mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: an anchor comprising at least one sidewall enclosing a space, the at least one sidewall comprising an inner surface and an outer surface , wherein the inner surface is approximately parallel to a longitudinal axis (L) of the device and wherein the outer surface has an upper portion and a lower portion , wherein the upper portion is approximately parallel to the longitudinal axis (L) of the device and the lower portion is angled radially toward the longitudinal axis (L) of the device; and at least one tab disposed on the at least one sidewall disposed in a same plane as the at least one sidewall ; a tray including a well adapted to receive the anchor , wherein the well includes at least one sidewall and a base and the anchor is adapted to be slidably disposed in the well , and wherein the lower portion is adapted to, in use, engage a membrane in the well ; and a cover adapted to engage the tray and cover the well . an anchor comprising at least one sidewall enclosing a space, the at least one sidewall comprising an inner surface and an outer surface , wherein the inner surface is approximately parallel to a longitudinal axis (L) of the device and wherein the outer surface has an upper portion and a lower portion , wherein the upper portion is approximately parallel to the longitudinal axis (L) of the device and the lower portion is angled radially toward the longitudinal axis (L) of the device; and at least one tab disposed on the at least one sidewall disposed in a same plane as the at least one sidewall ; at least one sidewall enclosing a space, the at least one sidewall comprising an inner surface and an outer surface , wherein the inner surface is approximately parallel to a longitudinal axis (L) of the device and wherein the outer surface has an upper portion and a lower portion , wherein the upper portion is approximately parallel to the longitudinal axis (L) of the device and the lower portion is angled radially toward the longitudinal axis (L) of the device; and at least one tab disposed on the at least one sidewall disposed in a same plane as the at least one sidewall ; a tray including a well adapted to receive the anchor , wherein the well includes at least one sidewall and a base and the anchor is adapted to be slidably disposed in the well , and wherein the lower portion is adapted to, in use, engage a membrane in the well ; and a cover adapted to engage the tray and cover the well .
A needle for a surgical instrument for removal of diseased or unwanted tissue, the needle comprising: a hollow elongate needle shaft having a needle tip at a distal end for cutting tissue, the needle tip being flared in at least one plane and having a flattened posterior lip and an anterior lip shaped to produce an asymmetric tip mouth with a major axis (A-A') larger than an outer diameter of the needle shaft and a minor axis (B-B') smaller than the major axis (A-A'), the needle tip further having a plurality of grooves milled into a surface of the tip in an asymmetric arrangement around the circumference of the needle tip , wherein the grooves are milled into an internal surface, only of the posterior lip and are straight and substantially parallel to each other. a hollow elongate needle shaft having a needle tip at a distal end for cutting tissue, the needle tip being flared in at least one plane and having a flattened posterior lip and an anterior lip shaped to produce an asymmetric tip mouth with a major axis (A-A') larger than an outer diameter of the needle shaft and a minor axis (B-B') smaller than the major axis (A-A'), the needle tip further having a plurality of grooves milled into a surface of the tip in an asymmetric arrangement around the circumference of the needle tip , wherein the grooves are milled into an internal surface, only of the posterior lip and are straight and substantially parallel to each other.
A blade arrangement of a jet engine or an aircraft propeller comprising a blade with a root portion and an aerofoil portion , wherein the aerofoil portion comprises a suction side and a pressure side , wherein a retention structure is provided that is configured to radially retain the blade in case of a structural blade failure, wherein the retention structure - is secured to the root portion and/or to a structure adjacent to the root portion and extends in the radial direction along the suction side and along the pressure side of the aerofoil portion and - forms a loop that runs at least around the root portion , along the suction side and along the pressure side of the blade , characterized in that the retention structure is a textile and formed by at least one band or ribbon that forms a full loop which runs around the root portion , along the suction side , along the pressure side and around the tip of the blade , wherein the band or ribbon runs around the tip of the blade by looping over the tip of the blade or by running through an opening formed in the tip of the blade . - is secured to the root portion and/or to a structure adjacent to the root portion and extends in the radial direction along the suction side and along the pressure side of the aerofoil portion and - forms a loop that runs at least around the root portion , along the suction side and along the pressure side of the blade ,
A fistula treatment system comprising: an implant coil having a leading end , a trailing end and a transition region , and further comprising a tapered portion which extends from the leading end to the transition region , and the tapered portion decreasing in lateral extent between the leading end and the transition region , said tapered portion being configured for insertion into bulk tissue surrounding a fistula and being configured for progressive tissue compression, and a driver implement for rotation of the implant coil to draw tissue surrounding a fistula inwardly, the implant coil having a driver interface portion extending from the transition region to the trailing end and the driver implement being configured for engagement with the driver interface portion of the implant coil, wherein said driver interface portion of the implant coil has a uniform lateral extent along a length of the driver interface portion, characterized in that , the driver implement comprises a driver coil. an implant coil having a leading end , a trailing end and a transition region , and further comprising a tapered portion which extends from the leading end to the transition region , and the tapered portion decreasing in lateral extent between the leading end and the transition region , said tapered portion being configured for insertion into bulk tissue surrounding a fistula and being configured for progressive tissue compression, and a driver implement for rotation of the implant coil to draw tissue surrounding a fistula inwardly, the implant coil having a driver interface portion extending from the transition region to the trailing end and the driver implement being configured for engagement with the driver interface portion of the implant coil, wherein said driver interface portion of the implant coil has a uniform lateral extent along a length of the driver interface portion, characterized in that , the driver implement comprises a driver coil.
An electronic article surveillance tag , comprising: - a body provided with a battery compartment for holding a battery , the body comprising a first opening through which an end of a first pin can be inserted inside the body and releasably locked therein by a first locking mechanism , characterised in that the electronic article surveillance tag comprises a slidable cover for closing the battery compartment , the slidable cover comprising a second opening that is aligned with the first opening when the slidable cover is in a closed position, the body comprises a third opening through which an end of a second pin can be inserted inside the body and releasably locked therein by a second locking mechanism , and the slidable cover comprises a fourth opening that is aligned with the third opening when the slidable cover is in a closed position. - a body provided with a battery compartment for holding a battery , the body comprising a first opening through which an end of a first pin can be inserted inside the body and releasably locked therein by a first locking mechanism ,
An antibacterial device comprising a substrate and an antibacterial coating or antibacterial surface being provided on a surface or a part of a surface of the substrate, wherein said antibacterial coating/surface comprises Angstrom scale flakes, the Angstrom scale flakes being arranged in a standing position on said surface, and attached to the surface via edge sides thereof, wherein the Angstrom scale flakes are graphene or graphite flakes, having a thickness in the range of 0.34-3.4 nm (1-10 atom layers), extending from the surface with a height in the range 5-500 nm, and wherein the distance between any adjacent Angstrom scale flakes is less than 10 μm.
Motor vehicle door latch comprising a locking mechanism consisting substantially of a catch and pawl , further comprising an electric opening drive for the locking mechanism , and an actuating lever chain between the electric drive and the locking mechanism , the actuating lever chain being able to be disengaged by means of an emergency actuating element , and the actuation lever chain having at least one lever and a latch which is mounted thereon and can be acted upon by the emergency actuating element , characterized in that the emergency actuating element is functionally and structurally independent of the electric drive , the emergency actuating element being arranged in a position that is accessible in the open state of an associated motor vehicle door and being able to be acted upon manually, an emergency actuation being configured as an emergency closure, the actuating lever chain disengaged by the emergency actuating element and the interrupted state of said actuating lever chain ensuring that the pawl is no longer held in the raised state relative to the catch in the case of an emergency actuation.
A positioning method, applied to a first server, comprising: receiving first location information sent by a terminal (S801), the first location information comprising an identity of the terminal; sending a differential data request to a second server, the differential data request comprising the first location information, and the differential data request being configured for the second server to determine the differential data of the terminal (S802); receiving the differential data sent by the second server (S803); calculating, according to the differential data, the first location information to obtain second location information (S804); and sending the second location information to the terminal (S805), wherein the first server is an edge server, the second server is a central server, and the second server is configured to synchronize data of a plurality of first servers connected to the second server when the plurality of first servers are connected to the second server, so that the terminal switches among the plurality of first servers. receiving first location information sent by a terminal (S801), the first location information comprising an identity of the terminal; sending a differential data request to a second server, the differential data request comprising the first location information, and the differential data request being configured for the second server to determine the differential data of the terminal (S802); receiving the differential data sent by the second server (S803); calculating, according to the differential data, the first location information to obtain second location information (S804); and sending the second location information to the terminal (S805), wherein the first server is an edge server, the second server is a central server, and the second server is configured to synchronize data of a plurality of first servers connected to the second server when the plurality of first servers are connected to the second server, so that the terminal switches among the plurality of first servers.
A floor panel assembly having a top surface and a bottom surface , the assembly comprising: an impact layer proximate the top surface ; a core layer between the impact layer and the bottom surface ; a positive temperature coefficient heater between the impact layer and the core layer, the heater comprising: a first dielectric layer ; a positive temperature coefficient heater element on the first dielectric layer ; and a bus bar on the first dielectric layer , wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar ; and at least one structural layer between the impact layer and the bottom surface ; characterised in that the second dielectric layer is welded to the first dielectric layer . an impact layer proximate the top surface ; a core layer between the impact layer and the bottom surface ; a positive temperature coefficient heater between the impact layer and the core layer, the heater comprising: a first dielectric layer ; a positive temperature coefficient heater element on the first dielectric layer ; and a bus bar on the first dielectric layer , wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar ; and at least one structural layer between the impact layer and the bottom surface ; characterised in that the second dielectric layer is welded to the first dielectric layer . a first dielectric layer ; a positive temperature coefficient heater element on the first dielectric layer ; and a bus bar on the first dielectric layer , wherein the bus bar overlaps the positive temperature coefficient heater element; a second dielectric layer overlaying the positive temperature coefficient heater element and the bus bar ; and at least one structural layer between the impact layer and the bottom surface ; characterised in that the second dielectric layer is welded to the first dielectric layer .
An article intended to come into contact with the ground; and the article comprising a laminate comprising at least two superposed portions comprising: - a first portion made of a first rubber composition; and - a second portion made of a second rubber composition, and the second portion positioned farther from the ground than the first portion; wherein the first and second rubber compositions each is based on at least: - an elastomer matrix; - a reinforcing filler; and - a plasticizing agent; wherein the amount in phr of the reinforcing filler in the second rubber composition is lower than that in the first rubber composition ; wherein the second rubber composition is such that the reinforcing filler predominately comprises a reinforcing inorganic filler; characterised in that the ratio of the amount in phr of the plasticizing agent to the reinforcing filler in the second rubber composition is higher than that in the first rubber composition ; and wherein the average glass transition temperature of combination of the elastomer matrix and the plasticizing agent in the second rubber composition is higher than that in the first rubber composition . the article comprising a laminate comprising at least two superposed portions comprising: - a first portion made of a first rubber composition; and - a second portion made of a second rubber composition, and the second portion positioned farther from the ground than the first portion; - a first portion made of a first rubber composition; and - a second portion made of a second rubber composition, and the second portion positioned farther from the ground than the first portion; wherein the first and second rubber compositions each is based on at least: - an elastomer matrix; - a reinforcing filler; and - a plasticizing agent; - an elastomer matrix; - a reinforcing filler; and - a plasticizing agent; wherein the amount in phr of the reinforcing filler in the second rubber composition is lower than that in the first rubber composition ; wherein the second rubber composition is such that the reinforcing filler predominately comprises a reinforcing inorganic filler; characterised in that the ratio of the amount in phr of the plasticizing agent to the reinforcing filler in the second rubber composition is higher than that in the first rubber composition ; and wherein the average glass transition temperature of combination of the elastomer matrix and the plasticizing agent in the second rubber composition is higher than that in the first rubber composition .
A communications method, comprising: receiving (S203), by a narrowband terminal device , a second synchronization signal block sent by an access network device ; and obtaining (S204), by the narrowband terminal device , a broadcast message based on the second synchronization signal block, wherein a frequency bandwidth of a broadcast message in a first synchronization signal block is greater than a frequency bandwidth of the broadcast message in the second synchronization signal block, the first synchronization signal block corresponds to the access network device , and the frequency bandwidth occupied by the broadcast message in the second synchronization signal block is less than or equal to a maximum frequency bandwidth of the narrowband terminal . receiving (S203), by a narrowband terminal device , a second synchronization signal block sent by an access network device ; and obtaining (S204), by the narrowband terminal device , a broadcast message based on the second synchronization signal block, wherein a frequency bandwidth of a broadcast message in a first synchronization signal block is greater than a frequency bandwidth of the broadcast message in the second synchronization signal block, the first synchronization signal block corresponds to the access network device , and the frequency bandwidth occupied by the broadcast message in the second synchronization signal block is less than or equal to a maximum frequency bandwidth of the narrowband terminal .
A particle generating apparatus , comprising: a container in which a coating solution is stored; and a heating means immersed in the coating solution of the container that is configured to locally heat the coating solution so as to generate a particle to be deposited on an object (M) to be coated, wherein the heating means includes: a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe , and receiving electricity from an external source and generating heat. a container in which a coating solution is stored; and a heating means immersed in the coating solution of the container that is configured to locally heat the coating solution so as to generate a particle to be deposited on an object (M) to be coated, wherein the heating means includes: a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe , and receiving electricity from an external source and generating heat. a heat-transfer pipe immersed in the coating solution; and an electric heating wire disposed in the heat-transfer pipe , and receiving electricity from an external source and generating heat.
A method for manufacturing a preform of silica for optical fiber production, the method comprising a step of vaporization of a siloxane feedstock added with a compound having the following formula (I): wherein R, R' and R", equal or different each other, are an alkyl group having from 1 to 5 carbon atoms, and A is a saturated or unsaturated chain of atoms selected from the group consisting of carbon atom, nitrogen atom, and oxygen atom, said chain A forming with the nitrogen atom linked thereto a saturated, unsaturated or aromatic heterocyclic moiety.
A use of a gearing device for discontinuously moving at least one first element, in particular a first barrier element , and one second element, in particular a second barrier element , of a passageway device , in the passageway device , in particular • in a tripod barrier for moving the barrier elements, formed as barrier stiles of the tripod barrier, or • in a turnstile for moving the barrier elements, formed as turnstile leaves, or • in a revolving door for moving the barrier elements, formed as revolving door leaves of the revolving door, or • in a two-leaf swing door for moving the barrier elements, formed as door leaves of the swing door, • wherein the gearing device comprises: • a drive axis , • a first active axis of rotation formed for torque-transmitting operative connection to the first element, in particular the first barrier element , • a first non-uniformly translating gearing stage between the drive axis and the first active axis of rotation , • a second active axis of rotation formed for torque-transmitting operative connection to the second element, in particular the second barrier element , • a second non-uniformly translating gearing stage between the drive axis and the second active axis of rotation . • in a tripod barrier for moving the barrier elements, formed as barrier stiles of the tripod barrier, or • in a turnstile for moving the barrier elements, formed as turnstile leaves, or • in a revolving door for moving the barrier elements, formed as revolving door leaves of the revolving door, or • in a two-leaf swing door for moving the barrier elements, formed as door leaves of the swing door, • wherein the gearing device comprises: • a drive axis , • a first active axis of rotation formed for torque-transmitting operative connection to the first element, in particular the first barrier element , • a first non-uniformly translating gearing stage between the drive axis and the first active axis of rotation , • a second active axis of rotation formed for torque-transmitting operative connection to the second element, in particular the second barrier element , • a second non-uniformly translating gearing stage between the drive axis and the second active axis of rotation .