mhurhangee/ep-ind-claims huggingface dataset:
A control device for an induction motor, comprising: a magnetizing current adjusting unit, used for calculating a magnetizing voltage instruction; a torque current adjusting unit, used for calculating a torque voltage instruction; and a motor stator voltage instruction calculating unit, calculating, according to the magnetizing voltage instruction and the torque voltage instruction, a stator voltage instruction for controlling a stator of the motor, characterized by a flux linkage instruction angle generating unit, calculating a flux linkage instruction angle according to a lower limit of a preset stator frequency, a stator frequency, and a flux linkage estimation angle; calculating, according to the flux linkage instruction angle, the stator voltage instruction for controlling the stator of the motor; wherein the flux linkage instruction angle generating unit comprises: a frequency difference calculating unit, calculating a difference value between the lower limit ( ω 1th) of the preset stator frequency and the stator frequency ( ω 1); an integral unit, integrating the difference value to obtain a flux linkage instruction angle correction amount; and a correction unit, correcting the flux linkage estimation angle ∠ ψ̂ r by using the flux linkage instruction angle correction amount to obtain the flux linkage instruction angle. a magnetizing current adjusting unit, used for calculating a magnetizing voltage instruction; a torque current adjusting unit, used for calculating a torque voltage instruction; and a motor stator voltage instruction calculating unit, calculating, according to the magnetizing voltage instruction and the torque voltage instruction, a stator voltage instruction for controlling a stator of the motor, characterized by a flux linkage instruction angle generating unit, calculating a flux linkage instruction angle according to a lower limit of a preset stator frequency, a stator frequency, and a flux linkage estimation angle; calculating, according to the flux linkage instruction angle, the stator voltage instruction for controlling the stator of the motor; wherein the flux linkage a frequency difference calculating unit, calculating a difference value between the lower limit ( ω 1th) of the preset stator frequency and the stator frequency ( ω 1); an integral unit, integrating the difference value to obtain a flux linkage instruction angle correction amount; and a correction unit, correcting the flux linkage estimation angle ∠ ψ̂ r by using the flux linkage instruction angle correction amount to obtain the flux linkage instruction angle.
Timepiece mechanism comprising at least one structure in which at least one arbor of a wheel set is pivoted about an axis of rotation, said mechanism comprising at least one braking device for the mechanical braking at constant torque of a said arbor, characterized in that said braking device comprises a braking component that is removable with respect to said structure and which comprises, for attachment thereof to said structure, a solid felloe, which carries a plurality of identical resilient elements, regularly distributed around a common axis about which said resilient elements each have a contact area, said contact areas defining together an opening arranged to engage, in a press fit with elastic gripping, with a said arbor, to make said common axis coincide with said axis of rotation of said arbor, and to apply to said arbor a substantially constant tangential braking force.
Vehicle seat with a backrest-side and/or a seat-part-side basic structure which comprises at least one movable sidepiece structure, wherein at least the sidepiece structure of the basic structure is formed from at least one framework structure, wherein said at least one sidepiece framework structure has flexurally elastic flanks (121, 122) and deflectable transverse struts which lie between the flanks (121, 122) and are arranged on the flanks (121, 122) via elastic connecting means, characterized in that a force pulse acting from one direction on the transverse struts of the at least one sidepiece framework structure via a flexurally elastic flank brings about a compensating autoreactive deformation of the at least one sidepiece framework structure at another point in the opposite direction.
Trap comprising a housing having an entrance, a back wall, and a base extending therebetween, said entrance providing a passageway for a rodent into the housing; and a trigger plate, wherein said trigger plate is pivotally coupled to the housing adjacent a juncture of the base and the back wall of the housing, the trigger plate having a latched position in which the trigger plate is adjacent to the base and the entrance and a triggered position in which the trigger plate is pivotally biased towards the back wall; wherein the pivotally coupled trigger plate, when triggered by the weight of the rodent, pivots towards the triggered position, thereby moving the rodent toward the back wall of the housing to trap and immobilize the rodent between the trigger plate and the back wall of the housing.
A cyclohexane compound represented by the following formula, wherein in the formula, R 1 and R 2 represent the same or different alkyl group, wherein in the group, -CH 2 - may be substituted with -O-.
Means for transmitting diagnostic and/or test information over a communication channel using multicarrier modulation comprising: means configured for transmitting or receiving an initiate diagnostic mode message; and means configured for transmitting a message using multicarrier modulation, whereby the message comprises a plurality of data variables that represent the diagnostic and/or test information about the communication channel, wherein bits in the message are modulated onto DMT symbols and wherein a first data variable represents power level per tone information detected using a wideband modulated signal that was known in advance and generated by modulating the carriers of the multicarrier system with a known pseudo-random sequence, thereby generating the wideband signal, a second data variable represents Signal to Noise ratio during training, a third data variable represents margin information and a fourth data variable represents data rate information. means configured for transmitting or receiving an initiate diagnostic mode message; and means configured for transmitting a message using multicarrier modulation, whereby the message comprises a plurality of data variables that represent the diagnostic and/or test information about the communication channel, wherein bits in the message are modulated onto DMT symbols and wherein a first data variable represents power level per tone information detected using a wideband modulated signal that was known in advance and generated by modulating the carriers of the multicarrier system with a known pseudo-random sequence, thereby generating the wideband signal, a second data variable represents Signal to Noise ratio during training, a third data variable represents margin information and a fourth data variable represents data rate information.
A heating appliance comprising a main body having a fire-box with an opening at its front for placing therein combustible fuel with which said heating appliance is used, a fire door for closing said opening, said fire door having a window, a baffle which is movable between a first position and a second position, and a food holding part above said fire-box, in which heat generated by said combustible fuel in use cooks food with which said heating appliance is used which is placed in or on said food holding part, characterized in that when said baffle is in said first position, it is disposed in a front part of said fire-box and below said food holding part, and it is behind said fire door so as to form a shield for said fire door from heat generated by said combustible fuel in use, and when said baffle is in said second position, it is disposed in an upper part of said fire-box, it is below said food holding part and forms a shield for a top of said fire-box from said heat generated by said combustible fuel in use beneath, and at least some said heat generated by said combustible fuel in use is directed by said baffle through said window. characterized in that when said baffle is in said first position, it is disposed in a front part of said fire-box and below said food holding part, and it is behind said fire door so as to form a shield for said fire door from heat generated by said combustible fuel in use, and when said baffle is in said second position, it is disposed in an upper part of said fire-box, it is below said food holding part and forms a shield for a top of said fire-box from said heat generated by said combustible fuel in use beneath, and at least some said heat generated by said combustible fuel in use is directed by said baffle through said window.
A method of wireless communication by a user equipment, UE, comprising: receiving, on a first frequency of a first channel from a first base station serving a first cell, discovery information associated with a second frequency of a second channel corresponding to a second cell, wherein the second cell is an inter-frequency neighbor cell of the first cell, wherein the discovery information associated with the second frequency includes one or more radio parameters for discovering one or more UEs on the second frequency, wherein the one or more radio parameters include a network signaling, NS value to categorize frequency bands per requirements related to radio frequency, RF communication, wherein the first frequency is a downlink, DL frequency and the second frequency is an uplink, UL frequency, wherein the discovery information is further associated with the first frequency of the first base station, and includes reference signal information indicating whether reference signal received power, RSRP on the first frequency is used for determining at least one of transmit power of the UE or resource pool selection; and discovering, based on the received discovery information, the one or more UEs (544, 546) on the second frequency of the second channel. receiving, on a first frequency of a first channel from a first base station serving a first cell, discovery information associated with a second frequency of a second channel corresponding to a second cell, wherein the second cell is an inter-frequency neighbor cell of the first cell, wherein the discovery information associated with the second frequency includes one or more radio parameters for discovering one or more UEs on the second frequency, wherein the one or more radio parameters include a network signaling, NS value to categorize frequency bands per requirements related to radio frequency, RF communication, wherein the first frequency is a downlink, DL frequency and the second frequency is an uplink, UL frequency, wherein the discovery information is further associated with the first frequency of the first base station, and includes reference signal information indicating whether reference signal received power, RSRP on the first frequency is used for determining at least one of transmit power of the UE or resource pool selection; and discovering, based on the received discovery information, the one or more UEs (544, 546) on the second frequency of the second channel.
A battery pack comprising: a battery cell; and a battery case accommodating the battery cell, wherein the battery case comprises an inner case accommodating the battery cell, an outer case disposed outside the inner case, and a cooling member between the inner and outer cases to indirectly cool the battery cell by using cool air generated by cooling the inner and outer cases, wherein the outer case is disposed to surround an outer circumferential surface of the inner case, and the cooling member is provided as a cooling liquid stored in a sealed space between the inner case and the outer case, wherein the battery case further comprises a cutoff member that cuts the inner case, so that the cooling member is introduced into the inner case when the battery cell increases to a preset temperature or more and the cooling member introduced into the inner case comes into contact with the battery cell to directly cool the battery cell. a battery cell; and a battery case accommodating the battery cell, wherein the battery case comprises an inner case accommodating the battery cell, an outer case disposed outside the inner case, and a cooling member between the inner and outer cases to indirectly cool the battery cell by using cool air generated by cooling the inner and outer cases, wherein the outer case is disposed to surround an outer circumferential surface of the inner case, and the cooling member is provided as a cooling liquid stored in a sealed space between the inner case and the outer case, wherein the battery case further comprises a cutoff member that cuts the inner case, so that the cooling member is introduced into the inner case when the battery cell increases to a preset temperature or more and the cooling member introduced into the inner case comes into contact with the battery cell to directly cool the battery cell.
A filter interchange apparatus for an optical observation instrument having two beam paths, in particular for a stereoscopic observation instrument, in particular for a stereo video endoscope, a stereo exoscope or a stereo surgical microscope, wherein the filter interchange apparatus has a first filter wheel, a second filter wheel and a third filter wheel, wherein the filter wheels (103, 105, 107) are arranged in succession along a common axle and are rotatable about the common axle and relative to one another, wherein each filter wheel (103, 105, 107) has at least one filter (131, 133, 135) and at least one free optical passage such that a filter (131, 133, 135) or a free optical passage of each filter wheel (103, 105, 107) is introducible into each of the two beam paths and wherein the second filter wheel is drivable and the first filter wheel is coupled to the second filter wheel via a first entrainment element and the third filter wheel is coupled to the second filter wheel via a second entrainment element.
A mobile communication transmitter comprising: a first Sequence Number, SN, setting module that receives one or more Packet Data Convergence Protocol Service Data Units, PDCP SDUs, from an upper layer and associates each of one or more PDCP SNs with a respective one of the received one or more PDCP SDUs; a header compression module that compresses a header of the received one or more PDCP SDUs; a ciphering module that ciphers each of the header-compressed one or more PDCP SDUs using respective one of the one or more PDCP SNs; and a second SN setting module that adds each of the associated one or more PDCP SNs to a respective one of the ciphered one or more PDCP SDUs and forwards the PDCP SN-added one or more PDCP SDUs to a lower layer, wherein the mobile communication transmitter is configured to re-forward at least one PDCP SDU of which delivery has not been confirmed from among the one or more PDCP SDUs by using a respective PDCP SN of the at least one PDCP SDU at handover. a first Sequence Number, SN, setting module that receives one or more Packet Data Convergence Protocol Service Data Units, PDCP SDUs, from an upper layer and associates each of one or more PDCP SNs with a respective one of the received one or more PDCP SDUs; a header compression module that compresses a header of the received one or more PDCP SDUs; a ciphering module that ciphers each of the header-compressed one or more PDCP SDUs using respective one of the one or more PDCP SNs; and a second SN setting module that adds each of the associated one or more PDCP SNs to a respective one of the ciphered one or more PDCP SDUs and forwards the PDCP SN-added one or more PDCP SDUs to a lower layer, wherein the mobile communication transmitter is configured to re-forward at least one PDCP SDU of which delivery has not been confirmed from among the one or more PDCP SDUs by using a respective PDCP SN of the at least one PDCP SDU at handover.
A sunscreen composition comprising: (a) a combination of at least one anionic surfactant and one non-ionic co-surfactant selected from sodium N-stearoyl-N-methyl taurate and inulin lauryl carbamate respectively; (b) UV filters; and (c) pigments, wherein the amount of the combination of at least one anionic surfactant and one non-ionic co-surfactant is ranging from about 0.5% to 10% by weight, including all ranges and sub-ranges there between, relative to the total weight of the composition. (a) a combination of at least one anionic surfactant and one non-ionic co-surfactant selected from sodium N-stearoyl-N-methyl taurate and inulin lauryl carbamate respectively; (b) UV filters; and (c) pigments,
A method, comprising: operating a cell that is included in at least one of a plurality of groups with a plurality of other cells within a cluster; identifying a time; and restricting, based on the time, a direction of data signaling from the cell to a region, while at least one of the plurality of other cells of the at least one group is permitted to direct a data signaling thereof outside the region, wherein the direction of data signaling is restricted from the cell to the region at a first time, and the direction of data signaling is again restricted from the cell to the region at a second time, wherein information is stored in connection with the direction of data signaling from the cell to the region at the first time, for use during the direction of data signaling from the cell to the region at the second time, and wherein the information relates to a channel quality indication; the method further characterized in that the restriction of the direction of data signaling from the cell to the region comprises dynamic beam steering, wherein dynamic beam steering comprises the cell dynamically adjusting beam patterns for its data signaling based on inter-cell coordination comprising each cell in the cluster periodically cycling through a pattern of beams over a cycling period and wherein a channel quality indication is periodically measured by a user equipment at a time equal to the cycling period. operating a cell that is included in at least one of a plurality of groups with a plurality of other cells within a cluster; identifying a time; and restricting, based on the time, a direction of data signaling from the cell to a region, while at least one of the plurality of other cells of the at least one group is permitted to direct a data signaling thereof outside the region, wherein the direction of data signaling is restricted from the cell to the region at a first time, and the direction of data signaling is again restricted from the cell to the region at a second time, wherein information is stored in connection with the direction of data signaling from the cell to the region at the first time, for use during the direction of data signaling from the cell to the region at the second time, and wherein the information relates to a channel quality indication; the method further characterized in that the restriction of the direction of data signaling from the cell to the region comprises dynamic beam steering, wherein dynamic beam steering comprises the cell dynamically adjusting beam patterns for its data signaling based on inter-cell coordination comprising each cell in the cluster periodically cycling through a pattern of beams over a cycling period and wherein a channel quality indication is periodically measured by a user equipment at a time equal to the cycling period.
A device for detecting the breaking of the wall(s) separating the compartments (21, 22) of a bag, preferably a dialysate bag, said compartments (21, 22) of the bag containing different contents intended to mix after breaking of the separating wall(s), said device comprising: - a first support, called lower stage, on which said bag rests, - a second support, called upper stage, superimposed on said lower stage, characterized in that said lower and upper stages and the bag housed in the lower stage are arranged such that said upper stage comprises at least one part, called detection part, which, in a broken state of the separating wall(s) of the bag housed in the lower stage, is able to come into a position close to the lower stage, and which, in the unbroken state of the or at least one of the separating walls of the bag housed in the lower stage, is able to remain in a position separated from said lower stage, and in that the device comprises means for detecting the relative position of the upper stage with respect to said lower stage. - a first support, called lower stage, on which said bag rests, - a second support, called upper stage, superimposed on said lower stage,
Gearbox assembly for a twin-screw extruder comprising - a speed change gearbox for adjusting a screw shaft rotational speed (ns) of two screw shafts (42, 43) of a twin-screw extruder, - a speed reduction gearbox, - a distribution gearbox with two distribution gearbox output shafts (38, 39) allowing the screw shafts (42, 43) of the twin-screw extruder to be coupled thereto, wherein the speed change gearbox is arranged at a driving end, wherein the speed reduction gearbox couples the speed change gearbox to the distribution gearbox, characterized in that a speed change gearbox housing of the speed change gearbox and a speed reduction gearbox housing of the speed reduction gearbox are configured such as to be separate from each other, wherein the speed reduction gearbox has precisely one speed reduction gearbox input shaft and a speed change gearbox output shaft of the speed change gearbox is detachably connected with the speed reduction gearbox input shaft, with the result that the speed change gearbox and the speed reduction gearbox are configured such as to be separable from each other. - a speed change gearbox for adjusting a screw shaft rotational speed (ns) of two screw shafts (42, 43) of a twin-screw extruder, - a speed reduction gearbox, - a distribution gearbox with two distribution gearbox output shafts (38, 39) allowing the screw shafts (42, 43) of the twin-screw extruder to be coupled thereto,
A telecommunication system for telecommunication between a number of base stations and a mobile terminal, comprising: an error correction coding means for applying an error correction coding to data to be transmitted; an interleave means for applying an interleaving to the error correction-coded data; a division means for dividing the interleaved data in accordance with a number of different wireless transmission paths, each wireless transmission path extending between a respective said base station and said mobile terminal; a transmission means for transmitting the divided pieces of data through respective said different wireless transmission paths; and a variable division means (20; 21) for varying a division ratio of data being divided based on an error rate of the respective said different wireless transmission paths. an error correction coding means for applying an error correction coding to data to be transmitted; an interleave means for applying an interleaving to the error correction-coded data; a division means for dividing the interleaved data in accordance with a number of different wireless transmission paths, each wireless transmission path extending between a respective said base station and said mobile terminal; a transmission means for transmitting the divided pieces of data through respective said different wireless transmission paths; and a variable division means (20; 21) for varying a division ratio of data being divided based on an error rate of the respective said different wireless transmission paths.