mhurhangee/patent-ind-claim-en huggingface dataset:
An orthopaedic implant in the form of a femoral component of a hip joint endoprosthesis with a head made from a ceramic material which is mounted on an anchoring shaft , which in turn is insertable in a bone and can be anchored therein, wherein the ceramic head has an approximately cylindrical inner recess in the form of a blind hole, and the anchoring shaft is furnished with a pin for insertion in said recess, and wherein a metallic sleeve which is also approximately cylindrical is soldered into the recess of the head, via which sleeve the ceramic head can be connected to the pin, and wherein the connection between the ceramic head and the sleeve is made by means of a glass solder, wherein the sleeve is pre-coated with a silicious glass solder which is strengthened in a ceramic firing and that the connection between the ceramic head and the sleeve is created by a second silicious glass solder , characterized in .that the covering surface of the sleeve has an approximately centrally arranged through-hole through which the excess second glass solder in liquid form can escape into a cavity that exists between the sleeve and the support of the shaft .
A computing device for multi-threaded message passing, the computing device comprising: a host process module adapted to (i) create a first message passing interface endpoint for a first thread of a plurality of threads established by a host process of the computing device and (ii) assign the first thread to a first proxy process , wherein the host process includes a message passing interface library ; a message passing module adapted to (i) receive, during execution of the first thread, a first message passing interface operation associated with the first message passing interface endpoint and (ii) communicate the first message passing interface operation from the first thread to the first proxy process ; and a proxy process module adapted to: establish, by the first proxy process , a first instance of the message passing interface library configured to execute in a single-threaded mode of execution; use the first instance of the message passing interface library established by the first proxy process to perform the first message passing interface operation by the first proxy process. a host process module adapted to (i) create a first message passing interface endpoint for a first thread of a plurality of threads established by a host process of the computing device and (ii) assign the first thread to a first proxy process , wherein the host process includes a message passing interface library ; a message passing module adapted to (i) receive, during execution of the first thread, a first message passing interface operation associated with the first message passing interface endpoint and (ii) communicate the first message passing interface operation from the first thread to the first proxy process ; and a proxy process module adapted to: establish, by the first proxy process , a first instance of the message passing interface library configured to execute in a single-threaded mode of execution; use the first instance of the message passing interface library established by the first proxy process to perform the first message passing interface operation by the first proxy process. establish, by the first proxy process , a first instance of the message passing interface library configured to execute in a single-threaded mode of execution; use the first instance of the message passing interface library established by the first proxy process to perform the first message passing interface operation by the first proxy process.
Method performed by a first D2D enabled node , comprising the steps of: obtaining a configuration indicative of one or more blank subframes in a first cell and/or on a first carrier frequency, wherein the one or more blank subframes comprise DL and/or UL subframes and the configuration of the one or more blank subframes is indicative of that the first D2D enabled node is not and will not be scheduled in DL and/or UL during the one or more blank subframes; characterised by performing a D2D transmission operation in at least one of the one or more blank subframes, wherein a blank subframe comprised in the one or more blank subframes comprises a subframe during which the first D2D enabled node is configured with one or more measurement gaps during which the first D2D enabled node is not performing any cellular transmitting or receiving operation in the first cell and/or on the first carrier frequency and is capable of using its at least one transmitter and/or receiver for D2D operation on the first carrier frequency and/or a second carrier frequency. obtaining a configuration indicative of one or more blank subframes in a first cell and/or on a first carrier frequency, wherein the one or more blank subframes comprise DL and/or UL subframes and the configuration of the one or more blank subframes is indicative of that the first D2D enabled node is not and will not be scheduled in DL and/or UL during the one or more blank subframes; characterised by performing a D2D transmission operation in at least one of the one or more blank subframes, wherein a blank subframe comprised in the one or more blank subframes comprises a subframe during which the first D2D enabled node is configured with one or more measurement gaps during which the first D2D enabled node is not performing any cellular transmitting or receiving operation in the first cell and/or on the first carrier frequency and is capable of using its at least one transmitter and/or receiver for D2D operation on the first carrier frequency and/or a second carrier frequency.
Wedge (40a-f) for a stator comprising a plurality of teeth of an electrical generator comprising at least a first portion and a second portion (42a-f) transversally protruding from the first portion , the first portion and the second portion (42a-f) being shaped and dimensioned in such a way that, when the wedge (40a-f) is attached to a tooth radial end of the stator , the first portion extends longitudinally from one of a first tooth longitudinal end and a second tooth longitudinal end towards the other of the first tooth longitudinal end and the second tooth longitudinal end and the second portion (42a-f) abuts against said one of a first tooth longitudinal end and a second tooth longitudinal end , the first portion being dimensioned in order to circumferentially extend from a first tooth of the plurality of teeth to a second tooth of the plurality of teeth , the first tooth and the second tooth being circumferentially adjacent, and the second portion being dimensioned in order to longitudinally abut against both the first tooth and the second tooth , characterized in that the second portion (42a-e) comprises two main wings for respectively abutting against the first tooth and the second tooth , and the second portion (42a-e) comprises two further wings , respectively attached to each of the main wings , for respectively abutting against the first tooth and the second tooth .
An emulsification device comprising: - a channel having an inlet portion having a channel height CH and a width CW, wherein the ratio of CW/CH is greater than 0.2 and less than 5.0; - a first step in fluid communication with the inlet portion , wherein: the first step has a tread length T1 and a step height SH1; SH1 is greater than CH by a riser height R1; and the ratio of SH1/CH is greater than 1.0 and less than 5.0; - a second step in fluid communication with the first step , wherein: the second step has a tread length T2 and a step height SH2; SH2 is greater than SH1 by a riser height R2; and the ratio of SH2/CH is greater than 1.0 and less than 5.0; - a third step in fluid communication with the second step , wherein: the third step has a step height SH3; SH3 is greater than SH2 by a riser height R3; and R3 is greater than zero, characterized in that the ratio of T2/CH is less than T1/CH. - a channel having an inlet portion having a channel height CH and a width CW, wherein the ratio of CW/CH is greater than 0.2 and less than 5.0; - a first step in fluid communication with the inlet portion , wherein: the first step has a tread length T1 and a step height SH1; SH1 is greater than CH by a riser height R1; and the ratio of SH1/CH is greater than 1.0 and less than 5.0; the first step has a tread length T1 and a step height SH1; SH1 is greater than CH by a riser height R1; and the ratio of SH1/CH is greater than 1.0 and less than 5.0; - a second step in fluid communication with the first step , wherein: the second step has a tread length T2 and a step height SH2; SH2 is greater than SH1 by a riser height R2; and the ratio of SH2/CH is greater than 1.0 and less than 5.0; the second step has a tread length T2 and a step height SH2; SH2 is greater than SH1 by a riser height R2; and the ratio of SH2/CH is greater than 1.0 and less than 5.0; - a third step in fluid communication with the second step , wherein: the third step has a step height SH3; SH3 is greater than SH2 by a riser height R3; and R3 is greater than zero, the third step has a step height SH3; SH3 is greater than SH2 by a riser height R3; and R3 is greater than zero,
Vehicle window unit that includes side curved regions that are arranged, in the installed state, near a, in particular standing, pillar of the vehicle body, wherein the curved regions are at least partially coloured in a transmittance reducing manner, wherein the degree of colouration changes as a function of location, characterised in that the degree of colouration correlates with the degree of curvature. wherein the curved regions are at least partially coloured in a transmittance reducing manner, wherein the degree of colouration changes as a function of location, characterised in that the degree of colouration correlates with the degree of curvature.
Method for ascertaining bio-impedance data of a standing person , in which at least one bio-impedance value is measured using at least four pairs of electrodes for each hand and each foot of the standing person and is transmitted to an evaluation device and according to which information for the person in respect of adopting optimal body posture for measuring the bio-impedance is provided in the region of at least one output device and in which the information is represented visually using an indication apparatus embodied as a display so that an at least partial detection of the actual body posture of the person is performed and in which the information is output on the basis of a comparison between the actual body posture and the intended body posture, wherein the bio-impedance data are ascertained using a body composition analyser (BCA), characterized in that correct intended positioning for the hand of the person to be measured is set during a first use and, using this data, a comparison is made during the next use as to whether the relevant user contacts these electrodes, already known as correct, again, and in that correction representations are provided in the region of the indication apparatus for the left and right hand, respectively, said correction representations signalling whether the respective hand should be lifted or lowered more strongly or whether the relevant hand should be positioned further to the left or to the right.
A data sharing method based on a plurality of blockchains having different functions to each other, the method comprising: registering, by a management server , user block data which includes user information and a hash key of each user of a plurality of users including a first user and a second user in a user information blockchain ; receiving, by the management server , storage information of data provided by the first user from a storage server ; registering, by the management server , metadata of the provided data in a metadata blockchain ; receiving, by the management server , a request for specific data in the provided data from the second user; identifying, by the management server , the specific data based on a result of comparing information included in the request with the metadata in the metadata blockchain ; and transmitting, by the management server , the storage information of the specific data to the second user; wherein the management server authenticates the first user and the second user using information stored in the user information blockchain , and the management server transmits the storage information of the specific data when the authentication of the second user is successful, the storage information including an identifier of the storage server and a storage location of data in the storage server . registering, by a management server , user block data which includes user information and a hash key of each user of a plurality of users including a first user and a second user in a user information blockchain ; receiving, by the management server , storage information of data provided by the first user from a storage server ; registering, by the management server , metadata of the provided data in a metadata blockchain ; receiving, by the management server , a request for specific data in the provided data from the second user; identifying, by the management server , the specific data based on a result of comparing information included in the request with the metadata in the metadata blockchain ; and transmitting, by the management server , the storage information of the specific data to the second user; wherein the management server authenticates the first user and the second user using information stored in the user information blockchain , and the management server transmits the storage information of the specific data when the authentication of the second user is successful, the storage information including an identifier of the storage server and a storage location of data in the storage server .
A process for the recovery of acetylation fluid from a wood acetylation process, said fluid comprising acetic acid and acetic anhydride, the process comprising subjecting said fluid to distillation so as to recover acetic acid, wherein the distillation is conducted in an acetic anhydride distillation unit also simultaneously used for distilling off acetic acid from an acetic anhydride product stream obtained in a process for the production of acetic anhydride from ketene and acetic acid.
A combination of a high voltage interlock (HVIL) plug assembly and an access cover adapted to be removably coupled to a housing of an electrical device, wherein the high voltage interlock (HVIL) plug assembly is configured to establish circuit continuity when coupled to a connector in a high voltage interlock circuit and prevent circuit continuity when decoupled from the connector, the HVIL plug assembly comprising: a main body having an outer surface and an inner surface configured to be disposed against the access cover , wherein removal of the access cover enables access to components in the electrical device electrically connected to the high voltage interlock circuit; a jumper coupled to the main body and configured to extend through a receiving aperture in the access cover to couple to the connector and establish circuit continuity when the main body is coupled to the access cover; and a flange extending from the main body, wherein when the main body is disposed against the access cover , the flange covers the access cover , such that the main body must be removed from the access cover to enable removal of the access cover, characterized in that : - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. such that the main body must be uncoupled and removed from the access cover in order to remove the fastener and enable removal of the access cover. a main body having an outer surface and an inner surface configured to be disposed against the access cover , wherein removal of the access cover enables access to components in the electrical device electrically connected to the high voltage interlock circuit; a jumper coupled to the main body and configured to extend through a receiving aperture in the access cover to couple to the connector and establish circuit continuity when the main body is coupled to the access cover; and a flange extending from the main body, wherein when the main body is disposed against the access cover , the flange covers the access cover , such that the main body must be removed from the access cover to enable removal of the access cover, characterized in that : - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. - said main body is adapted to be coupled to the access cover, - said flange is adapted to cover, and prevent access to, a fastener for coupling the access cover to the housing of the electrical device. such that the main body must be uncoupled and removed from the access cover in order to remove the fastener and enable removal of the access cover.
A method for wireless communication at user equipment, UE (115; 210, 215; 505; 605), comprising: determining (415; 1305; 1405) that a profile for vehicle-based sidelink communications supports packet duplication using a set of carrier frequencies; transmitting (420; 1310; 1410) a message to a base station that identifies the profile and the set of carrier frequencies; receiving (310; 425; 1315; 1415), via radio resource control, RRC, signaling, a configuration message from the base station that identifies a packet duplication configuration; determining one or more carrier frequencies for packet duplication based at least in part on the packet duplication configuration; and transmitting (315; 430; 1320; 1420) a request to the base station for resources to perform the vehicle-based sidelink communications, the request comprising one or more buffer status reports, BSRs, wherein each BSR identifies a carrier frequency of the one or more carrier frequencies for the BSR and a logical channel group identifier, LCGID, that identifies the BSR as being for packet duplication. determining (415; 1305; 1405) that a profile for vehicle-based sidelink communications supports packet duplication using a set of carrier frequencies; transmitting (420; 1310; 1410) a message to a base station that identifies the profile and the set of carrier frequencies; receiving (310; 425; 1315; 1415), via radio resource control, RRC, signaling, a configuration message from the base station that identifies a packet duplication configuration; determining one or more carrier frequencies for packet duplication based at least in part on the packet duplication configuration; and transmitting (315; 430; 1320; 1420) a request to the base station for resources to perform the vehicle-based sidelink communications, the request comprising one or more buffer status reports, BSRs, wherein each BSR identifies a carrier frequency of the one or more carrier frequencies for the BSR and a logical channel group identifier, LCGID, that identifies the BSR as being for packet duplication.
A method for wireless communication at a user equipment, UE, comprising: determining a set of scheduled synchronization signal transmission times; selecting at least one candidate beam from a set of candidate beams for a dynamic measurement during one of a first subset of the set of scheduled synchronization signal transmission times, wherein the first subset of the set of scheduled synchronization signal transmission times is allocated for dynamic measurement, and wherein the measurement is dynamic in that it is performed on the selected at least one candidate beam and wherein the selection is based on a metric function; performing a measure procedure on the at least one candidate beam during the one of the first subset of scheduled synchronization signal transmission times; and transmitting at least one measurement report corresponding to the measure procedure performed on the at least one candidate beam. determining a set of scheduled synchronization signal transmission times; selecting at least one candidate beam from a set of candidate beams for a dynamic measurement during one of a first subset of the set of scheduled synchronization signal transmission times, wherein the first subset of the set of scheduled synchronization signal transmission times is allocated for dynamic measurement, and wherein the measurement is dynamic in that it is performed on the selected at least one candidate beam and wherein the selection is based on a metric function; performing a measure procedure on the at least one candidate beam during the one of the first subset of scheduled synchronization signal transmission times; and transmitting at least one measurement report corresponding to the measure procedure performed on the at least one candidate beam.
A method of identifying metadata associated with a target vehicle, the method comprising: receiving identification information associated with a target vehicle; generating a synthetic license plate image using the identification information; calculating a signature of the synthetic license plate image; locating a matching authentic license plate image by matching the signature of the authentic license plate image to the signature of the synthetic license plate image; and extracting metadata associated with the authentic license plate image. receiving identification information associated with a target vehicle; generating a synthetic license plate image using the identification information; calculating a signature of the synthetic license plate image; locating a matching authentic license plate image by matching the signature of the authentic license plate image to the signature of the synthetic license plate image; and extracting metadata associated with the authentic license plate image.
Vehicle wheel , in particular a bicycle wheel , comprising: a) a hub , a rim and an inflatable tyre b) in which the hub is situated around a rotation axle of the wheel , which hub rotates about the stationary rotation axle upon rotation of the wheel ; c) a compressor which is substantially situated inside the hub ; d) a drive for driving the compressor , in which the drive is movable with respect to the rotation axle , in particular rotatable, more particularly rotatable in a direction opposite to that of the hub ; and e) a first connection for connecting the outlet of the compressor to the inflatable tyre of the wheel ; and f) the compressor is configured for compressing outside air, and the compressor is provided with an inlet for taking in air at atmospheric pressure, and an outlet for delivering air at an increased pressure and the hub is provided with an air intake (A) for supplying air to the inlet of the compressor ; characterized in that said compressor comprises a store and is arranged for storing air compressed in a first step at a first increased pressure, and in a second step air from said store is subsequently compressed further to a desired or increased final pressure. a) a hub , a rim and an inflatable tyre b) in which the hub is situated around a rotation axle of the wheel , which hub rotates about the stationary rotation axle upon rotation of the wheel ; c) a compressor which is substantially situated inside the hub ; d) a drive for driving the compressor , in which the drive is movable with respect to the rotation axle , in particular rotatable, more particularly rotatable in a direction opposite to that of the hub ; and e) a first connection for connecting the outlet of the compressor to the inflatable tyre of the wheel ; and f) the compressor is configured for compressing outside air, and the compressor is provided with an inlet for taking in air at atmospheric pressure, and an outlet for delivering air at an increased pressure and the hub is provided with an air intake (A) for supplying air to the inlet of the compressor ; characterized in that said compressor comprises a store and is arranged for storing air compressed in a first step at a first increased pressure, and in a second step air from said store is subsequently compressed further to a desired or increased final pressure.