mhurhangee/patent-ind-claim-en huggingface dataset:
A linear compressor, comprising: a piston having at least one suction hole through which a refrigerant is suctioned into a compression space (P); and a suction valve coupled to the piston to selectively open the at least one suction hole , wherein the suction valve includes a fixing portion having a valve coupling hole to which a valve coupling member is coupled and a plurality of wings , and each of the plurality of wings includes two first edge portions that extend from the fixing portion in the outer direction and a second edge portion forming an outer circumferential portion of the wing , characterized in that the plurality of wings extend in an outer direction from the fixing portion ; a distance between a first edge portion of a first wing among the plurality of wings and a first edge portion of a second wing among the plurality of wings gradually increases toward the outer direction of the suction valve ; the each of the plurality of wings includes two coupling portions that extend from the fixing portion in a radial direction; a cover that extends from the two coupling portions in the radial direction and covers the suction hole ; and a flow hole defined between the two coupling portions ; the at least one suction hole has a plurality of suction holes; and the cover of the first wing covers two of the plurality of suction holes, and the cover of the second wing covers another two of the plurality of suction holes. a piston having at least one suction hole through which a refrigerant is suctioned into a compression space (P); and a suction valve coupled to the piston to selectively open the at least one suction hole , wherein the suction valve includes a fixing portion having a valve coupling hole to which a valve coupling member is coupled and a plurality of wings , and each of the plurality of wings includes two first edge portions that extend from the fixing portion in the outer direction and a second edge portion forming an outer circumferential portion of the wing , characterized in that the plurality of wings extend in an outer direction from the fixing portion ; a distance between a first edge portion of a first wing among the plurality of wings and a first edge portion of a second wing among the plurality of wings gradually increases toward the outer direction of the suction valve ; the each of the plurality of wings includes two coupling portions that extend from the fixing portion in a radial direction; a cover that extends from the two coupling portions in the radial direction and covers the suction hole ; and a flow hole defined between the two coupling portions ; the at least one suction hole has a plurality of suction holes; and the cover of the first wing covers two of the plurality of suction holes, and the cover of the second wing covers another two of the plurality of suction holes.
An airfoil comprising an airfoil body having a geometrically segmented coating section (70; 170), the geometrically segmented coating section (70; 170) including a wall having an outer side , wherein: the outer side includes an array of cells , wherein the cells have cell volumes (V, V1, V2, V3, V4), the cell volumes (V... V4) varying across the array ; and the geometrically segmented coating section (70; 170) includes a coating disposed in the array of cells ; characterised in that the cell volumes (V... V4) gradually change across the array , wherein the cells have individual cell heights (h1, h2, h3, hi), and each of the cell heights (h1...hi) is tapered. the outer side includes an array of cells , wherein the cells have cell volumes (V, V1, V2, V3, V4), the cell volumes (V... V4) varying across the array ; and the geometrically segmented coating section (70; 170) includes a coating disposed in the array of cells ; characterised in that the cell volumes (V... V4) gradually change across the array , wherein the cells have individual cell heights (h1, h2, h3, hi), and each of the cell heights (h1...hi) is tapered.
Water socket for a dispensing device comprising a first water connection element to a water supply pipe, a device body , and a second water connection element fluidically connected with said first water connection element and defining at least one supply passage of the dispensing device, wherein a cartridge seat is obtained in said body that communicates with the first and second water connection element and that houses at least a cartridge , this latter comprising: - a cartridge body , defining a first compartment and a second compartment , said second compartment being separated from said first compartment by a watertight separation septum , an inlet opening being formed in the cartridge body for the entry of a flow of water inside the first compartment , and at least one outlet opening open to the outside for discharging the flow of water from the first compartment ; - a current generator housed in the first compartment , said current generator being suitable to be actuated by a flow of water passing through said first compartment from the inlet opening to the outlet opening; - at least an electronic device housed in said second compartment and suitable to generate a secondary effect perceptible by a user, said electronic device being powered electrically by the current generator, the second compartment being separated from the external environment by a separation element suitable to allow the transmission of said secondary effect to the exterior; wherein the second water connection element comprises a threaded hollow fitting for connection of a dispensing device in the form of a shower head or bidet shower through a hose; said socket being characterized in that the cartridge is housed in the cartridge seat in a releasable manner, the inlet opening being formed in a threaded neck of the cartridge body for the releasable connection of the cartridge to the water socket . - a cartridge body , defining a first compartment and a second compartment , said second compartment being separated from said first compartment by a watertight separation septum , an inlet opening being formed in the cartridge body for the entry of a flow of water inside the first compartment , and at least one outlet opening open to the outside for discharging the flow of water from the first compartment ; - a current generator housed in the first compartment , said current generator being suitable to be actuated by a flow of water passing through said first compartment from the inlet opening to the outlet opening; - at least an electronic device housed in said second compartment and suitable to generate a secondary effect perceptible by a user, said electronic device being powered electrically by the current generator, the second compartment being separated from the external environment by a separation element suitable to allow the transmission of said secondary effect to the exterior;
A method of wireless communication performed by a base station, BS, comprising: configuring a first subframe to comprise an uplink centric subframe having more uplink symbols than downlink symbols; transmitting the first subframe comprising a first grant that includes information for one or more transmissions on allocated resources in the first subframe; and transmitting the first subframe with a second grant that allocates resources in at least a second subframe to occur after the first subframe, wherein the second grant comprises information indicating an expected location to receive the first grant in at least one of the first subframe or a subsequent subframe, the second grant comprises information for generating a demodulation reference signal, DMRS, in the second subframe, the information for generating the DMRS comprises at least one of rank information or resource allocation information, and the first grant is sent after the second grant. configuring a first subframe to comprise an uplink centric subframe having more uplink symbols than downlink symbols; transmitting the first subframe comprising a first grant that includes information for one or more transmissions on allocated resources in the first subframe; and transmitting the first subframe with a second grant that allocates resources in at least a second subframe to occur after the first subframe, wherein the second grant comprises information indicating an expected location to receive the first grant in at least one of the first subframe or a subsequent subframe, the second grant comprises information for generating a demodulation reference signal, DMRS, in the second subframe, the information for generating the DMRS comprises at least one of rank information or resource allocation information, and the first grant is sent after the second grant.
A surgical control apparatus comprising: a first contactless recognition block configured to recognize a first type of contactless input from a user as first input information; a second contactless recognition block configured to recognize a second type of contactless input from the user as second input information, the first type of contactless input being different from the second type of contactless input; a state estimation block configured to estimate a state of the user from a plurality of predetermined user states on the basis of a line of sight input and an operator movement input; wherein the state estimation block is configured to estimate the state of the user as: an action-other-than-surgical-procedure state, a downward viewing state, a close watching state in which the user is executing a surgical operation while closely watching a single point inside a surgical field image, or an observation state in which the user temporarily interrupts a surgical procedure to observe a patient; wherein a degree of necessity for changing surgical field images increases in the order from the action-other-than-surgical-procedure state to the downward viewing state to the close watching state to the observation state; and a command block configured to set at least one command type from a plurality of command types as a permitted command type and to set other commands types from the plurality of command types as restricted command types, in accordance with the state of the user estimated by the state estimation block, wherein more command types are set as permitted command types in a state higher in the degree of necessity for changing surgical field images, and wherein in a state higher in the necessity for changing surgical field images all of the command types that are permitted in the lower states are permitted, the at least one permitted command type comprising one or more commands for controlling a control operation of a surgical apparatus, each command having an associated recognition condition, wherein the command block is configured to output one of the one or more commands in dependence upon whether the first input information and the second input information satisfy a recognition condition of one of the one or more commands. a first contactless recognition block configured to recognize a first type of contactless input from a user as first input information; a second contactless recognition block configured to recognize a second type of contactless input from the user as second input information, the first type of contactless input being different from the second type of contactless input;
A voice roaming method comprising: • determining, by a mobility management network element, that a terminal is a terminal roaming in a visited public land mobile network, VPLMN, and the terminal can use a voice over Long Term Evolution, VoLTE, service in the VPLMN (S101); and • in response to determining that the terminal is the terminal roaming in the VPLMN and the terminal can use the VoLTE service in the VPLMN, prohibiting, by the mobility management network element, a single radio voice call continuity, SRVCC, function of the terminal (S102). • determining, by a mobility management network element, that a terminal is a terminal roaming in a visited public land mobile network, VPLMN, and the terminal can use a voice over Long Term Evolution, VoLTE, service in the VPLMN (S101); and • in response to determining that the terminal is the terminal roaming in the VPLMN and the terminal can use the VoLTE service in the VPLMN, prohibiting, by the mobility management network element, a single radio voice call continuity, SRVCC, function of the terminal (S102).
A surgical instrument comprising: an ultrasonic blade ; a transducer assembly coupled to the ultrasonic blade, the transducer assembly comprising at least two piezoelectric elements configured to ultrasonically oscillate the ultrasonic blade; a first sensor configured to sense a first force as an arm pivotable relative to the ultrasonic blade transitions to a closed position; a second sensor configured to sense a second force as the arm transitions to an open position; and a control circuit coupled to the transducer assembly, the first sensor and the second sensor, the control circuit configured to activate the transducer assembly according to the first force sensed by the first sensor relative to a first threshold and the second force sensed by the second sensor relative to a second threshold. an ultrasonic blade ; a transducer assembly coupled to the ultrasonic blade, the transducer assembly comprising at least two piezoelectric elements configured to ultrasonically oscillate the ultrasonic blade; a first sensor configured to sense a first force as an arm pivotable relative to the ultrasonic blade transitions to a closed position; a second sensor configured to sense a second force as the arm transitions to an open position; and a control circuit coupled to the transducer assembly, the first sensor and the second sensor, the control circuit configured to activate the transducer assembly according to the first force sensed by the first sensor relative to a first threshold and the second force sensed by the second sensor relative to a second threshold.
A sensor for a molecular gas, comprising: a gas-sensitive measurement electrode , a reference electrode , and an electrolyte in electrical contact with the measurement electrode and the reference electrode, characterised in that the electrolyte comprises, arranged in series between the measurement electrode and the reference electrode: a first ion-conductor , which is a ceramic or glass solid ion-conductor, and a second ion-conductor , which comprises an ion-conducting salt. a gas-sensitive measurement electrode , a reference electrode , and an electrolyte in electrical contact with the measurement electrode and the reference electrode, characterised in that the electrolyte comprises, arranged in series between the measurement electrode and the reference electrode: a first ion-conductor , which is a ceramic or glass solid ion-conductor, and a second ion-conductor , which comprises an ion-conducting salt. a first ion-conductor , which is a ceramic or glass solid ion-conductor, and a second ion-conductor , which comprises an ion-conducting salt.
A seat backrest (100; 200; 300), comprising: a front shroud formed from a first molded carbon fiber composite; a back shroud coupled to the front shroud and formed from a second molded carbon fiber composite; and an at least one back spar disposed between and coupled to the front shroud and the back shroud , wherein the at least one back spar extends in a direction away from the front shroud and the back shroud , characterised in that the seat backrest (100; 200; 300) further comprises: a lumbar support mechanism ; and support materials, wherein the support materials have a honeycomb structure and are in an interior of the seat backrest (100;200;300), wherein the front shroud also comprises a cushion support surface , and the cushion support surface is molded to form mounting brackets such that the lumbar support mechanism is coupled to the cushion support surface via the mounting brackets. a front shroud formed from a first molded carbon fiber composite; a back shroud coupled to the front shroud and formed from a second molded carbon fiber composite; and an at least one back spar disposed between and coupled to the front shroud and the back shroud , wherein the at least one back spar extends in a direction away from the front shroud and the back shroud , characterised in that the seat backrest (100; 200; 300) further comprises: a lumbar support mechanism ; and support materials, wherein the support materials have a honeycomb structure and are in an interior of the seat backrest (100;200;300), wherein the front shroud also comprises a cushion support surface , and the cushion support surface is molded to form mounting brackets such that the lumbar support mechanism is coupled to the cushion support surface via the mounting brackets. a lumbar support mechanism ; and support materials, wherein the support materials have a honeycomb structure and are in an interior of the seat backrest (100;200;300), wherein the front shroud also comprises a cushion support surface , and the cushion support surface is molded to form mounting brackets such that the lumbar support mechanism is coupled to the cushion support surface via the mounting brackets.
A doctor blade chamber support of a printing press for fastening a doctor blade chamber which, in a printing position, cooperates with a dosing roll , wherein fastening means are provided on the doctor blade chamber support , which hold the doctor blade chamber in a positive-locking manner on the doctor blade chamber support except for one degree of freedom, characterized in that the one degree of freedom is aligned at least during the mounting in the direction of the gravity vector and can be acted upon with a switchable and reversible magnetic force in such a manner that the magnetic force holds the doctor blade chamber optionally at a distance from the doctor blade chamber support or fixes it on the doctor blade chamber support .
A computer-implemented method, comprising: receiving , by a computing device, a command to generate a decoupled name for a data object, wherein the command includes a new name to bind to the data object; generating a hash for the data object based on the data object's content, wherein the hash is not generated based on a name for the data object; obtaining a private key for signing the data object; generating the decoupled name for the data object by encrypting the data object's hash and the new name using the private key, wherein the decoupled name binds the new name to the data object; and responsive to receiving a request to access the data object via a network, returning the data object's content and the decoupled name as separate objects accessed via separate network names. receiving , by a computing device, a command to generate a decoupled name for a data object, wherein the command includes a new name to bind to the data object; generating a hash for the data object based on the data object's content, wherein the hash is not generated based on a name for the data object; obtaining a private key for signing the data object; generating the decoupled name for the data object by encrypting the data object's hash and the new name using the private key, wherein the decoupled name binds the new name to the data object; and responsive to receiving a request to access the data object via a network, returning the data object's content and the decoupled name as separate objects accessed via separate network names.
An article comprising an inner layer contained within one or more outer layers, the inner layer comprising a hydrophilic, absorbent porous textile having a solids content of 0.5%-30%, optionally 0.5% to 15%; and the one or more outer layers comprising a porous, hydrophilic, wicking textile having a solids content of about 2%-40%; and further comprising: a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions. the one or more outer layers comprising a porous, hydrophilic, wicking textile having a solids content of about 2%-40%; and further comprising: a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions. a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions.
Operating device for supplying a recessed ceiling lamp, in particular a downlight , as an emergency lamp, wherein the operating device is designed to be connectable to the recessed ceiling lamp via a detachable cable connection and to be arranged in an intermediate ceiling space, and wherein the operating device comprises a device housing designed to hold at least one accumulator , characterized in that the device housing comprises an accumulator compartment for mounting an accumulator , wherein the accumulator compartment comprises an approximately hollow-cylindrical receiving region, and wherein the accumulator compartment is accessible from the outside so that the accumulator can be removed and inserted without tools and without opening the device housing . wherein the operating device is designed to be connectable to the recessed ceiling lamp via a detachable cable connection and to be arranged in an intermediate ceiling space, and wherein the operating device comprises a device housing designed to hold at least one accumulator , characterized in that the device housing comprises an accumulator compartment for mounting an accumulator , wherein the accumulator compartment comprises an approximately hollow-cylindrical receiving region, and wherein the accumulator compartment is accessible from the outside so that the accumulator can be removed and inserted without tools and without opening the device housing .
Plastic multi-purpose element for use as a component of a floor covering and suitable as a element of a flat composite filled with filling bodies having a plurality of multi-purpose elements an outer frame having hollow double-wall outer frame parts with an outer frame wall, an inner frame wall and a tread surface coupling devices (6.8) for connecting adjacent multi-purpose elements to outer surfaces of the double-wall outer frame parts : inner supporting base frame for filling bodies, wherein at least one coupling device (8; 9) is designed as at least one hook part and at least one leadthrough which is open on the underside, wherein at least the underside of the hook part terminates flush with the underside of the outer frame , wherein the inner frame wall and the outer frame wall extend over the entire height of the multi-purpose structure ; and wherein the at least one hook part is designed in such a way that the hook part ends within a hollow double-wall outer frame part when the multi-purpose elements are coupled together, characterized in that the double-wall outer frame parts can be elastically compressed and stretched, and the inner frame wall and the outer frame wall of the hollow double-wall outer frame parts taper conically in the direction of the tread surface . inner supporting base frame for filling bodies, wherein at least one coupling device (8; 9) is designed as at least one hook part and at least one leadthrough which is open on the underside, wherein at least the underside of the hook part terminates flush with the underside of the outer frame , wherein the inner frame wall and the outer frame wall extend over the entire height of the multi-purpose structure ; and wherein the at least one hook part is designed in such a way that the hook part ends within a hollow double-wall outer frame part when the multi-purpose elements are coupled together, characterized in that the double-wall outer frame parts can be elastically compressed and stretched, and the inner frame wall and the outer frame wall of the hollow double-wall outer frame parts taper conically in the direction of the tread surface .