mhurhangee/ep-ind-claims huggingface dataset:
Seat post, of the kind suitable to clamp the saddle rails of a bicycle and the like, in the desired position, the seat post comprising a quill having a quill head, said quill head comprising a top surface, a lower cradle and an upper cradle reciprocally coupled in order to clamp the saddle rails of a bicycle and the like, said lower cradle being rotationally associated to said top surface around a rotational axis, a front fastener and a rear fastener connecting said upper cradle to said quill head, and a front pivot and a rear pivot in which said front fastener and said rear fastener are respectively engaged in order to adjust the saddle rails angle with respect to said quill head, said quill head comprising a front seat and a rear seat in which said front pivot and said rear pivot are respectively rotationally engaged, the front and rear axes (Y,Z) about which said front and rear pivots (16,18) are respectively rotatable being positioned substantially at a same distance from said rotational axis, regardless of the saddle rails angle adjustment, characterised in that said top surface has a convex shape, said lower cradle comprising a lower concave seat engaging said top surface.
A remote controlled robot system, comprising: a mobile robot with a camera system including a first camera that can capture a zoom image and a second camera that can capture a non-zoom image, the field of view of said non-zoom image includes the field of said zoom image; and, a remote control station that is adapted to transmit commands to control said mobile robot, said remote control station includes a monitor that displays a graphical user interface that includes a robot view field that is adapted to display either the zoom image or the non-zoom image; and a graphical user interface function that is adapted to switch said robot view field to display said zoom image or said non-zoom image, wherein said graphical user interface function includes a highlighted area created with input from a user that is smaller than said non-zoom image, and said camera system is adapted to move to a center of said highlighted area. a mobile robot with a camera system including a first camera that can capture a zoom image and a second camera that can capture a non-zoom image, the field of view of said non-zoom image includes the field of said zoom image; and, a remote control station that is adapted to transmit commands to control said mobile robot, said remote control station includes a monitor that displays a graphical user interface that includes a robot view field that is adapted to display either the zoom image or the non-zoom image; and a graphical user interface function that is adapted to switch said robot view field to display said zoom image or said non-zoom image, wherein said graphical user interface function includes a highlighted area created with input from a user that is smaller than said non-zoom image, and said camera system is adapted to move to a center of said highlighted area.
A starch composition comprising: a) at least one first starch having an amylose content greater than or equal to 50% by weight based on the dry weight of the first starch; and b) at least one second starch having an amylose content less than or equal to 40% by weight based on the dry weight of the second starch; wherein both the at least one first starch and at least one second starch are chemically modified so as to replace hydroxyl functionality with functionality selected from ethers or esters and mixtures thereof; wherein the at least one first starch is a non-crosslinked starch and the at least one second starch is a crosslinked starch; and wherein the starch composition comprises water as sole plasticiser. a) at least one first starch having an amylose content greater than or equal to 50% by weight based on the dry weight of the first starch; and b) at least one second starch having an amylose content less than or equal to 40% by weight based on the dry weight of the second starch;
A method of wireless communication by a first wireless device, comprising: transmitting a first message that includes a first trigger field to a second wireless device, the first trigger field indicating whether the first message includes a request for a trigger message to be sent by the second wireless device at a start of or during a target wake time, TWT, service period; and receiving a second message from the second wireless device, the second message including TWT parameters and a second trigger field based on the first message, the second trigger field indicating whether the second wireless device will transmit the trigger message at the start of or during the TWT service period. transmitting a first message that includes a first trigger field to a second wireless device, the first trigger field indicating whether the first message includes a request for a trigger message to be sent by the second wireless device at a start of or during a target wake time, TWT, service period; and receiving a second message from the second wireless device, the second message including TWT parameters and a second trigger field based on the first message, the second trigger field indicating whether the second wireless device will transmit the trigger message at the start of or during the TWT service period.
Optical module for an independent line of sight, in relation to a second line, wherein the optical module is capable of being arranged on a sight unit and wherein the optical module contains at least a first mirror and at least a movably arranged second mirror, characterised in that it is possible to select, by moving the first mirror; i) that the optical module provides an independent line of sight, when the optical path passes via a second entry point arranged on the optical module, via at least the movably arranged second mirror and the first mirror, to an exit point arranged on the optical module, or ii) that the optical module does not influence the optical path through the optical module, when the optical path passes freely through the optical module through a first entry point arranged on the optical module to the exit point arranged on the optical module. i) that the optical module provides an independent line of sight, when the optical path passes via a second entry point arranged on the optical module, via at least the movably arranged second mirror and the first mirror, to an exit point arranged on the optical module, or ii) that the optical module does not influence the optical path through the optical module, when the optical path passes freely through the optical module through a first entry point arranged on the optical module to the exit point arranged on the optical module.
A method for sorting media items, comprising the steps of: feeding a series of media items onto a transport path for sortation into two or more sortation bins, said transport path including a controllable separator operable to separate media for transport on said transport path; controlling said separator such that adjacent media items destined for the same sortation bin are transported along said transport path as a group of media items to said same sortation bin; and, controlling said separator such that adjacent media items destined for the different sortation bins are separated for separate transport along said transport path to said different sortation bins; wherein said media items group controlled order is a media item delivery order sequence, and wherein the said media items group controlled order is determined by the position of the specific destination sortation bin with respect to the transport path of said transport system. feeding a series of media items onto a transport path for sortation into two or more sortation bins, said transport path including a controllable separator operable to separate media for transport on said transport path; controlling said separator such that adjacent media items destined for the same sortation bin are transported along said transport path as a group of media items to said same sortation bin; and, controlling said separator such that adjacent media items destined for the different sortation bins are separated for separate transport along said transport path to said different sortation bins; wherein said media items group controlled order is a media item delivery order sequence, and wherein the said media items group controlled order is determined by the position of the specific destination sortation bin with respect to the transport path of said transport system.
A system comprising: an imaging device to: acquire positron emission tomography data associated with a human body based on a static positron emission tomography scan; a processing system to: identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate. acquire positron emission tomography data associated with a human body based on a static positron emission tomography scan; a processing system to: identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate. identify a blood pool region of the body based on the acquired positron emission tomography data; determine activity in the blood pool region associated with a first time based on the acquired positron emission tomography data; determine a scale factor based on the determined activity in the blood pool region and on an input function associated with one or more other human bodies; determine activity in a tissue region associated with a second time based on the acquired positron emission tomography data; determine a specific uptake ratio associated with the second time based on the activity in the tissue region, the scale factor and a value of the input function at the second time; determine an estimate of metabolic rate in the tissue region based on the specific uptake ratio and the input function; and determine a diagnosis associated with the tissue region based on the estimate of metabolic rate.
A sanitary-tray device having a sanitary tray and a support arrangement for the sanitary tray, the sanitary tray having a tray rim which is C-shaped in cross section and has a lower bent section, the support arrangement comprising multiple profiled strips, which are inserted into the C-shaped tray rim and held there interlockingly, characterised in that the profiled strips have an L-shape, one leg of the L-shape being inserted into the C-shaped tray rim as an upper fastening section, and the other leg protruding downwards beyond the lower bent section as a base section.
A method of removing hair from skin comprising the steps of: (a) applying a protective composition to an area of skin on which unwanted hair is growing, wherein the protective composition comprises an emulsifier having a Hydrophilic-Lipophilic balance from 1 to 8 and an emulsion having a hydrophobic continuous phase and a hydrophilic dispersed phase; (b) applying a depilatory composition to the area of skin to which the protective composition has been applied, the depilatory composition comprising a keratin reducing agent, the keratin reducing agent comprising at least one thioglycolate salt or thioglycolic acid. (a) applying a protective composition to an area of skin on which unwanted hair is growing, wherein the protective composition comprises an emulsifier having a Hydrophilic-Lipophilic balance from 1 to 8 and an emulsion having a hydrophobic continuous phase and a hydrophilic dispersed phase; (b) applying a depilatory composition to the area of skin to which the protective composition has been applied, the depilatory composition comprising a keratin reducing agent, the keratin reducing agent comprising at least one thioglycolate salt or thioglycolic acid.
A hydraulic fluid tank arrangement for a working machine, the arrangement comprising a hydraulic fluid tank; an inlet portion for receiving hydraulic fluid into the hydraulic fluid tank; and an oil filter arranged in fluid communication with the inlet portion; the hydraulic fluid tank arrangement further comprising a gas removal device arranged in fluid communication with said oil filter downstream said inlet portion and upstream said oil filter for removing gas from the hydraulic fluid before the hydraulic fluid reaches the oil filter; the hydraulic fluid tank comprising a first hydraulic fluid chamber, the gas removal device being arranged in fluid communication with the first hydraulic fluid chamber for providing gas removed from the hydraulic fluid into the first hydraulic fluid chamber, wherein the hydraulic fluid tank arrangement comprises a venting filter arranged in communication with the first hydraulic fluid chamber for directing gas in the first hydraulic fluid chamber out from the hydraulic fluid tank arrangement characterised in that the oil filter is arranged in fluid communication with the gas removal device by means of an outlet conduit arranged between the gas removal device and the oil filter.
Fire protection method with a fire protection system comprising a fire protection installation with several fire protection units, each fire protection unit comprising at least one sensor and at least one fire protection device, each fire protection unit being controllable based on information from its own sensor, each fire protection unit being controllable individually and independently of the other fire protection units, and each fire protection unit being also controllable based on information from sensors of other fire protection units, with the following steps: - a fire protection unit detects a fire with its own sensor and implements a fire-fighting measure to extinguish the source of the fire; - a fire information is transmitted to other fire protection units remote from the fire; and - a fire protection unit remote from the source of the fire implements, on the basis of the fire information, a preventive measure to prevent the fire from spreading, characterized in that the preventive measure differs from the firefighting measure implemented to extinguish the source of the fire. with the following steps: - a fire protection unit detects a fire with its own sensor and implements a fire-fighting measure to extinguish the source of the fire; - a fire information is transmitted to other fire protection units remote from the fire; and - a fire protection unit remote from the source of the fire implements, on the basis of the fire information, a preventive measure to prevent the fire from spreading, - a fire protection unit detects a fire with its own sensor and implements a fire-fighting measure to extinguish the source of the fire; - a fire information is transmitted to other fire protection units remote from the fire; and - a fire protection unit remote from the source of the fire implements, on the basis of the fire information, a preventive measure to prevent the fire from spreading, characterized in that the preventive measure differs from the firefighting measure implemented to extinguish the source of the fire.
A rotor, moulded of plastic material, intended to be rotatably mounted into a cavity of a pump body, and having a space intended to accommodate one or more vanes forming the pumping members, wherein at least a part of the surfaces thereof, intended to undergo sliding diplacements, is covered by at least one metallic foil caused to adhere to the subjacent surface of plastic material, intended to reduce the resistances to the sliding displacements and also to mechanically reinforce the rotor, characterized in that said metallic foil has a substantially plane working surface, intended to cover an end surface of the rotor, from which project some portions bent with respect to said plane surface, intended to line the rotor space designed to receive one or more vanes.
A composition for producing a foamed layer of a sheet, characterized in that, it consists of polyvinyl chloride, calcium carbonate, a regulator, a stabilizer a lubricant, a foaming agent and a recycled material; in parts by weight, the polyvinyl chloride 75 parts; the calcium carbonate 75-80 parts; the regulator 6-8 parts; the stabilizer 3-5 parts; the lubricant 0.7-1.4 parts; the foaming agent 0.2-0.7 parts; and the recycled material accounts for 5% to 25% of a total mass of the composition; wherein, the regulator is an acrylate -series impact-resistance and plasticizing aid; the stabilizer is a commercially available calcium-zinc stabilizer the lubricant comprises an internal lubricant and an external lubricant, the internal lubricant being one or more of stearic acid, polyol stearic acid and oxidized polyethylene wax, and the external lubricant being polyethylene wax; the foaming agent comprises a white foaming agent and a yellow foaming agent, the white foaming agent is sodium hydrogen carbonate, and the yellow foaming agent is azodicarbonamide.
An article of footwear comprising: a pocket in a heel portion of the article of footwear and a member positioned within the pocket, wherein the member forms a portion of an exterior surface of the article of footwear when positioned within the pocket, characterized in that the member is a removable member adapted to be removed from the pocket so as to provide a size-adjustable article of footwear having a first effective length when the removable member is positioned within the pocket and a second effective length when the removable member is removed from the pocket, wherein a pocket surface forms the portion of the exterior surface of the article of footwear when the removable member is removed from the pocket. a pocket in a heel portion of the article of footwear and a member positioned within the pocket, wherein the member forms a portion of an exterior surface of the article of footwear when positioned within the pocket, characterized in that the member is a removable member adapted to be removed from the pocket so as to provide a size-adjustable article of footwear having a first effective length when the removable member is positioned within the pocket and a second effective length when the removable member is removed from the pocket, wherein a pocket surface forms the portion of the exterior surface of the article of footwear when the removable member is removed from the pocket.
Multi-segment synchronic generator having multiple rotor plates with permanent magnets placed evenly on both sides of the plates, wherein the plates are mounted on a main shaft (12, 37) and wherein the generator comprises multiple stator segments (18, 34) with phase windings evenly set between the rotor plates, characterized in that the generator has a body in the form of an open frame structure of which the base is a regular polygon, made from arms and crossbars, connected removably with a clamp imposed on supports arranged perpendicularly to the arms and crossbars, wherein the stator segments (18, 34) on threaded pins with nuts on both sides of each stator segment (18, 34), wherein said threaded pins are arranged to be perpendicular to the arms.
A driving assistance device, comprising: - a turning state detection means for detecting a turning state of a host vehicle (Ca) based on the steering angle of the host vehicle (Ca); - an imaging means installed on the host vehicle (Ca) for taking an image of a predetermined range which includes detection regions set at the rear-left and the rear-right of the host vehicle (Ca) wherein the detection regions are rectangles in bird's eye view; - a solid object detection means for detecting a solid object within the detection regions based on the captured image; - a detection region modification means for altering the area of the detection regions so that the smaller the turning radius of the host vehicle (Ca) the shorter the region length of the detection regions in a traveling direction in a bird's eye view image based on the turning state of the host vehicle (Ca) when the turning state detection means detects that the host vehicle (Ca) is in the turning state to prevent false recognition of a solid object; and - a viewpoint conversion means for converting a plurality of the captured images taken by the imaging means into bird's eye view images using viewpoint conversion, wherein the detection region modification means is configured to alter the shape or the area of the detection regions so that the region length of the detection region corresponding to the inside of the turn has a larger degree of modification than the region length of the detection region corresponding to the outside of the turn. - a turning state detection means for detecting a turning state of a host vehicle (Ca) based on the steering angle of the host vehicle (Ca); - an imaging means installed on the host vehicle (Ca) for taking an image of a predetermined range which includes detection regions set at the rear-left and the rear-right of the host vehicle (Ca) wherein the detection regions are rectangles in bird's eye view; - a solid object detection means for detecting a solid object within the detection regions based on the captured image; - a detection region modification means for altering the area of the detection regions so that the smaller the turning radius of the host vehicle (Ca) the shorter the region length of the detection regions in a traveling direction in a bird's eye view image based on the turning state of the host vehicle (Ca) when the turning state detection means detects that the host vehicle (Ca) is in the turning state to prevent false recognition of a solid object; and - a viewpoint conversion means for converting a plurality of the captured images taken by the imaging means into bird's eye view images using viewpoint conversion,
An oil composition comprising: (a) 10-30% (w/v) mineral oil; (b) 55-75% (w/v) diethylhexyl carbonate; (c) 5-15% (w/v) of a composition consisting of polyglyceryl-4 isostearate; cetyl PEG/PPG-10/1-dimethicone; and hexyl laurate; and (d) 5-15% (w/v) of polyglyceryl-3-oleate or polyglyceryl-4 isostearate. (a) 10-30% (w/v) mineral oil; (b) 55-75% (w/v) diethylhexyl carbonate; (c) 5-15% (w/v) of a composition consisting of polyglyceryl-4 isostearate; cetyl PEG/PPG-10/1-dimethicone; and hexyl laurate; and (d) 5-15% (w/v) of polyglyceryl-3-oleate or polyglyceryl-4 isostearate.