mhurhangee/patent-ind-claim-en huggingface dataset:
1. A mobile agricultural sprayer configured to spray a substance at a worksite, comprising: a chemical tank that holds a chemical fluid to be sprayed at the worksite; a rinse fluid tank that holds rinse fluid ; a first sensor coupled to a fluid tank configured to detect a characteristic of the fluid within the fluid tank, and, generate a first sensor signal indicative of the characteristic of the fluid; a distribution system , including a fluidic pathway and a nozzle , configured to pump the rinse fluid from the rinse fluid tank along the fluidic pathway through the nozzle of the sprayer ; a second sensor coupled to the fluidic pathway configured to detect a characteristic of the fluid within the fluidic pathway , and generate a second sensor signal indicative of the characteristic; and a residue detection system configured to receive the first and second sensor signals and, based on the received sensor signals, determine a concentration of residue within the fluidic pathway , characterised in that the first sensor is coupled to the rinse fluid tank and generates the first sensor signal indicative of the characteristic of the rinse fluid within the rinse fluid tank . a chemical tank that holds a chemical fluid to be sprayed at the worksite; a rinse fluid tank that holds rinse fluid ; a first sensor coupled to a fluid tank configured to detect a characteristic of the fluid within the fluid tank, and, generate a first sensor signal indicative of the characteristic of the fluid; a distribution system , including a fluidic pathway and a nozzle , configured to pump the rinse fluid from the rinse fluid tank along the fluidic pathway through the nozzle of the sprayer ; a second sensor coupled to the fluidic pathway configured to detect a characteristic of the fluid within the fluidic pathway , and generate a second sensor signal indicative of the characteristic; and a residue detection system configured to receive the first and second sensor signals and, based on the received sensor signals, determine a concentration of residue within the fluidic pathway , characterised in that the first sensor is coupled to the rinse fluid tank and generates the first sensor signal indicative of the characteristic of the rinse fluid within the rinse fluid tank .
Pneumatic rubber tire for a motorized vehicle, comprising - a bead portion ; wherein the bead portion comprises steel wire bead reinforcement and a rubber component comprising electrically conductive particles; - a carcass portion comprising a rubber component and carcass reinforcement plies comprising high tenacity polymer fiber cords; - a tread portion comprising a rubber component comprising electrically conductive particles; and - at least one electrically conductive yarn ; wherein the at least one electrically conductive yarn is embedded in rubber; wherein the at least one electrically conductive yarn extends from the bead portion of the tire, through the carcass portion, to the tread portion of the tire, characterized in that the electrically conductive yarn comprises - a first yarn ; wherein the first yarn comprises or consists out of a plurality of stainless steel fibers; and - a second yarn , wherein the second yarn comprises organic fibers; wherein the first yarn and the second yarn are twisted or cabled together; or wherein the second yarn is wrapped around the first yarn such that the first yarn is provided as a core yarn; and such that the first yarn provides part of the surface of the electrically conductive yarn. - a bead portion ; wherein the bead portion comprises steel wire bead reinforcement and a rubber component comprising electrically conductive particles; - a carcass portion comprising a rubber component and carcass reinforcement plies comprising high tenacity polymer fiber cords; - a tread portion comprising a rubber component comprising electrically conductive particles; and - at least one electrically conductive yarn ; wherein the at least one electrically conductive yarn is embedded in rubber; wherein the at least one electrically conductive yarn extends from the bead portion of the tire, through the carcass portion, to the tread portion of the tire, characterized in that the electrically conductive yarn comprises wherein the at least one electrically conductive yarn is embedded in rubber; wherein the at least one electrically conductive yarn extends from the bead portion of the tire, through the carcass portion, to the tread portion of the tire, characterized in that the electrically conductive yarn comprises - a first yarn ; wherein the first yarn comprises or consists out of a plurality of stainless steel fibers; and - a second yarn , wherein the second yarn comprises organic fibers; wherein the first yarn and the second yarn are twisted or cabled together; or wherein the second yarn is wrapped around the first yarn such that the first yarn is provided as a core yarn; and such that the first yarn provides part of the surface of the electrically conductive yarn. wherein the first yarn and the second yarn are twisted or cabled together; or wherein the second yarn is wrapped around the first yarn such that the first yarn is provided as a core yarn; and such that the first yarn provides part of the surface of the electrically conductive yarn.
A valve for a bag-in-box system or a steel tank system comprising a separate main body (200; 1200) having a through hole , a valve member (302; 1302), which is configured to move between an open state and a closed state, a valve seat (303; 1303) against which the valve member (302; 1302) is configured to create a sealing in the closed state, and a handle unit (301; 1301) connected to the valve member (302; 1302) and configured to move the valve member (302; 1302) back and forth between the open state and the closed state, wherein the valve member (302; 1302) and the valve seat (303; 1303) are arranged within the through hole of the main body (200; 1200), wherein the valve member (302; 1302) further comprises a front connector being a substantially tubular hollow member having an axis of extension from a first end to an opposing second end , wherein the first end is configured to be connected to a filling or discharging coupling and the second end is configured to be connected to the main body , characterized in that the front connector comprises a locking shelf configured to lock the handle unit .
A radio communication system including at least a user apparatus and at least one base station forming one or more cells, the user apparatus configured to receive a discovery signal of device-to-device communication, and the user apparatus comprising: an information reception unit configured to receive, from the base station of a residing cell of the user equipment, an information of a resource range in which a discovery signal can be transmitted in a neighbor cell; and a discovery signal reception unit configured to receive a discovery signal at a time position that is synchronized with the neighbor cell in response to receiving a synchronization signal that is synchronized with the neighbor cell within the resource range in which a discovery signal can be transmitted in the neighbor cell. an information reception unit configured to receive, from the base station of a residing cell of the user equipment, an information of a resource range in which a discovery signal can be transmitted in a neighbor cell; and a discovery signal reception unit configured to receive a discovery signal at a time position that is synchronized with the neighbor cell in response to receiving a synchronization signal that is synchronized with the neighbor cell within the resource range in which a discovery signal can be transmitted in the neighbor cell.
A method of alkylating isobutane, comprising: passing a feed mixture of excess isobutane and C2 to C5 olefins into a reaction chamber; wherein the reaction chamber comprises a crystalline zeolite catalyst; wherein the crystalline zeolite catalyst comprises sodalite cages and supercages, a Si/Al molar ratio of 20 or less, less than 0.5 weight percent alkali metals; and up to 5wt% of Pt, Pd and or Nickel, wherein 5 kg of alkylate product are produced per kg of catalyst or greater and, at steady state, at least 90% of the butenes or at least 90% of the C2 to C5 olefins are converted to products and wherein the Research Octane Number (RON) remains above 92; and conducting the process for a catalyst age of 3.0 or greater over the same catalyst; and wherein steady state means that the selectivity to C8 isomers changes by 10% or less over the entire period that the catalyst age is determined; wherein the catalyst age is the mass of olefin fed to the reactor divided by the mass of catalyst. passing a feed mixture of excess isobutane and C2 to C5 olefins into a reaction chamber; wherein the reaction chamber comprises a crystalline zeolite catalyst; wherein the crystalline zeolite catalyst comprises sodalite cages and supercages, a Si/Al molar ratio of 20 or less, less than 0.5 weight percent alkali metals; and up to 5wt% of Pt, Pd and or Nickel, wherein 5 kg of alkylate product are produced per kg of catalyst or greater and, at steady state, at least 90% of the butenes or at least 90% of the C2 to C5 olefins are converted to products and wherein the Research Octane Number (RON) remains above 92; and conducting the process for a catalyst age of 3.0 or greater over the same catalyst; and wherein steady state means that the selectivity to C8 isomers changes by 10% or less over the entire period that the catalyst age is determined; wherein the catalyst age is the mass of olefin fed to the reactor divided by the mass of catalyst.
Two-flow turbine engine comprising a motor, a nacelle surrounding the motor and a fan casing , a secondary duct for a secondary flow being delimited between the nacelle and the motor, and in which a flow of air flows in a flow direction, said nacelle comprising: - a fixed structure that is fixed to the fan casing , - a reverser system having a frame , a mobile cowl fixed to the frame , inner doors that are articulated at a rear edge to the frame and outer doors that are articulated at a rear edge to the frame , the doors (208c-d) being arranged forward of the mobile cowl , the frame being able to move in translation on the fixed structure in a direction of translation between an advanced position in which the frame is positioned such that the outer doors are moved close to the fan casing and a retracted position in which the frame is positioned such that the outer doors are moved away from the fan casing so as to define a window , between the fixed structure and the mobile cowl , which is open between the secondary duct and the outside of the nacelle , each door (208c-d) being able to move between a stowed position in which it closes the window and a deployed position in which it does not close the window , the mobile cowl is mounted in articulated fashion on the frame via the intermediary of at least one hinge whose axis of rotation is generally parallel to a longitudinal axis X of the two-flow turbine engine , characterized in that the fixed structure comprises a 12 o'clock beam , in that the frame comprises an upper beam which is positioned against the 12 o'clock beam , and in that each hinge is fixed between the upper beam and an upper part of the mobile cowl . - a fixed structure that is fixed to the fan casing , - a reverser system having a frame , a mobile cowl fixed to the frame , inner doors that are articulated at a rear edge to the frame and outer doors that are articulated at a rear edge to the frame , the doors (208c-d) being arranged forward of the mobile cowl ,
A laser machining device for emitting a laser beam (L), the laser machining device comprising: a first parallel plate ; a first detector for detecting an output of a reflected beam from an exit end surface of the first parallel plate ; a second detector for detecting an output of a reflected beam from an entrance end surface of the first parallel plate ; a second parallel plate disposed closer to an incoming side than the first parallel plate ; and a third detector for detecting an output of a reflected beam from an entrance end surface of the second parallel plate , characterized in that the laser machining device further comprises a collimate lens ; a long-focus lens for focusing the laser beam (L) which has passed through the collimate lens , wherein the first parallel plate is disposed closer to an outgoing side than the long-focus lens and is inclined relative to an optical axis at a predetermined angle; and a calculation unit for calculating an amount of a focal shift of the second parallel plate based on a detection value of the second detector and a detection value of the third detector . a first parallel plate ; a first detector for detecting an output of a reflected beam from an exit end surface of the first parallel plate ; a second detector for detecting an output of a reflected beam from an entrance end surface of the first parallel plate ; a second parallel plate disposed closer to an incoming side than the first parallel plate ; and a third detector for detecting an output of a reflected beam from an entrance end surface of the second parallel plate , characterized in that the laser machining device further comprises a collimate lens ; a long-focus lens for focusing the laser beam (L) which has passed through the collimate lens , wherein the first parallel plate is disposed closer to an outgoing side than the long-focus lens and is inclined relative to an optical axis at a predetermined angle; and a calculation unit for calculating an amount of a focal shift of the second parallel plate based on a detection value of the second detector and a detection value of the third detector .
A method for manufacturing a shielding part comprising at least one metal shielding layer and a textile insulating layer , said method comprising at least the steps: a) providing a metal shielding layer and a textile insulating layer ; and b) joining the textile insulating layer to the shielding layer using at least one rivet connection, characterized in that the rivet connection is a punch rivet connection and the connection of the textile insulating layer to the shielding layer is carried out by means of the at least one punch rivet connection in a non-deformed or only partially deformed state of the shielding layer and insulating layer and then a three-dimensional forming of the composite of the textile insulating layer and shielding layer takes place in a forming tool or a three-dimensional formed part is produced from the textile insulating layer in a hot-forming process, which part is transformed into a composite by being punch riveted to a corresponding three-dimensionally formed metallic shielding layer . a) providing a metal shielding layer and a textile insulating layer ; and b) joining the textile insulating layer to the shielding layer using at least one rivet connection, characterized in that the rivet connection is a punch rivet connection and the connection of the textile insulating layer to the shielding layer is carried out by means of the at least one punch rivet connection in a non-deformed or only partially deformed state of the shielding layer and insulating layer and then a three-dimensional forming of the composite of the textile insulating layer and shielding layer takes place in a forming tool or a three-dimensional formed part is produced from the textile insulating layer in a hot-forming process, which part is transformed into a composite by being punch riveted to a corresponding three-dimensionally formed metallic shielding layer .
A method for Sounding Reference Signal, SRS, transmission, comprising: negotiating, by a serving cell, a first configuration for positioning with a location server, the first configuration being configuration of a first SRS resource or configuration of a first SRS resource set, the first SRS resource is a semi-persistent or aperiodic SRS resource, and the first SRS resource set includes semi-persistent or aperiodic SRS resources; transmitting , by the serving cell, to a User Equipment, UE, the first configuration for positioning; receiving , by the serving cell, a first location information request from the location server, the first location information request being used for requesting the serving cell to measure the SRS transmission from the UE; transmitting, by the serving cell, schedule information to the location server, the schedule information being used for scheduling transmission of the first SRS resource or transmission of the first SRS resource set, wherein a second location information request, the first configuration and the schedule information are transmitted to a neighbor cell by the location server, the second location information request is used for requesting the neighbor cell to measure the SRS transmission from the UE, and the first configuration and the schedule information are used by the neighbor cell to measure the SRS transmission from the UE. negotiating, by a serving cell, a first configuration for positioning with a location server, the first configuration being configuration of a first SRS resource or configuration of a first SRS resource set, the first SRS resource is a semi-persistent or aperiodic SRS resource, and the first SRS resource set includes semi-persistent or aperiodic SRS resources; transmitting , by the serving cell, to a User Equipment, UE, the first configuration for positioning; receiving , by the serving cell, a first location information request from the location server, the first location information request being used for requesting the serving cell to measure the SRS transmission from the UE; transmitting, by the serving cell, schedule information to the location server, the schedule information being used for scheduling transmission of the first SRS resource or transmission of the first SRS resource set, wherein a second location information request, the first configuration and the schedule information are transmitted to a neighbor cell by the location server, the second location information request is used for requesting the neighbor cell to measure the SRS transmission from the UE, and the first configuration and the schedule information are used by the neighbor cell to measure the SRS transmission from the UE.
A knitted orthopedic medical device, comprising: a knitted article including a knitted anti-slip portion , the anti-slip portion having a knitted surface including a repeating pattern of yarns, the repeating pattern of yarns including a first yarn comprising a 1/70/34 S twist yarn; a second yarn , having a higher friction than the first yarn , comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn , having a higher friction than the third yarn , comprising 200 dtex silicone yarn, wherein said second and fourth yarns are held in position with said first and third yarns , said second and fourth yarns exposed to contact the wearer's skin in the anti-slip portion . a knitted article including a knitted anti-slip portion , the anti-slip portion having a knitted surface including a repeating pattern of yarns, the repeating pattern of yarns including a first yarn comprising a 1/70/34 S twist yarn; a second yarn , having a higher friction than the first yarn , comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn , having a higher friction than the third yarn , comprising 200 dtex silicone yarn, a first yarn comprising a 1/70/34 S twist yarn; a second yarn , having a higher friction than the first yarn , comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn , having a higher friction than the third yarn , comprising 200 dtex silicone yarn, wherein said second and fourth yarns are held in position with said first and third yarns , said second and fourth yarns exposed to contact the wearer's skin in the anti-slip portion .
A modular exoskeleton structure that provides force assistance to a user, comprising: - a base module comprising a lumbar belt capable of surrounding the waist of the user, a first battery and a control unit attached to the lumbar belt , - a back module capable of being attached to the back of the user, the back module comprising a second battery , - a first attachment part attached to the belt and capable of cooperating with a second complementary attachment part of a hip module to attach the hip module to the base module by snapping the second attachment part into the first attachment part , - a third attachment part attached to the belt , and - a fourth complementary attachment part attached to the back module , wherein the third attachment part is capable of cooperating with the complementary fourth attachment part for attaching the back module to the base module , the third attachment part and the fourth attachment part comprising a socket and a plug capable of being plugged into the socket to electrically connect the second battery to the control unit when the fourth attachment part cooperates with the third attachment part . - a base module comprising a lumbar belt capable of surrounding the waist of the user, a first battery and a control unit attached to the lumbar belt , - a back module capable of being attached to the back of the user, the back module comprising a second battery , - a first attachment part attached to the belt and capable of cooperating with a second complementary attachment part of a hip module to attach the hip module to the base module by snapping the second attachment part into the first attachment part , - a third attachment part attached to the belt , and - a fourth complementary attachment part attached to the back module ,
An apparatus for freezing food items, said apparatus comprising: - an isolated chamber , - a plurality of plates arranged in the chamber , preferably horizontally, with spacing between the plates for food items to be loaded into the freezer apparatus between the plates , wherein each plate further comprises: i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate , - an inlet valve and an outlet valve to control the flow of the cooling medium to each plate , - a control computer for controlling the flow of cooling medium into each plate, wherein the apparatus further comprises a sensor near the outlet for each plate to monitor the temperature of the cooling medium as it exits each plate , and the flow of cooling medium to each plate is determined by the temperature of the cooling medium leaving each plate throughout the cooling/freezing process and wherein the control computer regulates the flow of cooling medium to and from each plate individually. - an isolated chamber , - a plurality of plates arranged in the chamber , preferably horizontally, with spacing between the plates for food items to be loaded into the freezer apparatus between the plates , wherein each plate further comprises: i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate , i) a hollow space within each plate for cooling medium to flow through, and ii) an inlet and an outlet for the cooling medium to enter and exit each plate , - an inlet valve and an outlet valve to control the flow of the cooling medium to each plate , - a control computer for controlling the flow of cooling medium into each plate, the apparatus further comprises a sensor near the outlet for each plate to monitor the temperature of the cooling medium as it exits each plate , and the flow of cooling medium to each plate is determined by the temperature of the cooling medium leaving each plate throughout the cooling/freezing process and wherein the control computer regulates the flow of cooling medium to and from each plate individually.