mhurhangee/patent-ind-claim-en huggingface dataset:
Electric heating device comprising: a housing with a partition wall , which separates a connection chamber from a heating chamber for dissipating heat and from which at least one PTC heating element with a heating element casing , which protrudes in the direction toward said heating chamber , which is held in a sealing manner within the partition wall by means of a sealing element and in which casing at least one PTC element and conductor tracks electrically connected in said connection chamber for energizing said PTC element with different polarities and connected to the latter in an electrically conductive manner are supported in an insulated manner, characterized by a holding element engaging around said heating element casing and connected to said partition wall on its side facing said heating chamber and to said heating element casing . a housing with a partition wall , which separates a connection chamber from a heating chamber for dissipating heat and from which at least one PTC heating element with a heating element casing , which protrudes in the direction toward said heating chamber , which is held in a sealing manner within the partition wall by means of a sealing element and in which casing at least one PTC element and conductor tracks electrically connected in said connection chamber for energizing said PTC element with different polarities and connected to the latter in an electrically conductive manner are supported in an insulated manner, characterized by a holding element engaging around said heating element casing and connected to said partition wall on its side facing said heating chamber and to said heating element casing .
Electromagnetic device comprising: - one or two conductive coils ; - a main magnet able to pivot about a pivot axis XX' between two equilibrium positions, - a first and a second yoke arranged to guide the magnetic flux generated by the main magnet , - a first and a second pair of magnets, comprising, respectively, a first and a second stabilising magnet , as well as a first and a second actuating magnet arranged to slide along each of the directions defined by an alignment axis YY' of said actuating magnets and of the main magnet , perpendicular to the pivot axis XX', so as to force the main magnet to adopt one or other of the equilibrium positions, the stabilising magnets being arranged so that this sliding is accompanied by a movement of the stabilising magnets so as to position the stabilising magnet , paired with the actuating magnet forcing the main magnet into one of its equilibrium positions, in a given position enabling said stabilising magnet to oppose the magnetic leaks liable to occur at one of the two yokes. - one or two conductive coils ; - a main magnet able to pivot about a pivot axis XX' between two equilibrium positions, - a first and a second yoke arranged to guide the magnetic flux generated by the main magnet , - a first and a second pair of magnets, comprising, respectively, a first and a second stabilising magnet , as well as a first and a second actuating magnet arranged to slide along each of the directions defined by an alignment axis YY' of said actuating magnets and of the main magnet , perpendicular to the pivot axis XX', so as to force the main magnet to adopt one or other of the equilibrium positions, the stabilising magnets being arranged so that this sliding is accompanied by a movement of the stabilising magnets so as to position the stabilising magnet , paired with the actuating magnet forcing the main magnet into one of its equilibrium positions, in a given position enabling said stabilising magnet to oppose the magnetic leaks liable to occur at one of the two yokes.
Process for preparing an inorganic material which is formed by particles each comprising a solid phase, the solid phase comprising: - silver in an oxidised state bonded to phosphorus and, optionally, silver in an oxidised state bonded to one or more cations selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides, and - open, interconnected pores, the surface of which comprises silver in metal state, which process comprises the steps of: a) preparing an aqueous solution A1 comprising an alginate of an alkali metal and an inorganic material comprising silver phosphate and, optionally, one or more oxidised silver compounds bonded to a cation selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides; b) extruding in a divided form the aqueous solution A1 into an aqueous solution A2 comprising a salt of an alkaline earth metal, whereby beads formed by a hydrogel comprising silver phosphate and alkali salt alginate are obtained; c) drying the beads; and d) calcining the beads dried. - silver in an oxidised state bonded to phosphorus and, optionally, silver in an oxidised state bonded to one or more cations selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides, and - open, interconnected pores, the surface of which comprises silver in metal state, a) preparing an aqueous solution A1 comprising an alginate of an alkali metal and an inorganic material comprising silver phosphate and, optionally, one or more oxidised silver compounds bonded to a cation selected from molybdenum, boron, vanadium, chromium and tungsten and/or one or more metal oxides; b) extruding in a divided form the aqueous solution A1 into an aqueous solution A2 comprising a salt of an alkaline earth metal, whereby beads formed by a hydrogel comprising silver phosphate and alkali salt alginate are obtained; c) drying the beads; and d) calcining the beads dried.
An effective amount of benralizumab for use in a method of treating asthma by increasing forced expiratory volume in one second (FEV 1 ) in an asthma patient, wherein the administration increases the patient's FEV 1 , wherein benralizumab is administered at a dose of 30 mg every four weeks.
A p-boronophenylalanine derivative comprising: a polymer linked, either directly or via a linker, to a group represented by formula (I) below wherein, the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F. a polymer linked, either directly or via a linker, to a group represented by formula (I) below wherein, the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F. the arrows indicate a bond with an adjacent atom, and X 1 to X 4 are each independently H, 18 F, or 19 F.
A winch overload protection system , comprising: an overload detection unit operable to detect when a load on a winch of a workover system from movement of a downhole tool or pipe exceeds a safety load limit; and an overload control unit configured to receive an overload signal from the overload detection unit , and in response thereto stop movement of the downhole tool or pipe and release a brake on the winch. an overload detection unit operable to detect when a load on a winch of a workover system from movement of a downhole tool or pipe exceeds a safety load limit; and an overload control unit configured to receive an overload signal from the overload detection unit , and in response thereto stop movement of the downhole tool or pipe and release a brake on the winch.
A method for automatically warming up a clutch actuator for a clutch of a transmission in a vehicle , wherein the clutch actuator is operable by use of pressurized fluid and configured to actuate the clutch from an engaged to a disengaged state, and/or vice versa, the method comprising: - identifying (S1) if a temperature is below a predetermined temperature value and if the clutch actuator is leaking, and, characterized in that , if it is identified that the temperature is below the predetermined temperature value and that the clutch actuator is leaking; then - repeatedly (S2) pressurizing the clutch actuator by use of the pressurized fluid until a state is reached indicative of the clutch actuator being functional, or until a maximum run out state is reached indicative of a faulty clutch actuator . - identifying (S1) if a temperature is below a predetermined temperature value and if the clutch actuator is leaking, and, characterized in that , if it is identified that the temperature is below the predetermined temperature value and that the clutch actuator is leaking; then - repeatedly (S2) pressurizing the clutch actuator by use of the pressurized fluid until a state is reached indicative of the clutch actuator being functional, or until a maximum run out state is reached indicative of a faulty clutch actuator .
A method for differentiating mesenchymal stem cells into osteoblasts, comprising the steps of: (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into osteoblasts. (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into osteoblasts.
An inner barrel structure of an engine nacelle , the inner barrel structure comprising: an inner skin ; a truss core disposed at an inner surface of the inner skin such that a plurality of cavities are defined therebetween; and a plurality of septa respectively disposed in the cavities, characterized in that each septum includes a stiffening portion, wherein the stiffening portion includes acoustically configured perforations . an inner skin ; a truss core disposed at an inner surface of the inner skin such that a plurality of cavities are defined therebetween; and a plurality of septa respectively disposed in the cavities, characterized in that each septum includes a stiffening portion, wherein the stiffening portion includes acoustically configured perforations .
Process for the oligomerization of C3- to C5-olefins, wherein a feed mixture comprising the C3- to C5-olefins is oligomerized in at least one reaction stage using a heterogeneous oligomerization catalyst comprising a nickel compound and a support material, containing aluminium oxide, silicon dioxide or aluminosilicate, wherein one reaction stage in each case consists of at least one reactor in which the oligomerization is carried out forming an oligomerizate, and at least one distillation column in which the oligomers formed during the oligomerization are at least partially separated from the residual oligomerizate, characterized in that at least a portion of the residual oligomerizate from which the oligomers have been separated is recycled to one or more reactor (s) of the at least one reaction stage and the content of oligomers in the feed to one or more reactor(s) of the at least one reaction stage, which consists of the recycled residual oligomerizate and the fresh feed of the feed mixture, is less than 0.4% by weight, based on the total composition of the feed.
A communication system comprising: a communication unit configured to receive, from a communication source , a scheduling request for scheduling transmission of a message to a specific communication destination ; and a control unit configured to perform control such that the message is transmitted to the communication destination at an appropriate time slot in accordance with content of the message and a current and past psychological situation of a user corresponding to the specific communication destination received by the communication unit , wherein the control unit is configured to determine the appropriate time slot for transmitting the message to communication destination in accordance with the current psychological situation of the user which is estimated on a basis of a schedule of the user or weather forecast information in a transmission period designated by the communication source , and in accordance with the content of the message received from the communication source , and in accordance with a relation between content of a past message received by the user and the corresponding past psychological situation, wherein the past psychological situation of the user is estimated on a basis of a result of a questionnaire answered by the user; or wherein the past psychological situation of the user at the time of receiving the message is estimated on a basis of change in heartbeats of the user before and after receiving the message. a communication unit configured to receive, from a communication source , a scheduling request for scheduling transmission of a message to a specific communication destination ; and a control unit configured to perform control such that the message is transmitted to the communication destination at an appropriate time slot in accordance with content of the message and a current and past psychological situation of a user corresponding to the specific communication destination received by the communication unit , wherein the control unit is configured to determine the appropriate time slot for transmitting the message to communication destination in accordance with the current psychological situation of the user which is estimated on a basis of a schedule of the user or weather forecast information in a transmission period designated by the communication source , and in accordance with the content of the message received from the communication source , and in accordance with a relation between content of a past message received by the user and the corresponding past psychological situation, wherein the past psychological situation of the user is estimated on a basis of a result of a questionnaire answered by the user; or wherein the past psychological situation of the user at the time of receiving the message is estimated on a basis of change in heartbeats of the user before and after receiving the message.
A positive current collector , comprising: a support layer , having two opposite surfaces in a thickness direction of the support layer ; and an aluminum-based conductive layer , disposed on at least one of the two surfaces of the support layer ; wherein a thickness D 1 of the aluminum-based conductive layer is 300nm≤D 1 ≤2μm, preferably 500nm≤D 1≤ 1.5μm; a density of the aluminum-based conductive layer is 2.5g/cm 3 to 2.8g/cm 3 ; and when a tensile strain of the positive current collector is 2.5%, a sheet resistance growth rate T of the aluminum-based conductive layer is T≤10%, preferably T≤5%, preferably T≤2%, preferably T≤1%; wherein an elongation at break of the support layer is greater than or equal to an elongation at break of the aluminum-based conductive layer . a support layer , having two opposite surfaces in a thickness direction of the support layer ; and an aluminum-based conductive layer , disposed on at least one of the two surfaces of the support layer ; wherein a thickness D 1 of the aluminum-based conductive layer is 300nm≤D 1 ≤2μm, preferably 500nm≤D 1≤ 1.5μm; a density of the aluminum-based conductive layer is 2.5g/cm 3 to 2.8g/cm 3 ; and when a tensile strain of the positive current collector is 2.5%, a sheet resistance growth rate T of the aluminum-based conductive layer is T≤10%, preferably T≤5%, preferably T≤2%, preferably T≤1%; wherein an elongation at break of the support layer is greater than or equal to an elongation at break of the aluminum-based conductive layer .
A computer implemented method, the method comprising: receiving, at a first authorization server from a set of authorization servers of an identity provider, a request for authorization of a request to access a resource by a resource owner, wherein the request is received through a user agent that sends a redirect request to a client application to be redirected to the first authorization server; validating, at the first authorization server, the request for authorization the request to generate an authorization code; in response to successful validation of the request for authorization to generate the authorizaction code, generating, at the first authorization server, a single-use authorization code by signing the generated authorization code with a unique private key, and wherein a unique public key is maintained for verifying the signed authorization code, wherein the single-use authorization code is generated in a self-contained format; and providing the single-use authorization code to the client application for generation of an access token by one of the authorization servers from the set of authorization servers, wherein the access token is for access authorization to the resource from the client application, wherein the access token is to be generated based on a validation performed at one or more of the authorization servers of the set of authorization servers of the identity providers and based on the unique public key, wherein in response to invoking the unique public key for validating the single-use authorization code, the unique public key is dynamically deleted. receiving, at a first authorization server from a set of authorization servers of an identity provider, a request for authorization of a request to access a resource by a resource owner, wherein the request is received through a user agent that sends a redirect request to a client application to be redirected to the first authorization server; validating, at the first authorization server, the request for authorization the request to generate an authorization code; in response to successful validation of the request for authorization to generate the authorizaction code, generating, at the first authorization server, a single-use authorization code by signing the generated authorization code with a unique private key, and wherein a unique public key is maintained for verifying the signed authorization code, wherein the single-use authorization code is generated in a self-contained format; and providing the single-use authorization code to the client application for generation of an access token by one of the authorization servers from the set of authorization servers, wherein the access token is for access authorization to the resource from the client application, wherein the access token is to be generated based on a validation performed at one or more of the authorization servers of the set of authorization servers of the identity providers and based on the unique public key, wherein in response to invoking the unique public key for validating the single-use authorization code, the unique public key is dynamically deleted.
A data centre facility comprising: a marine vessel comprising a hull heat exchange system, a bow section, a stern section, a starboard section, and a port section, wherein the hull heat exchange system is comprised in the hull of then marine vessel, and wherein the hull is configured as a heat exchanger; a thermal containment system contained in the marine vessel a thermal airflow system ; a hot water return cooling system ; a computer data centre comprised in the thermal containment system , wherein the computer data centre comprises a plurality computer systems installed in a plurality of data center modules; wherein the data center modules comprise a plurality of racks, a plurality of rackmounted computer systems and corresponding water-based cooling units comprised in the thermal containment system; an electrical power generator ; and a software management suite, wherein the software management suite comprises a Data Center Infrastructure Management, DCIM, system with predictive analytics and configured for continuously collecting and analyzing data from a plurality of infrastructure systems, components and wireless sensors. a marine vessel comprising a hull heat exchange system, a bow section, a stern section, a starboard section, and a port section, wherein the hull heat exchange system is comprised in the hull of then marine vessel, and wherein the hull is configured as a heat exchanger; wherein the hull heat exchange system is comprised in the hull of then marine vessel, and wherein the hull is configured as a heat exchanger; a thermal containment system contained in the marine vessel a thermal airflow system ; a hot water return cooling system ; a computer data centre comprised in the thermal containment system , wherein the computer data centre comprises a plurality computer systems installed in a plurality of data center modules; wherein the data center modules comprise a plurality of racks, a plurality of rackmounted computer systems and corresponding water-based cooling units comprised in the thermal containment system; an electrical power generator ; and a software management suite, wherein the software management suite comprises a Data Center Infrastructure Management, DCIM, system with predictive analytics and configured for continuously collecting and analyzing data from a plurality of infrastructure systems, components and wireless sensors.
A method of powder-bed based additive manufacture in a three-dimensional space corresponding to longitudinal , lateral , and transverse directions that are orthogonal to one another, the method comprising the steps of: sequentially advancing each portion of a continuous part in the longitudinal direction from a first zone to a second zone ; wherein advancing of each portion of the continuous part is performed by a conveyor positioned below at least a portion of an energy-patterning system ; melting, sintering, or fusing, within the first zone , selected granules of a granular material by directing a two-dimensional patterned energy beam at the selected granules; wherein the melting, sintering, or fusing further comprises creating a wall from certain granules of the granular material , wherein the wall separates a first portion of the granular material from a second portion of the granular material ; and removing, within the second zone , unamalgamated granules of the granular material sequentially advancing each portion of a continuous part in the longitudinal direction from a first zone to a second zone ; wherein advancing of each portion of the continuous part is performed by a conveyor positioned below at least a portion of an energy-patterning system ; melting, sintering, or fusing, within the first zone , selected granules of a granular material by directing a two-dimensional patterned energy beam at the selected granules; wherein the melting, sintering, or fusing further comprises creating a wall from certain granules of the granular material , wherein the wall separates a first portion of the granular material from a second portion of the granular material ; and removing, within the second zone , unamalgamated granules of the granular material
A method for manufacturing a sintered magnet, comprising a step in which a green compact formed by compacting a magnet powder for constituting an R-Fe-B based sintered magnet is molded by press-molding the magnet powder; a sintering step in which the green compact is sintered under conditions of being heated to the sintering temperature, and a sintered magnet is molded; a dimension correction step in which the sintered magnet is pressure molded under conditions of being heated to a temperature not exceeding the sintering temperature, thereby correcting the dimensions of the sintered magnet; and an aging heat treatment step in which the heated atmosphere produced in the dimension correction step is utilized to adjust the texture of the sintered magnet at a temperature not exceeding the temperature during the dimension correction step wherein the R-Fe-B based sintered magnet has a main phase of Nd 2 Fe 14 B, wherein the rare-earth element R comprises Nd as the principal component, into which another rare earth metal has been added, as appropriate, to the Nd.