mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication apparatus comprising: an antenna; a communication unit for receiving a radio signal via the antenna; a tuning unit for tuning an impedance of the antenna; an impedance controller for controlling the tuning unit to match the impedance of the antenna with an impedance of the communication unit; and a halting unit for halting controlling the impedance of the antenna in accordance with a reception intensity of an interference signal included in the received radio signal, wherein the halting unit is adapted to halt controlling the impedance of the antenna when the reception intensity of the interference signal included in the received radio signal is greater than a predetermined value, and restart controlling the impedance of the antenna when the reception intensity of the interference signal included in the received radio signal is smaller than or equal to the predetermined value. an antenna; a communication unit for receiving a radio signal via the antenna; a tuning unit for tuning an impedance of the antenna; an impedance controller for controlling the tuning unit to match the impedance of the antenna with an impedance of the communication unit; and a halting unit for halting controlling the impedance of the antenna in accordance with a reception intensity of an interference signal included in the received radio signal, wherein the halting unit is adapted to halt controlling the impedance of the antenna when the reception intensity of the interference signal included in the received radio signal is greater than a predetermined value, and restart controlling the impedance of the antenna when the reception intensity of the interference signal included in the received radio signal is smaller than or equal to the predetermined value.
Device for grinding and mixing of herbs and/or tobacco and/or spices, preparing and dispensing of cigarettes, the device comprising a grinding chamber for holding and grinding the herbs and/or tobacco and/or spices, wherein the grinding chamber has a top, a plurality of tubes for holding pre-rolled cigarette papers and receiving ground herbs and/or tobacco and/or spices, a carousel, which is rotatable around a central axis and is located within a carousel cover, the grinding chamber is equipped with a grinder unit, the grinder unit is connected to a motor, the motor being capable of driving the grinder unit, a tray for delivering the ground herbs and/or tobacco and/or spices into pre-rolled cigarette papers placed in one tube or in plurality of tubes, the tray is located above the carousel, a power supply connected to the motor, said power supply is located in a bottom cover, wherein the carousel cover is mounted on the bottom cover, characterized in that it further comprises a mixing chamber for mixing the herbs and/or tobacco and/or spices, which is located below the grinding chamber, a mixing unit located in the mixing chamber and connected to the motor via a drive shaft, at least one door on the carousel cover for dispensing one tube or a plurality of tubes with the filled pre-rolled cigarette paper, wherein the carousel comprises a plurality of tube holders for holding the tubes, the tray is located below the mixing chamber, the mixing chamber is mounted on the carousel cover, the grinding chamber is mounted on the mixing chamber.
A plasma applicator for treating a gas in a field space formed by applying an alternating voltage between an outer electrode and an inner electrode, comprising: - a gas inlet and a gas outlet for feeding gas to be treated into the field space, - an inner electrode arranged between the gas inlet and the gas outlet, - a tubular outer electrode surrounding the inner electrode at a distance and - a dielectric insulator arranged at least between the inner electrode and the outer electrode, characterised in that the inner electrode is embodied as a hollow tube with at least one gas-inlet opening and at least one gas-outlet opening in such a manner that during operation, a part of the untreated gas fed into the plasma applicator flows through a field-free interior space formed within the inner electrode. - a gas inlet and a gas outlet for feeding gas to be treated into the field space, - an inner electrode arranged between the gas inlet and the gas outlet, - a tubular outer electrode surrounding the inner electrode at a distance and - a dielectric insulator arranged at least between the inner electrode and the outer electrode,
A shovel, comprising: a lower traveling body; an upper rotating body that is rotatably mounted on the lower traveling body; an attachment attached to the upper rotating body; state detecting sensors (S1, S2, S3, S4, S5, S6a, S6b) that detect operational states of components of the shovel and include an attitude sensor (S1, S2, S3) that detects an attitude of the attachment; a controller that executes a preset operation based on a detection value detected by the attitude sensor (S1, S2, S3); and a storage that stores detection values detected by the state detecting sensors (S1, S2, S3, S4, S5, S6a, S6b) during execution of the preset operation by the controller in association with the preset operation; and characterised in that it further comprises a human body detecting sensor that detects presence of a person around the shovel during the execution of the preset operation. a lower traveling body; an upper rotating body that is rotatably mounted on the lower traveling body; an attachment attached to the upper rotating body; state detecting sensors (S1, S2, S3, S4, S5, S6a, S6b) that detect operational states of components of the shovel and include an attitude sensor (S1, S2, S3) that detects an attitude of the attachment; a controller that executes a preset operation based on a detection value detected by the attitude sensor (S1, S2, S3); and a storage that stores detection values detected by the state detecting sensors (S1, S2, S3, S4, S5, S6a, S6b) during execution of the preset operation by the controller in association with the preset operation; and characterised in that it further comprises a human body detecting sensor that detects presence of a person around the shovel during the execution of the preset operation.
Surgical instrument in the form of a surgical knife for providing percutaneous access to a surgical site, wherein the instrument has a rear end, a front end and an operating axis extending from the rear end to the front end, the instrument comprises a cutter portion at the front end and a body having a handle portion at the rear end, and the cutter portion comprises first and second blade portions opposed across the operating axis at opposite sides thereof, each of the first and second blade portions having a tip portion at the front end, an outward cutting edge directed laterally outwardly relative to the operating axis, and an outward face also directed laterally outwardly relative to the operating axis and transversely to the respective outward cutting edge, the outward faces of the first and second blade portions converging with one another forwardly towards their tip portions, characterized in that respective said outward cutting edges of the first and second blade portions are generally oppositely outwardly directed. the instrument has a rear end, a front end and an operating axis extending from the rear end to the front end, the instrument comprises a cutter portion at the front end and a body having a handle portion at the rear end, and the cutter portion comprises first and second blade portions opposed across the operating axis at opposite sides thereof, each of the first and second blade portions having a tip portion at the front end, an outward cutting edge directed laterally outwardly relative to the operating axis, and an outward face also directed laterally outwardly relative to the operating axis and transversely to the respective outward cutting edge, the outward faces of the first and second blade portions converging with one another forwardly towards their tip portions, characterized in that respective said outward cutting edges of the first and second blade portions are generally oppositely outwardly directed.
A modified conjugated diene-based polymer having: a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of less than 1.7, and a Si content of 100 ppm or more based on weight, and the modified conjugated diene-based polymer comprising a repeating unit derived from an aromatic vinyl monomer in an amount of greater than 0 wt% and less than 15 wt%. a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of less than 1.7, and a Si content of 100 ppm or more based on weight, and the modified conjugated diene-based polymer comprising a repeating unit derived from an aromatic vinyl monomer in an amount of greater than 0 wt% and less than 15 wt%.
A vector logical operation device, configured to perform a vector logical operation according to a vector logical operation instruction, the device comprising: a storage unit, configured to store vectors; a register unit, configured to store vector addresses, wherein the vector addresses are addresses of the vectors stored in the storage unit; and a vector logical operation unit, configured to acquire the vector logical operation instruction, to acquire vector addresses from the register unit according to the vector logical operation instruction, to acquire vectors from the storage unit according to the vector addresses acquired, and to perform the vector logical operation on the vectors acquired to obtain a result of the vector logical operation; wherein the vector logical operation instruction comprises an operation code and at least one operation field; wherein the operation code is configured to indicate a function of the vector logical operation instruction; and wherein the operation field is configured to indicate data information of the vector logical operation instruction; wherein the data information comprises a register unit number, and the vector logical operation unit is configured to access a register unit and to acquire a vector address according to the register unit number; wherein a start address and a length of the vector can be obtained from the register unit according to the register unit number, for obtaining the vector stored in a corresponding address from the storage unit according to the start address and the length of the vector. a storage unit, configured to store vectors; a register unit, configured to store vector addresses, wherein the vector addresses are addresses of the vectors stored in the storage unit; and a vector logical operation unit, configured to acquire the vector logical operation instruction, to acquire vector addresses from the register unit according to the vector logical operation instruction, to acquire vectors from the storage unit according to the vector addresses acquired, and to perform the vector logical operation on the vectors acquired to obtain a result of the vector logical operation; wherein the vector logical operation instruction comprises an operation code and at least one operation field; wherein the operation code is configured to indicate a function of the vector logical operation instruction; and wherein the operation field is configured to indicate data information of the vector logical operation instruction; wherein the data information comprises a register unit number, and the vector logical operation unit is configured to access a register unit and to acquire a vector address according to the register unit number; wherein a start address and a length of the vector can be obtained from the register unit according to the register unit number, for obtaining the vector stored in a corresponding address from the storage unit according to the start address and the length of the vector.
Spring-loaded contact pin having a sleeve; a spring arranged in the sleeve; a piston comprising a head part and which is arranged at least partially in the sleeve; and a contact element which is arranged at least partially in the sleeve and which is configured so as to contact the sleeve and/or the piston, wherein an insulating part is arranged in the sleeve, between the piston and the spring and wherein in the untensioned state, the spring 105 displaces the insulating part 117, the piston 107 and the contact element 111 towards the head part-side end of the sleeve 101, characterized in that the contact element is designed as a contact ring which has springy contact tongues.
A process for manufacturing composite ring frames for aeronautical fuselages by means of the application of the RTM technology to two preforms with C- and L-shaped sections, characterized in that said preforms are manufactured using a first tool and a second tool in the following steps: a) Providing the fabric for the preforms in pieces of material cut according to preset patterns; b) Hot-forming planar rectangular laminates by placing layers of said pieces of material on a first tool in predetermined positions and number and applying pressure and temperature so that the pieces of material adhere to one another in local areas; c) Hot-forming laminates of right angle section from segments of said planar laminates of predetermined dimensions, obtained by means of cutting, on a part of right angle section of the first tool, arranging on its top side the part intended for the flange of the preforms with a C- or L-shaped section, holding its longitudinal edge on the first tool and allowing the rest to be free, placing an elastic membrane on the first tool and applying a temperature and vacuum cycle; d) Hot-forming the preforms into a C shape and L shape on a second curved tool by deforming said laminates of right angle section thereon, said deformation including in the case of C-shaped preforms the bending of the second flange, and applying a temperature and vacuum cycle. a) Providing the fabric for the preforms in pieces of material cut according to preset patterns; b) Hot-forming planar rectangular laminates by placing layers of said pieces of material on a first tool in predetermined positions and number and applying pressure and temperature so that the pieces of material adhere to one another in local areas; c) Hot-forming laminates of right angle section from segments of said planar laminates of predetermined dimensions, obtained by means of cutting, on a part of right angle section of the first tool, arranging on its top side the part intended for the flange of the preforms with a C- or L-shaped section, holding its longitudinal edge on the first tool and allowing the rest to be free, placing an elastic membrane on the first tool and applying a temperature and vacuum cycle; d) Hot-forming the preforms into a C shape and L shape on a second curved tool by deforming said laminates of right angle section thereon, said deformation including in the case of C-shaped preforms the bending of the second flange, and applying a temperature and vacuum cycle.
A busbar power supply apparatus comprising at a rear side of its housing an AC interface with electrical contacts configured to establish an electrical connection with AC busbars of a busbar system to receive AC mains voltages converted by an integrated AC/DC power conversion unit into a DC power supply voltage applied to at least one DC interface of said busbar power supply apparatus, wherein the electrical contacts of said AC interface are configured to be guided through guide openings of a touch-safe protection cover including the AC busbars and to be inserted into matching contact slots within the AC busbars to establish the electric connection with the AC busbars.
A force sensor assembly comprising: a sensor die comprising: a first member comprising a diaphragm extending between a first surface of the first member and an opposed second surface of the first member, wherein the first member includes an actuation element integral with the first member, extending outwardly from the first member second surface; a second member bonded to the first member along the first surface, the second member comprising an outer surface and an upper surface, the upper surface including a recessed section positioned adjacent the diaphragm, the recessed section forming a cavity with the first member first surface; a number of electrical sensing elements disposed within the first member and positioned adjacent the diaphragm along the first surface of the first member; and one or more electrical contacts extending from the electrical sensing elements, which electrical contacts are exposed along the first surface and interposed between the first member and the second member; wherein the second member further comprises openings that extend through the second member from the outer surface to the upper surface of said second member and electrical terminals disposed within openings, the electrical terminals comprising a contact section in electrical connection with the electrical contacts exposed along the first surface of the first member and external pads configured for making an electrical connection with an external object. a first member comprising a diaphragm extending between a first surface of the first member and an opposed second surface of the first member, wherein the first member includes an actuation element integral with the first member, extending outwardly from the first member second surface; a second member bonded to the first member along the first surface, the second member comprising an outer surface and an upper surface, the upper surface including a recessed section positioned adjacent the diaphragm, the recessed section forming a cavity with the first member first surface; a number of electrical sensing elements disposed within the first member and positioned adjacent the diaphragm along the first surface of the first member; and one or more electrical contacts extending from the electrical sensing elements, which electrical contacts are exposed along the first surface and interposed between the first member and the second member; wherein the second member further comprises openings that extend through the second member from the outer surface to the upper surface of said second member and electrical terminals disposed within openings, the electrical terminals comprising a contact section in electrical connection with the electrical contacts exposed along the first surface of the first member and external pads configured for making an electrical connection with an external object.
A method for controlling machine operation in an automated industrial facility including at least one machine that performs machine operations including machine cycles, the method for restricting machine operation when a wireless information device associated with a facility user is within restricted facility locations (Z2, Z3), the method comprising the steps of: specifying at least one restricted facility location (Z2, Z3) associated with at least one machine (M1-M6); providing at least one WID; determining if at least one WID is within a restricted facility location (Z2, Z3); where the at least one WID is within a restricted facility location (Z2, Z3) characterized in that: (i) identifying the extent of machine cycle completion of the at least one machine; and (ii) regulating operation of at least one machine as a function of the extent of machine cycle completion. specifying at least one restricted facility location (Z2, Z3) associated with at least one machine (M1-M6); providing at least one WID; determining if at least one WID is within a restricted facility location (Z2, Z3); where the at least one WID is within a restricted facility location (Z2, Z3) characterized in that: (i) identifying the extent of machine cycle completion of the at least one machine; and (ii) regulating operation of at least one machine as a function of the extent of machine cycle completion. (i) identifying the extent of machine cycle completion of the at least one machine; and (ii) regulating operation of at least one machine as a function of the extent of machine cycle completion.
A process for the manufacture of flexible pipe able to convey a liquid, from a composition comprising: - a polymeric part (a) consisting of: • a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1, or • a blend of a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1 with one or more compatible thermoplastic polymers, - a polydiorganosiloxane (b) having a minimum Williams plasticity of 30 determined by the ASTM 926 test method and an average of at least 2 alkenyl radicals per molecule, - an organohydrido silicon compound (c) having an average per molecule of at least 2 silicon atoms bound directly to a hydrogen atom, - a hydrosililation catalyst (d) which process comprises (i) the provision of a cured polydiorganosiloxane obtained by crosslinking of the compounds (b) and (c) in the presence of catalyst (d), (ii) causing the cured polydiorganosiloxane to be dispersed in the polymeric part (a) thus obtaining a thermoplastic elastomer and (iii) moulding the thermoplastic elastomer into a flexible pipe. - a polymeric part (a) consisting of: • a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1, or • a blend of a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1 with one or more compatible thermoplastic polymers, • a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1, or • a blend of a thermoplastic polymer obtained by homopolymerisation or copolymerisation of a monomer of butene-1 with one or more compatible thermoplastic polymers, - a polydiorganosiloxane (b) having a minimum Williams plasticity of 30 determined by the ASTM 926 test method and an average of at least 2 alkenyl radicals per molecule, - an organohydrido silicon compound (c) having an average per molecule of at least 2 silicon atoms bound directly to a hydrogen atom, - a hydrosililation catalyst (d)
A method of removing spores from raw goat milk, the method comprising subjecting the raw goat milk to decreaming in a cream separator thereby separately removing goat cream and a heavy fraction comprising bacteria and spores, wherein the method comprises feeding the raw goat milk into the cream separator at a flow rate below the full capacity of the cream separator, and operating the cream separator at a flow rate that exceeds the flow rate of raw goat milk as fed to the centrifuge by an excess flow rate of 20% to 200%, thereby allowing for a residence time of the milk exceeding the residence time at full capacity, and obtaining goat skim milk.