mhurhangee/ep-ind-claims huggingface dataset:
A recording head, comprising: a heat radiator; a head base body having a substrate placed on the heat radiator and a heat-generating-element array composed of a plurality of heat-generating elements arranged on the substrate; a bonding layer that is interposed between the heat radiator and the substrate and bonds the heat radiator with the substrate; and a plurality of spacer particles arranged within the bonding layer so as to abut on both of the heat radiator and the substrate, the bonding layer including a first region situated immediately below the heat-generating-element array and a second region extending in parallel with the first region, the second region being the region between the heat radiator and the head base body not situated immediately below the heat generating element array, characterized in that the spacer particles are arranged in the second region, whereas no spacer particle exists in the first region. a heat radiator; a head base body having a substrate placed on the heat radiator and a heat-generating-element array composed of a plurality of heat-generating elements arranged on the substrate; a bonding layer that is interposed between the heat radiator and the substrate and bonds the heat radiator with the substrate; and a plurality of spacer particles arranged within the bonding layer so as to abut on both of the heat radiator and the substrate, the bonding layer including a first region situated immediately below the heat-generating-element array and a second region extending in parallel with the first region, the second region being the region between the heat radiator and the head base body not situated immediately below the heat generating element array, characterized in that the spacer particles are arranged in the second region, whereas no spacer particle exists in the first region.
A surgical instrument for use with a robotic system that has a control unit for generating control motions, the surgical instrument comprising: a tool mounting portion; an interface for coupling the tool mounting portion to said robotic system, a shaft portion that includes an electrically conductive elongated member that is configured to be attached to a portion of said robotic system via said tool mounting portion and is configured to transmit the control motions from the robotic system; and an end effector that is operably coupled to the elongated electrically conductive member to receive said control motions from said robotic system, said end effector having at least one sensor that is electrically insulated from the elongated electrically conductive member such that the elongated electrically conductive member is configured to wirelessly radiate communication signals from the control unit to the at least one sensor and is configured to receive wirelessly radiated communication signals from the at least one sensor. a tool mounting portion; an interface for coupling the tool mounting portion to said robotic system, a shaft portion that includes an electrically conductive elongated member that is configured to be attached to a portion of said robotic system via said tool mounting portion and is configured to transmit the control motions from the robotic system; and an end effector that is operably coupled to the elongated electrically conductive member to receive said control motions from said robotic system, said end effector having at least one sensor that is electrically insulated from the elongated electrically conductive member such that the elongated electrically conductive member is configured to wirelessly radiate communication signals from the control unit to the at least one sensor and is configured to receive wirelessly radiated communication signals from the at least one sensor.
Process for printing a substrate containing curved surface sections by using an ink printing assembly with a movable print head comprising an ink carrier having an ink layer, the ink layer being irradiated regionally in such a way that heat bulges are formed in the ink layer which cause the splitting of ink droplets so that the ink printing assembly is working as nozzleless droplet ejector for ejecting droplets of ink from the ink layer, where the distance between the print head and the curved sections of the substrate is adjusted by moving the print head relative to the substrate by providing the print head with three degrees of freedom in translation, allowing horizontal (Tx), vertical (Tg) and in depth (Tz) translations. the ink layer being irradiated regionally in such a way that heat bulges are formed in the ink layer which cause the splitting of ink droplets so that the ink printing assembly is working as nozzleless droplet ejector for ejecting droplets of ink from the ink layer, where the distance between the print head and the curved sections of the substrate is adjusted by moving the print head relative to the substrate by providing the print head with three degrees of freedom in translation, allowing horizontal (Tx), vertical (Tg) and in depth (Tz) translations.
A ceramic foam filter, characterized in that the ceramic foam filter comprises the following materials provided in respective weight percentages: 20-50% of silicon carbide, 20-55% of zirconium oxide, and 10-36% of silicon oxide, preferably 25-45% of silicon carbide, 25-50% of zirconium oxide, and 14-30% of silicon oxide, more preferably 30-40% of silicon carbide, 30-45% of zirconium oxide, and 15-25% of silicon oxide, wherein all figures are based on the total weight of the ceramic foam filter.
Use of a shielding gas for tungsten-inert gas welding of ferritic steels, wherein the shielding gas contains at least 99.5% by volume of argon or an argon-helium mixture, characterized in that the shielding gas is a three- or four-component mixture and, as well as argon or argon and helium, contains doping of 10 to 2000 ppm of nitrogen and 10 to 500 ppm of carbon dioxide.
Vegetable food product, free from saccharose, lactose and egg, comprising a base ingredient, wherein said base ingredient comprises water and micronized particles of wholegrain gluten-free cereal seeds and is in the form of a fluid, wherein it comprises thickeners and flavourings, which give said food product a food substitute character in the form of vegetable drink characterised in that said gluten-free cereals are selected from the group consisting of: rice, corn, millet, buckwheat, sorghum, amaranth, quinoa, in that said vegetable food product does not contain soybean and in that said wholegrain seeds are sprouted seeds.
A liquid nutritional composition comprising partially hydrolysed protein, fat and from 0.1 to 10 grams per litre of an emulsifier with a hydrophilic lipophilic balance value of less than 5, from 0.1 to 10 grams per litre of an emulsifier with a hydrophilic lipophilic balance value of more than 5 and from 0.01 to 20 grams per litre of a low amylose starch, having an amylose content of less than 50% by weight.
A refrigerator comprising an ice making unit wherein ice cubes are formed and an ice cube tray that is moved by being rotated, a body whereon the ice cube tray is located and that encloses the ice cube tray and more than one sealing member that extends between the side walls of the body and the ice cube tray and of which one end is fixed on the body and the other end rests against the ice cube tray, characterized by the ice making unit comprising two sealing members that are disposed oppositely, one resting against the inner surface of the ice cube tray and the other against the outer surface of the ice cube tray.
A gaming controller accessory, comprising: a base clip removably mountable on an analog stick of a gaming controller; a finger pad mounted on top of the base clip wherein the finger pad is tiltable to a plurality of angles with respect to the base clip; a gripping surface fixed on top of the finger pad; and a compression device disposed between the base clip and the finger pad, wherein the compression device provides a tensile force between the base clip and the finger pad, characterized in that the compression device comprises at least one of: a compression spring, one or more extension springs, or compressible foam. a base clip removably mountable on an analog stick of a gaming controller; a finger pad mounted on top of the base clip wherein the finger pad is tiltable to a plurality of angles with respect to the base clip; a gripping surface fixed on top of the finger pad; and a compression device disposed between the base clip and the finger pad, wherein a gripping surface fixed on top of the finger pad; and a compression device disposed between the base clip and the finger pad, wherein the compression device provides a tensile force between the base clip and the finger pad, characterized in that the compression device comprises at least one of: a compression spring, one or more extension springs, or compressible foam.
A method for inducing cytotoxic T-cells in vitro, the method comprising: generating a target cell for cytotoxic T-cells on which surface HLA molecules are bound by an amino acid sequence having SEQ ID NO:13 and consisting of not less than 9 and not more than 11 amino acid residues. generating a target cell for cytotoxic T-cells on which surface HLA molecules are bound by an amino acid sequence having SEQ ID NO:13 and consisting of not less than 9 and not more than 11 amino acid residues.
A system for contact-free energy transmission, wherein a medium-frequency current is fed from a mains-supplied frequency converter with control electronics as a medium-frequency voltage source with a medium frequency having values of between 10 kHz and 100 kHz into a primary conductor system, from which consumers can be supplied by means of secondary coils associated in each case which are inductively coupled to the primary conductor system, wherein the primary conductor system has a forward conductor and a return conductor, wherein a current-compensated choke (L_K) is provided in the primary conductor system, which choke limits any fault currents occurring, characterised in that the current-compensated choke (L_K) comprises a first winding through which the current flowing through the forward conductor of the primary conductor system flows, and comprises a second winding through which the current flowing through the return conductor of the primary conductor system flows, the current-compensated choke (L_K) being supplied from a transformer which is supplied from a gyrator supplied with alternating current, an auxiliary winding (L_H) being arranged on a coil core common to the two windings, the system having a means for detecting voltage induced at the auxiliary winding (L_H) by fault current occurring in the primary conductor system, the choke (L_K) having an inductance of more than 10 mH, in particular of more than 20 mH.
A blood pumping device comprising - a first pump and a second pump, wherein each of the first and second pumps (2, 3) comprises one upper chamber having an inlet channel and one lower chamber having an outlet channel, said upper and lower chambers (9, 12) are separated by a movable valve plane provided with a valve; and - a first and second pump actuating means, wherein each of the first and second pump actuating means are configured to apply a movement to said valve plane in an upward and downward direction between said upper and lower chambers (9, 12) in response to control signals from a control unit, such that when said valve plane moves in an upward direction, the valve provided in the valve plane is in an open position allowing a flow of blood from the upper chamber to the lower chamber, and when the valve plane moves in a downward direction the valve is in the closed position and blood is ejected from the lower chamber through the outlet channel, thereby inducing a blood flow in a body's circulatory system, characterized in that a bottom part of the lower chamber is provided with a bag-like portion which bends between 90 to 340°, more preferably between 100 to 300°, more preferably between 105 to 200°, and most preferably between 110 to 150°. - a first pump and a second pump, wherein each of the first and second pumps (2, 3) comprises one upper chamber having an inlet channel and one lower chamber having an outlet channel, said upper and lower chambers (9, 12) are separated by a movable valve plane provided with a valve; and - a first and second pump actuating means, wherein each of the first and second pump actuating means are configured to apply a movement to said valve plane in an upward and downward direction between said upper and lower chambers (9, 12) in response to control signals from a control unit, such that when said valve plane moves in an upward direction, the valve provided in the valve plane is in an open position allowing a flow of blood from the upper chamber to the lower chamber, and when the valve plane moves in a downward direction the valve is in the closed position and blood is ejected from the lower chamber through the outlet channel, thereby inducing a blood flow in a body's circulatory system, characterized in that a bottom part of the lower chamber is provided with a bag-like portion which bends between 90 to 340°, more preferably between 100 to 300°, more preferably between 105 to 200°, and most preferably between 110 to 150°.
Method for manufacturing a flue gas passage section by means of a separate footing, wherein the flue gas passage section is provided with a circumferential metal inner jacket, a circumferential metal outer jacket and a circumferential intermediate space between the inner jacket and the outer jacket, wherein the intermediate space is filled with a flexible or resilient heat insulation blanket situated against the inner jacket and a solid cement-bonded insulation mass arranged between the insulation blanket and the outer jacket, wherein the footing is provided with an inner wall an outer wall and a bottom wall connecting the inner wall and the outer wall to each other, wherein the inner wall and the outer wall rise from the bottom wall to form a circumferential placement channel, wherein the method comprises placing the footing on a base, in its axial longitudinal direction placing the inner jacket upright on the footing, wherein an outer end of the inner jacket comes in abutting contact within the placement channel with the inner wall and preferably the bottom wall, arranging the insulation blanket against the inner jacket, in its axial longitudinal direction placing the outer jacket upright on the footing, wherein an outer end of the outer jacket comes in abutting contact within the placement channel with the outer wall and preferably the bottom wall, filling the intermediate space with the cement-bonded insulation mass and at least partially letting the cement-bonded insulation mass harden, characterised in that with respect to the bottom wall the inner wall is higher than the outer wall.
A displacement sensor comprising: a resistive element (312; 412); and a wiper element (314; 414); wherein the wiper element is separated from the resistive element in response to the displacement sensor being in a parked mode and wherein the wiper element is in sliding electrical contact with the resistive element in response to the displacement sensor being in a sensing mode; and characterized in that the resistive element comprises a notch and the wiper element comprises a wiper head (315; 415), wherein the wiper head is disposed in the notch in the parked mode such that the wiper head is separated from the resistive element. a resistive element (312; 412); and a wiper element (314; 414); wherein the wiper element is separated from the resistive element in response to the displacement sensor being in a parked mode and wherein the wiper element is in sliding electrical contact with the resistive element in response to the displacement sensor being in a sensing mode; and characterized in that the resistive element comprises a notch and the wiper element comprises a wiper head (315; 415), wherein the wiper head is disposed in the notch in the parked mode such that the wiper head is separated from the resistive element.
A method for optical imaging of an object using a micro lens field having at least two micro lenses (10a, 10b) and an image sensor, the image sensor including a plurality of image detector matrices (30; 30a, 30b) and each image detector matrix (30; 30a, 30b) including a plurality of image detectors (30'; 32a, 32b) and wherein an image detector matrix (30; 30a, 30b) is associated with each micro lens (10a, 10b) so that each micro lens (10a, 10b) together with the associated image detector matrix (30; 30a, 30b) forms an optical channel, comprising: a) imaging the object through the micro lens field onto the image sensor such that each object cell (840, 850) is imaged onto an image detector (30'; 32a, 32b), wherein neighboring object cells (840, 850) are imaged onto image detectors (30'; 32a, 32b) of neighboring optical channels so that micro images are formed on the image detector matrices (30; 30a, 30b) of the optical channels, characterized in that each micro image is interleaved with the micro images of the neighboring channels such that sampling grids (810, 820) of neighboring channels are not shifted in integer multiples of the sampling interval of a single channel with respect to each other. a) imaging the object through the micro lens field onto the image sensor such that each object cell (840, 850) is imaged onto an image detector (30'; 32a, 32b),
A method of manufacturing a varistor, wherein the method comprises: manufacturing a varistor body with two end faces (3, 4) based on one or more metal oxides, coating at least one end face of the varistor body with a layer of electrode material, characterized in that said electrode material contains aluminium or an alloy thereof and coating is performed by physical vapour deposition or chemical vapour deposition, whereby conditions, temperature 90 to 180°C and pressure 10 -4 to 10 -6 torr, during the coating are adapted such that the thickness of the layer is within the interval of from 5 micrometers to 30 micrometers. manufacturing a varistor body with two end faces (3, 4) based on one or more metal oxides, coating at least one end face of the varistor body with a layer of electrode material, characterized in that said electrode material contains aluminium or an alloy thereof and coating is performed by physical vapour deposition or chemical vapour deposition, whereby conditions, temperature 90 to 180°C and pressure 10 -4 to 10 -6 torr, during the coating are adapted such that the thickness of the layer is within the interval of from 5 micrometers to 30 micrometers.
A latent-heat storage material composition in which a latent-heat storage material capable of storing heat or releasing heat utilizing absorption or release of latent heat in association with phase change is mixed with an additive capable of adjusting a property of the latent-heat storage material, characterized in that the additive is a water-soluble substance belonging to a polysaccharide as a first additive and is a thickener to increase viscosity of a melt of the latent-heat storage material composition in a state of a liquid phase based on interaction of the thickener with water and a cation included in the latent-heat storage material composition, the thickener is gellan gum, and a mixing amount of the gellan gum relative to a whole weight of the latent-heat storage material composition is 1 wt% or less. characterized in that the additive is a water-soluble substance belonging to a polysaccharide as a first additive and is a thickener to increase viscosity of a melt of the latent-heat storage material composition in a state of a liquid phase based on interaction of the thickener with water and a cation included in the latent-heat storage material composition, the thickener is gellan gum, and a mixing amount of the gellan gum relative to a whole weight of the latent-heat storage material composition is 1 wt% or less.
A method for producing beads comprising an active component encased therein, the method comprising - providing a solution comprising milk protein product in which the milk protein has a degree of denaturation of at least 70%, alginate and an active component, - forming droplets with said solution; and - gelation of said droplets in a bath of a solution comprising a cation, to form beads. - providing a solution comprising milk protein product in which the milk protein has a degree of denaturation of at least 70%, alginate and an active component, - forming droplets with said solution; and - gelation of said droplets in a bath of a solution comprising a cation,
An enteric-coated composition including at least one probiotic component and at least one prebiotic component, wherein the probiotic component includes a mixed culture of bacteria selected from Streptococcus, Lactobacillus, Bacillus and Bifidobacteria microorganisms, wherein the bacteria are provided at a concentration of from 10 10 cfu/g to 10 12 cfu/g or from 10 10 cfu/mL to 10 12 cfu/mL.
Use of a composition to control the degree of heat-induced foam generation in a foodstuff system when said foodstuff system is heated, wherein the composition comprises a fatty acid ester of propylene glycol.
An assay device for detecting an analyte in a fluid sample, comprising a sample receiving member fluidically connected to one or more components (2, 3) defining an assay flow path, at least one of which is a detection member comprising an analyte detection zone, the assay flow path optionally comprising a control zone; wherein the device further comprises a sample-absorbing member that does not form part of the assay flow path, and that is not completely downstream of the analyte detection zone and/or the control zone if present, wherein the sample-absorbing member comprises a porous, fibrous or bibulous material.