mhurhangee/patent-ind-claim-en huggingface dataset:
A reversible bone coupling device comprising: a first component comprising a first elongated stem portion for insertion longitudinally into a surface of a first bone piece, the first elongated stem portion comprising a cavity that extends within the first elongated stem portion, and a reversibly engaging locking mechanism ; a second component comprising a second elongated stem portion for insertion longitudinally into a surface of a second bone piece and a connector extending from the second component for coupling with the first component and locking therein, wherein: the cavity in the first elongated stem portion is configured to receive the connector of the second component , the connector comprising a plurality of grooves , each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab . a first component comprising a first elongated stem portion for insertion longitudinally into a surface of a first bone piece, the first elongated stem portion comprising a cavity that extends within the first elongated stem portion, and a reversibly engaging locking mechanism ; a second component comprising a second elongated stem portion for insertion longitudinally into a surface of a second bone piece and a connector extending from the second component for coupling with the first component and locking therein, wherein: the cavity in the first elongated stem portion is configured to receive the connector of the second component , the connector comprising a plurality of grooves , each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab . the cavity in the first elongated stem portion is configured to receive the connector of the second component , the connector comprising a plurality of grooves , each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab .
Use of a hose for applications wherein the hose is exposed to high-pressure hydrogen at 20 MPa or higher, the hose comprising a reinforcement layer on the outside of an inner layer comprising a polyamide resin composition, the composition comprising 100 parts by weight of a polyamide resin (A) including a unit derived from hexamethylenediamine and a unit derived from an aliphatic dicarboxylic acid of 8 to 12 carbon atoms and 5 to 100 parts by weight of an ethylene/α-olefin copolymer (B) modified with an unsaturated carboxylic acid and/or a derivative thereof, wherein if a polyamide resin other than the component (A) is added, its amount is not more than 4 parts by weight based on 100 parts by weight of the polyamide resin (A).
An air conditioner that includes an indoor unit , an outdoor unit , a power line and a communication line and is capable of being operated either under an indoor-unit power receiving system, in which a commercial power supply supplied to the indoor unit is supplied to the outdoor unit via the power line , or under an outdoor-unit power receiving system, in which the commercial power supply supplied to the outdoor unit is supplied to the indoor unit via the power line , wherein the indoor unit includes an indoor-unit-side communication circuit configured to perform a predetermined communication with the outdoor unit via the communication line , the air conditioner being characterized in that the indoor unit further includes: a relay configured to be able to stop the supply of the commercial power supply to the outdoor unit via the power line when the air conditioner is operated under the indoor-unit power receiving system, and an indoor-unit-side power-supply control circuit configured to control shorting and opening of the relay and to determine, when power starts to be received by the indoor unit , whether communication with the outdoor unit by the indoor-unit-side communication circuit is possible while the relay is open, the indoor-unit-side power-supply control circuit being further configured, in case said communication is possible, to determine that the air conditioner is operated under the outdoor-unit power receiving system and to perform power-supply control accordingly, and, in case said communication is not possible, to determine that the air conditioner is operated under the indoor-unit power receiving system and to perform power-supply control accordingly. a relay configured to be able to stop the supply of the commercial power supply to the outdoor unit via the power line when the air conditioner is operated under the indoor-unit power receiving system, and an indoor-unit-side power-supply control circuit configured to control shorting and opening of the relay and to determine, when power starts to be received by the indoor unit , whether communication with the outdoor unit by the indoor-unit-side communication circuit is possible while the relay is open, the indoor-unit-side power-supply control circuit being further configured, in case said communication is possible, to determine that the air conditioner is operated under the outdoor-unit power receiving system and to perform power-supply control accordingly, and, in case said communication is not possible, to determine that the air conditioner is operated under the indoor-unit power receiving system and to perform power-supply control accordingly.
A method of decoding video data, the method comprising: obtaining syntax elements from a bitstream that includes a sequence of bits that form a coded representation of the video data, wherein obtaining the syntax elements from the bitstream comprises determining that sign data hiding is disabled for a current block based on (i) the current block being generated using lossy coding without application of a transform to residual data and (ii) the current block being intra predicted using an intra prediction mode in which a residual differential pulse code modulation, DPCM, technique is used; and reconstructing a picture of the video data based at least in part on the syntax elements obtained from the bitstream. obtaining syntax elements from a bitstream that includes a sequence of bits that form a coded representation of the video data, wherein obtaining the syntax elements from the bitstream comprises determining that sign data hiding is disabled for a current block based on (i) the current block being generated using lossy coding without application of a transform to residual data and (ii) the current block being intra predicted using an intra prediction mode in which a residual differential pulse code modulation, DPCM, technique is used; and reconstructing a picture of the video data based at least in part on the syntax elements obtained from the bitstream.
A release aid comprising an active ingredient comprising at least one succinic anhydride derivative, the succinic anhydride having the structural formula I or II or a salt thereof, wherein R is an alkyl moiety or an alkenyl moiety having from 8 to 25 carbon atoms, wherein the release aid is a stable aqueous composition comprising the at least one succinic anhydride derivative, a water-soluble or water-dispersible surfactant, and water, wherein the surfactant is a sorbitan fatty acid ester, polyoxyethylene sorbitan fatty acid ester, alkoxylated alcohol, or a combination thereof; and wherein the total proportion of the succinic anhydride derivative and the surfactant is from 1% to 99% by weight and the proportion of water is from 1% to 99% by weight; and wherein the weight ratio of the at least one succinic anhydride derivative to the surfactant is 1:0.05 to 1:20.
A method executed at a M2M server for interacting with a remotely located M2M client, the method comprising: - acquiring (3:10) resources and/or parameters for provisioning a policy applicable for the M2M client; - initiating (3:20) formulation of the policy by generating objects, each of which comprises resources and/or parameters indicative of at least one condition that need to be met for the M2M client to activate or inactivate said provisioned policy, such that a M2M client on which the policy has been provisioned is capable of making decisions on the basis of said policy without having to communicate with any external device, and - initiating (3:30) provisioning of the policy by provisioning said objects on the M2M client. - acquiring (3:10) resources and/or parameters for provisioning a policy applicable for the M2M client; - initiating (3:20) formulation of the policy by generating objects, each of which comprises resources and/or parameters indicative of at least one condition that need to be met for the M2M client to activate or inactivate said provisioned policy, such that a M2M client on which the policy has been provisioned is capable of making decisions on the basis of said policy without having to communicate with any external device, and - initiating (3:30) provisioning of the policy by provisioning said objects on the M2M client.
A method implemented by a wireless transmit receive unit, WTRU , the method comprising: receiving control information related to a physical shared channel transmission, wherein the control information indicates a first set of time and frequency resources; receiving the physical shared channel transmission, wherein the physical shared channel transmission is received using the first set of time and frequency resources as indicated in the control information; transmitting feedback for the physical shared channel transmission using a second set of time and frequency resources, wherein the second set of time and frequency resources is determined based on a time and frequency resource of the first set of time and frequency resources used for receiving the physical shared channel transmission. receiving control information related to a physical shared channel transmission, wherein the control information indicates a first set of time and frequency resources; receiving the physical shared channel transmission, wherein the physical shared channel transmission is received using the first set of time and frequency resources as indicated in the control information; transmitting feedback for the physical shared channel transmission using a second set of time and frequency resources, wherein the second set of time and frequency resources is determined based on a time and frequency resource of the first set of time and frequency resources used for receiving the physical shared channel transmission.
A skateboard axle assembly comprising a wheel axle having two ends, to each of which a wheel can be mounted, characterized in that the wheel axle is movably coupled by two articulated arms to a connection plate adapted for mounting the axle assembly to a skateboard deck , wherein the articulated arms are each supported at the wheel axle for rotation about a pivot on the wheel axle side and are each supported at the connection plate for rotation about a pivot on the connection plate side , and wherein in a top view, the pivots on the wheel axle side and the pivots on the connection plate side extend parallel to a longitudinal direction of the connection plate .
A paging method performed by a core network node in a satellite Internet communication system, comprising: acquiring setting mode of a tracking area TA in the satellite Internet communication system, determining , according to the setting mode, a base station for paging a terminal; and sending a paging message to the base station; characterised in that the setting mode comprises setting at least two fixed TAs, wherein , an updating manner of the fixed TAs is that: according to the position of a statically allocated fixed TA, the position and the beam coverage condition of the base station, when it is determined that the cell managed by the base station moves to the area of a next fixed TA, the base station reconfigures the fixed TA, and the reconfigured TA information is broadcasted through system information updating. acquiring setting mode of a tracking area TA in the satellite Internet communication system, determining , according to the setting mode, a base station for paging a terminal; and sending a paging message to the base station; characterised in that the setting mode comprises setting at least two fixed TAs, wherein , an updating manner of the fixed TAs is that: according to the position of a statically allocated fixed TA, the position and the beam coverage condition of the base station, when it is determined that the cell managed by the base station moves to the area of a next fixed TA, the base station reconfigures the fixed TA, and the reconfigured TA information is broadcasted through system information updating.
A method performed by a first user equipment for performing a Device-to-Device, D2D, communication with a second user equipment , wherein the first user equipment is in an idle mode, in which idle mode the first user equipment is not connected to a cell in the radio communications network , the method comprising: obtaining a preconfigured timing advance value for the D2D communication; and transmitting , to the second user equipment , a D2D signal with a timing using the preconfigured timing advance value in the D2D communication, when determined that a valid timing reference is not present in the first user equipment. obtaining a preconfigured timing advance value for the D2D communication; and transmitting , to the second user equipment , a D2D signal with a timing using the preconfigured timing advance value in the D2D communication, when determined that a valid timing reference is not present in the first user equipment.
A continuous wave CW mid-IR laser comprising: a resonant cavity; a gain medium selected from polycrystalline transition metal doped II-VI materials, the gain medium being formed into a ring defined by an inner and outer circumference and upstream and downstream faces with a portion of the upstream and downstream faces being positioned within the resonant cavity; a respective heat sink positioned on each circumference of the gain medium and said heat sinks together being adapted to remove heat at substantially every surface of the entire gain medium , preferably a ring-shaped heat sink concentric with the gain medium ; a pump light source ; and a motor to which the ring is mounted, wherein the motor is configured to rotate the gain medium; and whereby the portion of the ring being in the resonant cavity receives pump light sufficient to emit a CW laser beam at a wavelength in the mid-IR spectrum; and wherein the motor is configured such that the rate of rotation of the gain medium of the CW mid-IR laser is adapted to be sufficiently high to avoid or to minimize a thermal lensing effect in the gain medium . a resonant cavity; a gain medium selected from polycrystalline transition metal doped II-VI materials, the gain medium being formed into a ring defined by an inner and outer circumference and upstream and downstream faces with a portion of the upstream and downstream faces being positioned within the resonant cavity; a respective heat sink positioned on each circumference of the gain medium and said heat sinks together being adapted to remove heat at substantially every surface of the entire gain medium , preferably a ring-shaped heat sink concentric with the gain medium ; a pump light source ; and a motor to which the ring is mounted, wherein the motor is configured to rotate the gain medium; and whereby the portion of the ring being in the resonant cavity receives pump light sufficient to emit a CW laser beam at a wavelength in the mid-IR spectrum; and wherein the motor is configured such that the rate of rotation of the gain medium of the CW mid-IR laser is adapted to be sufficiently high to avoid or to minimize a thermal lensing effect in the gain medium .
A method of preparing a cell condensate in vitro, comprising culturing a mixture of cells and/or tissues of a desired type and undifferentiated mesenchymal cells to form a cell condensate, wherein the mixture of cells and/or tissues of a desired type and undifferentiated mesenchymal cells is cultured on a gel-like support on which the undifferentiated mesenchymal cells are capable of contraction, wherein the gel-like support has a stiffness of a Young's modulus of 1-200 kPa, and wherein the cell condensate is formed autonomously.
A retainer clip for use in retaining a protective sheet of covering material on a wall made of brick or similar construction elements, the retainer clip being formed of a resilient material such as metal or a plastics material and including a first and second arm , substantially parallel to each other, said first and second arms being connected by a cross-piece maintaining a separation of the arms at a distance allowing the free ends of the arms to pass over the wall, the first arm including a stop member extending towards the second arm, which stop member in use rests on an upper surface of the wall and the sheet thereon and ensures the retainer clip is positioned correctly, wherein an arm includes a curved portion to define a wall-engaging region , characterised in that the end of the curved portion of an arm extends away from the other arm and, in use, from a wall.
Test and/or practice ammunition comprising at least one projectile which has a projectile head or a projectile ogive having a programmable fuze arranged in the projectile head or in the projectile ogive, wherein fuze electronics are arranged in the projectile head or the projectile ogive and a blast point and/or a target impact is/are programmable, and wherein the test and/or practice ammunition has a tail unit and at least one separation point in the projectile , wherein the separation point is arranged between the tail unit and the projectile head .
A medical instrument comprising: a first tube body that has a lumen ; a second tube body that has a lumen and has rigidity higher than that of the first tube body ; and a coating layer made of a biocompatible material, wherein the first tube body being joined to the second tube body in a state in which a distal end opening portion of the second tube body is inserted into the lumen of the first tube body , characterized by the coating layer being disposed on an inner peripheral surface of the first tube body and an inner peripheral surface of the second tube body , a level difference portion being formed between an inner peripheral surface of the distal end opening portion of the second tube body and the inner peripheral surface of the first tube body , the coating layer being disposed in the lumen of the first tube body and the lumen of the second tube body so as to coat the level difference portion , and a thickness of a part of the coating layer which coats the level difference portion being larger than a thickness of the level difference portion . a first tube body that has a lumen ; a second tube body that has a lumen and has rigidity higher than that of the first tube body ; and a coating layer made of a biocompatible material, wherein the first tube body being joined to the second tube body in a state in which a distal end opening portion of the second tube body is inserted into the lumen of the first tube body , the coating layer being disposed on an inner peripheral surface of the first tube body and an inner peripheral surface of the second tube body , a level difference portion being formed between an inner peripheral surface of the distal end opening portion of the second tube body and the inner peripheral surface of the first tube body , the coating layer being disposed in the lumen of the first tube body and the lumen of the second tube body so as to coat the level difference portion , and a thickness of a part of the coating layer which coats the level difference portion being larger than a thickness of the level difference portion .
A method for receiving uplink information in a multi-user multiple-input multiple-output system, comprising: receiving (S210), by an access point, long training sequences that are separately sent by Q stations on each symbol of multiple symbols, wherein multiple long training sequences that are sent by each station of the Q stations on the multiple symbols comprise a pilot for phase tracking , and a first pilot for phase tracking and a second pilot for phase tracking occupy different time-frequency resources, wherein only some long training sequences sent by a first station comprise the first pilot for phase tracking , only some long training sequences sent by a second station comprise the second pilot for phase tracking , the Q stations comprise the first station and the second station, and Q>1; and determining (S220), by the access point, a frequency offset parameter of each station of the Q stations according to pilot for phase tracking comprised in multiple long training sequences sent by the Q stations, wherein the frequency offset parameter of each station is used to represent a frequency offset of each station; performing, by the AP, correction processing on a mapping matrix according to the frequency offset parameter of each station of the Q stations; and performing, by the AP according to the mapping matrix that has undergone the correction processing, channel estimation on a channel occupied by multiple data streams that are sent by the Q stations on the first symbol; wherein the long training sequences are high-throughput long training sequences, HT-LTF, or very high throughput long training sequences, VHT-LTF. receiving (S210), by an access point, long training sequences that are separately sent by Q stations on each symbol of multiple symbols, wherein multiple long training sequences that are sent by each station of the Q stations on the multiple symbols comprise a pilot for phase tracking , and a first pilot for phase tracking and a second pilot for phase tracking occupy different time-frequency resources, wherein only some long training sequences sent by a first station comprise the first pilot for phase tracking , only some long training sequences sent by a second station comprise the second pilot for phase tracking , the Q stations comprise the first station and the second station, and Q>1; and determining (S220), by the access point, a frequency offset parameter of each station of the Q stations according to pilot for phase tracking comprised in multiple long training sequences sent by the Q stations, wherein the frequency offset parameter of each station is used to represent a frequency offset of each station; performing, by the AP, correction processing on a mapping matrix according to the frequency offset parameter of each station of the Q stations; and performing, by the AP according to the mapping matrix that has undergone the correction processing, channel estimation on a channel occupied by multiple data streams that are sent by the Q stations on the first symbol; wherein the long training sequences are high-throughput long training sequences, HT-LTF, or very high throughput long training sequences, VHT-LTF.