mhurhangee/ep-ind-claims huggingface dataset:
Transport device for transporting a structural part, which is elongate with respect to a main direction of extent, having a first end and a second end, wherein the first end is closer to a centre of gravity of the structural part than the second end, comprising: a structural part receptacle and a lifting device, wherein the structural part receptacle is coupled to the lifting device via a fixed bearing so as to be rotatable about at least a first axis of rotation; wherein the lifting device is designed to move the fixed bearing at least in a vertical direction; wherein the structural part receptacle comprises a fastening which is designed to fasten the structural part to the structural part receptacle, characterized in that the transport device has a guide region which is designed and arranged to be at least intermittently in contact with the structural part receptacle when straightening up the structural part, wherein the structural part receptacle is designed in such a way that, if a common centre of gravity of the structural part receptacle and of the structural part to be transported is situated along the main direction of extent of the structural part between the first end of the structural part and the fixed bearing, there occurs a straightening-up torque which fundamentally causes the structural part receptacle to be straightened up together with the structural part. a structural part receptacle and a lifting device, wherein the structural part receptacle is coupled to the lifting device via a fixed bearing so as to be rotatable about at least a first axis of rotation; wherein the lifting device is designed to move the fixed bearing at least in a vertical direction; wherein the structural part receptacle comprises a fastening which is designed to fasten the structural part to the structural part receptacle, characterized in that the transport device has a guide region which is designed and arranged to be at least intermittently in contact with the structural part receptacle when straightening up the structural part, wherein the structural part receptacle is designed in such a way that, if a common centre of gravity of the structural part receptacle and of the structural part to be transported is situated along the main direction of extent of the structural part between the first end of the structural part and the fixed bearing, there occurs a straightening-up torque which fundamentally causes the structural part receptacle to be straightened up together with the structural part.
A binocular display including first and second display screens (14, 16) having similar native directionally sensitive contrast, the first and second display screens (14, 16) mounted within a viewing device having first and second eyeboxes (18, 20) within which the respective first and second display screens (14, 16) are visible to users, the first and second display screens (14, 16) having first and second viewing axes (32, 34) directed toward the first and second eyeboxes (18, 20) and exhibiting a direction of peak contrast that is inclined to the respective first and second viewing axes (32, 34), the binocular display characterised by: the first display screen (14, 16) being rotated with respect to the second display screen (16, 14) to orient the peak contrasts of the first and second display screens (14, 16) in opposite directions with respect to the first and second viewing axes (32, 34), reducing contrast variations apparent between the different eyes (22, 24) of the users over a range of interpupillary distances (D MIN - D MAX).
A pressure regulator system including a pressure regulator, said pressure regulator including a valve, and a gas supply (4, 5) connected thereto, each of said valve and said gas supply is coupled to a processor, said valve, gas supply and processor are disposed within a fluid tight housing, said pressure regulator system including an external pressure sensor coupled to the processor through the fluid tight housing, said system also including a pressure sealed and fluid tight container, said container containing both an acoustic device, disposable under water, and an internal pressure sensor, whereby said pressure regulator is gas coupled to said fluid tight container, and said internal pressure sensor is connected to said processor, said pressure regulator system being a closed system for selectively removing gas from the container to the gas supply or supplying the gas from the gas supply to the container thereby regulating the pressure in the container, wherein said processor is adapted to receive information from both the internal and external sensors, to compare said information therefrom and consequently to control said pressure regulator; characterised in that: said closed system is provided by the gas supply comprising a compressor connected to a gas storage chamber, wherein said compressor is fluidly connected to said fluid tight chamber, and said gas storage chamber is further fluidly connected to said fluid tight container via said valve, both said compressor and valve being under the control of said processor.
A pressure probe comprising: an airfoil made of a metal and configured for use in a gas turbine engine, the airfoil having no camber and configured to have a zero angle of attack with an airstream during operation and extending from a base to a tapered portion to a linear portion along a primary axis (A X), the airfoil having a constant cross-section in the linear portion; a plurality of kiels monolithically formed with the airfoil and each correspondingly oriented to face in an expected airstream direction during operation; and a plurality of interior passages each operatively connected to a different one of the plurality of kiels and passing through both the airfoil and the base; characterised in that: the interior passages have equal passage lengths. an airfoil made of a metal and configured for use in a gas turbine engine, the airfoil having no camber and configured to have a zero angle of attack with an airstream during operation and extending from a base to a tapered portion to a linear portion along a primary axis (A X), the airfoil having a constant cross-section in the linear portion; a plurality of kiels monolithically formed with the airfoil and each correspondingly oriented to face in an expected airstream direction during operation; and a plurality of interior passages each operatively connected to a different one of the plurality of kiels and passing through both the airfoil and the base; characterised in that: the interior passages have equal passage lengths.
A method for transmitting, by a User Equipment, UE, that supports Frequency Division Duplex, FDD, and Time Division Duplex, TDD, UE capability information to an evolved Node B, eNB, the method comprising: receiving a message requesting UE capability information from the eNB; identifying first capability information for FDD, second capability information for TDD, and third capability information for both FDD and TDD based on the UE capability information requesting message; generating UE capability information; transmitting the UE capability information to the eNB in response to the request message, wherein: the UE capability information includes the third information, if the eNB is in the FDD mode and the first information and the third information are the same or if the eNB is in the TDD mode and the second information and the third information are the same, the UE capability information includes both the first information and the third information, if the eNB is in the FDD mode and the first information and the third information are different, and the UE capability information includes both the first information and the third information, if the eNB is in the TDD mode and the first information and the third information are different. receiving a message requesting UE capability information from the eNB; identifying first capability information for FDD, second capability information for TDD, and third capability information for both FDD and TDD based on the UE capability information requesting message; generating UE capability information; transmitting the UE capability information to the eNB in response to the request message, wherein: the UE capability information includes the third information, if the eNB is in the FDD mode and the first information and the third information are the same or if the eNB is in the TDD mode and the second information and the third information are the same, the UE capability information includes both the first information and the third information, if the eNB is in the FDD mode and the first information and the third information are different, and the UE capability information includes both the first information and the third information, if the eNB is in the TDD mode and the first information and the third information are different. the UE capability information includes the third information, if the eNB is in the FDD mode and the first information and the third information are the same or if the eNB is in the TDD mode and the second information and the third information are the same, the UE capability information includes both the first information and the third information, if the eNB is in the FDD mode and the first information and the third information are different, and the UE capability information includes both the first information and the third information, if the eNB is in the TDD mode and the first information and the third information are different.
Preparation based on emulsion comprising a.) one or more insect repellent active ingredients and b.) sodium stearoyl glutamate and/or sucrose polystearate and c.) hydrogenated polyisobutylene characterized in that the preparation is in the form of a W/O or W/S emulsion. a.) one or more insect repellent active ingredients and b.) sodium stearoyl glutamate and/or sucrose polystearate and c.) hydrogenated polyisobutylene
A method for preparing the diastereomerically enriched chloride of formula 7 as an intermediate of the synthesis of Tenofovir Alafenamide of formula 1 a, based on a reaction of the compound of formula 8 (Ph-PMPA) with SOCl 2, characterized in that the reaction is performed in a mixed solvent, which is composed of a mixture of the polar solvent S 1 in which the compound of formula 7 is partly soluble, i.e. 0 mg/ml < solubility ≤ 10 mg/ml, and the polar aprotic solvent S2 in which the compound of formula 7 is very well soluble, i.e. 10 ≥ x mg / ml, wherein the ratio of the volumes of the solvents S2 to S1 is in the range of 0.01 ≤ S 2: S 1 ≤0.20, wherein S1 is a polar solvent selected from MeOAc, EtOAc, nPrOAc, iPrOAc and nBuOAc, and wherein S2 is a polar aprotic solvent selected from dimethyl sulfone, propionitrile, 1,3-dimethyl-2-imidazolidinone, N,N '-dimethylpropylene urea and sulfolane.
Crawler tread for a running track of a crawler vehicle, in particular crawler tread for a running track of a downhill snow groomer or crawler tread for a running track of a cross-country snow groomer, it being possible for the crawler tread to be fastened transversely to the running direction to belts of the running track which are oriented in the direction of travel and lie parallel to one another, the crawler tread comprising an elongate main body, the crawler tread having a support element, the support element being configured on an outer side of the main body as a flat support, in order to arrange the crawler tread so as to bear with the support against the belts, the main body having two side limbs (10, 11), the two side limbs (10, 11) being present on the main body in such a way that the elongate crawler tread tapers in an edge-like manner on a further outer side which lies opposite the flat support and is spaced apart from the support, the support element and the side limbs (10, 11) enclosing a cavity of the main body, characterized in that a side limb (10, 11, 45) has through-passage openings, with the result that an edge of the crawler tread is present in a manner which is plugged through a plurality of through-passage openings into the cavity of the main body (2, 39), the support element having a receiving member (18, 19), the edge being present so as to line up on the receiving member (18, 19) with the end which is plugged into the cavity.
A spray bar assembly for use with a cleaning assembly, the spray bar assembly comprising: a body having a fluid inlet, the body defining an internal cavity that is divided into a set of reservoirs (524, 528, 530), the set of reservoirs (524, 528, 530) fluidly coupled by a series of channels (544, 548) formed by internal baffling (514, 520, 522) within the internal cavity, the body having a plurality of outlets along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs (524, 528, 530) and the series of channels (544, 548), the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation, wherein the set of reservoirs (524, 528, 530) comprise at least a first reservoir and a second reservoir divided by a first set of baffles and fluidly coupled by a first set of channels located within the first set of baffles, characterized in that the set of reservoirs (524, 528, 530) further comprises an outlet reservoir directly feeding the plurality of outlets and the second reservoir and the outlet reservoir are divided by a second set of baffles and fluidly coupled by a second set of channels located within the second set of baffles. a body having a fluid inlet, the body defining an internal cavity that is divided into a set of reservoirs (524, 528, 530), the set of reservoirs (524, 528, 530) fluidly coupled by a series of channels (544, 548) formed by internal baffling (514, 520, 522) within the internal cavity, the body having a plurality of outlets along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs (524, 528, 530) and the series of channels (544, 548), the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation, wherein the set of reservoirs (524, 528, 530) comprise at least a first reservoir and a second reservoir divided by a first set of baffles and fluidly coupled by a first set of channels located within the first set of baffles, characterized in that the set of reservoirs (524, 528, 530) further comprises an outlet reservoir directly feeding the plurality of outlets and the second reservoir and the outlet reservoir are divided by a second set of baffles and fluidly coupled by a second set of channels located within the second set of baffles.
A method for repairing damage to a composite material comprising a composite substrate and at least one layer of shielding material providing electromagnetic protection, the method comprising: removing damage to the at least one layer of shielding material by creating a hole in the at least one layer of shielding material; applying a patch (28,32) of shielding material in the region of the hole via a resin, wherein a ratio of a resin weight to a weight of the patch (28,32) of shielding material lies in a range between about 0.45 - 0.55; and curing the resin, wherein an absorptive, consumable material is positioned in contact with the resin and removes an amount of said resin during at least a portion of the curing, wherein the at least one layer of shielding material comprises a layer of a first shielding material and a layer of a second shielding material, the method further comprising: c reating a first hole in the layer of the first shielding material; and c reating a second hole in the layer of the second shielding material, the first hole being smaller than the second hole, wherein the layer of the first shielding material is an enhanced layer of shielding material in comparison to the layer of the second shielding material, such that the second shielding material dissipates electricity more slowly than the first shielding material, and wherein the second shielding material has the same compositional properties as the first shielding material. removing damage to the at least one layer of shielding material by creating a hole in the at least one layer of shielding material; applying a patch (28,32) of shielding material in the region of the hole via a resin, wherein a ratio of a resin weight to a weight of the patch (28,32) of shielding material lies in a range between about 0.45 - 0.55; and curing the resin, wherein an absorptive, consumable material is positioned in contact with the resin and removes an amount of said resin during at least a portion of the curing, c reating a first hole in the layer of the first shielding material; and c reating a second hole in the layer of the second shielding material, the first hole being smaller than the second hole,
Exhaust system for an internal combustion engine, having a metering element for a reducing agent from nitrogen oxides, wherein the exhaust gas system comprises, in at least one section, a first partial train and a second partial train via which the exhaust gas can be conducted, wherein the metering element is integrated into the first partial train, and an outlet for exhaust gas recirculation is integrated into the second partial train, wherein the first partial train and the second partial train are located downstream of a turbine, and a particle filter is integrated into the first partial train and the second partial train, characterized in that the particle filter itself forms two partial trains for partial streams of exhaust gas to flow through.
A method for operating a mobile operating table, which comprises a patient support surface, an operating table column and an operating table column base, wherein the operating table comprises rollers (50 to 56) and a drive unit for displacing the operating table, in which the drive unit is activated through actuation of a first operating element attached to the drive unit, characterised in that the drive unit is activated with a first drive velocity in the case of a single actuation of the first operating element, and the drive unit is activated with a second drive velocity in the case of a double actuation of the first operating element.
Method of processing, in a terminal of a first user, a message received in said terminal via a messaging application on a communication network, characterized in that it comprises the following steps: - recording in the terminal of the first user, of a voice reply message intended for a second user who sent the message received; - automatic testing (E14, E15) of the connection between the terminal of the first user and the communication network, and as soon as the terminal of the first user is connected to the network, dispatching of the voice reply message destined for an application server on the network. - recording in the terminal of the first user, of a voice reply message intended for a second user who sent the message received; - automatic testing (E14, E15) of the connection between the terminal of the first user and the communication network, and as soon as the terminal of the first user is connected to the network, dispatching of the voice reply message destined for an application server on the network.
A method comprising: identifying a subset of physical resource blocks, PRBs, within a Long Term Evolution, LTE, system bandwidth that are eligible for use as narrowband internet of things, NB-IoT, PRBs, wherein the eligibility of PRBs for use as NB-IoT PRBs is determined so as to avoid collision between the PRBs of the subset and at least one machine-type-communication, MTC, narrowband within the LTE system bandwidth that is to be used for transmission of System Information Block 1, SIB1bis, or for transmission of paging-related information; and transmitting or receiving information via at least one of the eligible PRBs that has been allocated as a NB-IoT PRB, or via the at least one MTC narrowband; characterized in that the method further comprises: transmitting or receiving MTC information via the at least one MTC narrowband, by performing puncturing or rate matching to avoid transmission or reception of the MTC information via the at least one of the eligible PRBs allocated as a NB-IoT PRB, wherein the MTC information comprises the SIB1bis or the paging-related information. identifying a subset of physical resource blocks, PRBs, within a Long Term Evolution, LTE, system bandwidth that are eligible for use as narrowband internet of things, NB-IoT, PRBs, wherein the eligibility of PRBs for use as NB-IoT PRBs is determined so as to avoid collision between the PRBs of the subset and at least one machine-type-communication, MTC, narrowband within the LTE system bandwidth that is to be used for transmission of System Information Block 1, SIB1bis, or for transmission of paging-related information; and transmitting or receiving information via at least one of the eligible PRBs that has been allocated as a NB-IoT PRB, or via the at least one MTC narrowband; characterized in that the method further comprises: transmitting or receiving MTC information via the at least one MTC narrowband, by performing puncturing or rate matching to avoid transmission or reception of the MTC information via the at least one of the eligible PRBs allocated as a NB-IoT PRB, wherein the MTC information comprises the SIB1bis or the paging-related information.
Support structure for offshore installations, in particular wind energy installations, for anchoring to the seabed, composed of a plurality of interconnected struts forming a substantially framework-like structure, wherein at least two individual struts (2a, 2b) extending over the substantially entire length of the support structure are arranged substantially parallel to one another, characterized in that in each case two individual struts (2a, 2b) extending over the substantially entire length of the support structure form a strut pair (4a, 4b, 4c, 4d), and in that the support structure has a polygonal outer contour, wherein a strut pair (4a, 4b, 4c, 4d) is arranged on each outer edge of the support structure.
A method for producing a bio-oil, the method comprising: extruding synthetic polymeric material in an extruder to thereby form a melt stream comprising the polymeric material, wherein the melt stream exits from the extruder at a temperature of between 200°C and 300°C and a pressure of between 100 bar and 350 bar, providing a stream of aqueous solvent that is separate to the melt stream, contacting the melt stream with the stream of aqueous solvent to form a reaction mixture, treating the reaction mixture in a reactor vessel at a reaction temperature and a reaction pressure for a time period suitable for conversion of all or a portion of the polymeric material present in the reaction mixture into a product comprising the bio-oil, and depressurising and cooling the product, wherein the stream of aqueous solvent is supercritical prior to said contacting, the reaction mixture prior to said treating comprises at least 60 wt% of the polymeric material, the reaction temperature is or ranges between 400°C and 600°C, and the reaction pressure is or ranges between 100 bar and 300 bar. extruding synthetic polymeric material in an extruder to thereby form a melt stream comprising the polymeric material, wherein the melt stream exits from the extruder at a temperature of between 200°C and 300°C and a pressure of between 100 bar and 350 bar, providing a stream of aqueous solvent that is separate to the melt stream, contacting the melt stream with the stream of aqueous solvent to form a reaction mixture, treating the reaction mixture in a reactor vessel at a reaction temperature and a reaction pressure for a time period suitable for conversion of all or a portion of the polymeric material present in the reaction mixture into a product comprising the bio-oil, and depressurising and cooling the product, wherein the stream of aqueous solvent is supercritical prior to said contacting, the reaction mixture prior to said treating comprises at least 60 wt% of the polymeric material, the reaction temperature is or ranges between 400°C and 600°C, and the reaction pressure is or ranges between 100 bar and 300 bar.