mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method for a three-dimensional object using a laminate forming method using an inkjet scheme, wherein a radically polymerized ultraviolet curing ink having an elongation percentage within twelve hours after a curing of 130% or greater is used as a modeling agent, wherein the elongation percentage of the ultraviolet curing ink within twelve hours after the curing is less than 300%, wherein "elongation percentage" of the radically polymerized ultraviolet curing ink refers to a ratio of elongation obtained before a print layer had a crack on a sample piece with a thickness of 90 μm, a width of 8 cm, and a length of 15 cm having the radically polymerized ultraviolet curing ink printed in a single layer over its entire surface, and having an elongation percentage in a long direction of at least 300%, while the sample piece is elongated in the long direction at a speed of 50 mm/min, wherein in the laminate forming method, printing and curing of the modeling agent is performed in layer units in that the model agent is discharged from an inkjet head and cured to form a layer on the layer formed by discharging the modeling agent from the inkjet head and curing to form a layer, and wherein in forming two adjacent layers, the ultraviolet curing ink is printed, after which ultraviolet light is radiated to semi-cure the ultraviolet curing ink, and the ultraviolet curing ink is further printed on the semi-cured ultraviolet curing ink, after which the ultraviolet light is radiated to cure the semi-cured ultraviolet curing ink. wherein a radically polymerized ultraviolet curing ink having an elongation percentage within twelve hours after a curing of 130% or greater is used as a modeling agent, wherein the elongation percentage of the ultraviolet curing ink within twelve hours after the curing is less than 300%, wherein "elongation percentage" of the radically polymerized ultraviolet curing ink refers to a ratio of elongation obtained before a print layer had a crack on a sample piece with a thickness of 90 μm, a width of 8 cm, and a length of 15 cm having the radically polymerized ultraviolet curing ink printed in a single layer over its entire surface, and having an elongation percentage in a long direction of at least 300%, while the sample piece is elongated in the long direction at a speed of 50 mm/min, wherein in the laminate forming method, printing and curing of the modeling agent is performed in layer units in that the model agent is discharged from an inkjet head and cured to form a layer on the layer formed by discharging the modeling agent from the inkjet head and curing to form a layer, and wherein in forming two adjacent layers, the ultraviolet curing ink is printed, after which ultraviolet light is radiated to semi-cure the ultraviolet curing ink, and the ultraviolet curing ink is further printed on the semi-cured ultraviolet curing ink, after which the ultraviolet light is radiated to cure the semi-cured ultraviolet curing ink.
Manual shoot remover, manoeuvrable via a handle with cross-body strap, comprising a rolled profile structure (1, 1.1, 1.2) formed by a base with a rolled profile section, centred on its lower part, also incorporating a ball-head connector designed to anchor a handle with cross-body strap and, positioned on the same base with ball-head connector, a fixed side (3, 3.1, 3.2) forming part of the rolled profile structure and a moving side (4, 4.1, 4.2), there being interchangeable brushes with several rows of bristles inserted in the profile of the said sides, wherein both the fastening of the interchangeable brushes to the profiles of the sides (3, 3.1, 3.2) and the fastening of the moving side (4, 4.1, 4.2) to the base with ball-head connector is adjusted by means of bolts, and wherein the moving side (4, 4.1, 4.2) has a position adjustable along the base with the rolled profile section.
Closure element having at least one vent opening, wherein the closure element is a closure plug which comprises a peg-shaped lower part having an underside, wherein the at least one vent opening is formed by a channel in the closure plug, which, starting at an inlet opening into the channel, extends upwards from the underside of the peg-shaped lower part in the interior of the closure plug and leads out of the closure plug through a lateral outlet opening, wherein the lateral outlet opening is the only outlet opening of the closure plug, characterized in that the channel has an enlarged orifice cross-section at the lateral outlet opening.
Set of chemicals comprising the following components A) a ceramic material comprising or consisting of a silicate ceramic material, B) a binder comprising or consisting of a gelling agent, wherein the gelling agent is a crosslinked polymer, characterized in that the silicate ceramic material is selected from the group consisting of feldspar and leucite ceramics. A) a ceramic material comprising or consisting of a silicate ceramic material, B) a binder comprising or consisting of a gelling agent, wherein the gelling agent is a crosslinked polymer,
A sustained release composition of 4-aminopyridine for use in a method of dosing to improve at least one neuro-cognitive or neuro-psychiatric parameter in a patient, wherein the patient has multiple sclerosis.
A computer-implemented method of detecting a touch between at least part of a first object and at least part of a second object, wherein the first object has a different temperature than the second object, the method comprising: receiving a thermal image, wherein the thermal image captures a warm spot resulting from the touch between the first and second objects (403, 410), localizing blobs in the thermal image, identifying, based on the thermal image, a first temperature interval associated with the first object and a second temperature interval associated with the second object, identifying a third temperature interval between the first temperature interval and the second temperature interval, calculating a histogram of temperatures in the thermal image and using the histogram as a basis to define the first and second temperature intervals (407, 409) and the third temperature interval, and detecting a touch between the first object and the second object in response to determining that a group of pixels of the thermal image that fall within the third temperature interval satisfies an expected size of a blob based on a size of the first object, wherein the group of pixels is detected using a blob detection technique. receiving a thermal image, wherein the thermal image captures a warm spot resulting from the touch between the first and second objects (403, 410), localizing blobs in the thermal image, identifying, based on the thermal image, a first temperature interval associated with the first object and a second temperature interval associated with the second object, identifying a third temperature interval between the first temperature interval and the second temperature interval, calculating a histogram of temperatures in the thermal image and using the histogram as a basis to define the first and second temperature intervals (407, 409) and the third temperature interval, and detecting a touch between the first object and the second object in response to determining that a group of pixels of the thermal image that fall within the third temperature interval satisfies an expected size of a blob based on a size of the first object, wherein the group of pixels is detected using a blob detection technique.
A wireless communication terminal that supports aggregated carrier access, the terminal comprising: a transceiver; a controller coupled to the transceiver, the controller configured to determine a first power headroom for an anchor carrier based on an anchor carrier resource allocation received at the transceiver, the controller configured to determine, based on the anchor carrier resource allocation, a second power headroom for at least one additional carrier, wherein the wireless communication terminal does not have a resource allocation on the at least one additional carrier; and the controller configured to cause the transceiver to transmit a power headroom report based on the first power headroom of the anchor carrier and the second power headroom of the at least one additional carrier. a transceiver; a controller coupled to the transceiver, the controller configured to determine a first power headroom for an anchor carrier based on an anchor carrier resource allocation received at the transceiver, the controller configured to determine, based on the anchor carrier resource allocation, a second power headroom for at least one additional carrier, wherein the wireless communication terminal does not have a resource allocation on the at least one additional carrier; and the controller configured to cause the transceiver to transmit a power headroom report based on the first power headroom of the anchor carrier and the second power headroom of the at least one additional carrier.
A polyester multifilament comprising core-in-sheath composite fibers, the core-in-sheath composite fibers comprising: a high-viscosity polyester as a core component; and a low-viscosity polyester as a sheath component, the core component and the sheath component forming a core-in-sheath composite, and the polyester multifilament having a difference in intrinsic viscosity between the core component and the sheath component of 0.20 to 1.00, a total fineness of 4 to 30 dtex, a single-yarn fineness of 1.0 to 5.0 dtex, a breaking strength of 5.0 to 9.0 cN/dtex, a fracture elongation of 12 to 45%, a degree of interlacement of 2.0 to 15.0/m, and a number of filaments of 3 to 15, wherein the breaking strength and the fracture elongation are measured according to JIS L1013. a high-viscosity polyester as a core component; and a low-viscosity polyester as a sheath component, the core component and the sheath component forming a core-in-sheath composite, and the polyester multifilament having a difference in intrinsic viscosity between the core component and the sheath component of 0.20 to 1.00, a total fineness of 4 to 30 dtex, a single-yarn fineness of 1.0 to 5.0 dtex, a breaking strength of 5.0 to 9.0 cN/dtex, a fracture elongation of 12 to 45%, a degree of interlacement of 2.0 to 15.0/m, and a number of filaments of 3 to 15, wherein the breaking strength and the fracture elongation are measured according to JIS L1013.
Method for the design of a filter arrangement for the air supply to a turbomachine, having the steps: • a present concentration n(d), and/or a concentration n(d) to be expected, of particles in the air present at the inlet of at least one filter stage of the filter arrangement is determined as a function of the mean size d of the particles; • a sensitivity spectrum S(d) is determined which specifies, as a function of the mean size d of the particles, to what extent a given concentration of these particles has an adverse effect on the power and/or on the service life of the turbomachine by erosion and/or chemical corrosion; • for at least one filter candidate which can be used in the filter stage and/or activated or deactivated, from the concentration n(d) and the filter characteristics of the filter candidate, the concentration n'(d) of the particles to be expected at the outlet of the filter stage is determined; • from the concentration n'(d) and the sensitivity spectrum S(d), a quality value (1a, 14a) is determined and assigned to the filter candidate and/or to the filter arrangement; • the filter arrangement is formed from one or more filter candidates such that the flow resistance of the filter arrangement is optimized under a predefined boundary condition for the quality value (1a, 14a). • a present concentration n(d), and/or a concentration n(d) to be expected, of particles in the air present at the inlet of at least one filter stage of the filter arrangement is determined as a function of the mean size d of the particles; • a sensitivity spectrum S(d) is determined which specifies, as a function of the mean size d of the particles, to what extent a given concentration of these particles has an adverse effect on the power and/or on the service life of the turbomachine by erosion and/or chemical corrosion; • for at least one filter candidate which can be used in the filter stage and/or activated or deactivated, from the concentration n(d) and the filter characteristics of the filter candidate, the concentration n'(d) of the particles to be expected at the outlet of the filter stage is determined; • from the concentration n'(d) and the sensitivity spectrum S(d), a quality value (1a, 14a) is determined and assigned to the filter candidate and/or to the filter arrangement; • the filter arrangement is formed from one or more filter candidates such that the flow resistance of the filter arrangement is optimized under a predefined boundary condition for the quality value (1a, 14a).
A method of producing hydrogen of very high purity from a feed predominantly containing said hydrogen and a minor part of impurities mainly consisting of carbon dioxide, carbon monoxide, methane and heavier hydrocarbons, said feed being introduced into at least one adsorption column made up of a plurality of beds, said method comprising at least the following stages: a) a stage of partial or complete, cocurrent or counter-current pressurization of said feed until the pressure of the adsorption stage (P ads) is reached, in the range 1,5 MPa to 5 MPa, by means of an additional pure hydrogen or feed stream, b) a stage of adsorption at high pressure P ads of the impurities of the feed pressurized in stage a), carried out on an adsorbent solid contained in one or more beds, c) a stage of cocurrent or counter-current depressurization of the stream from stage b) until the desorption pressure P des in the range 0.4 MPa to 2 MPa is reached, d) a cocurrent or counter-current desorption stage at high pressure P des, said pressure P des being lower than the adsorption stage pressure, wherein at least one adsorbent making up a bed or part of a bed has a carbon dioxide dynamic capacity of at least 2 mmole/g between an adsorption pressure (P ads) of 5 MPa and a CO 2 desorption pressure (P des) of 0.4 MPa, the dynamic capacity being defined as the difference between the amount of CO 2 adsorbed under the adsorption stage conditions and the amount that remains adsorbed after desorption. a) a stage of partial or complete, cocurrent or counter-current pressurization of said feed until the pressure of the adsorption stage (P ads) is reached, in the range 1,5 MPa to 5 MPa, by means of an additional pure hydrogen or feed stream, b) a stage of adsorption at high pressure P ads of the impurities of the feed pressurized in stage a), carried out on an adsorbent solid contained in one or more beds, c) a stage of cocurrent or counter-current depressurization of the stream from stage b) until the desorption pressure P des in the range 0.4 MPa to 2 MPa is reached, d) a cocurrent or counter-current desorption stage at high pressure P des, said pressure P des being lower than the adsorption stage pressure,
An apparatus operable to process a machine international mobile subscriber identity, M-IMSI, attach request from a machine-to-machine, M2M, terminal, said apparatus comprising: a processor; and memory including computer program code, said memory and said computer program code configured to, with said processor, cause said apparatus to perform at least the following: receive said attach request from said M2M terminal comprising an identity type and an assigned M-IMSI of said M2M terminal; check said identity type of said attach request and transmit said attach request to a machine home server, MHS, if said identity type is "M-IMSI"; receive an authenticate response from said MHS indicating acceptance or rejection of said attach request; and provide said authenticate response to said M2M terminal. a processor; and memory including computer program code, said memory and said computer program code configured to, with said processor, cause said apparatus to perform at least the following: receive said attach request from said M2M terminal comprising an identity type and an assigned M-IMSI of said M2M terminal; check said identity type of said attach request and transmit said attach request to a machine home server, MHS, if said identity type is "M-IMSI"; receive an authenticate response from said MHS indicating acceptance or rejection of said attach request; and provide said authenticate response to said M2M terminal. receive said attach request from said M2M terminal comprising an identity type and an assigned M-IMSI of said M2M terminal; check said identity type of said attach request and transmit said attach request to a machine home server, MHS, if said identity type is "M-IMSI"; receive an authenticate response from said MHS indicating acceptance or rejection of said attach request; and provide said authenticate response to said M2M terminal.
An indicator device for connection to a pair of terminals of an electric system and fixation to a panel of a machine electric box and/or of a pushbutton box, which device comprises: - a casing designed to be secured to the panel of a machine and/or to a pushbutton box and defining a longitudinal axis; - an electronic board housed in said casing and having a top face and a bottom face; - a pair of conductive pads arranged on the bottom face of said board; - at least one light source mounted on the top face of said board and having a pair of contacts electrically connected to said pair of pads; - connecting means for electrically connecting said pads directly with the terminals of the system; wherein said casing is made of a first insulating base material and said board is made of a second insulating base material having a maximum compression strength (C max) of predetermined value; wherein said casing comprises a body designed to be secured to the panel and a bottom member having a pair of seats for housing said connecting means and wherein said connecting means comprise pressure elements; characterized in that an electronic circuit is mounted on the top face of said board, and said board has a main extension plan which extents perpendicularly to said longitudinal axis, said first base material of said casing being selected to have a maximum tensile strength (T max) lower than the maximum compression strength (C max) of the second base material of the board, said pressure elements being configured for exerting on said pads a stress smaller than said predetermined value of maximum compression strength (C max) of the second base material of the board. - a casing designed to be secured to the panel of a machine and/or to a pushbutton box and defining a longitudinal axis; - an electronic board housed in said casing and having a top face and a bottom face; - a pair of conductive pads arranged on the bottom face of said board; - at least one light source mounted on the top face of said board and having a pair of contacts electrically connected to said pair of pads; - connecting means for electrically connecting said pads directly with the terminals of the system;
A method of retrieving information for video data, the method comprising retrieving a first portion of media content in accordance with a unicast protocol, during start-up or during channel changes: the media content conforming to an adaptive video streaming over HTTP network protocol; and the method further comprising: retrieving a second portion of the media content in accordance with a multicast protocol via a file delivery service, wherein the first portion and the second portion are temporally consecutive in the media content. retrieving a first portion of media content in accordance with a unicast protocol, during start-up or during channel changes: the media content conforming to an adaptive video streaming over HTTP network protocol; and the method further comprising: retrieving a second portion of the media content in accordance with a multicast protocol via a file delivery service, wherein the first portion and the second portion are temporally consecutive in the media content. the media content conforming to an adaptive video streaming over HTTP network protocol; and the method further comprising: retrieving a second portion of the media content in accordance with a multicast protocol via a file delivery service, wherein the first portion and the second portion are temporally consecutive in the media content. retrieving a second portion of the media content in accordance with a multicast protocol via a file delivery service, wherein the first portion and the second portion are temporally consecutive in the media content.
Flow cytometer arrangement comprising - a flow measurement cell, - a mixer, - a first pump and a second pump, - an inlet connection, - a dye reservoir (410, 420), and - a sheath fluid reservoir, - wherein the first pump is connected on the inlet side to the inlet connection for suction of sample fluid, - wherein the second pump is connected on the inlet side to the dye reservoir (410, 420) for suction of dye, - wherein the first pump and the second pump are connected on the outlet side to the mixer, in order to pump sample fluid and dye into the mixer, and the mixer is designed to mix the sample fluid and the dye to give a mixture, - wherein the second pump is connected on the inlet side to the mixer for suction of the mixture, and - wherein the second pump is connected on the outlet side to the flow measurement cell in order to produce a sample jet through the flow measurement cell from the mixture, characterized in that - the first pump is connected on the inlet side to the sheath fluid reservoir for suction of sheath fluid, - the first pump is connected on the outlet side to the flow measurement cell in order to produce a sheath jet through the flow measurement cell that ensheaths the sample jet from the sheath fluid. - a flow measurement cell, - a mixer, - a first pump and a second pump, - an inlet connection, - a dye reservoir (410, 420), and - a sheath fluid reservoir, - wherein the first pump is connected on the inlet side to the inlet connection for suction of sample fluid, - wherein the second pump is connected on the inlet side to the dye reservoir (410, 420) for suction of dye, - wherein the first pump and the second pump are connected on the outlet side to the mixer, in order to pump sample fluid and dye into the mixer, and the mixer is designed to mix the sample fluid and the dye to give a mixture, - wherein the second pump is connected on the inlet side to the mixer for suction of the mixture, and - wherein the second pump is connected on the outlet side to the flow measurement cell in order to produce a sample jet through the flow measurement cell from the mixture, characterized in that - the first pump is connected on the inlet side to the sheath fluid reservoir for suction of sheath fluid, - the first pump is connected on the outlet side to the flow measurement cell in order to produce a sheath jet through the flow measurement cell that ensheaths the sample jet from the sheath fluid.