mhurhangee/ep-ind-claims huggingface dataset:
Triggering unit for actuating a mechanical switching unit of a device for interrupting a supply phase of a load, wherein the triggering unit comprises a movably mounted plunger which can assume a first and a second stop position, an energy accumulator, in particular a spring, a holding means, in particular a permanent magnet, and a printed circuit board coil, wherein the triggering unit can assume a triggered state and a normal state, wherein the plunger is situated in the first stop position in the triggered state and in the second stop position opposite the first stop position in the normal state, wherein in the normal state the energy accumulator applies an energy accumulator force to the plunger in the direction of the first stop position and the holding means holds the plunger in the second stop position by means of a holding force, wherein a printed circuit board coil force can be generated by means of an activation of the printed circuit board coil, wherein the energy accumulator, the holding means and the printed circuit board coil are embodied in such a way that in the inactive state of the printed circuit board coil the plunger remains in the second stop position and as a result of the printed circuit board coil being activated the plunger assumes the first stop position, such that the triggered state is present, wherein the printed circuit board coil is embodied by means of the printed circuit board.
A conveyor comprising a first conveyor section and a second conveyor section movable with respect to said first conveyor section between a deployed state and a non-deployed state, characterized by the the conveyor further comprising: at least one skirting (60A,60B) movable into and out of a deployed state in which said at least one skirting extends along the second conveyor section; at least one skirting support (62A, 62B) coupled to said at least one skirting and movable into and out of a deployed state in which said at least one skirting support holds said at least one skirting in its deployed state; and actuating means for moving said at least one skirting support wherein said at least one skirting is deformable or foldable. at least one skirting (60A,60B) movable into and out of a deployed state in which said at least one skirting extends along the second conveyor section; at least one skirting support (62A, 62B) coupled to said at least one skirting and movable into and out of a deployed state in which said at least one skirting support holds said at least one skirting in its deployed state; and actuating means for moving said at least one skirting support wherein said at least one skirting is deformable or foldable.
A hot water tank having, on the inner surface thereof, a back bead formed by TIG-welding of steel members (11, 12, 13) having a Cr content of from more than 21 to 25 % by mass to each other with no back gas sealing, characterised in that the Cr concentration in the steel basis material in the area having oxide scale soluble in an aqueous chloride solution, as formed therein in the heat-affected zone on the TIG-welded back side thereof, is at least 16 % by mass in the depth region of at least 10 nm from the steel basis material/oxide scale interface.
Monocortical pin for an external fixator for temporary and/or permanent fixing applications for treating bone fractures and connecting two or more bone fragments together, comprising an elongated cylindrical stem which extends along a longitudinal axis and a conical portion with a tip and an external thread for inserting the pin inside a bone; said elongated cylindrical stem comprising a first portion with a diameter (d) and a second opposite portion, wherein said second opposite portion of the elongated cylindrical stem has a flattened surface which lies along a reference plane parallel to the longitudinal axis; said conical portion with the tip having an overall length, measured along the longitudinal axis, equal to the diameter (d) of the stem ± 20% of said diameter (d); wherein said conical portion comprises a tip and a threaded portion; said tip comprising a centring zone which extends longitudinally over a length equal to 6-8% of the diameter (d) of the stem; said conical portion further comprising two base cones (3a and 3b) having two different angles of conicity, a first base cone in a distal position with respect to the elongated cylindrical stem of the monocortical pin and a second base cone in a proximal position with respect to the elongated cylindrical stem of the monocortical pin; characterized in that said first base cone has an angle of conicity of 13° and said second base cone has an angle of conicity of 26°; wherein the external thread of the threaded portion has a first crest along a plane containing the longitudinal axis and rotated through an angle of 50° with respect to the reference plane.
A method for server-assisted affiliation of a communication device to a communication group, the method comprising the steps of, at a wireless communication device: receiving a motion-based affiliation request message from a server; upon receipt of the motion-based affiliation request message, entering an affiliation motion detection state; and when an affiliation motion is detected while in the affiliation motion detection state, sending a message to the server, wherein the message comprises at least one of a request to affiliate to the communication group or an indication that the wireless communication device has detected the affiliation motion. receiving a motion-based affiliation request message from a server; upon receipt of the motion-based affiliation request message, entering an affiliation motion detection state; and when an affiliation motion is detected while in the affiliation motion detection state, sending a message to the server, wherein the message comprises at least one of a request to affiliate to the communication group or an indication that the wireless communication device has detected the affiliation motion.
A device for determining spatially dependent x-ray flux degradation and photon spectral change for an x-ray tube, comprising: - an acquisition unit, - a processing unit, - a calculation unit, and - a combination unit; wherein the acquisition unit is configured to acquire x-ray flux degradation data for the x-ray tube; wherein the processing unit is configured to process the x-ray flux degradation data into spatially dependent flux degradation data by calculating spatially dependent flux degradation data based on usage history data, wherein the calculation of the spatially dependent flux degradation data based on usage history data is a characterizing number for a size and a radial position of the focal spot; wherein the calculation unit is configured to calculate at least a photon spectral change of the x-ray tube and to convert the photon spectral change into a spatially dependent spectrum; and wherein the combination unit is configured to combine the spatially dependent flux degradation data and the spatially dependent spectrum. - an acquisition unit, - a processing unit, - a calculation unit, and - a combination unit;
A method for extracting nucleic acids from a biological sample, the method comprising: (a) disrupting a biological sample by bead-beating a biological sample-bead solution prepared by adding a buffer solution, a surfactant, and beads to the biological sample to obtain a biological sample-bead solution with disrupted biological sample; (b) performing a purification of the biological sample-bead solution with disrupted biological sample to separate solid impurities from the solution to obtain a purified solution; (c) performing a repurification by adding a kosmotropic salt solution to the purified solution, wherein the kosmotropic salt solution is a sodium sulfate (Na 2 SO 4) solution to obtain a repurified solution; and (d) extracting nucleic acids from the repurified solution. (a) disrupting a biological sample by bead-beating a biological sample-bead solution prepared by adding a buffer solution, a surfactant, and beads to the biological sample to obtain a biological sample-bead solution with disrupted biological sample; (b) performing a purification of the biological sample-bead solution with disrupted biological sample to separate solid impurities from the solution to obtain a purified solution; (c) performing a repurification by adding a kosmotropic salt solution to the purified solution, wherein the kosmotropic salt solution is a sodium sulfate (Na 2 SO 4) solution to obtain a repurified solution; and (d) extracting nucleic acids from the repurified solution.
Impact resistant polymer material comprising an interpenetrating or semi interpenetrating polymer network of first and second network polymers, wherein: at least the first network polymer comprises a rheopectic and/or a dilatant material having a tensile strength of XMPa when extended to 2% deformation at 1 Hz, and a tensile strength of at least X + 3 MPa when extended to 2% deformation at 10 Hz; and the first network polymer comprises polydialkyl siloxane wherein at least some of the siloxane repeat units comprise first and second alkyl substituents, wherein said second alkyl substituent comprises straight C 3 to C 10 alkyl chains, and wherein the second network polymer is bonded to the first network polymer by the second alkyl substituent. at least the first network polymer comprises a rheopectic and/or a dilatant material having a tensile strength of XMPa when extended to 2% deformation at 1 Hz, and a tensile strength of at least X + 3 MPa when extended to 2% deformation at 10 Hz; and the first network polymer comprises polydialkyl siloxane wherein at least some of the siloxane repeat units comprise first and second alkyl substituents, wherein said second alkyl substituent comprises straight C 3 to C 10 alkyl chains, and wherein the second network polymer is bonded to the first network polymer by the second alkyl substituent.
A shielded cable assembly, comprising: a shielded cable having a central conductor axially surrounded by an inner insulation layer, a shield conductor axially surrounding the inner insulation layer and an outer insulation layer axially surrounding the shield conductor; a tubular inner ferrule; and a crimped outer ferrule formed of sheet metal having a cable attachment portion that defines a pair of bypass crimp wings surrounding and in electrical contact with the shield conductor and having a pair of insulation crimp wings attached to an end of the outer insulation layer, characterized in that the tubular inner ferrule has a flared attachment end disposed intermediate the shield conductor and the inner insulation layer; a flare of said attachment end forms a projecting ridge, and each insulation crimp wing defines a plurality of prongs having pointed ends that penetrate the outer insulation layer and wherein said flare of the flared attachment end of the inner ferrule is located intermediate the bypass crimp wings and the insulation crimp wings. a shielded cable having a central conductor axially surrounded by an inner insulation layer, a shield conductor axially surrounding the inner insulation layer and an outer insulation layer axially surrounding the shield conductor; a tubular inner ferrule; and a crimped outer ferrule formed of sheet metal having a cable attachment portion that defines a pair of bypass crimp wings surrounding and in electrical contact with the shield conductor and having a pair of insulation crimp wings attached to an end of the outer insulation layer, characterized in that the tubular inner ferrule has a flared attachment end disposed intermediate the shield conductor and the inner insulation layer; a flare of said attachment end forms a projecting ridge, and each insulation crimp wing defines a plurality of prongs having pointed ends that penetrate the outer insulation layer and wherein said flare of the flared attachment end of the inner ferrule is located intermediate the bypass crimp wings and the insulation crimp wings.
A trowel comprising: a main body comprising at least one working edge, said working edge comprising an edge radius (r); and a plurality of radial teeth extending from said working edge and axially aligned along the working edge, each radial tooth of said plurality of radial teeth comprising a radial edge and a tooth radius, wherein a distance between said edge radius and said tooth radius at any point along said working edge is constant; each radial tooth of said plurality of radial teeth comprises a tooth body, said tooth body comprising a first thickness (ti); and wherein said radial edge extends circumferentially about said tooth body, said radial edge comprising a second thickness (t 2), wherein the first thickness is different to the second thickness. a main body comprising at least one working edge, said working edge comprising an edge radius (r); and a plurality of radial teeth extending from said working edge and axially aligned along the working edge, each radial tooth of said plurality of radial teeth comprising a radial edge and a tooth radius, wherein a distance between said edge radius and said tooth radius at any point along said working edge is constant; each radial tooth of said plurality of radial teeth comprises a tooth body, said tooth body comprising a first thickness (ti); and wherein said radial edge extends circumferentially about said tooth body, said radial edge comprising a second thickness (t 2), wherein the first thickness is different to the second thickness.
A method comprising: providing a reaction chamber module of an atomic layer deposition reactor for processing a batch of substrates carried by a carriage by an atomic layer deposition process; pre-processing the batch of substrates carried by a carriage in a pre-processing module of the atomic layer deposition reactor; loading the carriage carrying the batch of substrates before processing into the reaction chamber module via a different route than the batch of substrates is unloaded after processing; processing the pre-processed batch of substrates by the atomic layer deposition process in the reaction chamber module of the reactor; wherein said processing by the atomic layer deposition process comprises depositing material on the batch of substrates by sequential self-saturating surface reactions; and wherein said pre-processing module is a pre-heating module and said pre-processing comprises pre-heating the batch of substrates by heat transport with an inactive gas. providing a reaction chamber module of an atomic layer deposition reactor for processing a batch of substrates carried by a carriage by an atomic layer deposition process; pre-processing the batch of substrates carried by a carriage in a pre-processing module of the atomic layer deposition reactor; loading the carriage carrying the batch of substrates before processing into the reaction chamber module via a different route than the batch of substrates is unloaded after processing; processing the pre-processed batch of substrates by the atomic layer deposition process in the reaction chamber module of the reactor; wherein said processing by the atomic layer deposition process comprises depositing material on the batch of substrates by sequential self-saturating surface reactions; and wherein said pre-processing module is a pre-heating module and said pre-processing comprises pre-heating the batch of substrates by heat transport with an inactive gas.
Method for operating a programmable logic control apparatus that is provided with a current input data record (24, 26) having state data from a peripheral area by a communication bus cyclically whenever a bus cycle time (Tf) has elapsed, wherein the method involves the control apparatus cyclically executing a first program instance of a control program and, in each program cycle (Zp), the first program instance copying, at the cycle beginning (Zb), the current input data record that is then provided in each case, then an output data record having control data of the peripheral area being computed from the copied input data record during the program cycle (Zp) and, at the cycle end, the output data record being transferred to the communication bus for transmission to the peripheral area, wherein a program cycle time (Tz) of the program cycle (Zp) is longer than the bus cycle time (Tf), so that, between the cycle beginning (Zb) and the cycle end (Ze) of the program cycle (Zb), the first program instance is provided with at least one further current input data record by the communication bus in each case, said further current input data record being ignored by the first program instance because the latter has not yet terminated its program cycle (Zp), characterized in that the control apparatus cyclically executes at least one further program instance (32, 34, 36) of the control program with a timing shift of less than one program cycle time (Tz) with respect to the first program instance, and the at least one further program instance (32, 34, 36) processes in each case a different one of those input data records that are provided for the first program instance by the communication bus between the cycle beginning (Zb) and the cycle end (Ze) of the program cycle (Zp), wherein a multicore processor system is provided in the control apparatus and each program instance (30, 32, 34, 36) is executed by a different one of the processor cores.
A peptide composed of one amino acid sequence selected from the group consisting of amino acid sequences of SEQ ID NO: 1 and SEQ ID NO: 2 for use in the prevention or treatment of a bone disease selected from the group consisting of osteoporosis, boyhood osteoporosis, osteogenesis imperfecta, osteomalacia, osteonecrosis, rickets, osteomyelitis, alveolar bone loss, Paget's disease of bone, hypercalcemia, primary hyperparathyroidism, metastatic bone diseases, bone marrow, bone loss in rheumatoid arthritis, metastatic bone disease, cancer-related bone loss, fibrous dysplasia, adynamic bone disease, metabolic bone disease and age-related bone mass loss.
An ink jet recording device comprising: a recording head including a nozzle that discharges liquid droplets; a liquid storage that is adapted to store liquid to be supplied to the recording head; a first liquid ejecting passage that is adapted to supply the liquid from the liquid storage to the recording head; and a second liquid ejecting passage that is adapted to supply the liquid from the liquid storage to the recording head by a passage different from the first liquid ejecting passage; the second liquid ejecting passage includes a variable passage resistor that can change passage resistance, and the liquid storage includes a first opening leading to the first liquid ejecting passage, and a second opening arranged at a higher position in the direction of gravity than the first opening and leading to the second liquid ejecting passage, and wherein the second opening is provided at an uppermost part of the liquid storage in the direction of gravity, characterized in that a part of the first liquid ejecting passage is arranged at a higher position in a direction of gravity than the liquid storage, such that at the time of filling the liquid in the liquid storage, air in the liquid storage can be deaerated through the second liquid ejecting passage while filling the liquid in the liquid storage and the first liquid ejecting passage, and that since all of the air in the liquid storage can be deaerated through the second opening and the second liquid ejecting passage provided at the uppermost part of the liquid storage, the inside of the liquid storage can be filled up with liquid. a recording head including a nozzle that discharges liquid droplets; a liquid storage that is adapted to store liquid to be supplied to the recording head; a first liquid ejecting passage that is adapted to supply the liquid from the liquid storage to the recording head; and a second liquid ejecting passage that is adapted to supply the liquid from the liquid storage to the recording head by a passage different from the first liquid ejecting passage; the second liquid ejecting passage includes a variable passage resistor that can change passage resistance, and the liquid storage includes a first opening leading to the first liquid ejecting passage, and a second opening arranged at a higher position in the direction of gravity than the first opening and leading to the second liquid ejecting passage, and wherein the second opening is provided at an uppermost part of the liquid storage in the direction of gravity, characterized in that a part of the first liquid ejecting passage is arranged at a higher position in a direction of gravity than the liquid storage, such that at the time of filling the liquid in the liquid storage, air in the liquid storage can be deaerated through the second liquid ejecting passage while filling the liquid in the liquid storage and the first liquid ejecting passage, and that since all of the air in the liquid storage can be deaerated through the second opening and the second liquid ejecting passage provided at the uppermost part of the liquid storage, the inside of the liquid storage can be filled up with liquid.
A light emitting device comprising: a conductive support member; a light emitting structure on the conductive support member, the light emitting structure comprising a first conductive type semiconductor layer, an active layer under the first conductive type semiconductor layer, and a second conductive type semiconductor layer under the active layer; and a protection member of insulating material around a portion of the light emitting structure, wherein the light emitting structure has a first top surface and a second top surface that is lower than the first top surface, the first and second top surfaces have a stepped structure, and the protection member is disposed on the second top surface of the light emitting structure, wherein a top surface of the first conductive type semiconductor layer is exposed through the protection member, wherein the first conductive type semiconductor layer comprises the first top surface and the second top surface that is lower than the first top surface, and wherein a material of the first top surface is the same as a material of the second top surface and wherein the protective member is bounded by the first conductive type semiconductor layer at the second top surface and at the step from the first top surface to the second top surface. a conductive support member; a light emitting structure on the conductive support member, the light emitting structure comprising a first conductive type semiconductor layer, an active layer under the first conductive type semiconductor layer, and a second conductive type semiconductor layer under the active layer; and a protection member of insulating material around a portion of the light emitting structure, wherein the light emitting structure has a first top surface and a second top surface that is lower than the first top surface, the first and second top surfaces have a stepped structure, and the protection member is disposed on the second top surface of the light emitting structure, wherein a top surface of the first conductive type semiconductor layer is exposed through the protection member, wherein the first conductive type semiconductor layer comprises the first top surface and the second top surface that is lower than the first top surface, and wherein a material of the first top surface is the same as a material of the second top surface and