mhurhangee/ep-ind-claims huggingface dataset:
A method for realizing load balancing, which is performed by a Centralized Control Node, CCNode, connected to multiple base stations, the method comprising: determining a cell to be balanced; determining the number of pieces of User Equipment, UEs, to be migrated from the cell to be balanced to at least one available neighboring cell of the cell to be balanced, and in a case where there is an inter-frequency neighboring cell in the at least one available neighbor cell of the cell to be balanced, adjusting, according to the number of all UEs, which support inter-frequency frequency points, reported by the cell to be balanced, the number of pieces of UEs to be migrated from the cell to be balanced to the inter-frequency neighboring cell; and sending a load balancing instruction to a base station to which the cell to be balanced belongs, wherein the load balancing instruction carries the number of UEs to be migrated from the cell to be balanced to the at least one available neighboring cell. determining a cell to be balanced; determining the number of pieces of User Equipment, UEs, to be migrated from the cell to be balanced to at least one available neighboring cell of the cell to be balanced, and in a case where there is an inter-frequency neighboring cell in the at least one available neighbor cell of the cell to be balanced, adjusting, according to the number of all UEs, which support inter-frequency frequency points, reported by the cell to be balanced, the number of pieces of UEs to be migrated from the cell to be balanced to the inter-frequency neighboring cell; and sending a load balancing instruction to a base station to which the cell to be balanced belongs, wherein the load balancing instruction carries the number of UEs to be migrated from the cell to be balanced to the at least one available neighboring cell.
A coordinate measuring machine comprising a measuring head supporting a measurement probe having a probe ball, the coordinate measuring machine further comprising an adjustment arrangement for calibration of the measurement probe, wherein the adjustment arrangement comprises means for the determination of a measured position of said probe ball, characterised in that said adjustment arrangement further comprises means that are arranged to release a locking of the measuring head and to drive the coordinate measuring machine, while the probe with its ball being in contact with a calibration seating formed from three balls arranged in a triangle, to a desired orientation, to determine the position of the probe ball in the desired orientation, whereby an offset of the probe ball in the desired orientation can be determined, the coordinate measuring machine further comprising said calibration seating being arranged in a holder on which said three balls are mounted, and a leaf spring attached to the holder and arranged such that the leaf spring presses the probe ball against the seating when the probe ball is introduced into the calibration seating.
A signal processing method, applied to a base station, comprising: transmitting a third indication message to a terminal device, wherein the third indication message is to trigger the terminal device to transmit uplink pilot signals; receiving M uplink pilot signals transmitted by the terminal device according to an acquired precoding manner of the uplink pilot signals, and measuring the M uplink pilot signals respectively, where M is an integer greater than or equal to 2, and a transmission manner of the M uplink pilot signals is semi-persistent transmission or aperiodic transmission; the method characterized by acquiring a precoding manner of the M uplink pilot signals; and determining a feedback manner of the feedback information on the M uplink pilot signals according to the precoding manner of the uplink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the M uplink pilot signals. transmitting a third indication message to a terminal device, wherein the third indication message is to trigger the terminal device to transmit uplink pilot signals; receiving M uplink pilot signals transmitted by the terminal device according to an acquired precoding manner of the uplink pilot signals, and measuring the M uplink pilot signals respectively, where M is an integer greater than or equal to 2, and a transmission manner of the M uplink pilot signals is semi-persistent transmission or aperiodic transmission; the method characterized by acquiring a precoding manner of the M uplink pilot signals; and determining a feedback manner of the feedback information on the M uplink pilot signals according to the precoding manner of the uplink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the M uplink pilot signals.
A composition comprising HFO-1234ze in an amount of from 5% to 99% by weight, and 1,1,1,2-tetrafluoroethane (HFC-134a), wherein said composition has a Global Warming Potential of not greater than 1000, preferably not greater than 500, more preferably, not greater than 150, more preferably not greater than 100, more preferably not great than 75.
A method for further processing semi-finished bag products (5, 64), in which the semi-finished bag products (5, 64) are provided with a flat trace of glue in a gluing station (1, 40), - wherein a sensor device records data concerning at least one subset of the semi-finished bag products (5, 64) that are glued or to be glued, - the data determined upon recording are transmitted to a control device, - and that the control device sends control commands, characterized in - that the semi-finished bag product (5, 64) is a bag with opened bottom square, - that the data also comprise data on the position at least of one groove line, and - that the control device determines control data on the basis of the data on the position of the groove line, which causes the gluing station (1, 40), to dispense a trace of glue on at least one bottom square, the edge of which has a target distance from the groove line. - wherein a sensor device records data concerning at least one subset of the semi-finished bag products (5, 64) that are glued or to be glued, - the data determined upon recording are transmitted to a control device, - and that the control device sends control commands, - that the semi-finished bag product (5, 64) is a bag with opened bottom square, - that the data also comprise data on the position at least of one groove line, and - that the control device determines control data on the basis of the data on the position of the groove line, which causes the gluing station (1, 40), to dispense a trace of glue on at least one bottom square, the edge of which has a target distance from the groove line.
Tool arrangement for unloading a tower or a tower segment from a transportation vehicle and/or for storing the tower or the tower segment, comprising a bottom tool device with an attachment means to removably attach the bottom tool device to a bottom mounting section of the tower or the tower segment, wherein the tool arrangement further comprises a top tool device with an attachment means to removably attach the top tool device to a top mounting section of the tower or the tower segment, wherein the bottom tool device and the top tool device each comprise a lifting means (35, 36) to lift the tower or the tower segment, when the tower or the tower segment is in a non-erected position and attached to the respective tool device (2, 3), wherein the attachment means (7, 23) of the bottom tool device and/or of the top tool device comprises a first attachment device (8, 24) and a second attachment device (8, 24), wherein the relative position between the first attachment device (8, 24) and the second attachment device (8, 24) is adjustable, wherein the attachment devices (8, 24) are clamping devices, wherein each clamping device (8, 24) comprises a first clamping part and a second clamping part adapted to clamp the bottom mounting section or the top mounting section of the tower or the tower segment in between. comprising a bottom tool device with an attachment means to removably attach the bottom tool device to a bottom mounting section of the tower or the tower segment, wherein the tool arrangement further comprises a top tool device with an attachment means to removably attach the top tool device to a top mounting section of the tower or the tower segment, wherein the bottom tool device and the top tool device each comprise a lifting means (35, 36) to lift the tower or the tower segment, when the tower or the tower segment is in a non-erected position and attached to the respective tool device (2, 3), wherein the attachment means (7, 23) of the bottom tool device and/or of the top tool device comprises a first attachment device (8, 24) and a second attachment device (8, 24), wherein the relative position between the first attachment device (8, 24) and the second attachment device (8, 24) is adjustable, wherein the attachment devices (8, 24) are clamping devices, wherein each clamping device (8, 24) comprises a first clamping part and a second clamping part adapted to clamp the bottom mounting section or the top mounting section of the tower or the tower segment in between.
A composite non-rotating drill pipe protector assembly for a drill pipe, the composite non-rotating drill pipe protector assembly comprising first and second composite collars (2, 3), a non-rotating composite protector shell having first and second ends (8, 9), first and second polymeric resin thrust bearings (5, 6), an internal polymeric radial bearing having an internal surface configured to provide a plurality of fluid flow channels, the internal polymeric radial bearing being positionable within the non-rotating composite shell between the first and second ends (8, 9) and about the drill pipe, and retained in a selected axial position upon the drill pipe between respective first and second polymeric resin thrust bearings (5, 6) and the first and second composite collars (2, 3), the first and second composite collars (2, 3) being fixable to the drill pipe by means of a bonding agent.
Electrical switch, in particular electrical circuit breaker, having a motor drive, wherein - the motor drive has an operating switch which allows at least two switch positions (M, R), wherein in a first switch position the operating switch permits manual operation of the motor drive and in a second switch position it permits remote control of the motor drive by way of a control signal (SR, SU) at a control signal input (60, 70) of the motor drive, characterised in that - the motor drive has a control device (100, 200) which is connected to the operating switch and the control signal input (60, 70) and which is embodied in such a way that it allows a remotely controlled actuation of the electrical switch by means of the motor drive only when the operating switch assumes its second switch position and the control signal (SR, SU) simultaneously performs a signal change at the control signal input (60, 70). - the motor drive has an operating switch which allows at least two switch positions (M, R), wherein in a first switch position the operating switch permits manual operation of the motor drive and in a second switch position it permits remote control of the motor drive by way of a control signal (SR, SU) at a control signal input (60, 70) of the motor drive, characterised in that - the motor drive has a control device (100, 200) which is connected to the operating switch and the control signal input (60, 70) and which is embodied in such a way that it allows a remotely controlled actuation of the electrical switch by means of the motor drive only when the operating switch assumes its second switch position and the control signal (SR, SU) simultaneously performs a signal change at the control signal input (60, 70).
A fully human antibody of an IgG class, or an antigen-binding portion thereof, that binds to a human CC-Chemokine Receptor 2 epitope with a binding affinity of at least 10 -6 M, wherein said antibody or antigen-binding portion thereof comprises a heavy chain variable domain comprising an amino acid sequence as set forth in SEQ ID NO. 1, and comprises a light chain variable domain comprising an amino acid sequence as set forth in SEQ ID NO. 2 or SEQ ID NO. 32; and wherein the antibody, or antigen-binding portion thereof, further binds to murine CCR2.
An electrical switching apparatus comprising: a plurality of first terminals including two input terminals structured to electrically connect to a direct current power source; a plurality of second terminals including two output terminals structured to electrically connect to a direct current load; a plurality of pairs of separable contacts; an operating mechanism configured to open and close said separable contacts; a trip actuator configured to cooperate with said operating mechanism to trip open said separable contacts; a pluralityof conductors that electrically connect each pair of separable contacts between one of said first terminals and one of said second terminals; characterised by a transductor circuit including first and second current transformers (110,120), the transductor circuit being configured to sense a direct current component of a current flowing between at least one of the input terminals and at least one of the output terminals and to output an alternating current proportional to the direct current component; a current sensor configured to sense an alternating current component of the current flowing between at least one of the input terminals and at least one of the output terminals; and an alternating current electronic trip circuit including an arc fault detection circuit configured to detect an arc fault based on the sensed alternating current component, the alternating current electronic trip circuit being configured to control said trip actuator based on the alternating current output from the transductor circuit or the detected arc fault. a plurality of first terminals including two input terminals structured to electrically connect to a direct current power source; a plurality of second terminals including two output terminals structured to electrically connect to a direct current load; a plurality of pairs of separable contacts; an operating mechanism configured to open and close said separable contacts; a trip actuator configured to cooperate with said operating mechanism to trip open said separable contacts; a pluralityof conductors that electrically connect each pair of separable contacts between one of said first terminals and one of said second terminals; characterised by a transductor circuit including first and second current transformers (110,120), the transductor circuit being configured to sense a direct current component of a current flowing between at least one of the input terminals and at least one of the output terminals and to output an alternating current proportional to the direct current component; a current sensor configured to sense an alternating current component of the current flowing between at least one of the input terminals and at least one of the output terminals; and an alternating current electronic trip circuit including an arc fault detection circuit configured to detect an arc fault based on the sensed alternating current component, the alternating current electronic trip circuit being configured to control said trip actuator based on the alternating current output from the transductor circuit or the detected arc fault.
Process for the synthesis of 3,5-bis(haloalkyl)-pyrazole derivatives of the general formula which can be prepared by reacting 3,5-bis(haloalkyl)-pyrazole-4-carboxylic acid derivatives of the general formula (IIa) with a copper compound and a base at elevated temperature wherein R 1 is selected from H, C 1-12 -alkyl, C 3-8 -cycloalkyl, C 6-18 -aryl, C 7-19 -arylalkyl or C 7-19 -alkylaryl, CH 2 CN, CH 2 CX 3, CH 2 COOH, CH 2 COO(C 1-12)-alkyl, and X is independently of each other F, Cl, Br, I; R 2 and R 3 are selected independently of each other from C 1 -C 6 -haloalkyl. R 1 is selected from H, C 1-12 -alkyl, C 3-8 -cycloalkyl, C 6-18 -aryl, C 7-19 -arylalkyl or C 7-19 -alkylaryl, CH 2 CN, CH 2 CX 3, CH 2 COOH, CH 2 COO(C 1-12)-alkyl, and X is independently of each other F, Cl, Br, I; R 2 and R 3 are selected independently of each other from C 1 -C 6 -haloalkyl.
A method for producing a soldering agent, characterised in that it comprises steps, in the case of which a) a part made of soldering material is provided, and b) fluxing agent is applied to the part made of soldering material by means of a plasma jet, wherein the fluxing agent is present in granular form prior to its entry into the plasma. a) a part made of soldering material is provided, and b) fluxing agent is applied to the part made of soldering material by means of a plasma jet,
A sample plate for laser desorption/ionization mass spectrometry comprising: a substrate; and a photoreaction catalyst layer having a metal oxide formed on a surface of the substrate, wherein a sample to be analyzed is disposed on the photoreactive catalyst layer; characterized in that the surface of the substrate includes a uni-directional stripe pattern or crossing stripe pattern. a substrate; and a photoreaction catalyst layer having a metal oxide formed on a surface of the substrate, wherein a sample to be analyzed is disposed on the photoreactive catalyst layer; characterized in that the surface of the substrate includes a uni-directional stripe pattern or crossing stripe pattern.
A valve comprising - an apparatus for determining the degree of wear of the valve, wherein the degree of wear of the valve depends on the degree of wear of an expandable material operating element present inside the valve, by which a piston of the valve is moveable; wherein - one or more sensors are arranged inside or outside the valve, which deliver values by means of which the degree of wear of the expandable material operating element can be calculated and the sensors are connected to evaluation electronics; characterised by - a cover which can be removed non-destructively and by means of which the expandable material operating material can be replaced, wherein at least (i) one position sensor and/or temperature sensor, and (ii) the corresponding evaluation electronics are housed in the cover; wherein the evaluation electronics is connected with an optical or acoustic indicator or comprises an signal output for providing information regarding the degree of wear of the expandable material operating element. - an apparatus for determining the degree of wear of the valve, wherein the degree of wear of the valve depends on the degree of wear of an expandable material operating element present inside the valve, by which a piston of the valve is moveable; wherein - one or more sensors are arranged inside or outside the valve, which deliver values by means of which the degree of wear of the expandable material operating element can be calculated and the sensors are connected to evaluation electronics; characterised by - a cover which can be removed non-destructively and by means of which the expandable material operating material can be replaced, wherein
Working device, having at least one housing, at least one drive unit and at least one control device, the drive unit having at least one motor and at least one drive wheel, the working device being designed and set up to move autonomously in a processing environment, an emergency braking system having at least one braking element being present, and the emergency braking system being controllable by the control device, characterized in that the braking element interacts positively with at least one component of the drive unit moving during operation of the working device after the emergency braking system has been triggered in order to achieve a braking effect.
A method of wireless communication by a first Integrated Access and Backhaul, IAB, node coupled between a user equipment, UE, and an IAB-donor, comprising: retrieving, by a Backhaul Adaptation Protocol, BAP, layer of the first IAB-node, a first packet from an upper layer or a Radio Link Control, RLC, layer of the first IAB-node; determining (910; 916) an egress RLC channel of an egress backhaul, BH, link with a second device for transmitting the first packet based on: a first configuration in response to retrieving the first packet from the RLC layer; or a second configuration in response to retrieving the first packet from the upper layer; and transmitting the first packet to the second device via the egress RLC channel of the egress BH, wherein the second device is a second IAB-node or the IAB-donor. retrieving, by a Backhaul Adaptation Protocol, BAP, layer of the first IAB-node, a first packet from an upper layer or a Radio Link Control, RLC, layer of the first IAB-node; determining (910; 916) an egress RLC channel of an egress backhaul, BH, link with a second device for transmitting the first packet based on: a first configuration in response to retrieving the first packet from the RLC layer; or a second configuration in response to retrieving the first packet from the upper layer; and transmitting the first packet to the second device via the egress RLC channel of the egress BH, wherein the second device is a second IAB-node or the IAB-donor. a first configuration in response to retrieving the first packet from the RLC layer; or a second configuration in response to retrieving the first packet from the upper layer; and transmitting the first packet to the second device via the egress RLC channel of the egress BH, wherein the second device is a second IAB-node or the IAB-donor.
A scale reduction system (10, 70, 1000, 1300) for use in aircraft water systems comprising: a housing (11, 72, 1002) having an inlet (15, 61, 73, 1003) and an outlet (16, 62, 93, 1004) that are fluidly interconnected by a recess, within the housing (11, 60, 60', 72, 1002); a cartridge (20, 80, 1100, 1310) disposed within the recess and comprising a first porous plate and a second porous plate that each include an inner and an outer face, a porous sidewall extending between the inner faces of the porous plates (22, 24), the porous plates (22, 24) and porous sidewall defining a first inner volume of the cartridge (20, 80, 1100, 1310) and allowing fluid to enter and exit the cartridge (20, 80, 1100, 1310); and a first chemical composition (30, 87, 1108, 1322) contained within the first inner volume of the cartridge (20, 80, 1100, 1310), wherein the first chemical composition (30, 87, 1108, 1322) is mixed with untreated inlet fluid flow to produce a chemical solution of a desired concentration to reduce scale formation. a housing (11, 72, 1002) having an inlet (15, 61, 73, 1003) and an outlet (16, 62, 93, 1004) that are fluidly interconnected by a recess, within the housing (11, 60, 60', 72, 1002); a cartridge (20, 80, 1100, 1310) disposed within the recess and comprising a first porous plate and a second porous plate that each include an inner and an outer face, a porous sidewall extending between the inner faces of the porous plates (22, 24), the porous plates (22, 24) and porous sidewall defining a first inner volume of the cartridge (20, 80, 1100, 1310) and allowing fluid to enter and exit the cartridge (20, 80, 1100, 1310); and a first chemical composition (30, 87, 1108, 1322) contained within the first inner volume of the cartridge (20, 80, 1100, 1310), wherein the first chemical composition (30, 87, 1108, 1322) is mixed with untreated inlet fluid flow to produce a chemical solution of a desired concentration to reduce scale formation.