mhurhangee/ep-ind-claims huggingface dataset:
A battery pack temperature control structure for an electric vehicle, comprising: a battery module mounted in an inner space of a battery pack case; a heavy-current disconnecting switch for disconnecting a battery heavy-current of the battery module by a manual operation, and a unit case and a unit duct mounted in the inner space of the battery pack case, the unit case accommodating a blower fan, the unit duct being connected to the unit case and having a blowout port opened towards the battery module for producing a temperature controlled air to the battery module, wherein the heavy-current disconnecting switch is disposed in the upper space position of the inner space of the battery pack case, and the unit duct is disposed in a space position lower than the heavy-current disconnecting switch and in a position overlapping with the heavy-current disconnecting switch when viewed in a vehicle vertical direction. a battery module mounted in an inner space of a battery pack case; a heavy-current disconnecting switch for disconnecting a battery heavy-current of the battery module by a manual operation, and a unit case and a unit duct mounted in the inner space of the battery pack case, the unit case accommodating a blower fan, the unit duct being connected to the unit case and having a blowout port opened towards the battery module for producing a temperature controlled air to the battery module, wherein the heavy-current disconnecting switch is disposed in the upper space position of the inner space of the battery pack case, and the unit duct is disposed in a space position lower than the heavy-current disconnecting switch and in a position overlapping with the heavy-current disconnecting switch when viewed in a vehicle vertical direction.
A pharmaceutical tablet formulation comprising losartan potassium, chlorthalidone, and a gas forming disintegrant in an amount sufficient to release therapeutically effective amounts of chlorthalidone into the gastric environment, wherein the gas forming disintegrant is sodium bicarbonate in an amount between 1.0% and 10.0% by weight.
Coverslipping machine which is designed to be connected to an electrical power grid as a load in order to be supplied with electrical energy and which removes slides with samples thereon from a slide magazine and in each case carries out a coverslipping process, in which a mounting medium and subsequently a cover slip are applied on each slide, and which stores the coverslipped slides in the slide magazine or in a further slide magazine, further provided with an electrical energy store and an electronic control device in order to detect disruptions in the supply of electrical energy from the power grid and in the event of a disruption to switch over to drawing electrical energy from the electrical energy store and to carry out a safety routine which includes the safety steps of completely coverslipping slides which have already been provided with the mounting medium and subsequently storing them in the slide magazine or in the further slide magazine, and which includes at least one of the following further safety steps: a. moving slides which have been removed from the slide magazine and have not yet been provided with mounting medium back into the slide magazine, b. submerging a hollow needle serving to apply mounting medium into a solvent bath, c. transferring the slide magazine and/or the further slide magazine to an output so that the user can remove said magazines or magazine, d. turning off at least one energy load of the coverslipping machine which is not required for carrying out at least one safety step, while the safety steps are being carried out. a. moving slides which have been removed from the slide magazine and have not yet been provided with mounting medium back into the slide magazine, b. submerging a hollow needle serving to apply mounting medium into a solvent bath, c. transferring the slide magazine and/or the further slide magazine to an output so that the user can remove said magazines or magazine, d. turning off at least one energy load of the coverslipping machine which is not required for carrying out at least one safety step, while the safety steps are being carried out.
A stent comprising: a stent body defining a longitudinal axis and proximal and distal ends, the stent body being expandable from a compressed configuration to an expanded configuration, the stent body including a plurality of stent segments (104, 104a-g), wherein the stent segments (104, 104a-g) include a first end segment and a second end segment on opposite ends of the stent body and at least one intermediate segment disposed between the first end segment and the second end segment, wherein each stent segment (104, 104a-g) defines a plurality of cells (106, 106a-106d, 106e-106g, 106t-106w), wherein each stent segment (104, 104a-g) defines a plurality of peaks and valleys, wherein the at least one intermediate segment defines only x number of cells (106, 106a-106d, 106e-106g, 106t-106w), wherein the first end segment defines x + 1 number of cells (106, 106a-106d, 106e-106g, 106t-106w), each of the cells (106, 106a-106d, 106e-106g, 106t-106w) of the first end segment being substantially equal in size, wherein the at least one intermediate segment defines only y number of peaks and valleys, and wherein the first end segment defines only y number of peaks and valleys, wherein each of the cells (106, 106a-106d, 106e-106g, 106t-106w) of the at least one intermediate segment are substantially equal in size. a stent body defining a longitudinal axis and proximal and distal ends, the stent body being expandable from a compressed configuration to an expanded configuration, the stent body including a plurality of stent segments (104, 104a-g), wherein the stent segments (104, 104a-g) include a first end segment and a second end segment on opposite ends of the stent body and at least one intermediate segment disposed between the first end segment and the second end segment, wherein each stent segment (104, 104a-g) defines a plurality of cells (106, 106a-106d, 106e-106g, 106t-106w), wherein each stent segment (104, 104a-g) defines a plurality of peaks and valleys, wherein the at least one intermediate segment defines only x number of cells (106, 106a-106d, 106e-106g, 106t-106w), wherein the first end segment defines x + 1 number of cells (106, 106a-106d, 106e-106g, 106t-106w), each of the cells (106, 106a-106d, 106e-106g, 106t-106w) of the first end segment being substantially equal in size, wherein the at least one intermediate segment defines only y number of peaks and valleys, and wherein the first end segment defines only y number of peaks and valleys, wherein each of the cells (106, 106a-106d, 106e-106g, 106t-106w) of the at least one intermediate segment are substantially equal in size.
A polyolefin composition comprising: A) from 19 wt% to 50 wt% of a propylene ethylene copolymer having an ethylene derived units content ranging from 1.5 wt% to 6.0 wt%; B) from 50 wt% to 81 wt% of a propylene ethylene 1-butene terpolymer having an ethylene derived units content ranging from 1.5 wt% and 6.0 wt% and 1-butene derived units content of between 4.8 wt% and 12.4 wt%; the sum of the amount of component A) and B) being 100; the composition being characterized by the following features: - the ratio C2wt%/C4wt% is comprised between 0.22 and 3.0, where C2wt% is the weight per cent of ethylene derived units and C4wt% is the weight per cent of 1-butene derived units; - the content of xylene soluble fraction at 25°C is comprised between 2 and 15 wt%; - molecular weight distribution, expressed in terms of Mw/Mn, greater than 4.0; - recoverable compliance at 200°C having a maximum value between 800 and 1200 seconds lower than 65x10 -5 Pa -1. A) from 19 wt% to 50 wt% of a propylene ethylene copolymer having an ethylene derived units content ranging from 1.5 wt% to 6.0 wt%; B) from 50 wt% to 81 wt% of a propylene ethylene 1-butene terpolymer having an ethylene derived units content ranging from 1.5 wt% and 6.0 wt% and 1-butene derived units content of between 4.8 wt% and 12.4 wt%; - the ratio C2wt%/C4wt% is comprised between 0.22 and 3.0, where C2wt% is the weight per cent of ethylene derived units and C4wt% is the weight per cent of 1-butene derived units; - the content of xylene soluble fraction at 25°C is comprised between 2 and 15 wt%; - molecular weight distribution, expressed in terms of Mw/Mn, greater than 4.0; - recoverable compliance at 200°C having a maximum value between 800 and 1200 seconds lower than 65x10 -5 Pa -1.
A connector for receiving at least a flat end portion of a printed circuit board or a flat end portion of a cable, comprising: - an introduction section being designed in a way that the flat end portion is insertable into an interior of the connector along an insertion direction; - at least one first bottom contact element being designed to electrically contact at least one assigned first electrical conductor on a bottom face of the flat end portion, and - at least one second bottom contact element being designed to electrically contact at least one assigned second electrical conductor on a bottom face of the flat end portion, the first bottom contact element being located spaced apart from the second bottom contact element along a longitudinal direction oriented orthogonal to the insertion direction, the first bottom contact element being different from the second bottom contact element, and the insertion direction and a direction of the height oriented orthogonal to the insertion direction and orthogonal to the longitudinal direction defining a sectional plane (E-H) such that the first bottom contact element is not congruent with the second bottom contact element within the sectional plane (E-H), wherein the connector further comprises: - at least one first top contact element being designed to electrically contact at least one assigned third electrical conductor on a top face of the flat end portion, and - at least one second top contact element being designed to electrically contact at least one assigned fourth electrical conductor on a top face of the flat end portion, the first top contact element being located spaced apart from the second top contact element along the longitudinal direction, the first top contact element being different from the second top contact element, wherein the first top contact element is not congruent with the second top contact element within the sectional plane (E-H), characterized in that the first and second top contact element are not congruent with either of the first and second bottom contact elements. - an introduction section being designed in a way that the flat end portion is insertable into an interior of the connector along an insertion direction; - at least one first bottom contact element being designed to electrically contact at least one assigned first electrical conductor on a bottom face of the flat end portion, and - at least one second bottom contact element being designed to electrically contact at least one assigned second electrical conductor on a bottom face of the flat end portion, - at least one first top contact element being designed to electrically contact at least one assigned third electrical conductor on a top face of the flat end portion, and - at least one second top contact element being designed to electrically contact at least one assigned fourth electrical conductor on a top face of the flat end portion,
A cannula system, comprising: a cannula defining an inlet; a flange extending around the cannula; and a first cuff extending around the cannula, characterized in that the first cuff covers at least half of an exterior surface of the cannula between the flange and the inlet. a cannula defining an inlet; a flange extending around the cannula; and a first cuff extending around the cannula, characterized in that the first cuff covers at least half of an exterior surface of the cannula between the flange and the inlet.
A MEMS device comprising: a body, having a thickness in a thickness direction, a first surface and a second surface; a diaphragm cavity in the body, extending in the direction of thickness of the body from the second surface, the diaphragm cavity being laterally delimited by a wall; a deformable portion in the body between the first surface and the diaphragm cavity; a piezoelectric actuator, extending over the first surface of the body, on the deformable portion; and a recess structure, distinct from the diaphragm cavity, extending in the body from the wall of the diaphragm cavity in a transverse direction to the thickness direction of the body and delimiting, in the body, a flexible stopper portion for the deformable portion, the flexible stopper portion being disposed between the deformable portion and the recess structure, the flexible stopper portion being laterally delimited by the wall and the recess structure and extending over the recess structure. a body, having a thickness in a thickness direction, a first surface and a second surface; a diaphragm cavity in the body, extending in the direction of thickness of the body from the second surface, the diaphragm cavity being laterally delimited by a wall; a deformable portion in the body between the first surface and the diaphragm cavity; a piezoelectric actuator, extending over the first surface of the body, on the deformable portion; and a recess structure, distinct from the diaphragm cavity, extending in the body from the wall of the diaphragm cavity in a transverse direction to the thickness direction of the body and delimiting, in the body, a flexible stopper portion for the deformable portion, the flexible stopper portion being disposed between the deformable portion and the recess structure, the flexible stopper portion being laterally delimited by the wall and the recess structure and extending over the recess structure.
A method of imaging an eye, comprising the steps of: positioning an eye in relation to an imaging system; creating first scan data by determining a depth of an eye target region at a first set of points along a first arc; creating second scan data by determining a depth of the eye target region at a second set of points along a second arc, characterised in that the method further comprises the steps of determining scan characteristics from the first and second scan data by fitting a first function to the first scan data and fitting a second function to the second scan data; and determining target region parameters by extracting the scan characteristics, wherein the first and second fitting functions are sinusoidal functions or the sum of several Fourier functions. positioning an eye in relation to an imaging system; creating first scan data by determining a depth of an eye target region at a first set of points along a first arc; creating second scan data by determining a depth of the eye target region at a second set of points along a second arc, characterised in that the method further comprises the steps of determining scan characteristics from the first and second scan data by fitting a first function to the first scan data and fitting a second function to the second scan data; and determining target region parameters by extracting the scan characteristics, wherein the first and second fitting functions are sinusoidal functions or the sum of several Fourier functions.
Steel alloy for a ferritic steel at usage temperature with excellent creep strength and corrosion resistance, in particular at usage temperatures above 620°C, with the following chemical composition (in wt.-%): C ≤ 1.0 % Si ≤ 1.0 % Mn ≤ 1.0 % P max. 0.05 % S max. 0.01 % 2 ≤ Al ≤ 12 % 3 ≤ Cr < 16% 2 ≤ Ni ≤ 10 % and/or 2 ≤ Co ≤ 10 % with 2 ≤ Ni+Co ≤ 15 % and 0,11 × % Cr + 2,07 × % Al > = 0,95 × % Ni + % Co N max. 0.0200 % remainder iron with melt-related impurities, - with optional addition of one or several elements of V, Ti, Ta, Zr und Nb, - with optional addition of one or both elements of Mo and W, - with optional addition of one or several elements of Hf, B, Se, Y, Te, Sb, La and Zr in a range of a cumulative content of < 0,1% with the proviso that the steel structure comprises uniformly distributed coherent precipitates based on a chromium-stabilized (Ni, Co)AI-B2 intermetallic ordered phase, wherein the following conditions apply: 2% Cr: > 8% Al, 5% Cr: > 3% Al, 15.9% Cr: ≥ 2.5% Al, at interim values of Cr linear interpolation of the Al surplus content applies, wherein the particle size of the precipitates is at average smaller than 500 nm, the optionally alloyed additional elements have the following percentages: max. 0.3 % V, max. 0.1 % Ti, max. 1.0 % Ta, max. 0.05 % Zr, max. 0.2 % Nb, max. 1.0 % Mo, max. 2.0 % W and the maximum content of the B2 phase in the steel is 8 mol.%. C ≤ 1.0 % Si ≤ 1.0 % Mn ≤ 1.0 % P max. 0.05 % S max. 0.01 % 2 ≤ Al ≤ 12 % 3 ≤ Cr < 16% 2 ≤ Ni ≤ 10 % and/or 2 ≤ Co ≤ 10 % - with optional addition of one or several elements of V, Ti, Ta, Zr und Nb, - with optional addition of one or both elements of Mo and W, - with optional addition of one or several elements of Hf, B, Se, Y, Te, Sb, La and Zr in a range of a cumulative content of < 0,1% 2% Cr: > 8% Al, 5% Cr: > 3% Al, 15.9% Cr: ≥ 2.5% Al, max. 0.3 % V, max. 0.1 % Ti, max. 1.0 % Ta, max. 0.05 % Zr, max. 0.2 % Nb, max. 1.0 % Mo, max. 2.0 % W
A computer implemented method for transmitting messages generated by a continuous glucose monitor, the method comprising: - generating a first message at the CGM at a first time, the first message being related to blood glucose measuring; - generating a second message at the CGM at a second time, the second time being after the first time, the second message being related to blood glucose measuring; - determining, by a processor of the CGM, an elapsed time, wherein the elapsed time is an amount of time that has elapsed since a transceiver of the CGM last transmitted data; - determining, by the processor, whether the elapsed time is greater than a first threshold; - in response to a determination that the elapsed time is less than the first threshold, transmitting, via the transceiver of the CGM, the first message over a wireless communication link to a diabetes management device, the first message being transmitted prior to the second message; - in response to a determination that the elapsed time exceeds the first threshold, prioritizing, by the processor, the first message and the second message using a priority assigned to each of the first message and the second message; and - in response to a determination that the elapsed time exceeds the first threshold, transmitting, via the transceiver, the second message over the wireless communication link to the diabetes management device, the second message being transmitted prior to the first message in accordance with the higher priority assigned to the second message, wherein prioritizing is based on the sources of messages, the types of the messages, or values of the messages. - generating a first message at the CGM at a first time, the first message being related to blood glucose measuring; - generating a second message at the CGM at a second time, the second time being after the first time, the second message being related to blood glucose measuring; - determining, by a processor of the CGM, an elapsed time, wherein the elapsed time is an amount of time that has elapsed since a transceiver of the CGM last transmitted data; - determining, by the processor, whether the elapsed time is greater than a first threshold; - in response to a determination that the elapsed time is less than the first threshold, transmitting, via the transceiver of the CGM, the first message over a wireless communication link to a diabetes management device, the first message being transmitted prior to the second message; - in response to a determination that the elapsed time exceeds the first threshold, prioritizing, by the processor, the first message and the second message using a priority assigned to each of the first message and the second message; and - in response to a determination that the elapsed time exceeds the first threshold, transmitting, via the transceiver, the second message over the wireless communication link to the diabetes management device, the second message being transmitted prior to the first message in accordance with the higher priority assigned to the second message,
A kit for stabilizing a population of nucleic acids within a biological cell, comprising: at least one protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent. at least one protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent.
A scroll compressor comprising: a casing; a drive motor arranged in an inner space of the casing; a rotary shaft coupled to the drive motor to rotate; a main frame arranged under the drive motor; a fixed scroll arranged under the main frame; an orbiting scroll, arranged between the fixed scroll and the mainframe, and engaging with the fixed scroll to make an orbiting motion, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll, a first bearing positioned between the main frame and the rotary shaft, wherein a first gap is present between the first bearing and the rotary shaft; and a second bearing positioned between the fixed scroll and the rotary shaft, wherein a second gap is present between the second bearing and the rotary shaft, wherein at least one of the first and second gaps (232; 252) varies with a vertical position, characterised in that the first gap between the first bearing and the rotary shaft is wider in a lower portion of the first bearing than in an upper portion of the first bearing, and wherein the second gap between the second bearing and the rotary shaft is wider in an upper portion of the second bearing than in a lower portion of the second bearing. a casing; a drive motor arranged in an inner space of the casing; a rotary shaft coupled to the drive motor to rotate; a main frame arranged under the drive motor; a fixed scroll arranged under the main frame; an orbiting scroll, arranged between the fixed scroll and the mainframe, and engaging with the fixed scroll to make an orbiting motion, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll, a first bearing positioned between the main frame and the rotary shaft, wherein a first gap is present between the first bearing and the rotary shaft; and a second bearing positioned between the fixed scroll and the rotary shaft, wherein a second gap is present between the second bearing and the rotary shaft, wherein at least one of the first and second gaps (232; 252) varies with a vertical position, characterised in that the first gap between the first bearing and the rotary shaft is wider in a lower portion of the first bearing than in an upper portion of the first bearing, and wherein the second gap between the second bearing and the rotary shaft is wider in an upper portion of the second bearing than in a lower portion of the second bearing.