mhurhangee/ep-ind-claims huggingface dataset:
A hole cleaning joint for a drill string deployable into a wellbore penetrating a subterranean formation, comprising: a tubular body connectable to the drill string; and a hole cleaning section positionable about the tubular body, the hole cleaning section having an outer surface engageable with a wall of the wellbore, the outer surface having spiral grooves extending therein defining blades therebetween, the spiral grooves each having a location of maximum width (Wmax) and a second location of maximum depth; wherein each spiral groove has a width that decreases from the location of maximum width (Wmax) to the uphole end and the downhole end and a depth that decreases from the location of maximum depth to the uphole end and the downhole end, each end of each spiral groove terminating in a tapered rounded end, whereby each spiral groove defines a tapered flow channel to receive cuttings therethrough whereby uphole movement of cuttings is facilitated during drilling. a tubular body connectable to the drill string; and a hole cleaning section positionable about the tubular body, the hole cleaning section having an outer surface engageable with a wall of the wellbore, the outer surface having spiral grooves extending therein defining blades therebetween, the spiral grooves each having a location of maximum width (Wmax) and a second location of maximum depth; wherein each spiral groove has a width that decreases from the location of maximum width (Wmax) to the uphole end and the downhole end and a depth that decreases from the location of maximum depth to the uphole end and the downhole end, each end of each spiral groove terminating in a tapered rounded end, whereby each spiral groove defines a tapered flow channel to receive cuttings therethrough whereby uphole movement of cuttings is facilitated during drilling.
A method for storing and retrieving data from distributed vaults, comprising: generating, by a first user device associated with a first user, a plurality of pieces of a data item, wherein the plurality of pieces has a count N that equals a count of vault devices in a group of vault devices, wherein the data item can be reconstructed from a subset of the plurality of pieces having a count M that is less than N, and wherein the data item corresponds to a key to access secure content; for each piece of the data item of the plurality of pieces, transmitting the piece of the data item to a unique, different vault device in the group of vault devices; transferring, by the first user device, a first user's ownership of the data item to a second user; recording the transferred ownership of the data item; requesting, by a second user device associated with the second user, the subset of the plurality of pieces of the data item from a corresponding subset of the group of vault devices; generating, by the second user device, the data item using the subset of the plurality of pieces of the data item; and using the generated data item to access the secure content by the second user device; wherein generating the plurality of pieces of the data item comprises converting the data item into a bitstream comprised of a plurality of bits, wherein each bit in the plurality of bits is assigned to one piece of the plurality of pieces of the data item based on a position of the bit in the plurality of bits. generating, by a first user device associated with a first user, a plurality of pieces of a data item, wherein the plurality of pieces has a count N that equals a count of vault devices in a group of vault devices, wherein the data item can be reconstructed from a subset of the plurality of pieces having a count M that is less than N, and wherein the data item corresponds to a key to access secure content; for each piece of the data item of the plurality of pieces, transmitting the piece of the data item to a unique, different vault device in the group of vault devices; transferring, by the first user device, a first user's ownership of the data item to a second user; recording the transferred ownership of the data item; requesting, by a second user device associated with the second user, the subset of the plurality of pieces of the data item from a corresponding subset of the group of vault devices; generating, by the second user device, the data item using the subset of the plurality of pieces of the data item; and using the generated data item to access the secure content by the second user device; wherein generating the plurality of pieces of the data item comprises converting the data item into a bitstream comprised of a plurality of bits, wherein each bit in the plurality of bits is assigned to one piece of the plurality of pieces of the data item based on a position of the bit in the plurality of bits.
A firearm training simulator comprising: a body simulating a firearm; a linear motor attached to the body, the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from a firearm; and a trigger operatively connected to the linear motor. a body simulating a firearm; a linear motor attached to the body, the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from a firearm; and a trigger operatively connected to the linear motor.
Access control system consisting of electronic IDs carried by persons and stationary capture devices, wherein an authorization dialogue takes place when a person approaches a stationary capture device and a release device can be activated in the event of authorization, wherein each electronic ID contains a transceiver and a controller and each capture device contains a transceiver, a controller and an actuator for releasing the door, wherein capture devices are autonomously integrated in door fittings, are supplied with energy via a battery that fits in terms of size into the door fitting and is installed there and comprise an IR sensor, by means of which the transceiver of the stationary capture device is temporarily changed from an idle state into an operating state via the controller of the capture device when a person approaches, and an authorization dialogue is carried out by interchanging and checking the identity number of the electronic ID, and the actuator of the door release device is activated by means of the controller in the event of authorization, characterized in that the transceivers in the electronic IDs are UHF transceivers, in that the transceivers in the capture devices are likewise UHF transceivers, in that each electronic ID additionally contains an LF receiver and each capture device additionally contains an LF transmitter, in that the IR sensor of the capture device is a PIR sensor, wherein the access control system is configured in such a manner that the LF transmitter of the capture device is activated via the controller of the capture device if a change in a thermal image is detected by the PIR sensor, and wake-up information followed by separate location information is transmitted, in that the UHF transceiver of the electronic ID is changed from an idle state into an operating state by means of the controller of the electronic ID when the location information is received by the LF receiver of the electronic ID, and an authorization dialogue is carried out with the UHF transceiver of the stationary capture device, which is then likewise in the operating state, by interchanging and checking the identity number of the electronic ID in conjunction with the returned location information from the stationary capture device, and the actuator of the door release device is activated by means of the controller in the event of authorization.
A suspension assembly comprising, in combination: - a clamp assembly for use in a suspension for a vehicle axle, comprising an axle bracket (22,78) adapted to be attached to a vehicle axle, a top cap (12;66;76) adapted to be operatively connected to the axle bracket (22,78) to define an axle seat, and a deformable elastomeric liner (14,18;68;70;96) adapted to be at least partially received within the axle seat, and - a leaf spring having a front taper and a rear taper and a spring seat adapted to be received within the axle seat; wherein the elastomeric liner (14,18;68;70;96) is positionable between the axle seat and at least a portion of the spring seat of the leaf spring, the spring seat of the leaf spring comprising at least a portion of the front taper and at least a portion of the rear taper, and wherein at least one of the front taper and the rear taper is configured to extend outside the axle seat when the spring seat of the leaf spring is received within the axle seat. - a clamp assembly for use in a suspension for a vehicle axle, comprising an axle bracket (22,78) adapted to be attached to a vehicle axle, a top cap (12;66;76) adapted to be operatively connected to the axle bracket (22,78) to define an axle seat, and a deformable elastomeric liner (14,18;68;70;96) adapted to be at least partially received within the axle seat, and - a leaf spring having a front taper and a rear taper and a spring seat adapted to be received within the axle seat; wherein the elastomeric liner (14,18;68;70;96) is positionable between the axle seat and at least a portion of the spring seat of the leaf spring, the spring seat of the leaf spring comprising at least a portion of the front taper and at least a portion of the rear taper, and wherein at least one of the front taper and the rear taper is configured to extend outside the axle seat when the spring seat of the leaf spring is received within the axle seat.
A method for wireless communication by a first user equipment, UE, comprising: monitoring one or more sidelink control information, SCI, transmissions from one or more second UEs; determining, based on the one or more SCI, that a collision occurs between one or more retransmissions of the one or more SCI transmissions by the one or more second UEs and a scheduled SCI transmission by the first UE; selecting a cyclic shift to use for the scheduled SCI transmission by the first UE based at least on the determination; and characterized in that the method further comprises determining one or more cyclic shifts used for the one or more retransmissions of the one or more SCI transmissions by the one or more second UEs based on one or more cyclic shifts used for the one or more SCI transmissions by the one or more second UEs. monitoring one or more sidelink control information, SCI, transmissions from one or more second UEs; determining, based on the one or more SCI, that a collision occurs between one or more retransmissions of the one or more SCI transmissions by the one or more second UEs and a scheduled SCI transmission by the first UE; selecting a cyclic shift to use for the scheduled SCI transmission by the first UE based at least on the determination; and characterized in that the method further comprises determining one or more cyclic shifts used for the one or more retransmissions of the one or more SCI transmissions by the one or more second UEs based on one or more cyclic shifts used for the one or more SCI transmissions by the one or more second UEs.
An air conditioner comprising: a cabinet; an air blower disposed in the cabinet to cause air to flow; a dust collector case forming a channel for the air caused to flow by the air blower; at least one electrode provided in the dust collector case and formed of carbon fibers to generate ions; a charged dust collecting filter to collect foreign substances charged by ions generated by the electrode, characterized by comprising a heat exchanger to cause heat to be exchanged between the air caused to flow by the air blower and a refrigerant, the heat exchanger being grounded to collect the ions generated by the electrode. a cabinet; an air blower disposed in the cabinet to cause air to flow; a dust collector case forming a channel for the air caused to flow by the air blower; at least one electrode provided in the dust collector case and formed of carbon fibers to generate ions; a charged dust collecting filter to collect foreign substances charged by ions generated by the electrode, characterized by comprising a heat exchanger to cause heat to be exchanged between the air caused to flow by the air blower and a refrigerant, the heat exchanger being grounded to collect the ions generated by the electrode.
Tin-117m, having a specific activity of > 100 Ci/g, for use in treating immune, inflammatory and degenerative arthritides, wherein said treating comprises injecting the tin-117m intra-articularly into a joint in humans or animals.
An armored vehicle cabin including: · a windshield extending in an inclined plane between a bottom transverse wall and a top transverse wall that is extended by the roof of the cabin; and · a port mounted at the level of the top transverse wall and including a mounting wall for mounting a controlled shutter for opening and closing a passage provided through said wall; the cabin being characterized in that the port is centered relative to the windshield and in that the mounting wall of the port extends in a plane different from the inclined plane in which the windshield extends. · a windshield extending in an inclined plane between a bottom transverse wall and a top transverse wall that is extended by the roof of the cabin; and · a port mounted at the level of the top transverse wall and including a mounting wall for mounting a controlled shutter for opening and closing a passage provided through said wall;
A tire arrangement comprising: tires provided with a decorative portion located on a sidewall portion, and a tire arrangement implement for arranging the tires in a row in a tire rotational axis direction, the tire arrangement implement comprising: a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member in contact with both of them, characterised in that the spacer is not in contact with the decorative portion, the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member, wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer, and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer, a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2. tires provided with a decorative portion located on a sidewall portion, and a tire arrangement implement for arranging the tires in a row in a tire rotational axis direction, the tire arrangement implement comprising: a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member in contact with both of them, characterised in that the spacer is not in contact with the decorative portion, the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member, wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer, and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer, a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2. a spacer configured to be disposed between bead cores of adjacent tires or between a bead core of one of the tires and a peripherally located member in contact with both of them, characterised in that the spacer is not in contact with the decorative portion, the spacer separating the decorative portion of one of the tires from another one of the tires or the peripherally located member, wherein the spacer has an annular structure, wherein an outer diameter Ro and an inner diameter Ri of the spacer, and a diameter R3 of the bead core of the tire have a relationship Ri < R3 < Ro, and wherein the outer diameter Ro of the spacer, a tire diameter R1 at a tire maximum width position and an inner diameter R2 of the decorative portion have relationships Ro < R1 and Ro < R2.
A method for wireless communication, comprising: receiving a control transmission from a base station; identifying a control channel search space that is organized according to a nested structure, the control channel search space including a plurality of control channel candidates, wherein each of the plurality of control channel candidates is associated with one or more control channel elements, CCEs, and an aggregation level, AL, wherein a first portion of the search space associated with a lower AL is a subset of a second portion of the search space associated with a higher AL and wherein a higher AL search space comprises a sum of a plurality of lower AL search spaces; decoding control channel candidates associated with the plurality of lower AL search spaces; generating log-likelihood ratio, LLR, information during the decoding; and decoding control channel candidates associated with the higher AL search space by reusing one of the LLRs previously generated during the decoding of the lower AL search spaces and searching the received control transmission to identify a control channel for the UE using the plurality of control channel candidates. receiving a control transmission from a base station; identifying a control channel search space that is organized according to a nested structure, the control channel search space including a plurality of control channel candidates, wherein each of the plurality of control channel candidates is associated with one or more control channel elements, CCEs, and an aggregation level, AL, wherein a first portion of the search space associated with a lower AL is a subset of a second portion of the search space associated with a higher AL and wherein a higher AL search space comprises a sum of a plurality of lower AL search spaces; decoding control channel candidates associated with the plurality of lower AL search spaces; generating log-likelihood ratio, LLR, information during the decoding; and decoding control channel candidates associated with the higher AL search space by reusing one of the LLRs previously generated during the decoding of the lower AL search spaces and searching the received control transmission to identify a control channel for the UE using the plurality of control channel candidates.
A fibrin hydrogel material comprising: a fibrin material formed in the absence of a calcium containing solution or in the presence of a solution which is capable of scavenging calcium ions associated with fibrinogen molecules, which fibrin material has a water content of at least 90% by weight of the material and retains at least about 80% of the water upon compression by centrifugation at 625G for 30 minutes, and is substantially free of cross-linking. a fibrin material formed in the absence of a calcium containing solution or in the presence of a solution which is capable of scavenging calcium ions associated with fibrinogen molecules, which fibrin material has a water content of at least 90% by weight of the material and retains at least about 80% of the water upon compression by centrifugation at 625G for 30 minutes, and is substantially free of cross-linking.
Computer-implemented method for the processing of computer-generated holographic image data for display with a head-mounted computer-generated holographic image displaying device worn by a wearer, comprising: (i) a step of providing visualization parameter data selected from - wearer ophthalmic data including wearer prescription data, wearer eye sensitivity data and wearer ophthalmic biometry data; and - head-mounted device data (HMDD) including frame data and lens data, (ii) a step of providing computer-generated holographic image data, (iii) a step of calculating modified computer-generated holographic image data from the computer-generated holographic image data of step (ii) by taking into account the visualization parameter data of step (i), (iv) a step of providing the modified computer-generated holographic image data of step (iii) to said device for display, and (v) a step of emitting, by at least one light source (LIGHT SOURC) provided on a remote lighting terminal, a light beam arranged for displaying the holographic image from the modified computer-generated holographic image data of step (iii) by illumination of said device, wherein said at least one light source (LIGHT SOURC) is further arranged to transmit data, and wherein: - step (ii) comprises a step of transmitting said computer-generated holographic image data from said at least one light source (LIGHT SOURC) to said device, or - step (iv) comprises a step of transmitting said modified computer-generated holographic image data from said at least one light source (LIGHT SOURC) to said device. (i) a step of providing visualization parameter data selected from - wearer ophthalmic data including wearer prescription data, wearer eye sensitivity data and wearer ophthalmic biometry data; and - head-mounted device data (HMDD) including frame data and lens data, - wearer ophthalmic data including wearer prescription data, wearer eye sensitivity data and wearer ophthalmic biometry data; and - head-mounted device data (HMDD) including frame data and lens data, (ii) a step of providing computer-generated holographic image data, (iii) a step of calculating modified computer-generated holographic image data from the computer-generated holographic image data of step (ii) by taking into account the visualization parameter data of step (i), (iv) a step of providing the modified computer-generated holographic image data of step (iii) to said device for display, and (v) a step of emitting, by at least one light source (LIGHT SOURC) provided on a remote lighting terminal, a light beam arranged for displaying the holographic image from the modified computer-generated holographic image data of step (iii) by illumination of said device, - step (ii) comprises a step of transmitting said computer-generated holographic image data from said at least one light source (LIGHT SOURC) to said device, or - step (iv) comprises a step of transmitting said modified computer-generated holographic image data from said at least one light source (LIGHT SOURC) to said device.
Method for applying a continuous fiber provided with an impregnation consisting of a thermoplastic material or containing a thermoplastic material to a moving object, in particular to a structurally loaded component, wherein the continuous fiber, after impregnation thereof, is fed to a straightening device with which the impregnated continuous fiber is unidirectionally aligned with the object, wherein the impregnated continuous fiber is guided through a first channel of the straightening device, in the outlet region of which a force acting in the longitudinal direction of the first channel acts on the continuous fiber, and wherein the object is moved by a handling device and both velocity and acceleration characteristics of the moving object are transmitted to the continuous fiber to be applied, wherein the velocity and acceleration characteristics of the continuous fiber is determined by means of a measuring device and the velocity and the acceleration of the transport device are controlled as a function of determined measured values in such a way that the transport of the continuous fiber corresponds to the velocity and acceleration behavior of the object in real time and a conveying material acts on the continuous fiber in the outlet region of the first channel, via which the continuous fiber is aligned, wherein the impregnated continuous fiber is fed to a nozzle as the straightening device having the first channel surrounded by a second channel through which the feed material is fed.