mhurhangee/patent-ind-claim-en huggingface dataset:
A dental handpiece comprising: a barrel defining an accommodating cavity therein and comprising an axial open end in communication with the accommodating cavity ; an air turbine rotatably arranged in the accommodating cavity of the barrel; a central shaft secured to the air turbine to rotate with the air turbine ; a bearing mounted in the barrel adjacent the axial open end of the barrel and supporting the central shaft for rotation; and a seal being trumpet shaped and comprising a sealing portion sleeved over an outer cylindrical surface of the central shaft and a mounting portion surrounding the sealing portion , wherein the sealing portion is deformable to separate from the outer cylindrical surface of the central shaft or closely contact the outer cylindrical surface of the central shaft depending on a pressure difference between interior and exterior of the barrel ; wherein a bearing seat is provided in the barrel , the bearing seat is formed with a bearing hole and an annular groove at an axial end of the bearing seat facing the air turbine , the bearing is disposed in the bearing hole, the mounting portion is received in the annular groove and sandwiched between the bearing and the bearing seat ; wherein a depth of the annular groove in an axial direction of the barrel is smaller than a thickness of the mounting portion in the natural state of the mounting portion . a barrel defining an accommodating cavity therein and comprising an axial open end in communication with the accommodating cavity ; an air turbine rotatably arranged in the accommodating cavity of the barrel; a central shaft secured to the air turbine to rotate with the air turbine ; a bearing mounted in the barrel adjacent the axial open end of the barrel and supporting the central shaft for rotation; and a seal being trumpet shaped and comprising a sealing portion sleeved over an outer cylindrical surface of the central shaft and a mounting portion surrounding the sealing portion , wherein the sealing portion is deformable to separate from the outer cylindrical surface of the central shaft or closely contact the outer cylindrical surface of the central shaft depending on a pressure difference between interior and exterior of the barrel ; wherein a bearing seat is provided in the barrel , the bearing seat is formed with a bearing hole and an annular groove at an axial end of the bearing seat facing the air turbine , the bearing is disposed in the bearing hole, the mounting portion is received in the annular groove and sandwiched between the bearing and the bearing seat ; wherein a depth of the annular groove in an axial direction of the barrel is smaller than a thickness of the mounting portion in the natural state of the mounting portion .
A refrigerator , comprising: a main body including a plurality of wall modules , wherein the plurality of wall modules include a first wall module having a concave portion , and a second wall module having a convex portion engaged with the concave portion , and the convex portion includes an insulation filling space filled with insulation , and a fastening groove ; a storeroom disposed inside the main body to store food; a door arranged to open or close the storeroom ; a fastening member (S1) inserted into the fastening groove and fastened to the first wall module and the second wall module , characterized in that the refrigerator includes a guide projection and a guide groove to adjust and guide the positions of a second wall module and a first wall module when the second wall module and the first wall module are assembled; and the refrigerator includes a plurality of connectors arranged in the first wall module and the second wall module to electrically interconnect the first wall module with the second wall module when the first and second wall modules are coupled together. a main body including a plurality of wall modules , wherein the plurality of wall modules include a first wall module having a concave portion , and a second wall module having a convex portion engaged with the concave portion , and the convex portion includes an insulation filling space filled with insulation , and a fastening groove ; the plurality of wall modules include a first wall module having a concave portion , and a second wall module having a convex portion engaged with the concave portion , and the convex portion includes an insulation filling space filled with insulation , and a fastening groove ; a storeroom disposed inside the main body to store food; a door arranged to open or close the storeroom ; a fastening member (S1) inserted into the fastening groove and fastened to the first wall module and the second wall module , characterized in that the refrigerator includes a guide projection and a guide groove to adjust and guide the positions of a second wall module and a first wall module when the second wall module and the first wall module are assembled; and the refrigerator includes a plurality of connectors arranged in the first wall module and the second wall module to electrically interconnect the first wall module with the second wall module when the first and second wall modules are coupled together.
A method at an electronic device having a display , the method comprising: displaying a user interface on the display, wherein the user interface includes at least one folder icon for a folder, the folder icon further including a badge providing an indication of a number of applications with notifications inside the folder, the applications with notifications inside the folder having application icons, the application icons including an application badge indicating a number of notifications; detecting a user interface interaction indicating a badge clearing selection for the folder, the user interface interaction being applied to the badge for the folder; in response to detecting the user interface interaction, providing a menu on the user interface for clearing the folder badge of the folder; upon detecting a user interface selection in the menu for clearing the folder badge of the folder, clearing only the badge on the folder icon, wherein the clearing the badge on the folder leaves application badges on application icons within the folder intact. displaying a user interface on the display, wherein the user interface includes at least one folder icon for a folder, the folder icon further including a badge providing an indication of a number of applications with notifications inside the folder, the applications with notifications inside the folder having application icons, the application icons including an application badge indicating a number of notifications; detecting a user interface interaction indicating a badge clearing selection for the folder, the user interface interaction being applied to the badge for the folder; in response to detecting the user interface interaction, providing a menu on the user interface for clearing the folder badge of the folder; upon detecting a user interface selection in the menu for clearing the folder badge of the folder, clearing only the badge on the folder icon, wherein the clearing the badge on the folder leaves application badges on application icons within the folder intact.
A security authentication method, comprising: receiving , by a first terminal, a public key for signature of a configuration device sent by the configuration device; receiving , by the first terminal, second signature information and second type information from a second terminal, wherein the second signature information is signature information sent by the configuration device to the second terminal, the second signature information is generated by the configuration device according to at least the second type information and a private key for signature of the configuration device, the second type information is role type information of the second terminal, and the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; and determining , by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information, wherein the key information is used for the first terminal to establish a security connection to the second terminal; wherein determining , by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information comprises: determining that first type information matches the second type information and that the second signature information is correct, wherein the first type information is role type information of the first terminal. receiving , by a first terminal, a public key for signature of a configuration device sent by the configuration device; receiving , by the first terminal, second signature information and second type information from a second terminal, wherein the second signature information is signature information sent by the configuration device to the second terminal, the second signature information is generated by the configuration device according to at least the second type information and a private key for signature of the configuration device, the second type information is role type information of the second terminal, and the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; and determining , by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information, wherein the key information is used for the first terminal to establish a security connection to the second terminal; wherein determining , by the first terminal according to at least the second type information and the second signature information, that the first terminal is to generate key information comprises: determining that first type information matches the second type information and that the second signature information is correct, wherein the first type information is role type information of the first terminal.
An optical fiber plug , wherein the optical fiber plug comprises a ferrule , a sleeve sleeved on the outside of the ferrule , and a lock cap rotatably sleeved on the sleeve , wherein at least one lock block is disposed on an inner wall of the lock cap , and the lock block is configured to be engaged and locked with a lock slot on an optical fiber adapter ; two stop blocks are disposed on the inner wall of the lock cap , the two stop blocks are arranged at intervals along a circumferential direction of the lock cap , an outward flange is disposed on one end of the sleeve , an open slot is disposed on the other end of the sleeve , and the open slot axially extends to a location near the outward flange ; a stop rod is disposed on an outer wall of the outward flange , and the stop rod is located between the two stop blocks , so that the lock cap rotates relative to the sleeve within an angle range limited by the two stop blocks . two stop blocks are disposed on the inner wall of the lock cap , the two stop blocks are arranged at intervals along a circumferential direction of the lock cap , an outward flange is disposed on one end of the sleeve , an open slot is disposed on the other end of the sleeve , and the open slot axially extends to a location near the outward flange ; a stop rod is disposed on an outer wall of the outward flange , and the stop rod is located between the two stop blocks , so that the lock cap rotates relative to the sleeve within an angle range limited by the two stop blocks .
A dry powder pharmaceutical composition suitable for dispersion in an aerosol for inhaled administration to a patient with cancer, the composition comprising: a cytidine analogue selected from the group consisting of: 5-azacytidine, zebularine, 5-Aza-2'-deoxycitidine, SG-110 and the salts, solvates, hydrates, and esters thereof; dimethyl sulfoxide (DSMO); and a pharmaceutically acceptable excipient; together forming the dry powder pharmaceutical composition suitable for dispersion in the aerosol for administration via inhalation to the patient with cancer, wherein the composition is formed from atomization of the cytidine analogue in a solution of DMSO and has a mass median aerodynamic diameter (MMDA) of between 1.0 μm to 5.0 um and a geometric standard deviation (GSD) of emitted particle size distribution of the dry powder of 1.0 μm to 3.4 μm. a cytidine analogue selected from the group consisting of: 5-azacytidine, zebularine, 5-Aza-2'-deoxycitidine, SG-110 and the salts, solvates, hydrates, and esters thereof; dimethyl sulfoxide (DSMO); and a pharmaceutically acceptable excipient; together forming the dry powder pharmaceutical composition suitable for dispersion in the aerosol for administration via inhalation to the patient with cancer, wherein the composition is formed from atomization of the cytidine analogue in a solution of DMSO and has a mass median aerodynamic diameter (MMDA) of between 1.0 μm to 5.0 um and a geometric standard deviation (GSD) of emitted particle size distribution of the dry powder of 1.0 μm to 3.4 μm.
A method of a first device, in Sidelink, in the following also referred to as SL, network scheduling mode, configured with a second set of slot offsets by a network, the method comprising: receiving a first Downlink Control Information, in the following also referred to as DCI, scheduling a Physical Downlink Shared Channel, in the following also referred to as PDSCH, wherein the first DCI is indicative of a first slot offset value; deriving a first slot for transmitting hybrid automatic repeat request-acknowledgement, in the following also referred to as HARQ-ACK, associated with the PDSCH based on the first slot offset value. receiving, from the network, a second DCI, scheduling a sidelink resource ; performing sidelink transmission, to a second device, on the sidelink resource ; monitoring or receiving a sidelink hybrid automatic repeat request-acknowledgement, in the following also referred to as SL HARQ-ACK, feedback from the second device in a fourth slot, wherein the SL HARQ-ACK feedback is associated with the sidelink transmission ; and transmitting the HARQ-ACK to the network on a first resource on the first slot; characterized by transmitting a SL HARQ-ACK to the network on a second resource on a third slot, wherein the first resource and the second resource are separated in time domain, wherein the third slot is derived based on the fourth slot and a second slot offset value indicated by the second DCI, wherein the second set of slot offsets comprises the second slot offset value, and wherein the SL HARQ-ACK is set/derived/determined based on the received SL HARQ-ACK feedback . receiving a first Downlink Control Information, in the following also referred to as DCI, scheduling a Physical Downlink Shared Channel, in the following also referred to as PDSCH, wherein the first DCI is indicative of a first slot offset value; deriving a first slot for transmitting hybrid automatic repeat request-acknowledgement, in the following also referred to as HARQ-ACK, associated with the PDSCH based on the first slot offset value. receiving, from the network, a second DCI, scheduling a sidelink resource ; performing sidelink transmission, to a second device, on the sidelink resource ; monitoring or receiving a sidelink hybrid automatic repeat request-acknowledgement, in the following also referred to as SL HARQ-ACK, feedback from the second device in a fourth slot, wherein the SL HARQ-ACK feedback is associated with the sidelink transmission ; and transmitting the HARQ-ACK to the network on a first resource on the first slot; characterized by transmitting a SL HARQ-ACK to the network on a second resource on a third slot, wherein the first resource and the second resource are separated in time domain, wherein the third slot is derived based on the fourth slot and a second slot offset value indicated by the second DCI, wherein the second set of slot offsets comprises the second slot offset value, and wherein the SL HARQ-ACK is set/derived/determined based on the received SL HARQ-ACK feedback .
Stator assembly for an electric machine, comprising a first housing portion , a second housing portion , a stator body inserted into at least the first housing portion , a linking means for linking in rotation the stator body with the first housing portion , a first fastening means for fastening the stator body to the first housing portion , and a second fastening means for fastening the housing portions to one another, characterized in that it comprises an annular seal axially interposed both between the stator body and the first fastening means and between said first and second housing portions .
An ablation device for treatment of tissue comprising: an ablation structure comprising a plurality of bipolar electrode zones , each electrode zone comprising a channel pair (A1, B2, C1, B3, D1, E2, A3) therein comprising a positive channel (A, B, C, D) and a negative channel , wherein the ablation structure is configured such that, for any adjacent electrode zone pair ([A2, B1], [B1, C2], [C3, B1], [B1, D3], [D2, E1], [E3, A2]) comprising a first electrode zone and a second electrode zone adjacent to the first electrode zone, the positive channel of the first electrode zone is electrically distinct from the positive channel of the second electrode zone, and the negative channel of the first electrode zone is electrically distinct from the negative channel of the second electrode zone; and wherein the ablation structure comprises a total number of electrically distinct channels that is less than twice a total number of the plurality of bipolar electrode zones, characterised in that the ablation structure is further configured such that every shared-positive-channel electrode zone pair ([A1, A3], [B2, B3]) comprises a negative channel pair that is electrically distinct from the negative channel pair of every other shared-positive-channel electrode zone pair. an ablation structure comprising a plurality of bipolar electrode zones , each electrode zone comprising a channel pair (A1, B2, C1, B3, D1, E2, A3) therein comprising a positive channel (A, B, C, D) and a negative channel , wherein the ablation structure is configured such that, for any adjacent electrode zone pair ([A2, B1], [B1, C2], [C3, B1], [B1, D3], [D2, E1], [E3, A2]) comprising a first electrode zone and a second electrode zone adjacent to the first electrode zone, the positive channel of the first electrode zone is electrically distinct from the positive channel of the second electrode zone, and the negative channel of the first electrode zone is electrically distinct from the negative channel of the second electrode zone; and wherein the ablation structure comprises a total number of electrically distinct channels that is less than twice a total number of the plurality of bipolar electrode zones, characterised in that the ablation structure is further configured such that every shared-positive-channel electrode zone pair ([A1, A3], [B2, B3]) comprises a negative channel pair that is electrically distinct from the negative channel pair of every other shared-positive-channel electrode zone pair.
An ethylene-acrylic rubber composition comprising an organic peroxide and 1 to 7 phr by weight of calcium hydroxide relative to 100 phr by weight of a binary ethylene-acrylic rubber polymer that comprises ethylene and an acrylic acid ester.
Cooled machine component , particularly a turbomachine component, comprising a body with at least one integrated cooling channel for guiding a cooling fluid through an interior of the body , the cooling channel comprising a lattice structure , wherein the lattice structure - is arranged as a void space penetrated by a plurality of hollow struts , and - comprises at least one inlet for providing the cooling fluid to be guided through the void space of the lattice structure , and - comprises at least one outlet for receiving the cooling fluid that has been guided through the void space of the lattice structure , wherein positions of the at least one inlet and of the at least one outlet define a main travel direction through the void space , wherein the at least one outlet being fluidically connected to hollow interiors of at least a subset of the plurality of hollow struts , each hollow interior ending in a further downstream discharge port located in a end face of the body , and wherein walls of the body surrounding each of the plurality of further downstream discharge ports are physically connected to corresponding jackets of the subset of the plurality of hollow struts and wherein each one of the subset of the plurality of hollow struts is free of apertures in its jacket between the void space and the hollow interior and is arranged either perpendicular to the end face or with a maximum deviation from a perpendicular direction to the end face of 45°, characterised in that the subset of the plurality of hollow struts are oriented substantially laterally to the main travel direction of the cooling fluid through the void space , and wherein the fluidic connection from the at least one outlet to the hollow interior of the at least one of the plurality of hollow struts is provided by connecting the at least one outlet to a plenum chamber , the plenum chamber in turn being connected to the hollow interior of the at least one of the plurality of hollow struts . - is arranged as a void space penetrated by a plurality of hollow struts , and - comprises at least one inlet for providing the cooling fluid to be guided through the void space of the lattice structure , and - comprises at least one outlet for receiving the cooling fluid that has been guided through the void space of the lattice structure ,