A device for recovering an encryption key by processing an encrypted digital communication comprising: a receiver configured to receive a first ciphertext encrypted according to an A5/1, network to mobile or mobile to network, or an A5/2, network to mobile or mobile to network, encryption scheme wherein the first ciphertext is an encryption of a first message upon which a GSM error correction coding scheme was employed prior to encryption; and a processing circuitry adapted to recover an encryption key used in the encryption of the first ciphertext by performing a ciphertext-only cryptanalysis of the first ciphertext, characterized in that performing a ciphertext only cryptanalysis of the first ciphertext involves XORing bits based on a G matrix associated with the GSM error correction coding scheme. a receiver configured to receive a first ciphertext encrypted according to an A5/1, network to mobile or mobile to network, or an A5/2, network to mobile or mobile to network, encryption scheme wherein the first ciphertext is an encryption of a first message upon which a GSM error correction coding scheme was employed prior to encryption; and a processing circuitry adapted to recover an encryption key used in the encryption of the first ciphertext by performing a ciphertext-only cryptanalysis of the first ciphertext, characterized in that performing a ciphertext only cryptanalysis of the first ciphertext involves XORing bits based on a G matrix associated with the GSM error correction coding scheme.
A curable resin represented by General Formula , in General Formula , R 1 each independently represent a monovalent substituent, m is 0 to 4, n is 0 to 40, and R 2 's are each independently a monovalent group including a polymerizable functional group. R 1 each independently represent a monovalent substituent, m is 0 to 4, n is 0 to 40, and R 2 's are each independently a monovalent group including a polymerizable functional group.
An absorbent sanitary article comprising: - a chassis having a longitudinal axis (X), two side edges , rear and front transverse edges , rear and front waist sections , and a crotch section intermediate between the rear and front waist sections , the chassis including a topsheet having an outer surface which in use is in contact with the user's skin, a backsheet , and an absorbent core set between the topsheet and the backsheet , and - at least one transverse elastic element applied on the outer surface of the topsheet in at least one of said rear and front waist sections , the at least one transverse elastic element being elastically stretchable in a transverse direction (Y) orthogonal to said longitudinal axis (X) and comprising in a unitary component an elastic gasketing portion extending between the two side edges of the chassis and two elastic side panels extending transversally outwardly beyond respective side edges of the chassis , wherein the at least one transverse elastic element is attached to the chassis along a C-shaped attachment profile including two opposite longitudinal portions adjacent to respective side edges of the chassis and a transverse outer portion adjacent to one of said rear and front transverse edges of the chassis , wherein a central inner region of the elastic gasketing portion is detached from the outer surface of the topsheet to form a pocket open toward said crotch section . - a chassis having a longitudinal axis (X), two side edges , rear and front transverse edges , rear and front waist sections , and a crotch section intermediate between the rear and front waist sections , the chassis including a topsheet having an outer surface which in use is in contact with the user's skin, a backsheet , and an absorbent core set between the topsheet and the backsheet , and - at least one transverse elastic element applied on the outer surface of the topsheet in at least one of said rear and front waist sections , the at least one transverse elastic element being elastically stretchable in a transverse direction (Y) orthogonal to said longitudinal axis (X) and comprising in a unitary component an elastic gasketing portion extending between the two side edges of the chassis and two elastic side panels extending transversally outwardly beyond respective side edges of the chassis ,