mhurhangee/ep-ind-claims huggingface dataset:
A longitudinal stretching unit, in particular for longitudinal stretching of a plastics film having the following features: - the longitudinal stretching unit comprises a plurality of rollers arranged next to one another in the pull-off direction of a plastics film, - a plurality of the rollers is part of a preheating station, - the longitudinal stretching unit further comprises at least one assembly exposed to wear, - the assembly is arranged replaceably in the longitudinal stretching unit and can be removed for this purpose and replaced by another assembly, characterised by the following further features: - the longitudinal stretching unit also comprises, in addition to the installation position or operating position for the assembly to be replaced, a standby position and/or standby station at which a further assembly is kept on standby, and - the standby position and/or the standby station is arranged and/or configured in relation to the longitudinal stretching unit such that the further assembly provided at this standby position and/or standby station, already before the installation at the operating position, is brought or can be brought to operating temperature or at least to a preheating temperature that is higher or less than 30°C lower than operating temperature. - the longitudinal stretching unit comprises a plurality of rollers arranged next to one another in the pull-off direction of a plastics film, - a plurality of the rollers is part of a preheating station, - the longitudinal stretching unit further comprises at least one assembly exposed to wear, - the assembly is arranged replaceably in the longitudinal stretching unit and can be removed for this purpose and replaced by another assembly, - the longitudinal stretching unit also comprises, in addition to the installation position or operating position for the assembly to be replaced, a standby position and/or standby station at which a further assembly is kept on standby, and - the standby position and/or the standby station is arranged and/or configured in relation to the longitudinal stretching unit such that the further assembly provided at this standby position and/or standby station, already before the installation at the operating position, is brought or can be brought to operating temperature or at least to a preheating temperature that is higher or less than 30°C lower than operating temperature.
A conditioner mat comprising: an upper layer comprising a plurality of openings; a lower layer being substantially fluid impermeable; at least one interior chamber defined between the upper layer and the lower layer; and at least one spacer material positioned within the at least one interior chamber, said at least one spacer material configured to maintain a shape of the at least one interior chamber and to help with passage of fluids within at least a portion of the at least one interior chamber the at least one spacer material being configured to receive and distribute fluids; wherein fluid entering the at least one interior chamber is generally distributed within said at least one interior chamber by the at least one spacer material before exiting through the plurality of openings along the upper layer; and characterized in that the upper and lower layers (22, 26) are configured to form at least one fluid boundary, said at least one fluid boundary fluidly separating a first chamber from at least a second chamber, wherein the at least one fluid boundary is generally away from a periphery of the conditioner mat. an upper layer comprising a plurality of openings; a lower layer being substantially fluid impermeable; at least one interior chamber defined between the upper layer and the lower layer; and at least one spacer material positioned within the at least one interior chamber, said at least one spacer material configured to maintain a shape of the at least one interior chamber and to help with passage of fluids within at least a portion of the at least one interior chamber the at least one spacer material being configured to receive and distribute fluids; wherein fluid entering the at least one interior chamber is generally distributed within said at least one interior chamber by the at least one spacer material before exiting through the plurality of openings along the upper layer; and characterized in that the upper and lower layers (22, 26) are configured to form at least one fluid boundary, said at least one fluid boundary fluidly separating a first chamber from at least a second chamber, wherein the at least one fluid boundary is generally away from a periphery of the conditioner mat.
Method for configuring the network in a dental practice, wherein the network has at least two network-capable units, for example a dental treatment or examination unit and a behind-the-head PC which is separate from the treatment or examination unit, and wherein the method has the following steps of: • contacting a server provider service in the network by means of the network-capable units after they have been started up in each case, • transmitting, from the server provider service to the network-capable units, contact information relating to an equipment connector which manages the assignment of devices in the network and is connected to the network, • setting up communication between the network-capable units and the equipment connector and individually identifying the network-capable units by means of the equipment connector, wherein the communication is set up with the aid of the contact information transmitted by the server provider service; • determining assignments of the network-capable units and transmitting assignment information to the network-capable units by means of the equipment connector. • contacting a server provider service in the network by means of the network-capable units after they have been started up in each case, • transmitting, from the server provider service to the network-capable units, contact information relating to an equipment connector which manages the assignment of devices in the network and is connected to the network, • setting up communication between the network-capable units and the equipment connector and individually identifying the network-capable units by means of the equipment connector, wherein the communication is set up with the aid of the contact information transmitted by the server provider service; • determining assignments of the network-capable units and transmitting assignment information to the network-capable units by means of the equipment connector.
An NBR composition comprising 93 to 105 parts by weight of carbon black with a carbon black grade of N330 or N550, 1.0 to 4.0 parts by weight of a vulcanization retarder, a total amount of 2.0 to 5.0 parts by weight of thiazole-based and thiuram-based vulcanization accelerators, and 1.0 to 4.0 parts by weight of a sulfur-based vulcanizing agent, based on 100 parts by weight of NBR, wherein the vulcanization retarder is a thioimide-based compound, wherein the thiazole-based vulcanization accelerator is di-2-benzothiazyl disulfide, and wherein the thiuram-based vulcanization accelerator is tetraalkylthiuram monosulfide. wherein the vulcanization retarder is a thioimide-based compound, wherein the thiazole-based vulcanization accelerator is di-2-benzothiazyl disulfide, and wherein the thiuram-based vulcanization accelerator is tetraalkylthiuram monosulfide.
A computer implemented method for generating a weather forecast for a given time period and a given territory, the method comprising: receiving weather values for the given territory from one or more weather sources; using the weather values, generating a plurality of precipitation type probabilities (PType), wherein each of the plurality of precipitation type probabilities indicates a likelihood that a corresponding precipitation type of a plurality of precipitation types will occur in the given territory during the given time period; characterized by using the weather values, generating a plurality of precipitation rate probabilities (PRate), wherein each of the plurality of precipitation rate probabilities indicates a likelihood that a corresponding precipitation rate of a plurality of precipitation rates will occur in the given territory during the given time period; combining the plurality of precipitation type probabilities (PType) and the plurality of precipitation rate probabilities (PRate) to produce a plurality of result probabilities (PTypeRate), wherein the plurality of result probabilities indicates likelihoods that each precipitation type of the plurality of precipitation types will occur at each precipitation rate of the plurality of precipitation rates in the given territory during the given time period; and outputting a forecast representing the plurality of result probabilities (PTypeRate) for display. receiving weather values for the given territory from one or more weather sources; using the weather values, generating a plurality of precipitation type probabilities (PType), wherein each of the plurality of precipitation type probabilities indicates a likelihood that a corresponding precipitation type of a plurality of precipitation types will occur in the given territory during the given time period; characterized by using the weather values, generating a plurality of precipitation rate probabilities (PRate), wherein each of the plurality of precipitation rate probabilities indicates a likelihood that a corresponding precipitation rate of a plurality of precipitation rates will occur in the given territory during the given time period; combining the plurality of precipitation type probabilities (PType) and the plurality of precipitation rate probabilities (PRate) to produce a plurality of result probabilities (PTypeRate), wherein the plurality of result probabilities indicates likelihoods that each precipitation type of the plurality of precipitation types will occur at each precipitation rate of the plurality of precipitation rates in the given territory during the given time period; and outputting a forecast representing the plurality of result probabilities (PTypeRate) for display.
Method for operating an electrical system of a motor vehicle, wherein the electrical system has an electrical energy store, two electrical machines (14, 34) which can be connected to the electrical system by means of a controllable inverter (32, 42) in each case and can be operated separately in a generator mode or recuperation mode, and has a controller which is designed to regulate the voltage which is applied to the electrical system and to control the total energy supply to the electrical machines (14, 34), the state of charge of the electrical energy store and the electrical system, characterized in that the method is initiated by disconnecting the electrical energy store from the electrical system during operation of the vehicle, in that the electrical machines (14, 34) have different induced freewheeling voltages in the freewheeling mode at identical wheel rotation speeds of the motor vehicle, and in that, when a first predefinable voltage value is undershot by the electrical voltage which is available in the electrical system, a regulated generator mode of a first of the electrical machines (14, 34) is initiated, in that, depending on one of the expected induced freewheeling voltages of one of the electrical machines (14, 32), one of the associated inverters (32, 42) is selected and is actuated such that the electrical machine (14, 34) which is connected to it is operated in electrical freewheel mode, so that said electrical machine, as a result of its rotation, induces a freewheeling voltage which is applied to the electrical system, wherein all of the circuit breakers are open in the freewheel mode of the electrical machine (14, 34) which is connected to the selected inverter (32, 42), so that the electrical voltage which is induced by the electrical machine (14, 34) is rectified by means of freewheeling diodes, which are connected in parallel with the circuit breakers in the selected inverter (32, 42), and fed correspondingly into the electrical system, and a check is then made to determine whether the induced freewheeling voltage which is now applied to the electrical system exceeds a second predefinable voltage value and, if the second predefinable voltage value is exceeded by the induced electrical freewheeling voltage which is available in the electrical system, the inverter (32, 42) of the first electrical machine (14, 34) is actuated such that the first electrical machine (14, 34) which is connected to it is operated in the regulated generator mode, a generator voltage which is applied to the electrical system and which ensures the further regulated supply of energy to the motor vehicle being induced as a result of the rotation of said first electrical machine.
Use of FTY720 or a derivative thereof selected from R-AAL, phosphate ester metabolites of FTY720, pharmaceutically acceptable salts of FTY720, or pegylated FTY720 in the manufacture of a composition for use in treating a neurodegenerative disease, a neurological disease or a psychiatric disease, with the proviso that the disease is not multiple sclerosis or a demyelinating disease such as Guillain-Barre syndrome.
Method for evaluating the security situation in a building, wherein the building has common areas with access authorisation for authorised persons, - wherein in each case a current number of persons physically present in the common area is determined automatically by means of cameras with image processing that is activated downstream, wherein the cameras are arranged in a distributed manner in the ceiling and/or wall region of the common areas, - wherein in each case a current number of identifiers, which are read by RFID readers of RFID transponders, is determined, wherein the identifiers are carried by authorised persons in compliance with regulations and wherein the RFID readers are arranged in a distributed manner in the ceiling and/or wall region of the common areas, and - wherein an indicator for evaluating the current security situation in the building is determined and output on the basis of each of the two numbers (CP, CID), and - wherein an infrared camera, in particular a thermal imaging camera, is used as the camera. - wherein in each case a current number of persons physically present in the common area is determined automatically by means of cameras with image processing that is activated downstream, wherein the cameras are arranged in a distributed manner in the ceiling and/or wall region of the common areas, - wherein in each case a current number of identifiers, which are read by RFID readers of RFID transponders, is determined, wherein the identifiers are carried by authorised persons in compliance with regulations and wherein the RFID readers are arranged in a distributed manner in the ceiling and/or wall region of the common areas, and - wherein an indicator for evaluating the current security situation in the building is determined and output on the basis of each of the two numbers (CP, CID), and - wherein an infrared camera, in particular a thermal imaging camera, is used as the camera.
A method for producing a Guerbet alcohol, comprising the following steps 1 to 3 in this order: step 1: preparing an aqueous liquid composition containing an aliphatic alcohol having a number of carbon atoms of 8 or more and 22 or less, and a base; step 2: holding the aqueous liquid composition at 100°C or more and 150°C or less to thereby adjust a water amount in the aqueous liquid composition to less than 0.28% by mass; and step 3: setting the aqueous liquid composition to be more than 180°C. step 1: preparing an aqueous liquid composition containing an aliphatic alcohol having a number of carbon atoms of 8 or more and 22 or less, and a base; step 2: holding the aqueous liquid composition at 100°C or more and 150°C or less to thereby adjust a water amount in the aqueous liquid composition to less than 0.28% by mass; and step 3: setting the aqueous liquid composition to be more than 180°C.
Floating device for producing a standing wave comprising a wave pool which is defined by two side walls, at least one obstacle, at least one pump and at least two buoyancy means, the obstacle being arranged in the wave pool, the device being possible to generate a water flow over the obstacle by means of the pump in order to generate a standing wave in the wave pool, wherein the device is designed as a pontoon by means of the at least two buoyancy means, and wherein the two side walls of the wave basin are formed by the buoyancy means, which define the wave pool with their surfaces facing the wave pool.
A DNA molecule exhibiting the promoter activity of SEQ ID NO: 22, comprising a polynucleotide sequence selected from: a) a sequence with at least 85 percent sequence identity to the full length of SEQ ID NO:22; b) a sequence comprising SEQ ID NO:22; and c) a fragment comprising at least 500 contiguous nucleotides of SEQ ID NO:22; wherein said DNA molecule is operably linked to a heterologous transcribable polynucleotide molecule. a) a sequence with at least 85 percent sequence identity to the full length of SEQ ID NO:22; b) a sequence comprising SEQ ID NO:22; and c) a fragment comprising at least 500 contiguous nucleotides of SEQ ID NO:22;
A positioning device comprising: - a receiving unit adapted to receive a value of an error used in satellite positioning at a first time interval and adapted to receive a correction value of the error at a second time interval that is 1/n time interval of the first time interval, wherein n is an integer of two or larger; and - an error correction unit adapted to correct the value of the error at the second time interval by using the correction value, wherein the receiving unit receives at the first time interval a value of a frequency-dependent error that is an error dependent on a frequency of a carrier from a positioning satellite and a value of a frequency-independent error that is an error independent of the frequency of the carrier and receives, at the second time interval, a correction value of the frequency-independent error, and the error correction unit corrects the value of the frequency-independent error at the second time interval by using the correction value, further comprising a correction value calculation unit adapted to calculate a correction value of the frequency-dependent error for the every second time interval, wherein the error correction unit corrects, at the second time interval, the value of the frequency-independent error by using the correction value received by the receiving unit and the value of the frequency-dependent error by using the correction value calculated by the correction value calculation unit, characterized in that: the correction value calculation unit calculates a correction value of the frequency-dependent error for the every second time interval by linear interpolation employing time extrapolation. - a receiving unit adapted to receive a value of an error used in satellite positioning at a first time interval and adapted to receive a correction value of the error at a second time interval that is 1/n time interval of the first time interval, wherein n is an integer of two or larger; and - an error correction unit adapted to correct the value of the error at the second time interval by using the correction value, wherein
Combination of a drain (9, 12; 71, 74) with an inflow opening (13; 76), an outflow opening (10; 73) and an access opening (13; 78) and a device (1; 20; 30; 40; 50; 60) for capturing hair and other dirt in the drain (9, 12; 71, 74), which device (1; 20; 30; 40; 50; 60) comprises: - a base part (2; 21; 31; 41, 42; 51; 63); and - at least two capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) arranged on the base part (2; 21; 31; 41, 42; 51; 63) and displaceable relative to each other, wherein at least one main dimension (y) of the access opening (13; 78) of the drain (9, 12; 71, 74) is smaller than the main dimensions of the outflow opening (z) characterized in that - in a first position of the capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) one main dimension (x) of the device is smaller than or equal to the at least one main dimension (y) of the access opening (13; 78) and wherein in a second position of the capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) this one main dimension (x) is greater than the at least one main dimension (y) of the access opening (13; 78) and preferably greater than or equal to the main dimensions (z) of the outflow opening (10; 73) - the device (1; 20; 30; 40; 50; 60) is, in the first position, insertable into the access opening (13; 78) of the drain (9, 12; 71, 74) and, after having passed the access opening (13; 78), expandable to the second position. - a base part (2; 21; 31; 41, 42; 51; 63); and - at least two capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) arranged on the base part (2; 21; 31; 41, 42; 51; 63) and displaceable relative to each other, - in a first position of the capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) one main dimension (x) of the device is smaller than or equal to the at least one main dimension (y) of the access opening (13; 78) and wherein in a second position of the capturing elements (5, 6; 24, 25; 34; 43; 54, 55; 61, 62; 81) this one main dimension (x) is greater than the at least one main dimension (y) of the access opening (13; 78) and preferably greater than or equal to the main dimensions (z) of the outflow opening (10; 73) - the device (1; 20; 30; 40; 50; 60) is, in the first position, insertable into the access opening (13; 78) of the drain (9, 12; 71, 74) and, after having passed the access opening (13; 78), expandable to the second position.
A method for making a low density foamed article, comprising: placing a desired amount of thermoplastic polyurethane foam beads in a cavity of a mold and closing the mold; the method being characterized in that it comprises the steps of combining in an extruder connected to the mold a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers and thermoplastic ethylene-vinyl acetate copolymers with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid, wherein the blowing agent (a) is present in an amount up to 15 wt% based on polymer weight and the supercritical fluid comprises at least one of 0.1 to 5 wt% of supercritical CO 2 based on polymer weight or 0.1 to 4 wt% of supercritical N 2 based on polymer weight, to form a mixture and injecting the mixture into the mold and foaming the mixture. placing a desired amount of thermoplastic polyurethane foam beads in a cavity of a mold and closing the mold; the method being characterized in that it comprises the steps of combining in an extruder connected to the mold a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers and thermoplastic ethylene-vinyl acetate copolymers with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid, wherein the blowing agent (a) is present in an amount up to 15 wt% based on polymer weight and the supercritical fluid comprises at least one of 0.1 to 5 wt% of supercritical CO 2 based on polymer weight or 0.1 to 4 wt% of supercritical N 2 based on polymer weight, to form a mixture and (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid, injecting the mixture into the mold and foaming the mixture.