mhurhangee/patent-ind-claim-en huggingface dataset:
An implant for use in a total ankle replacement system, the implant (14; 102; 202; 302; 402) comprising a body (104; 204; 304; 404) comprising an articulation surface (106; 206; 306; 406) and an opposed bone contact surface (208; 308; 408) and at least one tissue groove defined by the body, the at least one tissue groove being sized and configured to receive soft tissue therein and position the soft tissue in an anatomically desirable position when the implant is coupled to a bone, characterized in that the body (104; 204; 304; 404) further defines one or more anchor holes (110a, 110b; 210a, 210b; 310a, 310b) which are configured to receive soft tissue therethrough.
A directional translating clamping device (10; 44; 70), comprising: a housing comprising a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall ; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end ; a slide located in the housing recess and comprising a slide recess at a slide proximate end co-axial with the housing recess , and further comprising a detent to prevent the slide from translating along the central axis within the housing recess beyond an axial length (L) of the detent extending along the central axis ; a resilient member within the housing recess that exerts an axial force on a distal end of the slide ; a stub shaft (34; 72) extending from the distal end of the housing ; and a roller ball assembly that engages with the slide recess to removably and replaceably couple the roller ball assembly to the slide . a housing comprising a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall ; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end ; a distal housing end and proximate housing end separated along a central axis by a peripheral sidewall ; a housing recess at the proximate housing end and extending along the central axis toward the distal housing end ; a slide located in the housing recess and comprising a slide recess at a slide proximate end co-axial with the housing recess , and further comprising a detent to prevent the slide from translating along the central axis within the housing recess beyond an axial length (L) of the detent extending along the central axis ; a resilient member within the housing recess that exerts an axial force on a distal end of the slide ; a stub shaft (34; 72) extending from the distal end of the housing ; and a roller ball assembly that engages with the slide recess to removably and replaceably couple the roller ball assembly to the slide .
A kit for performing a multiplex assay that utilizes a chemiluminescent detection system for determining the concentration of biotin and at least one additional target analyte in a sample, the kit comprising: (a) a first chemibead having biotin or an analog thereof directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a first fluorescent molecule that is excited by the activated chemiluminescent compound; (b) a second chemibead having a first analyte-specific binding partner for a target analyte directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a second fluorescent molecule that is excited by the activated chemiluminescent compound, wherein the fluorescent molecule is different from the fluorescent molecule of (a) and emits light at a different wavelength than the fluorescent molecule of (a); (c) a biotinylated second analyte-specific binding partner for the target analyte, wherein the second analyte-specific binding partner binds to a different epitope of the target analyte than the first analyte-specific binding partner of (b); and (d) a sensibead comprising a sensitizer capable of generating singlet oxygen in its excited state and having a biotin-specific binding partner directly or indirectly bound thereto. (a) a first chemibead having biotin or an analog thereof directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a first fluorescent molecule that is excited by the activated chemiluminescent compound; having biotin or an analog thereof directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a first fluorescent molecule that is excited by the activated chemiluminescent compound; (b) a second chemibead having a first analyte-specific binding partner for a target analyte directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a second fluorescent molecule that is excited by the activated chemiluminescent compound, wherein the fluorescent molecule is different from the fluorescent molecule of (a) and emits light at a different wavelength than the fluorescent molecule of (a); having a first analyte-specific binding partner for a target analyte directly or indirectly bound thereto; and containing a singlet oxygen-activatable chemiluminescent compound and a second fluorescent molecule that is excited by the activated chemiluminescent compound, wherein the fluorescent molecule is different from the fluorescent molecule of (a) and emits light at a different wavelength than the fluorescent molecule of (a); (c) a biotinylated second analyte-specific binding partner for the target analyte, wherein the second analyte-specific binding partner binds to a different epitope of the target analyte than the first analyte-specific binding partner of (b); and (d) a sensibead comprising a sensitizer capable of generating singlet oxygen in its excited state and having a biotin-specific binding partner directly or indirectly bound thereto.
Apparatus for the treatment of objects , with a) a conveyor device for moving the objects to be treated, b) a handling robot , c) a positioning device (10-13) for the handling robot , the positioning device (10-13) being arranged to hold the handling robot in a rest position in a first state of the positioning device and to hold the handling robot in an active position in a second state, the handling robot being arranged in the rest position below an object to be treated, and d) a multi-axis robot with a certain range of movement, characterized in e) that the handling robot in the rest position is located outside the movement range of the multi-axis robot . a) a conveyor device for moving the objects to be treated, b) a handling robot , c) a positioning device (10-13) for the handling robot , the positioning device (10-13) being arranged to hold the handling robot in a rest position in a first state of the positioning device and to hold the handling robot in an active position in a second state, the handling robot being arranged in the rest position below an object to be treated, and d) a multi-axis robot with a certain range of movement,
A spunbonded non-woven fabric comprising a fiber of a thermoplastic polymer, the fabric having a thickness t, a compression work WC measured in a compression test by a KES method, a thickness TO measured in the compression test by the KES method at a pressure of 0.5 gf/cm 2 , a thickness TM measured in the compression test by the KES method at a pressure of 50 gf/cm 2 , a basis weight W, and a bending resistance BR MD in a machine direction (MD) and a bending resistance BR CD in a cross direction as measured in compliance with a 45° cantilever method defined in JIS-L1096: 2010, which satisfy the following conditions (A) to (F): (A): t ≥ 0.30mm; (B): WC ≥ 0.22 gf·cm/cm 2 ; (C): TO-TM ≥ 0.25 mm; (D): W ≤ 30 g/m 2; (E): BR MD ≤ 40 mm; and (F): BR CD ≤ 25 mm, wherein the fiber comprises a crimped fiber and the spunbonded non-woven fabric is obtainable by a method comprising: melt-spinning a thermoplastic polymer to form a continuous fiber assembly; depositing the formed continuous fiber assembly on a movable trapping member to form a non-woven web; and performing thermocompression bonding of the formed non-woven web by an embossing roll at which a projection and a recess are disposed, and in which an area ratio of the projection is from 5% to 18%, an emboss aspect ratio represented by a ratio of a depth from a top face of the projection to a bottom face of the recess with respect to an area of the top face of the projection is from 2.5 mm/mm 2 to 7.0 mm/mm 2 , and a base material has a Rockwell hardness of 35 HRC or more. (A): t ≥ 0.30mm; (B): WC ≥ 0.22 gf·cm/cm 2 ; (C): TO-TM ≥ 0.25 mm; (D): W ≤ 30 g/m 2; (E): BR MD ≤ 40 mm; and (F): BR CD ≤ 25 mm, wherein the fiber comprises a crimped fiber and the spunbonded non-woven fabric is obtainable by a method comprising: melt-spinning a thermoplastic polymer to form a continuous fiber assembly; depositing the formed continuous fiber assembly on a movable trapping member to form a non-woven web; and performing thermocompression bonding of the formed non-woven web by an embossing roll at which a projection and a recess are disposed, and in which an area ratio of the projection is from 5% to 18%, an emboss aspect ratio represented by a ratio of a depth from a top face of the projection to a bottom face of the recess with respect to an area of the top face of the projection is from 2.5 mm/mm 2 to 7.0 mm/mm 2 , and a base material has a Rockwell hardness of 35 HRC or more. melt-spinning a thermoplastic polymer to form a continuous fiber assembly; depositing the formed continuous fiber assembly on a movable trapping member to form a non-woven web; and performing thermocompression bonding of the formed non-woven web by an embossing roll at which a projection and a recess are disposed, and in which an area ratio of the projection is from 5% to 18%, an emboss aspect ratio represented by a ratio of a depth from a top face of the projection to a bottom face of the recess with respect to an area of the top face of the projection is from 2.5 mm/mm 2 to 7.0 mm/mm 2 , and a base material has a Rockwell hardness of 35 HRC or more.
A communication apparatus comprising: a transmitter, which, in operation, transmits an offset value to a user equipment; and a receiver, which, in operation, receives, from the user equipment, uplink control information that is time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and the offset value that is based on a first offset depending on a type of the uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is received. a transmitter, which, in operation, transmits an offset value to a user equipment; and a receiver, which, in operation, receives, from the user equipment, uplink control information that is time-multiplexed with user data in accordance with a coding rate, the coding rate being set based on a coding rate of user data and the offset value that is based on a first offset depending on a type of the uplink control information, characterized in that the coding rate is set based on the offset value that is also based on a second offset associated with a rank of a data channel in which the user data is received.
A syringe device comprising: a syringe barrel ; a piston having a first end insertable within the syringe barrel, a second end opposing the first end, and an overall length defined between the first and second ends; a piston seal disposed at the first end of the piston, the piston seal being over-molded onto a stem portion of the piston; a vial port disposed within the piston configured to receive a vial in lengthwise orientation along a portion of the overall length of the piston; and a fluid passageway extending through the piston from the vial port through the first end and through the piston seal ; characterized by : a valve having a valve axis and configured to fit into an opening in a side of the piston, the valve axis orthogonally traversing the fluid passageway. a syringe barrel ; a piston having a first end insertable within the syringe barrel, a second end opposing the first end, and an overall length defined between the first and second ends; a piston seal disposed at the first end of the piston, the piston seal being over-molded onto a stem portion of the piston; a vial port disposed within the piston configured to receive a vial in lengthwise orientation along a portion of the overall length of the piston; and a fluid passageway extending through the piston from the vial port through the first end and through the piston seal ; characterized by : a valve having a valve axis and configured to fit into an opening in a side of the piston, the valve axis orthogonally traversing the fluid passageway.
A smart light guide battery cover, for being arranged above a battery of a mobile terminal, the smart light guide battery cover comprising: a plurality of LED lamps connected to the battery , a battery rear cover capable of transmitting light and comprising a body and a light transmitting structure arranged on the body , whereby the light transmitting structure comprises a plurality of light transmitting holes formed on the body , and the plurality of LED lamps are arranged correspondingly in the plurality of light transmitting holes ; whereby the smart light guide battery cover further comprises a light guide film arranged above the battery rear cover and the plurality of LED lamps , covering the battery rear cover and the plurality of LED lamps , and configured to guide the light. a plurality of LED lamps connected to the battery , a battery rear cover capable of transmitting light and comprising a body and a light transmitting structure arranged on the body , whereby the light transmitting structure comprises a plurality of light transmitting holes formed on the body , and the plurality of LED lamps are arranged correspondingly in the plurality of light transmitting holes ; whereby the smart light guide battery cover further comprises a light guide film arranged above the battery rear cover and the plurality of LED lamps , covering the battery rear cover and the plurality of LED lamps , and configured to guide the light.
A apparatus for communication with a vacuum device , comprising: a first interface element which is configured to communicate with a communication device formed separately from the apparatus; a second interface element which is configured to communicate with the vacuum device ; a memory element ; and a processor element which is configured to perform the following functions: - providing data from the communication device to the memory element via the first interface element ; and - providing data from the memory element to the vacuum device via the second interface element ; and/or - providing data from the vacuum device to the memory element via the second interface element ; and - providing data from the memory element to the communication device via the first interface element , characterized in that the processor element is further configured to perform the following functions: - creating a file based on the data stored on the memory element ; and - providing data based on the file or the file itself to the communication device via the first interface element and/or providing data based on the file or the file itself to the vacuum device via the second interface element . a first interface element which is configured to communicate with a communication device formed separately from the apparatus; a second interface element which is configured to communicate with the vacuum device ; a memory element ; and a processor element which is configured to perform the following functions: - providing data from the communication device to the memory element via the first interface element ; and - providing data from the memory element to the vacuum device via the second interface element ; and/or - providing data from the vacuum device to the memory element via the second interface element ; and - providing data from the memory element to the communication device via the first interface element , - providing data from the communication device to the memory element via the first interface element ; and - providing data from the memory element to the vacuum device via the second interface element ; and/or - providing data from the vacuum device to the memory element via the second interface element ; and - providing data from the memory element to the communication device via the first interface element , characterized in that the processor element is further configured to perform the following functions: - creating a file based on the data stored on the memory element ; and - providing data based on the file or the file itself to the communication device via the first interface element and/or providing data based on the file or the file itself to the vacuum device via the second interface element . - creating a file based on the data stored on the memory element ; and - providing data based on the file or the file itself to the communication device via the first interface element and/or providing data based on the file or the file itself to the vacuum device via the second interface element .
A photovoltaic device comprising: a solar cell comprising an active layer residing between the first light transmissive electrical contact layer at the side intended to face the solar rays and a second electrical contact layer and a unitary body comprised of an array of equal diameter, parallel, cylindrical and transparent optical fibers laid adjacent to each other and fused to one another in the transversal direction of the fibers , wherein the solar cell is a thin film deposited on the array and the array being on top of the solar cell, at the side of the solar cell intended to face the solar rays, and wherein the first light transmissive electrical contact layer is in direct contact with the cylindrical exterior surfaces of the transparent optical fibers in the array.
An siRNA molecule that downregulates expression of a phosphatidylinositol-3-kinase (PI3K) gene, comprising a sense strand and an antisense strand that hybridizes to SEQ ID NO: 7, wherein: • the sense strand or the antisense strand comprises at least one 2' modified nucleotide, at least five phosphorothioate internucleotide linkage, and at least one inverted abasic moiety; and • the sense strand comprises a sequence of SEQ ID NO: 24 or SEQ ID NO: 41. • the sense strand or the antisense strand comprises at least one 2' modified nucleotide, at least five phosphorothioate internucleotide linkage, and at least one inverted abasic moiety; and • the sense strand comprises a sequence of SEQ ID NO: 24 or SEQ ID NO: 41.
A method performed by a core network node for handling communication for a wireless device in a communication network , wherein the communication network comprises partitioned sets of functionalities wherein a first set of functionalities belongs to a first network slice supporting the wireless device , and a second set of functionalities belongs to a second network slice supporting the wireless device , and which first and second sets of functionalities are separated from one another and other sets of functionalities out of a total set of functionalities in the communication network ; the method characterized by , - obtaining a common identity for defining paging occasion for the wireless device for paging from the first network slice and the second network slice; - receiving a paging request for the wireless device from the first network slice when the wireless device is in idle mode; and - initiating a paging procedure of the wireless device by using the obtained common identity to define when to page the wireless device . - obtaining a common identity for defining paging occasion for the wireless device for paging from the first network slice and the second network slice; - receiving a paging request for the wireless device from the first network slice when the wireless device is in idle mode; and - initiating a paging procedure of the wireless device by using the obtained common identity to define when to page the wireless device .
A foldable container comprising a lower panel ; an upper panel provided in parallel with the lower panel ; first and second lateral panels including upper lateral panels of which an upper end is respectively hinge-connected to the upper panel to be rotatable along a longitudinal direction of the upper panel and lower lateral panels of which a lower end is respectively hinge-connected to the lower panel to be rotatable along a longitudinal direction of the lower panel and positioned under the upper lateral panels and which are configured to be folded toward the inside of the foldable container ; and front and rear panels connected to the lower panel to be rotatable along a transverse direction of the lower panel , characterized in that the first and second lateral panels further include one or more sliding joints connecting the upper lateral panel and the lower lateral panel such that the upper panel is moved upwards, the upper lateral panels are moved upwards a predetermined distance by the sliding joint and the front panel and the rear panel are folded inward of the foldable container and then the first and second lateral panel are folded, and the sliding joint includes a first fixing unit connected to the upper lateral panel ; a second fixing unit connected to the lower lateral panel ; and a link unit of which one side is hinge-connected to the first fixing unit and the other side is hinge-connected to the second fixing unit to be slidable.
A ball arranging method for a ball bearing to arrange a plurality of balls inserted in a gap space between an outer ring raceway surface and an inner ring raceway surface at equally spaced intervals along a ball pitch circle, characterized in that : a ball holding step of holding a ball of the plurality of balls in the gap space by a pair of plate members of a ball holding mechanism arranged at a tip of a robot arm , and a ball moving step of moving the ball held by the pair of plate members along the pitch circle by driving the robot arm are repeatedly performed based on a control program such that the plurality of balls are arranged at equally spaced target arrangement positions, wherein the pair of plate members are arranged in parallel with a gap (L) that substantially corresponds to a diameter of the balls and wherein the balls are sandwiched by the pair of plate members . a ball holding step of holding a ball of the plurality of balls in the gap space by a pair of plate members of a ball holding mechanism arranged at a tip of a robot arm , and a ball moving step of moving the ball held by the pair of plate members along the pitch circle by driving the robot arm are repeatedly performed based on a control program such that the plurality of balls are arranged at equally spaced target arrangement positions, wherein the pair of plate members are arranged in parallel with a gap (L) that substantially corresponds to a diameter of the balls and wherein the balls are sandwiched by the pair of plate members .