mhurhangee/ep-ind-claims huggingface dataset:
Friction damper comprising a. a housing having a longitudinal axis, b. a plunger that can be displaced along the longitudinal axis, c. a friction unit for producing a direction-dependent frictional force on the plunger, wherein the friction unit comprises at least one friction lining that is in frictional contact with the plunger, d. a switching unit for variable setting of the frictional force, wherein the friction unit comprises a friction lining support, on which the at least one friction lining is held, characterised in that - the friction lining support is arranged so as to be displaceable relative to the plunger between a pull-out position and an insertion position, - the friction lining support is arranged in the housing so as to be pivotable about a pivot axis, wherein the pivot axis is arranged transverse to the longitudinal axis. a. a housing having a longitudinal axis, b. a plunger that can be displaced along the longitudinal axis, c. a friction unit for producing a direction-dependent frictional force on the plunger, wherein the friction unit comprises at least one friction lining that is in frictional contact with the plunger, d. a switching unit for variable setting of the frictional force, wherein the friction unit comprises a friction lining support, on which the at least one friction lining is held, characterised in that - the friction lining support is arranged so as to be displaceable relative to the plunger between a pull-out position and an insertion position, - the friction lining support is arranged in the housing so as to be pivotable about a pivot axis, wherein the pivot axis is arranged transverse to the longitudinal axis. - the friction lining support is arranged so as to be displaceable relative to the plunger between a pull-out position and an insertion position, - the friction lining support is arranged in the housing so as to be pivotable about a pivot axis, wherein the pivot axis is arranged transverse to the longitudinal axis.
A detector for detecting a buried conductor, the detector comprising: a plurality of antennas (13, T, B) for detecting an electromagnetic field; a plurality of windings, each wound around a respective antenna (T, B), each winding being connected to a current source for providing a predefined current in the winding to generate an electromagnetic field at the respective antenna (T, B), thereby inducing a test current in the respective antenna (T, B); a memory for storing calibration data of the antennas (T, B), characterised by: the calibration data comprising a separate record for each antenna of the test current induced in that antenna when the predefined current was applied to the winding wound around that antenna when the antennas were calibrated with respect to each other; and a processor configured to compare the test currents in the antennas (T, B) with the calibration data to determine if the test currents are within predetermined limits of the calibration data. a plurality of antennas (13, T, B) for detecting an electromagnetic field; a plurality of windings, each wound around a respective antenna (T, B), each winding being connected to a current source for providing a predefined current in the winding to generate an electromagnetic field at the respective antenna (T, B), thereby inducing a test current in the respective antenna (T, B); a memory for storing calibration data of the antennas (T, B), characterised by: the calibration data comprising a separate record for each antenna of the test current induced in that antenna when the predefined current was applied to the winding wound around that antenna when the antennas were calibrated with respect to each other; and a processor configured to compare the test currents in the antennas (T, B) with the calibration data to determine if the test currents are within predetermined limits of the calibration data. the calibration data comprising a separate record for each antenna of the test current induced in that antenna when the predefined current was applied to the winding wound around that antenna when the antennas were calibrated with respect to each other; and a processor configured to compare the test currents in the antennas (T, B) with the calibration data to determine if the test currents are within predetermined limits of the calibration data.
Hydropneumatic device for pressure transmission with a displaceable working piston and a displaceable intensifier piston for transmitting pressure to the working piston, wherein a working stroke of the working piston in a working direction comprises a first stroke and a subsequent second stroke, wherein a pneumatic unit of the device is provided so that the first stroke can be controlled by pneumatic pressure of the working piston and the second stroke can be controlled by pneumatic pressure of the intensifier piston, and wherein hydraulic fluid is displaced by the intensifier piston and the displaced hydraulic fluid triggers the second stroke of the working piston, wherein a section of the intensifier piston is displaceable in a pneumatic chamber of the device in forwards direction and in backwards direction and a section of the intensifier piston divides the pneumatic chamber into a first stroke chamber and a second stroke chamber, wherein for resetting the intensifier piston a pneumatic valve (31, 32, 55) of the pneumatic unit connected to the second stroke chamber is provided, wherein the pneumatic valve (31, 32, 55) has an overflow cross-section which can be closed automatically by a first valve body (48, 66) between an input side of the pneumatic valve (31, 32, 55) and an output side of the pneumatic valve (31, 32, 55) such that the first valve body (48, 66) opens the overflow cross-section, when on the output side the gas pressure falls below a predefinable output pressure, so that over the overflow cross-section there is an overflow of gas volume at the input side towards the output side and when the output pressure is reached on the output side the first valve body (48, 66) closes the overflow cross-section again, and wherein the pneumatic valve (31, 32, 55) has a venting cross-section which can be closed automatically by a second valve body (46, 68) between the output side of the pneumatic valve (31, 32, 55) and a venting side such that the second valve body (46, 68) opens the venting cross-section, when on the output side the gas pressure rises above the predefinable initial pressure so that over the opened venting cross-section a gas volume is vented from the output side to the venting side, and when the initial pressure is reached on the output side the second valve body (46, 68) closes the venting cross-section again, characterised in that the pneumatic valve (31, 32, 55) is designed such that the area of the venting cross-section is at least 30 percent of the area of the overflow cross-section, preferably at least 50 percent of the area of the overflow cross-section.
A joining device, comprising a joining press arranged to join components to an assembly in a processing area, wherein the joining press has a first side and a second side, wherein the first side and the second side being opposite sides of the joining press, a first handling device arranged to move at least one component to the first side of the joining press, and a second handling device which is arranged to move at least one further component to the second side of the joining press towards the processing area of the joining press, wherein the first handling device and/or the second handling device is/are arranged to hold a component during a joining operation of the joining press, characterized in that the first handling device and the second handling device are configured as multi-axis robots. a joining press arranged to join components to an assembly in a processing area, wherein the joining press has a first side and a second side, wherein the first side and the second side being opposite sides of the joining press, a first handling device arranged to move at least one component to the first side of the joining press, and a second handling device which is arranged to move at least one further component to the second side of the joining press towards the processing area of the joining press, wherein the first handling device and/or the second handling device is/are arranged to hold a component during a joining operation of the joining press, characterized in that the first handling device and the second handling device are configured as multi-axis robots.
A system provided for operating with a CT scanner comprising an X-ray source mounted on gantry so as to rotate within a cylindrical enclosure of the CT scanner, the system comprising: (a) a pulse generator configured to be coupled to the X-ray source; the pulse generator configured to periodically switch off emission of X-rays from the X-ray source into the cylindrical enclosure; (b) application software coupled to the pulse generator; the application software comprising instructions to control timing of the pulse generator so as to intermittently expose a subject to X-rays from the X-ray source at pre-specified rotation angles of the gantry; (c) application software coupled to an output of the CT scanner for receiving pulsed images from the CT scanner, the pulsed images corresponding to exposures at said pre-specified rotation angles; the application software comprising instructions for reconstructing each of said exposures to generate a reconstructed image; and (d) wherein weighted image contrast is used to generate the reconstructed image via projection view sharing, wherein a central 2D Fourier Transform space, which determines the image contrast, is sampled by projection views of a time frame of interest, and wherein a peripheral 2DFT space is filled by projection views of time frames neighboring the time frame of interest. (a) a pulse generator configured to be coupled to the X-ray source; the pulse generator configured to periodically switch off emission of X-rays from the X-ray source into the cylindrical enclosure; (b) application software coupled to the pulse generator; the application software comprising instructions to control timing of the pulse generator so as to intermittently expose a subject to X-rays from the X-ray source at pre-specified rotation angles of the gantry; (c) application software coupled to an output of the CT scanner for receiving pulsed images from the CT scanner, the pulsed images corresponding to exposures at said pre-specified rotation angles; the application software comprising instructions for reconstructing each of said exposures to generate a reconstructed image; and (d) wherein weighted image contrast is used to generate the reconstructed image via projection view sharing, wherein a central 2D Fourier Transform space, which determines the image contrast, is sampled by projection views of a time frame of interest, and wherein a peripheral 2DFT space is filled by projection views of time frames neighboring the time frame of interest.
A savoury, particulate composition having a water content of not more than 15 wt.% and comprising: a) 5-99 wt.%, by weight of the composition, tomato powder, wherein at least 70 wt.% of said tomato powder has a mesh size of less than 850 μm, b) 0.5-5 wt.%, by weight of the tomato powder, calcium carbonate powder, said calcium carbonate powder having a volume median grain diameter (D 50) of 0.1-50 μm. a) 5-99 wt.%, by weight of the composition, tomato powder, wherein at least 70 wt.% of said tomato powder has a mesh size of less than 850 μm, b) 0.5-5 wt.%, by weight of the tomato powder, calcium carbonate powder, said calcium carbonate powder having a volume median grain diameter (D 50) of 0.1-50 μm.
A method for manufacturing a catheter member having a lumen, the method comprising: winding a sacrificial coil over a mandrel in a first direction; winding a reinforcement coil over the sacrificial coil in a second direction; laminating a polymer tube over the mandrel, the sacrificial coil and the reinforcement coil; removing the mandrel; removing the sacrificial coil; and filling at least one groove in the polymer tube created by removing the sacrificial coil with polymer from the polymer tube. winding a sacrificial coil over a mandrel in a first direction; winding a reinforcement coil over the sacrificial coil in a second direction; laminating a polymer tube over the mandrel, the sacrificial coil and the reinforcement coil; removing the mandrel; removing the sacrificial coil; and filling at least one groove in the polymer tube created by removing the sacrificial coil with polymer from the polymer tube.
A method of improving explosion safety in closed spaces by attenuating the effect of a combustion wave or shock wave on a protected surface, comprising placing obstructions before the protected surface in the form of elastic membranes filled with a flame-retardant substance, wherein a non-flammable gas is used as the substance filling the membranes; the membranes themselves are made of a material that disintegrates during, and under the action of, displacement of the front of a combustion wave or shock wave along the surface of the membranes, wherein the membranes are filled with a non-flammable gas immediately after flammable gas is detected at a dangerous concentration in the space in front of the protected object, wherein the elastic membranes are placed before the protected surface in at least two layers, and the elastic membranes of each subsequent layer are located in the depressions formed between the elastic membranes of the previous layer.
Method for establishing the deflection of a rotor blade of a wind turbine having a rotor blade connection for connection to a hub of the rotor of a wind turbine and a blade tip which is located at the end of the rotor blade opposite the rotor blade, characterised in that an optical waveguide is laid over the length of the rotor blade, light entering at the inlet end of the optical waveguide and the light being discharged again at the outlet end of the optical waveguide, and there being provided a detector which detects the quantity of light discharged, and in that the detector is connected to an evaluation device which evaluates the quantity of the light entering and being discharged and consequently establishes a measurement for the deflection of the rotor blade during operation of the wind turbine.
Impression tray for creating an impression complementary to a tooth row or a partial tooth row of a human or animal jaw, - having an inner wall which forms an elongated curved recess for the reception of impression material, - the inner wall has at least one undercut and - the recess is formed at least partially substantially so as to be complementary in shape to the tooth row or the partial tooth row, wherein the recess has a number of pockets at the bottom side, and the undercut is arranged at a plurality of lateral indentations formed in the inner wall and o the undercut forms an upper termination of the indentations, o wherein the indentations are designed in the shape of lateral pockets which are configured such that they are able to accommodate impression material, ∘ wherein the undercut is formed by way of a plurality of adjacent indentations, ∘ wherein the indentations lie at the same height and ∘ wherein each indentation is assigned to a tooth of the tooth row. - having an inner wall which forms an elongated curved recess for the reception of impression material, - the inner wall has at least one undercut and - the recess is formed at least partially substantially so as to be complementary in shape to the tooth row or the partial tooth row, o the undercut forms an upper termination of the indentations, o wherein the indentations are designed in the shape of lateral pockets which are configured such that they are able to accommodate impression material, ∘ wherein the undercut is formed by way of a plurality of adjacent indentations, ∘ wherein the indentations lie at the same height and ∘ wherein each indentation is assigned to a tooth of the tooth row.
A method for a user to adjust bandwidth online, wherein the method comprises: Step A: a remote authentication dial-in user service, RADIUS, server receiving a request message of changing a current bandwidth sent from a supplicant; Step B:the RADIUS server acquiring the bandwidth volume applied by the supplicant according to the request message of changing the current bandwidth and sending the bandwidth volume applied by the supplicant to a network access service, NAS, device; and Step C:the RADIUS server sending a message that the bandwidth has been changed successfully to the supplicant after the NAS device completes the bandwidth configuration according to the bandwidth volume. Step A: a remote authentication dial-in user service, RADIUS, server receiving a request message of changing a current bandwidth sent from a supplicant; Step B:the RADIUS server acquiring the bandwidth volume applied by the supplicant according to the request message of changing the current bandwidth and sending the bandwidth volume applied by the supplicant to a network access service, NAS, device; and Step C:the RADIUS server sending a message that the bandwidth has been changed successfully to the supplicant after the NAS device completes the bandwidth configuration according to the bandwidth volume.
A sealing disc for closing a mouth of a container, having a foil for inductively introducing heat into the sealing disc, having an edge region of the sealing disc, having a sealing layer on the side of the foil that is to face the interior of the container, for sealing tight the edge region of the sealing disc on the mouth of the container, having one or more layers on the side of the foil that is remote from the sealing layer, having a hand grip that is formed as part of the sealing disc, for opening the mouth of the container that is closed by the sealing disc, wherein on the side of the foil that is remote from the sealing layer, at least one of the layers is provided with weakening lines for forming an outline of the hand grip, wherein at least one of the weakening lines leads into the edge region of the sealing disc, characterized in that the hand grip does not protrude beyond the mouth of the container.
Method for producing medical pouches in a plant, consisting of two layers of plastic film and at least one component per pouch, having a band of positioning aids for the components, and having a band of carriers for the positioning aids, the positioning aids being carried at the carriers, the carriers being translated in an endless path by means of a guide, the plant having a component application station adapted to bring a component introduced into the station by a positioning aid by means of a carrier into a joint with the plastic film, characterized in that the carriers are alternately guided between a first and a second reversing unit (6, 9) on their endless path, first along a process path and then along a return path, the carriers in the process path being either arranged in series abutting against each other or having interspaces between them; the carriers on the return path being accelerated in the return direction to the point that they leave the inlet into the return path faster than additional carriers are fed into the return path through the inlet after having passed through the process path, so as to increase the interspaces between the carriers, and the carriers being braked down again to form smaller interspaces for intermittently passing through the process path.
A method of processing synthetic fibers, said method comprising the steps of applying the following processing agent A, in a process between spinning and crimping, and applying the following processing agent B, in a process after crimping up to carding; processing agent A: a processing agent containing 40 to 80 mass% of an organophosphate metal salt and 20 to 60 mass% of a nonionic surfactant (for a total of 100 mass%); processing agent B: a processing agent containing 20 to 90 mass% of the following lubricant and 10 to 80 mass% of the following dispersing agent (a total of 100 mass%); lubricant: one or two or more chosen from the following linear polyorganosiloxanes, the following hydrocarbons and the following fatty acid esters, wherein the lubricant contains a linear polyorganosiloxane; linear polyorganosiloxanes: linear polydimethylsiloxanes having a kinematic viscosity at 25°C of 1 x 10 -5 to 1 x 10 -2 m 2 /s; hydrocarbons: hydrocarbons having a melting point of 70°C or below; fatty acid esters: fatty acid esters having a melting point of 70°C or below; and dispersing agent: one, two or more chosen from fatty acids, polyhydric alcohols, and aliphatic monohydric alcohols of carbon number 8-22, and surfactants.
A compound having the formula: wherein R 1 is selected from the group consisting of hydroxy and the physiologically hydrolyzable esters thereof, -O-carboxamido, -SH, -OC R 7, -O-CO-NR 8 R 9 and -NR 8 R 9, wherein R 7 is substituted or unsubstituted hydrocarbyl and R 8 and R 9 are independently selected from the group consisting of hydrogen and substituted or unsubstituted hydrocarbyl; R 2 and R 3 are independently selected from the group consisting of hydrogen and substituted or unsubstituted hydrocarbyl; each R 4 is independently selected from the group consisting of halogen and substituted or unsubstituted hydrocarbyl and n is an integer from 0 to 4; each R 5 is independently selected from the group consisting of halo and substituted or unsubstituted hydrocarbyl and m is an integer from 0 to 3; R 6 is substituted or unsubstituted cyclohexyl; and the pharmaceutically acceptable salts thereof. wherein R 1 is selected from the group consisting of hydroxy and the physiologically hydrolyzable esters thereof, -O-carboxamido, -SH, -OC R 7, -O-CO-NR 8 R 9 and -NR 8 R 9, wherein R 7 is substituted or unsubstituted hydrocarbyl and R 8 and R 9 are independently selected from the group consisting of hydrogen and substituted or unsubstituted hydrocarbyl; R 2 and R 3 are independently selected from the group consisting of hydrogen and substituted or unsubstituted hydrocarbyl; each R 4 is independently selected from the group consisting of halogen and substituted or unsubstituted hydrocarbyl and n is an integer from 0 to 4; each R 5 is independently selected from the group consisting of halo and substituted or unsubstituted hydrocarbyl and m is an integer from 0 to 3; R 6 is substituted or unsubstituted cyclohexyl; and