mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory computer-readable medium storing instructions readable and executable by a workstation including at least one electronic processor , which instructions, when read and executed cause the at least one electronic processor to perform a positron emission tomography, PET, image reconstruction method to reconstruct list mode PET imaging data acquired over a frame acquisition time using a plurality of radiation detectors wherein the events of the list mode PET imaging data are time stamped, the method comprising: for the sub-frame bins of a plurality of sub-frame bins into which the frame acquisition time is divided, determining a sub-frame singles rates map for the plurality of radiation detectors from the list mode PET imaging data whose time stamps reside in the sub-frame bin; determining a singles rate for the singles events of the list mode PET imaging data using the sub-frame singles rates maps, wherein the singles rates for the singles events are determined at a temporal resolution that is finer than the frame acquisition time; determining correction factors for the list mode PET imaging data using the determined singles rates for the singles events of the list mode PET imaging data; and reconstructing the list mode PET imaging data of the frame acquisition time using the determined correction factors to generate a reconstructed PET image for the frame acquisition time. for the sub-frame bins of a plurality of sub-frame bins into which the frame acquisition time is divided, determining a sub-frame singles rates map for the plurality of radiation detectors from the list mode PET imaging data whose time stamps reside in the sub-frame bin; determining a singles rate for the singles events of the list mode PET imaging data using the sub-frame singles rates maps, wherein the singles rates for the singles events are determined at a temporal resolution that is finer than the frame acquisition time; determining correction factors for the list mode PET imaging data using the determined singles rates for the singles events of the list mode PET imaging data; and reconstructing the list mode PET imaging data of the frame acquisition time using the determined correction factors to generate a reconstructed PET image for the frame acquisition time.
An emergency oxygen supply system for aircraft comprising a source of compressed oxygen, means for releasing oxygen from the source in case of a drop in air pressure, at least one oxygen mask , a respective mechanical breath-actuated valve for releasing a pulse of oxygen into the or each mask and a pressure reducer for releasing oxygen from the source into an intermediate reservoir upstream of the mechanical breath-actuated pulse valve , wherein each mask has a pair of conventional non-return valves to the ambient atmosphere, a first valve called "inhalation valve" is provided for allowing the user to draw in the mask ambient air, for inhalation with oxygen, whilst a second valve called "exhalation valve" is provided for allowing exhalation from the mask to ambient, wherein each mask is supplied with oxygen via a respective oxygen supply tube , the intermediate reservoir or at least part of it is provided as the internal volume of the respective tube(s) , wherein the mechanical breath-actuated valve is a "pulse valve" of the type that opens on pressure reduction in the mask , induced by inhalation causing a pressure differential across the inhalation valve, the opening of mechanical breath-actuated valve allowing the oxygen stored in the tube to be released as a pulse into the mask and, on release of the pulse, the mechanical breath-actuated valve closes again for accumulation of a fresh pulse's worth of oxygen in the tube , wherein the breath-actuated pulse valve being configured so that the negative pressure occurring when the user takes a breath at which the mechanical breath-actuated pulse valve is activated produces a flow of oxygen that operates before the inhalation valve opens and upon exhalation, positive pressure in the mask occurs and flow from mechanical breath-actuated pulse valve has already ceased as exhalation valve opens, the tube acting as a reservoir determining how much oxygen is to be released as each successive pulse.
A method of manufacturing an ultrasonic surgical instrument including an end effector with a jaw and an ultrasonic blade , wherein the ultrasonic surgical instrument has a controller , the method comprising: (a) measuring a production clamp force between the jaw and the ultrasonic blade; and (b) configuring a memory of controller with an ultrasonic seal process based on the measured production clamp force; and wherein the production clamp force is a clamp force of the end effector in the closed position, without a foreign substance between the jaw and the ultrasonic blade. (a) measuring a production clamp force between the jaw and the ultrasonic blade; and (b) configuring a memory of controller with an ultrasonic seal process based on the measured production clamp force; and
An electric vehicle comprising: a plurality of batteries each comprising at least one energy storage cell; a multi-phase AC electric motor ; a plurality of string cell inverters, wherein each respective string cell inverter comprises a plurality of inverter units arranged to be coupled to control the output of the plurality of batteries to a respective phase of the AC electric motor ; characterised by a plurality of separate compartments distributed around the electric vehicle and wherein the units of each string cell inverter are housed in the plurality of separate compartments. a plurality of batteries each comprising at least one energy storage cell; a multi-phase AC electric motor ; a plurality of string cell inverters, wherein each respective string cell inverter comprises a plurality of inverter units arranged to be coupled to control the output of the plurality of batteries to a respective phase of the AC electric motor ; characterised by a plurality of separate compartments distributed around the electric vehicle and wherein the units of each string cell inverter are housed in the plurality of separate compartments.
Additive manufacturing process, characterized in that a composition comprising the reaction product of a polyester polyol and a compound comprising at least one functional group that can react with a hydroxyl-group of the polyester polyol and at least one further functional group, selected from acrylate- or methacrylate-group, characterized in that the polyester polyol is based on at least one organic acid comprising at least two carboxyl groups, preferably two carboxyl groups, or its anhydride, preferably comprising from 4 to 44, more preferably comprising from 18 to 44, most preferably from 24 to 44 carbon atoms, and at least one polyol comprising at least two hydroxy-groups, wherein the reaction product has a glass transition temperature Tg of below 23 °C, determined as described in the description, and wherein the composition optionally further comprises a photoinitiator, is used as a photopolymerisable material.
An assembly kit for connecting two rotor blade segments of a wind turbine rotor blade , comprising - a connecting bolt for screwing together the two rotor blade segments , - a pressure piece formed as a sleeve, which has a recess and which is arranged between the rotor blade segments in a connected state of the two rotor blade segments , and - a mounting piece for a mounting tool for applying a bolting force, wherein the assembly kit is designed in such a way that, in an intended assembly state of the assembly kit for connecting the two rotor blade segments -- the connecting bolt is passed through the pressure piece in such a way that a mounting section of the connecting bolt is arranged in the region of the recess of the pressure piece , and -- the mounting piece is detachably insertable into the recess of the pressure piece , so that the mounting piece is positively connected in the mounting section both to the connecting bolt and to the pressure piece , and -- in an intended installation state of the assembly kit , the mounting piece can be removed from the pressure piece . - a connecting bolt for screwing together the two rotor blade segments , - a pressure piece formed as a sleeve, which has a recess and which is arranged between the rotor blade segments in a connected state of the two rotor blade segments , and - a mounting piece for a mounting tool for applying a bolting force, -- the connecting bolt is passed through the pressure piece in such a way that a mounting section of the connecting bolt is arranged in the region of the recess of the pressure piece , and -- the mounting piece is detachably insertable into the recess of the pressure piece , so that the mounting piece is positively connected in the mounting section both to the connecting bolt and to the pressure piece , and -- in an intended installation state of the assembly kit , the mounting piece can be removed from the pressure piece .
An insulated glazing system comprising: - a first glass pane , - a second glass pane , - a spacer element comprising a first surface designed for coupling with said first glass pane and a second surface designed for coupling with said second glass pane , said spacer element being made of a low heat-conductive material, - support means within the insulated glazing system, for a blind, a screen or the like , - a first profile and engagement means , - said first profile comprising a first surface designed for coupling with said support means and a second surface designed for coupling with a bottom surface of said spacer element , - each of said first profile and said spacer element has at least one through hole , - said engagement means engaging said through holes to thereby provide a tight mechanical coupling between said spacer element and said first profile . characterized in that it comprises a second profile comprising a first surface designed for coupling with a top surface of said spacer element and at least one through hole , said engagement means engaging said through holes of said first profile , said second profile and said spacer element to thereby provide a mechanical coupling between said spacer element , said first profile and said second profile . - a first glass pane , - a second glass pane , - a spacer element comprising a first surface designed for coupling with said first glass pane and a second surface designed for coupling with said second glass pane , said spacer element being made of a low heat-conductive material, - support means within the insulated glazing system, for a blind, a screen or the like , - a first profile and engagement means , - said first profile comprising a first surface designed for coupling with said support means and a second surface designed for coupling with a bottom surface of said spacer element , - each of said first profile and said spacer element has at least one through hole , - said engagement means engaging said through holes to thereby provide a tight mechanical coupling between said spacer element and said first profile .
A smart safety and emergency-assistance system for vehicles (A) of any kind, such as motor vehicles, motorcycles, articulated lorries, trains, ships, aeroplanes, etc., basically comprising means (R1) for automatic GSM/GPRS/UMTS radio/telecommunication for enabling transmission of data and/or of an alarm, a black box (BB), a plurality of sensors (S1, S2, S3, S4), comprising ECG sensors (S3), weight sensors (S2), infrared sensors (S1), sensors for the baby car seat (S4), ultrasound sensors, as well as means (X) for automatic driving and management of the vehicle (A) via as many means (U1, U2, U3, U4) for interfacing said sensors (S1, S2, S3, S4), characterized in that, in the case where a driver/passenger/animal present on board the vehicle (A) is in distress or has a heart attack, said system instantaneously sends, via said means (X) for automatic driving and management of the vehicle (A), a communication on the state of emergency of the vehicle (A), even in passive conditions when the vehicle is stationary with the engine off and without the key inserted into the ignition, or with the key inserted and the instrument panel off, recording in a black box (BB), at pre-set time intervals, the data regarding the event; and in that the system - through a vehicle micro-telephone (R3) and said automatic communication means (R1) - transmits the data recorded also on the cellphone of the owner of the vehicle (A), to other stored numbers of relatives/friends and/or to the digital archives and/or to the operating centres of the emergency-service providers and authorities; said system moreover comprising at least one collar/bracelet (E) provided with one or more sensors of said plurality of sensors (S1, S2, S3, S4), which can be worn by the persons/animals present in the vehicle (A) and is connected to the vehicle itself in Wi-Fi mode, for activating an alarm signal (R1) for requesting emergency intervention on behalf of the driver/passenger/animal, in the case of distress or accident; wherein said bracelet/collar (E) is suitable to detect and monitor any possible malfunctioning of the system or of specific component elements thereof, to make up for their malfunctioning and be activated in their stead in order to guarantee operation of the devices controlled thereby, which are present on board the vehicle or may be inserted in a helmet, in the case where the vehicle (A) is a motorcycle, and wherein said collar/bracelet (E) is provided with communication means for transmitting an alarm message to safety services.
An air-conditioning apparatus , comprising: a housing having an air inlet and an air outlet ; a fan disposed in the housing ; and a bell mouth through which a fluid flowing from the air inlet to the air outlet passes in association with rotation of the fan , the bell mouth including curved part (5-1, 5X-1) having a curved sectional shape in a fluid flow direction and a vibration-damping element (5-5) disposed on a rear surface (5-3, 5X-3) of the curved part (5-1, 5X-1), characterised in the vibration-damping element (5-5) being disposed at a position corresponding to a node of vibration of the bell mouth , the vibration being associated with rotation of the fan and propagating to the bell mouth through a housing structure from a part of the bell mouth close to the housing to another part of the bell mouth remote from the housing , the node appearing between a first antinode and a second antinode in parts of the bell mouth included in a vibration propagation path, the vibration-damping element (5-5) including a vibration-damping element (5-5) formed as a rib (5-5) disposed on the rear surface (5-3, 5x-3), the rib (5-5) having a mound-like section shape and a rounded tip in section view having an angle of 100 degrees or more and having a rhombus shape in plan view, the rhombus shape having a longitudinal length in the fluid flow direction. a housing having an air inlet and an air outlet ; a fan disposed in the housing ; and a bell mouth through which a fluid flowing from the air inlet to the air outlet passes in association with rotation of the fan , the bell mouth including curved part (5-1, 5X-1) having a curved sectional shape in a fluid flow direction and a vibration-damping element (5-5) disposed on a rear surface (5-3, 5X-3) of the curved part (5-1, 5X-1), characterised in the vibration-damping element (5-5) being disposed at a position corresponding to a node of vibration of the bell mouth , the vibration being associated with rotation of the fan and propagating to the bell mouth through a housing structure from a part of the bell mouth close to the housing to another part of the bell mouth remote from the housing , the node appearing between a first antinode and a second antinode in parts of the bell mouth included in a vibration propagation path, the vibration-damping element (5-5) including a vibration-damping element (5-5) formed as a rib (5-5) disposed on the rear surface (5-3, 5x-3), the rib (5-5) having a mound-like section shape and a rounded tip in section view having an angle of 100 degrees or more and having a rhombus shape in plan view, the rhombus shape having a longitudinal length in the fluid flow direction.
Laundry dryer comprising a heat pump , wherein the heat pump includes a refrigerant evaporator , a compressor , a refrigerant condenser , and a refrigerant restrictor , all connected in series within a closed loop containing a refrigerant for circulation, wherein said compressor is a compressor for compressing the refrigerant, comprising a housing for containing said refrigerant, a refrigerant pump , said pump disposed within said housing , characterized in that the compressor comprises a sump for containing an amount of lubricating oil to a predetermined level defined within said housing separate from said refrigerant pump , wherein said housing includes means for reducing the amount of lubricating oil contained in said sump while maintaining said level , wherein said means include a solid insert placed within said sump below said level , wherein said insert is dipping into the sump.
Apparatus for chamfering at least one front-side edge of the gearing of a workpiece having internal gearing, comprising at least one rotatably supported workpiece holder for holding the workpiece, and comprising at least one rotatably supported tool holder for holding at least one disk-shaped chamfer hob, which comprises cutting teeth and clamping grooves at the periphery, wherein the tool holder is arranged at an internal hob arm of the apparatus, characterized in that the apparatus comprises a control for the automatic control of the machine axes, which is programmed such that the free end of the internal hob arm can be traveled by a machine axis of the apparatus at least partly into the center opening formed by the internal gearing of the workpiece , in order to chamfer the edge of a gearing by means of the disk-shaped chamfer hob on at least one and preferably on both front sides of the workpiece .
A preparation for para-bulbar administration, for use in the treatment of glaucomatous retino-opticopathies, both of atrophic macular degeneration and in case of neovascular maculopathy after vascular treatment, characterized in that it consists of a mixture of the following active ingredients: a) betamethasone; b) isoxsuprine hydrochloride; c) a mixture or an adduct of phospholipids isolated from the cerebral cortex and cyanocobalamin; d) polydeoxyribonucleotide. a) betamethasone; b) isoxsuprine hydrochloride; c) a mixture or an adduct of phospholipids isolated from the cerebral cortex and cyanocobalamin; d) polydeoxyribonucleotide.
A connector (100; 200; 300; 400) comprising: an inner conductor engager (102; 202; 302; 402-1, 402-2) configured to mechanically engage an outer peripheral surface of an inner conductor of a coaxial cable; and a housing (106; 206; 306; 406) mechanically coupled to the inner conductor engager and configured to electrically connect to an outer conductor of the coaxial cable; a driver (104; 204; 304; 404) configured to drive, during assembly, the inner conductor engager to a desired axial position along the inner conductor ; wherein the inner conductor engager defining a first opening (212; 312; 412) configured to enable the inner conductor of the coaxial cable to extend through the inner conductor engager to electrically engage an interface port (14; 34), characterized in that the inner conductor engager (102; 202; 302; 402-1, 402-2) comprises a ring defining a plane and a plurality of tabs (114, 115, 116, 117; 214, 215, 216, 217; 410) projecting inwardly from the ring and out of the plane of the ring, the plurality of tabs defining the first opening (212; 312; 412), and the driver comprises a housing coupler (124; 224; 324) and an adaptor (128; 228; 328), the housing coupler being configured to be secured within a recess (136; 236; 336) of the housing (106; 206; 306; 406) and the adaptor comprising an abutment surface configured to drive the engager to the desired axial position along the inner connector. an inner conductor engager (102; 202; 302; 402-1, 402-2) configured to mechanically engage an outer peripheral surface of an inner conductor of a coaxial cable; and a housing (106; 206; 306; 406) mechanically coupled to the inner conductor engager and configured to electrically connect to an outer conductor of the coaxial cable; a driver (104; 204; 304; 404) configured to drive, during assembly, the inner conductor engager to a desired axial position along the inner conductor ; wherein the inner conductor engager defining a first opening (212; 312; 412) configured to enable the inner conductor of the coaxial cable to extend through the inner conductor engager to electrically engage an interface port (14; 34), characterized in that the inner conductor engager (102; 202; 302; 402-1, 402-2) comprises a ring defining a plane and a plurality of tabs (114, 115, 116, 117; 214, 215, 216, 217; 410) projecting inwardly from the ring and out of the plane of the ring, the plurality of tabs defining the first opening (212; 312; 412), and the driver comprises a housing coupler (124; 224; 324) and an adaptor (128; 228; 328), the housing coupler being configured to be secured within a recess (136; 236; 336) of the housing (106; 206; 306; 406) and the adaptor comprising an abutment surface configured to drive the engager to the desired axial position along the inner connector.
An information display device attachable to a structure, comprising: a display panel including a display surface, the display panel being configured to display information on the display surface; and a surface member that is made of translucent material and disposed on a display surface side of the display panel to cover the display panel , wherein the surface member includes a first layer and a second layer , the first layer being disposed on a front side, the second layer being disposed between the first layer and the display panel , wherein transmittance of the first layer has variations depending on positions, and transmittance of the second layer at a first position of the surface member is lower than transmittance of the second layer at a second position of the surface member in a case where transmittance of the first layer at the second position is lower than that of the first layer at the first position. a display panel including a display surface, the display panel being configured to display information on the display surface; and a surface member that is made of translucent material and disposed on a display surface side of the display panel to cover the display panel , wherein the surface member includes a first layer and a second layer , the first layer being disposed on a front side, the second layer being disposed between the first layer and the display panel , wherein transmittance of the first layer has variations depending on positions, and transmittance of the second layer at a first position of the surface member is lower than transmittance of the second layer at a second position of the surface member in a case where transmittance of the first layer at the second position is lower than that of the first layer at the first position.