mhurhangee/patent-ind-claim-en huggingface dataset:
An interface system for a mechanical decoupling of an interface body and a cooling pipe of a cooling system for a battery cell or battery module of a vehicle, the interface system comprising: a housing for a battery cell or a battery module; an inset having a first side and a second side opposite to the first side; an interface body having a first end and a second end and further having a bore-hole with a first opening on the first end and a second opening on the second end; wherein the housing comprises a part having a hole; wherein the inset comprises a recess in the second side to receive the interface body ; wherein the interface body is at least partially insertable into the inset such that, when the interface body is inserted into the inset , the first end of the interface body is located in the recess of the inset; wherein the inset is at least partially insertable, into the part through the hole such that, when the inset is inserted into the part, the first side of the inset is located inside the housing ; wherein the first side of the inset comprises a hole allowing access to the first opening of the bore-hole of the interface body when the interface body is inserted into the inset; and wherein the first opening of the bore-hole through the interface body is adapted to receive, in a slidable manner, an inlet of the cooling pipe , and the second opening of the bore-hole is connectable, in a fluid-tight manner, with an external cooling supply or cooling discharge. a housing for a battery cell or a battery module; an inset having a first side and a second side opposite to the first side; an interface body having a first end and a second end and further having a bore-hole with a first opening on the first end and a second opening on the second end; wherein the housing comprises a part having a hole; wherein the inset comprises a recess in the second side to receive the interface body ; wherein the interface body is at least partially insertable into the inset such that, when the interface body is inserted into the inset , the first end of the interface body is located in the recess of the inset; wherein the inset is at least partially insertable, into the part through the hole such that, when the inset is inserted into the part, the first side of the inset is located inside the housing ; wherein the first side of the inset comprises a hole allowing access to the first opening of the bore-hole of the interface body when the interface body is inserted into the inset; and wherein the first opening of the bore-hole through the interface body is adapted to receive, in a slidable manner, an inlet of the cooling pipe , and the second opening of the bore-hole is connectable, in a fluid-tight manner, with an external cooling supply or cooling discharge.
An assembly used with remote hydraulic power communicated between a power unit and a choke unit via a supply line and a return line to control flow of wellbore fluid in a drilling system, the power unit positioned some distance away from the choke unit , the assembly comprising: at least one choke disposed at the choke unit and being operable to control the flow of the wellbore fluid to other portions of the drilling system ; at least one hydraulic actuator disposed with the at least one choke at the choke unit and actuating operation of the at least one choke in response to the remote hydraulic power; and at least one control valve disposed with the at least one choke at the choke unit , the at least one control valve controlling supply of the remote hydraulic power from the power unit to the at least one hydraulic actuator via the supply line and controlling return of the remote hydraulic power from the at least one hydraulic actuator to the power unit via the return line . at least one choke disposed at the choke unit and being operable to control the flow of the wellbore fluid to other portions of the drilling system ; at least one hydraulic actuator disposed with the at least one choke at the choke unit and actuating operation of the at least one choke in response to the remote hydraulic power; and at least one control valve disposed with the at least one choke at the choke unit , the at least one control valve controlling supply of the remote hydraulic power from the power unit to the at least one hydraulic actuator via the supply line and controlling return of the remote hydraulic power from the at least one hydraulic actuator to the power unit via the return line .
A method for manufacturing a magnetic core for an electric machine, wherein the method comprises - defining at least one characteristic of magnetic flux for each of at least two portions (61-63) of the magnetic core , wherein the at least one characteristic represents a property of the magnetic flux during an intended use of the magnetic core , - determining a type of each of the at least two portions (61-63) of the magnetic core based on the defined at least one characteristic representing the corresponding portion of the magnetic core , wherein the type of one of the at least two portions (61-63) is different relative to the type of another of the at least two portions (61-63), and wherein the determined types are at least two of the following: laminate, filament, solid, and - producing the magnetic core by a 3D printing method as a single piece core part comprising the at least two portions (61-63) having the determined types and being arranged consecutively along a path of the magnetic flux during the intended use, wherein the at least two portions (61-63) are integrated to each other during the producing by the 3D printing method. - defining at least one characteristic of magnetic flux for each of at least two portions (61-63) of the magnetic core , wherein the at least one characteristic represents a property of the magnetic flux during an intended use of the magnetic core , - determining a type of each of the at least two portions (61-63) of the magnetic core based on the defined at least one characteristic representing the corresponding portion of the magnetic core , wherein the type of one of the at least two portions (61-63) is different relative to the type of another of the at least two portions (61-63), and wherein the determined types are at least two of the following: laminate, filament, solid, and - producing the magnetic core by a 3D printing method as a single piece core part comprising the at least two portions (61-63) having the determined types and being arranged consecutively along a path of the magnetic flux during the intended use, wherein the at least two portions (61-63) are integrated to each other during the producing by the 3D printing method.
Bale forming and wrapping apparatus comprising - a bale forming means (5, 6, 7.1, ..., 7.4) providing a bale forming chamber (Ch) and a wrapping material inlet (In) guiding into the bale forming chamber (Ch) and - a wrapping device positioned outside of the bale forming chamber (Ch), wherein the wrapping device comprises - an unrolling station , - a wrapping material conveying device (11.d, 11.l, 12, 14), and - at least one web pusher (2.l, 2.r), wherein the or every web pusher (2.l, 2.r) comprises - a moveable pusher plate (3.l, 3.r) and - a pusher plate drive (13.l, 13.r) for moving this pusher plate (3.l, 3.r), wherein the or at least one moveable pusher plate (3.l, 3.r) is pivotal around a plate pivoting axis (PA.l, PA.r), wherein the wrapping material inlet (In) extends along an inlet longitudinal axis (IA), wherein the bale forming means (5, 6, 7.1, ..., 7.4) is arranged to form a bale (B) in the bale forming chamber (Ch), wherein the unrolling station is arranged to rotatably hold at least one reservoir of wrapping material, wherein the wrapping material conveying device (11.d, 11.l, 12, 14) is arranged to convey a web of wrapping material taken from the reservoir towards the wrapping material inlet (In), wherein the pusher plate drive (13.l, 13.r) for the moveable pusher plate (3.l, 3.r) is arranged to pivot this moveable pusher plate (3.l, 3.r) towards the wrapping material inlet (In) around the plate pivoting axis (PA.l, PA.r), and wherein the or every moveable pusher plate (3.l, 3.r) is arranged to hit the conveyed web , thereby pushing the hit web towards the wrapping material inlet (In), characterized in that the plate pivoting axis (PA.l, PA.r) of the or one moveable pusher plate (3.l, 3.r) is perpendicular to the inlet longitudinal axis (IA). - a bale forming means (5, 6, 7.1, ..., 7.4) providing a bale forming chamber (Ch) and a wrapping material inlet (In) guiding into the bale forming chamber (Ch) and - a wrapping device positioned outside of the bale forming chamber (Ch), - an unrolling station , - a wrapping material conveying device (11.d, 11.l, 12, 14), and - at least one web pusher (2.l, 2.r), - a moveable pusher plate (3.l, 3.r) and - a pusher plate drive (13.l, 13.r) for moving this pusher plate (3.l, 3.r),
An information processing apparatus comprising a control unit configured to: acquire measurement information regarding movement of each leg of a subject; specify, for each step in a walking period of the subject, one or more candidates for a point of time corresponding to landing of a leg serving as a swing leg of the subject on the basis of the acquired measurement information; specify a plurality of candidate groups obtained by selecting one of the one or more candidates specified for each step in the walking period and combining the selected candidates; calculate, for each candidate group of the plurality of specified candidate groups, a step length of each step in the walking period and calculate, for each step in the walking period, a cumulative travel distance of the leg serving as the swing leg of the subject on the basis of the calculated step length of each step in the walking period; evaluate, for each candidate group, a degree of appearance of a relationship on the basis of the cumulative travel distance calculated for each step in the walking period, the relationship being a relationship in which a landing position of the leg serving as the swing leg of the subject falls within a predetermined range of a landing position of a leg serving as a support leg of the subject in the walking period; select one of the plurality of candidate groups on the basis of a result of the evaluation; and output the selected one of the plurality of candidate groups. acquire measurement information regarding movement of each leg of a subject; specify, for each step in a walking period of the subject, one or more candidates for a point of time corresponding to landing of a leg serving as a swing leg of the subject on the basis of the acquired measurement information; specify a plurality of candidate groups obtained by selecting one of the one or more candidates specified for each step in the walking period and combining the selected candidates; calculate, for each candidate group of the plurality of specified candidate groups, a step length of each step in the walking period and calculate, for each step in the walking period, a cumulative travel distance of the leg serving as the swing leg of the subject on the basis of the calculated step length of each step in the walking period; evaluate, for each candidate group, a degree of appearance of a relationship on the basis of the cumulative travel distance calculated for each step in the walking period, the relationship being a relationship in which a landing position of the leg serving as the swing leg of the subject falls within a predetermined range of a landing position of a leg serving as a support leg of the subject in the walking period; select one of the plurality of candidate groups on the basis of a result of the evaluation; and output the selected one of the plurality of candidate groups.
A method, performed by one or more processors, comprising: receiving a user query; deriving , based on the user query, a search engine query for use with search engine software and a data access query for use with data access software; sending , to the search engine software, the search engine query to cause the search engine software to locate first data stored in a search engine index; sending , to the data access software, the data access query to cause the data access software to locate second data stored in a distributed data store; receiving , from the search engine software, the first data; in response to receiving the first data, sending the first data to a client device for display; receiving , from the data access software, the second data; and in response to receiving the second data, sending the second data to the client device for display, wherein the receiving and sending of the second data are subsequent to the receiving and sending of the first data, wherein the search engine index stores a subset of data stored in the distributed data store, and wherein the time taken between sending the data access query and receiving the second data is greater than the time between sending the search engine query and receiving the first data. receiving a user query; deriving , based on the user query, a search engine query for use with search engine software and a data access query for use with data access software; sending , to the search engine software, the search engine query to cause the search engine software to locate first data stored in a search engine index; sending , to the data access software, the data access query to cause the data access software to locate second data stored in a distributed data store; receiving , from the search engine software, the first data; in response to receiving the first data, sending the first data to a client device for display; receiving , from the data access software, the second data; and in response to receiving the second data, sending the second data to the client device for display, wherein the receiving and sending of the second data are subsequent to the receiving and sending of the first data, wherein the search engine index stores a subset of data stored in the distributed data store, and wherein the time taken between sending the data access query and receiving the second data is greater than the time between sending the search engine query and receiving the first data.
A dot product engine , comprising: a resistive memory array to receive an input vector , perform a dot product operation on the input vector and a stored vector stored in the resistive memory array , and output an analog signal representing a result of the dot product operation and characterized by : a stored negation indicator to indicate whether elements of the stored vector have been negated such that logical ones have been changed to logical zeros, and logical zeros have been changed to logical ones, wherein the stored negation indicator is a 1-bit value that is stored as part of a negation vector that indicates for each column of the resistive memory array whether the elements in that column have been negated, wherein the elements are stored in negated form if the sum-of-products in the column yields a most significant bit of 1; and a digital circuit to generate a digital dot product result value based on the analog signal and the stored negation indicator , wherein the digital dot product result value is the output of the analog signal provided to an analog-to-digital converter when the stored negation indicator indicates that the elements are not stored in negated form. a stored negation indicator to indicate whether elements of the stored vector have been negated such that logical ones have been changed to logical zeros, and logical zeros have been changed to logical ones, wherein the stored negation indicator is a 1-bit value that is stored as part of a negation vector that indicates for each column of the resistive memory array whether the elements in that column have been negated, wherein the elements are stored in negated form if the sum-of-products in the column yields a most significant bit of 1; and a digital circuit to generate a digital dot product result value based on the analog signal and the stored negation indicator , wherein the digital dot product result value is the output of the analog signal provided to an analog-to-digital converter when the stored negation indicator indicates that the elements are not stored in negated form.
A process for the combined removal of siloxanes and sulfur-containing compounds from biogas streams, in particular biogas streams from landfills and anaerobic digesters, said process comprising the steps of: heating the biogas stream and, if necessary, mixing it with air to obtain an oxygen level of at least 0.1%, feeding the heated gas mixture to a first filter unit provided with catalytic filter candles or filter bags with high temperature resistance, wherein the catalyst, which is not being exposed to the siloxanes, oxidizes the H 2 S present in the original biogas stream to SO 2 and low levels of SO 3 , injecting a dry sorbent into said first filter unit to capture siloxanes present in the gas mixture, recycling part of the exit gas from the first filter unit to the inlet thereof for the sulfur-containing compounds to be captured by the dry sorbent or alternatively feeding the exit gas from the first filter unit to a second filter unit inlet for the sulfur-containing compounds to be captured by a sulfur-specific sorbent, and recovering the clean gas from the first or optionally from the second filter unit. heating the biogas stream and, if necessary, mixing it with air to obtain an oxygen level of at least 0.1%, feeding the heated gas mixture to a first filter unit provided with catalytic filter candles or filter bags with high temperature resistance, wherein the catalyst, which is not being exposed to the siloxanes, oxidizes the H 2 S present in the original biogas stream to SO 2 and low levels of SO 3 , injecting a dry sorbent into said first filter unit to capture siloxanes present in the gas mixture, recycling part of the exit gas from the first filter unit to the inlet thereof for the sulfur-containing compounds to be captured by the dry sorbent or alternatively feeding the exit gas from the first filter unit to a second filter unit inlet for the sulfur-containing compounds to be captured by a sulfur-specific sorbent, and recovering the clean gas from the first or optionally from the second filter unit.
Permanent magnet rotor for an electric motor comprising a bell housing made from a magnetic material and comprising an annular wall and at least one permanent magnet fixed to the internal annular wall by adhesive means sited between the annular wall and a rear face of the permanent magnet , wherein the rear face of the permanent magnet has a fixing zone defined by a radius of curvature (R', R2) which is greater than the radius of curvature (R) of the annular wall , said fixing zone thus contributing to forming a cavity for accepting said adhesive means , the rear face being configured in such a way that the fixing zone is bordered laterally by two contact zones for contact with the annular wall , said adhesive means being contained in the fixing zone , and wherein the fixing zone forms a flat, characterized in that the contact zones delimit surfaces of which the radius of curvature is identical to that of the annular wall.
An electric curtain, wherein it comprises a top rail , a bottom bar , a curtain body , a rope winding assembly , a drive device and an end seal ; the top rail and the bottom bar are disposed in parallel up and down; the curtain body is disposed between the top rail and the bottom bar ; the top rail is provided with opposed first end (1.1) and second end (1.2); the end seal is disposed at the first end (1.1) of the top rail ; the drive device is disposed at the second end (1.2) of the top rail ; the drive device is in transmission connection with the rope winding assembly to drive the curtain body to close or open; the drive device comprises a motor part (6.1) and a power supply part (6.2); the motor part (6.1) is disposed inside the top rail and connected to the rope winding assembly in a transmission manner; characterized in that the power supply part (6.2) is disposed outside the top rail ; the motor part (6.1) inside and the power supply part (6.2) outside are disposed in parallel.
An isolated antisense oligonucleotide that inhibits the expression of PRDM15 by inducing the skipping of an exon of a PRDM15 pre-mRNA or mature mRNA thereby inducing cell cycle arrest or apoptosis for use in treating cancer, wherein the antisense oligonucleotide has any one sequence selected from SEQ ID NOs: 18, 19, 21, 26, 27, 36, 70, 71, 72 and 73, which specifically hybridises to a target region of a PRDM15 pre-mRNA or mature mRNA.
An atomizer, comprising an atomizer body , a suction nozzle assembly mounted at the top of the atomizer body , an air inlet provided in the atomizer body , an atomizing sheet and a tobacco tar cavity provided in the atomizer body , and a tobacco tar guide body which guides tobacco tar in the tobacco tar cavity to an atomizing surface of the atomizing sheet , a first air inflow passage which communicates with the air inlet and an air outflow pipe which communicates with the suction nozzle assembly are arranged in the atomizer body , the tobacco tar guide body comprises atomizing cotton which covers the atomizing surface of the atomizing sheet , wherein the air outflow pipe is provided with an air guide structure, the lower end of the air guide structure abuts against the atomizing cotton , the air guide structure comprises an air guide passage closely attached to the atomizing cotton , and the air guide passage communicates with the inner cavity of the first air inflow passage as well as the inner cavity of the air outflow pipe .
An automated fiber placement roller comprising: an elastically deformable rim member arranged about a central axis and having an inner side and an outer side , wherein the central axis is closer to the inner side than to the outer side; a hub member arranged substantially concentric with the rim member about the central axis, wherein the hub member defines an opening to receive a shaft of an automated fiber placement machine ; a plurality of curved interconnect members extending between the hub member and the rim member, wherein each of the plurality of curved interconnect members is elastically deformable to accommodate deformation of the rim member; and one or more roller skin layers coupled to the outer side of the rim member; wherein a plurality of grooves are defined in the rim member to reduce a force required to elastically deform the rim member. an elastically deformable rim member arranged about a central axis and having an inner side and an outer side , wherein the central axis is closer to the inner side than to the outer side; a hub member arranged substantially concentric with the rim member about the central axis, wherein the hub member defines an opening to receive a shaft of an automated fiber placement machine ; a plurality of curved interconnect members extending between the hub member and the rim member, wherein each of the plurality of curved interconnect members is elastically deformable to accommodate deformation of the rim member; and one or more roller skin layers coupled to the outer side of the rim member; wherein a plurality of grooves are defined in the rim member to reduce a force required to elastically deform the rim member.
Clamping system for accessories on a Picatinny rail , which can be moved by means of a horizontally pivotable lever from a released state into a state clamped on the Picatinny rail , characterized in that , in the state clamped on the Picatinny rail , a contact face of a movable clamping jaw with respect to the eccentric cam of the lever is located above the surface and within the width B of the Picatinny rail .