mhurhangee/ep-ind-claims huggingface dataset:
A transcutaneous electrical nerve stimulation apparatus comprising: an electrical stimulation delivery means adapted to operate with a treatment cycle and a refractory cycle, and at least one secondary modality delivery means adapted to be activated by a subject, wherein the secondary modality delivery means is adapted to be in an active state during at least a portion of a refractory period of the electrical stimulation delivery means, wherein the apparatus further comprises a controller to switch from the electrical stimulation delivery means to the secondary modality delivery means, characterized in that the apparatus comprises a display, light or arrow to indicate that the electrical stimulation delivery means is in a refractory period. an electrical stimulation delivery means adapted to operate with a treatment cycle and a refractory cycle, and at least one secondary modality delivery means adapted to be activated by a subject, wherein the secondary modality delivery means is adapted to be in an active state during at least a portion of a refractory period of the electrical stimulation delivery means, wherein the apparatus further comprises a controller to switch from the electrical stimulation delivery means to the secondary modality delivery means, characterized in that the apparatus comprises a display, light or arrow to indicate that the electrical stimulation delivery means is in a refractory period.
A glass sheet processing apparatus comprising: a first gantry assembly that extends across a glass sheet in a cross-machine direction, the first gantry assembly comprising a processing head that moves along a length of the first gantry assembly and comprising a laser comprising an optical arrangement positioned in a beam path of the laser providing a laser beam focal line that is formed on a beam output side of the optical arrangement; and a second gantry assembly that extends across the glass sheet in the cross-machine direction, the second gantry assembly comprising a processing head that moves along a length of the second gantry assembly. a first gantry assembly that extends across a glass sheet in a cross-machine direction, the first gantry assembly comprising a processing head that moves along a length of the first gantry assembly and comprising a laser comprising an optical arrangement positioned in a beam path of the laser providing a laser beam focal line that is formed on a beam output side of the optical arrangement; and a second gantry assembly that extends across the glass sheet in the cross-machine direction, the second gantry assembly comprising a processing head that moves along a length of the second gantry assembly.
Method for calibrating a time difference of arrival-based local positioning system comprising beacon nodes for kD localization, k=2 or 3, comprising the step of: - Estimating (Est_IBP) initial beacon positions, characterized in that the method further comprises the steps of: - Collecting (Col_Sn) N sets ((Sn) 1≤n≤N) of time difference of arrival measurements related to a mobile node, N≥2, each n th set of measurements (Sn) being performed by Bn beacon nodes among B beacon nodes of the positioning system while the mobile node is located at a n th position within a region covered by the positioning system, Bn≥k+2, - Calculating (Cal_En) N residual error vectors ((En) 1≤n≤N) through calculation of the N positions of the mobile node, by means of the N sets ((Sn) 1≤n≤N) of measurements and the beacon positions, the calculation of the n th position of the mobile node enabling the calculation of the n th residual error vector, En, the calculation of each n th position of the mobile node using the beacon positions and the n th set of measurement (Sn), - Determining (Det_OBP) optimal beacon positions that minimize an objective function depending on the N residual error vectors ((En) 1≤n≤N). - Estimating (Est_IBP) initial beacon positions, - Collecting (Col_Sn) N sets ((Sn) 1≤n≤N) of time difference of arrival measurements related to a mobile node, N≥2, each n th set of measurements (Sn) being performed by Bn beacon nodes among B beacon nodes of the positioning system while the mobile node is located at a n th position within a region covered by the positioning system, Bn≥k+2, - Calculating (Cal_En) N residual error vectors ((En) 1≤n≤N) through calculation of the N positions of the mobile node, by means of the N sets ((Sn) 1≤n≤N) of measurements and the beacon positions, the calculation of the n th position of the mobile node enabling the calculation of the n th residual error vector, En, the calculation of each n th position of the mobile node using the beacon positions and the n th set of measurement (Sn), - Determining (Det_OBP) optimal beacon positions that minimize an objective function depending on the N residual error vectors ((En) 1≤n≤N).
A method for implementing uplink resource indication, comprising: receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink subframes, resource grant on the one or two uplink subframes corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink subframe or one group of two uplink subframes, at least one of the plurality of uplink resource indices corresponds to one group of one uplink subframe, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink subframes, and the uplink subframes in each group are not completely the same. receiving, by a user terminal, an uplink resource grant indication, ul grant, carrying an uplink resource index from a base station; resolving, by the user terminal, the uplink resource index from the ul grant; and performing, by the user terminal according to an indicated in advance corresponding relation between the uplink resource index and one or two uplink subframes, resource grant on the one or two uplink subframes corresponding to the uplink resource index; wherein the uplink resource index is one of a plurality of uplink resource indices, each of the plurality of uplink resource indices corresponds to either one group of one uplink subframe or one group of two uplink subframes, at least one of the plurality of uplink resource indices corresponds to one group of one uplink subframe, at least another one of the plurality of uplink resource indices corresponds to one group of two uplink subframes, and the uplink subframes in each group are not completely the same.
A method of fabricating a solar cell array characterized by comprising: providing a composite face sheet on an assembly fixture, the assembly fixture having a convex surface; providing a double sided adhesive film and positioning it on the top surface of the face sheet; bonding a bottom surface of the adhesive film to the top surface of the face sheet by co-curing; positioning an array of solar cells over the top surface of the adhesive film, the solar cells having a front side configured to be irradiated by light and a back side; bonding each cell of the array of solar cells to a predefined region on the top surface of the face sheet; covering the front side of the solar cells with a film composed of ethyleny tetrafluoro ethylene (ETFE), wherein an adhesive film is arranged between the solar cells and the ETFE film. providing a composite face sheet on an assembly fixture, the assembly fixture having a convex surface; providing a double sided adhesive film and positioning it on the top surface of the face sheet; bonding a bottom surface of the adhesive film to the top surface of the face sheet by co-curing; positioning an array of solar cells over the top surface of the adhesive film, the solar cells having a front side configured to be irradiated by light and a back side; bonding each cell of the array of solar cells to a predefined region on the top surface of the face sheet; covering the front side of the solar cells with a film composed of ethyleny tetrafluoro ethylene (ETFE), wherein an adhesive film is arranged between the solar cells and the ETFE film.
Refrigerator, in particular household refrigerator, having an appliance carcass defining a refrigerating zone, a support element to which a compressor which is connected to the refrigerant circuit is fastened, and at least one evaporation pan (23, 24) for collecting condensation water forming in the refrigerating zone, wherein the support element of the compressor for embodiment as a evaporation pan comprises a pan base and laterally raised peripheral side walls, characterised in that the support element is embodied in two parts with a pan-type base body and for the watertight embodiment with an insert which can be placed in the pan-type base body adapted to its shape.
A barrier layer assembly, the assembly comprising a support layer and a film layer bonded thereto, wherein the assembly has a bi-directionally corrugated surface, the support layer is an elastomeric composition, the film layer contains a thermoplastic resin, and the thermoplastic resin is present in the film layer in an amount of 20 wt% to 100 wt%.
Spring wire manufactured from a steel, which consists of, in % by weight: C: 0.35 - 0.42%, Si: 1.5 - 1.8%, Mn: 0.5 - 0.8%, Cr: 0.05 - 0.25%, Nb: 0.020 - 0.10%, V: 0.020 - 0.10%, N: 0.0040 - 0.0120%, AL: ≤ 0.03%, and the remainder of iron and unavoidable impurities, wherein the total content of impurities is limited to at most 0.2% and the impurities include up to 0.025% P and 0.025% S.
A thermal management system, comprising: a drive shaft; one or more air management baffles surrounding at least a portion of the drive shaft; insulation positioned about at least a portion of the drive shaft when in use, adjacent to an engine compartment of an aircraft, wherein the insulation surrounds at least a portion of the one or more air management baffles; and one or more fans or impellers (138a-c) in fluid communication with at least a portion of the drive shaft, wherein the one or more fans or impellers (138a-c) are located around the drive shaft, connected to the drive shaft, and powered independently of the drive shaft; wherein the one or more air management baffles are configured to direct air to the one or more fans or impellers (138a-c); and wherein the one or more air management baffles are configured to direct air flow between the impeller and the at least a portion of the drive shaft wherein the directed air flow removes heat from the drive shaft that originates, when in use, in the engine compartment of the aircraft. a drive shaft; one or more air management baffles surrounding at least a portion of the drive shaft; insulation positioned about at least a portion of the drive shaft when in use, adjacent to an engine compartment of an aircraft, wherein the insulation surrounds at least a portion of the one or more air management baffles; and one or more fans or impellers (138a-c) in fluid communication with at least a portion of the drive shaft, wherein the one or more fans or impellers (138a-c) are located around the drive shaft, connected to the drive shaft, and powered independently of the drive shaft; wherein the one or more air management baffles are configured to direct air to the one or more fans or impellers (138a-c); and wherein the one or more air management baffles are configured to direct air flow between the impeller and the at least a portion of the drive shaft wherein the directed air flow removes heat from the drive shaft that originates, when in use, in the engine compartment of the aircraft.
A dialysis system comprising: at least one dialysis fluid pump actuator; and a disposable cassette including at least one pump chamber operable with the at least one pump actuator, the disposable cassette further including a plurality of fluid ports configured to be connected fluidly to a plurality of fluid containers (66a, 66b, 66c, 66d, 68, 70); characterised in that it further comprises a processor programmed to cause the at least one pump actuator to operate the at least one pumping chamber to collect an effluent dialysis fluid sample by pumping a first number of pump strokes to a drain/drain container followed by a second number of pump strokes to a sample container. at least one dialysis fluid pump actuator; and a disposable cassette including at least one pump chamber operable with the at least one pump actuator, the disposable cassette further including a plurality of fluid ports configured to be connected fluidly to a plurality of fluid containers (66a, 66b, 66c, 66d, 68, 70); characterised in that it further comprises a processor programmed to cause the at least one pump actuator to operate the at least one pumping chamber to collect an effluent dialysis fluid sample by pumping a first number of pump strokes to a drain/drain container followed by a second number of pump strokes to a sample container.
A pharmaceutical composition for use in the treatment or progression delay of cancer in an individual, wherein the pharmaceutical composition is used in combination with Atezolizumab, said composition comprising an anti-GPC3 antibody as an active ingredient.
Installation for the treatment by membrane permeation of a feed gas stream comprising at least methane and carbon dioxide, said installation comprising: - a first membrane separation unit capable of receiving the feed gas stream and providing a first permeate and a first retentate, - a second membrane separation unit capable of receiving the first retentate and supplying a second permeate and a second retentate, - a compressor for compressing the first permeate to a pressure of between 17 bar and 25 bar, - means for cooling the first compressed permeate to a temperature below -40°C, - a distillation column to separate the first cooled permeate into a gaseous stream and a liquid stream, - at least one means for recycling the gas stream leaving the distillation column to the inlet of the first membrane separation unit, - means for measuring the concentration of methane and/or carbon dioxide in the gas stream leaving the distillation column, - means for comparing the concentration of methane and/or carbon dioxide measured by the measuring means with a target value, and - means for adjusting the pressure and/or temperature of the first permeate as a function of the comparison made by the comparison means. - a first membrane separation unit capable of receiving the feed gas stream and providing a first permeate and a first retentate, - a second membrane separation unit capable of receiving the first retentate and supplying a second permeate and a second retentate, - a compressor for compressing the first permeate to a pressure of between 17 bar and 25 bar, - means for cooling the first compressed permeate to a temperature below -40°C, - a distillation column to separate the first cooled permeate into a gaseous stream and a liquid stream, - at least one means for recycling the gas stream leaving the distillation column to the inlet of the first membrane separation unit, - means for measuring the concentration of methane and/or carbon dioxide in the gas stream leaving the distillation column, - means for comparing the concentration of methane and/or carbon dioxide measured by the measuring means with a target value, and - means for adjusting the pressure and/or temperature of the first permeate as a function of the comparison made by the comparison means.
Distillation column comprising at least one cross-corrugated packing module comprising a plurality of strips with their channel orientations (D c) inverted from one strip to the next, the strip being made of a sheet material and being' of the type comprising corrugations that form alternately first main peaks (10; 12) directed along a first direction and second main peaks (12; 10) directed along the opposite direction, the corrugations defining channels; each channel lying between two first (10; 12) or second (12; 10) adjacent main peaks forming edge peaks of the channel, and each channel having two channel legs that are joined together by a top main peak (10; 12), the channels having a general orientation (D c) that is inclined to a general flow direction (D f) of the said liquid when the column is in use, the strip furthermore comprising at least one inverted portion which lies entirely within the cross section of one of the channels and which joins together the two channel legs, the inverted portion comprising a first intermediate peak oriented in the opposite direction to the top main peak (10; 12) of the channel, characterized in that the inverted portion furthermore includes a second intermediate peak (28; 30) oriented in the direction of the top main peak (10; 12).
A spark plug comprising a ground electrode including: a tip having a columnar shape at one end side and containing a noble metal as a principal component; and an electrode base material, at least a portion of another end side of the tip being joined to the electrode base material via a melt portion formed by the tip and the electrode base material being melted together, wherein, it comprises, in a cross section passing through a central axis of the columnar portion, a first point which is located on the melt portion at one side with respect to the central axis and is farthest from a surface of the tip at the one end side in a direction of the central axis; and a second point which is located on the melt portion at another side with respect to the central axis and is farthest from the surface of the tip at the one end side in the direction of the central axis, and when, in the cross section, a line connecting a third point which is located on the melt portion at the one side with respect to the central axis and is farthest from the central axis and a fourth point which is located on the melt portion at the other side with respect to the central axis and is farthest from the central axis is defined as a reference line, a distance between the reference line and a fifth point which is located on the melt portion at the one side with respect to the central axis and is closest to the surface of the tip at the one end side in the direction of the central axis is denoted by C1, a distance between the reference line and a sixth point which is located on the melt portion at the other side with respect to the central axis and is closest to the surface of the tip at the one end side in the direction of the central axis is denoted by C2, a distance between the first point and the reference line is denoted by D1, and a distance between the second point and the reference line is denoted by D2, the spark plug satisfies a relationship of: C 1 ≥ D 1 and C 2 ≥ D 2. characterized in that each of the first point and the second point is located at a position whose distance to the central axis in a direction perpendicular to the central axis is shorter than 2/3 of a length from the central axis to an outer surface (451, 452) of the columnar portion.
A mobile phone case having make-up palettes capable of being separated and combined, comprising: a palettes storage recess for being formed in a rectangular shape to the rear surface center of a main body; make-up palettes for being formed in a square or rectangular shape and arranged in several palettes to the palettes storage recess by filling the inside with color cosmetics; and a cover for being formed in a plate shape whose size is the same as the main body and being axially combined for rotation at one side of the rear surface of the main body, wherein the mobile phone case is provided, on the front edge of the main body, with a raised spot for storing a mobile phone; characterized in that, the palettes storage recess comprises an opening whose the front surface or rear surface is open, a first sliding protrusion on the left or right side edge, and a first sliding recess on the right or left side edge; and the make-up palettes comprise a second sliding recess on one side so as to connect the first sliding protrusion of the palettes storage recess or the neighboring make-up palettes, and a second sliding protrusion on the other side so as to connect the second sliding recess of the palettes storage recess or the neighboring make-up palettes; wherein the palettes storage recess includes a fixing bar which is combined to a hinge so as to make one end rotate for injecting and fixing the make-up palettes to the opening. a palettes storage recess for being formed in a rectangular shape to the rear surface center of a main body; make-up palettes for being formed in a square or rectangular shape and arranged in several palettes to the palettes storage recess by filling the inside with color cosmetics; and a cover for being formed in a plate shape whose size is the same as the main body and being axially combined for rotation at one side of the rear surface of the main body, wherein the mobile phone case is provided, on the front edge of the main body, with a raised spot for storing a mobile phone; characterized in that, the palettes storage recess comprises an opening whose the front surface or rear surface is open, a first sliding protrusion on the left or right side edge, and a first sliding recess on the right or left side edge; and the make-up palettes comprise a second sliding recess on one side so as to connect the first sliding protrusion of the palettes storage recess or the neighboring make-up palettes, and a second sliding protrusion on the other side so as to connect the second sliding recess of the palettes storage recess or the neighboring make-up palettes; wherein the palettes storage recess includes a fixing bar which is combined to a hinge so as to make one end rotate for injecting and fixing the make-up palettes to the opening.