mhurhangee/ep-ind-claims huggingface dataset:
Electromechanical level transmitter, comprising - a float or displacement element which is connected at least to an external drum via a wire that can be unwound, - an outer drum with an outer magnetic ring, - an inner drum with an inner magnetic ring and electromagnetic measuring elements, which determine a magnetic field shift between the inner and outer magnetic ring and output a measured value, wherein the inner magnetic ring and the outer magnetic ring couple the outer drum with the inner drum in such a way that transmits a rotation of the inner drum to the outer drum, - a measuring shaft to which the inner drum is mechanically connected in a fixed manner, - a servomotor with a drive shaft, which is coupled to the measuring shaft via a transmission, wherein said servomotor readjusts the measuring shaft depending on a control signal determined from the differential value of the measuring elements in such a way that, as a result of a relative movement between the outer and inner drum - which is generated by a change in the level of liquid to be measured - the differential value is returned to zero and the current level measurement value is determined from the readjustment, characterized in that sensor electronics are arranged on the measuring shaft inside the inner drum for the purpose of determining the control signal from the differential value of the electromagnetic measuring elements, and in that a radial rotary transformer is arranged on the measuring shaft which at least transmits the control signals from the sensor electronics to the main electronics and at least supplies the sensor electronics with the necessary energy. - a float or displacement element which is connected at least to an external drum via a wire that can be unwound, - an outer drum with an outer magnetic ring, - an inner drum with an inner magnetic ring and electromagnetic measuring elements, which determine a magnetic field shift between the inner and outer magnetic ring and output a measured value, wherein the inner magnetic ring and the outer magnetic ring couple the outer drum with the inner drum in such a way that transmits a rotation of the inner drum to the outer drum, - a measuring shaft to which the inner drum is mechanically connected in a fixed manner, - a servomotor with a drive shaft, which is coupled to the measuring shaft via a transmission, wherein said servomotor readjusts the measuring shaft depending on a control signal determined from the differential value of the measuring elements in such a way that, as a result of a relative movement between the outer and inner drum - which is generated by a change in the level of liquid to be measured - the differential value is returned to zero and the current level measurement value is determined from the readjustment,
A multiple stage roots-type vacuum pump comprising: a rotor rotatably mounted within a stator; said stator being formed of a softer material than a material that said rotor is formed from; characterised in that said stator is configured such that at least a portion of a surface of said stator has been treated to harden said surface, said rotor and stator being configured such that clashing will preferentially occur between said rotor and said at least a portion of said surface of said stator that has been treated; and said stator and said rotor are configured such that axial clearance gaps (40,42) are selected to be lowest between said rotor and a higher vacuum side of one of said vacuum stages of said stator and between said rotor and a lower vacuum side of another one of said vacuum stages of said stator, such that clashes preferentially occur between the rotor and these selected sides of these stages. a rotor rotatably mounted within a stator; said stator being formed of a softer material than a material that said rotor is formed from; characterised in that said stator is configured such that at least a portion of a surface of said stator has been treated to harden said surface, said rotor and stator being configured such that clashing will preferentially occur between said rotor and said at least a portion of said surface of said stator that has been treated; and said stator and said rotor are configured such that axial clearance gaps (40,42) are selected to be lowest between said rotor and a higher vacuum side of one of said vacuum stages of said stator and between said rotor and a lower vacuum side of another one of said vacuum stages of said stator, such that clashes preferentially occur between the rotor and these selected sides of these stages.
A utility vehicle including a cooling system comprising: - a first fluid circuit including a first fluid; - a second fluid circuit including a second fluid; - a heat exchanger coupled into both the first and second fluid circuits enabling transfer of heat from one of the first and second fluids to the other; - a fluid cooler in the first fluid circuit, and - a fan arranged to direct an airflow towards the fluid cooler, which fan is a hydraulically driven device connected in the first fluid circuit and driven by flow of the first fluid, characterised in that the second fluid is a lubricating fluid and the second circuit is a transmission lubrication circuit of the vehicle. - a first fluid circuit including a first fluid; - a second fluid circuit including a second fluid; - a heat exchanger coupled into both the first and second fluid circuits enabling transfer of heat from one of the first and second fluids to the other; - a fluid cooler in the first fluid circuit, and - a fan arranged to direct an airflow towards the fluid cooler, which fan is a hydraulically driven device connected in the first fluid circuit and driven by flow of the first fluid,
Household refrigeration appliance, having a chillable interior chamber that is provided for the storage of food, a thermally insulated carcass, an inner container which delimits the chillable interior chamber, a door leaf for opening and closing the chillable interior chamber, said door leaf having an inner face which faces the chillable interior chamber and an outer face which faces away from the chillable interior chamber, between which an insulating foam is arranged, and a recessed handle arranged in the outer face of the door leaf and comprising a handle, which forms an indentation in relation to the outer face of the door leaf, and a lighting arrangement with at least one lighting means, which is configured in particular as an LED and which is designed to illuminate the recessed handle, characterised by a refrigeration apparatus for chilling the chillable interior chamber and an electronic control apparatus which has an electronics system and which is designed to control the refrigeration apparatus during operation of the household refrigeration appliance in such a manner that the chillable interior chamber has at least approximately a setpoint temperature, wherein at least a large part of the electronics system and the at least one lighting means form a common assembly which is arranged within the door leaf next to the indentation so that the at least one lighting means is able to radiate its light out of the indentation into the recessed handle.
A waste heat recovery system for assisting in driving/powering a compressor (30, 230) comprising: a drive unit, the drive unit having a drive shaft, wherein the drive unit is a gas turbine; the compressor having multiple compression stages (31, 32, 33, 234) and comprising a gear system comprising a drive gear which mechanically engages a plurality of pinions (41, 42, 43) each respectively associated with a compression stage (31, 32, 33, 234), the drive gear operably mounted to the drive shaft such that the plurality of pinions (41, 42, 43) is rotated in response to a rotation of the drive shaft and the drive gear, wherein operation of the drive unit drives the compressor by the rotation of the drive shaft; characterized in that the waste heat recovery system further comprises: a waste heat recovery cycle comprising an expansion mechanism for producing mechanical power, the waste heat recovery cycle coupled to the drive unit and further comprising a rotating shaft (47, 247) mechanically coupled to one of the plurality of the pinions (41, 42,43); wherein a waste heat of the drive unit powers the expansion mechanism, such that the waste heat recovery cycle transmits a mechanical power to the compressor through the rotating shaft (47, 247). a drive unit, the drive unit having a drive shaft, wherein the drive unit is a gas turbine; the compressor having multiple compression stages (31, 32, 33, 234) and comprising a gear system comprising a drive gear which mechanically engages a plurality of pinions (41, 42, 43) each respectively associated with a compression stage (31, 32, 33, 234), the drive gear operably mounted to the drive shaft such that the plurality of pinions (41, 42, 43) is rotated in response to a rotation of the drive shaft and the drive gear, wherein operation of the drive unit drives the compressor by the rotation of the drive shaft; characterized in that the waste heat recovery system further comprises: a waste heat recovery cycle comprising an expansion mechanism for producing mechanical power, the waste heat recovery cycle coupled to the drive unit and further comprising a rotating shaft (47, 247) mechanically coupled to one of the plurality of the pinions (41, 42,43); wherein a waste heat of the drive unit powers the expansion mechanism, such that the waste heat recovery cycle transmits a mechanical power to the compressor through the rotating shaft (47, 247). a waste heat recovery cycle comprising an expansion mechanism for producing mechanical power, the waste heat recovery cycle coupled to the drive unit and further comprising a rotating shaft (47, 247) mechanically coupled to one of the plurality of the pinions (41, 42,43); wherein a waste heat of the drive unit powers the expansion mechanism, such that the waste heat recovery cycle transmits a mechanical power to the compressor through the rotating shaft (47, 247).
Flow element, comprising a plate-like main body which is formed as a shaped sheet metal product and has a channel structure, wherein the channel structure comprises a plurality of channels which are formed by recesses in the main body and are separated from one another by raised portions of the main body, wherein there is provided at least one region with normal level difference (N N) that denotes, with respect to a height direction running perpendicular to two main directions of extent of the main body, a height difference between a recess and an adjoining raised portion, wherein there is provided at least one region with reduced level difference (N R), in which a height difference between a recess and an adjoining raised portion is less than the normal level difference (N N), wherein the at least one region with reduced level difference (N R) comprises a parallel expansion region of the main body that, in the event of an expansion of the main body resulting from the deformation of the shaped sheet metal product, is expanded along expansion vectors which lie in mutually parallel planes, wherein the at least one region with reduced level difference (N R), that comprises the parallel expansion region of the main body, adjoins a curvature expansion region of the main body which, in the event of an expansion of the main body resulting from the deformation of the shaped sheet metal product, is expanded along expansion vectors which lie in intersecting planes, wherein either a) at least one region with reduced level difference (N R) only comprises a parallel expansion region of the main body or b) at least one region with reduced level difference (N R) extends into a curvature expansion region of the main body. a) at least one region with reduced level difference (N R) only comprises a parallel expansion region of the main body or b) at least one region with reduced level difference (N R) extends into a curvature expansion region of the main body.
A method of unlocking and enabling functionality of an un-activated item of software, wherein said item of software includes software code to provide said functionality and is installed on a mobile device, the method comprising: installing said item of software on said mobile device, wherein said installing includes registering in an operating system of said mobile device a link between an application Uniform Resource Identifier, URI, scheme and said software such that a URI having said application URI scheme will be passed to said installed item of software for processing; receiving a code URI at said mobile device, said code URI comprising said application URI scheme and enablement data for said installed item of software; interpreting said application scheme of said code URI using said registered link to pass said code URI to said installed software; and processing said code URI using said installed item of software to unlock and enable said functionality of said installed item of software using said enablement data in said code URI. installing said item of software on said mobile device, wherein said installing includes registering in an operating system of said mobile device a link between an application Uniform Resource Identifier, URI, scheme and said software such that a URI having said application URI scheme will be passed to said installed item of software for processing; receiving a code URI at said mobile device, said code URI comprising said application URI scheme and enablement data for said installed item of software; interpreting said application scheme of said code URI using said registered link to pass said code URI to said installed software; and processing said code URI using said installed item of software to unlock and enable said functionality of said installed item of software using said enablement data in said code URI.
A solid dispersion comprising valsartan or a pharmaceutically acceptable salt thereof and sacubitril or a pharmaceutically acceptable salt thereof as active ingredients, wherein the active ingredients are dispersed in a matrix containing a polymer, and wherein the solid dispersion is prepared by hot-melt extrusion.
An insole for foot care comprising a body of discrete operative members, the operative members each having a tip portion for interaction with a human foot, wherein the operative members are less than 2mm in diameter, wherein the operative members are resiliently deformable on engagement by the foot such that the operative members collapse fully or partially on engagement by the foot, and characterised in that the operative members comprise support springs.
Device for cutting a plastics-sheathed pipe which comprises an inner steel pipe, a foam insulation enclosing the steel pipe and a plastics outer pipe enclosing the foam insulation, wherein a supporting device is provided, wherein provided on the upper side of the supporting device is a rail apparatus with rails in a longitudinal direction, which is configured for receiving a plastics-sheathed pipe that is to be cut, with its longitudinal axis in the longitudinal direction of the rails, wherein a plurality of roller stands are provided on the rail apparatus, wherein a machining unit is provided which is movable in the longitudinal direction on the rail apparatus, wherein the machining unit is equipped with a steel pipe separating device, characterised in that the plurality of roller stands are driven and are arranged so that they can rotate a plastics-sheathed pipe received on the rail apparatus about the longitudinal axis of said pipe, in that the same or a further machining unit which is movable in the longitudinal direction on the rail apparatus is equipped with a material-removing tool, and in that the machining unit equipped with the material-removing tool is configured for a material-removing machining of the plastics-sheathed pipe perpendicularly to the longitudinal direction.
A method comprising: a transceiver device carried by a first drone receiving an alarm signal from a control panel of a security system monitoring a region, wherein the alarm signal indicates a first unauthorized intruder is located in the region and includes data indicative of an initial location of the first unauthorized intruder; responsive to the transceiver device receiving the alarm signal, a programmable processor carried by the first drone and executable control software stored on a non-transitory computer medium carried by the first drone instructing the first drone to move to the initial location of the first unauthorized intruder; an image capturing device carried by the first drone capturing an initial image of the first unauthorized intruder at the initial location; and the programmable processor and the executable control software tracking the first unauthorized intruder. a transceiver device carried by a first drone receiving an alarm signal from a control panel of a security system monitoring a region, wherein the alarm signal indicates a first unauthorized intruder is located in the region and includes data indicative of an initial location of the first unauthorized intruder; responsive to the transceiver device receiving the alarm signal, a programmable processor carried by the first drone and executable control software stored on a non-transitory computer medium carried by the first drone instructing the first drone to move to the initial location of the first unauthorized intruder; an image capturing device carried by the first drone capturing an initial image of the first unauthorized intruder at the initial location; and the programmable processor and the executable control software tracking the first unauthorized intruder.
A method for the operation, in particular, for the approach of an airport vehicle to an aircraft, which has an airport vehicle with a structure for handling an aircraft, wherein sensors (6-9, 10-15) are affixed at least on a front end area of the structure for determining the distance to aircraft parts, and the sensors (6-9, 10-15) engage in the drive of the airport vehicle such that when it falls below a certain distance (30-50 cm) of the airport vehicle from the aircraft the drive is automatically reduced to a safe speed and in the case of imminent contact of the airport vehicle with the aircraft is shutdown, and the sensors are connected to a control device arranged in the driver's cab of the airport vehicle and by means of this control device control the drive of the airport vehicle such that upon reaching a first distance of the airport vehicle from the aircraft It is run only at reduced speed, preferably a walking speed, and upon reaching a second closer distance (23, 231, 232) it is run only at a further reduced speed, preferably a crawling speed.
A gene for expressing a target protein or peptide on a surface of a bifidobacterium, wherein the gene codes for a fusion protein of bifidobacterium, GNB/LNB substrate-binding membrane protein and the target protein or peptide, which are linked in this order from the N-terminus.
A micro fluidic device comprising a support part and a cover part defining together a microchannel, said microchannel having a surface, said surface comprising: - a first area which is grafted with a first ligand, and - at least a second area which is distinct from the first area and which is grafted with a second ligand which is different from the first ligand, wherein each ligand is capable of binding to a target, the targets being different from each other. - a first area which is grafted with a first ligand, and - at least a second area which is distinct from the first area and which is grafted with a second ligand which is different from the first ligand,
An electrotechnical fluid composition, comprising: more than 90 wt-% paraffins in the C17- C18 range, based on the total weight of the composition, wherein the ratio of the amount of C18 i-paraffins to the amount of C18 n-paraffins is more than 40, based on the weight of the C18 i-paraffins and the weight of the C18 n-paraffins in the composition. more than 90 wt-% paraffins in the C17- C18 range, based on the total weight of the composition, wherein the ratio of the amount of C18 i-paraffins to the amount of C18 n-paraffins is more than 40, based on the weight of the C18 i-paraffins and the weight of the C18 n-paraffins in the composition.
An all-solid lithium secondary battery comprising: a cathode layer comprising a cathode active material; an anode layer; and a solid electrolyte layer comprising an oxide solid electrolyte, or a sulfide solid electrolyte and disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector, and a first anode active material layer in contact with the solid electrolyte layer, wherein the first anode active material layer comprises a first metal or metalloid and has a lithium-ion reduction potential greater than a reduction potential of the solid electrolyte, and characterized in that the anode layer further comprises a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the second anode active material layer comprises a second metal or metalloid, and a solid solubility of lithium in the second metal or metalloid is greater than a solid solubility of lithium in the first metal or metalloid. a cathode layer comprising a cathode active material; an anode layer; and a solid electrolyte layer comprising an oxide solid electrolyte, or a sulfide solid electrolyte and disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector, and a first anode active material layer in contact with the solid electrolyte layer, an anode current collector, and a first anode active material layer in contact with the solid electrolyte layer, wherein the first anode active material layer comprises a first metal or metalloid and has a lithium-ion reduction potential greater than a reduction potential of the solid electrolyte, and characterized in that the anode layer further comprises a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the second anode active material layer comprises a second metal or metalloid, and a solid solubility of lithium in the second metal or metalloid is greater than a solid solubility of lithium in the first metal or metalloid.
Method for operating a plurality of wind turbines (14, 15, 16, 17), in which a first wind turbine is arranged adjacent to a second wind turbine and a third wind turbine, in which the noise emission by the first wind turbine has a tonality and in which the rotation speed of the second wind turbine and the rotation speed of the third wind turbine are adjusted in order to conceal the tonality of the first wind turbine, wherein the tonality of the noise emission is rotation-speed-dependent and the frequency of the tone contained in the noise spectrum is changed by adjusting the rotation speed.