mhurhangee/patent-ind-claim-en huggingface dataset:
Ammunition for firearms, in particular light firearms, the ammunition defining a longitudinal axis (X) and comprising: - a tubular casing containing gunpowder , provided with a base which delimits a hole ; - a primer cartridge which closes said hole ; - at least one bullet at least partially arranged in the casing ; - a body , or base wad, made of polymeric material, defining a cavity , arranged in the casing ; wherein said body comprises a first part having an outer surface in contact with the inner surface of the casing ; and a second part , spaced apart from the inner surface of the casing , formed by a side wall which extends from said first part , and by an upper wall , spaced apart from said first part , transverse to said side wall ; characterized in that said side wall is completely closed and comprises one or more portions adapted to break at the detonation of the primer cartridge so as to create a respective passageway ; each portion of said one or more portions having a thickness, orthogonally to the longitudinal axis (X), which is less than the remaining part of said side wall . - a tubular casing containing gunpowder , provided with a base which delimits a hole ; - a primer cartridge which closes said hole ; - at least one bullet at least partially arranged in the casing ; - a body , or base wad, made of polymeric material, defining a cavity , arranged in the casing ; wherein said body comprises a first part having an outer surface in contact with the inner surface of the casing ; and a second part , spaced apart from the inner surface of the casing , formed by a side wall which extends from said first part , and by an upper wall , spaced apart from said first part , transverse to said side wall ; characterized in that said side wall is completely closed and comprises one or more portions adapted to break at the detonation of the primer cartridge so as to create a respective passageway ; a first part having an outer surface in contact with the inner surface of the casing ; and a second part , spaced apart from the inner surface of the casing , formed by a side wall which extends from said first part , and by an upper wall , spaced apart from said first part , transverse to said side wall ; characterized in that said side wall is completely closed and comprises one or more portions adapted to break at the detonation of the primer cartridge so as to create a respective passageway ; each portion of said one or more portions having a thickness, orthogonally to the longitudinal axis (X), which is less than the remaining part of said side wall .
A peptide consisting of a sequence selected from SEQ ID NOs: 26 to 28.
Outdoor unit for a heat pump comprising a refrigerant circuit, the outdoor unit comprising a compressor , a discharge pipe of the refrigerant circuit connected to a discharge side of the compressor , a bottom plate , the bottom plate having a base and an outer flange protruding upward from an outer edge of the base , a heat source heat exchanger supported on the bottom plate , the heat source heat exchanger having a lower side directed towards the base and a vertical outer side , and a defrosting bypass pipe connected at one end to the discharge pipe , characterized in that the defrosting bypass pipe is arranged in a space between an inner side of the flange and the outer side of the heat source heat exchanger . a compressor , a discharge pipe of the refrigerant circuit connected to a discharge side of the compressor , a bottom plate , the bottom plate having a base and an outer flange protruding upward from an outer edge of the base , a heat source heat exchanger supported on the bottom plate , the heat source heat exchanger having a lower side directed towards the base and a vertical outer side , and a defrosting bypass pipe connected at one end to the discharge pipe , characterized in that the defrosting bypass pipe is arranged in a space between an inner side of the flange and the outer side of the heat source heat exchanger .
A randomization generating optical system comprising: a birefringent structure configured to receive a beam from a beam source , the birefringent structure comprising a plurality of layers, wherein each layer has a birefringent axis that is misaligned with a birefringent axis of each previous layer, and wherein each layer of the birefringent structure is positioned to split the beam as it propagates through the birefringent structure, forming an increasingly bifurcated beam; and a photodetector (114; 212; 412) positioned to receive randomization energy generated by the bifurcated beam exiting the birefringent structure and convert the randomization energy into a parallel randomized output signal. a birefringent structure configured to receive a beam from a beam source , the birefringent structure comprising a plurality of layers, wherein each layer has a birefringent axis that is misaligned with a birefringent axis of each previous layer, and wherein each layer of the birefringent structure is positioned to split the beam as it propagates through the birefringent structure, forming an increasingly bifurcated beam; and a photodetector (114; 212; 412) positioned to receive randomization energy generated by the bifurcated beam exiting the birefringent structure and convert the randomization energy into a parallel randomized output signal.
A measurement system (1, 1a to 1d) comprising: a vibration generation unit (20, 20a to 20f) that is configured to generate sound or vibration in response to a change in environmental state quantity; a vibration-driven energy harvesting unit that is configured to generate electric power using the sound or vibration generated by the vibration generation unit (20, 20a to 20f); and a transmission unit that is driven with the electric power generated by the vibration-driven energy harvesting unit and configured to transmit predetermined information, the measurement system being characterized in that the environmental state quantity is flow rate; the vibration generation unit further includes a displacement unit , a position of at least a portion of the displacement unit changing in response to a change in flow rate; and the vibration generation unit (20, 20a to 20f) includes a deformation member whose shape suddenly changes from a first shape to a second shape in response to a change in flow rate according to a position of the displacement unit . a vibration generation unit (20, 20a to 20f) that is configured to generate sound or vibration in response to a change in environmental state quantity; a vibration-driven energy harvesting unit that is configured to generate electric power using the sound or vibration generated by the vibration generation unit (20, 20a to 20f); and a transmission unit that is driven with the electric power generated by the vibration-driven energy harvesting unit and configured to transmit predetermined information, the measurement system being characterized in that the environmental state quantity is flow rate; the vibration generation unit further includes a displacement unit , a position of at least a portion of the displacement unit changing in response to a change in flow rate; and the vibration generation unit (20, 20a to 20f) includes a deformation member whose shape suddenly changes from a first shape to a second shape in response to a change in flow rate according to a position of the displacement unit .
An aircraft , comprising: a fuselage having a door opening ; a door configured to slide into the door opening from within the fuselage , the door held in a closed position in the door opening by excess air pressure within the fuselage during operation of the aircraft ; tracks located in an aircraft cabin floor and in an aircraft cabin ceiling; and guides attached to the door and coupled to the tracks , wherein the tracks are configured to control the location of the door between an open position and the closed position. a fuselage having a door opening ; a door configured to slide into the door opening from within the fuselage , the door held in a closed position in the door opening by excess air pressure within the fuselage during operation of the aircraft ; tracks located in an aircraft cabin floor and in an aircraft cabin ceiling; and guides attached to the door and coupled to the tracks , wherein the tracks are configured to control the location of the door between an open position and the closed position.
A process of preparation of an attrition resistant cracking catalyst additive composition consisting of 10-70 wt% of zeolite, 5-20 wt % colloidal silica, 10-60 wt% clay,1-10 wt % phosphate, and 1-15 wt% of aluminum phosphate binder; said process comprising the steps: a) preparing a mono aluminium phosphate (MAP) by reacting the aluminium trihydrate slurry with desired amount of H 3 PO 4 at 70-90 °C for 1-3 hduration; b) preparing an aluminium phosphate binder by reacting the mono aluminium phosphate (MAP) prepared in step (a) with an aluminium compound in a mole ratio of 1:1 to 1:2.5; wherein the aluminium compound is selected from salts of alumina, said salts of alumina in-situ generates monobasic acid and said each mole of aluminium phosphate binder contains 1.5 to 2.9 moles equivalent of monobasic acid; c) preparing phosphated zeolite slurry by adding di-ammonium hydrogen phosphate to zeolite; d) preparing clay-silica-alumina phosphate slurry by adding kaolin clay slurry and the aluminium phosphate binder solution of step (b) to ammonium polysilicate; e) preparing additive precursor slurry by adding the phosphated zeolite slurry of step (c) to the clay-silica-alumina phosphate slurry of step (d); and f) spray drying and calcining the additive precursor slurry of step (e) to obtain the additive composition. wherein the salts of alumina are selected from the group comprising of alumina nitrate, alumina sulphate, alumina chloride, alumina acetate and alumina oxalate. a) preparing a mono aluminium phosphate (MAP) by reacting the aluminium trihydrate slurry with desired amount of H 3 PO 4 at 70-90 °C for 1-3 hduration; b) preparing an aluminium phosphate binder by reacting the mono aluminium phosphate (MAP) prepared in step (a) with an aluminium compound in a mole ratio of 1:1 to 1:2.5; wherein the aluminium compound is selected from salts of alumina, said salts of alumina in-situ generates monobasic acid and said each mole of aluminium phosphate binder contains 1.5 to 2.9 moles equivalent of monobasic acid; c) preparing phosphated zeolite slurry by adding di-ammonium hydrogen phosphate to zeolite; d) preparing clay-silica-alumina phosphate slurry by adding kaolin clay slurry and the aluminium phosphate binder solution of step (b) to ammonium polysilicate; e) preparing additive precursor slurry by adding the phosphated zeolite slurry of step (c) to the clay-silica-alumina phosphate slurry of step (d); and f) spray drying and calcining the additive precursor slurry of step (e) to obtain the additive composition.
Illumination device for a motor vehicle headlight, the illumination device comprising: - a plurality of light sources arranged to emit light beams in a main radiation direction, - a primary optics having a plurality of light guide bodies , which light guide bodies are arranged in the main radiation direction of the light sources and each have a light entry surface , into which the light beams of the light sources can be fed, and a common light exit surface , the light guide bodies opening into the common light exit surface , and - a holder which is arranged to hold the light entry surfaces of the light guide bodies in position with respect to the light sources , wherein the holder has at least one latching element for fastening the primary optics , the latching element being arranged to engage in a mating latching element which is assigned to the latching element and is provided on the primary optics , characterized in that the holder has at least one positioning wall which projects in the main radiation direction and is arranged to engage in a recess provided on the primary optics wherein at least one projection is arranged on the at least one positioning wall , which projection extends longitudinally in the direction of the main radiation direction and is arranged to engage positively in a guide groove, associated with the at least one projection , in the primary optics . - a plurality of light sources arranged to emit light beams in a main radiation direction, - a primary optics having a plurality of light guide bodies , which light guide bodies are arranged in the main radiation direction of the light sources and each have a light entry surface , into which the light beams of the light sources can be fed, and a common light exit surface , the light guide bodies opening into the common light exit surface , and - a holder which is arranged to hold the light entry surfaces of the light guide bodies in position with respect to the light sources , wherein the holder has at least one latching element for fastening the primary optics , the latching element being arranged to engage in a mating latching element which is assigned to the latching element and is provided on the primary optics , characterized in that the holder has at least one positioning wall which projects in the main radiation direction and is arranged to engage in a recess provided on the primary optics wherein at least one projection is arranged on the at least one positioning wall , which projection extends longitudinally in the direction of the main radiation direction and is arranged to engage positively in a guide groove, associated with the at least one projection , in the primary optics .
An apparatus of a user equipment, UE, the apparatus comprising circuitry operable for inter-cell device-to-device, D2D, discovery, the circuitry configured to: receive device-to-device synchronization-signal, D2DSS, configuration information and device-to-device synchronization-signal, D2DSS, transmission-timing information at the UE for support of inter-cell D2D discovery; identify a plurality of physical resource blocks, PRBs, in a first sub-frame of a transmission-resource pool that are allocated for D2DSS transmissions based on the D2DSS configuration information, the transmission-resource pool comprising a D2D-discovery-resource pool , wherein resources are allocated in a time-division multiplexing, TDM, manner or a frequency-division multiplexing, FDM, manner at a system level; and send or receive D2D synchronization signals, D2DSSs, using the plurality of PRBs based on the D2DSS configuration information, wherein the resources in the D2D-discovery-resource-pool are allocated on a non-UE-specific basis, type 1, or are allocated semi-persistently on a UE-specific basis, type 2B; characterized in that one or more remaining PRBs in the first sub-frame of the D2D-discovery-resource pool that are not included in the plurality of PRBs that are allocated for D2DSS transmissions are not allocated for wide-area-network, WAN, or D2D-discovery transmission, and are left unused. receive device-to-device synchronization-signal, D2DSS, configuration information and device-to-device synchronization-signal, D2DSS, transmission-timing information at the UE for support of inter-cell D2D discovery; identify a plurality of physical resource blocks, PRBs, in a first sub-frame of a transmission-resource pool that are allocated for D2DSS transmissions based on the D2DSS configuration information, the transmission-resource pool comprising a D2D-discovery-resource pool , wherein resources are allocated in a time-division multiplexing, TDM, manner or a frequency-division multiplexing, FDM, manner at a system level; and send or receive D2D synchronization signals, D2DSSs, using the plurality of PRBs based on the D2DSS configuration information,
A hydraulic machine having radial pistons and comprising a cam and a cylinder block that are suitable for turning relative to each other about an axis of rotation , the cylinder block having radial cylinders connected to communication orifices of the cylinder block, pistons mounted to slide in the cylinders being suitable for co-operating with the cam , which has a plurality of lobes, each having two ramps , each of which extends between a top dead center arc (PH) and a bottom dead center arc (PB), the machine further comprising a fluid distributor suitable for connecting the communication orifices to a first or second main duct for feed or discharge, in sequences comprising connection stages during which said communication orifices are connected to the first main duct and connection stages during which they are connected to the second main duct , which connection stages are separated by switchover stages that comprise, in succession, closing the connection to one of the main ducts, an isolation stage during which the communication orifice is isolated from the two main ducts , and opening the connection to the other main duct, each isolation stage taking place, for the communication orifice of any given cylinder, while the piston mounted in the cylinder is bearing on a given dead center arc (PH, PB), which is defined as being the dead center arc that is associated with the isolation stage in question, the angular position of the start or of the end of an isolation stage relative to the dead center arc that is associated with said isolation stage being defined as being the angular difference between said start or said end and the bisector of the angle covered by said dead center arc that is associated with said isolation stage; said hydraulic machine being characterized in that the angular position of the start or the end (d'1, d2, d3, f'1, f2, f3) of at least one first isolation stage relative to the dead center arc (PH) that is associated with the first isolation stage is different from the angular position of the start or the end (d1, f1) of at least one second isolation stage relative to the dead center arc (PH) that is associated with said second isolation stage during one revolution cycle of the machine, and in that the dead center arcs (PH, PB) associated with said first and second isolation stages are of the same type, i.e. they are both top dead center arcs or both bottom dead center arcs.
Control and display module for motor vehicles including: - a display screen for displaying data, - a capacitive touchpad for input of commands by a user, said touchpad at least partly overlapping said display screen , - a casing in which said display screen and said touchpad are housed, said casing including a front frame , characterized in that : - the control and display module also includes a retaining and protection film the thickness of which is between 0.5 and 1.2 mm and which is fixed to the external edges of the front frame of the casing , the touchpad being secured, in a suspended manner, at the rear of said retaining and protection film and wherein the fixing between the touchpad and the retaining and protection film is effected by gluing. - a display screen for displaying data, - a capacitive touchpad for input of commands by a user, said touchpad at least partly overlapping said display screen , - a casing in which said display screen and said touchpad are housed, said casing including a front frame , - the control and display module also includes a retaining and protection film the thickness of which is between 0.5 and 1.2 mm and which is fixed to the external edges of the front frame of the casing , the touchpad being secured, in a suspended manner, at the rear of said retaining and protection film and wherein the fixing between the touchpad and the retaining and protection film is effected by gluing.
An apparatus comprising means for performing: - generating a first key based on a first input specific to a mobile device, wherein the first input comprises measurement of mutable code of the mobile device and a unique device secret, - generating a symmetric second key on the basis of the first key and a second input specific to the mobile device , and - generating , as part of an authentication and key agreement based authentication procedure between the mobile device and a mobile communications network , authentication credentials on the basis of the second key for authenticating the mobile device to the mobile communications network . - generating a first key based on a first input specific to a mobile device, wherein the first input comprises measurement of mutable code of the mobile device and a unique device secret, - generating a symmetric second key on the basis of the first key and a second input specific to the mobile device , and - generating , as part of an authentication and key agreement based authentication procedure between the mobile device and a mobile communications network , authentication credentials on the basis of the second key for authenticating the mobile device to the mobile communications network .
A tag tape roll comprising a tag tape (210; 210-1 - 27) wound around an axis which is substantially perpendicular to the lengthwise direction of the tag tape, wherein: a plurality of substantially sheet-like antenna bases are consecutively arranged on said tag tape (210; 210-1 - 27) at predetermined intervals in the lengthwise direction of the tag tape, an RFID circuit element (To) provided with an IC circuit part for storing information and an antenna for transmitting and receiving information is disposed on each antenna base , characterized in that said antenna bases , said IC circuit parts , and said antennas on said tag tape (210; 210-1 - 27) are arranged so that the center positions of said IC circuit parts are separated by a predetermined distance Ha in the lengthwise direction of said tag tape (210; 210-1 - 27) from the center position of the corresponding antenna base , respectively; and said predetermined distance Ha is -0.2 ≤ Ha / L ≤ 0.9 (where Ha / L ≠ 0), when the length of said antenna base in the tape length direction is 2L, and a positive value of Ha / L is gained in the opposite direction to the fed-out direction of said tag tape (210; 210-1 - 27) . a plurality of substantially sheet-like antenna bases are consecutively arranged on said tag tape (210; 210-1 - 27) at predetermined intervals in the lengthwise direction of the tag tape, an RFID circuit element (To) provided with an IC circuit part for storing information and an antenna for transmitting and receiving information is disposed on each antenna base , characterized in that said antenna bases , said IC circuit parts , and said antennas on said tag tape (210; 210-1 - 27) are arranged so that the center positions of said IC circuit parts are separated by a predetermined distance Ha in the lengthwise direction of said tag tape (210; 210-1 - 27) from the center position of the corresponding antenna base , respectively; and said predetermined distance Ha is -0.2 ≤ Ha / L ≤ 0.9 (where Ha / L ≠ 0), when the length of said antenna base in the tape length direction is 2L, and a positive value of Ha / L is gained in the opposite direction to the fed-out direction of said tag tape (210; 210-1 - 27) .