mhurhangee/ep-ind-claims huggingface dataset:
Use of a temperature sensor comprising temperature detecting means and at least one of a catalyst and an adsorbent that is applied to a surface of the temperature detecting means as a sulfur component detector for detecting a sulfur component in a flow passage of gas, wherein at least one of the catalyst and the adsorbent catalyzes an exothermic reaction of a reactant that is contained in the gas on the temperature detecting means, the temperature detecting means detects a temperature that is increased by the exothermic reaction, and at least one of the catalyst and the adsorbent is a catalyst or an adsorbent whose catalytic efficiency for the exothermic reaction of the reactant in the gas is degraded by sulfur poisoning.
A controller comprising: a first input that receives a signal indicating an energy consumption value of a compressor; a second input that receives a signal indicating an energy consumption value of at least one condenser fan of a condenser; an output that provides a control signal to said at least one condenser fan; characterized by: a memory that stores a temperature difference set-point corresponding to a difference between a condenser temperature (T cond) of said condenser and an ambient temperature; and a processor in communication with said input, output and memory and that modulates said temperature difference set-point to minimize energy consumption and controls said at least one condenser fan based on said temperature difference set-point. a first input that receives a signal indicating an energy consumption value of a compressor; a second input that receives a signal indicating an energy consumption value of at least one condenser fan of a condenser; an output that provides a control signal to said at least one condenser fan; characterized by: a memory that stores a temperature difference set-point corresponding to a difference between a condenser temperature (T cond) of said condenser and an ambient temperature; and a processor in communication with said input, output and memory and that modulates said temperature difference set-point to minimize energy consumption and controls said at least one condenser fan based on said temperature difference set-point. a memory that stores a temperature difference set-point corresponding to a difference between a condenser temperature (T cond) of said condenser and an ambient temperature; and a processor in communication with said input, output and memory and that modulates said temperature difference set-point to minimize energy consumption and controls said at least one condenser fan based on said temperature difference set-point.
Method for determining a shape contour on an object to be measured, comprising the steps: - providing a coordinate measuring device having a workpiece holder, a measuring head with a measuring element and a frame, on which the measuring head is arranged, where the frame has a first frame part, which can be moved relative to the workpiece holder along a first movement axis, where the frame has a second frame part, which can be moved relative to the workpiece holder along a second movement axis, and where the frame has a third frame part, which can be moved relative to the workpiece holder along a third movement axis, and where the workpiece holder has a rotary table, which can be rotated about a further axis, - arranging the object to be measured on the rotary table and positioning the measuring head with the measuring element at a defined position along the first, second and third movement axes (Y, X, Z), - rotating the rotary table while the measuring head, with the aid of the measuring element, records current measured values which represent spatial positions of measuring points on the object to be measured relative to the measuring head, and - determining the shape contour on the basis of the measured values, characterized in that the measuring element is mounted via at least one hydraulic bearing, in particular an air bearing, in order to permit a movement of the measuring element relative to the workpiece holder, and in that the at least one hydraulic bearing is deactivated within an automated measuring sequence, after the measuring head has been positioned at the defined position, such that the at least one hydraulic bearing is deactivated during the recording of the current measured values. - providing a coordinate measuring device having a workpiece holder, a measuring head with a measuring element and a frame, on which the measuring head is arranged, where the frame has a first frame part, which can be moved relative to the workpiece holder along a first movement axis, where the frame has a second frame part, which can be moved relative to the workpiece holder along a second movement axis, and where the frame has a third frame part, which can be moved relative to the workpiece holder along a third movement axis, and where the workpiece holder has a rotary table, which can be rotated about a further axis, - arranging the object to be measured on the rotary table and positioning the measuring head with the measuring element at a defined position along the first, second and third movement axes (Y, X, Z), - rotating the rotary table while the measuring head, with the aid of the measuring element, records current measured values which represent spatial positions of measuring points on the object to be measured relative to the measuring head, and - determining the shape contour on the basis of the measured values,
A decanter centrifuge comprising a scroll conveyor rotatable around a preferably horizontal axis of rotation mounted substantially concentrically within a rotating bowl, the scroll conveyor comprising a hub and at least one helical winding, the hub including an inside surface and an outside surface, at least one passageway between the inside surface and the outside surface of the scroll conveyor and a feed pipe in the center of the scroll hub, wherein a number of nozzles provided extending from the inside of a feed chamber to the outside characterized in that on the inside surface of the scroll hub and between the nozzles around the circumference there is provided a number of accelerator inserts, wherein the accelerator inserts are exchangeable.
System for release of active agents with optical limit point indication, comprising (a) a container for take-up of the components; (b) two solvents A and B placed therein, being not or only slightly miscible with each other; (c) at least one active agent, serving as a solubiliser for said solvents A and B, whereby providing a single-phase composition; and (d) a mechanism capable of releasing said active agents into environment, while retaining all other volatile components of said composition, wherein said active agents represent fragrances, antimicrobial actives and/or insect repellents; and wherein said miscible solvents A and B are treated with such an amount of said active agents to obtain a single-phase composition, and whereby said phases are separating when the amount of said active agents is exhausted. (a) a container for take-up of the components; (b) two solvents A and B placed therein, being not or only slightly miscible with each other; (c) at least one active agent, serving as a solubiliser for said solvents A and B, whereby providing a single-phase composition; and (d) a mechanism capable of releasing said active agents into environment, while retaining all other volatile components of said composition,
A network enabled digital video camera arranged to be connected to a digital network, said network enabled digital video camera comprising: an image sensor arranged to capture digital images, an image processor to which the captured digital images are forwarded, the image processor is arranged to render digital video images from the captured digital images, an input/output port being an electrical connector and being connected to the digital network module, a digital network module arranged to transmit and receive digital signals, wherein the digital network module is arranged to transmit and receive basic digital signals which is not additionally modulated by a carrying wave, and transmit and receive this basic digital signal not being additionally modulated by a carrying wave via an input/output port, and an analog video generator connected to the image processor, the analog video generator is arranged to convert the rendered digital video images into an analog video signal and to output the analog video signal, characterized by that said input/output port connected to the digital network module is also being connected to the analog video generator, that the analog video generator is arranged to generate a basic analog video signal which is not additionally modulated by a carrying wave, and send this basic analog video signal not being additionally modulated by a carrying wave via the input/output port, and an input and/or output line from the digital network module is connected to an output line from the analog video generator, thereby a basic analog video signal and a basic digital signal are transmitted on the same signaling wire. an image sensor arranged to capture digital images, an image processor to which the captured digital images are forwarded, the image processor is arranged to render digital video images from the captured digital images, an input/output port being an electrical connector and being connected to the digital network module, a digital network module arranged to transmit and receive digital signals, wherein the digital network module is arranged to transmit and receive basic digital signals which is not additionally modulated by a carrying wave, and transmit and receive this basic digital signal not being additionally modulated by a carrying wave via an input/output port, and an analog video generator connected to the image processor, the analog video generator is arranged to convert the rendered digital video images into an analog video signal and to output the analog video signal, characterized by that said input/output port connected to the digital network module is also being connected to the analog video generator, that the analog video generator is arranged to generate a basic analog video signal which is not additionally modulated by a carrying wave, and send this basic analog video signal not being additionally modulated by a carrying wave via the input/output port, and an input and/or output line from the digital network module is connected to an output line from the analog video generator, thereby a basic analog video signal and a basic digital signal are transmitted on the same signaling wire.
An electroporation apparatus for introducing foreign materials into cells by electroporating cell membranes by applying an electric pulse or electric pulses to a specimen including the cells, comprising: a hollow specimen-stuffing member of non-conductive material, wherein the specimen-stuffing member has a ratio (R, cm -1) of a longitudinal length (L, cm) to horizontal cross-sectional area (A, cm 2) in the range of 50 to 10,000 and wherein the length of the specimen-stuffing member is between 1 mm and 10 cm; and two electrodes disposed at the distal ends of said specimen-stuffing member for contacting specimens or an electrolytic solution containing the cells to be electroporated, wherein at least one of said electrodes is a movable electrode, a pressure maintaining means connected to a distal end of the specimen-stuffing member for fluid communication, further comprising at least one reservoir at the other distal end of the specimen containing an electrolytic solution, wherein the pressure maintaining means is a pipette which is connected to the movable electrode and the specimen-stuffing member and wherein a conductive contact is disposed at part of the pipette body thereof, and the movable electrode is inserted into the specimen-stuffing member and mounted in the pipette so as to communicate with a piston in the pipette and to reciprocate in the specimen-stuffing member, the specimen-stuffing member is directly and detachably connected to a pipette tip mounting shaft, and wherein at least one of the electrodes is disposed in the at least one reservoir containing an electrolytic solution which is fluidically connected to one end of the specimen stuffing member. a hollow specimen-stuffing member of non-conductive material, wherein the specimen-stuffing member has a ratio (R, cm -1) of a longitudinal length (L, cm) to horizontal cross-sectional area (A, cm 2) in the range of 50 to 10,000 and wherein the length of the specimen-stuffing member is between 1 mm and 10 cm; and two electrodes disposed at the distal ends of said specimen-stuffing member for contacting specimens or an electrolytic solution containing the cells to be electroporated, wherein at least one of said electrodes is a movable electrode, a pressure maintaining means connected to a distal end of the specimen-stuffing member for fluid communication, further comprising at least one reservoir at the other distal end of the specimen containing an electrolytic solution, wherein the pressure maintaining means is a pipette which is connected to the movable electrode and the specimen-stuffing member and wherein a conductive contact is disposed at part of the pipette body thereof, and the movable electrode is inserted into the specimen-stuffing member and mounted in the pipette so as to communicate with a piston in the pipette and to reciprocate in the specimen-stuffing member, the specimen-stuffing member is directly and detachably connected to a pipette tip mounting shaft, and wherein at least one of the electrodes is disposed in the at least one reservoir containing an electrolytic solution which is fluidically connected to one end of the specimen stuffing member.
A seat comprising a main cushion formed of padding and a shield formed of padding, wherein the padding of the shield has a first compressibility and the padding of the main cushion has a second compressibility, wherein the first compressibility is lower than the second compressibility; wherein the main cushion comprises a central section and lateral bolster portions; wherein the bolster portions comprise laterally outer sides and the shield shields the laterally outer sides of the lateral bolster portions; wherein the compressibility of the central section and the lateral bolster portions is different, such that the shield is formed of padding having a first compressibility, the central section comprises padding having a second compressibility and bolster portions comprise padding having a third compressibility, wherein the first compressibility is lower than the second compressibility and the third compressibility; wherein the third compressibility is lower than the second compressibility.
An antenna diversity system, of the type comprising ground plane means, on which are arranged at least two radiating elements (3, 4), of the RF radio-frequency antenna type, and an inter-element decoupling neutralization line, the neutralization line incorporating at least one active component, characterized in that the active component comprises at least one varicap diode having at least one voltage-controllable impedance characteristic to control the inter-element decoupling frequency, the control bias voltage of the varicap diode being supplied by one of the supply lines also supplying the radiating elements, the other connection point of the diode being ensured by the connection of the varicap diode to the ground plane.
A grinding assembly for the surface machining of tubes, in particular tube ends, comprising a clamping device for attaching the grinding assembly to the tube end of a tube, and a grinding system arranged on the clamping device and including at least one grinder, said grinder being movable relative to the clamping device along a first axis (A, A'), along a second axis (R, R), and along a third axis (T, T'), characterised in that the clamping device is attachable to the tube in such a manner as to be firmly connected to the tube, an axial mechanism (30, 40, 50) being provided to allow the grinder to be moved along each of said three axes, respectively.
Drive wheel for driving a feed chain for dry-feeding livestock, comprising - a base wheel having an axial passage for receiving a drive shaft, - a gear rim having a toothed external circumferential face, - wherein the external circumferential face has a multiplicity of tooth elements, - wherein each tooth element has two tooth tips and a chain clearance that is disposed between the two tooth tips, - characterized in that the gear rim including the tooth elements is composed of an elastic gear rim material, - wherein the elastic gear rim material is a plastics material. - a base wheel having an axial passage for receiving a drive shaft, - a gear rim having a toothed external circumferential face, - wherein the external circumferential face has a multiplicity of tooth elements, - wherein each tooth element has two tooth tips and a chain clearance that is disposed between the two tooth tips, - characterized in that the gear rim including the tooth elements is composed of an elastic gear rim material, - wherein the elastic gear rim material is a plastics material.
Measurement arrangement for measuring of electrical AC and DC current, in which to measure the electric current, a voltage drop of the current traversing a shunt resistor (4,6) is measured, wherein two separate shunt resistors (4, 6) are provided, namely a first shunt resistor for measuring of the alternating current, and a second shunt resistor for measuring the DC current, wherein the ohmic resistance values of the shunt resistors (4,6) are different, and wherein the separate shunt resistors (4, 6) are electrically and mechanically connecting a first input line for AC current and a second input line for DC current, respectively, with an output line, wherein the two input lines (1, 2) are located in a first plane and the output line is located in a second plane wherein the shunt resistors (4, 6) are bridging these planes, characterized in that each input line (1, 2) is connected with a signal line (8, 9) surrounded by an electrically insulating sleeve extending through a boring of the output line and being electrically and mechanically connected with a wiring board, whereon a measuring device is located.
A cosmetic composition for imparting a superhydrophobic film on an integument comprising: (a) one or more hydrophobic film formers, and (b) a combination of hydrophobic pigments comprising: (i) one or more hydrophobically-modified iron oxide pigments; and (ii) a carbon black powder; wherein the weight ratio of said one or more hydrophobically-modified iron oxide pigments to said carbon black powder is being between 1:10 to 10:1, and wherein the one or more hydropobically-modified iron oxide pigment is selected from the group consisting of alkylsilane-treated iron oxide pigments, and perfluoroalkylsilane-treated iron oxide pigments and mixtures thereof; wherein the weight ratio of said one or more hydrophobic film formers to said combination of hydrophobic pigments is from 1:10 to 5:1; and wherein the aggregate weight percentage of all non-volatile water-soluble or water-dispersible organic constituents in said composition is less than 15%, based on the entire weight of the composition; said composition is set to provide a film on a surface which, after evaporation of any volatile constituents present, has a contact angle with water greater than 140°. (a) one or more hydrophobic film formers, and (b) a combination of hydrophobic pigments comprising: (i) one or more hydrophobically-modified iron oxide pigments; and (ii) a carbon black powder; wherein the weight ratio of said one or more hydrophobically-modified iron oxide pigments to said carbon black powder is being between 1:10 to 10:1, and wherein the one or more hydropobically-modified iron oxide pigment is selected from the group consisting of alkylsilane-treated iron oxide pigments, and perfluoroalkylsilane-treated iron oxide pigments and mixtures thereof;
Medical treatment system having at least one device for supplying a medical fluid for an extra-corporeal dialysis apparatus or an apparatus for peritoneal dialysis, having a plug unit for connection to a socket unit of the extra-corporeal dialysis apparatus or apparatus for peritoneal dialysis, the plug unit having means for indicating two states of operation which are so designed that the means for indicating two states of operation can be damaged or destroyed when the plug unit is connected to the socket unit of the extra-corporeal dialysis apparatus or apparatus for peritoneal dialysis, the first state of operation being the state before the plug unit is connected to the socket unit, when the means are intact, and the second state of operation being the state after the plug unit has been connected to the socket unit, when the means are damaged or destroyed at least one extra-corporeal dialysis apparatus or apparatus for peritoneal dialysis, having a socket unit for the connection of the plug unit of the device for supplying a medical fluid for the extra-corporeal dialysis apparatus or apparatus for peritoneal dialysis, the socket unit having means for damaging or destroying the means for indicating two states of operation of the device for supplying a medical fluid, which means are so designed that the means for indicating two states of operation are damaged or destroyed when the plug unit of the device for supplying a medical fluid is connected to the socket unit, the first state of operation being the state before the plug unit is connected to the socket unit, when the means are intact, and the second state of operation being the state after the plug unit has been connected to the socket unit, when the means are damaged or destroyed, at least one apparatus for filling the device for supplying a medical fluid, having a socket unit (B') for the connection of the plug unit of the device for supplying a medical fluid, the filling apparatus having means (81; 82) for detecting re-use of the device for supplying a medical fluid which are so designed that it is detected whether the means for indicating two states of operation of the plug unit of the device for supplying a medical fluid are intact or are damaged or destroyed.
A wiring structure for multiple wiring slots connection to be installed at the bottom of a vehicle to protect a wire harness, the wiring structure comprising: a plurality of brackets (1,3), each having two end parts, and a gap being provided between the end parts of two brackets disposed adjacent to each other; at least one wire harness disposed inside the brackets and extending through the plurality of brackets; and a sleeve being flexible, provided on the outer periphery of the wire harness, and overlapped with the gap in an axial direction, characterized in that the end part of the bracket (1, 3) has a trapezoidal section along a center line of the bracket (1, 3), and becomes wider as closer to an extremity of the end part. a plurality of brackets (1,3), each having two end parts, and a gap being provided between the end parts of two brackets disposed adjacent to each other; at least one wire harness disposed inside the brackets and extending through the plurality of brackets; and a sleeve being flexible, provided on the outer periphery of the wire harness, and overlapped with the gap in an axial direction, characterized in that the end part of the bracket (1, 3) has a trapezoidal section along a center line of the bracket (1, 3), and becomes wider as closer to an extremity of the end part.