mhurhangee/ep-ind-claims huggingface dataset:
Tyre building device for producing a tyre blank with the aid of at least one on a building drum, on which an inner layer and radially thereover an insert can be placed, wherein the inner layer and the insert respectively consist of unvulcanized rubber compounds, in which device a cylindrical bladder support (30, 32) is respectively arranged axially on both sides next to the building drum, on which supports an inflatable bladder (34, 36) can be respectively placed, in which device an axially movable turn-up bell (50, 52) is respectively arranged axially next to each of the two bladder supports (30, 32), in which device an annular core (80, 82) can be respectively arranged on the two turn-up bells (50, 52), on the sides thereof that are facing one another, in which device, after the two turn-up bells (50, 52) have been moved axially up to the insert, the two cores (80, 82) can be mounted axially on the end of this insert, in which device, after the two turn-up bells (50, 52) have been moved axially back, the two bladders (34, 36) can be inflated, in which device, by once again moving the turn-up bells (50, 52) axially in the direction of the folding drum, the axial ends of the insert can be turned up with the aid of the inflated bladders (34, 36) by the turn-up bells (50, 52) around the respectively assigned core (80, 82) to form a first and a second ply turn-up (106, 108), and in which device the building drum, the bladder supports (30, 32), the bladders (34, 36) and also the turn-up bells (50, 52) are respectively arranged coaxially in relation to a horizontally running longitudinal centre axis, characterized in that the turn-up bells (50, 52) for mounting the cores (80, 82) are axially movable independently of one another with respect to the building drum respectively by means of a linear drive (54, 56) of their own, in that at least a first core setting force (F 1), effective at the first turn-up bell, and a second core setting force (F 2), effective at the second turn-up bell, can be recorded by means of at least one measuring device (98, 100), in that the measured values recorded by the at least one measuring device (98, 100) can be sent to at least one control device (94, 96) for the open-loop and closed-loop control of the two linear drives (54, 56), and in that, by means of the at least one control device (94, 96), at least the two core setting forces (F 1, F 2) can be controlled by acting on the two linear drives (54, 56), wherein the respective core setting force (F 1, F 2) indicates with which axial force the turn-up bells (50, 52) mount the cores (80, 82) onto the insert.
A supporting cross-member that can be removed and manipulated by a handling device for loading, unloading and securing a semi-trailer onto a fixed, removable or movable supporting railway structure on a rail transport car, said supporting cross-member comprising a body and a reception support of the fifth wheel type adapted to receive the kingpin of the semi-trailer and to ensure that it is maintained during manipulation and rail transport, said cross-member comprising a mechanical gripping interface (26, 27, 28, 29) so it can be manipulated by a handling device, and comprising:. a generally flat body formed of a metal base structure supporting a fifth wheel that can be raised,. a mechanism for raising the position of the fifth wheel relative to the body of the cross-member,. a means for locking the fifth wheel in position relative to the body of the cross-member,. at least one means (30, 31, 32, 33) for immobilizing or retaining the cross-member on the supporting railway structure, characterized in that the cross-member comprises:. a lateral edge (11, 12) located on either side of the cross-member used as a contact means on the longitudinal side elements of the supporting railway structure.. a generally flat body formed of a metal base structure supporting a fifth wheel that can be raised,. a mechanism for raising the position of the fifth wheel relative to the body of the cross-member,. a means for locking the fifth wheel in position relative to the body of the cross-member,. at least one means (30, 31, 32, 33) for immobilizing or retaining the cross-member on the supporting railway structure,. a lateral edge (11, 12) located on either side of the cross-member used as a contact means on the longitudinal side elements of the supporting railway structure.
A method for evaluating performance of a system for controlling pitch of a set of rotor blades of a wind turbine, wherein the system for controlling pitch is an individual pitch control system adapted to measure load signals being indicative of the load on the rotor blades and to individually control the pitch angles of the rotor blades on the basis of the measured load signals, the load signals include a flapwise load moment, the wind turbine comprising a hub adapted to carry the set of rotor blades, the method comprising the steps of: - filtering the measured flapwise load moment to obtain a 1P signal, - obtaining parameter values by calculating the amplitude and/or the standard deviations of the 1P signal, - obtaining information regarding wind conditions at the site of the wind turbine, - selecting a set of theoretical values corresponding to expected values for the amplitudes and/or standard deviations of the 1P signal under the given wind conditions, - comparing the obtained parameter values with the selected theoretical values, and based on said comparison, evaluating the performance of the system for controlling pitch, and determining whether or not individual control of the pitch angles of the rotor blades actually compensates individual variations in load on the rotor blades in a manner and to an extent they are supposed to. - filtering the measured flapwise load moment to obtain a 1P signal, - obtaining parameter values by calculating the amplitude and/or the standard deviations of the 1P signal, - obtaining information regarding wind conditions at the site of the wind turbine, - selecting a set of theoretical values corresponding to expected values for the amplitudes and/or standard deviations of the 1P signal under the given wind conditions, - comparing the obtained parameter values with the selected theoretical values, and
Method for producing an edge protector on a fabric for a machine for producing or finishing a fibrous web, in particular a paper, board or tissue web, comprising the following steps: - providing the fabric to be provided with the edge protector, wherein the fabric is substantially formed from a woven material with crossing weft threads and warp threads and has two side edges which lie opposite one another, - applying a film strip to a surface of one of the two side edges of the fabric, wherein, immediately before the film strip comes into contact with the fabric, that surface of the film strip which faces the fabric and that surface of the fabric which faces the film strip are heated in such a way that the two melt slightly, - exerting a pressing force on the film strip which has been applied to the surface of one of the two side edges of the fabric, with the result that the film strip penetrates at least partially into the woven material, and - cooling that side edge of the clothing which is provided with the film strip, with the result that a stable, in particular integral and form-fitting, connection is formed between the film strip and the side edge of the fabric. - providing the fabric to be provided with the edge protector, wherein the fabric is substantially formed from a woven material with crossing weft threads and warp threads and has two side edges which lie opposite one another, - applying a film strip to a surface of one of the two side edges of the fabric, wherein, immediately before the film strip comes into contact with the fabric, that surface of the film strip which faces the fabric and that surface of the fabric which faces the film strip are heated in such a way that the two melt slightly, - exerting a pressing force on the film strip which has been applied to the surface of one of the two side edges of the fabric, with the result that the film strip penetrates at least partially into the woven material, and - cooling that side edge of the clothing which is provided with the film strip, with the result that a stable, in particular integral and form-fitting, connection is formed between the film strip and the side edge of the fabric.
Method for controlling at least one device for occulting at least one opening of a room of a building, characterized in that the method comprises the steps of: - obtaining a current mode of a heating control device of the at least one room, - obtaining a value of at least one parameter from the current mode of the heating control device of the at least one room, - deciding on a control of the occulting device from the value of the at least one parameter obtained, - controlling the occulting device according to the decision. - obtaining a current mode of a heating control device of the at least one room, - obtaining a value of at least one parameter from the current mode of the heating control device of the at least one room, - deciding on a control of the occulting device from the value of the at least one parameter obtained, - controlling the occulting device according to the decision.
A composite structure, comprising: a plurality of layers of material; a plurality of resin interlayers disposed between said layers of material for bonding said layers together to form a unitary structure; and a plurality of shape memory alloy particles dispersed throughout at least a portion of each of said resin interlayers for toughening said unitary structure; wherein, at the same temperature, at least one of the interlayers includes SMA particles provided in an austenitic phase and at least one other interlayer includes SMA particles provided in a martensitic phase. a plurality of layers of material; a plurality of resin interlayers disposed between said layers of material for bonding said layers together to form a unitary structure; and a plurality of shape memory alloy particles dispersed throughout at least a portion of each of said resin interlayers for toughening said unitary structure;
A hemodialysis apparatus that is provided with a dialyzer which performs hemodialysis, a dialysate circuit which comprises a dialysate supply passage for supplying a fresh dialysate to the dialyzer therethrough and a dialysate recovery passage for recovering a used dialysate therethrough which has passed the dialyzer, a blood circuit which comprises an artery side passage for sending blood to the dialyzer from a patient therethrough and a vein side passage for returning the blood to the patient from the dialyzer therethrough, a replenishing liquid passage which connects the dialysate supply passage with the blood circuit to communicate with each other, a replenishing liquid pump which is arranged in the replenishing liquid passage and sends the dialysate from the dialysate supply passage to the blood circuit, a dialysate filter which is provided in the dialysate supply passage and purifies the dialysate, a blood pump which is arranged in the artery side passage, and control means which controls the operation of the replenishing liquid pump and the blood pump; and the control means is configured to, when the blood in the blood circuit is retransfused into the patient, operate the replenishing liquid pump to pass a fresh dialysate, which has been purified by the dialysate filter, to the blood circuit through the replenishing liquid passage to retransfuse the blood into the patient by the dialysate, wherein the hemodialysis apparatus further comprises opening means which opens the sealed dialysate circuit to the outside, a storage container which stores therein the fresh dialysate passing through the dialysate supply passage, and an auxiliary power source for operating at least the replenishing liquid pump, the blood pump, the opening means and the control means; characterized in that an auxiliary power source retransfusing mode is set in the control means as to operate the replenishing liquid pump, the blood pump and the opening means by the auxiliary power source, send the fresh dialysate stored in the storage container to the blood circuit through the replenishing liquid passage, and retransfuse the blood into the patient.
A method of managing a broadcast for a terminal, the method comprising: tuning a broadcasting receiver of the terminal to a frequency from among a plurality of frequencies of a broadcasting channel; receiving, by the broadcasting receiver, a broadcasting signal on the tuned frequency; controlling the broadcasting receiver, such that the broadcasting receiver is tuned to another frequency from among the plurality of frequencies of the broadcasting channel; characterized by determining whether a moving speed of the terminal, which is portable, is equal to or greater than a predetermined speed when the broadcasting receiver is tuned to the frequency from among the plurality of frequencies of the broadcasting channel and the broadcasting receiver receives the broadcasting signal; measuring a field strength of the received broadcasting signal when the moving speed of the portable terminal is equal to or greater than the predetermined speed; wherein tuning the broadcasting receiver to another frequency is performed when the determined moving speed is equal to or greater than the predetermined speed and the measured field strength is less than a predetermined threshold. tuning a broadcasting receiver of the terminal to a frequency from among a plurality of frequencies of a broadcasting channel; receiving, by the broadcasting receiver, a broadcasting signal on the tuned frequency; controlling the broadcasting receiver, such that the broadcasting receiver is tuned to another frequency from among the plurality of frequencies of the broadcasting channel; characterized by determining whether a moving speed of the terminal, which is portable, is equal to or greater than a predetermined speed when the broadcasting receiver is tuned to the frequency from among the plurality of frequencies of the broadcasting channel and the broadcasting receiver receives the broadcasting signal; measuring a field strength of the received broadcasting signal when the moving speed of the portable terminal is equal to or greater than the predetermined speed; wherein tuning the broadcasting receiver to another frequency is performed when the determined moving speed is equal to or greater than the predetermined speed and the measured field strength is less than a predetermined threshold.
A system for providing instillation fluid to a deep abdominal wound, the system comprising: an instillation module (30, 288) defining a first surface and a second, abdominal contents-facing surface, the instillation module including a distribution hub (72, 304) configured to receive instillation fluid from an instillation fluid source; and a connection structure (150, 210, 258) comprising: a first surface; a second, abdominal contents-facing surface; and a flow path extending between the first surface of the connection structure (150, 210, 258) and the second surface of the connection structure (150, 210, 258), the flow path including an inlet configured to receive an instillation fluid conduit engaged with the instillation fluid source and an outlet in fluid communication with the instillation module (30, 288), the flow path defining an axis extending between the inlet and the outlet and configured to compress in a direction defined by the axis; wherein the second surface of the connection structure (150, 210, 258) is secured to the first surface of the instillation module (30, 288) to provide a fluid-tight connection between the flow path and the instillation module (30, 288), and wherein the distribution hub (72, 304) of the instillation module (30, 288) receives instillation fluid through the flow path. an instillation module (30, 288) defining a first surface and a second, abdominal contents-facing surface, the instillation module including a distribution hub (72, 304) configured to receive instillation fluid from an instillation fluid source; and a connection structure (150, 210, 258) comprising: a first surface; a second, abdominal contents-facing surface; and a flow path extending between the first surface of the connection structure (150, 210, 258) and the second surface of the connection structure (150, 210, 258), the flow path including an inlet configured to receive an instillation fluid conduit engaged with the instillation fluid source and an outlet in fluid communication with the instillation module (30, 288), the flow path defining an axis extending between the inlet and the outlet and configured to compress in a direction defined by the axis; a first surface; a second, abdominal contents-facing surface; and a flow path extending between the first surface of the connection structure (150, 210, 258) and the second surface of the connection structure (150, 210, 258), the flow path including an inlet configured to receive an instillation fluid conduit engaged with the instillation fluid source and an outlet in fluid communication with the instillation module (30, 288), the flow path defining an axis extending between the inlet and the outlet and configured to compress in a direction defined by the axis; wherein the second surface of the connection structure (150, 210, 258) is secured to the first surface of the instillation module (30, 288) to provide a fluid-tight connection between the flow path and the instillation module (30, 288), and wherein the distribution hub (72, 304) of the instillation module (30, 288) receives instillation fluid through the flow path.
Pharmaceutical composition comprising 1-adamantylethyloxy-3-morpholino-2-propanol or pharmaceutically acceptable salts thereof for use in the treatment of various forms of ischemic heart disease including unstable angina pectoris, stable rest and exertional angina pectoris, angina pectoris of intact vessels, acute coronary syndrome (including early postinfarction angina pectoris), myocardial infarction (large-focus and small-focus, repeated and recurrent), post resuscitation disease (state after emergency procedures), treatment and prevention of ischemic myocardial postreperfusion injuries after thrombolysis, stenting, balloon angioplasty, coronary vessels atheroctomy, postinfarction myocardiosclerosis, cardiomyopathies of various genesis (alcoholic, infectious-toxic, and metabolic), heart rhythm disorders, diabetic angiopathies and complications thereof, wherein the pharmaceutical composition is for parenteral administration within a concentration range of 3-100 mg/ml.
A solar power generation system, comprising: a solar cell panel installed in a ground surface; a power conversion device which is configured to convert direct current power received from the solar cell panel via a power cable into alternate current power; and an air lead-in tube including: a heat exchange part which is laid on the ground surface in a shade on a back side of the solar cell panel or buried in a ground on the back side of the solar cell panel; an opening part which communicates with the heat exchange part and is configured to introduce air on the ground to the heat exchange part; and a lead-in part which communicates with the heat exchange part and opens inside the power conversion device or inside a building in which the power conversion device is installed, and is constructed so as to draw air in the heat exchange part from the lead-in part by using sucking means, wherein the power cable is accommodated in the air lead-in tube. a solar cell panel installed in a ground surface; a power conversion device which is configured to convert direct current power received from the solar cell panel via a power cable into alternate current power; and an air lead-in tube including: a heat exchange part which is laid on the ground surface in a shade on a back side of the solar cell panel or buried in a ground on the back side of the solar cell panel; an opening part which communicates with the heat exchange part and is configured to introduce air on the ground to the heat exchange part; and a lead-in part which communicates with the heat exchange part and opens inside the power conversion device or inside a building in which the power conversion device is installed, and is constructed so as to draw air in the heat exchange part from the lead-in part by using sucking means, wherein the power cable is accommodated in the air lead-in tube.
Gearing comprising a pipeline, a retaining sheet being screwed in the interior of the gearing and having one or more recesses, in each of which a clamping ring (1, 60) can be received, the pipeline being held in a screw part screwed to a housing part of the gearing, characterised in that the pipeline is guided through and/or supported by a clamping ring arranged in the recess or in one of the recesses, the clamping ring being made of a plastics material, the clamping ring having a sealing lip protruding radially inwards.
A cooking apparatus, which has a cooking container for receiving an aqueous medium, a heating device for heating the cooking container, and a temperature sensor (4, 10) which is designed to detect temperature at a predetermined point in the cooking container and generate a temperature sensor signal as a function of the temperature, wherein the cooking apparatus is designed to provide a value of the temperature sensor signal when the aqueous medium is boiling and to calibrate a conversion of the temperature sensor signal into an associated temperature based on the detected value, wherein the temperature sensor (4, 10) is attached to an external side of the cooking container on the wall, characterised in that the cooking apparatus is designed to detect whether the temperature sensor signal remains stable for a predetermined period of time and displays a boiling of the aqueous medium and after the period of time has expired to detect the value of the temperature sensor signal, wherein the calibration is designed to adjust a conversion of the temperature sensor signal into an associated temperature such that the temperature obtained is corrected to take account wholly or partially of the influence of an installation situation of the temperature sensor (4, 10), of thermal ambient conditions of the temperature sensor (4, 10), of a heat transfer from the boiling medium to the temperature sensor (4, 10).
Supercharging device for internal combustion engines, comprising at least one compressor part, which is arranged in an intake tract of the internal combustion engine and which serves for compressing inducted combustion air and which is connectable by means of a switchable mechanical coupling to the internal combustion engine, comprising at least one expansion part which is arranged in a circuit system of a circulating working medium, wherein, for the drive of the expansion part utilizing the waste heat of the internal combustion engine, it is furthermore the case that at least one exhaust-gas heat exchanger and one circulation pump are situated in the circuit system, comprising an electric machine, which is connected to the expansion part and which serves for driving the compressor part, wherein the electric machine is indirectly or directly connected to the compressor part, comprising an electrical operative connection between the electric machine and a battery for storing electrical energy in an energy recovery situation or for making electrical energy available for the drive of the electric machine, such that energy recovery is made possible during overrun operation of the internal combustion engine, and supercharging of the internal combustion engine is made possible in the presence of a low battery state of charge and low drive power from the circuit system.