mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump comprising a housing, a pump rotor (149, 163, 165) having a rotor shaft in the housing, a pump stator (157, 167, 169) in the housing, said pump stator (157, 167, 169) being arranged in a pump-active manner relative to the pump rotor, a pump inlet at one end of the rotor shaft, a compression region for the fluid to be pumped, and a temperature control apparatus for a region to be temperature controlled, wherein the temperature control apparatus comprises a Peltier element having a first temperature control surface, which is disposed at the region to be temperature controlled and which can be temperature controlled, and having a second temperature control surface which can be temperature controlled in a complementary manner to the first temperature control surface, the Peltier element is formed surrounding the rotor in the peripheral direction, and the first temperature control surface and the second temperature control surface are spaced apart in the axial direction or in the radial direction, wherein a DC energy supply is provided for the Peltier element and has a switching device for switching the energy supply on and off, characterized in that the DC energy supply is also adapted to switch the polarity of the energy supply at the Peltier element, and in that the Peltier element completely surrounds the compression region in the peripheral direction and completely or partly covers it in the axial direction. a housing, a pump rotor (149, 163, 165) having a rotor shaft in the housing, a pump stator (157, 167, 169) in the housing, said pump stator (157, 167, 169) being arranged in a pump-active manner relative to the pump rotor, a pump inlet at one end of the rotor shaft, a compression region for the fluid to be pumped, and a temperature control apparatus for a region to be temperature controlled, wherein the temperature control apparatus comprises a Peltier element having a first temperature control surface, which is disposed at the region to be temperature controlled and which can be temperature controlled, and having a second temperature control surface which can be temperature controlled in a complementary manner to the first temperature control surface, the Peltier element is formed surrounding the rotor in the peripheral direction, and the first temperature control surface and the second temperature control surface are spaced apart in the axial direction or in the radial direction, wherein a DC energy supply is provided for the Peltier element and has a switching device for switching the energy supply on and off, characterized in that the DC energy supply is also adapted to switch the polarity of the energy supply at the Peltier element, and in that the Peltier element completely surrounds the compression region in the peripheral direction and completely or partly covers it in the axial direction.
A non-pneumatic tire comprising: a rim part configured to be connected to an axle; a spoke part; a tread part formed in a shape of surrounding the spoke part at an outer side of the tire in a circumferential direction thereof and forming the outer ground engaging part of the tire; the spoke part being formed between the rim part and the tread part; a structural reinforcement part inserted into the inside of the tread part to perform load support and stress distribution of the spoke part; a conductive structure part formed between an outer surface of the rim part and an inner surface of the tread part to discharge static electricity from the axle to the ground; and a disk-shaped adhesion part coupling the conductive structure part to the tread part, wherein the conductive structure part includes a conductive fiber body discharging static electricity generated at the axle to the ground, and a covering body coated on the conductive fiber body, the non-pneumatic tire being characterized in that the spoke part is provided with upper arch bodies and lower arch bodies of an arch shape to absorb impacts transmitted from the ground to the tread part, wherein the conductive fiber body is formed by electroplating one material selected from synthetic fibers and cellulose-based fibers using a metal salt. a rim part configured to be connected to an axle; a spoke part; a tread part formed in a shape of surrounding the spoke part at an outer side of the tire in a circumferential direction thereof and forming the outer ground engaging part of the tire; the spoke part being formed between the rim part and the tread part; a structural reinforcement part inserted into the inside of the tread part to perform load support and stress distribution of the spoke part; a conductive structure part formed between an outer surface of the rim part and an inner surface of the tread part to discharge static electricity from the axle to the ground; and a disk-shaped adhesion part coupling the conductive structure part to the tread part, wherein the conductive structure part includes a conductive fiber body discharging static electricity generated at the axle to the ground, and a covering body coated on the conductive fiber body, the non-pneumatic tire being characterized in that the spoke part is provided with upper arch bodies and lower arch bodies of an arch shape to absorb impacts transmitted from the ground to the tread part, wherein the conductive fiber body is formed by electroplating one material selected from synthetic fibers and cellulose-based fibers using a metal salt.
A method of production of a tile arrangement, comprising the steps of; - choosing a picture for a tile arrangement, - arranging for having said picture in digital form on a computer device, - choosing a tile to be used for the tile arrangement, - using software on said computer device, for producing a production template (20") enabling transfer of said picture onto a desired number of the said tiles, - using a production unit for transfer of said production template (20") onto each one of said tiles, characterized by chemically treating a top surface of said tiles in the form of pickling by means of a pickling acid, thereafter said picture is transferred directly onto each one of said tiles by means of a production unit using a flatbed UV inkjet printer. - choosing a picture for a tile arrangement, - arranging for having said picture in digital form on a computer device, - choosing a tile to be used for the tile arrangement, - using software on said computer device, for producing a production template (20") enabling transfer of said picture onto a desired number of the said tiles, - using a production unit for transfer of said production template (20") onto each one of said tiles,
A belt and tread drum for use in the manufacture of vehicle tires comprising: a plurality of segments mounted in side-by-side relationship about a central axis for radial movement inwardly and outwardly with respect to the central axis, each segment defining an arcuate working surface, the working surfaces collectively defining a circumferential working surface of the drum, each working surface having varied curvature along a circumferential dimension of the working surface, wherein each working surface defines a plurality of regions (70a, 70b, 70c, 70d, 70e, 70f, 70g), each region extending along a longitudinal dimension of the working surface, each region (70a, 70b, 70c, 70d, 70e, 70f, 70g) having a curvature along the circumferential dimension of the working surface that differs from a curvature of an adjacent region and each segment (70a, 70b, 70c, 70d, 70e, 70f, 70g) includes first and second longitudinal side margins defining a plurality of fingers (56a, 56b) extending along a circumferential dimension of the drum with alternating circumferentially-extending slots (54a, 54b) defined between the fingers (56a, 56b), wherein the fingers (56a, 56b) of each segment are sized and shaped to be received within, and to at least partially mate with the slots (54a, 54b) of adjacent segments.
A method comprising: • segmenting multiple nodes of a communication system into multiple clustering plans, each clustering plan comprising multiple clusters that do not overlap with one another within that clustering plan, at least one of the clusters of one clustering plan overlapping with at least one of the clusters of at least one other clustering plan; and • assigning different portions of network resources to the different clustering plans. • segmenting multiple nodes of a communication system into multiple clustering plans, each clustering plan comprising multiple clusters that do not overlap with one another within that clustering plan, at least one of the clusters of one clustering plan overlapping with at least one of the clusters of at least one other clustering plan; and • assigning different portions of network resources to the different clustering plans.
An optoelectronic sensor, in particular a laser scanner, for detecting objects in a monitoring area, comprising a light transmitter for transmitting a light beam, a main drive, a first deflection unit moved by the main drive for periodically deflecting the light beam, an additional drive moving with the first deflection unit for moving an additional deflection unit for additionally deflecting the light beam, a light receiver for generating a reception signal from the light beam reflected or remitted in the monitoring area, and an evaluation unit configured to detect the objects based on the reception signal, wherein the sensor comprises a base unit with the main drive and a scanning unit with the first deflection unit, the additional drive and the additional deflection unit, characterized in that the deflection unit comprises a plurality of light receivers (26a-b) and/or light transmitters (12a-b) accommodated in the deflection unit, in that a plurality of additional drives (36a-b) and additional deflection units (48a-b) are provided and assigned to respective light receivers (26a-b) and/or light transmitters (12a-b), and in that the additional deflection units comprise a prism so that the additional deflection of the light beam takes place in transmission.
A system for processing samples fixed to a cellulose card (24;48;70) by passing an extraction buffer through the cellulose card to extract at least a portion of the sample from the cellulose card, comprising, a plurality of sample processing subsystems, wherein each of the subsystems comprises; a compressor defining one or more fluid isolation areas (46;49); a support, for the cellulose card, having an opening corresponding to one or more of the fluid isolation areas of the compressor; an actuator (12;54) that causes at least a portion of the compressor to press against the cellulose card to isolate a portion of the cellulose card; a fluid inlet having access to the fluid isolation area at least when the compressor is pressed against the cellulose card; and a fluid outlet to receive fluid, through the opening in the support corresponding to the fluid isolation area of the compressor, at least when the compressor is pressed against the cellulose card, a manifold (58;82) in fluid communication with the fluid inlet of the sample processing subsystems; a cassette for housing a plurality of cellulose card; a receptacle shuttle subsystem for transporting one or more fluid receptacles to the sample processing subsystems; an automated assembly for transporting the cellulose cards from the cassette to the sample processing subsystems; and a controller that coordinates the sample processing subsystems and the automated assembly, wherein the system further comprises an imaging subsystem for imaging the samples on the cellulose card, and the system is further configured to identify the location of the sample on the cellulose cards before creating the compression seal. a support, for the cellulose card, having an opening corresponding to one or more of the fluid isolation areas of the compressor; an actuator (12;54) that causes at least a portion of the compressor to press against the cellulose card to isolate a portion of the cellulose card; a fluid inlet having access to the fluid isolation area at least when the compressor is pressed against the cellulose card; and a manifold (58;82) in fluid communication with the fluid inlet of the sample processing subsystems; a cassette for housing a plurality of cellulose card; a receptacle shuttle subsystem for transporting one or more fluid receptacles to the sample processing subsystems; an automated assembly for transporting the cellulose cards from the cassette to the sample processing subsystems; and a controller that coordinates the sample processing subsystems and the automated assembly, wherein the system further comprises an imaging subsystem for imaging the samples on the cellulose card, and the system is further configured to identify the location of the sample on the cellulose cards before creating the compression seal.
An X-ray system for scanning moving cargo travelling at a speed in the range of 20 km/h to 150 km/h, the system comprising: an X-ray source for generating a cone-beam of X-rays to irradiate the moving cargo, wherein the moving cargo travels along a linear trajectory perpendicular to the plane of the cone-beam of X-rays; at least one two-dimensional detector array to receive the cone-beam of X-rays transmitted through the moving cargo, wherein said X-ray source and said at least one detector array are placed on opposite sides of the moving cargo; a sensor to measure a speed of the moving cargo; and a control system for receiving data indicative of said speed from the sensor and modulating a pulse rate of the cone-beam of X-rays based upon the speed of the moving cargo and a dimension of said detector array. an X-ray source for generating a cone-beam of X-rays to irradiate the moving cargo, wherein the moving cargo travels along a linear trajectory perpendicular to the plane of the cone-beam of X-rays; at least one two-dimensional detector array to receive the cone-beam of X-rays transmitted through the moving cargo, wherein said X-ray source and said at least one detector array are placed on opposite sides of the moving cargo; a sensor to measure a speed of the moving cargo; and a control system for receiving data indicative of said speed from the sensor and modulating a pulse rate of the cone-beam of X-rays based upon the speed of the moving cargo and a dimension of said detector array.
Method for converting a composition into thermoplastic polyurethane, said composition comprising polyurethane resin, the polyurethane resin being either a polymerizable composition comprising precursors of thermoplastic polyurethane, or pellets and/or powder made of thermoplastic polyurethane which is not light-stabilized, said method comprising the step of combining the composition with a chemical compound to obtain a mixture, and the step of converting said mixture into a thermoplastic polyurethane, said method being characterized in that: said chemical compound is 1,4-Di(2,6-dibromo-4 methylphenylamino)anthracene 9,10-dione.
A valve to dispense fluid, comprising: a valve case; a first seal and a second seal; a nozzle including a first mating plate configured to interface with a corresponding mating plate on the bottom of a fluid container and one or more apertures, the nozzle sealed to the valve case via the first seal; a housing body coupled to the valve case, wherein the valve case is sealed to the housing body via the second seal; an actuator assembly coupled to the housing body and including a solenoid, a solenoid spring, and a solenoid plunger; a valve block coupled to the housing body and including an opening configured to accommodate a fitting configured to receive fluid from a fluid source, wherein the valve block is sealed to the housing body via a third seal; and a plunger coupled to a plunger shaft, wherein movement of the plunger shaft transitions the valve between an open position and a closed position, and wherein movement of the plunger shaft is controlled by the solenoid plunger. a valve case; a first seal and a second seal; a nozzle including a first mating plate configured to interface with a corresponding mating plate on the bottom of a fluid container and one or more apertures, the nozzle sealed to the valve case via the first seal; a housing body coupled to the valve case, wherein the valve case is sealed to the housing body via the second seal; an actuator assembly coupled to the housing body and including a solenoid, a solenoid spring, and a solenoid plunger; a valve block coupled to the housing body and including an opening configured to accommodate a fitting configured to receive fluid from a fluid source, wherein the valve block is sealed to the housing body via a third seal; and a plunger coupled to a plunger shaft, wherein movement of the plunger shaft transitions the valve between an open position and a closed position, and wherein movement of the plunger shaft is controlled by the solenoid plunger.
A method for analyzing a sample, comprising: providing a sensor assembly comprising a sensing region having a plurality of resonant circuits, and a plurality of tuning elements; exposing the sensor assembly to an environment comprising the sample; probing the sample with plural frequencies generated by the sensor assembly; determining an impedance of a sensor response over a measured spectral frequency range of the sensor assembly; and relating measurement of impedance of the sensor assembly to at least one environmental property of the sample, the method being characterised in that the sensor assembly comprises a plurality of electrode pairs, wherein the method comprises electrically exciting at least one pair of electrodes of the plurality of electrode pairs by a power varying electromagnetic signal. providing a sensor assembly comprising a sensing region having a plurality of resonant circuits, and a plurality of tuning elements; exposing the sensor assembly to an environment comprising the sample; probing the sample with plural frequencies generated by the sensor assembly; determining an impedance of a sensor response over a measured spectral frequency range of the sensor assembly; and relating measurement of impedance of the sensor assembly to at least one environmental property of the sample, the method being characterised in that the sensor assembly comprises a plurality of electrode pairs, wherein the method comprises electrically exciting at least one pair of electrodes of the plurality of electrode pairs by a power varying electromagnetic signal.
A telehandler comprising a plurality of operating apparatuses (12, 14, 17, 13, 180, 122), such as, for example, a telescopic operating arm, stabilizers or the like, each operated by one or more actuator devices and electronic processing means which include an acquisition module configured to receive one or more alignment parameters which represent, for each of said operating apparatuses (12, 14, 17, 13, 180, 122), a respective target operating condition; wherein the telehandler also includes detection means for detecting current operating conditions of the operating apparatuses (12, 14, 17, 13, 180, 122) and transmitting corresponding detection signals to said processing means, the latter also including a verification module configured to determine, as a function of said detection signals, whether the operating apparatuses (12, 14, 17, 13, 180, 122) are in the respective target operating conditions; wherein the processing means comprise at least one memory module in which are recorded target operating conditions of the operating apparatuses (12, 14, 17, 13, 180, 122) corresponding to alignment parameters which can be received from the acquisition module, the above-mentioned verification module being configured for comparing the above-mentioned detection signals with the target operating conditions recorded in said memory module, to determine whether one or more operating apparatuses (12, 14, 17, 13, 180, 122) are in the respective target operating condition; wherein the telehandler comprises a telescopic operating arm designed to move an accessory for gripping a load and designed to rotate upwards or downwards by means of an actuator device and extend and retract by means of one or more different actuator devices, characterized in that the above-mentioned detection means comprise sensors associated with the arm and designed to detect the angular position and the extension position of the arm, wherein the memory module records at least one operating condition of road travel wherein the arm is in a position of minimum extension and in a minimum angular position.
A tiltable stool, comprising: a seat; a base comprising an annular elastic base member; a body structure extending between the seat and the base, wherein the annular elastic base member has a tapered cross-sectional shape with downwardly decreasing thickness and wherein deformation of the annular elastic base member causes a stabilizing force which pushes the tiltable stool towards a normal position when the tiltable stool is tilted out of the normal position, wherein the elastic base member having a downwardly convex outer surface and a downwardly concave inner surface, characterized in that the stabilizing force (Fs) increases approximately exponentially with the tilt angle (α). a seat; a base comprising an annular elastic base member; a body structure extending between the seat and the base, wherein the annular elastic base member has a tapered cross-sectional shape with downwardly decreasing thickness and wherein deformation of the annular elastic base member causes a stabilizing force which pushes the tiltable stool towards a normal position when the tiltable stool is tilted out of the normal position, wherein the elastic base member having a downwardly convex outer surface and a downwardly concave inner surface, characterized in that the stabilizing force (Fs) increases approximately exponentially with the tilt angle (α).
An anticancer virus particle for use in treating cancer, comprising a tobacco mosaic virus particle and a cationic platinum anticancer agent non-covalently encapsulated within an interior anionic channel of the tobacco mosaic virus particle.