mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic connector assembly comprising: an optical fiber having a fiber end; a connector housing, wherein an electrical connector is coupled to the connector housing, and wherein the optical fiber enters the connector housing opposite from the electrical connector in a first direction and is secured within the connector housing in a second direction such that the optical fiber forms a reverse optical fiber loop within the connector housing; a substrate comprising a first surface and a second surface, wherein the optical fiber enters the connector housing over the first surface of the substrate, and is secured within the connector housing at the second surface of the substrate. an optical fiber having a fiber end; a connector housing, wherein an electrical connector is coupled to the connector housing, and wherein the optical fiber enters the connector housing opposite from the electrical connector in a first direction and is secured within the connector housing in a second direction such that the optical fiber forms a reverse optical fiber loop within the connector housing; a substrate comprising a first surface and a second surface, wherein the optical fiber enters the connector housing over the first surface of the substrate, and is secured within the connector housing at the second surface of the substrate.
A method for preparing a polyoxymethylene dimethyl ether carbonyl compound, characterized in that a raw material: polyoxymethylene dimethyl ether CH 3 O(CH 2 O) n CH 3 together with carbon monoxide and hydrogen gas is passed through a reactor carrying an acidic molecular sieve catalyst, and a reaction is performed to prepare a product: a polyoxymethylene dimethyl ether carbonyl compound under conditions where the reaction temperature is 60-140 °C, the reaction pressure is 2-10 MPa, the weight hourly space velocity of polyoxymethylene dimethyl ether is 0.2-10.0 h -1, and no other solvent is added, wherein under the condition of the reaction, at least one of the raw material and the product is liquid phase, the acidic molecular sieve catalyst is solid phase, and carbon monoxide and hydrogen gas are gas phase, such that the process of the reaction is a gas-liquid-solid three-phase reaction, and the molar ratio of carbon monoxide to the raw material is 2:1-20:1 and the molar ratio of hydrogen gas to the raw material is 1:1-5:1, wherein n≥2 and is an integer.
A communication device for transmitting a data unit by a communication device in a wireless communication system, the communication device comprising: a transceiver (1113, 1213), and a processor (1111, 1211) configured to control the transceiver (1113, 1213), the processor (1111, 1211) configured to: submit L radio link control, RLC, protocol data units, PDUs, to a medium access control, MAC, layer for a transmission opportunity, where L is larger than 1, wherein each of the L RLC PDUs contains either a not previously transmitted RLC service data unit, SDU, or an RLC SDU segment containing a not previously transmitted byte segment, and wherein the L RLC PDUs submitted to the MAC layer for the transmission opportunity include more than one RLC PDU having a poll to trigger status reporting at a receiving device; set a state variable POLL_SN based on the L RLC PDUs for the transmission opportunity, wherein the state variable POLL_SN based on the L RLC PDUs for the transmission opportunity is set to a highest sequence number, SN, among SNs of the more than one RLC PDU having the poll; and control the transceiver (1113, 1213) to transmit a MAC PDU including the L RLC PDUs. a transceiver (1113, 1213), and a processor (1111, 1211) configured to control the transceiver (1113, 1213), the processor (1111, 1211) configured to: submit L radio link control, RLC, protocol data units, PDUs, to a medium access control, MAC, layer for a transmission opportunity, where L is larger than 1, wherein each of the L RLC PDUs contains either a not previously transmitted RLC service data unit, SDU, or an RLC SDU segment containing a not previously transmitted byte segment, and wherein the L RLC PDUs submitted to the MAC layer for the transmission opportunity include more than one RLC PDU having a poll to trigger status reporting at a receiving device; set a state variable POLL_SN based on the L RLC PDUs for the transmission opportunity, wherein the state variable POLL_SN based on the L RLC PDUs for the transmission opportunity is set to a highest sequence number, SN, among SNs of the more than one RLC PDU having the poll; and control the transceiver (1113, 1213) to transmit a MAC PDU including the L RLC PDUs. submit L radio link control, RLC, protocol data units, PDUs, to a medium access control, MAC, layer for a transmission opportunity, where L is larger than 1, wherein each of the L RLC PDUs contains either a not previously transmitted RLC service data unit, SDU, or an RLC SDU segment containing a not previously transmitted byte segment, and wherein the L RLC PDUs submitted to the MAC layer for the transmission opportunity include more than one RLC PDU having a poll to trigger status reporting at a receiving device; set a state variable POLL_SN based on the L RLC PDUs for the transmission opportunity, wherein the state variable POLL_SN based on the L RLC PDUs for the transmission opportunity is set to a highest sequence number, SN, among SNs of the more than one RLC PDU having the poll; and control the transceiver (1113, 1213) to transmit a MAC PDU including the L RLC PDUs.
Dosing pump for dispensing a fluid, comprising a hose bearing for receiving a deformable hose and a pressure roller, wherein the pressure roller is movable along a hose received in the hose bearing in a conveying direction over a defined distance of movement from a starting point to an end point and against the conveying direction from the end point to at least the starting point, wherein the pressure roller is arranged during a movement in the conveying direction from the starting point in such a way that the pressure roller presses on the hose with a pressure force and a fluid contained in the hose is conveyed, characterised in that the dosing pump has a release mechanism which releases the pressure force of the pressure roller on the hose for a movement against the conveying direction.
A computerized method of characterizing a geological region of interest divided into a plurality of bins (i,j) for a time-lapse survey, the method comprising: - providing a data set comprising data obtained by seismic imaging of the region of interest during an observation period, said data set comprising, for each bin of the region of interest, data related to emission signal, reception signal, and signal geometry, wherein signal geometry comprises data related to location of emission of the emission signal, location of reception of the reception signal, and estimated location of reflection by earth of the emission signal, characterized in that the method further comprises: - for each bin (i,j) of the region of interest, comparing reception signals (G 0,..., G 6) for neighbour bins to estimate a distance (L coh) representing a difference in geometry for which a difference in reception signals between bins is over a predetermined threshold. - providing a data set comprising data obtained by seismic imaging of the region of interest during an observation period, said data set comprising, for each bin of the region of interest, data related to emission signal, reception signal, and signal geometry, wherein signal geometry comprises data related to location of emission of the emission signal, location of reception of the reception signal, and estimated location of reflection by earth of the emission signal, characterized in that the method further comprises: - for each bin (i,j) of the region of interest, comparing reception signals (G 0,..., G 6) for neighbour bins to estimate a distance (L coh) representing a difference in geometry for which a difference in reception signals between bins is over a predetermined threshold. - for each bin (i,j) of the region of interest, comparing reception signals (G 0,..., G 6) for neighbour bins to estimate a distance (L coh) representing a difference in geometry for which a difference in reception signals between bins is over a predetermined threshold.
Network analyser with a signal generator for generating an excitation signal which can be fed via a measuring line (8, 10) to a measurement object which can be connected to the network analyser, and a measuring bridge (20, 22) connected by signals with the measuring line (8, 10), via which a reference signal (24, 26) corresponding to the excitation signal can be decoupled onto a reference channel (28, 30) and a measurement signal (32, 34) corresponding to a signal (36, 38) returning from the measurement object can be decoupled onto a measuring channel (40, 42), wherein the measuring bridge (20, 22) has at least one resistive bridge and at least one directional coupler such that the measuring bridge (20, 22) is operated in a lower frequency range as a resistive bridge and in an upper frequency range as a directional coupler, wherein the resistive bridge is arranged in relation to the directional coupler in such a way that a first changeover switch on the measurement object side is provided on the measuring line (8, 10) in order when in operation as a resistive measuring bridge to connect the resistive bridge with the measuring line (8, 10), and when in operation as a directional coupler is switched in such a way that the excitation signal travelling on the measuring line (8, 10) passes through a connecting branch of the directional coupler and the returning signal (36, 38) is decoupled via a measuring branch of the resistive bridge or a measuring branch of the directional coupler as a measurement signal (32, 34), that the measuring branch of the directional coupler embodied in the form of a coupling path is connected in front of the first changeover switch on the measurement object side with respect to a direction of travel of the signal (36, 38) returning in the measuring line (8, 10), characterised in that further changeover switches (70, 74) are provided on the measuring bridge (20, 22) in order to switch over together with the first changeover switch on the measurement object side from operation of the measuring bridge (20, 22) as a resistive bridge to operation of the measuring bridge (20, 22) as a directional coupler.
A light emitting device comprising: a light emitting structure comprising a first conductive-type semiconductor layer, an active layer, and a second conductive-type semiconductor layer; a light-transmissive conductive layer disposed on the second conductive-type semiconductor layer and having a plurality of open regions through which the second conductive-type semiconductor layer is exposed; a first electrode that contacts the first conductive-type semiconductor layer; and a second electrode disposed on the light-transmissive conductive layer so as to extend beyond at least one of the open regions, wherein the second electrode contacts the second conductive-type semiconductor layer in the open regions and contacts the light-transmissive conductive layer in regions excluding the open regions, wherein the second electrode includes a second electrode pad and at least two second branch electrodes branching from the second electrode pad, characterised in that at least one bridge portion in which the light-transmissive conductive layer is connected between each of the two second branch electrodes and the second conductive-type semiconductor layer is disposed in regions excluding the open regions, and the second branch electrode has a larger height in a connection region with the light-transmissive conductive layer than that of the second branch electrode in a region contacting the second conductive-type semiconductor layer. a light emitting structure comprising a first conductive-type semiconductor layer, an active layer, and a second conductive-type semiconductor layer; a light-transmissive conductive layer disposed on the second conductive-type semiconductor layer and having a plurality of open regions through which the second conductive-type semiconductor layer is exposed; a first electrode that contacts the first conductive-type semiconductor layer; and a second electrode disposed on the light-transmissive conductive layer so as to extend beyond at least one of the open regions, wherein the second electrode contacts the second conductive-type semiconductor layer in the open regions and contacts the light-transmissive conductive layer in regions excluding the open regions, wherein the second electrode includes a second electrode pad and at least two second branch electrodes branching from the second electrode pad, characterised in that at least one bridge portion in which the light-transmissive conductive layer is connected between each of the two second branch electrodes and the second conductive-type semiconductor layer is disposed in regions excluding the open regions, and the second branch electrode has a larger height in a connection region with the light-transmissive conductive layer than that of the second branch electrode in a region contacting the second conductive-type semiconductor layer.
Sound-producing reed made of fiber-reinforced composite materials for wind instruments, wherein the fiber-reinforced composite material is a fiber-reinforced polymer compound, characterized in that the polymer compound comprises a thermoplastic elastomer having hollow microspheres admixed therein.
A composition for a heat cycle system comprising a working fluid containing trifluoroethylene and difluoromethane, and a lubricating oil, wherein the interaction distance (Ra 1123) between trifluoroethylene and the lubricating oil as determined from the Hansen solubility parameters is shorter than the interaction distance (Ra 32) between difluoromethane and the lubricating oil.
A method for detecting an available active power of a wind turbine, comprising: acquiring a current rotation speed of a rotor of a wind power generator of a wind turbine and a current outputted active power of the wind turbine; determining a current tip speed ratio of the wind turbine, based on the current rotation speed and the current outputted active power; determining (S120, S220) an effective wind speed of the wind turbine, based on the current tip speed ratio and the current rotation speed; determining a maximum active power capable to be captured by the wind turbine at the current rotation speed, based on the effective wind speed and a maximum utilization-rate coefficient for wind energy of the wind turbine, wherein the maximum utilization-rate coefficient for wind energy is a largest one among a plurality of utilization-rate coefficients for wind energy corresponding to a plurality of pitch angles under the current tip speed ratio; determining a maximum active power capable to be outputted by the wind turbine, based on the maximum active power capable to be captured and a corresponding power loss, and determining a release power, at which the wind turbine is capable to release rotation kinetic energy of the wind turbine for a predetermined time at the current rotation speed, wherein the release power is boosted power during primary frequency regulation of the wind turbine; calculating a sum of the maximum active power capable to be outputted and the release power; and obtaining the available active power of the wind turbine by subtracting the current outputted active power from the sum. acquiring a current rotation speed of a rotor of a wind power generator of a wind turbine and a current outputted active power of the wind turbine; determining a current tip speed ratio of the wind turbine, based on the current rotation speed and the current outputted active power; determining (S120, S220) an effective wind speed of the wind turbine, based on the current tip speed ratio and the current rotation speed; determining a maximum active power capable to be captured by the wind turbine at the current rotation speed, based on the effective wind speed and a maximum utilization-rate coefficient for wind energy of the wind turbine, wherein the maximum utilization-rate coefficient for wind energy is a largest one among a plurality of utilization-rate coefficients for wind energy corresponding to a plurality of pitch angles under the current tip speed ratio; determining a maximum active power capable to be outputted by the wind turbine, based on the maximum active power capable to be captured and a corresponding power loss, and determining a release power, at which the wind turbine is capable to release rotation kinetic energy of the wind turbine for a predetermined time at the current rotation speed, wherein the release power is boosted power during primary frequency regulation of the wind turbine; calculating a sum of the maximum active power capable to be outputted and the release power; and obtaining the available active power of the wind turbine by subtracting the current outputted active power from the sum.
A press brake, comprising: a press brake main body provided with an upper table configured to hold an upper tool and a lower table configured to hold a lower tool, the press brake main body being configured to carry out a bending process to a plate-shaped workpiece when the upper table moves up and down relative to the lower table; an image capturing device configured to capture an image of a work region in which the upper table and the lower table carry out the bending process in the press brake main body, and output a captured image; and a distance measuring device configured to detect a distance to an object present in the captured image and generate distance data in which the object and the distance are associated with each other characterized by an image processing device configured to generate, based on the distance data, a gaze image obtained by cutting out, from the captured image, a gaze object that is an object to be gazed at within the work region, and output the gaze image to a target device usable by a user. a press brake main body provided with an upper table configured to hold an upper tool and a lower table configured to hold a lower tool, the press brake main body being configured to carry out a bending process to a plate-shaped workpiece when the upper table moves up and down relative to the lower table; an image capturing device configured to capture an image of a work region in which the upper table and the lower table carry out the bending process in the press brake main body, and output a captured image; and a distance measuring device configured to detect a distance to an object present in the captured image and generate distance data in which the object and the distance are associated with each other characterized by an image processing device configured to generate, based on the distance data, a gaze image obtained by cutting out, from the captured image, a gaze object that is an object to be gazed at within the work region, and output the gaze image to a target device usable by a user.
A method for producing absorbent sanitary articles, comprising: - providing a continuous absorbent composite web having a longitudinal axis and an inner surface of liquid-permeable material, - advancing said continuous absorbent composite web in a machine direction parallel to said longitudinal axis, - cutting said continuous absorbent composite web along a direction transverse to said longitudinal axis, so as to give rise to a continuous succession of absorbent bodies, having an elongated shape along said longitudinal axis, each absorbent body having two longitudinal sides, a front transverse side and a rear transverse side, - forming a plurality of front waistbands and a plurality of rear waistbands each having an elongated shape in a transverse direction, wherein the rear waistbands have a greater dimension in said transverse direction than the dimension in the transverse direction of the front waistbands, - attaching a central portion of each front waistband and a central portion of each rear waistband to the inner surface of a respective absorbent body, so that after attaching to the absorbent body, each front waistband protrudes beyond said front transverse side and each rear waistband protrudes beyond said rear transverse side. - providing a continuous absorbent composite web having a longitudinal axis and an inner surface of liquid-permeable material, - advancing said continuous absorbent composite web in a machine direction parallel to said longitudinal axis, - cutting said continuous absorbent composite web along a direction transverse to said longitudinal axis, so as to give rise to a continuous succession of absorbent bodies, having an elongated shape along said longitudinal axis, each absorbent body having two longitudinal sides, a front transverse side and a rear transverse side, - forming a plurality of front waistbands and a plurality of rear waistbands each having an elongated shape in a transverse direction, wherein the rear waistbands have a greater dimension in said transverse direction than the dimension in the transverse direction of the front waistbands, - attaching a central portion of each front waistband and a central portion of each rear waistband to the inner surface of a respective absorbent body, so that after attaching to the absorbent body, each front waistband protrudes beyond said front transverse side and each rear waistband protrudes beyond said rear transverse side.