mhurhangee/ep-ind-claims huggingface dataset:
A ring main unit circuit breaker equipped with a contact force controller, the circuit breaker comprising: a rotational shaft; a cam configured to convert a rotation force of the rotational shaft into a vertical force; a power transmission pin which performs up-down movement by the cam; a movable rod coupled to the power transmission pin; a contact spring configured to provide a contact force to the movable rod; and a vacuum interrupter having one end connected to the movable rod, the circuit breaker further including: a driving shaft installed at a driving unit; a driving link which rotates by being coupled to the driving shaft; a transmission link performing up-down movement with its one end coupled to the driving link; and a rotation link coupled to another end of the transmission link, and providing a rotation force to the rotational shaft, characterized in that, the transmission link is formed to have a controllable length, wherein the transmission link includes: an upper rod coupled to a rotation link; a lower rod coupled to the driving link; and a length controlling rod disposed between the upper rod and the lower rod for coupling. a rotational shaft; a cam configured to convert a rotation force of the rotational shaft into a vertical force; a power transmission pin which performs up-down movement by the cam; a movable rod coupled to the power transmission pin; a contact spring configured to provide a contact force to the movable rod; and a vacuum interrupter having one end connected to the movable rod, the circuit breaker further including: a driving shaft installed at a driving unit; a driving link which rotates by being coupled to the driving shaft; a transmission link performing up-down movement with its one end coupled to the driving link; and a rotation link coupled to another end of the transmission link, and providing a rotation force to the rotational shaft, a driving shaft installed at a driving unit; a driving link which rotates by being coupled to the driving shaft; a transmission link performing up-down movement with its one end coupled to the driving link; and a rotation link coupled to another end of the transmission link, and providing a rotation force to the rotational shaft, characterized in that, the transmission link is formed to have a controllable length, wherein the transmission link includes: an upper rod coupled to a rotation link; a lower rod coupled to the driving link; and a length controlling rod disposed between the upper rod and the lower rod for coupling. an upper rod coupled to a rotation link; a lower rod coupled to the driving link; and a length controlling rod disposed between the upper rod and the lower rod for coupling.
A composition comprising: a) a first nucleic acid polymerase; b) a first hot start mechanism comprising antibodies or combinations of antibodies which bind to the first nucleic acid polymerase; and c) a second hot start mechanism comprising an agent which mediates a reversible chemical modification of the first polymerase, or an oligonucleotide or a temperature dependent ligand that binds to the first polymerase; wherein the first hot start mechanism and the second hot start mechanism, together, are capable of substantially inhibiting the activity of the first polymerase at a first temperature, but not at a second, higher, temperature. a) a first nucleic acid polymerase; b) a first hot start mechanism comprising antibodies or combinations of antibodies which bind to the first nucleic acid polymerase; and c) a second hot start mechanism comprising an agent which mediates a reversible chemical modification of the first polymerase, or an oligonucleotide or a temperature dependent ligand that binds to the first polymerase;
Method for recovering energy from the waste air of at least one laundry machine which operates with warm air, such as a tumble dryer and/or finisher, wherein the waste air is fed to at least one heat exchanger and the heat exchanger withdraws from the waste air at least some of the energy still contained therein, and the heat exchanger heats at least some fresh treatment liquid of at least one laundry machine which serves for the wet treatment of laundry, characterized in that the cooled waste air leaving the at least one heat exchanger is used to preheat another dryer which is currently to be loaded with laundry for drying, and/or to preheat the damp laundry contained in said dryer, or to preheat items of clothing conveyed into an entry zone of a finisher, wherein the waste air is cooled and then directed into the open.
A sound-transmitting membrane for a microphone, to be disposed to a sound-collecting opening of the microphone so as to allow sound to transmit through the sound-transmitting membrane while preventing a foreign matter from entering into a sound transducer of the microphone through the sound-collecting opening, characterized in that the sound-transmitting membrane is composed of a nonporous film or a multilayer membrane including a nonporous film, the air permeability of the nonporous film between one main surface and the other main surface being zero, has a surface density of 15 g/m 2 or less, and has a sound transmission loss of less than 3 dB in a frequency range of 300 to 4000 Hz, wherein the sound transmission loss is evaluated in a condition where the sound transmitting membrane was punched out into a circular shape having a diameter of 8 mm; where a double sided tape was punched out into a ring shape having an outer diameter of 8 mm and an inner diameter of 4 mm; and where the double sided tape was bonded to peripheral portions of main surfaces of the punched out sound transmitting membrane and then the sound transmitting membrane was bonded to a microphone unit so as to cover the sound collecting opening of the microphone unit.
Method of operating a printing press comprising an anilox roller, a supply device for supplying a fluid to the anilox roller, a takeoff device for taking the fluid off the anilox roller, and a rider roller, wherein the anilox roller has a screen surface consisting of a raised surface portion and a recessed surface portion, the takeoff device is a roller or a cylinder, and the rider roller is arranged downstream of the supply device and upstream of the takeoff device in the direction of rotation of the anilox roller, characterized in that the anilox roller is an anilox roller with a raised surface portion amounting to a minimum of 10% of the screen surface and in that in a printing operation in a first printing operation mode, the rider roller is kept in rolling contact with the screen roller and in a printing operation in a second printing operation mode, the rider roller is kept out of rolling contact with the screen roller.
A cooling system for containing and cooling air, the cooling system comprising: two rows of equipment racks defining a hot aisle; a housing configured to be secured mounted on the two rows of equipment racks such that the housing spans the hot aisle; a first heat exchanger supported by the housing and coupled to and in fluid communication with a coolant supply and an intermediate coolant connector, the first heat exchanger including a first body having a first surface and a second surface, the second surface opposing the first surface; a second heat exchanger coupled to and in fluid communication with the intermediate coolant connector and a coolant return, the second heat exchanger including a second body having a third surface and a fourth surface, the fourth surface opposing the third surface, wherein the first heat exchanger is disposed above the second heat exchanger and the third surface of the second heat exchanger faces the second surface of the first heat exchanger; and an air movement assembly supported by the housing, the air movement assembly being positioned below the second heat exchanger and configured to move air over the second heat exchanger and the first heat exchanger. two rows of equipment racks defining a hot aisle; a housing configured to be secured mounted on the two rows of equipment racks such that the housing spans the hot aisle; a first heat exchanger supported by the housing and coupled to and in fluid communication with a coolant supply and an intermediate coolant connector, the first heat exchanger including a first body having a first surface and a second surface, the second surface opposing the first surface; a second heat exchanger coupled to and in fluid communication with the intermediate coolant connector and a coolant return, the second heat exchanger including a second body having a third surface and a fourth surface, the fourth surface opposing the third surface, wherein the first heat exchanger is disposed above the second heat exchanger and the third surface of the second heat exchanger faces the second surface of the first heat exchanger; and an air movement assembly supported by the housing, the air movement assembly being positioned below the second heat exchanger and configured to move air over the second heat exchanger and the first heat exchanger.
Method for producing animal food including dry meat, which is at least partially provided with a coat, characterized in that - the following animal constituents are gently dried or dehydrated per se or in combination to form the dry meat: meat, innards, tendons, organs such as heart, liver and kidney, and body parts such as ears or skin, and - subsequently, the dry meat is provided with a coat of at least fruit and/or vegetables and a binder, or a coat completely or partially of cheese. - the following animal constituents are gently dried or dehydrated per se or in combination to form the dry meat: meat, innards, tendons, organs such as heart, liver and kidney, and body parts such as ears or skin, and - subsequently, the dry meat is provided with a coat of at least fruit and/or vegetables and a binder, or a coat completely or partially of cheese.
A thermally stable nonwoven electrospun barrier comprising: at least two independent fiber populations; a major fiber component of said barrier comprising at least one thermally unstable species; a minor fiber component of said barrier comprising at least one thermally stable species; wherein the major and minor fiber components of said barrier are co-mingled in a fibrous web and are distributed throughout said barrier; and wherein each fiber population is not a composite fiber wherein the individual fiber comprises nonstable and stabilizing elements. at least two independent fiber populations; a major fiber component of said barrier comprising at least one thermally unstable species; a minor fiber component of said barrier comprising at least one thermally stable species; wherein the major and minor fiber components of said barrier are co-mingled in a fibrous web and are distributed throughout said barrier; and wherein each fiber population is not a composite fiber wherein the individual fiber comprises nonstable and stabilizing elements.
A differential assembly in the form of a crown gear differential, more particularly for being used in the driveline of a motor vehicle, comprising a differential carrier which is rotatingly drivable around an axis of rotation; two sideshaft gears (12, 13) with crown gear toothing, which are rotatably held in the differential carrier on the axis of rotation and each comprise a circumferential supporting face (25, 26); differential gears with spur gear toothing, which rotate jointly with the differential carrier around the axis of rotation and which engage the sideshaft gears and each comprise a circumferential contact face; wherein the differential gears are supported by their contact faces against the supporting faces (25, 26) of the sideshaft gears (12, 13) towards the axis of rotation, characterised in that the contact faces of the differential gears are respectively formed by an axial projection which comprises a reduced diameter relative to the spur gear toothing of the respective differential gear.
A formulation for oral transmucosal administration of at least one active principle for treating a spastic crisis, including: • at least one active principle present in base form and/or in salt form, chosen from peripheral action antispasmodics, such as Tiemonium or Phloroglucinol, or Nefopam, et • an aqueous alcohol solution comprising between 40% and 85% by volume of alcohol, and between 15% and 60% by volume of water, the active principle(s) being present in a state of stable and complete dissolution in the aqueous alcohol solution. • at least one active principle present in base form and/or in salt form, chosen from peripheral action antispasmodics, such as Tiemonium or Phloroglucinol, or Nefopam, et • an aqueous alcohol solution comprising between 40% and 85% by volume of alcohol, and between 15% and 60% by volume of water,
A system comprising: a water delivery unit comprising a water supply and a nozzle connected thereto, configured to introduce water controllably into a patient's large intestine, a plurality of acoustic sensors that are attachable to a patient's abdomen, and a processing unit connected to the acoustic sensors and configured to derive large intestine characteristics by analyzing acoustic signals received from the acoustic sensors, which are associated with the water introduction. a water delivery unit comprising a water supply and a nozzle connected thereto, configured to introduce water controllably into a patient's large intestine, a plurality of acoustic sensors that are attachable to a patient's abdomen, and a processing unit connected to the acoustic sensors and configured to derive large intestine characteristics by analyzing acoustic signals received from the acoustic sensors, which are associated with the water introduction.
Method for operating a transmission device in a vehicle drive train when a request for a transmission ratio shift from an actual transmission ratio ("4" or "7") occurs in the direction of a target transmission ratio ("5" or "8") with a plurality of frictionally locking shift elements (B, C, D, E) with at least one positively locking shift element (A, F) which can be engaged or disengaged in order to form different transmission ratios ("1" to "R") by means of an electro-hydraulic activation device by an activation-device-side setting of defined activation currents of electrically operating actuators, in the region of which hydraulic activation pressures (p_A, p_B, p_C, p_D, p_E, p_F) for activating the shift elements (A to F) can be predefined, wherein in order to carry out the requested transmission ratio shift the at least one positively locking shift element (F or A) is to be disengaged and at least one of the frictionally locking shift elements (B or C) is to be engaged, and wherein an engaged operating state of the shift elements (A to F) is detected in each case when a value of an operating-state-dependent activation current is detected and to which the respective shift element (A to F) is transferred into the engaged operating state or is held therein, characterized in that during the execution of the requested transmission ratio shift the activation currents for all the shift elements (A to F) in order to detect the current operating states of the shift elements (A to F) are determined, and in addition the plausibility of the current operating state of the positively locking shift element (F or A) which is to be disengaged is checked by means of a sensor device, wherein when an activation current which is equivalent to a closed operating state of the frictionally locking shift element (B or C) which is to be engaged and an activation current which is equivalent to an opened operating state of the positively locking shift element (F or A) which is to be disengaged are ascertained and at the same time a closed operating state of the positively locking shift element (F or A) which is to be disengaged is determined by means of the sensor device a fault situation is detected, and when the fault situation is detected over a predefined test time period one or more selected shift elements (A to F) are disengaged and a force flux in the region of the transmission device is interrupted or the actual transmission ratio ("4" or "7") is set in the transmission device by disengaging the frictionally locking shift element (B or C) to be engaged.
A method for handling a service request in a network, wherein the method is performed by a first service communication proxy, SCP, node that is configured to operate as an SCP between a first network function, NF, node of a service consumer and a second NF node of a service producer in the network, the method comprising: in response to receiving, from the first NF node, a first request for a further NF node to provide a first service requested by the first NF node: selecting the second NF node using discovery parameters received from the first NF node as the further NF node to provide the first service; storing an identifier of the selected second NF node obtained from a profile of the second NF node; initiating transmission towards the selected second NF node of the first request; receiving, from the second NF node, a first response to the first request; obtaining and storing location information of the selected second NF node from the first response, wherein the location information of the selected second NF node is stored in association with the identifier of the selected second NF node; and initiating transmission of the first response towards the first NF node. selecting the second NF node using discovery parameters received from the first NF node as the further NF node to provide the first service; storing an identifier of the selected second NF node obtained from a profile of the second NF node; initiating transmission towards the selected second NF node of the first request; receiving, from the second NF node, a first response to the first request; obtaining and storing location information of the selected second NF node from the first response, wherein the location information of the selected second NF node is stored in association with the identifier of the selected second NF node; and initiating transmission of the first response towards the first NF node.
A device using an electric motor for forming a leno selvedge, comprising a rotor with two thread guide eyelets for the leno threads, disposed diagonally opposite each other in the rotor, as well as a stator receiving the rotor, wherein the stator comprises a coil cage, wherein the coil cage houses a plurality of coils (34a-34d), characterized in that the coil cage comprises four coils (34a-34d), wherein two respective coils (34a, 34c; 34b, 34d) forming a pair of coils are disposed diagonally opposite each other in the coil cage, wherein the coils of one coil pair can be identically energized at the same time, wherein the coil cage features axially disposed slots, which serve to receive yokes, wherein the yokes with the four coils (34a-34d) form four magnetic circuits, and wherein the stator furthermore comprises a return plate, which also comprises slots for receiving the yokes.
An apparatus, comprising: a memory device configured to couple to a host, wherein the memory device includes: a memory array of memory cells; sensing circuitry (150, 250, 350) coupled to the memory array, the sensing circuitry including a sense amplifier and a compute component (112, 231, 331) configured to perform logical operations; and a cache memory, configured to store cache data; and a controller coupled to the cache memory, the controller configured to: create a block select as metadata to a cache line in the cache memory, wherein the block select enables an offset to the cache line; create a subrow select as metadata to the cache line, wherein the subrow select enables multiple sets to a set associative cache; use the block select to control alignment of the cached data in the memory array in the memory device; and use the subrow select to control resource allocation in the memory array. a memory device configured to couple to a host, wherein the memory device includes: a memory array of memory cells; sensing circuitry (150, 250, 350) coupled to the memory array, the sensing circuitry including a sense amplifier and a compute component (112, 231, 331) configured to perform logical operations; and a cache memory, configured to store cache data; and a controller coupled to the cache memory, the controller configured to: create a block select as metadata to a cache line in the cache memory, wherein the block select enables an offset to the cache line; create a subrow select as metadata to the cache line, wherein the subrow select enables multiple sets to a set associative cache; use the block select to control alignment of the cached data in the memory array in the memory device; and use the subrow select to control resource allocation in the memory array. create a block select as metadata to a cache line in the cache memory, wherein the block select enables an offset to the cache line; create a subrow select as metadata to the cache line, wherein the subrow select enables multiple sets to a set associative cache; use the block select to control alignment of the cached data in the memory array in the memory device; and use the subrow select to control resource allocation in the memory array.
A method for analysing a mixture of polypeptides, each of which polypeptide comprises L-glutamic acid, L-alanine, L-tyrosine and L-lysine, which method comprises subjecting said mixture of polypeptides to reversed phase high-performance liquid chromatography, with a mobile phase comprising a mixture of at least two solutions, having different polarity, wherein the more polar solution consists of water and the less polar solution consists of acetonitrile, wherein the volume percentage of the less polar solution increases over time in a stepwise manner and wherein, in said mixture of polypeptides, the molar fraction range of L-glutamic acid is 0.129-0.153, of L-alanine is 0.392-0.462, of L-tyrosine is 0.086-0.100 and of L-lysine is 0.300-0.374, preferably the average molar fraction of L-glutamic acid is about 0.141, of L-alanine is about 0.427, of L-tyrosine is about 0.095, and of L-lysine is about 0.338.
Print head for a printing device for the three-dimensional application of a material, comprising - a heated nozzle for melting the material and for dispensing the melted material, - wherein the print head is designed to apply, as said print head moves along a predefined direction of travel, the melted material in the form of a strand on a previously applied material, which has at least partly solidified, and/or on a substrate, wherein - the print head has a melting facility, - wherein the melting facility is designed to continuously apply heat locally to respective regions (12, 14) of the previously applied material, as the print head is moving, wherein the melting facility has an optical element for guiding laser light, characterised in that the print head has an annular lens, which surrounds the nozzle, as the optical element. - a heated nozzle for melting the material and for dispensing the melted material, - wherein the print head is designed to apply, as said print head moves along a predefined direction of travel, the melted material in the form of a strand on a previously applied material, which has at least partly solidified, and/or on a substrate, - the print head has a melting facility, - wherein the melting facility is designed to continuously apply heat locally to respective regions (12, 14) of the previously applied material, as the print head is moving, wherein the melting facility has an optical element for guiding laser light, characterised in that the print head has an annular lens, which surrounds the nozzle, as the optical element. wherein the melting facility has an optical element for guiding laser light, characterised in that the print head has an annular lens, which surrounds the nozzle, as the optical element.