mhurhangee/patent-ind-claim-en huggingface dataset:
A process of forming a structure by diffusion bonding and superplastic forming at least one skin sheet and at least one core sheet , the process comprising: a) forming a pack from the at least one skin sheet and the at least one core sheet ; b) placing the pack in a mould and heating the pack to a temperature at which the sheets are capable of superplastic deformation; c) injecting a first gas between the core sheet and the skin sheet to urge the skin sheet against an internal face of the mould thereby forming a cavity between the core sheet and the skin sheet ; d) injecting a second gas on the side of the core sheet remote from the skin sheet to urge the core sheet against the skin sheet ; e) maintaining gas pressure of the second gas on the side of the core sheet remote from the skin sheet , thereby forming a diffusion bond between the skin sheet and the core sheet ; and characterised in that the process further comprises: f) injecting a third gas on the side of the skin sheet remote from the core sheet , between the skin sheet and the mould , to force the skin sheet against the core sheet . a) forming a pack from the at least one skin sheet and the at least one core sheet ; b) placing the pack in a mould and heating the pack to a temperature at which the sheets are capable of superplastic deformation; c) injecting a first gas between the core sheet and the skin sheet to urge the skin sheet against an internal face of the mould thereby forming a cavity between the core sheet and the skin sheet ; d) injecting a second gas on the side of the core sheet remote from the skin sheet to urge the core sheet against the skin sheet ; e) maintaining gas pressure of the second gas on the side of the core sheet remote from the skin sheet , thereby forming a diffusion bond between the skin sheet and the core sheet ; and characterised in that the process further comprises: f) injecting a third gas on the side of the skin sheet remote from the core sheet , between the skin sheet and the mould , to force the skin sheet against the core sheet .
A device for stimulating the biosynthesis of vitamin D 3 , comprising: a. at least one first lighting means for emitting light radiation having wavelengths in a range of between 280 and 315 nm; c. a directing unit for aligning the at least one lighting means with the irradiation region, and d. a control unit, which is configured to trigger emission of light radiation having wavelengths in a range of between 280 and 315 nm by the at least one lighting means, characterized by b. a sensor unit for detecting an irradiation region; wherein the control unit is further configured to identify the irradiation region. a. at least one first lighting means for emitting light radiation having wavelengths in a range of between 280 and 315 nm; c. a directing unit for aligning the at least one lighting means with the irradiation region, and d. a control unit, which is configured to trigger emission of light radiation having wavelengths in a range of between 280 and 315 nm by the at least one lighting means,
Flexible hose line with a wall , wherein the wall has integrated sensor material in the form of at least one additive which has a material property that varies with an operating parameter of the hose line to be ascertained, wherein the wall has a helically running reinforcing element , characterized in that the reinforcing element has a coating and in that the additive is contained in the coating of the reinforcing element .
Mono or bidirectional contactor appliance for applications involving switching of the power supply for high current and/or voltage electrical loads, of the type comprising a containing and protective casing made of synthetic plastic insulating material with a bottom wall from which there extends an actuator portion , comprising a coil and auxiliary contacts , an intermediate portion for housing fixed and movable contact poles , and an upper arc chute portion for dissipating the electric arc; characterized in that said casing has a flat parallelepiped form with said bottom wall extending at 90° with respect to a side wall of the casing on the shorter side and that a support plate for the contactor is connected to the outer surface of the bottom wall or of said side wall so as to support the casing substantially with a vertical extension from the horizontal plane or projecting from the vertical plane.
A computer-implemented method to predict a three-dimensional, 3D, radiotherapy dose distribution, the method comprising: receiving input data including a three-dimensional voxel image of a body of a patient; providing at least a portion of the input data to a deep fully convolutional neural network, FCNN; the method being characterised by further comprising the steps of: programmatically analyzing the input data using the deep FCNN to generate a 3D radiotherapy_dose distribution prediction; and providing the 3D radiotherapy_dose distribution prediction as output. receiving input data including a three-dimensional voxel image of a body of a patient; providing at least a portion of the input data to a deep fully convolutional neural network, FCNN; the method being characterised by further comprising the steps of: programmatically analyzing the input data using the deep FCNN to generate a 3D radiotherapy_dose distribution prediction; and providing the 3D radiotherapy_dose distribution prediction as output. programmatically analyzing the input data using the deep FCNN to generate a 3D radiotherapy_dose distribution prediction; and providing the 3D radiotherapy_dose distribution prediction as output.
Portable power tool device, in particular for a hammer drill and/or chipping hammer, having at least one vibration absorbing device (12a; 12b), which has at least one absorption mass (14a; 14b), an absorber housing (16a; 16b) and at least one absorption spring (18a, 20a; 18b, 20b), wherein the absorption spring (18a, 20a; 18b, 20b) is intended to support the absorption mass (14a; 14b) on two opposite sides in the spring direction (22a; 22b), characterized in that the absorber housing (16a; 16b) has at least one spring guiding face (24a; 24b) that guides the absorption spring (18a, 20a; 18b, 20b) in the spring direction (22a; 22b) in at least one operating state, wherein the spring guiding face (24a; 24b) is intended to prevent any deformation other than an intended deformation, characterized in that the spring guiding face (24a; 24b) encloses the absorption spring (18a, 20a; 18b, 20b) through more than 45 degrees on a plane perpendicular to the spring direction (22a; 22b).
System for creating a virtual reality environment, comprising a stationary base ; a platform which is arranged in a movable manner in relation to the stationary base and which is surrounded by a film which is movable in relation to the platform ; and at least one movement actuator which is designed to move the film in relation to the platform , characterized in that at least one floating actuator allows the platform to be offset with respect to the base in a contactless floating state and to be kept in this state, wherein the system has at least one movement sensor which is designed to detect the movement of a person who is located on the platform .
Transverse bar for releasably connecting two side portions of a chain link of an energy guide chain , wherein at least at one or at both of its ends the transverse bar has a fixing region for releasably fastening to the respective side portion and wherein the fixing region of the transverse bar includes a locking element which is transferable into a locking position and an unlocking position, wherein in the locking position the transverse bar is non-releasably locked to the side portion and in the unlocking position the transverse bar is releasable from the side portion , wherein the locking element includes an actuating portion for selectively transferring the same into its locking or its unlocking position, and a locking portion for locking engagement with the side portion , wherein the locking element is in the form of a pivotal part and upon actuation of the locking element the locking portion is moved in a pivotal movement at least in a part of its movement from the locking position into its unlocking position or vice-versa, characterised in that the holding region of the transverse bar for the locking element has an arcuate guide which upon actuation of the locking element causes a pivotal movement thereof at least over a part of or the complete movement of the locking element between its locking position and its unlocking position.
A tyre for motorcycles, comprising - a carcass structure; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a radially external position with respect to the belt structure; - the tyre having a transverse curvature ratio of at least 0.30; - said carcass structure comprising at least one carcass layer comprising textile reinforcement elements made by means of cords having, in a load/elongation diagram, an elastic response of at least 55 N at an elongation of 2%; - the tyre having at least one tread portion comprising a cured elastomeric material obtained by curing an elastomeric compound comprising 100 phr of at least one elastomeric polymer, from 30 to 130 phr of at least one reinforcement filler comprising at least 60% of an inorganic material selected from among silica alumina, silicates, hydrotalcite, calcium carbonate, kaolin, titanium dioxide and their mixtures, and from 1 to 35 phr of at least one resin. - a carcass structure; - a belt structure applied in a position radially external to the carcass structure; - a tread band applied in a radially external position with respect to the belt structure; - the tyre having a transverse curvature ratio of at least 0.30; - said carcass structure comprising at least one carcass layer comprising textile reinforcement elements made by means of cords having, in a load/elongation diagram, an elastic response of at least 55 N at an elongation of 2%; - the tyre having at least one tread portion comprising a cured elastomeric material obtained by curing an elastomeric compound comprising 100 phr of at least one elastomeric polymer, from 30 to 130 phr of at least one reinforcement filler comprising at least 60% of an inorganic material selected from among silica alumina, silicates, hydrotalcite, calcium carbonate, kaolin, titanium dioxide and their mixtures, and from 1 to 35 phr of at least one resin.
Discharging circuit for discharging a high-voltage DC link of a vehicle, wherein the high-voltage DC link comprises a DC link capacitor , across which there is a high voltage (U_H); wherein the discharging circuit is configured to take the high voltage (U_H) as a basis for adjusting the level of a discharge current (I_D) through the discharging circuit characterized in that the discharge current (I_D) through the discharging circuit continuously becomes larger as the high voltage (U_H) falls if the high voltage (U_H) is below a lower operating voltage value (U_BU). wherein the high-voltage DC link comprises a DC link capacitor , across which there is a high voltage (U_H); wherein the discharging circuit is configured to take the high voltage (U_H) as a basis for adjusting the level of a discharge current (I_D) through the discharging circuit characterized in that the discharge current (I_D) through the discharging circuit continuously becomes larger as the high voltage (U_H) falls if the high voltage (U_H) is below a lower operating voltage value (U_BU).
A method for capturing biological species from a biological tissue, comprising : a) application of a biological tissue onto a capture support , the capture support being capable of selectively capturing at least one biological species , referred to as the biological species of interest; the method being characterized in that it comprises the following steps b) deposition of a lysis reagent onto the biological tissue; c) bringing of the lysis reagent thus deposited into contact with a solvent , so as to form droplets , spaced out from one another, at the surface of the tissue, the droplets comprising the lysis reagent solubilized in the solvent ; d) formation of lysis sites (10 1 ), each lysis site corresponding to a portion of the tissue extending between a droplet and the capture support and, in each lysis site, lysis of the biological tissue by the lysis reagent solubilized by the solvent, the lysis bringing about a release and then a capture of biological species of interest of the tissue by the capture support; e) rinsing of the capture support , in order to remove the uncaptured biological species. a) application of a biological tissue onto a capture support , the capture support being capable of selectively capturing at least one biological species , referred to as the biological species of interest; the method being characterized in that it comprises the following steps b) deposition of a lysis reagent onto the biological tissue; c) bringing of the lysis reagent thus deposited into contact with a solvent , so as to form droplets , spaced out from one another, at the surface of the tissue, the droplets comprising the lysis reagent solubilized in the solvent ; d) formation of lysis sites (10 1 ), each lysis site corresponding to a portion of the tissue extending between a droplet and the capture support and, in each lysis site, lysis of the biological tissue by the lysis reagent solubilized by the solvent, the lysis bringing about a release and then a capture of biological species of interest of the tissue by the capture support; e) rinsing of the capture support , in order to remove the uncaptured biological species.
A system for monitoring wear of a braking frictional pad of a motor vehicle , the motor vehicle comprising a hydraulic brake device (FLB, FRB, RLB, RRB) acting on a vehicle wheel thereof, the hydraulic brake device (FLB, FRB, RLB, RRB) having a brake disc rotatable together with the vehicle wheel and a braking frictional pad configured to be non-rotatable relative to the vehicle wheel and be linearly movable parallel to a rotational axis (O) of the vehicle wheel, the system comprising: a record module configured to record a time required by the hydraulic brake device (FLB, FRB, RLB, RRB) for establishing a brake hydraulic pressure when the motor vehicle is parked; and an electrical control unit in data communication with the record module and configured to compare the time required by the hydraulic brake device (FLB, FRB, RLB, RRB) for establishing the brake hydraulic pressure with a time required by the same hydraulic brake device (FLB, FRB, RLB, RRB) for establishing the brake hydraulic pressure and recorded when the braking frictional pad is a brand new one, so as to determine the wear state of the braking frictional pad . a record module configured to record a time required by the hydraulic brake device (FLB, FRB, RLB, RRB) for establishing a brake hydraulic pressure when the motor vehicle is parked; and an electrical control unit in data communication with the record module and configured to compare the time required by the hydraulic brake device (FLB, FRB, RLB, RRB) for establishing the brake hydraulic pressure with a time required by the same hydraulic brake device (FLB, FRB, RLB, RRB) for establishing the brake hydraulic pressure and recorded when the braking frictional pad is a brand new one, so as to determine the wear state of the braking frictional pad .
A system for determining a quota, comprising; one or more processors for: receiving from an input interface a quota request for an activity, wherein the quota comprises an amount of service that may be used; receiving an estimation or an actual measurement of one or more operating parameters comprising a quota consumption rate for the activity; and a candidate quota determiner for: determining a candidate quota amount based at least in part on candidate quota parameters comprising a candidate quota amount and a candidate quota validity time; one or more quota modification determiners for: determining one or more quota modifications based on the estimation or the actual measurement of the one or more operating parameters and comprising; determining a new target quota amount based at least in part on the quota consumption rate for the activity; in the event that the new target quota amount exceeds a quota limit, setting a final quota amount as the quota limit; and in the event that the new target quota amount does not exceed the quota limit, setting the final quota amount as the new target quota amount; and providing at an output interface a final quota amount based at least in part on the candidate quota amount and the one or more quota modifications, wherein the final quota comprises the final quota amount and a final quota validity time. receiving from an input interface a quota request for an activity, wherein the quota comprises an amount of service that may be used; receiving an estimation or an actual measurement of one or more operating parameters comprising a quota consumption rate for the activity; and determining a new target quota amount based at least in part on the quota consumption rate for the activity; in the event that the new target quota amount exceeds a quota limit, setting a final quota amount as the quota limit; and in the event that the new target quota amount does not exceed the quota limit, setting the final quota amount as the new target quota amount; and
A hook-and-loop fastener female member , comprising: an engaging layer engageable with a hook-and-loop fastener male member; and a physical property layer configured to hold the engaging layer, wherein the engaging layer includes a non-woven fabric of fiber, wherein the hook-and-loop fastener female member has an embossed pattern , wherein the embossed pattern is an arc shape, and wherein the hook-and-loop fastener female member has a region free of the embossed pattern in which pieces of the fiber have mutual bonding points, wherein a distance L between two adjacent embossments in a plurality of embossments forming the embossed pattern on any line in an MD direction is 10 mm or less, wherein the diameter of the fiber of the non-woven fabric in the engaging layer is from 5 μm to 60 μm, and characterized in that the ratio of the area of the welded portion formed by the embossed pattern to the area of the entire surface of the hook-and-loop fastener female member is from 12% to 23%. an engaging layer engageable with a hook-and-loop fastener male member; and a physical property layer configured to hold the engaging layer, wherein the engaging layer includes a non-woven fabric of fiber, wherein the hook-and-loop fastener female member has an embossed pattern , wherein the embossed pattern is an arc shape, and wherein the hook-and-loop fastener female member has a region free of the embossed pattern in which pieces of the fiber have mutual bonding points, wherein a distance L between two adjacent embossments in a plurality of embossments forming the embossed pattern on any line in an MD direction is 10 mm or less, wherein the diameter of the fiber of the non-woven fabric in the engaging layer is from 5 μm to 60 μm, and characterized in that the ratio of the area of the welded portion formed by the embossed pattern to the area of the entire surface of the hook-and-loop fastener female member is from 12% to 23%.
A heating system, for heating rooms (P) of house (H), said heating system comprising: - a main heating device , able to be installed in a first room (P1) of said house (H) for producing hot air, and - an air distribution facility , for distributing said hot air produced by said main heating device to at least one second room (P2) of said house (H), said air distribution facility comprising: - an air duct network adapted to the transportation of said hot air, which is fitted with collection means , for collecting said hot air, and with outlet means , able to open to said at least one second room (P2) to release said hot air into said at least one second room (P2), - propulsion means , for generating a circulation of air in said air duct network , from said collection means to said outlet means , and - first control means adapted to activate said propulsion means when said main heating device produces said hot air, said air distribution facility comprising an extra heating module that is arranged downstream from the collection means , said extra heating module including a housing in which are integrated the different components thereof, said heating module comprising the following components: - secondary heating means , fitted on said air duct network and adapted to heat the air travelling in said air duct network , and - control means comprising (i) means for controlling said secondary heating means between an active state and an inactive state, and (ii) second control means adapted to activate said propulsion means when said secondary heating means are in active state, characterized in that the extra heating module is located downstream from the propulsion means . - a main heating device , able to be installed in a first room (P1) of said house (H) for producing hot air, and - an air distribution facility , for distributing said hot air produced by said main heating device to at least one second room (P2) of said house (H), - an air duct network adapted to the transportation of said hot air, which is fitted with collection means , for collecting said hot air, and with outlet means , able to open to said at least one second room (P2) to release said hot air into said at least one second room (P2), - propulsion means , for generating a circulation of air in said air duct network , from said collection means to said outlet means , and - first control means adapted to activate said propulsion means when said main heating device produces said hot air, - secondary heating means , fitted on said air duct network and adapted to heat the air travelling in said air duct network , and - control means comprising (i) means for controlling said secondary heating means between an active state and an inactive state, and (ii) second control means adapted to activate said propulsion means when said secondary heating means are in active state,