mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising: a plurality of battery cells; a module case configured to accommodate the plurality of battery cells and filled with an insulating oil therein to a predetermined height, wherein the insulating oil fills the inside of the module case in an amount covering an entire volume of the battery cells and is disposed to be spaced apart from an inner wall of one side of the module case by a predetermined distance; and a plurality of channel guide members respectively disposed between the plurality of battery cells so that facing battery cells are spaced apart from each other by a predetermined distance, wherein the plurality of channel guide members are made of an elastic pad. a plurality of battery cells; a module case configured to accommodate the plurality of battery cells and filled with an insulating oil therein to a predetermined height, wherein the insulating oil fills the inside of the module case in an amount covering an entire volume of the battery cells and is disposed to be spaced apart from an inner wall of one side of the module case by a predetermined distance; and a plurality of channel guide members respectively disposed between the plurality of battery cells so that facing battery cells are spaced apart from each other by a predetermined distance, wherein the plurality of channel guide members are made of an elastic pad.
A base portion for use in a bottom nozzle of a fuel assembly in a nuclear reactor, the base portion comprising: a top surface; a bottom surface; a plurality of vertical walls arranged in a squared grid pattern which extend between the bottom surface and the top surface, wherein the plurality of vertical walls defines a plurality of non-circular passages passing between the bottom surface and the top surface through the base portion, characterized in that: a plurality of spring members extend upward from a top edge of a respective vertical wall a height (h 2) and are structured to engage two fuel rods of the fuel assembly. a top surface; a bottom surface; a plurality of vertical walls arranged in a squared grid pattern which extend between the bottom surface and the top surface, wherein the plurality of vertical walls defines a plurality of non-circular passages passing between the bottom surface and the top surface through the base portion, characterized in that: a plurality of spring members extend upward from a top edge of a respective vertical wall a height (h 2) and are structured to engage two fuel rods of the fuel assembly.
A vehicle comprising a windshield, a sensor that is fixed to an inner surface of the windshield and includes an on-board camera that is configured to photograph the front of the vehicle, and a windshield heating device for the on-board camera that comprises a sheet-like electric heating element that extends along the inner surface of the windshield adjacent to the on-board camera and is configured to heat the windshield in a heated region in front of the on-board camera, characterized in that the electric heating element comprises a first and a second heating region (34A, 34B) that are adjacent to each other between the windshield and the sensor; the first heating region includes a portion located between the on-board camera and the windshield, and the first heating region and the second heating region are spaced apart in vertical and lateral directions, respectively, of the vehicle, with respect to an optical axis of the on-board camera as viewed in a direction perpendicular to the windshield; and a heating area of the second heating region is smaller than a heating area of the first heating region; and a heat quantity per unit area of the second heating region is smaller than a heat quantity per unit area of the first heating region. the electric heating element comprises a first and a second heating region (34A, 34B) that are adjacent to each other between the windshield and the sensor; the first heating region includes a portion located between the on-board camera and the windshield, and the first heating region and the second heating region are spaced apart in vertical and lateral directions, respectively, of the vehicle, with respect to an optical axis of the on-board camera as viewed in a direction perpendicular to the windshield; and a heating area of the second heating region is smaller than a heating area of the first heating region; and a heat quantity per unit area of the second heating region is smaller than a heat quantity per unit area of the first heating region.
A method of monitoring at least one optical wavelength component of a WDM optical signal being routed through a wavelength selective switch WSS, including a spatial light modulator SLM, comprising: selecting a first phase pattern to be produced by the SLM from among a first plurality of phase patterns that (i) directs a first optical wavelength component from a first input port of the WSS to a selected output port and (ii) causes the first wavelength component to undergo a first selected amount of attenuation, the first phase pattern being further selected to cause a first rejected portion of the first optical wavelength component giving rise to the first selected amount of attenuation to be directed to an optical monitor associated with another output port of the WSS; periodically programming a first portion of the SLM with the first phase pattern; and directing the first optical wavelength component to the first portion of the SLM while the first portion of the SLM is periodically configured with the first phase pattern. selecting a first phase pattern to be produced by the SLM from among a first plurality of phase patterns that (i) directs a first optical wavelength component from a first input port of the WSS to a selected output port and (ii) causes the first wavelength component to undergo a first selected amount of attenuation, (i) directs a first optical wavelength component from a first input port of the WSS to a selected output port and (ii) causes the first wavelength component to undergo a first selected amount of attenuation, the first phase pattern being further selected to cause a first rejected portion of the first optical wavelength component giving rise to the first selected amount of attenuation to be directed to an optical monitor associated with another output port of the WSS; periodically programming a first portion of the SLM with the first phase pattern; and directing the first optical wavelength component to the first portion of the SLM while the first portion of the SLM is periodically configured with the first phase pattern.
A method comprising: receiving, by a wireless device, a radio resource control, RRC, message comprising configuration parameters of a first bandwidth part, BWP, of a cell and a second BWP of the cell, and a first parameter indicating a first value of a listen before talk, LBT, counter for the cell; performing a first LBT procedure for a first uplink transmission via the first BWP; incrementing the LBT counter, in case that the first LBT procedure indicaties a busy channel; and switching from the first BWP to the second BWP as an active BWP, in case that the LBT counter reaches the first value. receiving, by a wireless device, a radio resource control, RRC, message comprising configuration parameters of a first bandwidth part, BWP, of a cell and a second BWP of the cell, and a first parameter indicating a first value of a listen before talk, LBT, counter for the cell; performing a first LBT procedure for a first uplink transmission via the first BWP; incrementing the LBT counter, in case that the first LBT procedure indicaties a busy channel; and switching from the first BWP to the second BWP as an active BWP, in case that the LBT counter reaches the first value.
Lighting and/or signalling device of a motor vehicle, this device comprising: - at least one first light source associated with a first lighting and/or signalling function and exhibiting a first characteristic switch-on time, - at least one second light source exhibiting a second characteristic switch-on time, this second switch-on time being greater than the first, characterized in that - the second light source is associated with a second lighting and/or signalling function different from the first function, and in that - the device comprises a control unit arranged to, when it receives an order to switch on the second light source, activate the first light source, momentarily, such that, during the switch-on time of the second light source, the first light source emits a light of augmented intensity, close to or greater than a nominal intensity of the second light source, thus making it possible to compensate for the switch-on time of the second light source. - at least one first light source associated with a first lighting and/or signalling function and exhibiting a first characteristic switch-on time, - at least one second light source exhibiting a second characteristic switch-on time, this second switch-on time being greater than the first, - the second light source is associated with a second lighting and/or signalling function different from the first function, and in that - the device comprises a control unit arranged to, when it receives an order to switch on the second light source, activate the first light source, momentarily, such that, during the switch-on time of the second light source, the first light source emits a light of augmented intensity, close to or greater than a nominal intensity of the second light source, thus making it possible to compensate for the switch-on time of the second light source.
An oral delivery system comprising: a first tooth whitening agent; a second tooth whitening agent or a taste masking agent; and an encapsulating material, which at least partially forms a physical barrier around the first whitening agents and the second tooth whitening agents or taste masking agent, wherein the encapsulating material comprises a polymer having a water absorption as measurable by ASTM D570-98 of 0.01% to 50% by weight of the system and wherein the encapsulating material has a tensile strength of at least 44.82 MPa (6,500 psi): wherein the first tooth whitening agent and second tooth whitening agent are peroxide compounds agents and the taste masking agent is chosen from high intensity sweeteners, hydrogenated castor oil, sodium citrate, acid salts, cherry flavor, fruit flavors, and cooling agents.
A Spinner for a rotor hub of a wind turbine with a central shaft opening and three rotor blade openings (32a, b, c) for rotor blade connections uniformly distributed over the circumference of the spinner, wherein the shaft opening has a circular shape, the centre of which lies on an axis of rotation of the spinner, and between two rotor blade openings (32a, b, c) a convex section projects, in which the distance to the axis of rotation is greater than in the region of the rotor blade openings (32a, b, c), wherein the convex sections at the shaft opening form a generally circular cross-section and a front section is provided which has a circular shape and the centre of which lies on the axis of rotation, the convex sections at the front section forming a circular cross-section, the distance between the inside of the convex section and the axis of rotation increasing from the shaft opening and decreasing towards the front section after a maximum value has been reached, characterized in that - the convex section has a disappearing height on the side of the spinner facing the shaft opening and also has a disappearing height in the region of the front section, and - in addition, in the circumferential direction of the spinner, a flat tread and standing surface is provided on an inside of the convex section for a service technician, on which a service technician can carry out work on the rotor hub in various standing positions. - the convex section has a disappearing height on the side of the spinner facing the shaft opening and also has a disappearing height in the region of the front section, and - in addition, in the circumferential direction of the spinner, a flat tread and standing surface is provided on an inside of the convex section for a service technician, on which a service technician can carry out work on the rotor hub in various standing positions.
A method for manufacturing a breast prosthesis which substantially consists of bodies modeling the shape of the breast, which are shrink-wrapped in plastic films, preferably of a transparent, addition cross-linking two-component silicone rubber compound, comprising the following steps: - welding of a film bag from at least three film layers for producing at least two chambers, - inserting and fixing the film bag in the prosthesis molding tool, - filling of the outer chamber with a compound preferably crosslinking already at ambient temperature or at slightly elevated temperature, - pre-crosslinking of the compound, while at the same time the at least second chamber is inflated by means of air or another fluid, - draining of the air or the other fluid from the second chamber, and subsequently filling the at least second chamber with a second compound, - closing of the prosthesis molding tool, in order to completely cross-link the compounds present in the chambers at elevated temperature. - welding of a film bag from at least three film layers for producing at least two chambers, - inserting and fixing the film bag in the prosthesis molding tool, - filling of the outer chamber with a compound preferably crosslinking already at ambient temperature or at slightly elevated temperature, - pre-crosslinking of the compound, while at the same time the at least second chamber is inflated by means of air or another fluid, - draining of the air or the other fluid from the second chamber, and subsequently filling the at least second chamber with a second compound, - closing of the prosthesis molding tool, in order to completely cross-link the compounds present in the chambers at elevated temperature.
A composition for the treatment of an ectoparasiticidal infestation on an animal, the composition comprising (a) the N-phenyl pyrazole whose common name is fipronil (b) N-octyl pyrrolidone as a crystallization inhibitor and (c) at least one organic solvent, wherein said composition excludes neonicotinoids, chlorantranilprole and cyantraniliprole.
A method for controlling a pump system (10, 34, 45) having a pump unit (11, 44, 46) for dispensing multi-component material under pressure by means of a spray gun, the pump unit comprising a pump device (12, 35), a mixer (13, 47) and a spray gun (14, 48), the pump device having at least two pumps (16, 17, 36, 37) for pumping component material and associated liquid tanks (18, 19, 38, 39) for storing component material, the pump device having an operating means (23, 40, 51) by means of which the pump device is controlled, characterized in that the operating means has a display element and operating elements, the pump unit having at least one other pump device (12, 35), the pump system having a control device (24, 52), data being exchanged between the control device and the operating means, the control device and the operating means together forming a control unit (25, 41), the pump unit being controlled by means of the control unit.
Aqueous dispersion parquet adhesive, characterized in that it contains or consists of up to 39 wt% of water and the following at least three polymeric binders: a) at least 4 wt% of at least one dissolved polyvinyl alcohol, b) at least 20 wt% of at least one water-insoluble, dispersed, vinyl acetate-containing polymer, and c) at least 3 wt% of at least one water-insoluble, dispersed, acrylate-containing polymer, wherein - the weight ratio of the sum of all the dissolved and dispersed polymeric binders present in the composition to water is 1.5:1 to 3.0:1, and - the weight ratio of the sum of all the dispersed polymeric binders present in the composition to the sum of all the dissolved polymeric binders present in the composition is 3:1 to 15:1, and - at most 2 wt% of very volatile to very semi-volatile organic compounds that include coalescing agents, plasticizers and organic solvents and have a boiling point of 30°C to 300°C at room temperature and normal atmospheric pressure, and - at most 5 wt% of fillers, including lightweight fillers, are contained therein, and - the pH is adjusted to neutral or alkaline, and the sum of water, fillers, very volatile to very semi-volatile organic compounds, pH adjusters and polymeric binders (a) to (c) is less than or equal to 100%. a) at least 4 wt% of at least one dissolved polyvinyl alcohol, b) at least 20 wt% of at least one water-insoluble, dispersed, vinyl acetate-containing polymer, and c) at least 3 wt% of at least one water-insoluble, dispersed, acrylate-containing polymer, wherein - the weight ratio of the sum of all the dissolved and dispersed polymeric binders present in the composition to water is 1.5:1 to 3.0:1, and - the weight ratio of the sum of all the dispersed polymeric binders present in the composition to the sum of all the dissolved polymeric binders present in the composition is 3:1 to 15:1, and - at most 2 wt% of very volatile to very semi-volatile organic compounds that include coalescing agents, plasticizers and organic solvents and have a boiling point of 30°C to 300°C at room temperature and normal atmospheric pressure, and - at most 5 wt% of fillers, including lightweight fillers, are contained therein, and - the pH is adjusted to neutral or alkaline, and - the weight ratio of the sum of all the dissolved and dispersed polymeric binders present in the composition to water is 1.5:1 to 3.0:1, and - the weight ratio of the sum of all the dispersed polymeric binders present in the composition to the sum of all the dissolved polymeric binders present in the composition is 3:1 to 15:1, and - at most 2 wt% of very volatile to very semi-volatile organic compounds that include coalescing agents, plasticizers and organic solvents and have a boiling point of 30°C to 300°C at room temperature and normal atmospheric pressure, and - at most 5 wt% of fillers, including lightweight fillers, are contained therein, and - the pH is adjusted to neutral or alkaline, and
Pre-manufactured article comprising TPU material and an additive to increase the viscosity of the material of the pre-manufactured TPU article, in an amount of 1 to 15 % by weight, based on 100 % by weight of the TPU material of the pre-manufactured article, wherein the additive comprises an isocyanate group, an organosilicon group, and/or an organosilicon compound.
A process for the quantitative determination of tin in the formal oxidation state +11 being dissolved in a liquid aqueous phase, wherein said tin in the formal oxidation state +11 is determined by a quantitative oxidation to stannic ions, wherein the liquid aqueous phase comprises dissolved nitrates, and a dissolved carboxylic acid which is non-chelating for the dissolved tin in the formal oxidation state +11 and has a pH value in the range of 2 to 4, wherein the carboxylic acid is a C1-C4 linear or branched alkanoic acid.
An ejection device for ejecting chips, comprising an ejection wheel which can be caused to rotate about a rotational axis by a drive means and has ejection blades, which comprise at least one vane surface, wherein the ejection wheel is surrounded by a housing drum, which comprises an entry opening provided for feeding in the chips and an exit opening for ejecting the chips, wherein, during the operation of the ejection device, the ejection blades of the ejection wheel, which is caused to rotate, collect the chips fed via the entry opening and eject the latter through the exit opening, characterised in that at least one ejection blade comprises at least one end piece separate from the respective vane surface, which end piece can be swivelled and its orientation or position can be changed from a folded-up state into a completely unfolded state, wherein the end piece in the folded-up state of the respective vane surface projects at least partially in the radial extension.
Method for fabricating a three-dimensional object by successive consolidation, layer by layer, of the selected regions of a layer of powder, the consolidated regions corresponding to successive sections of the three-dimensional object, the said method comprising the following steps taken in order: a - deposit a layer of powder onto a support; b - fuse the said layer of powder by means of a first laser energy source in such a manner as to obtain a fused layer corresponding to the section of the object and exhibiting a first state of its mechanical properties, c - heat at least a part of the fused layer by means of a second electron beam energy source to a temperature which follows a controlled variation over time in such a manner as to modify the said first state of the fused layer and to obtain a consolidated layer with improved mechanical properties, d - repeat the preceding steps until several superposed consolidated layers are formed with improved properties forming the said object. a - deposit a layer of powder onto a support; b - fuse the said layer of powder by means of a first laser energy source in such a manner as to obtain a fused layer corresponding to the section of the object and exhibiting a first state of its mechanical properties, c - heat at least a part of the fused layer by means of a second electron beam energy source to a temperature which follows a controlled variation over time in such a manner as to modify the said first state of the fused layer and to obtain a consolidated layer with improved mechanical properties, d - repeat the preceding steps until several superposed consolidated layers are formed with improved properties forming the said object.
Optical Line Terminal for a passive optical wavelength division multiplex network, comprising, - multiple optical transmitters operable to generate respective downstream signals having respective different downstream wavelengths that are located in the L-Band, - multiple optical receivers operable to receive respective upstream signals having respective different upstream wavelengths that are at least partially located in the C-Band, - a bi-directional optical amplifier (BSOA) - an optical interface, characterized in that said optical interface, said bi-directional optical amplifier (BSOA), said transmitters and said receivers are optically coupled such that - an upstream signal received at said optical interface is firstly provided to said bi-directional optical amplifier (BSOA) and subsequently from said bi-directional optical amplifier (BSOA) to one of said receivers, and such that - a downstream signal generated by one of said transmitters is firstly provided to said bi-directional optical amplifier (BSOA) and then subsequently to said optical interface, wherein the coupling is given by one or more optical filtering devices (MDM1, MDM2, MDM3), and wherein said bi-directional optical amplifier (BSOA) has a wavelength dependent gain function that is not constant and wherein said gain function has a maximal gain value for a wavelength located within said C-band, and wherein said gain function has a decreased gain value for a wavelength located within said L-band. - multiple optical transmitters operable to generate respective downstream signals having respective different downstream wavelengths that are located in the L-Band, - multiple optical receivers operable to receive respective upstream signals having respective different upstream wavelengths that are at least partially located in the C-Band, - a bi-directional optical amplifier (BSOA) - an optical interface, - an upstream signal received at said optical interface is firstly provided to said bi-directional optical amplifier (BSOA) and subsequently from said bi-directional optical amplifier (BSOA) to one of said receivers, and such that - a downstream signal generated by one of said transmitters is firstly provided to said bi-directional optical amplifier (BSOA) and then subsequently to said optical interface,