mhurhangee/ep-ind-claims huggingface dataset:
A battery module comprising: at least one cell; and a frame assembly comprising: a lower plate having four corners and configured to support a lower end surface of the cell, four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate, each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell, and each side plate comprising a coupling portion, and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell, characterized in that the coupling portion of each side plate is formed by perpendicularly bending lengthwise the end portion of each side plate in directions toward the inside of the frame assembly and is welded to a corner of an upper surface of the upper plate, and each of the plates (111, 113, and 114) of the frame assembly is formed of a metal sheet. at least one cell; and a frame assembly comprising: a lower plate having four corners and configured to support a lower end surface of the cell, four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate, each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell, and each side plate comprising a coupling portion, and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell, a lower plate having four corners and configured to support a lower end surface of the cell, four strap-shaped side plates are bent from end portions of long sides of the lower plate in one piece with the lower plate, each side plate corresponding to and perpendicularly extending from a corner of the lower plate and being placed adjacent to an outermost side of the cell, and each side plate comprising a coupling portion, and an upper plate having four corners and is coupled to the coupling portion of each side plate and configured to cover an upper portion of the cell, characterized in that the coupling portion of each side plate is formed by perpendicularly bending lengthwise the end portion of each side plate in directions toward the inside of the frame assembly and is welded to a corner of an upper surface of the upper plate, and each of the plates (111, 113, and 114) of the frame assembly is formed of a metal sheet.
An LED device comprising an LED package in direct contact with a heat sink or directly bonded to a heat sink, the LED package comprising: an LED structure having a first surface for emitting light and an opposite second surface, the LED structure comprising a light producing layer and a reflective layer, wherein the reflective layer is provided between the light producing layer and the second surface, whereby light is reflected by the reflective layer to the first surface, first surface further comprising first and second electrical contacts (7020, 7025); and a frame overlapping the periphery of the first surface the LED structure and having an aperture for emitting light from the first surface and having a recess for receiving the LED structure, the frame comprising first and second vias (7035, 7040) for connection to an external electrical circuit, the first and second vias (7035, 7040) are soldered to the first and second electrical contacts (7020, 7025) the LED structure respectively, wherein the frame does not overlap the second surface of the LED structure; wherein the LED structure has one or more chamfered sides and is bonded into the recess in the frame with a bonding material applied around the LED structure, and wherein the second surface is in direct contact with a heat sink or is directly bonded to a heat sink with a thermal interface material. an LED structure having a first surface for emitting light and an opposite second surface, the LED structure comprising a light producing layer and a reflective layer, wherein the reflective layer is provided between the light producing layer and the second surface, whereby light is reflected by the reflective layer to the first surface, first surface further comprising first and second electrical contacts (7020, 7025); and a frame overlapping the periphery of the first surface the LED structure and having an aperture for emitting light from the first surface and having a recess for receiving the LED structure, the frame comprising first and second vias (7035, 7040) for connection to an external electrical circuit, the first and second vias (7035, 7040) are soldered to the first and second electrical contacts (7020, 7025) the LED structure respectively, wherein the frame does not overlap the second surface of the LED structure; wherein the LED structure has one or more chamfered sides and is bonded into the recess in the frame with a bonding material applied around the LED structure, and wherein the second surface is in direct contact with a heat sink or is directly bonded to a heat sink with a thermal interface material.
Lining carrier for a sanding-shoe lining, in particular for use in a sanding shoe for pressing sanding faces on to workpieces in segment-belt and wide-belt sanding machines, wherein the lining carrier has at least one recess (5a, 5b, 7a, 7b, 7c, 7d, 7e) on the face of the lining carrier that is to face toward the carrier device, in particular a groove (5a, 5b, 7a, 7b, 7c, 7d, 7e), in addition preferably on the face of the lining carrier that is to face toward the lining, for the purpose of heat exchange with the environment.
A method of bonding materials, comprising: defining a bond interface between two materials in a cure zone on a surface of an object; and heating the bond interface with sound waves, wherein heating the bond interface includes applying ultrasonic sound waves and emitting the ultrasonic sound waves from one or more piezoelectric heaters, characterized in that heating the bond interface includes moving the one or more piezoelectric heaters in three spatial dimensions via a translation assembly, the translation assembly having a pair of flexible tracks and a rail configured to move along the flexible tracks, the at least one piezoelectric heater being attached to the rail. defining a bond interface between two materials in a cure zone on a surface of an object; and heating the bond interface with sound waves, wherein heating the bond interface includes applying ultrasonic sound waves and emitting the ultrasonic sound waves from one or more piezoelectric heaters, characterized in that heating the bond interface includes moving the one or more piezoelectric heaters in three spatial dimensions via a translation assembly, the translation assembly having a pair of flexible tracks and a rail configured to move along the flexible tracks, the at least one piezoelectric heater being attached to the rail.
A method of quality testing an airflow path defined in a product, the product comprising a plurality of component parts, each defining a portion of the airflow path, joined together to form the product, the method comprising steps of; pressurising the airflow path to a predetermined pressure; monitoring pressure or airflow within the pressurised airflow path with a pressure sensor or flow meter for a predetermined period of time; determining a leakage rate over the predetermined period of time; and determining whether the leakage rate is greater than a permissible threshold leakage rate, wherein the product is an aerosol-generating device or a heater assembly for an aerosol-generating device, and wherein the method is performed at an elevated temperature compared to ambient temperature. pressurising the airflow path to a predetermined pressure; monitoring pressure or airflow within the pressurised airflow path with a pressure sensor or flow meter for a predetermined period of time; determining a leakage rate over the predetermined period of time; and determining whether the leakage rate is greater than a permissible threshold leakage rate, wherein the product is an aerosol-generating device or a heater assembly for an aerosol-generating device, and wherein the method is performed at an elevated temperature compared to ambient temperature.
A compression garment, in particular stockings or a bandage, for applying compression to a body part, wherein the compression garment comprises - a compression part, - at least one closing part, and - at least one gauge (71, 72) applied to the at least one closing part for indicating when a proper amount of compression force in the compression part has been reached, by indicating the amount of stretch of said at least one closing part, - at least one cover, wherein the cover at least partly covers the at least one closing part, such that the at least one gauge (71, 72) is covered by the cover if sufficient stretch has not been reached and is uncovered if sufficient stretch has been reached, or wherein the cover comprises a window such that the at least one gauge (71, 72) is covered by the cover if sufficient stretch has not been reached and is visible in the window if sufficient stretch has been reached, or is visible in the window if sufficient stretch has not been reached and is covered if sufficient stretch has been reached. - a compression part, - at least one closing part, and - at least one gauge (71, 72) applied to the at least one closing part for indicating when a proper amount of compression force in the compression part has been reached, by indicating the amount of stretch of said at least one closing part, - at least one cover, wherein the cover at least partly covers the at least one closing part, such that the at least one gauge (71, 72) is covered by the cover if sufficient stretch has not been reached and is uncovered if sufficient stretch has been reached, or wherein the cover comprises a window such that the at least one gauge (71, 72) is covered by the cover if sufficient stretch has not been reached and is visible in the window if sufficient stretch has been reached, or is visible in the window if sufficient stretch has not been reached and is covered if sufficient stretch has been reached.
A pharmaceutical composition, prepared from the following bulk drugs by weight ratio: 8.75-60 parts of silybin, 15-65 parts of phospholipid, 25-200 parts of Pu'er tea extract, and 6.25-40 parts of vitamin E or vitamin E acetate or vitamin E succinate. 8.75-60 parts of silybin, 15-65 parts of phospholipid, 25-200 parts of Pu'er tea extract, and 6.25-40 parts of vitamin E or vitamin E acetate or vitamin E succinate.
A method of wireless communication operable at a network node, comprising: communicating, by the network node, with a first device and a second device, by utilizing half duplex communication with each of the first device and the second device; receiving, by the network node, an interference report from the first device corresponding to a strength of an interference discovery signal, which has been sent from the second device to the first device; determining, by the network node, an inter-device path loss between the first device and the second device based at least in part on the received interference report and a transmit power of the interference discovery signal, wherein the transmit power of the interference discovery signal is dictated by the network node or is reported to the network node by the second device; and co-scheduling, by the network node, the first device and the second device to utilize a first time-frequency resource if the inter-device path loss between the first device and the second device is greater than a threshold. communicating, by the network node, with a first device and a second device, by utilizing half duplex communication with each of the first device and the second device; receiving, by the network node, an interference report from the first device corresponding to a strength of an interference discovery signal, which has been sent from the second device to the first device; determining, by the network node, an inter-device path loss between the first device and the second device based at least in part on the received interference report and a transmit power of the interference discovery signal, wherein the transmit power of the interference discovery signal is dictated by the network node or is reported to the network node by the second device; and co-scheduling, by the network node, the first device and the second device to utilize a first time-frequency resource if the inter-device path loss between the first device and the second device is greater than a threshold.
A microelectrode array having a modification layer disposed on a surface of a microelectrode thereof, wherein the modification layer comprises a platinum nanopillar modification layer disposed by means of electrodeposition, characterised in that an iridium oxide layer disposed by means of electrodeposition is provided 2. on a surface of the platinum nanopillar modification layer; and wherein the platinum nanopillar modification layer and the iridium oxide layer form an iridium oxide/platinum nanopillar composite coating, and wherein the iridium oxide layer has a thickness of 10 nm to 500 nm.
A cassette comprising at least one locking portion for engaging with a cooperating locking element of a tape printer when said cassette is correctly inserted in said printer, characterised in that said locking portion comprising a conductive area.
Floor device of a vehicle for passenger transport, said floor device being composed of a plurality of floor elements, wherein a floor element is designed as a robust floor structural element which is of substantially hollow-cuboidal shape and is structured in order to have a plurality of individual cells for the positionally fixed receiving of one energy storage module of flat cuboidal design each, wherein the plurality of energy storage modules are each introducible reversibly into the interior of the floor structural element via a lateral opening, wherein the floor structural element contains two or more longitudinal members which are arranged parallel to one another and are oriented in the longitudinal direction of the vehicle and are connected to one another via a plurality of crossmembers, which are arranged parallel to one another and are oriented perpendicularly to the longitudinal members, wherein the crossmembers are spaced apart in order, between every two adjacent crossmembers, to form a cell for receiving an energy storage module, characterized in that the longitudinal members and crossmembers form a robust frame construction, and in that slot-like access openings for the insertion or removal of respective energy storage modules are formed in the longitudinal members.
A computer implemented method (500, 550, 570) of generating an aggregated stability map (134, 228a, 228b, 228c) of one or more rotational sources associated with a heart rhythm disorder, the method (500, 550, 570) comprising: accessing a plurality of rotational area profile maps (222, 224,...226, 326, 910), each of the rotational area profile maps associated with a respective one of a plurality of analysis intervals (204, 206, 208, 210), each of the rotational area profile maps including rotation intensity values for a plurality of locations associated with rotation of the one or more rotational sources; and generating an aggregated stability map (134, 228a, 228b, 228c) based on the plurality of rotational area profile maps (222, 224,...226, 326, 910), the aggregated stability map including a plurality of locations (x-y), each location (x-y) of the plurality of locations in the aggregated stability map including a rotation intensity value that is based at least on a selected filter level (L=1...N, 501, 505) of highest rotation intensity values among a total number of rotation intensity values from corresponding locations of the plurality of rotational area profile maps (222, 224,...226, 326, 910), the selected filter level (L, 501, 505) being selectable from a plurality of filter levels. accessing a plurality of rotational area profile maps (222, 224,...226, 326, 910), each of the rotational area profile maps associated with a respective one of a plurality of analysis intervals (204, 206, 208, 210), each of the rotational area profile maps including rotation intensity values for a plurality of locations associated with rotation of the one or more rotational sources; and generating an aggregated stability map (134, 228a, 228b, 228c) based on the plurality of rotational area profile maps (222, 224,...226, 326, 910), the aggregated stability map including a plurality of locations (x-y), each location (x-y) of the plurality of locations in the aggregated stability map including a rotation intensity value that is based at least on a selected filter level (L=1...N, 501, 505) of highest rotation intensity values among a total number of rotation intensity values from corresponding locations of the plurality of rotational area profile maps (222, 224,...226, 326, 910), the selected filter level (L, 501, 505) being selectable from a plurality of filter levels.
A lighting apparatus comprising: a light emitting unit; a light source module including an optical member configured to guide light emitted by the light emitting unit to implement surface light emission; and an optical module disposed above the light source module, the optical module including a half-mirror member configured to transmit and reflect light which passes through the light source module, the number of light source modules, which are identical to the light source module, being two or more, characterized in that the optical member includes a resin layer in which the light emitting unit is embedded and which is in direct contact with a light emitting surface of the light emitting unit, and a diffusion member is disposed to form an inclination angle with respect to an extension line formed by a bottom surface of the half-mirror member.
A dispersion estimation method in optical coherent communication, comprising: performing a fast Fourier transform on IQ-imbalance compensated data to obtain frequency domain data in two polarization directions; respectively calculating autocorrelation sequences of the frequency domain data in the two polarization directions to obtain values of the two autocorrelation sequences corresponding to the frequency domain data in the two polarization directions; respectively performing the fast inverse Fourier transform on the values of the two autocorrelation sequences to obtain two inverse Fourier transform results; respectively calculating modulus squares of the two fast inverse Fourier transform results to obtain two modulus square results; adding the two modulus square results to obtain a sum of the modulus square results P [n]; for a plurality of IQ-imbalance compensated data, calculating a plurality of sums of the modulus square results, averaging all sums of the modulus square results to obtain a dispersion objective function P̃ [n]; calculating an index n 0 of a maximum value of the dispersion objective function P̃ [n], and estimating an optical fiber link dispersion value based on the index n 0. performing a fast Fourier transform on IQ-imbalance compensated data to obtain frequency domain data in two polarization directions; respectively calculating autocorrelation sequences of the frequency domain data in the two polarization directions to obtain values of the two autocorrelation sequences corresponding to the frequency domain data in the two polarization directions; respectively performing the fast inverse Fourier transform on the values of the two autocorrelation sequences to obtain two inverse Fourier transform results; respectively calculating modulus squares of the two fast inverse Fourier transform results to obtain two modulus square results; adding the two modulus square results to obtain a sum of the modulus square results P [n]; for a plurality of IQ-imbalance compensated data, calculating a plurality of sums of the modulus square results, averaging all sums of the modulus square results to obtain a dispersion objective function P̃ [n]; calculating an index n 0 of a maximum value of the dispersion objective function P̃ [n], and estimating an optical fiber link dispersion value based on the index n 0.
Device for the implantation of occlusion means severable by electrolysis in body cavities or blood vessels comprising a guide wire and an occlusion means arranged at its distal end, wherein the occlusion means comprises an occlusion coil with at least one electrolytically corrodible section, the electrolytically corrodible sections being form pieces of stainless steel or other corrodible materials, characterized in that the form pieces are precorroded by heat treatment at a temperature in the range of 500°C to 1000°C.
A DLK1-Fc fusion protein comprising an extracellular soluble domain of DLK1 consisting of an amino acid sequence of SEQ ID NO: 4 and a human antibody Fc domain for use as a medicament to inhibit cancer metastasis.
Suspension clamp for inclined trolley wires with - a contact wire clamp for conductive connection of a contact wire and - a suspension cable connection fitting for connection of a suspension cable, connected with - a suspension cable connection profile, wherein - the suspension cable connection profile is designed to be rigid and - a clearance which is to be kept free and is located above the contact wire clamp when the suspension clamp is connected to a contact wire, characterised in that the suspension cable connection profile has a section which is arranged at right angles to a longitudinal direction of the contact wire and so as to be rotatable about its longitudinal direction. - a contact wire clamp for conductive connection of a contact wire and - a suspension cable connection fitting for connection of a suspension cable, connected with - a suspension cable connection profile, wherein - the suspension cable connection profile is designed to be rigid and - a clearance which is to be kept free and is located above the contact wire clamp when the suspension clamp is connected to a contact wire,
A method for reducing activity of a hard disk drive, HDD, the HDD including a time shift buffer, TSB, for buffering high definition quality and standard definition quality programs, the method comprising the steps of: presenting a set-up menu providing various options of times and activities, wherein the set-up menu includes specifying a time delay for the TSB buffer in conjunction with channel changes, wherein when a channel is selected and is changed during the specified time delay, disabling the TSB, and wherein when a channel is selected and is not changed during the specified time delay, enabling the TSB to buffer high definition quality and standard definition quality programs in accordance with the set-up menu; and buffering a standard definition quality of the high definition quality program in accordance with the set-up menu. presenting a set-up menu providing various options of times and activities, wherein the set-up menu includes specifying a time delay for the TSB buffer in conjunction with channel changes, wherein when a channel is selected and is changed during the specified time delay, disabling the TSB, and wherein when a channel is selected and is not changed during the specified time delay, enabling the TSB to buffer high definition quality and standard definition quality programs in accordance with the set-up menu; and buffering a standard definition quality of the high definition quality program in accordance with the set-up menu.