mhurhangee/patent-ind-claim-en huggingface dataset:
Cooling spray jet for a piston of an internal combustion engine comprising a body and at least one spray jet tube , said body having a supply inlet intended for being connected to a fluid under pressure source, a discharge outlet for the fluid under pressure made by a free end of the of the spray jet tube , a reaming between the supply inlet and the discharge outlet , said discharge outlet having a given cross-sectional area (S2), a valve comprising a plug installed free to move in translation in said reaming and bearing in contact with a valve seat formed in the reaming in a closed state, in which said reaming comprising a first portion (11.1, 111.1) forming the valve seat , characterized in that said reaming comprises at least one second portion (11.2, 111.2) that together with the plug delimits, when it faces the second portion, an annular cross-sectional area (S3) smaller than the cross-sectional area of the discharge outlet and a third tapered portion (11.32, 111.3) that together with the plug delimits, at least from a certain position of the lower end of the plug when it faces the third portion, an annular cross-sectional area larger than the cross-sectional area of the discharge outlet , said first, second and third portions being arranged in this order along the direction of fluid flow.
A battery pack for an electric work vehicle, the battery pack being installed and removed in and from a battery housing part provided in a vehicle body, the battery pack comprising: a box-shaped housing ; a transport wheel provided to the housing ; a transport handle ; a bracket fixed to the housing ; a swing shaft for swingably connecting the transport handle and the bracket , between a vertical posture in which the transport handle extends upward from the housing and a horizontal posture in which the transport handle lies above the housing ; and a vertical socket (LS) for receiving a base end part of the transport handle in the vertical posture to resist a torque of the transport handle caused during an operation. a box-shaped housing ; a transport wheel provided to the housing ; a transport handle ; a bracket fixed to the housing ; a swing shaft for swingably connecting the transport handle and the bracket , between a vertical posture in which the transport handle extends upward from the housing and a horizontal posture in which the transport handle lies above the housing ; and a vertical socket (LS) for receiving a base end part of the transport handle in the vertical posture to resist a torque of the transport handle caused during an operation.
A method comprising: following receipt by a content provider system of a selection of content from a user equipment, communicating , via a core network, a token to the user equipment based on the user equipment being authenticated by the content provider system to retrieve content from the content provider system; receiving , from the user equipment by the core network, first data including a request for content and the token; sending , to the content provider system, the first data including the request for content and the token; subsequent to the content provider system performing security checks on the token and verifying a binding between the token and the user equipment, receiving , from the content provider system, second data including the requested content; inspecting the token in the first data to determine a charging treatment for the requested content; and sending , to the user equipment, the second data including the requested content while applying the charging treatment to the requested content. following receipt by a content provider system of a selection of content from a user equipment, communicating , via a core network, a token to the user equipment based on the user equipment being authenticated by the content provider system to retrieve content from the content provider system; receiving , from the user equipment by the core network, first data including a request for content and the token; sending , to the content provider system, the first data including the request for content and the token; subsequent to the content provider system performing security checks on the token and verifying a binding between the token and the user equipment, receiving , from the content provider system, second data including the requested content; inspecting the token in the first data to determine a charging treatment for the requested content; and sending , to the user equipment, the second data including the requested content while applying the charging treatment to the requested content.
A sensor system comprising: a data sink portion including a data sink processor ; a data source portion including a data source processor to receive output from at least one sensor and further including one or more command first in first out (FIFO) buffers and one or more data first in first out (FIFO) buffers ; an interface coupling the data sink portion and the data source portion ; and a hardware abstraction layer implemented by at least one interface manager to provide an abstraction of the data source portion by translating data sink processor communications from a hardware-independent format to a hardware-dependent format, wherein said processor communications comprise commands to be executed by a said sensor, said commands being stored in said command first in first out (FIFO) buffers , and wherein data output by a said sensor as requested by said commands are put in a said data FIFO , and wherein said data sink portion has access to said command first in first out (FIFO) buffer to route sensor commands and/or access to said data first in first out (FIFO) buffer to route sensor data. a data sink portion including a data sink processor ; a data source portion including a data source processor to receive output from at least one sensor and further including one or more command first in first out (FIFO) buffers and one or more data first in first out (FIFO) buffers ; an interface coupling the data sink portion and the data source portion ; and a hardware abstraction layer implemented by at least one interface manager to provide an abstraction of the data source portion by translating data sink processor communications from a hardware-independent format to a hardware-dependent format, wherein said processor communications comprise commands to be executed by a said sensor, said commands being stored in said command first in first out (FIFO) buffers , and wherein data output by a said sensor as requested by said commands are put in a said data FIFO , and wherein said data sink portion has access to said command first in first out (FIFO) buffer to route sensor commands and/or access to said data first in first out (FIFO) buffer to route sensor data.
A system for determining the position of a medical device , comprising: an electronic control unit (ECU) ; a computer-readable memory coupled to said ECU; and logic stored in said memory configured to be executed by said ECU, said logic configured to establish an interpolation function and apply said interpolation function to a first coordinate in a first non-orthonormal coordinate system to determine a corresponding second coordinate in a second orthonormal coordinate system , wherein said logic is configured to determine said interpolation function by applying a thin-plate spline algorithm to a plurality of fiducial pairs to yield said interpolation function, each fiducial pair including a first coordinate in said first coordinate system measured by a first positioning system and a second coordinate in said second coordinate system measured by a second positioning system , each fiducial pair corresponding to a physical point in three-dimensional space, the thin-plate spline algorithm being characterized in that it includes a smoothing parameter corresponding to an amount by which a second coordinate determined in accordance with said interpolation function corresponding to an obtained first coordinate can differ from a measured second coordinate in a fiducial pair with a measured first coordinate that is equivalent to said obtained first coordinate, wherein said smoothing parameter has a value relative to the number of fiducial pairs. an electronic control unit (ECU) ; a computer-readable memory coupled to said ECU; and logic stored in said memory configured to be executed by said ECU, said logic configured to establish an interpolation function and apply said interpolation function to a first coordinate in a first non-orthonormal coordinate system to determine a corresponding second coordinate in a second orthonormal coordinate system , wherein said logic is configured to determine said interpolation function by applying a thin-plate spline algorithm to a plurality of fiducial pairs to yield said interpolation function, each fiducial pair including a first coordinate in said first coordinate system measured by a first positioning system and a second coordinate in said second coordinate system measured by a second positioning system , each fiducial pair corresponding to a physical point in three-dimensional space, the thin-plate spline algorithm being characterized in that it includes a smoothing parameter corresponding to an amount by which a second coordinate determined in accordance with said interpolation function corresponding to an obtained first coordinate can differ from a measured second coordinate in a fiducial pair with a measured first coordinate that is equivalent to said obtained first coordinate, wherein said smoothing parameter has a value relative to the number of fiducial pairs.
Washing machine, in particular a domestic dishwasher, comprising a washing/rinsing container which provides a washing/rinsing chamber and is used to receive items to be washed/rinsed, and comprising a heat pump device that has a compressor and a radiation shield that interacts with the compressor , characterised in that the radiation shield has a coating applied to the outside of the housing of the compressor or a reflector arranged at a distance from the compressor .
A tablet for forming a liquid dishwash composition on dissolution in water comprising: - from 0.1 to 40% wt. surfactant; - an effervescent; - at least 10% wt. of an acid salt selected from sodium bisulphate, monosodium phosphate and mixture thereof; and - a disintegrant. - from 0.1 to 40% wt. surfactant; - an effervescent; - at least 10% wt. of an acid salt selected from sodium bisulphate, monosodium phosphate and mixture thereof; and - a disintegrant.
A device for applying a tissue healing agent, comprising: an insertion member extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; a delivery element including a first surface and a second surface opposing one another, the delivery element movable between a closed configuration, in which the delivery element is compressed to be received within the channel , and an open configuration, in which the delivery element is substantially planar; and a first tissue healing agent formed in a sheet configuration and disposed on the first surface of the delivery element ; characterised in that a perimeter of the delivery element includes a curvature at a proximal end thereof so that, when the delivery element is moved proximally toward the insertion member , in the open configuration, contact between the proximal end of the delivery element and the distal end of the insertion member urges the delivery element toward the closed configuration. an insertion member extending longitudinally from a proximal end to a distal end and including a channel extending therethrough; a delivery element including a first surface and a second surface opposing one another, the delivery element movable between a closed configuration, in which the delivery element is compressed to be received within the channel , and an open configuration, in which the delivery element is substantially planar; and a first tissue healing agent formed in a sheet configuration and disposed on the first surface of the delivery element ; characterised in that a perimeter of the delivery element includes a curvature at a proximal end thereof so that, when the delivery element is moved proximally toward the insertion member , in the open configuration, contact between the proximal end of the delivery element and the distal end of the insertion member urges the delivery element toward the closed configuration.
Method for treating a composite material having a polymer matrix and a filler comprising the following steps: - receiving two-dimensional elements of composite material covered with a protective film - bringing said two-dimensional elements to a temperature below 0 °C to approach or exceed a glass transition temperature of the polymer matrix - at least partially separating the protective films from said two-dimensional cooled elements by agitation performed into a peeling machine of the two-dimensional elements, wherein the step of separating by agitation comprises the step of agitating by means of a compressed gas directed towards the two-dimensional elements to generate a turbulence, preferably a vortex, to cause peeling by means of impacts of the two-dimensional elements; and - aspirating, by means of a forced suction system, the removed films, which have a mass lower than the corresponding two-dimensional elements. - receiving two-dimensional elements of composite material covered with a protective film - bringing said two-dimensional elements to a temperature below 0 °C to approach or exceed a glass transition temperature of the polymer matrix - at least partially separating the protective films from said two-dimensional cooled elements by agitation performed into a peeling machine of the two-dimensional elements, wherein the step of separating by agitation comprises the step of agitating by means of a compressed gas directed towards the two-dimensional elements to generate a turbulence, preferably a vortex, to cause peeling by means of impacts of the two-dimensional elements; and - aspirating, by means of a forced suction system, the removed films, which have a mass lower than the corresponding two-dimensional elements.
An electrode slurry of a solid oxide fuel cell, comprising: oxygen ion conductive inorganic particles; a pore forming agent; a controlled flocculating agent; and a solvent, characterized in that the pore forming agent is polymethylmethacrylate, PMMA, the controlled flocculating agent is a cross-linkable flocculating agent which forms cross-linkages among the oxygen ion conductive inorganic particles, and the controlled flocculating agent comprises an alkylolammonium salt of an unsaturated fatty acid. oxygen ion conductive inorganic particles; a pore forming agent; a controlled flocculating agent; and a solvent, characterized in that the pore forming agent is polymethylmethacrylate, PMMA, the controlled flocculating agent is a cross-linkable flocculating agent which forms cross-linkages among the oxygen ion conductive inorganic particles, and the controlled flocculating agent comprises an alkylolammonium salt of an unsaturated fatty acid.
A system for sampling and analyzing condensation trail generated by at least one jet engine of an aircraft in flight, wherein said system is configured to be embedded onboard the aircraft (AC) and said system comprises at least: - a collection probe configured to collect samples of the condensation trail generated by said jet engine of said aircraft in flight; - a fixing device , the collection probe being configured to be fixed to the aircraft (AC) by the fixing device , the fixing device comprising: • a support configured to be fixed to the fuselage of the aircraft (AC) and • a movement module fixed to the support , wherein the movement module is configured to move the collection probe with respect to the aircraft (AC) to a position in which the collection probe is located in the condensation trail ; - a collection chamber configured to gather the samples collected by the collection probe ; - a collection tube configured to conduct the samples from the collection probe to the collection chamber ; - at least one first measurement device configured to measure at least one parameter characterizing the samples in the collection tube while said samples are conducted from the collection probe to the collection chamber . - a collection probe configured to collect samples of the condensation trail generated by said jet engine of said aircraft in flight; - a fixing device , the collection probe being configured to be fixed to the aircraft (AC) by the fixing device , the fixing device comprising: • a support configured to be fixed to the fuselage of the aircraft (AC) and • a movement module fixed to the support , wherein the movement module is configured to move the collection probe with respect to the aircraft (AC) to a position in which the collection probe is located in the condensation trail ; • a support configured to be fixed to the fuselage of the aircraft (AC) and • a movement module fixed to the support , wherein the movement module is configured to move the collection probe with respect to the aircraft (AC) to a position in which the collection probe is located in the condensation trail ; - a collection chamber configured to gather the samples collected by the collection probe ; - a collection tube configured to conduct the samples from the collection probe to the collection chamber ; - at least one first measurement device configured to measure at least one parameter characterizing the samples in the collection tube while said samples are conducted from the collection probe to the collection chamber .
A data transmission method, applied to a first apparatus in a distributed system, wherein the distributed system comprises the first apparatus and M second apparatuses, and the method comprises: separately sending an identity range of at least one stream of a target connection to each of N second apparatuses of the M second apparatuses, such that the N second apparatuses receive different identity ranges; and sending (S1301) connection information of the target connection to each of the N second apparatuses, so that each of the N second apparatuses determines a stream identity based on the identity range and transmits data to a target end by using the at least one stream of the target connection, wherein different streams correspond to different identity ranges, the stream identity is carried in the at least one stream, the target connection is a target transport protocol-based connection, the target connection is a connection established between the first apparatus and the target end, the connection information is used to indicate a parameter required for data transmission, both M and N are positive integers greater than or equal to 1, and N is less than or equal to M. separately sending an identity range of at least one stream of a target connection to each of N second apparatuses of the M second apparatuses, such that the N second apparatuses receive different identity ranges; and sending (S1301) connection information of the target connection to each of the N second apparatuses, so that each of the N second apparatuses determines a stream identity based on the identity range and transmits data to a target end by using the at least one stream of the target connection, wherein different streams correspond to different identity ranges, the stream identity is carried in the at least one stream, the target connection is a target transport protocol-based connection, the target connection is a connection established between the first apparatus and the target end, the connection information is used to indicate a parameter required for data transmission, both M and N are positive integers greater than or equal to 1, and N is less than or equal to M.
A cylinder head body for a single cylinder bolt system, comprising at least two branch bodies of cylinder head body, a cooperative positioning structure and a fixed connection structure are provided between two adjacent branch bodies of cylinder head body of the at least two branch bodies of cylinder head body, the branch body of cylinder head body has a cylindrical branch body structure, the cylindrical branch body structures of the at least two branch bodies of cylinder head body are cooperatively positioned by means of the cooperative positioning structure and are detachably connected by means of the fixed connection structure to form a barrel characterised in that the cooperative positioning structure comprises a rabbet cooperatively formed by a concave rabbet and a convex rabbet provided on the butting end faces of two adjacent branch bodies of cylinder head body of the at least two branch bodies of cylinder head body, respectively; or the cooperative positioning structure comprises a plurality of cooperating bosses and grooves respectively provided on the butting end faces of two adjacent branch bodies of cylinder head body of the at least two branch bodies of cylinder head body.
An electrolytic solution comprising: a temperature responsive electrolyte that is an electrolyte whose pKa varies according to temperature; and an oxidation-reduction active species (excluding a hydroquinone derivative that is a monocyclic aromatic compound that has a hydroquinone skeleton), wherein the temperature responsive electrolyte is a molecule that has a polar group, a hydrophobic group, and an ionizable functional group. a temperature responsive electrolyte that is an electrolyte whose pKa varies according to temperature; and an oxidation-reduction active species (excluding a hydroquinone derivative that is a monocyclic aromatic compound that has a hydroquinone skeleton), wherein the temperature responsive electrolyte is a molecule that has a polar group, a hydrophobic group, and an ionizable functional group.
A communication control device comprising: a communication unit configured to communicate with an apparatus belonging to a first radio network; and a control unit configured to control whether or not a radio communication apparatus belonging to the first radio network performs frequency hopping based on network information of a second radio network different from the first radio network characterized in that the control unit is configured to acquire the network information via the communication unit , and in that the control unit is configured to decide that frequency hopping is performed in a frequency band overlapping with a frequency band utilized by the second radio network. a communication unit configured to communicate with an apparatus belonging to a first radio network; and a control unit configured to control whether or not a radio communication apparatus belonging to the first radio network performs frequency hopping based on network information of a second radio network different from the first radio network characterized in that the control unit is configured to acquire the network information via the communication unit , and in that the control unit is configured to decide that frequency hopping is performed in a frequency band overlapping with a frequency band utilized by the second radio network.