mhurhangee/ep-ind-claims huggingface dataset:
An ambient air temperature control and purification system in a building, comprising: - at least one thermal emitter, which is a fan coil unit or an indoor air conditioning unit and which comprises a motor-fan unit comprising a motor and a fan forming means for moving the ambient air, the thermal emitter comprising means for heat exchange between the ambient air and a heat transfer fluid circuit, the means for moving being capable of circulating the ambient air against the means for heat exchange, - a valve for adjusting the flow of the heat transfer fluid, - means for measuring the temperature of the ambient air, - means for detecting the concentration of at least one pollutant in the ambient air, - a device for purifying the ambient air including at least one purification module capable of treating particulate, chemical or biological pollutants detected by said means for detecting the concentration of at least one pollutant in the ambient air, the intensity of the purification device being a function of the intensity of the means for moving the ambient air, - a control unit capable of controlling the activation of the means for moving the ambient air, the valve, and the purification device as a function of the temperature of the ambient air and of the concentration of pollutant in the ambient air. - at least one thermal emitter, which is a fan coil unit or an indoor air conditioning unit and which comprises a motor-fan unit comprising a motor and a fan forming means for moving the ambient air, the thermal emitter comprising means for heat exchange between the ambient air and a heat transfer fluid circuit, the means for moving being capable of circulating the ambient air against the means for heat exchange, - a valve for adjusting the flow of the heat transfer fluid, - means for measuring the temperature of the ambient air, - means for detecting the concentration of at least one pollutant in the ambient air, - a device for purifying the ambient air including at least one purification module capable of treating particulate, chemical or biological pollutants detected by said means for detecting the concentration of at least one pollutant in the ambient air, the intensity of the purification device being a function of the intensity of the means for moving the ambient air, - a control unit capable of controlling the activation of the means for moving the ambient air, the valve, and the purification device as a function of the temperature of the ambient air and of the concentration of pollutant in the ambient air.
A virus detection device comprising: a diffusion unit configured to diffuse a virus in a gas as an inspection target into an aqueous solution containing a fluorescent antibody specifically adsorptive to the virus by bringing the gas into contact with the aqueous solution and configured to adsorb the fluorescent antibody to the virus in the gas; an atomization unit configured to atomize the aqueous solution and generate a mist group of the aqueous solution in which the gas is diffused; a fluorescence measuring unit configured to measure a fluorescence intensity of the mist group; and an air current generator configured to form an air current flowing toward the fluorescence measuring unit from the atomization unit. a diffusion unit configured to diffuse a virus in a gas as an inspection target into an aqueous solution containing a fluorescent antibody specifically adsorptive to the virus by bringing the gas into contact with the aqueous solution and configured to adsorb the fluorescent antibody to the virus in the gas; an atomization unit configured to atomize the aqueous solution and generate a mist group of the aqueous solution in which the gas is diffused; a fluorescence measuring unit configured to measure a fluorescence intensity of the mist group; and an air current generator configured to form an air current flowing toward the fluorescence measuring unit from the atomization unit.
A material processing apparatus comprising at least one vibrating component and a vibratory drive system for vibrating said at least one vibrating component, said vibratory drive system comprising a plurality of rotatable drive shafts (17A, 17B) each carrying at least one mass eccentrically located with respect to the rotational axis of the shaft in order to unbalance the rotation of the shaft, a respective drive mechanism coupled to a respective one of said drive shafts for rotating the respective drive shaft, and a controller for operating at least one of said drive mechanisms to control the rotational speed of the respective drive shaft, wherein said controller is configured to adjust the rotational speed of at least one of said drive shafts to adjust the relative angular position of the respective centre of mass of at least two of said drive shafts, wherein said at least one vibrating component comprises a screening apparatus or a conveyor or a feeder, and has a body with side walls (16, 18), the drive system being coupled to the body in order to vibrate the body, and wherein each drive shaft extends across the body between the side walls, or longitudinally of the body, and wherein said at least one mass is located at an end of the respective drive shaft, characterized in that at least one of the drive mechanisms comprises a reversible hydraulic motor (30A, 30B) mounted on an end of the respective shaft and being operable by the controller to rotate the respective drive shaft in either one of two rotational directions. at least one vibrating component and a vibratory drive system for vibrating said at least one vibrating component, said vibratory drive system comprising a plurality of rotatable drive shafts (17A, 17B) each carrying at least one mass eccentrically located with respect to the rotational axis of the shaft in order to unbalance the rotation of the shaft, a respective drive mechanism coupled to a respective one of said drive shafts for rotating the respective drive shaft, and a controller for operating at least one of said drive mechanisms to control the rotational speed of the respective drive shaft, wherein said controller is configured to adjust the rotational speed of at least one of said drive shafts to adjust the relative angular position of the respective centre of mass of at least two of said drive shafts, wherein said at least one vibrating component comprises a screening apparatus or a conveyor or a feeder, and has a body with side walls (16, 18), the drive system being coupled to the body in order to vibrate the body, and wherein each drive shaft extends across the body between the side walls, or longitudinally of the body, and wherein said at least one mass is located at an end of the respective drive shaft, characterized in that at least one of the drive mechanisms comprises a reversible hydraulic motor (30A, 30B) mounted on an end of the respective shaft and being operable by the controller to rotate the respective drive shaft in either one of two rotational directions.
An isolator, comprising: a hub defining an axis and connectable to a rotatable shaft of a rotary device; a pulley that is rotatably mounted to the hub; and an isolation spring (24, 24a, 24b) and a transition spring (26, 26a, 26b) that act in series in a torque path between the pulley and the hub, wherein the isolation spring (24, 24a, 24b) has a first spring rate, and the transition spring (26, 26a, 26b) has a second spring rate that is lower than the first spring rate, characterized in that the isolation spring (24, 24a, 24b) is positioned between the hub and an intermediate member, and wherein the transition spring (26, 26a, 26b) is positioned between the intermediate member and the pulley, the isolator further comprising a first transition spring torque limit surface and a second transition spring torque limit surface, wherein the first and second transition spring torque limit surfaces (80, 82) engage one another to limit compression of the transition spring (26, 26a, 26b) during movement of the hub and the pulley relative to one another. a hub defining an axis and connectable to a rotatable shaft of a rotary device; a pulley that is rotatably mounted to the hub; and an isolation spring (24, 24a, 24b) and a transition spring (26, 26a, 26b) that act in series in a torque path between the pulley and the hub, wherein the isolation spring (24, 24a, 24b) has a first spring rate, and the transition spring (26, 26a, 26b) has a second spring rate that is lower than the first spring rate, characterized in that the isolation spring (24, 24a, 24b) is positioned between the hub and an intermediate member, and wherein the transition spring (26, 26a, 26b) is positioned between the intermediate member and the pulley, the isolator further comprising a first transition spring torque limit surface and a second transition spring torque limit surface, wherein the first and second transition spring torque limit surfaces (80, 82) engage one another to limit compression of the transition spring (26, 26a, 26b) during movement of the hub and the pulley relative to one another.
Sealing ring with a double-sided action for use in a gate valve which is fastened in the region of a wall having an outlet opening in order to allow closure of the outlet opening, wherein - the sealing ring has a ring carrier with a circumferential sealing body which comprises a first sealing bead and an opposite second sealing bead, - the sealing body has a radially projecting retaining region, and - the retaining region is arranged between the first sealing bead and second sealing bead, characterized in that - the first sealing bead has a reservoir which is at least partially filled with a fluid and which extends along the sealing bead, - the sealing body is arranged around the ring carrier by means of a parting region which extends along the sealing body, and - the parting region of the sealing body is arranged in the retaining region. - the sealing ring has a ring carrier with a circumferential sealing body which comprises a first sealing bead and an opposite second sealing bead, - the sealing body has a radially projecting retaining region, and - the retaining region is arranged between the first sealing bead and second sealing bead, characterized in that - the first sealing bead has a reservoir which is at least partially filled with a fluid and which extends along the sealing bead, - the sealing body is arranged around the ring carrier by means of a parting region which extends along the sealing body, and - the parting region of the sealing body is arranged in the retaining region.
A set of glenoid components of a shoulder prosthesis, comprising glenoid components (S1, S2, M1, M2, L1, L2) that each include a body (S1.1, S2.1, M1.1, M2.1, L1.1, L2.1) defining, on two of its opposite faces, respectively, a joint surface (S1.2, S2.2, M1.2, M2.2, L1.2, L2.2), intended to cooperate hingedly with a humeral head, prosthetic or natural, and a bearing surface (S1.3, S2.3, M1.3, M2.3, L1.3, L2.3) bearing against the glenoid cavity of a scapula, in which set the glenoid components are provided in several different sizes (S, M, L), respectively defined by the dimensions of the joint surface of their body, characterized in that, in each size (S, M, L), at least two glenoid components (S1 and S2, M1 and M2, L1 and L2) are provided whereof the bearing surfaces (S1.3 and S2.3, M1.3 and M2.3, L1.3 and L2.3) of their respective body (S1.1 and S2.1, M1.1 and M2.1, L1.1 and L2.1) respectively have different dimensional geometries.
A method for quantifying a target present in a sample, wherein said target is immobilized, comprising (a) incubating a sample comprising a population of individual units of the target with one or more binding agents, wherein (i) at least one of the binding agent is capable of specifically binding to a single individual unit of the target, and (ii) at least one of the binding agents comprises an enzyme, and thereby forming one or more discrete single target sites, wherein each discrete single target site comprises a complex of one individual unit of the target and one or more binding agent, wherein at least one binding agent comprises the enzyme; (b) visualizing the discrete single target sites comprising the enzyme; (c) quantifying the visualized target sites, (d) evaluating the amount of the target in the sample said method is characterized in that (i) at least one of the binding agents comprises a mixture of labeled and unlabeled binding molecules that are all of the same species and have essentially the same affinity to the binding partner in the sample, wherein a ratio between the labeled and unlabeled binding molecules is predetermined; and (ii) the discrete target sites are visualized as visually distinct dots. (a) incubating a sample comprising a population of individual units of the target with one or more binding agents, wherein (i) at least one of the binding agent is capable of specifically binding to a single individual unit of the target, and (ii) at least one of the binding agents comprises an enzyme, and thereby forming one or more discrete single target sites, wherein each discrete single target site comprises a complex of one individual unit of the target and one or more binding agent, wherein at least one binding agent comprises the enzyme; (i) at least one of the binding agent is capable of specifically binding to a single individual unit of the target, and (ii) at least one of the binding agents comprises an enzyme, and thereby forming one or more discrete single target sites, wherein each discrete single target site comprises a complex of one individual unit of the target and one or more binding agent, wherein at least one binding agent comprises the enzyme; (b) visualizing the discrete single target sites comprising the enzyme; (c) quantifying the visualized target sites, (d) evaluating the amount of the target in the sample said method is characterized in that (i) at least one of the binding agents comprises a mixture of labeled and unlabeled binding molecules that are all of the same species and have essentially the same affinity to the binding partner in the sample, wherein a ratio between the labeled and unlabeled binding molecules is predetermined; and (ii) the discrete target sites are visualized as visually distinct dots. (i) at least one of the binding agents comprises a mixture of labeled and unlabeled binding molecules that are all of the same species and have essentially the same affinity to the binding partner in the sample, wherein a ratio between the labeled and unlabeled binding molecules is predetermined; and (ii) the discrete target sites are visualized as visually distinct dots.
An apparatus for detecting a position of an actuator piston driving a valve pin in an injection molding system, the apparatus comprising: an actuator housing having a body portion, surrounding an axial bore, of a substantially non-magnetic and magnetically permeable material; a piston, movable within the axial bore for driving a valve pin, the piston including a magnetic member generating a magnetic field such that axial movement of the piston in the bore modifies the magnetic field according to the position of the piston relative to a detection position; a magnetic field detector attached to an exterior surface of the body portion at the detection position for detecting the magnetic field associated with the position of the piston and generating an output signal determined by the piston position. an actuator housing having a body portion, surrounding an axial bore, of a substantially non-magnetic and magnetically permeable material; a piston, movable within the axial bore for driving a valve pin, the piston including a magnetic member generating a magnetic field such that axial movement of the piston in the bore modifies the magnetic field according to the position of the piston relative to a detection position; a magnetic field detector attached to an exterior surface of the body portion at the detection position for detecting the magnetic field associated with the position of the piston and generating an output signal determined by the piston position.
A steel pipe support, comprising a steel pipe supporting part, a supporting inner core arranged inside the steel pipe supporting part, a plurality of steel pipe storage grooves formed in the steel pipe supporting part and arranged along the length direction of the steel pipe supporting part and spacing parts arranged between every two adjacent steel pipe storage grooves, each steel pipe storage groove having a center section, wherein each of the steel pipe storage grooves is internally provided with at least two first supporting rib plates located at one side of the center section of the steel pipe storage groove and at least two second supporting rib plates located at the other side of the center section of the steel pipe storage groove, first recessed grooves are formed between every two adjacent first supporting rib plates, and second recessed grooves are formed between every two adjacent second supporting rib plates, wherein a number of reinforcing rib plates is arranged between every two adjacent first supporting rib plates and between every two adjacent second supporting rib plates; and the number of the reinforcing rib plates is set to be 1-5, said steel pipe support being characterised in that the first supporting rib plates and/or the second supporting rib plates are provided with a plurality of raised rib plates; and the cross sections of the raised rib plates are shaped like rectangles or isosceles trapezoids or arcs, and in that communicating holes are formed between the reinforcing rib plates and bottom surfaces of the first recessed grooves and between the reinforcing rib plates and bottom surfaces of the second recessed grooves; and the communicating holes are openings which are formed in the reinforcing rib plates and communicate with the bottom surfaces of the reinforcing rib plates or gaps between the reinforcing rib plates and the bottom surfaces of the first recessed grooves and between the reinforcing rib plates and the bottom surfaces of the second recessed grooves, and in that ends, close to the second supporting rib plates, of the first supporting rib plates are provided with first step surfaces intersected with the bottom surfaces of the steel pipe storage grooves, and ends, close to the first supporting rib plates, of the second supporting rib plates are provided with second step surfaces intersected with the bottom surfaces of the steel pipe storage grooves.
Item of clothing comprising: - a first pocket provided with first means of opening/closing to respectively allow and inhibit access to said first pocket, - a second pocket with second means of opening/closing to respectively allow and inhibit access to the second pocket, characterized in that - the first means of opening/closing and the second means of opening/closing are aligned and at least partially overlapped so as to allow the simultaneous insertion of a hand through the first means of opening/closing and the second means of opening/closing, when opened to access the second pocket through the first pocket. - a first pocket provided with first means of opening/closing to respectively allow and inhibit access to said first pocket, - a second pocket with second means of opening/closing to respectively allow and inhibit access to the second pocket, characterized in that - the first means of opening/closing and the second means of opening/closing are aligned and at least partially overlapped so as to allow the simultaneous insertion of a hand through the first means of opening/closing and the second means of opening/closing, when opened to access the second pocket through the first pocket.
A method performed by a testing device for testing a communication node, wherein the communication node is an Active Antenna System, AAS, base station, the method comprising: measuring (204, 301, 704) a test parameter associated with Radio Frequency, RF, characteristics of the communication node when it is located at a test location during a first condition, wherein the communication node is configured with a node setting during the measurement in the first condition; characterized by: measuring (205, 304, 708) the test parameter associated with the RF characteristics of the communication node when it is located at the test location during a second condition, wherein the communication node is configured with the same node setting in the second condition as in the first condition; checking (207, 306, 710) whether a result parameter associated with the test parameter measured during the first and second condition fulfills a requirement, wherein the first condition is a normal operating condition and the second condition is an extreme operating condition, wherein the first condition is different from the second condition with regards to temperature and vibration. measuring (205, 304, 708) the test parameter associated with the RF characteristics of the communication node when it is located at the test location during a second condition, wherein the communication node is configured with the same node setting in the second condition as in the first condition; checking (207, 306, 710) whether a result parameter associated with the test parameter measured during the first and second condition fulfills a requirement, wherein the first condition is a normal operating condition and the second condition is an extreme operating condition, wherein the first condition is different from the second condition with regards to temperature and vibration.
A household oven comprising a cooking chamber, a light source mount, an LED light source arranged on said light source mount to shine light into said cooking chamber, a heat sink, and a heat pipe thermally coupling said LED light source to said heat sink, at least one opening in a wall of said cooking chamber, wherein said LED light source is arranged adjacent to said opening, a printed circuit substrate, wherein said LED light source is mounted to a first side of said printed circuit substrate, a base body, in particular of aluminum or copper, arranged on a second side of said printed circuit substrate, wherein a first end of said heat pipe is in contact with said base body and a second end of said heat pipe is in contact with said heat sink, a carrier mounted on an outside of said cooking chamber at said opening, wherein said base body is mounted to said carrier, characterized by: an insulator plate arranged between said base body and said carrier, wherein said printed circuit substrate is arranged between said insulator plate and said base body. a cooking chamber, a light source mount, an LED light source arranged on said light source mount to shine light into said cooking chamber, a heat sink, and a heat pipe thermally coupling said LED light source to said heat sink, at least one opening in a wall of said cooking chamber, wherein said LED light source is arranged adjacent to said opening, a printed circuit substrate, wherein said LED light source is mounted to a first side of said printed circuit substrate, a base body, in particular of aluminum or copper, arranged on a second side of said printed circuit substrate, wherein a first end of said heat pipe is in contact with said base body and a second end of said heat pipe is in contact with said heat sink, a carrier mounted on an outside of said cooking chamber at said opening, wherein said base body is mounted to said carrier, characterized by: an insulator plate arranged between said base body and said carrier, wherein said printed circuit substrate is arranged between said insulator plate and said base body.