mhurhangee/ep-ind-claims huggingface dataset:
A method for tracking exercise and personal security performed on a first portable computing device operable to be worn on a first person, comprising: providing hardware for the portable computing device operable to be worn on a person; receiving a selection of an exercise option with the portable computing device; receiving a selection of an automated alert option for personal security with the portable computing device; monitoring one or more biological outputs and geographical location of the first portable computing device; displaying the one or more biological outputs on a display of the portable computing device; transmitting the one or more biological outputs and the geographical location of the first portable computing device to a server; providing a user interface that is part of the portable computing device, the user interface having one or more selectable instant alert options; and providing a user interface that supports two-way audio communications through the portable computing device; characterised in that the method further comprises: comparing biological data from the first portable computing device and from a second portable computing device operable to be worn on a second person participating in the same selected exercise option and being geographically diverse, calculating performance metrics from said biological data from the first and second portable computing devices, transmitting the performance metrics to the first portable computing device, and displaying competition data based on said performance metrics. providing hardware for the portable computing device operable to be worn on a person; receiving a selection of an exercise option with the portable computing device; receiving a selection of an automated alert option for personal security with the portable computing device; monitoring one or more biological outputs and geographical location of the first portable computing device; displaying the one or more biological outputs on a display of the portable computing device; transmitting the one or more biological outputs and the geographical location of the first portable computing device to a server; providing a user interface that is part of the portable computing device, the user interface having one or more selectable instant alert options; and providing a user interface that supports two-way audio communications through the portable computing device; characterised in that the method further comprises: comparing biological data from the first portable computing device and from a second portable computing device operable to be worn on a second person participating in the same selected exercise option and being geographically diverse, calculating performance metrics from said biological data from the first and second portable computing devices, transmitting the performance metrics to the first portable computing device, and displaying competition data based on said performance metrics.
Ironing station comprising an ironing board having a foldable frame that is arranged on a stand unit designed as a column comprising a steam generator for an iron, a removable water tank for supplying the steam generator being arranged in the column, and at least one valve body that is movable counter to the force of a spring being arranged in the base of the water tank, which valve body interacts with a docking connection piece arranged on the steam generator such that the valve body closes when the water tank is removed and opens when the water tank is inserted, a water filter being integrated in the docking connection piece upstream of the steam generator, characterised in that the water filter is designed as a separate part that can be removed from the docking connection piece and that pushes the valve body counter to the force of the spring into the open position when the water tank is inserted and docked, the movement of the valve body into the open position being brought about in this case by the water filter.
An infra-red, IR, detector array device comprising: a two dimensional array of a plurality of IR detectors, wherein the two dimensional array comprises at least a 3 by 3 array; a semiconductor substrate (1, 8) comprising an etched cavity portion; (1, 8); a plurality of dielectric layers formed on the semiconductor substrate a single dielectric membrane formed within the dielectric layers, the single dielectric membrane comprising a membrane area which is directly on top of the single etched cavity portion of the substrate (1, 8); a plurality of separator regions formed within the single dielectric membrane, wherein the separator regions each comprise at least one separator layer, wherein the at least one separator layer is thermally more conductive than the dielectric membrane; wherein each IR detector of the two dimensional array of the plurality of IR detectors is formed within the single dielectric membrane, and wherein at least some of said plurality of IR detectors are separated from one another by at least some of said plurality of separator regions, and wherein each IR detector forms a pixel of the device, and wherein there is at least one pixel without direct contact to the semiconductor substrate. a two dimensional array of a plurality of IR detectors, wherein the two dimensional array comprises at least a 3 by 3 array; a semiconductor substrate (1, 8) comprising an etched cavity portion; (1, 8); a plurality of dielectric layers formed on the semiconductor substrate a single dielectric membrane formed within the dielectric layers, the single dielectric membrane comprising a membrane area which is directly on top of the single etched cavity portion of the substrate (1, 8); a plurality of separator regions formed within the single dielectric membrane, wherein the separator regions each comprise at least one separator layer, wherein the at least one separator layer is thermally more conductive than the dielectric membrane; wherein each IR detector of the two dimensional array of the plurality of IR detectors is formed within the single dielectric membrane, and wherein at least some of said plurality of IR detectors are separated from one another by at least some of said plurality of separator regions, and wherein each IR detector forms a pixel of the device, and wherein there is at least one pixel without direct contact to the semiconductor substrate.
Fixing arrangement comprising a bone screw, a holder and a clamping sleeve which receives the bone screw, wherein the bone screw comprises a shank with a front thread, a head and a thickening with a secondary thread, the holder is provided with a through-opening and a receiving seat in which the clamping sleeve is mounted so as to be pivotably movable, the clamping sleeve comprises on its outside surface a radially protruding projection and in its interior at least one thread of a clamping thread which is complementary to the secondary thread, wherein in the non-clamped state a free play is formed by a clearance on the clamping sleeve, characterized in that the projection engages in a positive locking manner into a recess on the receiving seat, and the thickening is formed widening toward the rear in a cone-like manner with a cone angle (β), wherein the free play divided by the tangent of half the cone angle (tan β/2) corresponds to between 0.5 and 2.5 times the thread pitch (h) of the secondary thread.
Protective body armor equipment, of the tunic type, comprising at least one dorsal part, intended to cover at least part of the back of a user, and at least one frontal part (2, 4), intended to cover at least part of the torso of the user, the dorsal part comprising at least one rear side flap and the frontal part (2, 4) comprising at least one front side flap, said flaps (12, 14) being fastened to one another adjustably and defining a part between them for the passage of an arm of the user, each of said flaps (12, 14) comprising a contact part, said contact parts extending across from one another when the tunic is worn, where it comprises at least one elastic inner strap fastened on the one hand to one of the flaps (12, 14) and on the other hand to the contact part of the other flap (12, 14), characterized in that it comprises a loop extending over the contact part of one of the flaps (12, 14), the other flap (12, 14) being engaged in said loop.
Vertical wind turbine, comprising two or more cells (Z1, Z2) arranged one above the other along a vertical machine axis, wherein each of the cells (Z1, Z2) comprises a plurality of vertical blades (13; F1-F6) which are arranged within the cell (Z1, Z2) so as to be distributed on a concentric circle around the machine axis and are jointly movable on this circle and are connected to a main shaft for conjoint rotation, and wherein the blades (13; F1-F6) in the cell (Z1, Z2) are each individually rotatably mounted about a vertical rotational axis which in particular extends through the interior thereof, wherein each of the blades (13; F1-F6) is associated with means (39; 39a,b; 49, 50; 52), by way of which, during rotation about the machine axis, the blade (13; F1-F6) can be brought, independently of the other blades, into a predetermined rotational position, which can be changed at any time, about its rotational axis, wherein the top and the bottom of the blades (13; F1-F6) are each rotatably mounted on the end of a radial arm, and wherein the arms each form an imaginary ring at the top and bottom of each cell (Z1, Z2), characterized in that a wind measuring apparatus (W1-W3) is fastened to the end of one arm per ring.
A method for wireless communication at a user equipment, UE, comprising: receiving (210; 1605; 1705) a downlink, DL, signal from a base station on a plurality of DL beams, wherein the plurality of DL beams form at least two subsets of DL beams, each subset of DL beams comprising at least two DL beams, wherein each DL beam is associated with a different beam direction, and the subsets of DL beams are each transmitted in a respective symbol of a subframe of the DL signal; identifying (215; 1610; 1710) a selected DL beam of the plurality of DL beams for communications from the base station to the UE; selecting a frequency resource for transmission of a scheduling request message, the frequency resource being selected based at least in part on the symbol of the subframe of the DL signal of the selected DL beam; and transmitting (225; 1615; 1715) the scheduling request message to the base station using at least the frequency resource selected based at least in part on the symbol of the subframe of the DL signal of the selected DL beam; and receiving one or more subsequent messages at the UE using the selected DL beam. receiving (210; 1605; 1705) a downlink, DL, signal from a base station on a plurality of DL beams, wherein the plurality of DL beams form at least two subsets of DL beams, each subset of DL beams comprising at least two DL beams, wherein each DL beam is associated with a different beam direction, and the subsets of DL beams are each transmitted in a respective symbol of a subframe of the DL signal; identifying (215; 1610; 1710) a selected DL beam of the plurality of DL beams for communications from the base station to the UE; selecting a frequency resource for transmission of a scheduling request message, the frequency resource being selected based at least in part on the symbol of the subframe of the DL signal of the selected DL beam; and transmitting (225; 1615; 1715) the scheduling request message to the base station using at least the frequency resource selected based at least in part on the symbol of the subframe of the DL signal of the selected DL beam; and receiving one or more subsequent messages at the UE using the selected DL beam.
Propulsion assembly (10, 10') for an aircraft comprising a turbine engine (12, 12') comprising a rotor and equipped with an accessory gear box (36, 36') comprising at least one gear (89, 89') mechanically coupled to the rotor, the propulsion assembly also comprising a fairing device (14, 48, 48'), comprising an outer annular wall (16, 50, 50') and an inner annular wall (20, 52, 52') that together delimit an internal compartment (28, 54, 54') fitted with an air inlet orifice (42, 56, 56') and an air exhaust orifice (43, 58, 58'), said propulsion assembly being characterised in that it comprises at least one fan unit (70, 100, 100') housed in said internal compartment and comprising a fan propeller and coupling and uncoupling means (76, 78, 80, 88) for coupling and uncoupling said fan propeller and said gear (89, 89').
An outdoor unit of an air conditioner comprising: an outdoor unit body; a printed circuit board having a heat generating element installed thereat; an electronic box mounted in the outdoor unit body, the electronic box having the printed circuit board installed therein; a heat dissipation module contacting the heat generating element, the heat dissipation module allowing refrigerant to flow therethrough; and a heat dissipation module support mounted in the outdoor unit body such that the heat dissipation module is fixed to the heat dissipation module support to support the heat dissipation module, wherein the heat dissipation module support is installed such that at least a portion of the heat dissipation module support faces the electronic box, wherein the heat dissipation module support is provided at the portion thereof facing the electronic box with a heat dissipation module fixing part (66, 67, 68, 69), to which the heat dissipation module is fixed, characterized in that the heat dissipation module support is installed in the outdoor unit body such that the heat dissipation module support is positioned at a rear of the electronic box, wherein the heat dissipation module comprises a heat sink positioned between the heat generating element and the heat dissipation module support. an outdoor unit body; a printed circuit board having a heat generating element installed thereat; an electronic box mounted in the outdoor unit body, the electronic box having the printed circuit board installed therein; a heat dissipation module contacting the heat generating element, the heat dissipation module allowing refrigerant to flow therethrough; and a heat dissipation module support mounted in the outdoor unit body such that the heat dissipation module is fixed to the heat dissipation module support to support the heat dissipation module, wherein the heat dissipation module support is installed such that at least a portion of the heat dissipation module support faces the electronic box, wherein the heat dissipation module support is provided at the portion thereof facing the electronic box with a heat dissipation module fixing part (66, 67, 68, 69), to which the heat dissipation module is fixed, characterized in that the heat dissipation module support is installed in the outdoor unit body such that the heat dissipation module support is positioned at a rear of the electronic box, wherein the heat dissipation module comprises a heat sink positioned between the heat generating element and the heat dissipation module support.
A flight compensator for an aircraft, comprising a friction module with variable friction coupled on the one hand to a drive shaft and on the other hand to an output shaft via a kinematic chain, characterised in that it includes a control circuit controlling the friction module from an angular displacement value of the output shaft delivered by a position sensor and as a function of a force feedback control signal (S h) delivered by a flight control calculator.
An electrical transmission device comprising: a tube containing a liquid conducting material therein; and a first and a second connector element (106A,106B;306A,306B) connected to a first and a second end portion of the tube, respectively, such that the liquid conducting material is contained in the tube in a sealed fashion, the first connector element (106A;306A) for receiving an electrical signal and providing the electrical signal to the liquid conducting material for transmission to the second connector element (106B;306B), the second connector element (106B;306B) for receiving the electrical signal from the liquid conducting material and for providing the received electrical signal; characterized in that the liquid conducting material is a liquid alloy capable of transmitting the electrical signal such that the electrical signal provided to the second connector element (106B; 306B) has substantially the same phase coherence as the electrical signal received at the first connector element (106A, 306A). a tube containing a liquid conducting material therein; and a first and a second connector element (106A,106B;306A,306B) connected to a first and a second end portion of the tube, respectively, such that the liquid conducting material is contained in the tube in a sealed fashion, the first connector element (106A;306A) for receiving an electrical signal and providing the electrical signal to the liquid conducting material for transmission to the second connector element (106B;306B), the second connector element (106B;306B) for receiving the electrical signal from the liquid conducting material and for providing the received electrical signal; characterized in that the liquid conducting material is a liquid alloy capable of transmitting the electrical signal such that the electrical signal provided to the second connector element (106B; 306B) has substantially the same phase coherence as the electrical signal received at the first connector element (106A, 306A).
Motor vehicle comprising a bumper beam at the front or rear of the vehicle; the bumper cross-member being a profile with a cross-section comprising a hollow portion and a wall, said wall extending downwards from the hollow portion, characterized in that the wall is perforated on at least two portions arranged, along a main direction of the profile, on either side of a central portion.
A rolling mill for diameter reducing rolling comprising: three or more rolling rolls aligned along a circumferential direction of a material to be rolled made of a pipe or bar material, and arranged such that each rotary shaft of the rolling rolls is skewed with respect to a pass line of the material to be rolled, at least one rolling roll selected from the three or more rolling rolls being configured as a drive roll that is rotationally driven, and the material to be rolled being caused to pass through between the three or more rolling rolls while being rotated to undergo the diameter reducing rolling, wherein at least one rolling roll selected from the three or more rolling rolls is smaller in roll diameter than at least one other rolling roll; and wherein when, among the three or more rolling rolls, at least one rolling roll having a maximum roll diameter is defined as a maximum diameter rolling roll and at least one rolling roll smaller in diameter than the maximum diameter rolling roll is defined as a small diameter rolling roll, the rolling mill characterised in that the small diameter rolling roll has a roll diameter equal to or less than 90% of the roll diameter of the maximum diameter rolling roll. three or more rolling rolls aligned along a circumferential direction of a material to be rolled made of a pipe or bar material, and arranged such that each rotary shaft of the rolling rolls is skewed with respect to a pass line of the material to be rolled, at least one rolling roll selected from the three or more rolling rolls being configured as a drive roll that is rotationally driven, and the material to be rolled being caused to pass through between the three or more rolling rolls while being rotated to undergo the diameter reducing rolling, wherein at least one rolling roll selected from the three or more rolling rolls is smaller in roll diameter than at least one other rolling roll; and wherein when, among the three or more rolling rolls, at least one rolling roll having a maximum roll diameter is defined as a maximum diameter rolling roll and at least one rolling roll smaller in diameter than the maximum diameter rolling roll is defined as a small diameter rolling roll, the rolling mill characterised in that the small diameter rolling roll has a roll diameter equal to or less than 90% of the roll diameter of the maximum diameter rolling roll.
Filling element for filling systems or filling machines for filling packaging means, for example, in the form of bottles or like containers, with a liquid content, comprising a filling element housing with a housing interior in which a liquid channel is formed, said channel forming at least one dispensing opening for introducing the contents into the packaging means to be filled, and in which at least one liquid valve (8, 8a, 8b) with at least one valve body (9, 9a, 9b) is provided, said valve body being movable in a stroke axis or filling element axis in an opening and closing stroke by means of an actuating device, as well as with an axial sliding guide for the valve body (9, 9a, 9c) and/or a valve tappet (10, 10a, 1b), wherein the sliding guide is located solely outside of the liquid channel occupied by the contents, wherein the sliding guide is formed from at least one guide rod (17, 17a, 17b), which extends in the direction of the stroke axis or filling element axis, and wherein the valve body (9, 9a) and/or the valve tappet (10a, 10b) are guided axially on or inside the filling element (17, 17a, 17b), characterised in that the valve body (9, 9a) is configured on a part length as hollow or with an axial opening or bore hole, or is formed with a bore hole with a closed end (19.1), and is guided axially with this bore hole on the guide rod (17, 17a).
A method for generating visual representations of data associated with a plurality of data streams (240, 242) that transmit data using different stream platforms (244, 246), the method comprising: providing a unified stream platform capable of interacting with different stream platforms using a common set of abstracted functions; receiving a request to access a first data stream, the request comprising connection information for a first stream producer (102, 104, 202, 204, 302) supplying the first data stream using a first stream platform or protocol (248, 250); accessing the first data stream from the first stream producer using the common set of abstracted functions; sampling a subset of data events of the accessed first data stream for a threshold sample timeframe or a threshold sample count; parsing the sampled subset of data events to identify the data types and corresponding data values therein; and generating one or more visual representations of the sampled subset of data events of the accessed first data stream for presentation to a user (126, 226, 326), wherein the one or more visual representations show the data types and corresponding data values parsed from the data events. providing a unified stream platform capable of interacting with different stream platforms using a common set of abstracted functions; receiving a request to access a first data stream, the request comprising connection information for a first stream producer (102, 104, 202, 204, 302) supplying the first data stream using a first stream platform or protocol (248, 250); accessing the first data stream from the first stream producer using the common set of abstracted functions; sampling a subset of data events of the accessed first data stream for a threshold sample timeframe or a threshold sample count; parsing the sampled subset of data events to identify the data types and corresponding data values therein; and generating one or more visual representations of the sampled subset of data events of the accessed first data stream for presentation to a user (126, 226, 326), wherein the one or more visual representations show the data types and corresponding data values parsed from the data events.