mhurhangee/ep-ind-claims huggingface dataset:
A height- and inclination-adjustable support leg serving as a support for part of a structure, which - comprises a height-adjusting assembly, which comprises from bottom to top a lower part, a middle part and an upper part, the middle part being connected both to the lower part and to the upper part in threaded engagement, - wherein the support leg further comprises an inclination-adjusting assembly, in which contacting surfaces of the middle part and an additional part are formed as interleaving partial spherical surfaces (6, 10) with at least approximately the same spherical centre, which can be clamped together by means of a screw connection, which has a threaded bolt, which passes through an opening in one of the two partial spherical surfaces and is in threaded engagement with a nut thread, - wherein the two threads of the middle part are arranged coaxially to one another, in their longitudinal extent overlapping nut and bolt threads, - wherein one of the two threads of the middle part is also a thread of the screw connection, with the aid of which the two parts (1, 3) adjoining one another on the partial spherical surfaces (6, 10) can be clamped to one another, characterised in that - the directions of rotation of the two threads of the middle part are opposite to each other, that is, that when the nut thread of the middle part is a left-hand thread, the bolt thread of the middle part is a right-hand thread, and that when the nut thread of the middle part is a right-hand thread, the bolt thread of the middle part is a left-hand thread. - comprises a height-adjusting assembly, which comprises from bottom to top a lower part, a middle part and an upper part, the middle part being connected both to the lower part and to the upper part in threaded engagement, - wherein the support leg further comprises an inclination-adjusting assembly, in which contacting surfaces of the middle part and an additional part are formed as interleaving partial spherical surfaces (6, 10) with at least approximately the same spherical centre, which can be clamped together by means of a screw connection, which has a threaded bolt, which passes through an opening in one of the two partial spherical surfaces and is in threaded engagement with a nut thread, - wherein the two threads of the middle part are arranged coaxially to one another, in their longitudinal extent overlapping nut and bolt threads, - wherein one of the two threads of the middle part is also a thread of the screw connection, with the aid of which the two parts (1, 3) adjoining one another on the partial spherical surfaces (6, 10) can be clamped to one another, - the directions of rotation of the two threads of the middle part are opposite to each other, that is, that when the nut thread of the middle part is a left-hand thread, the bolt thread of the middle part is a right-hand thread, and that when the nut thread of the middle part is a right-hand thread, the bolt thread of the middle part is a left-hand thread.
A parameter protection method, comprising: obtaining, by an authentication server function entity in a home public land mobile network, HPLMN, a security algorithm, and generating a key, wherein the key is used to protect transmission of a parameter between a terminal and the HPLMN; receiving, by the authentication server function entity, a first parameter from another entity in the HPLMN, wherein the another entity is an entity that needs to send the first parameter to the terminal; performing, by the authentication server function entity, security protection processing on the first parameter based on the security algorithm and the key to obtain a second parameter; and sending, by the authentication server function entity, the second parameter to the another entity. obtaining, by an authentication server function entity in a home public land mobile network, HPLMN, a security algorithm, and generating a key, wherein the key is used to protect transmission of a parameter between a terminal and the HPLMN; receiving, by the authentication server function entity, a first parameter from another entity in the HPLMN, wherein the another entity is an entity that needs to send the first parameter to the terminal; performing, by the authentication server function entity, security protection processing on the first parameter based on the security algorithm and the key to obtain a second parameter; and sending, by the authentication server function entity, the second parameter to the another entity.
An indication information transmission apparatus, comprising: a first determining module, configured to determine, in one or more codebooks, a first codebook used to send a first downlink data stream to a terminal device, wherein the codebook consists of two or more codewords, the codewords are multidimensional complex vectors, and are used to indicate mapping relationships between data and at least two modulation symbols, and the at least two modulation symbols comprise at least one zero-modulation symbol and at least one non-zero-modulation symbol; a second determining module, configured to determine one or more second codebooks used to send a second downlink data stream, wherein the second downlink data stream is one or more downlink data streams, other than the first downlink data stream, carried on a time-frequency resource used for the first downlink data stream; a third determining module, configured to determine codebook indication information used to indicate the first codebook determined by the first determining module and the one or more second codebooks determined by the second determining module; and a sending module, configured to send the codebook indication information determined by the third determining module to the terminal device. a first determining module, configured to determine, in one or more codebooks, a first codebook used to send a first downlink data stream to a terminal device, wherein the codebook consists of two or more codewords, the codewords are multidimensional complex vectors, and are used to indicate mapping relationships between data and at least two modulation symbols, and the at least two modulation symbols comprise at least one zero-modulation symbol and at least one non-zero-modulation symbol; a second determining module, configured to determine one or more second codebooks used to send a second downlink data stream, wherein the second downlink data stream is one or more downlink data streams, other than the first downlink data stream, carried on a time-frequency resource used for the first downlink data stream; a third determining module, configured to determine codebook indication information used to indicate the first codebook determined by the first determining module and the one or more second codebooks determined by the second determining module; and a sending module, configured to send the codebook indication information determined by the third determining module to the terminal device.
Device for lifting fluids, in particular for geothermal plants, comprising: an outer pipe with an intake and an outlet; a first lifting unit with an intake and an outlet, the first lifting unit being arranged below the outer pipe; an inner pipe with a smaller diameter than the outer pipe, wherein the inner pipe is arranged inside the outer pipe and thereby defines an outer lifting space between the inner and the outer pipe; at least one further lifting unit with at least one drive unit, an intake and an outlet, wherein the at least one further lifting unit is arranged inside the inner pipe and wherein the intake of the outer pipe is arranged below the at least one drive unit; and wherein the lifting units (200, 300) are hydraulically connected in parallel and the first lifting unit is arranged below the at least one further lifting unit, wherein the at least one further lifting unit has a check valve at its outlet. an outer pipe with an intake and an outlet; a first lifting unit with an intake and an outlet, the first lifting unit being arranged below the outer pipe; an inner pipe with a smaller diameter than the outer pipe, wherein the inner pipe is arranged inside the outer pipe and thereby defines an outer lifting space between the inner and the outer pipe; at least one further lifting unit with at least one drive unit, an intake and an outlet, wherein the at least one further lifting unit is arranged inside the inner pipe and wherein the intake of the outer pipe is arranged below the at least one drive unit; and wherein the lifting units (200, 300) are hydraulically connected in parallel and the first lifting unit is arranged below the at least one further lifting unit, wherein the at least one further lifting unit has a check valve at its outlet.
An electrodynamic speaker structure having MEMS technology, comprising a stator-forming means, diaphragm-forming means wherein at least one of the surfaces of the diaphragm-forming means includes a coil-forming means, characterized in that it comprises resiliently shape-changing means for connecting the stator-forming means and the diaphragm-forming means and in that the stator-forming means, diaphragm-forming means, and connecting means are made of a single part by machining a silicon chip, the mass of the coil-forming means being equal or approximately equal to the mass of the diaphragm-forming means.
A cosmetic or dermatological composition comprising: a) between 10% and 34% by weight of at least one alkyl ether carboxylate, b) between 9% and 30% by weight of at least one ethoxylated glycerol ester, c) between 20% and 50% by weight of at least one oily substance selected from animal or plant oils, hydrocarbons, esters of a higher alcohol and a higher fatty acid, fatty acids, triglycerides, in particular natural triglycerides, including those which have been hydrogenated to reduce or eliminate unsaturations; fatty acid cholesterol esters, scented oils and mixtures of any of the aforementioned components, d) water, e) optionally one or more emulsifiers, f) optionally additional surfactants, and g) optionally cosmetically or pharmaceutically acceptable excipients or active ingredients; each of the indicated amounts being expressed as percentage by weight of the mentioned component with respect to the total weight of the active material of the composition, wherein the active material is the sum of components a, b and f. a) between 10% and 34% by weight of at least one alkyl ether carboxylate, b) between 9% and 30% by weight of at least one ethoxylated glycerol ester, c) between 20% and 50% by weight of at least one oily substance selected from animal or plant oils, hydrocarbons, esters of a higher alcohol and a higher fatty acid, fatty acids, triglycerides, in particular natural triglycerides, including those which have been hydrogenated to reduce or eliminate unsaturations; fatty acid cholesterol esters, scented oils and mixtures of any of the aforementioned components, d) water, e) optionally one or more emulsifiers, f) optionally additional surfactants, and g) optionally cosmetically or pharmaceutically acceptable excipients or active ingredients;
A propeller comprising a cylindrical hub rotatable about an axis; and a plurality of blades provided radially around the hub, wherein the hub is made up of a first part (2.1) and a second part (2.2) mounted to the first part (2.1) in the axial direction, characterized in that the first part (2.1) comprises a plurality of housings each having a relatively short space and a relatively long space, the housings being provided circularly around the rotation axis; the second part (2.2) comprises a plurality of protrusions each having a relatively short extension and a relatively long extension, the protrusions being provided circularly around the rotation axis, and wherein the first part (2.1) is rigidly mounted to the second part (2.2) by a plurality of connecting members.
A downhole apparatus comprising a base pipe, at least two axially extending pressure deformable chambers mounted externally thereon, the chambers configured for expansion to exert a force on a wall of a bore, and a plurality of axially extending bridging members operatively associated with the chambers and configured to exert a force on the bore wall between spaced portions of the chambers, wherein the axially extending bridging members extend between axially extending pressure deformable chambers.
A wind turbine drive control device for controlling a plurality of drive devices for moving two structures (10, 20) included in a wind power generation device relative to each other, the wind turbine drive control device comprising: a sensor configured to obtain a plurality of information items related to loads occurring between each of the plurality of drive devices and one of the two structures (10, 20) that receives forces generated by the plurality of drive devices; and a control unit configured to control the plurality of drive devices based on the plurality of information items, characterized in that in a case that at least one drive device of the plurality of drive devices is under a load equal to or greater than a threshold value in a state where each of the plurality of drive devices is controlled to generate a first predetermined braking force, the control unit is configured to control the plurality of drive devices to temporarily reduce each braking force of the at least one drive device, while temporarily increasing each braking force of other drive devices than the at least one drive device, which are under a load smaller than the threshold value. a sensor configured to obtain a plurality of information items related to loads occurring between each of the plurality of drive devices and one of the two structures (10, 20) that receives forces generated by the plurality of drive devices; and a control unit configured to control the plurality of drive devices based on the plurality of information items, characterized in that in a case that at least one drive device of the plurality of drive devices is under a load equal to or greater than a threshold value in a state where each of the plurality of drive devices is controlled to generate a first predetermined braking force, the control unit is configured to control the plurality of drive devices to temporarily reduce each braking force of the at least one drive device, while temporarily increasing each braking force of other drive devices than the at least one drive device, which are under a load smaller than the threshold value.
A system for dispensing a liquid, comprising: - a liquid dispensing apparatus comprising a device for pumping liquid and dispensing the pumped liquid, the device comprising a venting system that is only activated in case of pumping of the liquid, the apparatus including at least two hollow needles (50, 52), namely a main needle and a secondary needle, which are each secured to a part of the apparatus that is separate from the device, and - a liquid vessel that comprises an inner liquid suction tube extending to the bottom of the vessel, said vessel being able, on the one hand, to be introduced into said apparatus in order to be perforated by said at least two hollow needles (50, 52) and, on the other hand, to be removed from said apparatus if needed, when the vessel is introduced into the apparatus, the main needle forms a first communication interface between the inner liquid suction tube of the vessel and the device for pumping liquid and dispensing the pumped liquid so as to establish a first fluid circuit for the liquid in case of pumping of the liquid, the secondary needle forming a second communication interface between the venting system of the device and the inside of the vessel so as to establish, in case of pumping of the liquid, a second fluid circuit for the outside compensating air, the second fluid circuit being tight with respect to the first liquid fluid circuit. - a liquid dispensing apparatus comprising a device for pumping liquid and dispensing the pumped liquid, the device comprising a venting system that is only activated in case of pumping of the liquid, the apparatus including at least two hollow needles (50, 52), namely a main needle and a secondary needle, which are each secured to a part of the apparatus that is separate from the device, and - a liquid vessel that comprises an inner liquid suction tube extending to the bottom of the vessel, said vessel being able, on the one hand, to be introduced into said apparatus in order to be perforated by said at least two hollow needles (50, 52) and, on the other hand, to be removed from said apparatus if needed,
A turbocharger comprising: a rotating shaft extending along an axis; a turbine wheel disposed on a first end portion side of the rotating shaft, a plurality of blades being formed at intervals in a circumferential direction on the turbine wheel; a turbine housing accommodating the turbine wheel; a scroll flow path formed in the turbine housing, continuing in the circumferential direction on a radially outer side of the turbine wheel, and having gas flowing therethrough that rotates and drives the turbine wheel; a nozzle flow path that guides the gas radially inwards from the scroll flow path and supplies the gas to the turbine wheel; and a vane that adjusts the amount of the gas introduced in the nozzle flow path, wherein the vane includes a guide section that guides the gas such that at least part of the flow of the gas flows radially inwards on a trailing edge side of the blade of the turbine wheel, the guide section is formed in a pressure surface on a side of the vane where the flow of the gas collides, the guide section has a convex portion rising in a trailing edge portion on a downstream side in a flow direction of the gas, the convex portion is formed such that a width-direction intermediate portion rises, in a direction away from a surface side opposite to the pressure surface, with respect to both end portions in a width direction on the trailing edge side of the pressure surface, and the convex curved surface is formed such that a rise dimension of the width-direction intermediate portion gradually increases from an intermediate portion side toward the trailing edge side. a rotating shaft extending along an axis; a turbine wheel disposed on a first end portion side of the rotating shaft, a plurality of blades being formed at intervals in a circumferential direction on the turbine wheel; a turbine housing accommodating the turbine wheel; a scroll flow path formed in the turbine housing, continuing in the circumferential direction on a radially outer side of the turbine wheel, and having gas flowing therethrough that rotates and drives the turbine wheel; a nozzle flow path that guides the gas radially inwards from the scroll flow path and supplies the gas to the turbine wheel; and a vane that adjusts the amount of the gas introduced in the nozzle flow path, wherein the vane includes a guide section that guides the gas such that at least part of the flow of the gas flows radially inwards on a trailing edge side of the blade of the turbine wheel, the guide section is formed in a pressure surface on a side of the vane where the flow of the gas collides, the guide section has a convex portion rising in a trailing edge portion on a downstream side in a flow direction of the gas, the convex portion is formed such that a width-direction intermediate portion rises, in a direction away from a surface side opposite to the pressure surface, with respect to both end portions in a width direction on the trailing edge side of the pressure surface, and the convex curved surface is formed such that a rise dimension of the width-direction intermediate portion gradually increases from an intermediate portion side toward the trailing edge side.
Training device for performing a surgical procedure, said device comprising an enclosure including: - a first surface defining an operation interface intended to receive at least one surgical tool, the remainder of the surface of the enclosure forming a base; - an opening arranged on said first surface; - a connection interface maintained at the circumference of said opening; said connection interface being suitable for receiving and supporting a sheath; said device being characterised in that the first surface includes a moveable portion in relation to the base, said opening being arranged on said moveable portion, - a first surface defining an operation interface intended to receive at least one surgical tool, the remainder of the surface of the enclosure forming a base; - an opening arranged on said first surface; - a connection interface maintained at the circumference of said opening; said connection interface being suitable for receiving and supporting a sheath;
A chemiluminescent reagent for determining the presence and/or amount of an analyte in a sample suspected of containing the analyte, the reagent being non-particulate, soluble in an aqueous medium, and comprising a binding partner for the analyte covalently or non-covalently bound to a chemiluminescent composition comprising an olefinic compound and a metal chelate wherein the olefinic compound is - a carboxyl derivative of thioxenes, and wherein the metal of the metal chelate is - europium, terbium, dysprosium or samarium, and wherein the chelate of the metal chelate is - 4,4'-bis(1,"1",1",2",2",3",3"-heptafluoro-4",6"-hexanedion-6"-yl)-chlorosulfo-o-terphenyl. - a carboxyl derivative of thioxenes, and wherein - europium, terbium, dysprosium or samarium, and wherein - 4,4'-bis(1,"1",1",2",2",3",3"-heptafluoro-4",6"-hexanedion-6"-yl)-chlorosulfo-o-terphenyl.
Device for analysing the current density in an incident beam of charged particles, comprising a mobile target rotating around an axis, said target being provided to project the beam there during analysis, several holes crossing said mobile target and arranged such that each hole goes through a section of said beam along a respective path when said target moves, and, means for measuring the current density of a fraction (dF) of the incident beam crossing said target by said hole, characterised in that the circular arcs gone through by the holes are radially closer in an intermediate zone and radially farther away from each other from said intermediate zone.