mhurhangee/ep-ind-claims huggingface dataset:
A capacitive pressure sensor, comprising: a first electrode sheet in which a first electrode layer is formed on a first insulating sheet; a second electrode sheet in which a second electrode layer is formed on a second insulating sheet; an elastic body layer formed by a foam sheet in which air bubbles having an average air bubble diameter of 2 to 40 μm are dispersed and sandwiched between the first electrode sheet and the second electrode sheet; and adhesive layers, one of the adhesive layers being formed on a surface of the elastic body layer on a side of the first electrode sheet and another of the adhesive layers being formed on a surface of the elastic body layer on a side of the second electrode sheet, wherein when the first electrode sheet or the second electrode sheet is pressed, the capacitive pressure sensor detects a pressing force based on a capacitance change between the first electrode layer and the second electrode layer according to a distance change between the first electrode layer and the second electrode layer, characterized in that 95% or more of the air bubbles have an air bubble diameter of 50 μm or less. a first electrode sheet in which a first electrode layer is formed on a first insulating sheet; a second electrode sheet in which a second electrode layer is formed on a second insulating sheet; an elastic body layer formed by a foam sheet in which air bubbles having an average air bubble diameter of 2 to 40 μm are dispersed and sandwiched between the first electrode sheet and the second electrode sheet; and adhesive layers, one of the adhesive layers being formed on a surface of the elastic body layer on a side of the first electrode sheet and another of the adhesive layers being formed on a surface of the elastic body layer on a side of the second electrode sheet, wherein when the first electrode sheet or the second electrode sheet is pressed, the capacitive pressure sensor detects a pressing force based on a capacitance change between the first electrode layer and the second electrode layer according to a distance change between the first electrode layer and the second electrode layer, characterized in that 95% or more of the air bubbles have an air bubble diameter of 50 μm or less.
A particulate sensing system configured to detect particulates in exhaust gas from a combustion process, said system comprising: a first electrode; a second electrode spaced apart from the first electrode, wherein particulates are detected based on electrical conductivity between the first electrode and the second electrode; a heater element configured to heat the first electrode and the second electrode, wherein the first electrode, the second electrode, and the heater element cooperate to form a sensor; and a processor configured to operate the heater element to establish a sensor temperature greater than a dew-point temperature of the exhaust gas and less than a burn-off temperature of the sensor to reduce thermophoretic accumulation of particulates on the sensor, characterized in that the processor is further configured to apply a zero-bias voltage across the first electrode and the second electrode if the exhaust temperature of the exhaust gas is less than the dew-point temperature and, wherein the processor is further configured to apply a zero-bias voltage across the first electrode and the second electrode if the sensor temperature is greater than the exhaust temperature of the exhaust gas. a first electrode; a second electrode spaced apart from the first electrode, wherein particulates are detected based on electrical conductivity between the first electrode and the second electrode; a heater element configured to heat the first electrode and the second electrode, wherein the first electrode, the second electrode, and the heater element cooperate to form a sensor; and a processor configured to operate the heater element to establish a sensor temperature greater than a dew-point temperature of the exhaust gas and less than a burn-off temperature of the sensor to reduce thermophoretic accumulation of particulates on the sensor,
A foveated near-to-eye display device comprising a light modulator unit and an optical imaging module wherein said light modulator unit consists of at least one light source, a spatial light modulator, which displays computer generated holograms to spatially modulate the light incident from said one light source; said optical imaging module comprises at least one imaging lens capturing rays modulated by the spatial light modulator and forming a spatial light modulator image at a spatial light modulator image plane; wherein said imaging lens is disposed relative to pupil of a human eye such that a viewing box is formed at an exit pupil plane between the imaging lens and said spatial light modulator image plane and; wherein said pupil entirely lies inside said viewing box when said near-to-eye display device is in use, characterized in that the spatial light modulator image substantially overlaps with a rotation center of said human eye when the device is in use. said light modulator unit consists of at least one light source, a spatial light modulator, which displays computer generated holograms to spatially modulate the light incident from said one light source; said optical imaging module comprises at least one imaging lens capturing rays modulated by the spatial light modulator and forming a spatial light modulator image at a spatial light modulator image plane; wherein said imaging lens is disposed relative to pupil of a human eye such that a viewing box is formed at an exit pupil plane between the imaging lens and said spatial light modulator image plane and; wherein said pupil entirely lies inside said viewing box when said near-to-eye display device is in use, characterized in that the spatial light modulator image substantially overlaps with a rotation center of said human eye when the device is in use.
Dishwasher or laundry treatment apparatus, in particular a laundry treatment apparatus capable of washing and/or drying, comprising a liquid supply channel (24, 30) and/or a liquid reservoir (21, 22) and a droplet spraying device (26, 27), the droplet spraying device comprising: a membrane arranged in fluid connection with the liquid supply channel (24, 30) and/or the liquid reservoir (21, 22), wherein the membrane has a plurality of openings which have an average diameter such as to exert a capillary force onto the liquid and prevent escape of the liquid through the openings if the capillary force in not overcome, at least one actuator causing the membrane to vibrate; characterized in that in a first operation mode the vibration frequency and/or speed and/or the amplitude of the membrane is higher than in a second mode of operation, in the first operation mode of the droplet spraying device (26, 27) the liquid is completely, substantially or at least partially sprayed by the membrane, and in the second operation mode of the droplet spraying device (26, 27) the liquid is completely, substantially or at least partially flown through an outlet of the liquid supply channel or the liquid reservoir (21, 22). a membrane arranged in fluid connection with the liquid supply channel (24, 30) and/or the liquid reservoir (21, 22), wherein the membrane has a plurality of openings which have an average diameter such as to exert a capillary force onto the liquid and prevent escape of the liquid through the openings if the capillary force in not overcome, at least one actuator causing the membrane to vibrate; characterized in that in a first operation mode the vibration frequency and/or speed and/or the amplitude of the membrane is higher than in a second mode of operation, in the first operation mode of the droplet spraying device (26, 27) the liquid is completely, substantially or at least partially sprayed by the membrane, and in the second operation mode of the droplet spraying device (26, 27) the liquid is completely, substantially or at least partially flown through an outlet of the liquid supply channel or the liquid reservoir (21, 22).
A method for determining a growth status of a plant comprising chlorophyll, said method characterized by the steps of: illuminating said plant with input light including a light intensity modulation component (205, 206, 207, 208); detecting fluorescent light emitted from said plant; determining an offset light intensity surrounding the plant, said offset light intensity being a static component of said input light; determining a phase and a gain between said input light and said detected light, determining a growth status of said plant based on a predetermined relationship between input light and detected fluorescent light, and on said phase and said gain. illuminating said plant with input light including a light intensity modulation component (205, 206, 207, 208); detecting fluorescent light emitted from said plant; determining an offset light intensity surrounding the plant, said offset light intensity being a static component of said input light; determining a phase and a gain between said input light and said detected light, determining a growth status of said plant based on a predetermined relationship between input light and detected fluorescent light, and on said phase and said gain.
A glass furnace (10, 48, 55, 75) comprising: a furnace melt chamber (12, 49, 56, 82) to contain a glass melt having a top surface; and a screw conveyor (18, 36, 53, 78) as batch feeder to receive glass batch material and feed said material to the furnace melt chamber below the level of the glass melt top surface; a dam wall (22, 43, 52) disposed with respect to thescrew conveyor (18, 36, 53, 78) such that batch material from the screw conveyor (18, 36, 53, 78) must flow upward over the dam wall (22, 43, 52) before entering the furnace melt chamber (12, 49, 56, 82), wherein a top (27, 44, 64) of the dam wall is below the top surface of the glass melt level in the furnace melt chamber. a furnace melt chamber (12, 49, 56, 82) to contain a glass melt having a top surface; and a screw conveyor (18, 36, 53, 78) as batch feeder to receive glass batch material and feed said material to the furnace melt chamber below the level of the glass melt top surface; a dam wall (22, 43, 52) disposed with respect to thescrew conveyor (18, 36, 53, 78) such that batch material from the screw conveyor (18, 36, 53, 78) must flow upward over the dam wall (22, 43, 52) before entering the furnace melt chamber (12, 49, 56, 82), wherein a top (27, 44, 64) of the dam wall is below the top surface of the glass melt level in the furnace melt chamber.
Fixed window (1, 1') for a railway rolling stock car, intended to cover an opening formed in the bodywork of the stock car, which window (1, 1') comprises a first, so-called fixing frame (3, 3') provided to be secured at the border of the opening and a glass pane (4, 4') comprising a protective glazed main part (6, 6') and which is disposed on the fixing frame (3, 3') covering the opening, wherein the window (1, 1') comprises a second, so-called tight-fitting frame (5, 5') disposed on the glass pane (4, 4'), which glass pane (4, 4') comprises at least one peripheral lug (7, 7') which protrudes from the peripheral edge of its glazed main part (6, 6'), and which is fitted tightly between the fixing frame (3, 3') and the tight-fitting frame (5, 5') that are secured together.
A portable apparatus (1, 31) for the transmission of signals for data transmission to a second apparatus, wherein the portable apparatus is portable by a user, including at least two electrodes (3, 4) and means for applying an electrical signal between the electrodes (3, 4) such that by means of the electrodes the signal may be coupled into the body of the user, and are detectable from the body by means of at least one electrode of the second apparatus, characterized in that the mentioned means for applying the electric signal between the electrodes (3, 4) are part of transmitter electronics, moreover, the transmitter electronics includes means (63, 64) for producing the electrical signal depending on specified data, and the transmitter electronics is configured as an application specified integrated circuit (ASIC), characterized in that a communications connection between the transmitter electronics and an input unit of the portable apparatus (1; 31) is present, wherein signals transmitted by the transmitter electronics are dependent from input data, and the portable apparatus (1, 31) is configured as a mobile phone, and the input unit of the portable apparatus (1; 31) corresponds to the input unit of the mobile phone.
A sighting system comprising a base supporting a cradle, the cradle holding a sighting device having a line of sight, the cradle being adapted to make the sighting device pivot about at least one axis of rotation with respect to the base, a first tilt sensor rigidly attached to the base, the sighting system is characterized in that it comprises a second tilt sensor rigidly attached to the sighting device as well as means for connecting each tilt sensor to a central unit, the central unit is adapted to measure a difference between the measurements made by each tilt sensor, in such a way as to quantify a tilt angle between the base and the sighting device.
A full glass facade comprising at least a facade support structure (1, 2) and a number of surface elements which are attached in front of the facade support structure (1, 2), wherein at least two surface elements, in particular two side surfaces of the surface elements facing one another, form a gap, at least one glass holder being provided, which is connected to the facade support structure (1, 2) and the surface elements and extends through a portion of the gap, the gap being partially filled with silicone, a closing profile being fitted between the silicone and the at least one glass holder, characterised in that the closing profile has, at least partially, an U-shaped cross-section with a base side and two legs, wherein the closing profile is an elongated profile, in particular an aluminium profile or a steel profile, wherein the base side of the closing profile is connected to the facade support structure (1, 2) and/or to the at least one glass holder and/or to the at least one insulating profile by means of at least one screw, wherein the head of the at least one screw has been made unusable after assembly, and wherein the legs of the closing profile are arranged largely parallel to the side surfaces of the at least two surface elements.
A connection device for use with extension members of a bone anchor, comprising a sleeve defining a longitudinal axis and configured to be placed at least partially around a portion of at least one of the extension members, the extension member comprising a free end and the sleeve comprising a wall portion that extends at least partially around the portion of the at least one extension member; wherein the wall portion comprises at least one opening that is configured to permit the free end of the at least one extension member to extend at least partially therethrough; and wherein the sleeve comprises a contact surface configured to be contacted by the extension member; characterized in that the contact surface is shaped and oriented such that when the sleeve is placed around the extension member and moved away from the free end of the extension member towards the bone anchor, a clamping force is generated which maintains the sleeve at least temporarily on the extension member. a sleeve defining a longitudinal axis and configured to be placed at least partially around a portion of at least one of the extension members, the extension member comprising a free end and the sleeve comprising a wall portion that extends at least partially around the portion of the at least one extension member; wherein the wall portion comprises at least one opening that is configured to permit the free end of the at least one extension member to extend at least partially therethrough; and wherein the sleeve comprises a contact surface configured to be contacted by the extension member; characterized in that the contact surface is shaped and oriented such that when the sleeve is placed around the extension member and moved away from the free end of the extension member towards the bone anchor, a clamping force is generated which maintains the sleeve at least temporarily on the extension member.
A drug increasing TfR1 palmitoylation for use in the treatment of neurodegeneration with brain iron accumulation (NBIA) in a subject in need thereof, wherein said drug is artesunate and wherein the NBIA results from a disease gene selected from PANK2, PLA2G6, FA2H, C19ORF12, FTL, CRAT and REPS1.
Method for processing food products for obtaining a ready-made food product, said method comprising: - a step of preparing a food product during which one or more raw materials, which constitute the food product to be obtained, are worked; - a low temperature cooking step during which the food product previously processed during the preparation step is cooked in vacuum mode; - a cold pasteurization step during which the food product is subjected to a pressure of at least 3,000bar, wherein during said cold pasteurization step the food product does not exceed a temperature close to room temperature; - a packing step during which the food product is put in a pack; - a step of preserving the food products at a temperature comprised between 0 and 4°C. - a step of preparing a food product during which one or more raw materials, which constitute the food product to be obtained, are worked; - a low temperature cooking step during which the food product previously processed during the preparation step is cooked in vacuum mode; - a cold pasteurization step during which the food product is subjected to a pressure of at least 3,000bar, wherein during said cold pasteurization step the food product does not exceed a temperature close to room temperature; - a packing step during which the food product is put in a pack; - a step of preserving the food products at a temperature comprised between 0 and 4°C.
A dowel for mounting an insulating element on a substructure, comprising a pressing part and a dowel sleeve, wherein the pressing part is connected to the dowel sleeve in a pre-assembly position with an expansion element, wherein the pressing part comprises a pressing plate that is equipped with a cutting device comprising one or more cutting elements, wherein the dowel sleeve comprises a guide element and an extension formed thereon, wherein the extension bears an expansion zone which is also integrally formed on the extension, and wherein a head of the expansion element is held axially unmoveable and rotationally fixed on the pressing part, characterised in that the dowel sleeve is inserted with the guide element of same into a guide of the pressing part, in that the head of the expansion element limits the axial adjustment of the dowel sleeve, wherein the dowel sleeve in the final assembly position abuts the underside of the head.
A laminated polyester film comprising a polyester film and a coating layer which is formed of a coating solution comprising a compound having an isocyanate-based reactive group and a urethane bond, a urethane resin and at least one crosslinking agent, wherein compound is the core of particles having a core/shell structure whose outside surface is covered with the urethane resin as shell, wherein contents of the compound, the urethane resin and the crosslinking agent in the coating solution are 5 to 70% by weight, 10 to 80% by weight and 10 to 70% by weight, respectively, based on a total solid content of the coating solution, wherein an isocyanate-based reactive group means an unreacted isocyanate group at a terminal end of the compound or a terminal isocyanate group protected with a blocking agent, wherein the coating solution is in the form of a water dispersion, wherein compound is a urethane resin produced by reacting a polyol with an excessive amount of polyisocyanate which has an isocyanate group at a terminal end thereof, wherein the urethane resin is synthesized from a polyisocyanate component, a polyol component and a chain extender being a diamine or a polyamine, has a tetra- to deca-methylene structure in a skeletal structure thereof and has a glass transition point of not higher than 10°C, wherein the urethane resin is of the self-emulsifiable type and comprises in the skeleton of the urethane resin a nonionic hydrophilic group or an ionic group, wherein the nonionic hydrophilic group is a ethylenoxide chain and the ionic group is selected from a carboxyl group, sulfonic acid group, phosphoric acid group and a quaternary ammonium group.
A nuclear fuel comprising: a bulk fuel material in a powder form; and a fuel additive component selected from the group consisting of metal, metal alloy, metal oxide, metalloid oxide, metal carbide, metalloid carbide, metal nitride, metalloid nitride, metal boride, metalloid boride and mixtures or alloys thereof in a powder form, wherein a grain size of the bulk fuel material is larger than a grain size of the fuel additive component, wherein the grains of the fuel additive component coat the grains of the bulk fuel material, characterized in that a volume ratio of the total grain volume of the fuel additive component to the total grain volume of the bulk fuel material is greater than 4*Rs/Rl, wherein "Rs" is the radius of the grains in the fuel additive component and "Rl" is the radius of the grains in the bulk fuel material. a bulk fuel material in a powder form; and a fuel additive component selected from the group consisting of metal, metal alloy, metal oxide, metalloid oxide, metal carbide, metalloid carbide, metal nitride, metalloid nitride, metal boride, metalloid boride and mixtures or alloys thereof in a powder form, wherein a grain size of the bulk fuel material is larger than a grain size of the fuel additive component, wherein the grains of the fuel additive component coat the grains of the bulk fuel material, characterized in that a volume ratio of the total grain volume of the fuel additive component to the total grain volume of the bulk fuel material is greater than 4*Rs/Rl, wherein "Rs" is the radius of the grains in the fuel additive component and "Rl" is the radius of the grains in the bulk fuel material.