mhurhangee/patent-ind-claim-en huggingface dataset:
A wound or incision closure apparatus comprising: a first panel for placement laterally adjacent a first lateral side of a wound or incision, the first panel comprising a first bottom adhesive layer , a first medial substrate layer , and a first upper load distribution layer ; a second panel for placement laterally adjacent a second lateral side of the wound or incision, the second panel comprising a second bottom adhesive layer , a second medial substrate layer , and a second upper load distribution layer connectable to the first upper load distribution layer ; and a sensory or therapeutic element in a pocket in one or more of the first or second panels ; characterised in that the sensory or therapeutic element comprises a motion sensor configured to detect a range of motion of a patient's joint; and in that the apparatus is arranged to transmit data from the sensory or therapeutic element to an external device. a first panel for placement laterally adjacent a first lateral side of a wound or incision, the first panel comprising a first bottom adhesive layer , a first medial substrate layer , and a first upper load distribution layer ; a second panel for placement laterally adjacent a second lateral side of the wound or incision, the second panel comprising a second bottom adhesive layer , a second medial substrate layer , and a second upper load distribution layer connectable to the first upper load distribution layer ; and a sensory or therapeutic element in a pocket in one or more of the first or second panels ; characterised in that the sensory or therapeutic element comprises a motion sensor configured to detect a range of motion of a patient's joint; and in that the apparatus is arranged to transmit data from the sensory or therapeutic element to an external device.
An anode mixture for a secondary battery comprising an anode active material and a binder composition, wherein the binder composition comprises hydrophobically modified alkali soluble emulsion (HASE); and a copolymer comprising a first repeating unit derived from an acrylamide (AAM)-based first monomer, a second repeating unit derived from an acrylic acid (AA)-based second monomer, and a third repeating unit derived from an acrylic nitrile (AN)-based third monomer, and a content of the binder composition is 3 to 10 wt% based on a total solid content (100 wt%) in the anode mixture. wherein the binder composition comprises hydrophobically modified alkali soluble emulsion (HASE); and a copolymer comprising a first repeating unit derived from an acrylamide (AAM)-based first monomer, a second repeating unit derived from an acrylic acid (AA)-based second monomer, and a third repeating unit derived from an acrylic nitrile (AN)-based third monomer, and a content of the binder composition is 3 to 10 wt% based on a total solid content (100 wt%) in the anode mixture.
A method being performed by an apparatus within a User Equipment, UE, for allowing said UE to communicate with a Radio Access Network, RAN, said apparatus implementing a Network Convergence Protocol, NCP, layer, which is communicatively coupled to two radio protocol stacks of the UE, said radio protocol stacks comprising a first radio protocol stack for communication between said UE and a first RAN node over a first Radio Access Technology, RAT, and a second radio protocol stack for communication between said UE and a second RAN node over a second RAT, wherein each of said first and second radio protocol stacks comprises a PDCP layer, wherein said first RAT is a 5G millimeter wave RAT, wherein said second RAT is either said 5G millimeter wave RAT or a LTE RAT, said method comprising performing the steps of: receiving from a IP layer above the NCP layer an uplink NCP SDU for delivery to the RAN; and generating an uplink NCP PDU as a result of processing said uplink NCP SDU; and providing the uplink NPC PDU to the PDCP layer of the first radio protocol stack for delivery to the RAN via the first radio protocol stack; and determining in response thereto whether the uplink NCP SDU has been successfully delivered to the RAN; and in case the uplink NCP SDU has not been successfully delivered to the RAN, retransmitting said uplink NCP SDU by providing said uplink NCP PDU to the PDCP layer of the second radio protocol stack for delivery to the RAN via the second radio protocol stack. receiving from a IP layer above the NCP layer an uplink NCP SDU for delivery to the RAN; and generating an uplink NCP PDU as a result of processing said uplink NCP SDU; and providing the uplink NPC PDU to the PDCP layer of the first radio protocol stack for delivery to the RAN via the first radio protocol stack; and determining in response thereto whether the uplink NCP SDU has been successfully delivered to the RAN; and in case the uplink NCP SDU has not been successfully delivered to the RAN, retransmitting said uplink NCP SDU by providing said uplink NCP PDU to the PDCP layer of the second radio protocol stack for delivery to the RAN via the second radio protocol stack.
A computer-implemented method that receives as input a set of ATC situations each defined by a sector and a time period, and each associated with a set of input parameters comprising, for the sector and the time period: - the paths of aircrafts having crossed the sector; - meteorological information ; said method comprising, for each ATC situation: - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; said method comprising a step of training a supervised machine-learning engine that has as input, for each situation respectively, associations between its vector of input parameters and its ATC-complexity index. - the paths of aircrafts having crossed the sector; - meteorological information ; said method comprising, for each ATC situation: - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; said method comprising a step of training a supervised machine-learning engine that has as input, for each situation respectively, associations between its vector of input parameters and its ATC-complexity index.
A body support for a user intended for use where the user is resting on the stomach, whereby a person and user of the body support maintains a better posture of the body to avoid damage that may occur due to the strain on the body's lumbar , spine and neck, wherein the body support is a body support in itself or a piece of furniture with the body support mounted; wherein the body support comprises a resting surface adapted to support the front of the body of the user through resting the front of the body on said resting surface , the body support having a structure permitting the lumbar to arch in its well-intended neutral position on a user with a good posture when the user is lying on said resting surface , the body support having rest support on which a person's elbows can rest, wherein the rest supports permit the forearms and hands to move freely; wherein said rest supports are shaped in relation to the resting surface that the lumbar of the user arches in its neutral position when the front of the body is supported on the resting surface and when the elbows have been placed in the rest ; and wherein the support is rigid enough so that the user, when resting on the support, only drops down so much into the support so that the resting user's back curvature is only negligibly affected, characterized in that the resting surface is arranged to be concave, with a curvature radius of between 2 m and 3 m, as a result creating a corresponding arch on the lumbar of the resting user. wherein the body support comprises a resting surface adapted to support the front of the body of the user through resting the front of the body on said resting surface , the body support having a structure permitting the lumbar to arch in its well-intended neutral position on a user with a good posture when the user is lying on said resting surface , the body support having rest support on which a person's elbows can rest, wherein the rest supports permit the forearms and hands to move freely; wherein said rest supports are shaped in relation to the resting surface that the lumbar of the user arches in its neutral position when the front of the body is supported on the resting surface and when the elbows have been placed in the rest ; and wherein the support is rigid enough so that the user, when resting on the support, only drops down so much into the support so that the resting user's back curvature is only negligibly affected,
An apparatus for electrostimulation of biological tissues, comprising: - a signal generator adapted to generate an electrical signal (s tx ), - an electrode adapted to be applied to a biological tissue and electrically connected to the signal generator to receive the electrical signal generated by the signal generator , - a control unit operatively connected to the signal generator to adjust parameters of the generated electrical signal and to read the parameters of an electrical signal returning from the electrode , wherein the control unit is configured for a) determining the parameters of the electrical signal (s tx ), b) measuring a return electrical signal (s r ) returning from the electrode and generated by a reflection of the electrical signal (s tx ) due to a difference between the impedance of the electrode and the impedance (Z B ) of the portion of biological tissue (B) to which the electrode is applied, c) comparing at least one parameter of the return electrical signal (s r ) with a corresponding parameter of an expected return signal, and d) if one or more of the parameters of the return electrical signal (s r ) differ from the corresponding parameters of the expected return signal beyond a threshold value, then the control unit is configured for modifying the parameters of the electrical signal (s tx ) and repeating steps b) to d). - a signal generator adapted to generate an electrical signal (s tx ), - an electrode adapted to be applied to a biological tissue and electrically connected to the signal generator to receive the electrical signal generated by the signal generator , - a control unit operatively connected to the signal generator to adjust parameters of the generated electrical signal and to read the parameters of an electrical signal returning from the electrode , a) determining the parameters of the electrical signal (s tx ), b) measuring a return electrical signal (s r ) returning from the electrode and generated by a reflection of the electrical signal (s tx ) due to a difference between the impedance of the electrode and the impedance (Z B ) of the portion of biological tissue (B) to which the electrode is applied, c) comparing at least one parameter of the return electrical signal (s r ) with a corresponding parameter of an expected return signal, and d) if one or more of the parameters of the return electrical signal (s r ) differ from the corresponding parameters of the expected return signal beyond a threshold value, then the control unit is configured for modifying the parameters of the electrical signal (s tx ) and repeating steps b) to d).
A plastic article stabilized against the deleterious effects of heat, light and oxygen, comprising a polyolefin substrate and additives incorporated in the polyolefin substrate, the additives comprising i) a hindered amine light stabilizer, ii) an ultraviolet light absorber and iii) a thioether additive, wherein the plastic article contains a hollow portion therein. i) a hindered amine light stabilizer, ii) an ultraviolet light absorber and iii) a thioether additive,
Rooftop cargo carrier , comprising a base having a trough shape with an interior space for stowing goods to be transported therein; an openable and closable lid hingedly coupled with said base ; and an add-on portion that at least partially extends outside of a convex hull enveloping both of said base and said lid , wherein said add-on portion is attached to at least one of said base and said lid for enlarging the overall external volume of the cargo carrier , characterized in that said add-on portion is added to an outer surface of at least one of said base and said lid .
Cutting tool for a hand-held machine tool or as a constituent of a hand-held machine tool , wherein the hand-held machine tool has a drive assembly for driving the cutting tool provided for cutting into a workpiece (W) along a work direction, wherein the cutting tool has a support part which is or can be connected to the drive assembly of the hand-held machine tool using connection means, which support part has an elongate shape and extends along a longitudinal axis (L), wherein a cutting element of the cutting tool which can be driven by the drive assembly of the hand-held machine tool is housed on a linear guide of the support part , wherein the drivable cutting element and the support part each have a cutting edge which are arranged directly next to one another and extend parallel to the longitudinal axis (L) of the support part , wherein the cutting edge of the support part is stationary during a cutting process of the cutting tool and the cutting edge of the movable cutting element can be driven to carry out an oscillating linear movement (LB) by the drive assembly and moves back and forth adjacent to the stationary cutting edge , characterised in that the cutting tool has adjusting means for adjusting a relative position of the cutting edge which is stationary in respect of the support part and of the cutting edge of the cutting element which can be driven by the drive assembly .
A lavatory system comprising as lavatory and an ultraviolet (UV) light sanitizing system that is configured to sanitize at least one surface within the lavatory, the UV light sanitizing system comprising: a UV light assembly that is selectively moveable between a stowed position and a deployed position, wherein the UV light assembly is stowed within a stowage chamber connected to the lavatory in the stowed position, and wherein the UV light assembly is configured to deploy out of the stowage chamber and into the enclosed space in the deployed position, wherein the UV light assembly comprises: a housing and a UV light emitter characterised in that the UV light assembly comprises: a shield surrounding at least a portion of the housing , wherein the shield is configured to block electromagnetic interference; and a cage surrounding at least a portion of the UV light emitter . a UV light assembly that is selectively moveable between a stowed position and a deployed position, wherein the UV light assembly is stowed within a stowage chamber connected to the lavatory in the stowed position, and wherein the UV light assembly is configured to deploy out of the stowage chamber and into the enclosed space in the deployed position, wherein the UV light assembly comprises: a housing and a UV light emitter characterised in that the UV light assembly comprises: a shield surrounding at least a portion of the housing , wherein the shield is configured to block electromagnetic interference; and a cage surrounding at least a portion of the UV light emitter . a housing and a UV light emitter characterised in that the UV light assembly comprises: a shield surrounding at least a portion of the housing , wherein the shield is configured to block electromagnetic interference; and a cage surrounding at least a portion of the UV light emitter . a shield surrounding at least a portion of the housing , wherein the shield is configured to block electromagnetic interference; and a cage surrounding at least a portion of the UV light emitter .
A method for producing a polyunsaturated fatty acid-containing composition, the method comprising: supplying a raw material solution comprising an alkyl ester of polyunsaturated fatty acid and an aqueous solution comprising a silver salt to a flow channel mixer to contact the raw material solution with the aqueous solution; and collecting the aqueous solution comprising the silver salt which has been contacted with the raw material solution, wherein the supplying the aqueous solution comprising the silver salt to the flow channel mixer and the collecting the aqueous solution are performed concurrently with each other and wherein a linear velocity of the aqueous solution comprising the silver salt in the flow channel mixer is 0.5 cm/sec or more. supplying a raw material solution comprising an alkyl ester of polyunsaturated fatty acid and an aqueous solution comprising a silver salt to a flow channel mixer to contact the raw material solution with the aqueous solution; and collecting the aqueous solution comprising the silver salt which has been contacted with the raw material solution, wherein the supplying the aqueous solution comprising the silver salt to the flow channel mixer and the collecting the aqueous solution are performed concurrently with each other and wherein a linear velocity of the aqueous solution comprising the silver salt in the flow channel mixer is 0.5 cm/sec or more.
A strip for lateral flow assay of a sample comprising a solid support , a chromatographic medium , a sample pad with a subpad and an absorption pad ; the chromatographic medium , the sample pad , the subpad and the absorption pad being positioned on the solid support ; the sample pad and the absorption pad each being positioned on each one end of the solid support with the chromatographic medium being located therebetween in such a way that one end of the chromatographic medium is adjacent to one end of the sample pad and the other end of the chromatographic medium is adjacent to one end of the absorption pad , characterized by the subpad comprising a body portion , a slant extended from the body portion and a dipping portion extended from the slant , wherein the body portion is a part that is located on the support , the slant is a part that is not located on the support but is not directly in contact with the sample, and the dipping portion is a part that comes in contact with the sample for initiating capillary flow, the width of the dipping portion being larger than that of the strip .
A computer system for distributed storage of data structured as a forest of balanced trees of one or more nodes, each node including a plurality of data-elements, and the forest comprising a plurality of levels including a top level and a bottom or leaf level; wherein the nodes in the forest comprise first end nodes at a first side of the forest, second end nodes at a second side of the forest, and intermediate nodes between the first and second end nodes; wherein the first end nodes correspond to leftmost nodes and the second end nodes correspond to rightmost nodes, or the first end nodes correspond to rightmost nodes and the second end nodes correspond to leftmost nodes; and wherein the computer system comprises: an execution memory to store at least the first and second end nodes: a connector to implement a connection with a storage system configured to store at least some of the intermediate nodes that are not stored in the execution memory, so that exchange of nodes with the storage system is performed through said connection; a processor to update the nodes stored in the execution memory according to updating criteria, and to exchange nodes with the storage system through the connection according to exchange criteria. the nodes in the forest comprise first end nodes at a first side of the forest, second end nodes at a second side of the forest, and intermediate nodes between the first and second end nodes; wherein the first end nodes correspond to leftmost nodes and the second end nodes correspond to rightmost nodes, or the first end nodes correspond to rightmost nodes and the second end nodes correspond to leftmost nodes; and wherein the computer system comprises: an execution memory to store at least the first and second end nodes: a connector to implement a connection with a storage system configured to store at least some of the intermediate nodes that are not stored in the execution memory, so that exchange of nodes with the storage system is performed through said connection; a processor to update the nodes stored in the execution memory according to updating criteria, and to exchange nodes with the storage system through the connection according to exchange criteria. an execution memory to store at least the first and second end nodes: a connector to implement a connection with a storage system configured to store at least some of the intermediate nodes that are not stored in the execution memory, so that exchange of nodes with the storage system is performed through said connection; a processor to update the nodes stored in the execution memory according to updating criteria, and to exchange nodes with the storage system through the connection according to exchange criteria.