mhurhangee/ep-ind-claims huggingface dataset:
A Dynamic Motion Element for use in testing crash avoidance technologies in a subject vehicle, the Dynamic Motion Element comprising: a body comprising an upper surface wherein the upper surface is adapted to support a soft-body having the size and shape of a vehicle or portion of a vehicle, the body having at least one tapered side so as to allow the subject vehicle to drive up to and on the upper surface with minimal to no damage to the subject vehicle or the Dynamic Motion Element, the body supported by a plurality of wheels, including at least one driven wheel rotationally coupled with an electronically-controlled power source, and at least one steerable wheel coupled with an electronically-controlled steering system; and an electronically-controlled braking system attached with and capable of applying braking force to one or more of the plurality of wheels; characterized by a servo motor (805, 810) connected to a cam, the cam adapted to rotate when the servo motor (805, 810) is actuated; a master cylinder containing hydraulic fluid and a piston push rod, the push rod positioned adjacent to the cam such that when the cam is rotated the push rod moves into and out of the master cylinder thus causing the movement of hydraulic fluid into and out of the master cylinder; and a controller connected to the servo motor (805, 810), the controller adapted to provide a signal to actuate the servo motor (805, 810). a body comprising an upper surface wherein the upper surface is adapted to support a soft-body having the size and shape of a vehicle or portion of a vehicle, the body having at least one tapered side so as to allow the subject vehicle to drive up to and on the upper surface with minimal to no damage to the subject vehicle or the Dynamic Motion Element, the body supported by a plurality of wheels, including at least one driven wheel rotationally coupled with an electronically-controlled power source, and at least one steerable wheel coupled with an electronically-controlled steering system; and an electronically-controlled braking system attached with and capable of applying braking force to one or more of the plurality of wheels; characterized by a servo motor (805, 810) connected to a cam, the cam adapted to rotate when the servo motor (805, 810) is actuated; a master cylinder containing hydraulic fluid and a piston push rod, the push rod positioned adjacent to the cam such that when the cam is rotated the push rod moves into and out of the master cylinder thus causing the movement of hydraulic fluid into and out of the master cylinder; and a controller connected to the servo motor (805, 810), the controller adapted to provide a signal to actuate the servo motor (805, 810).
A method reducing motion-to-photon latency and memory bandwidth in a virtual reality display system, the method comprising: receiving, by a dedicated sensor processing component, sensor data directly from one or more sensors (124, 126, 128) tracking translational and rotational motion of a user for a virtual reality application; computing, by the dedicated sensor processing component, an updated position of the user based on the sensor data; computing, by the dedicated sensor processing component, a speed and an acceleration of the user based on the sensor data; and providing, by the dedicated sensor processing component, the updated position, the speed, and the acceleration by directly feeding to a hardware warp engine implemented by a graphics processing unit, GPU, the GPU configured to update a rendered image before sending to a virtual reality display based on one or more of the received updated position, the speed, and the acceleration, wherein the providing the updated position, the speed, and the acceleration to the warp engine comprises bypassing a command buffer associated with the GPU. receiving, by a dedicated sensor processing component, sensor data directly from one or more sensors (124, 126, 128) tracking translational and rotational motion of a user for a virtual reality application; computing, by the dedicated sensor processing component, an updated position of the user based on the sensor data; computing, by the dedicated sensor processing component, a speed and an acceleration of the user based on the sensor data; and providing, by the dedicated sensor processing component, the updated position, the speed, and the acceleration by directly feeding to a hardware warp engine implemented by a graphics processing unit, GPU, the GPU configured to update a rendered image before sending to a virtual reality display based on one or more of the received updated position, the speed, and the acceleration, wherein the providing the updated position, the speed, and the acceleration to the warp engine comprises bypassing a command buffer associated with the GPU.
A rotatable radio frequency coupling device, comprising: a conductive plate; a rotatable split cylinder configured to be coupled to a dielectric disk of an electrostatic chuck to provide RF power to one or more RF bias electrodes disposed within the dielectric disk; a plurality of RF input taps coupled to the conductive plate to couple RF power to the conductive plate; a stationary ring coupled to the conductive plate and surrounding the rotatable split cylinder; and a grounded shield surrounding the conductive plate, the stationary ring, and the rotatable split cylinder. a conductive plate; a rotatable split cylinder configured to be coupled to a dielectric disk of an electrostatic chuck to provide RF power to one or more RF bias electrodes disposed within the dielectric disk; a plurality of RF input taps coupled to the conductive plate to couple RF power to the conductive plate; a stationary ring coupled to the conductive plate and surrounding the rotatable split cylinder; and a grounded shield surrounding the conductive plate, the stationary ring, and the rotatable split cylinder.
A supplemental device for an antenna system, the device comprising: a ring providing an annular ground plane, the ring having an interior circumference with a central opening, the ring having a first side defining an upward direction relative to the ring and a second side defining a downward direction relative to the ring; a substantially annular wall extending upward from the ring at or near the interior circumference, the annular wall being electrically conductive; a plurality of antenna elements (26,28,126,128) positioned in the central opening; a passive reflector (18,20,22) that is spaced apart and above the antenna elements by a dielectric spacer; and a set of radial members extending over the ring in a radial direction and extending upward from the ring, the radial members spaced apart from each other, wherein the annular wall has a wall height that is equal to or greater than a height of one or more of the antenna elements but less than a height of the passive reflector when measured upward from the ring. a ring providing an annular ground plane, the ring having an interior circumference with a central opening, the ring having a first side defining an upward direction relative to the ring and a second side defining a downward direction relative to the ring; a substantially annular wall extending upward from the ring at or near the interior circumference, the annular wall being electrically conductive; a plurality of antenna elements (26,28,126,128) positioned in the central opening; a passive reflector (18,20,22) that is spaced apart and above the antenna elements by a dielectric spacer; and a set of radial members extending over the ring in a radial direction and extending upward from the ring, the radial members spaced apart from each other, wherein the annular wall has a wall height that is equal to or greater than a height of one or more of the antenna elements but less than a height of the passive reflector when measured upward from the ring.
A pharmaceutical composition comprising a synergic combination consisting of: i. S-Ketorolac tromethamine, ii. gabapentin or a pharmaceutically acceptable salt thereof, and iii. a pharmaceutically acceptable vehicle and/or excipient, formulated in a single dosing unit for oral administration in mammals; characterized in that the S-ketorolac tromethamine is present in the composition in an amount of 0.316 mg/kg and the gabapentin or pharmaceutically acceptable salt thereof is present in the composition in an amount of 31.6 mg/kg. i. S-Ketorolac tromethamine, ii. gabapentin or a pharmaceutically acceptable salt thereof, and iii. a pharmaceutically acceptable vehicle and/or excipient,
A parking brake operating apparatus including a supporting member disposed integral with a vehicle; an operating member disposed in the supporting member to pivot about a first axis, and actuates a parking brake by a braking operation from an initial position to a brake actuating position thereof; a ratchet having many engaging teeth formed along an arc centering on the first axis, and disposed in one of the supporting member and the operating member integral therewith; and a pawl disposed in other of the supporting member and the operating member, riding over the many engaging teeth toward the brake actuating position during the braking operation of the operating member, and engaging with the many engaging teeth at the brake actuating position to prevent returning pivotal movement of the operating member toward the initial position side for maintaining an actuating state of the parking brake, a recess is formed at the initial position side of the first engaging tooth of the ratchet; characterized by that the first engaging tooth of the many engaging teeth of the ratchet over which the pawl rides first during the braking operation of the operating member from the initial position, is determined higher in a height than other engaging teeth of the ratchet; the first engaging tooth has a contact abutment surface at side of the recess, an inclined surface, and a locking surface at side opposite to the recess; and the inclined surface is inclined relative to a tangential line to the arch centering on the first axis, in the direction such that a surface height thereof gradually increases toward the recess.
A ceiling heating and/or cooling unit for being incorporated in a ceiling comprising ceiling panels made of in particular plasterboard, comprising a ceiling heating and/or cooling device and a cassette receiving the ceiling heating and/or cooling device, wherein the cassette provides a cassette edge, whereby a trough-shaped design of the cassette is obtained, and wherein the volume space provided by the cassette serves to receive the ceiling heating and/or cooling device, wherein the cassette comprises an at least partially circumferential mounting rim, wherein the cassette and the mounting rim are formed integrally with each other, and the cassette is made of a steel plate, characterized in that the mounting rim is formed by transforming the border of the steel plate, wherein the mounting rim is designed with a double layer, in that the steel plate has been bent by 180° in the area of the border and has been bent back by 90° in the opposite direction for forming the cassette edge, wherein the mounting rim cooperates with a counter-unit, wherein screws serve as connecting means between the mounting rim and the counter-unit, wherein in the finally mounted state the edges of a ceiling panel are clamped between the counter-unit and the mounting rim, wherein the screws are guided through bores provided on the mounting rim, which bores pass through the ceiling panel and are inserted into the counter-unit.
A method for wireless communication, comprising: a terminal determining a resource pre-scheduled by a serving base station and for which to request a reduction of interference, wherein the resource is a time and frequency resource comprising a predetermined number of subcarriers; sending a first message from the terminal to an interfering base station to request reduction of interference on the resource, the first message being sent in anticipation of data being received by the terminal on the resource; the terminal determining a resource quality indicator value for the resource based on (i) channel quality estimated based on a pilot from the serving base station and (ii) interference estimated based on pilots from interfering base stations after interference of the resource has been reduced, in order for at least one resource for data transmission to be assigned by a serving base station; receiving a data transmission on the at least one assigned resource from the serving base station. a terminal determining a resource pre-scheduled by a serving base station and for which to request a reduction of interference, wherein the resource is a time and frequency resource comprising a predetermined number of subcarriers; sending a first message from the terminal to an interfering base station to request reduction of interference on the resource, the first message being sent in anticipation of data being received by the terminal on the resource; the terminal determining a resource quality indicator value for the resource based on (i) channel quality estimated based on a pilot from the serving base station and (ii) interference estimated based on pilots from interfering base stations after interference of the resource has been reduced, in order for at least one resource for data transmission to be assigned by a serving base station; receiving a data transmission on the at least one assigned resource from the serving base station.
A sound output device, comprising: a sound generating portion configured to be on a back side of a pinna of an ear and to generate a sound; a sound guiding portion configured to propagate in a pipe structure the sound generated in the sound generating portion to a sound output hole in a proximity of an entrance of an ear canal, and to have a bent shape being folded back at an ear lobe from the back side to a front side of the pinna; a holding portion that has a hollow structure, wherein the holding portion is engageable with an intertragic notch of the ear, wherein the holding portion is configured to be hanged on the intertragic notch while being in contact with a bottom face of a cavum conchae of the ear; wherein the holding portion comprises a support member and an opening portion other than the support member inside the hollow structure, wherein the support member is configured to hold and position the sound output hole of the sound guiding portion to face to the ear canal such that the sound from the sound output hole is output to the ear canal in the proximity of the entrance of the ear canal, and wherein the opening portion, other than the support member, is configured for an ambient sound to be taken into the ear canal. a sound generating portion configured to be on a back side of a pinna of an ear and to generate a sound; a sound guiding portion configured to propagate in a pipe structure the sound generated in the sound generating portion to a sound output hole in a proximity of an entrance of an ear canal, and to have a bent shape being folded back at an ear lobe from the back side to a front side of the pinna; a holding portion that has a hollow structure, wherein the holding portion is engageable with an intertragic notch of the ear, wherein the holding portion is configured to be hanged on the intertragic notch while being in contact with a bottom face of a cavum conchae of the ear; wherein the holding portion comprises a support member and an opening portion other than the support member inside the hollow structure, wherein the support member is configured to hold and position the sound output hole of the sound guiding portion to face to the ear canal such that the sound from the sound output hole is output to the ear canal in the proximity of the entrance of the ear canal, and wherein the opening portion, other than the support member, is configured for an ambient sound to be taken into the ear canal.
Textile fabric comprising a flexible substrate to which a plurality of platelet-like elements made of an abrasion-resistant material stiffer than the substrate are applied, wherein the platelet-like elements are produced from a material with at least one water-based dispersion adhesive and with strength-increasing fillers and wherein the material for the platelet-like elements comprises at least one latex material, a polyurethane-based dispersion adhesive and strengthening fillers, characterised in that the latex material content is at least 20 %, the polyurethane-based dispersion adhesive content is at least 10 % and the filler content is at least 5 % of the material for the platelet-like elements, wherein the fillers are ceramic particles and/or glass particles and/or metallic particles and the at least one latex material is a butadiene-styrene copolymer.
Electrical trunking comprising a base that is provided firstly with two longitudinal side flanges including rims directed towards each other, that define a longitudinal opening for receiving an accessory or electrical equipment for catching onto the base, and secondly with a rigid inner portion that comprises firstly an inwardly-directed longitudinal wall that is attached to a rear face of one of the rims and that extends inside the base, parallel to one of the longitudinal side flanges of the base, and secondly a clipping strip that is adapted for catching an accessory or electrical equipment, the clipping strip comprising a longitudinal flange that is situated below the plane of said longitudinal opening, and that is attached by a spacer to said inwardly-directed longitudinal wall of the base, the electrical trunking being characterized in that its base includes brake means for braking any electrical equipment or accessory along the longitudinal axis of the base, the brake means comprising at least one pad (10; 10') made of elastic material having a high coefficient of friction that is co-extruded with said rigid inner portion of the base, or that is fitted thereto by adhesive-bonding or by heat-sealing, or that is connected to said rigid inner portion of the base by a mechanical connection such as a connection by engagement or by snap-fastening.
A distributed medical monitor system, comprising: a first removable interface comprising: a first input port configured to receive a signal from a medical monitor or a medical sensor; a processor configured to calculate a physiological parameter based on the signal; and a first output port configured to transmit data in a first communication protocol; a second removable interface comprising: a second input port configured to receive the data from the first removable interface in the first communication protocol; a memory storing code configured to translate the data into a second communication protocol; and a second output port configured to transmit the data in the second communication protocol to an external system separate from the medical monitor or medical sensor wherein the second removable interface is not configured to calculate the physiological parameter. a first removable interface comprising: a first input port configured to receive a signal from a medical monitor or a medical sensor; a processor configured to calculate a physiological parameter based on the signal; and a first output port configured to transmit data in a first communication protocol; a first input port configured to receive a signal from a medical monitor or a medical sensor; a processor configured to calculate a physiological parameter based on the signal; and a first output port configured to transmit data in a first communication protocol; a second removable interface comprising: a second input port configured to receive the data from the first removable interface in the first communication protocol; a memory storing code configured to translate the data into a second communication protocol; and a second output port configured to transmit the data in the second communication protocol to an external system separate from the medical monitor or medical sensor wherein the second removable interface is not configured to calculate the physiological parameter. a second input port configured to receive the data from the first removable interface in the first communication protocol; a memory storing code configured to translate the data into a second communication protocol; and a second output port configured to transmit the data in the second communication protocol to an external system separate from the medical monitor or medical sensor wherein the second removable interface is not configured to calculate the physiological parameter.
A method for managing quality of service, QoS resources during a handoff from a QoS unaware system to a QoS aware system, the method being implemented by an access terminal, wherein the access terminal was previously connected to the QoS aware system, the method comprising: determining whether there are any allocated, unrequested QoS resources that are allocated to an application on the access terminal by the QoS aware system but that are not currently requested by the application; if one or more allocated, unrequested QoS resources are identified, requesting that the QoS aware system release the one or more allocated, unrequested QoS resources; determining (318, 514) whether there are one or more requested, unallocated QoS resources that are requested by the application but that are not allocated by the QoS aware system and whether a point-to-point protocol re-sync has occurred since the access terminal was previously connected to the QoS aware system; and if one or more requested, unallocated QoS resources are identified and a point-to-point protocol re-sync has occurred since the access terminal was previously connected to the QoS aware system, requesting that the QoS aware system allocate the one or more requested, unallocated QoS resources to the application. determining whether there are any allocated, unrequested QoS resources that are allocated to an application on the access terminal by the QoS aware system but that are not currently requested by the application; if one or more allocated, unrequested QoS resources are identified, requesting that the QoS aware system release the one or more allocated, unrequested QoS resources; determining (318, 514) whether there are one or more requested, unallocated QoS resources that are requested by the application but that are not allocated by the QoS aware system and whether a point-to-point protocol re-sync has occurred since the access terminal was previously connected to the QoS aware system; and if one or more requested, unallocated QoS resources are identified and a point-to-point protocol re-sync has occurred since the access terminal was previously connected to the QoS aware system, requesting that the QoS aware system allocate the one or more requested, unallocated QoS resources to the application.