mhurhangee/ep-ind-claims huggingface dataset:
A textile machine comprising: a winding unit; a sub duct arranged corresponding to each of a predetermined number of the winding units, and configured such that a removal object substance generated in the winding unit flows in the sub duct; a sub blower that generates, within the sub duct, a suction stream for sucking the removal object substance; a filter member arranged in the sub duct, and configured to allow part of the suction stream to pass therethrough; a discharge part that discharges the part of the suction stream having passed through the filter member; a centralized duct connected to the sub duct, and configured such that part of the suction stream not having passed through the filter member and the removal object substance flow in the centralized duct; and a centralized blower that generates, within the centralized duct, an air stream for moving the removal object substance, characterized in that the flow rate of the suction stream that is discharged from the discharge part is larger than the flow rate of the suction stream that flows from the sub duct to the centralized duct, and the sub duct is configured such that, with respect to a direction in which the suction stream flows in the sub duct, a cross-sectional area of a flow passage at the downstream side of the filter member is smaller than a cross-sectional area of a flow passage at the upstream side of the filter member. a winding unit; a sub duct arranged corresponding to each of a predetermined number of the winding units, and configured such that a removal object substance generated in the winding unit flows in the sub duct; a sub blower that generates, within the sub duct, a suction stream for sucking the removal object substance; a filter member arranged in the sub duct, and configured to allow part of the suction stream to pass therethrough; a discharge part that discharges the part of the suction stream having passed through the filter member; a centralized duct connected to the sub duct, and configured such that part of the suction stream not having passed through the filter member and the removal object substance flow in the centralized duct; and a centralized blower that generates, within the centralized duct, an air stream for moving the removal object substance, characterized in that the flow rate of the suction stream that is discharged from the discharge part is larger than the flow rate of the suction stream that flows from the sub duct to the centralized duct, and the sub duct is configured such that, with respect to a direction in which the suction stream flows in the sub duct, a cross-sectional area of a flow passage at the downstream side of the filter member is smaller than a cross-sectional area of a flow passage at the upstream side of the filter member.
A refrigerator including: an outer case and an inner case; a foam insulation material filled between said outer case and said inner case; a side panel constituting a side face of said outer case; a back panel constituting a back face of said outer case; a first heat reflective material attached to said back panel; and a back condenser provided behind said first heat reflective material and constituting a part of a cooling system that cools an inside of said refrigerator, characterized in that said first heat reflective material is held with a part of said first heat reflective material held between a side end portion of said back panel and a flange (119a, 119b), wherein said flange (119a, 119b) is formed by bending a rear end portion of said side panel.
Method for applying at least one electric field to adherent cells adhering to the bottom of a reaction space, in which the electric field is generated by applying a voltage to at least two active electrodes (48, 56, 63), wherein at least three electrodes (48, 49, 56, 57, 63, 64) are provided, at least two of these electrodes are active electrodes (48, 63) when the voltage is applied for generating a first electric field, and wherein at least a second electric field is generated, characterized in that at least one of the two former active electrodes (48, 63) is a floating electrode (57, 64) when the voltage is applied for generating the second electric field, wherein as many electric fields as necessary are generated during generation of further electric fields to make at least once floating electrodes (57, 64) out of all electrodes (48, 63) that have been active when the first electric field was generated.
A wheelchair comprising • wheels (2, 3); • a support frame (4, 5) that engages with the wheels; • a seat base fitted to the frame (4, 5); and • a suspension between the support frame (4, 5) and the seat base; wherein the suspension is configured such that, when a human occupant seats on the seat base, the suspension allows a movement of the seat base with respect to the support frame (4,5), so that the suspension dampens a body weight force between the seat base and the support frame (4, 5); • a backrest that is secured to the frame by way of a set of lever arms (15, 16) at each side, each set comprising one lever arm secured to the backrest and another lever arm secured to the support frame (4, 5), for each set at least one of the lever arms (15, 16) is configured to pivot with respect to the other (15, 16) to enable adjustment of incline of the backrest when an occupant of the seat presses their back against the backrest; wherein for each set one of the lever arms is secured to the backrest by way of a bracket and the other is secured to the support frame (4, 5) by way of a clamp. • wheels (2, 3); • a support frame (4, 5) that engages with the wheels; • a seat base fitted to the frame (4, 5); and • a suspension between the support frame (4, 5) and the seat base; wherein the suspension is configured such that, when a human occupant seats on the seat base, the suspension allows a movement of the seat base with respect to the support frame (4,5), so that the suspension dampens a body weight force between the seat base and the support frame (4, 5); • a backrest that is secured to the frame by way of a set of lever arms (15, 16) at each side, each set comprising one lever arm secured to the backrest and another lever arm secured to the support frame (4, 5), for each set at least one of the lever arms (15, 16) is configured to pivot with respect to the other (15, 16) to enable adjustment of incline of the backrest when an occupant of the seat presses their back against the backrest; wherein for each set one of the lever arms is secured to the backrest by way of a bracket and the other is secured to the support frame (4, 5) by way of a clamp.
A spool valve comprising: a valve housing having a pilot fluid passage defined therein, the pilot fluid passage allowing pilot fluid to flow therethrough, and comprising a first portion and a second portion lengthwisely spaced apart from each other, and a spool movably inserted in the valve housing, the spool comprising a plug able to enter the pilot fluid passage between the first portion and the second portion to change a flow area of the pilot fluid passage following movement of the spool, wherein the valve housing has a guide hole defined therein, the guide hole connected to the pilot fluid passage between the first portion and the second portion, and the plug enters the pilot fluid passage through the guide hole, characterized in that cross-sections of the plug and the guide hole defined across lengths of the plug and the guide hole are shaped to prevent rotation of the plug. a valve housing having a pilot fluid passage defined therein, the pilot fluid passage allowing pilot fluid to flow therethrough, and comprising a first portion and a second portion lengthwisely spaced apart from each other, and a spool movably inserted in the valve housing, the spool comprising a plug able to enter the pilot fluid passage between the first portion and the second portion to change a flow area of the pilot fluid passage following movement of the spool, wherein the valve housing has a guide hole defined therein, the guide hole connected to the pilot fluid passage between the first portion and the second portion, and the plug enters the pilot fluid passage through the guide hole, characterized in that cross-sections of the plug and the guide hole defined across lengths of the plug and the guide hole are shaped to prevent rotation of the plug.
A rifle scope comprising: a scope body; a movable optical element defining an optical axis connected to the scope body; a turret (22, 24) having a turret screw defining a screw axis and operably connected to the movable optical element for adjusting the optical axis in response to rotation of the turret screw; a cam disc operably connected to the turret screw for rotation therewith; the cam disc defining a guide surface wrapping about the screw axis and terminating at first and second ends (198, 200); a turret chassis coupled to the scope body, the turret chassis comprising a radial slot in the floor thereof; a cam follower element slidably arranged within the radial slot and operable to engage the guide surface, and to engage the first and second ends (198, 200), the engagement of the first and second ends (198, 200) defining the rotational limits of the turret (22, 24); and wherein each of the first and the second ends (198, 200) are at different radial distances from the screw axis. a scope body; a movable optical element defining an optical axis connected to the scope body; a turret (22, 24) having a turret screw defining a screw axis and operably connected to the movable optical element for adjusting the optical axis in response to rotation of the turret screw; a cam disc operably connected to the turret screw for rotation therewith; the cam disc defining a guide surface wrapping about the screw axis and terminating at first and second ends (198, 200); a turret chassis coupled to the scope body, the turret chassis comprising a radial slot in the floor thereof; a cam follower element slidably arranged within the radial slot and operable to engage the guide surface, and to engage the first and second ends (198, 200), the engagement of the first and second ends (198, 200) defining the rotational limits of the turret (22, 24); and wherein each of the first and the second ends (198, 200) are at different radial distances from the screw axis.
A method of making an electrochemical sensor with a functionalised electrode surface comprising the steps of reacting an aminoalkyl phenol with a heterobifunctional cross-linking agent to form a soluble bifunctional aminoalkylphenol conjugate having dual polymerisable functionality and chemical reactive functionality; reacting the bifunctional aminoalkylphenol conjugate in solution with a soluble affinity reagent to form an affinity reagent conjugate; applying the affinity reagent conjugate to an electrode surface; and polymerising the affinity reagent conjugate on the surface to form a functionalised electrode surface.
A magnetizable chemical composition comprising: - at least one polar solvent selected from the group comprising an alcohol with a number of carbon atoms from C 8 to C 14, polytetrahydrofuran, or a mixture thereof; - a ferromagnetic component, including a plurality of magnetizable particles of Stable Single Domain type selected from the group comprising magnetite, substituted magnetite and/or ferrite in an amount from 5 to 15% by volume of solvent and having a diameter from about 20 nm to 50 nm; and - a polymer component including polyvinyl butyral or polyvinyl butyral-vinyl alcohol- vinyl acetate copolymer in a percentage from 3 to 15% by volume of solvent, said polymeric component being shaped as a net or mesh and delimiting a plurality of housing cells or zones, in each of which one of said particles is housed immersed in said polar solvent. - at least one polar solvent selected from the group comprising an alcohol with a number of carbon atoms from C 8 to C 14, polytetrahydrofuran, or a mixture thereof; - a ferromagnetic component, including a plurality of magnetizable particles of Stable Single Domain type selected from the group comprising magnetite, substituted magnetite and/or ferrite in an amount from 5 to 15% by volume of solvent and having a diameter from about 20 nm to 50 nm; and - a polymer component including polyvinyl butyral or polyvinyl butyral-vinyl alcohol- vinyl acetate copolymer in a percentage from 3 to 15% by volume of solvent, said polymeric component being shaped as a net or mesh and delimiting a plurality of housing cells or zones, in each of which one of said particles is housed immersed in said polar solvent.
A soft decision value generation circuit, comprising: phase rotation means for subjecting a received symbol after coherent detection and a delayed received symbol obtained by delaying the received symbol to such phase rotation processing as to move the received symbol and the delayed received symbol to a first quadrant of a complex plane, the phase rotation being performed in units of pi/2; delay means provided at a prior stage of the phase rotation means, for delaying the received symbol by one symbol; addition means (3a, 3b) for calculating absolute values of soft decision values for soft decision value candidates which are candidates for soft decision value based on values of in-phase components and quadrature components of the phase-rotated received symbol and delayed received symbol, wherein a number of the soft decision value candidates is restricted based on predetermined subsets of soft decision values candidates associated with each possible phase quadrant of a received symbol; minimum value selection means (4a, 4b) for selecting a minimum value out of the absolute values of the soft decision values; and sign reflection means (5a, 5b) for giving sign code to the minimum value according to the phase of the received symbol after the phase rotation to generate a soft decision value. phase rotation means for subjecting a received symbol after coherent detection and a delayed received symbol obtained by delaying the received symbol to such phase rotation processing as to move the received symbol and the delayed received symbol to a first quadrant of a complex plane, the phase rotation being performed in units of pi/2; delay means provided at a prior stage of the phase rotation means, for delaying the received symbol by one symbol; addition means (3a, 3b) for calculating absolute values of soft decision values for soft decision value candidates which are candidates for soft decision value based on values of in-phase components and quadrature components of the phase-rotated received symbol and delayed received symbol, wherein a number of the soft decision value candidates is restricted based on predetermined subsets of soft decision values candidates associated with each possible phase quadrant of a received symbol; minimum value selection means (4a, 4b) for selecting a minimum value out of the absolute values of the soft decision values; and sign reflection means (5a, 5b) for giving sign code to the minimum value according to the phase of the received symbol after the phase rotation to generate a soft decision value.
Arrangement with a gantry lift device in form of a straddle carrier for handling containers, in particular ISO containers, wherein the gantry lift device is set up such that it can navigate automatically guided by means of grid navigation, and wherein the gantry lift device comprises a sensor apparatus for the navigation of the gantry lift device and a clearance profile which is formed in such a manner that the gantry lift device can move without collision over a container, and comprising a row of spaced-apart marking elements for grid navigation, wherein the gantry lift device and the row of marking elements are located in relation to each other such that the gantry lift device can be moved along the row of marking elements by means of grid navigation, wherein the row of marking elements can be read by the sensor apparatus of the gantry lift device, characterised in that the sensor apparatus (12a, 12b), in an operating position, is arranged outside the clearance profile on the gantry lift device in order, in the operating position, to read the row of marking elements for the navigation of the gantry lift device, wherein the row of marking elements is located next to the clearance profile of the gantry lift device and below a running gear support of the gantry lift device.
A method for surface-modifying an object made of a rubber vulcanizate or a thermoplastic elastomer, the method comprising: step 1 of forming polymerization initiation points on a surface of the object; and step 2 of radically polymerizing a monomer starting from the polymerization initiation points by irradiation with ultraviolet light having a wavelength of 300 to 400 nm in the presence of an alkali metal salt to grow polymer chains on the surface of the object, wherein the alkali metal salt is at least one of sodium chloride or potassium chloride, wherein the monomer is at least one of an alkali metal-containing monomer or a halogen-containing monomer or a zwitterionic monomer, wherein the halogen-containing monomer is a nitrogen-containing monomer represented by the Formula: wherein A represents an oxygen atom or NH; B represents a C1-C4 alkylene group; R 101 represents a hydrogen atom or a methyl group; R 102, R 103, and R 104 are the same as or different from one another and each represent a C1-C4 alkyl group; and X - represents a halogen ion. step 1 of forming polymerization initiation points on a surface of the object; and step 2 of radically polymerizing a monomer starting from the polymerization initiation points by irradiation with ultraviolet light having a wavelength of 300 to 400 nm in the presence of an alkali metal salt to grow polymer chains on the surface of the object, wherein the alkali metal salt is at least one of sodium chloride or potassium chloride, wherein
An architecture configured to be employed within one or more User equipments,UEs, the architecture comprising: a communications array comprising an array of antennas and configured to receive one or more reference signals of one or more reference signal ports of a subframe, wherein the reference signals are analog beamformed cell-specific reference signals associated with one or more cells, and wherein adjacent small cells are categorized as different cell groups for reference signals, said cell groups associated with respective resource elements and said resource elements spread across subbands and symbols at the subframe; and a control component configured to decode the received reference signals and perform analog beam tracking and demodulation based on the one or more received reference signals. a communications array comprising an array of antennas and configured to receive one or more reference signals of one or more reference signal ports of a subframe, wherein the reference signals are analog beamformed cell-specific reference signals associated with one or more cells, and wherein adjacent small cells are categorized as different cell groups for reference signals, said cell groups associated with respective resource elements and said resource elements spread across subbands and symbols at the subframe; and a control component configured to decode the received reference signals and perform analog beam tracking and demodulation based on the one or more received reference signals.
Active position indicator comprising a movable tip element configured to be displaced from an initial position in a displacement direction by a tip displacement depending on the force acting on a tip arranged on a distal end of the tip element; a position signal circuit connected with said movable tip element and configured to generate an indicator position signal to be applied on the tip; and a force sensor for detecting a force acting on the tip comprising a capacitive element with a capacitance value depending on the tip displacement for generating an electric feedback signal indicating the tip displacement; characterized in that the capacitive element comprises a capacitor distance depending on the tip displacement and a capacitor surface depending on the tip displacement.
Pressing means guiding device for a baler, having at least one endless pressing means with at least two pressing-means segments (34a, b), having at least one guiding means arranged at least regionally between the pressing-means segments (34a, b), wherein the guiding means is mounted for conjoint rotation on a common axle with a roller, characterized in that the roller is mounted rotatably on or about the axle.
A water-based ink comprising a colorant, polyester resin particles and modified polyolefin resin particles, in which the polyester resin particles are constituted of a resin comprising an amorphous polyester having a glass transition temperature of not lower than 40°C and not higher than 100°C, and a mass ratio of the polyester resin particles to the modified polyolefin resin particles (polyester resin particles/modified polyolefin resin particles) is not less than 10/90 and not more than 90/10.
A method for determining a vehicle operator's visual input of an object in the operator's surroundings, the method comprising: - receiving, by a first input of a control means, an object position signal indicative of the position of at least one object in the operator's surroundings; - receiving, by a second input of said control means, an operator motion input signal indicative of physiological data comprising information relating to at least one of eye, face, head and upper body motion of the operator of the vehicle; - estimating, by said control means, an operator eye-gaze direction based on the operator motion input signal, in which the estimated operator eye-gaze direction comprises a total eye-gaze distribution indicative of probability for different eye-gaze directions of the operator; and - determining, by said control means, a visual input quality value representative of level of visual input of the at least one object received by the operator, based on the object position signal and the estimated operator eye-gaze direction, wherein the visual input quality value is indicative of how aware the operator is of the object. - receiving, by a first input of a control means, an object position signal indicative of the position of at least one object in the operator's surroundings; - receiving, by a second input of said control means, an operator motion input signal indicative of physiological data comprising information relating to at least one of eye, face, head and upper body motion of the operator of the vehicle; - estimating, by said control means, an operator eye-gaze direction based on the operator motion input signal, in which the estimated operator eye-gaze direction comprises a total eye-gaze distribution indicative of probability for different eye-gaze directions of the operator; and - determining, by said control means, a visual input quality value representative of level of visual input of the at least one object received by the operator, based on the object position signal and the estimated operator eye-gaze direction, wherein the visual input quality value is indicative of how aware the operator is of the object.