mhurhangee/ep-ind-claims huggingface dataset:
A wireless telecommunications system comprising: a controller element; a first base station and a second base station; and a terminal device operable to communicate with the first base station over a first radio path and to communicate with the second base station over a second radio path; wherein the controller element is configured to select one of the first base station and the second base station to act as a serving base station for the terminal device on the basis of at least one measurement report indicating measurements of beacon signalling transmitted by the terminal device, wherein the measurements provide an indication of radio channel conditions associated with the first radio path and the second radio path; and wherein communications between the terminal device and one of the base stations are made via a relay node such that the corresponding radio path is a relayed radio path comprising a first relayed radio path element between the terminal device and the relay node and a second relayed radio path element between the relay node and the corresponding base station, and wherein the measurements of beacon signalling for the relayed radio path are measurements made by the relay node of radio channel conditions associated with the first relayed radio path element. a controller element; a first base station and a second base station; and a terminal device operable to communicate with the first base station over a first radio path and to communicate with the second base station over a second radio path; wherein the controller element is configured to select one of the first base station and the second base station to act as a serving base station for the terminal device on the basis of at least one measurement report indicating measurements of beacon signalling transmitted by the terminal device, wherein the measurements provide an indication of radio channel conditions associated with the first radio path and the second radio path; and wherein communications between the terminal device and one of the base stations are made via a relay node such that the corresponding radio path is a relayed radio path comprising a first relayed radio path element between the terminal device and the relay node and a second relayed radio path element between the relay node and the corresponding base station, and wherein the measurements of beacon signalling for the relayed radio path are measurements made by the relay node of radio channel conditions associated with the first relayed radio path element.
A method of cooling a glass ribbon formed using a fusion draw process, the method comprising: forming a glass ribbon using the fusion draw process, the glass ribbon, once formed, passing vertically through a glass transition temperature region; directing the glass ribbon through a protective plenum at least partially located in a bottom of the draw region; directing a gas into the protective plenum and vertically along a relatively broad surface of the glass ribbon; and directing the gas out of the protective plenum through at least one outlet slot formed through a sidewall of the protective plenum at no less than about 100 Nm 3 /h. forming a glass ribbon using the fusion draw process, the glass ribbon, once formed, passing vertically through a glass transition temperature region; directing the glass ribbon through a protective plenum at least partially located in a bottom of the draw region; directing a gas into the protective plenum and vertically along a relatively broad surface of the glass ribbon; and directing the gas out of the protective plenum through at least one outlet slot formed through a sidewall of the protective plenum at no less than about 100 Nm 3 /h.
An electron beam 3D printing machine, comprising a first chamber for generating and accelerating an electron beam and a second operating chamber, in which a metal powder is melted, with the consequent production of a three-dimensional product; the second chamber housing at least one platform for depositing the metal powder, metal powder handling means and electron beam deflection means; said 3D printing machine being characterized in that it comprises, in sequence, a cathode housed in said first chamber and designed to provide currents ranging between 0.5 and 2mA; a set of electrostatic lenses housed in said first chamber; a series of resonant accelerator cavities with time-variable electromagnetic fields obeying a sinusoidal law, the oscillation frequency of which is in the GHz range, and housed in said first chamber; and a window assembly arranged between said first chamber and said second chamber; said window assembly comprising an upper dividing wall and a lower dividing wall that, with the upper dividing wall, forms a compensation chamber; a window, through which the electron beam passes, and a valve, for placing said first chamber and the pressure compensation chamber in communication, being inserted in said dividing wall; an aperture equipped with a closing flange being provided in said lower dividing wall.
A method for transmitting a downlink signal using 2·N transmit, Tx, antennas by a base station, BS, wherein N is a natural number, the method comprising: receiving a first precoding matrix index, PMI, and a second PMI from a user equipment, UE; determining a precoding matrix on the basis of a combination of the first PMI and the second PMI in a prestored codebook; performing precoding by applying the determined precoding matrix to the downlink signal mapped to R layers, wherein 1 ≤ R ≤ 8; and transmitting the precoded signal to the UE through 2·N Tx antennas, wherein the prestored codebook includes precoding matrices configured in the form of W 1 W 1 a W 1 − a W 1 when R is an even number, where W 1 is an N×(R/2) matrix and a is a coefficient of a phase, and wherein, when R is equal to 4, W 1 is configured as a matrix of [v1 v2], where each of v1 and v2 is an N×1 matrix. receiving a first precoding matrix index, PMI, and a second PMI from a user equipment, UE; determining a precoding matrix on the basis of a combination of the first PMI and the second PMI in a prestored codebook; performing precoding by applying the determined precoding matrix to the downlink signal mapped to R layers, wherein 1 ≤ R ≤ 8; and transmitting the precoded signal to the UE through 2·N Tx antennas, wherein the prestored codebook includes precoding matrices configured in the form of W 1 W 1 a W 1 − a W 1 when R is an even number, where W 1 is an N×(R/2) matrix and a is a coefficient of a phase, and wherein, when R is equal to 4, W 1 is configured as a matrix of [v1 v2], where each of v1 and v2 is an N×1 matrix.
Procedure for the fabrication of an electromagnetic flowmeter by the potting of an electrode using liquefied plastic, wherein the electrode is made from an electrically conductive material and made with at least a first peripheral recess that is perpendicular to a longitudinal extension of the electrode, wherein the electrode is positioned in a tool and is at least partially potted with liquid plastic, wherein the first recess of the electrode is at least partially potted with liquefied plastic, characterized in that an elastic sealing ring is positioned in the first recess of the electrode to receive the sealing ring, wherein the elastic sealing ring is at least partially potted with plastic, wherein the first recess is provided and designed to receive the sealing ring, wherein the sealing ring is positioned before potting with liquefied plastic, wherein the sealing ring is made from a polymer and wherein the temperature of the plastic is maintained below 350 °C during the at least partial potting of the sealing ring.
A trailer frame, comprising a cross beam and side beams fixedly arranged at two ends of the cross beam, and each of the side beams is an U-shaped structural beam, wherein a first brake beam located between the side beams is arranged in front of and above the cross beam, and a second brake beam located between the side beams is arranged in rear of and above the cross beam; the first brake beam is parallel with the second brake beam, two ends of each of the first brake beam and the second brake beam are fixedly connected to inner sides of the side beams respectively, and the first brake beam and the second brake beam are each provided with a brake seat for mounting a brake device; the first brake beam has a plurality of the brake seats, and the plurality of the brake seats of the first brake beam are located at a front side of the first brake beam and are transversely arranged at intervals on the first brake beam; the second brake beam has a plurality of the brake seats, and the plurality of brake seats of the second brake beam are located at a rear side of the second brake beam and are transversely arranged at intervals on the second brake beam; characterized in that, an upper cover plate of the side beam extends inward at a position corresponding to the first brake beam and the second brake beam, to form a connecting plate; two ends of each of the first brake beam and the second brake beam are each provided with a connecting portion located below the corresponding connecting plate, and the first brake beam and the second brake beam are each connected to a side plate of the side beam and the connecting plate through the respective connecting portion; and wherein the connecting portion is an U-shaped plate having an opening facing the corresponding connecting plate, an U-shaped end surface of the connecting portion is welded to the side plate of the side beam, and a top end surface of the connecting portion is welded to a lower surface of the connecting plate. an upper cover plate of the side beam extends inward at a position corresponding to the first brake beam and the second brake beam, to form a connecting plate; two ends of each of the first brake beam and the second brake beam are each provided with a connecting portion located below the corresponding connecting plate, and the first brake beam and the second brake beam are each connected to a side plate of the side beam and the connecting plate through the respective connecting portion; and wherein the connecting portion is an U-shaped plate having an opening facing the corresponding connecting plate, an U-shaped end surface of the connecting portion is welded to the side plate of the side beam, and a top end surface of the connecting portion is welded to a lower surface of the connecting plate.
A relay communication method, comprising: detecting, by a first wireless mobile device operating as a sensing mobile station, sensory data associated with multiple radio channels relative to a plurality of other sensing wireless mobile devices disposed in a sensing area of said first wireless mobile device; if said first wireless mobile device is out of range of a wide area cellular network, establishing a short-range wireless communication path with a second wireless mobile device having a wide area cellular communication connection; and transmitting said sensory data to said second wireless mobile device for reporting to a network element via a wide area cellular network serving said second wireless mobile device. detecting, by a first wireless mobile device operating as a sensing mobile station, sensory data associated with multiple radio channels relative to a plurality of other sensing wireless mobile devices disposed in a sensing area of said first wireless mobile device; if said first wireless mobile device is out of range of a wide area cellular network, establishing a short-range wireless communication path with a second wireless mobile device having a wide area cellular communication connection; and transmitting said sensory data to said second wireless mobile device for reporting to a network element via a wide area cellular network serving said second wireless mobile device.
An electric tool comprising: a motor; a housing configured to accommodate the motor; a switch configured to distribute power to the motor; and an operating member formed to be elongated along the housing and configured to be movable with respect to the switch, wherein the operating member is provided with a lock-off member movable between a lock release position where the switch can be operated and a lock position where the switch cannot be operated, the switch operating portion is the lock-off member located in the lock position where the movement of the operating member is restricted in a normal state, and is movable to the lock release position where the restriction of movement of the operating member is released, characterized in that the lock-off member is capable of operating the switch in association with a movement of the operating member toward the switch. a motor; a housing configured to accommodate the motor; a switch configured to distribute power to the motor; and an operating member formed to be elongated along the housing and configured to be movable with respect to the switch, wherein
A method for use in ink jetting, the method comprising: reducing an anticipated variation in a characteristic of ink drops being jetted from an ink jet assembly, the reducing comprising causing a voltage that is applied on a jetting assembly to respond to the anticipated variation, in which the characteristic of ink drops is anticipated based on a frequency of jetting of the ink drops, comprising determining the characteristic of the ink drops jetted at the frequency using a pre-determined quantitative relationship between the frequency and the characteristic, and characterized in that it further comprises determining the anticipated variation of the characteristic by comparing the characteristic to a standard. reducing an anticipated variation in a characteristic of ink drops being jetted from an ink jet assembly, the reducing comprising causing a voltage that is applied on a jetting assembly to respond to the anticipated variation, in which the characteristic of ink drops is anticipated based on a frequency of jetting of the ink drops, comprising determining the characteristic of the ink drops jetted at the frequency using a pre-determined quantitative relationship between the frequency and the characteristic, and characterized in that it further comprises determining the anticipated variation of the characteristic by comparing the characteristic to a standard.
A method of making a vitreous bond abrasive article, the method comprising sequential steps: a) a subprocess comprising sequentially: i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; b) independently carrying out step a) a plurality of times to generate an abrasive article preform comprising the bonded powder particles and remaining loose powder particles, wherein in each step a), the loose powder particles are independently selected; c) separating substantially all of the remaining loose powder particles from the abrasive article preform; and d) heating the abrasive article preform to provide the vitreous bond abrasive article comprising the abrasive particles retained in a vitreous bond material. a) a subprocess comprising sequentially: i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; i) depositing a layer of loose powder particles in a confined region, wherein the loose powder particles comprise vitreous bond precursor particles, abrasive particles, and organic compound particles, and wherein the layer of loose powder particles has substantially uniform thickness; and ii) selectively applying heat via conduction or irradiation, to heat treat an area of the layer of loose powder particles; b) independently carrying out step a) a plurality of times to generate an abrasive article preform comprising the bonded powder particles and remaining loose powder particles, wherein in each step a), the loose powder particles are independently selected; c) separating substantially all of the remaining loose powder particles from the abrasive article preform; and d) heating the abrasive article preform to provide the vitreous bond abrasive article comprising the abrasive particles retained in a vitreous bond material.
Device fastening arrangement, which device is a drying rack heated by electricity, onto a planar surface structure, and this device comprises a fastening support (12, 32) at the end of which there is a covering portion (14,34), characterized in that the arrangement comprises: - an inner portion (20, 40) which can be placed inside the covering portion (14, 34) at least partly and in which there is a first opening (27, 47) for fastening the inner portion onto the surface structure, for example, with a first screw; - fastening means (13, 28, 29, 33, 48, 49) for fastening the inner portion and the covering portion to each other; - an adhesive sticker on the surface of the inner portion for the attachment of the inner portion to the surface structure while the inner portion is being fastened onto the surface structure through the first opening, wherein the inner portion comprises an opening for directing an electric cable from the device through the inner portion to the conduit in the surface structure and/or to the side onto the surface of the surface structure, and - the fastening means for fastening the inner portion and the covering portion to each other comprises a second screw (29, 49) and an second opening (13, 33) for the second screw (29, 49) in the covering portion, wherein the second opening (13, 33) extends to the edge of the covering portion. - an inner portion (20, 40) which can be placed inside the covering portion (14, 34) at least partly and in which there is a first opening (27, 47) for fastening the inner portion onto the surface structure, for example, with a first screw; - fastening means (13, 28, 29, 33, 48, 49) for fastening the inner portion and the covering portion to each other; - an adhesive sticker on the surface of the inner portion for the attachment of the inner portion to the surface structure while the inner portion is being fastened onto the surface structure through the first opening, - the fastening means for fastening the inner portion and the covering portion to each other comprises a second screw (29, 49) and an second opening (13, 33) for the second screw (29, 49) in the covering portion, wherein the second opening (13, 33) extends to the edge of the covering portion.
An actuator, comprising: a cylinder; a piston slidably inserted into the cylinder; a rod inserted into the cylinder and coupled to the piston; a rod-side chamber and a piston-side chamber partitioned by the piston in the cylinder; a tank; a first pump capable of supplying liquid to the rod-side chamber; a second pump capable of supplying the liquid to the piston-side chamber; a first control passage allowing communication between the rod-side chamber and the tank; a second control passage allowing communication between the piston-side chamber and the tank; a first variable relief valve provided at an intermediate position of the first control passage and capable of changing a valve opening pressure for permitting a flow of the liquid from the rod-side chamber toward the tank by being opened when a pressure in the rod-side chamber reaches the valve opening pressure; a second variable relief valve provided at an intermediate position of the second control passage and capable of changing a valve opening pressure for permitting a flow of the liquid from the piston-side chamber to the tank by being opened when a pressure in the piston-side chamber reaches the valve opening pressure; and a center passage allowing communication between the tank and the interior of the cylinder, characterized in that the center passage is open at a position located in the center of the cylinder and facing a stroke center of the piston. a cylinder; a piston slidably inserted into the cylinder; a rod inserted into the cylinder and coupled to the piston; a rod-side chamber and a piston-side chamber partitioned by the piston in the cylinder; a tank; a first pump capable of supplying liquid to the rod-side chamber; a second pump capable of supplying the liquid to the piston-side chamber; a first control passage allowing communication between the rod-side chamber and the tank; a second control passage allowing communication between the piston-side chamber and the tank; a first variable relief valve provided at an intermediate position of the first control passage and capable of changing a valve opening pressure for permitting a flow of the liquid from the rod-side chamber toward the tank by being opened when a pressure in the rod-side chamber reaches the valve opening pressure; a second variable relief valve provided at an intermediate position of the second control passage and capable of changing a valve opening pressure for permitting a flow of the liquid from the piston-side chamber to the tank by being opened when a pressure in the piston-side chamber reaches the valve opening pressure; and a center passage allowing communication between the tank and the interior of the cylinder, characterized in that the center passage is open at a position located in the center of the cylinder and facing a stroke center of the piston.