mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the wheel load for a wheel of an axle, the method comprising: determining the wheel load for a wheel of a first axle ("first axle wheel") based on the tyre pressure of the first axle wheel and the wheel geometry of the first axle wheel, wherein the wheel geometry of the first axle wheel is determined based on the wheel geometry of a wheel of a second axle, and the wheel speed ratio between the first and second axles; characterised in that the method further comprises the step of providing a characteristic profile for the first axle wheel, the characteristic profile defining the relationship between a wheel load and a wheel geometry for different tyre pressure values, and wherein the step of determining the wheel load for the first axle wheel comprises calculating the wheel load based on the tyre pressure and the wheel geometry of the first axle wheel using the characteristic profile for the first axle wheel. determining the wheel load for a wheel of a first axle ("first axle wheel") based on the tyre pressure of the first axle wheel and the wheel geometry of the first axle wheel, wherein the wheel geometry of the first axle wheel is determined based on the wheel geometry of a wheel of a second axle, and the wheel speed ratio between the first and second axles; characterised in that the method further comprises the step of providing a characteristic profile for the first axle wheel, the characteristic profile defining the relationship between a wheel load and a wheel geometry for different tyre pressure values, and wherein the step of determining the wheel load for the first axle wheel comprises calculating the wheel load based on the tyre pressure and the wheel geometry of the first axle wheel using the characteristic profile for the first axle wheel.
A vehicle network mobile access point, MAP, (752, ..., 758) comprising: at least one module operable to, at least: provide wireless local area network connectivity to end user devices; communicate with Fixed Access Points for communicating traffic with the vehicle network, the Fixed Access Points being of a communication network and being connected to a wired infrastructure; determine a first data collection plan comprising a list of sensors from which to collect data during a travel route, where the first data collection plan is associated with the travel route the mobile access point is to follow; implement the first data collection plan while traveling along the travel route; while implementing the first data collection plan, at least: detect a condition related to data collection process; determine, based at least in part on the detected condition, a second data collection plan; and switch from the first data collection plan to the second data collection plan. provide wireless local area network connectivity to end user devices; communicate with Fixed Access Points for communicating traffic with the vehicle network, the Fixed Access Points being of a communication network and being connected to a wired infrastructure; determine a first data collection plan comprising a list of sensors from which to collect data during a travel route, where the first data collection plan is associated with the travel route the mobile access point is to follow; implement the first data collection plan while traveling along the travel route; while implementing the first data collection plan, at least: detect a condition related to data collection process; determine, based at least in part on the detected condition, a second data collection plan; and switch from the first data collection plan to the second data collection plan. detect a condition related to data collection process; determine, based at least in part on the detected condition, a second data collection plan; and switch from the first data collection plan to the second data collection plan.
An interlayer film for a laminated glass having a large number of recesses on at least one surface, the interlayer film for a laminated glass having a thickness T (μm) measured in conformity with JIS K-6732 and a maximum height roughness Ry (μm) measured in conformity with JIS B-0601 at a thickest portion, the thickness T and the maximum height roughness Ry satisfying the following expressions and : Ry ≤ 0.0195 × T + 33.2 T ≥ 850 characterized in that the recesses each have a groove shape with a continuous bottom, and the recesses adjacent to each other are regularly formed in parallel to each other.
Method for controlling travel in a transfer zone (C) having a transfer area (X, X1, X2) for containers by transport vehicles for containers , in particular gantry lift devices , wherein the transfer zone (C) connects an automated area (A) for automated guided transport vehicles to a manual area (B) for manually guided transport vehicles and the transport vehicles travel in the transfer zone (C) in order to directly transfer or receive a container in the transfer area (X, X1, X2) between two transport vehicles which are located in the transfer area (X, X1, X2) at the same time, or to place a container in the transfer area (X, X1, X2) outside of a transport vehicle before the container is then picked up by another transport vehicle and thus this transport vehicle is loaded with the container, wherein authorisation to enter the transfer zone (C) is granted or denied to the transport vehicles to travel in the transfer zone (C), wherein in the absence of a granted authorisation for a manually guided transport vehicle, in particular a gantry lift device , to enter the transfer zone (C), intervention in a vehicle controller of the transport vehicle automatically occurs such that at least complete entry, but preferably even partial entry, into the transfer zone (C) is prevented.
A water removal device for a steam turbine for removing water on a surface of a stator blade , comprising: a water removal flow passage formed inside the stator blade; and a slit extending in a direction intersecting with a steam flow and opening to the surface of the stator blade , wherein the slit includes a recess portion having a difference in level from the surface of the stator blade and having a bottom surface being flat and parallel to the surface of the stator blade, and at least one through hole which opens to the bottom surface of the recess portion and to the water removal flow passage, and wherein in a projection plane to which a cross section of the slit is projected in a height direction of the stator blade, an area of an inlet opening (c) of the through hole which opens to the bottom surface of the recess portion occupies a part of a projection width of the bottom surface of the recess portion, characterized in that the through hole is a cylindrical hole opening to the flat bottom surface of the recess portion. a water removal flow passage formed inside the stator blade; and a slit extending in a direction intersecting with a steam flow and opening to the surface of the stator blade , wherein the slit includes a recess portion having a difference in level from the surface of the stator blade and having a bottom surface being flat and parallel to the surface of the stator blade, and at least one through hole which opens to the bottom surface of the recess portion and to the water removal flow passage, and wherein in a projection plane to which a cross section of the slit is projected in a height direction of the stator blade, an area of an inlet opening (c) of the through hole which opens to the bottom surface of the recess portion occupies a part of a projection width of the bottom surface of the recess portion, characterized in that the through hole is a cylindrical hole opening to the flat bottom surface of the recess portion.
A work vehicle comprising: a hydraulic actuator configured to change an actual steering angle (θs_real); an actual steering angle detecting part configured to detect the actual steering angle (θs_real); an operating unit for performing a steering operation and including an operating part configured to be operated and rotated by an operator, a support part supporting the operating part rotatably, a rotating part being rotatably supported by the support part , a biasing part biasing the operating part to a predetermined position with respect to the rotating part , and a position adjusting part configured to adjust a rotation angle of the rotating part with respect to the support part ; and a steering control part configured to control the hydraulic actuator based on a rotation operation of the operating part ; characterized by a relative angle detecting part configured to detect a relative rotation angle (θd_detect) of the operating part with respect to the rotating part ; and a position adjustment control part configured to set a torque based on the relative rotation angle (θd_detect) and uses the torque to control the position adjusting part based on the actual steering angle (θs_real). a hydraulic actuator configured to change an actual steering angle (θs_real); an actual steering angle detecting part configured to detect the actual steering angle (θs_real); an operating unit for performing a steering operation and including an operating part configured to be operated and rotated by an operator, a support part supporting the operating part rotatably, a rotating part being rotatably supported by the support part , a biasing part biasing the operating part to a predetermined position with respect to the rotating part , and a position adjusting part configured to adjust a rotation angle of the rotating part with respect to the support part ; and a steering control part configured to control the hydraulic actuator based on a rotation operation of the operating part ; characterized by a relative angle detecting part configured to detect a relative rotation angle (θd_detect) of the operating part with respect to the rotating part ; and a position adjustment control part configured to set a torque based on the relative rotation angle (θd_detect) and uses the torque to control the position adjusting part based on the actual steering angle (θs_real).
A method for identifying whether a plurality of target molecules are in a plurality of cells comprising: (i) binding to the target molecules in the plurality of cells a plurality of nucleic acid tags, wherein a nucleic acid tag comprises: (a) a first unique binding agent (UBA) that is specific for one of the target molecules, (b) a first epitope specific barcode (ESB) comprising a nucleic acid code that represents the target molecule identity, and (c) at least two assayable polymer subunits (APSs) added in an ordered manner during successive rounds of split pool synthesis, (ii) wherein each round of split pool synthesis comprises adding a different APS to each container, to create unique nucleic acid codes that represent: (a) the target molecule identity and (b) the identity of the cell in which the nucleic acid tag is bound, and (iii) wherein the plurality of nucleic acid tags comprise at least two different nucleic acid tags with the same target identity and cell identity that amplify at varying rates with the same set of primers. (i) binding to the target molecules in the plurality of cells a plurality of nucleic acid tags, wherein a nucleic acid tag comprises: (a) a first unique binding agent (UBA) that is specific for one of the target molecules, (b) a first epitope specific barcode (ESB) comprising a nucleic acid code that represents the target molecule identity, and (c) at least two assayable polymer subunits (APSs) added in an ordered manner during successive rounds of split pool synthesis, (a) a first unique binding agent (UBA) that is specific for one of the target molecules, (b) a first epitope specific barcode (ESB) comprising a nucleic acid code that represents the target molecule identity, and (c) at least two assayable polymer subunits (APSs) added in an ordered manner during successive rounds of split pool synthesis, (ii) wherein each round of split pool synthesis comprises adding a different APS to each container, to create unique nucleic acid codes that represent: (a) the target molecule identity and (b) the identity of the cell in which the nucleic acid tag is bound, and (a) the target molecule identity and (b) the identity of the cell in which the nucleic acid tag is bound, and (iii) wherein the plurality of nucleic acid tags comprise at least two different nucleic acid tags with the same target identity and cell identity that amplify at varying rates with the same set of primers.
Polymer-based foam composition comprising a polymer; and up to 20 wt.-% particles of one or more inorganic particulate materials, based on the total weight of the composition; wherein the one or more inorganic particulate materials comprises equal to or greater than 1 wt.-% Al and less than 20 wt.-% Al, calculated as Al 2 O 3 -content; and wherein the said inorganic particulate material is a phyllosilicate and is selected from talc, chlorite and/or pyrophyllite. a polymer; and up to 20 wt.-% particles of one or more inorganic particulate materials, based on the total weight of the composition; wherein the one or more inorganic particulate materials comprises equal to or greater than 1 wt.-% Al and less than 20 wt.-% Al, calculated as Al 2 O 3 -content; and wherein the said inorganic particulate material is a phyllosilicate and is selected from talc, chlorite and/or pyrophyllite.
A composition comprising a refrigerant comprising CO 2 , trans-1,2-difluoroethylene (HFO-1132(E)), difluoromethane (R32), and 2,3,3,3-tetrafluoro-1-propene (R1234yf), wherein, when the mass% of CO 2 , R32, HFO-1132(E), and R1234yf based on their sum is respectively represented by w, x, y, and z, in a ternary composition diagram wherein the sum of R32, HFO-1132(E), and R1234yf is (100-w) mass% the coordinates (x,y,z) are within the range of a figure surrounded by curves IJ, JK, and KL, and straight lines LB", B"D, DC and CI that connect the points I, J, K, L, B", D and C, or on the above line segments (excluding points on the straight lines B"D and CI): I (0.0, 72.0, 28.0-w), J (18.3, 48.5, 33.2-w), K (36.8, 35.6, 27.6-w), L (51.7, 28.9, 19.4-w); and if 0 < w ≤ 1.2: B" (-1.5278w 2 +2.75w+50.5, 0.0, 1.5278w 2 -3.75w+49.5), D (-2.9167w+40.317, 0.0, 1.9167w+59.683), C (0.0, -4.9167w+58.317, 3.9167w+41.683); if 1.2 < w ≤ 4.0: B" (51.6, 0.0, 48.4-w), D (-2.8226w+40.211, 0.0, 1.8226w+59.789), C (0.0, 0.1081w 2 -5.169w+58.447, -0.1081w 2 +4.169w+41.553); if 4.0 < w ≤ 7.0: B" (51.6, 0.0, 48.4-w), D (-2.8w+40.1, 0.0, 1.8w+59.9), C (0.0, 0.0667w 2 -4.9667w+58.3, -0.0667w 2 +3.9667w+41.7); the curves IJ, JK and KL being represented by the following coordinates: IJ (x, 0.0236x 2 -1.716x+72, -0.0236x 2 +0.716x+28-w), JK (x, 0.009Sx 2 -1.2222x+67.676, -0.0095x 2 +0.2222x+32.324-w), KL (x, 0.0049x 2 -0.8842x+61.488, -0.0049x 2 -0.1158x+38.512-w).
Column for exchanging material and/or heat between a gas and a liquid comprising at least two packing beds , a collector tray arranged between two packing beds , and distribution means for distributing said liquid collected by said collector tray from an upper packing bed to a lower packing bed , said distribution means being situated below said collector tray and comprising at least one vertical supply duct linked to said collector tray and at least one substantially horizontal pipe linked to said supply duct, said substantially horizontal pipe comprising at least one orifice and/or one nozzle for the distribution of said liquid, characterized in that the column further comprises means for separating said gas and said liquid, said separation means being arranged between said collector tray and said distribution means, and said means for separating said gas and said liquid occupy from 75 to 98% of the section of the column available for the passage of the vapor, and are arranged closer to said distribution means than to said collector tray.
A fixing system for fixing a liquid cooling block on a heat-generating electronic component , the fixing system comprising: a mounting bracket comprising: a main portion configured to overlie at least part of the liquid cooling block in order to urge the liquid cooling block against the heat-generating electronic component; and an outer connecting portion extending from the main portion, the outer connecting portion being configured to be fastened to a substrate on which the heat-generating electronic component is disposed; characterized by a resilient member configured to be disposed between the main portion of the mounting bracket and the liquid cooling block, the resilient member incorporating a vertex to facilitate deformation that is oriented towards the liquid cooling block, wherein, in use, the resilient member is configured to undergo deformation in response to the outer connecting portion being progressively fastened to the substrate in order to provide an indication to a user that a desired amount of pressure is exerted between the mounting bracket and the liquid cooling block for establishing adequate contact between the liquid cooling block and the heat-generating electronic component. a main portion configured to overlie at least part of the liquid cooling block in order to urge the liquid cooling block against the heat-generating electronic component; and an outer connecting portion extending from the main portion, the outer connecting portion being configured to be fastened to a substrate on which the heat-generating electronic component is disposed; characterized by a resilient member configured to be disposed between the main portion of the mounting bracket and the liquid cooling block, the resilient member incorporating a vertex to facilitate deformation that is oriented towards the liquid cooling block, wherein, in use, the resilient member is configured to undergo deformation in response to the outer connecting portion being progressively fastened to the substrate in order to provide an indication to a user that a desired amount of pressure is exerted between the mounting bracket and the liquid cooling block for establishing adequate contact between the liquid cooling block and the heat-generating electronic component.
Machine for the optical separation of waste, comprising: - An acceleration conveyor belt , arranged substantially horizontally, adapted to support and transport at least one waste item to be sorted, - an infrared sensor , arranged above the acceleration conveyor belt , adapted to sense a wavelength of the waste item transported by the acceleration conveyor belt , - a blower-valve block , arranged below an end (1.1) of the acceleration conveyor belt , adapted to drive the waste item towards a specific blow-separation box , - a CPU adapted to actuate the blower-valve block at a determined moment in time, when the wavelength of the sensed waste item corresponds to a predetermined wavelength value, where, the moment in time is determined based on a speed of the acceleration conveyor belt and a distance between the infrared sensor and the blower-valve block , wherein an upper face (1.2) of the acceleration conveyor belt comprises a plurality of stabilisation means (1.21), characterised in that the stabilisation means (1.21) are in the form of projections (1.211) and/or recesses (1.212) adapted to trap the waste item between two projections (1.211) or in the recess (1.212), for preventing the rolling of the waste item on the acceleration conveyor belt , maintaining the waste item in a same position on the acceleration conveyor belt between the infrared sensor and the blower-valve block . - An acceleration conveyor belt , arranged substantially horizontally, adapted to support and transport at least one waste item to be sorted, - an infrared sensor , arranged above the acceleration conveyor belt , adapted to sense a wavelength of the waste item transported by the acceleration conveyor belt , - a blower-valve block , arranged below an end (1.1) of the acceleration conveyor belt , adapted to drive the waste item towards a specific blow-separation box , - a CPU adapted to actuate the blower-valve block at a determined moment in time, when the wavelength of the sensed waste item corresponds to a predetermined wavelength value, where, the moment in time is determined based on a speed of the acceleration conveyor belt and a distance between the infrared sensor and the blower-valve block ,
A computer implemented method of re-encrypting encrypted records stored in a database for distribution to a plurality of clients, comprising: using at least one processor of a server hosting the database comprising a plurality of encrypted records, wherein the at least one processor is adapted for: receiving from a first client, at least one encrypted record, the at least one encrypted record is encrypted by the first client using a first key; storing in the database the at least one encrypted record received from the first client; receiving , from a second client, a request to provide the at least one encrypted record; retrieving from a repository of re-encryption keys a second key associated with the second client; re-encrypting the at least one encrypted record by applying at least one proxy re-encryption algorithm using the second key; and providing the at least one re-encrypted record to the second client, the second client decrypts the at least one re-encrypted record using a decryption key; wherein the method further comprises revoking the second key in case the second client is removed from a list of trusted computing nodes. receiving from a first client, at least one encrypted record, the at least one encrypted record is encrypted by the first client using a first key; storing in the database the at least one encrypted record received from the first client; receiving , from a second client, a request to provide the at least one encrypted record; retrieving from a repository of re-encryption keys a second key associated with the second client; re-encrypting the at least one encrypted record by applying at least one proxy re-encryption algorithm using the second key; and providing the at least one re-encrypted record to the second client, the second client decrypts the at least one re-encrypted record using a decryption key; wherein the method further comprises revoking the second key in case the second client is removed from a list of trusted computing nodes.