mhurhangee/ep-ind-claims huggingface dataset:
A blender, comprising: a jar comprising a blade module configured to pulverize food or to mix fluids; a main body comprising a motor configured to rotate the blade module, if the jar is placed onto the main body; and a controller (640, 610) disposed inside the main body and configured to operate the motor; wherein the main body comprises an outer case made of metal and defining an outer appearance of the main body, wherein the outer case comprises a touch input portion on an outer upper surface thereof, wherein a touch sensor is disposed on an inner surface of the outer case at a position corresponding to the position of the touch input portion and is configured to detect touch manipulation input to the touch input portion, and wherein the controller (640, 610) is configured to determine an operation time period of the motor based on a number of inputs of the touch manipulation detected by the touch sensor. a jar comprising a blade module configured to pulverize food or to mix fluids; a main body comprising a motor configured to rotate the blade module, if the jar is placed onto the main body; and a controller (640, 610) disposed inside the main body and configured to operate the motor; wherein the main body comprises an outer case made of metal and defining an outer appearance of the main body, wherein the outer case comprises a touch input portion on an outer upper surface thereof, wherein a touch sensor is disposed on an inner surface of the outer case at a position corresponding to the position of the touch input portion and is configured to detect touch manipulation input to the touch input portion, and wherein the controller (640, 610) is configured to determine an operation time period of the motor based on a number of inputs of the touch manipulation detected by the touch sensor.
A therapeutic or diagnostic agent for use in a method for selectively delivering an effective amount of the agent to a first location of a targeted organ or tissue in a patient, the method comprising the steps of: (a) implanting a biocompatible solid support in the patient at the targeted organ or tissue, wherein the solid support comprises a hydrogel selected from the group consisting of polysaccharide hydrogels, alginate and hyaluronic acid; and is linked to a first binding agent, wherein the first location of the targeted organ or tissue cannot be selectively targeted by chemical or biological targeting agents over other locations of the targeted organ or tissue in the patient; and (b) administering to the patient the therapeutic or diagnostic agent linked to a second binding agent, wherein the first and second binding agents are each independently selected from the group consisting of cyclooctene and tetrazine, such that the first and second binding agents covalently bind to one another upon contact, thereby selectively delivering the effective amount of the therapeutic or diagnostic agent to the first location of the targeted organ or tissue in the patient. (a) implanting a biocompatible solid support in the patient at the targeted organ or tissue, wherein the solid support comprises a hydrogel selected from the group consisting of polysaccharide hydrogels, alginate and hyaluronic acid; and is linked to a first binding agent, wherein the first location of the targeted organ or tissue cannot be selectively targeted by chemical or biological targeting agents over other locations of the targeted organ or tissue in the patient; and (b) administering to the patient the therapeutic or diagnostic agent linked to a second binding agent, wherein the first and second binding agents are each independently selected from the group consisting of cyclooctene and tetrazine, such that the first and second binding agents covalently bind to one another upon contact, thereby selectively delivering the effective amount of the therapeutic or diagnostic agent to the first location of the targeted organ or tissue in the patient.
Locking device, in particular padlock or bicycle lock, comprising a first lock body and a second lock body, where the first and second lock bodies (2, 3) can be interlocked with each other, and it comprises an interlocking device formed separately from the first and second locks (2, 3), in particular an electromechanical interlocking device, of which a first portion can be inserted into the first lock body and of which a second portion can be inserted into the second lock body, and each of the portions (1a, 1b) has at least one latching element, with which interlocking of the respective portion (1a, 1b) on the respective lock element (2, 3) can be effected, characterized in that the interlocking device can be enclosed in its entirety by the first and second lock body (2, 3), in particular accommodated completely in an internal space formed jointly by two lock bodies (2, 3).
A polymeric composition, comprising a poly(ethylene glycol), a viscoelastic polymer, that is hyaluronic acid, an initiator for promoting polymerisation of the poly(ethylene glycol) and the viscoelastic polymer, and an antioxidant which is trehalose, wherein, in polymerized form, the composition has a refractive index, measured according to the method disclosed in the experimental part of this specification, of 1.30 to 1.40, wherein the initiator is a photo initiator which is a combination of eosin Y, triethanolamine and N-vinyl-2-pyrrolidinone and wherein the poly(ethylene glycol) is poly(ethylene glycol) diacrylate.
An N, P, K, NP, NK, PK or NPK type fertilizing composition, characterized in that it includes metallic ions complexed with humic substances, the metal ions consisting in cobalt, iron and molybdenum, to improve the capacity to biologically fix nitrogen by nitrogen-fixing microorganisms present in the soil and increase the absorption of the nitrogen in the form of ammonium derivatives, nitrite and nitrate by the plants.
An electrode comprising: - a titanium electrode substrate, - a layer of TiO x (30, 40) with a total thickness in the range of between 40 - 200 μm on at least one surface of the electrode substrate wherein a porosity of the layer of TiO x (30, 40) is below 15%, - an electro-catalytic layer comprising oxides of ruthenium and cerium comprising at least 50 molar % ruthenium oxide on the layer of TiO x (30, 40) and wherein x is in the range 1 - 2 for the layer of TiO x (30, 40). - a titanium electrode substrate, - a layer of TiO x (30, 40) with a total thickness in the range of between 40 - 200 μm on at least one surface of the electrode substrate wherein a porosity of the layer of TiO x (30, 40) is below 15%, - an electro-catalytic layer comprising oxides of ruthenium and cerium comprising at least 50 molar % ruthenium oxide on the layer of TiO x (30, 40) and wherein x is in the range 1 - 2 for the layer of TiO x (30, 40).
A hand sprayer for weed control in gardens, farms, and on paths, operating with liquid hot water and having a water container for storing heated water, which has a closable filling opening for pouring in the liquid water and an outlet opening, which is connected to a nozzle assembly for spraying the previously heated water, having an electrically operated water heating unit, arranged on the water container, for heating the water, and having a pressure increasing unit for increasing the pressure of the water to be sprayed, characterized in that the pressure increasing unit is designed as an electrically driven pump and, for an autonomous operating mode, a chargeable battery supply is provided as the power supply of the water heating unit and the pressure increasing unit, wherein the water heating unit, the pump and the power supply with battery, charge regulator, and network connection, are installed in a housing (11a, 11b) enclosing the water container, and wherein a screw cover for closing the filling opening is provided, and wherein the pump is provided as a pressure-increasing delivery pump at the outlet of the water container, to increase the pressure in the water to be sprayed, and wherein a pressure build up prevention unit is provided, which only permits the pump to be turned on, when the water heating unit is turned off.
A lithium complex oxide sintered plate for use in a positive electrode of a lithium secondary battery, wherein the lithium complex oxide sintered plate has a structure in which a plurality of primary grains having a layered rock-salt structure are bonded, the lithium complex oxide has a composition represented by the formula: Li x (Co 1-y M y)O 2±δ, wherein 1.0≤x≤1.1, 0<y≤0.1, 0≤δ<1, and M is at least one selected from the group consisting of Mg, Ni, Al and Mn, and the primary grains have a mean tilt angle of more than 0° to 30° or less, the mean tilt angle being a mean value of the angles defined by the planes of the primary grains and the plate face of the lithium complex oxide sintered plate.
A combination of an apparatus for the application of adhesive materials for the laying of flooring or roofing surfaces and a container containing adhesive materials, the apparatus comprising: a frame to which a trowel blade is secured, means for positioning said trowel blade with regard to the subfloor or surface over which it is to be moved, at least one receptacle chamber for said container, wherein a first wall portion of said receptacle chamber is provided with a first through opening or channel through the wall portion of such a shape that it mates with a corresponding outlet provided on said container, characterized in that the receptacle chamber comprising a second similar wall portion juxtaposed said first wall portion, whereby an intermediate chamber is defined by said first and second wall portions (10, 11) and where the second wall portion is provided with a second through opening (11") of such a shape, and placed such relative to said first through opening that said outlet of the container can pass through said first through opening, via said intermediate chamber and through said second through opening (11") thereby providing fluid communication between the container and the exhaust chamber, the container comprising a flexible bag portion attached to an end plate, said outlet being provided in said end plate, the dimensions, shapes and inclination of the outlet being such that it snugly fits between the first and second wall portions (10, 11) between the receptacle chamber and the exhaust chamber of said apparatus. a frame to which a trowel blade is secured, means for positioning said trowel blade with regard to the subfloor or surface over which it is to be moved, at least one receptacle chamber for said container, wherein a first wall portion of said receptacle chamber is provided with a first through opening or channel through the wall portion of such a shape that it mates with a corresponding outlet provided on said container, characterized in that the receptacle chamber comprising a second similar wall portion juxtaposed said first wall portion, whereby an intermediate chamber is defined by said first and second wall portions (10, 11) and where the second wall portion is provided with a second through opening (11") of such a shape, and placed such relative to said first through opening that said outlet of the container can pass through said first through opening, via said intermediate chamber and through said second through opening (11") thereby providing fluid communication between the container and the exhaust chamber, the container comprising a flexible bag portion attached to an end plate, said outlet being provided in said end plate, the dimensions, shapes and inclination of the outlet being such that it snugly fits between the first and second wall portions (10, 11) between the receptacle chamber and the exhaust chamber of said apparatus.
An automated method for acoustic evaluation of a target, the method comprising: generating respective acoustic transmission events via selected transmitting ones of a plurality of electroacoustic transducers; in response to the respective acoustic transmission events, receiving respective acoustic echo signals using other receiving ones of the plurality of electroacoustic transducers; and coherently summing representations of the respective received acoustic echo signals to generate a pixel or voxel value corresponding to a specified spatial location of the target, including weighting contributions from the respective representations to suppress contributions from acoustic propagation paths outside a specified angular range with respect to a surface on or within the target, wherein weighting contributions from the respective representations comprises determining an angular relationship between a propagation axis and an axis perpendicular or tangent to the surface on or within the target and applying a weighting function based on the angular relationship. generating respective acoustic transmission events via selected transmitting ones of a plurality of electroacoustic transducers; in response to the respective acoustic transmission events, receiving respective acoustic echo signals using other receiving ones of the plurality of electroacoustic transducers; and coherently summing representations of the respective received acoustic echo signals to generate a pixel or voxel value corresponding to a specified spatial location of the target, including weighting contributions from the respective representations to suppress contributions from acoustic propagation paths outside a specified angular range with respect to a surface on or within the target,
A dispersion liquid of a silica-based composite particle, containing a silica-based composite particle that has a core particle mainly composed of amorphous silica, and bound thereto a ceria particle mainly composed of crystalline ceria, the ceria particle further having on the surface thereof a silica film, the silica-based composite particle having an average particle size of 50 to 350 nm, and having features to below: the silica-based composite particle has a mass ratio of silica and ceria of 100:11 to 316; the silica-based composite particle when measured by X-ray diffractometry allows detection of a crystal phase of ceria only; and the silica-based composite particle when measured by X-ray diffractometry is found to have a crystallite size of crystalline ceria on the plane of 10 to 25 nm. the silica-based composite particle has a mass ratio of silica and ceria of 100:11 to 316; the silica-based composite particle when measured by X-ray diffractometry allows detection of a crystal phase of ceria only; and the silica-based composite particle when measured by X-ray diffractometry is found to have a crystallite size of crystalline ceria on the plane of 10 to 25 nm.
A heat recovery device manufacturing method for manufacturing the heat recovery device in which a denitration device, which includes a plurality of catalyst members for decomposing nitrogen oxides, is installed and which recovers heat from gas containing nitrogen oxides, wherein the heat recovery device which is unequipped with the denitration device includes: a heat recovery part (1, 2, 3) for recovering heat from the gas; and a first opening/closing part which can be opened and closed to carry the catalyst members from an outside of the heat recovery device to an inside of the heat recovery device where the heat recovery part (1, 2, 3) is installed, and the manufacturing method comprises: a first carry-in step of carrying a plurality of separate support members for supporting the catalyst members through the first opening/closing part to the inside of the heat recovery device; a first installation step of installing the plurality of support members, which are carried to the inside of the heat recovery device in the first carry-in step, at positions where the heat recovery part (1, 2, 3) is not installed inside the heat recovery device and joining the adjacent support members to each other; a second carry-in step of carrying the plurality of catalyst members through the first opening/closing part to the inside of the heat recovery device; and a second installation step of installing the plurality of catalyst members, which are carried to the inside of the heat recovery device in the second carry-in step, at positions on the plurality of support members which are installed in the first installation step. a heat recovery part (1, 2, 3) for recovering heat from the gas; and a first opening/closing part which can be opened and closed to carry the catalyst members from an outside of the heat recovery device to an inside of the heat recovery device where the heat recovery part (1, 2, 3) is installed, and a first carry-in step of carrying a plurality of separate support members for supporting the catalyst members through the first opening/closing part to the inside of the heat recovery device; a first installation step of installing the plurality of support members, which are carried to the inside of the heat recovery device in the first carry-in step, at positions where the heat recovery part (1, 2, 3) is not installed inside the heat recovery device and joining the adjacent support members to each other; a second carry-in step of carrying the plurality of catalyst members through the first opening/closing part to the inside of the heat recovery device; and a second installation step of installing the plurality of catalyst members, which are carried to the inside of the heat recovery device in the second carry-in step, at positions on the plurality of support members which are installed in the first installation step.
A method for preserving fresh food comprising the following steps: (a) providing an aqueous solution, wherein the solution is an alkaline solution with a pH value > 11.5; (b) providing an aqueous solution, comprising 0.5% to 25% w/w ascorbate and/or isoascorbate ions; (c) applying the solution on the fresh food; and (d) in a subsequent step applying the solution on the same fresh food. (a) providing an aqueous solution, wherein the solution is an alkaline solution with a pH value > 11.5; (b) providing an aqueous solution, comprising 0.5% to 25% w/w ascorbate and/or isoascorbate ions; (c) applying the solution on the fresh food; and (d) in a subsequent step applying the solution on the same fresh food.
Brake system for a vehicle comprising: a brake caliper; a brake fluid container connected to a brake pipe; a brake hose connecting the brake pipe to the brake caliper; a refractometer arranged in a connector connecting the brake hose to the brake caliper or to the brake pipe and configured to measure a refraction of the brake fluid at the brake caliper; a temperature sensor arranged in the proximity of the refractometer and configured to measure a temperature of the brake fluid in the proximity of the brake caliper; and a control unit configured to determine a water content of the brake fluid based on the measured refraction and the measured temperature. a brake caliper; a brake fluid container connected to a brake pipe; a brake hose connecting the brake pipe to the brake caliper; a refractometer arranged in a connector connecting the brake hose to the brake caliper or to the brake pipe and configured to measure a refraction of the brake fluid at the brake caliper; a temperature sensor arranged in the proximity of the refractometer and configured to measure a temperature of the brake fluid in the proximity of the brake caliper; and a control unit configured to determine a water content of the brake fluid based on the measured refraction and the measured temperature.
An upper body apparel item (100, 600, 1600) having an integrated air duct system, the apparel item (100, 600, 1600) comprising: a first air inflow duct (120, 620, 1622) located on a front right portion of the apparel item (100, 600, 1600), the first inflow duct (120, 620, 1622) formed by permanently and discontinuously affixing a front edge of a panel (114, 614, 1618) that forms, at least in part, a right sleeve of the apparel item (100, 600, 1600) and an upper edge of a right front panel (110, 610, 1610) of the apparel item (100, 600, 1600); and a second air inflow duct (122, 622, 1624) located on a front left portion of the apparel item (100, 600, 1600), the second inflow duct (122, 622, 1624) formed by permanently and discontinuously affixing a front edge of a second panel (116, 616, 1620) that forms, at least in part, a left sleeve of the apparel item (100, 600, 1600) and an upper edge of a left front panel (112, 612, 1614) of the apparel item (100, 600, 1600), wherein: at the areas where the edges of the panels are discontinuously affixed together, at least one of the panel edges is reinforced with a reinforcement strip (136, 1100, 1120, 1140, 1630) that extends along the length of the at least one of the panel edges, wherein the reinforcement strip (136, 1100, 1120, 1140, 1630) is configured such that the respective inflow duct (120, 620, 1622; 122, 622, 1624) is permanently maintained in an open state; and the first inflow duct (120, 620, 1622) is skewed in a positive direction from a vertical axis bisecting the first inflow duct (120, 620, 1622), to be diagonally oriented, and the second inflow duct (122, 622, 1624) is skewed in a negative direction from a vertical axis bisecting the second inflow duct (122, 622, 1624), to be diagonally oriented. at the areas where the edges of the panels are discontinuously affixed together, at least one of the panel edges is reinforced with a reinforcement strip (136, 1100, 1120, 1140, 1630) that extends along the length of the at least one of the panel edges, wherein the reinforcement strip (136, 1100, 1120, 1140, 1630) is configured such that the respective inflow duct (120, 620, 1622; 122, 622, 1624) is permanently maintained in an open state; and the first inflow duct (120, 620, 1622) is skewed in a positive direction from a vertical axis bisecting the first inflow duct (120, 620, 1622), to be diagonally oriented, and the second inflow duct (122, 622, 1624) is skewed in a negative direction from a vertical axis bisecting the second inflow duct (122, 622, 1624), to be diagonally oriented.
Device for making contact with an electronic or electric system, in particular for contacting a circuit carrier, wherein the device consists of or comprises at least one measuring tip which can be placed on at least one place-on structure of the electronic or electric system for the purpose of a measurement, wherein the measuring tip comprises at least one outer conductor and at least one inner conductor which is surrounded by the outer conductor, wherein at least one dielectric is located between the outer conductor and the inner conductor, and wherein the measuring tip comprises at least one end-side place-on region, by means of which the measuring tip can be placed onto the place-on structure of the system, wherein the place-on region comprises only a partial region of the end-side face of the outer conductor, wherein the measuring tip further comprises a projecting portion at the end and a portion which is recessed relative to the projecting portion, characterized in that the projecting portion constitutes the place-on region of the outer conductor, a partial region of the face-side end of the outer conductor forms the place-on region of the outer conductor and the place-on region of the outer conductor is partially circumferential.
An inflatable support supplied with air from a pump by means of valve, the support being an alternating inflatable support (11, 12), a sensor positioned under the support to measure the movements of a patient on the support, and control means configured to adjust the inflation and/or deflation of the support (11, 12) by the pump in response to the measurement values from the sensor, characterised in that the control means is further configured to control the valve to adjust the cycle times of the support (11, 12) in response to the measurement values from the sensor.
A hair producing agent selected from 2-piperazino-6-methyl-5-oxo-5,6-dihydro- pyrro-[3,4-d] pyrimidine or a pharmaceutically acceptable salt thereof for use in a method of treating hair loss or delaying the onset of hair loss in a patient in need thereof.