mhurhangee/patent-ind-claim-en huggingface dataset:
A method for crowdsourcing tagged visual data, the method comprising: acquiring visual data comprising a brand-specific visual signature using a camera coupled to a device; receiving at least one wireless signal from an at least one wireless access point; deriving information comprising a MAC address associated with the at least one wireless access point and at least one signal characteristic associated with the at least one wireless signal from the at least one wireless signal; tagging the visual data with the MAC address associated with the at least one wireless access point and the at least one signal characteristic associated with the at least one wireless signal by including the information comprising the MAC address and the at least one signal characteristic in metadata attached to the visual data; wirelessly transmitting the tagged visual data to a remote server; and crowdsourcing in the remote server the tagged visual data by estimating locations on a heatmap using the brand-specific visual signature comprised in the visual data and associating the MAC address and the at least one signal characteristic with data including the estimated locations on the heatmap. acquiring visual data comprising a brand-specific visual signature using a camera coupled to a device; receiving at least one wireless signal from an at least one wireless access point; deriving information comprising a MAC address associated with the at least one wireless access point and at least one signal characteristic associated with the at least one wireless signal from the at least one wireless signal; tagging the visual data with the MAC address associated with the at least one wireless access point and the at least one signal characteristic associated with the at least one wireless signal by including the information comprising the MAC address and the at least one signal characteristic in metadata attached to the visual data; wirelessly transmitting the tagged visual data to a remote server; and crowdsourcing in the remote server the tagged visual data by estimating locations on a heatmap using the brand-specific visual signature comprised in the visual data and associating the MAC address and the at least one signal characteristic with data including the estimated locations on the heatmap.
Disposal bag for a vacuuming device , in particular a construction site vacuum cleaner, wherein the vacuuming device has a collecting tank for receiving the disposal bag , wherein the disposal bag has a pressure equalization matrix , wherein the pressure equalization matrix has openings that are designed to effect pressure equalization between a first region and a second region of the collecting tank , wherein the disposal bag comprises a first layer and a second layer, wherein the openings have been punched in only one of the two layers of the disposal bag and characterized in that the openings each have a collar . the disposal bag has a pressure equalization matrix , wherein the pressure equalization matrix has openings that are designed to effect pressure equalization between a first region and a second region of the collecting tank , wherein the disposal bag comprises a first layer and a second layer, wherein the openings have been punched in only one of the two layers of the disposal bag and characterized in that the openings each have a collar .
An interface device for fixing on a human eye and operably connecting to an ophthalmic therapeutic, monitoring, diagnostic, or evaluative device, the interface device comprising: a. a body having an upper and a lower section, wherein the lower section defines a distal end of the interface device for contacting a surface of the eye and the upper section defines a proximal end of the interface device ; whereby the proximal and distal ends define a device height along a vertical axis of the device ; b. the lower section of the body comprising a ridged annular channel; c. the ridged annular channel containing and holding a flexible insert ; the flexible insert comprising an inner contact member and an outer contact member; and forming a flexible annular zone for maintaining a reduced pressure when engaged with a surface of the eye ; d. the upper and lower sections of the body defining an opening through the device ; e. the device having a major and a minor axis , wherein when in use the major axis corresponds to a nasal temporal axis ; wherein the distal end of the device defines a shape of a non-planar ellipse; and, f. wherein the major axis of the opening at the distal end of the device is from about 1.01 to about 1.25, in particular from about 1.1 to about 1.2, more particular from about 1.15 to about 1.2, even more particular from about 1.16 to about 1.19 times larger than the minor axis . a. a body having an upper and a lower section, wherein the lower section defines a distal end of the interface device for contacting a surface of the eye and the upper section defines a proximal end of the interface device ; whereby the proximal and distal ends define a device height along a vertical axis of the device ; b. the lower section of the body comprising a ridged annular channel; c. the ridged annular channel containing and holding a flexible insert ; the flexible insert comprising an inner contact member and an outer contact member; and forming a flexible annular zone for maintaining a reduced pressure when engaged with a surface of the eye ; d. the upper and lower sections of the body defining an opening through the device ; e. the device having a major and a minor axis , wherein when in use the major axis corresponds to a nasal temporal axis ; wherein the distal end of the device defines a shape of a non-planar ellipse; and, f. wherein the major axis of the opening at the distal end of the device is from about 1.01 to about 1.25, in particular from about 1.1 to about 1.2, more particular from about 1.15 to about 1.2, even more particular from about 1.16 to about 1.19 times larger than the minor axis .
A method of managing a mobile device, comprising: receiving from a mobile device a network communication associated with a destination; using a stored routing data associated with the mobile device to determine, based at least in part on the destination, to redirect the network communication to a destination-specified proxy associated with the destination, wherein the stored routing data associated with the mobile device includes configuration data associated with the destination, wherein the configuration data indicates that network communications associated with the destination are to be redirected to the destination-specified proxy; sending the network communication to the destination-specified proxy associated with the destination; and metering traffic usage from the mobile device to the destination-specified proxy. receiving from a mobile device a network communication associated with a destination; using a stored routing data associated with the mobile device to determine, based at least in part on the destination, to redirect the network communication to a destination-specified proxy associated with the destination, wherein the stored routing data associated with the mobile device includes configuration data associated with the destination, wherein the configuration data indicates that network communications associated with the destination are to be redirected to the destination-specified proxy; sending the network communication to the destination-specified proxy associated with the destination; and metering traffic usage from the mobile device to the destination-specified proxy.
A movable body apparatus, comprising: a movable body (WST) arranged for holding an object and being movable relative to a base ; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section , a support member , a frame , a holding member, and a vibration-damping section, the mover being attached to the slider section, the holding member being supported by the support member, the support member being kinematically supported via a plurality of rod members (23 1 , 23 2 , 23 3 , 24 1 , 24 2 , 24 3 ) attached to the slider section, the frame being connected to a position of the slider section which is different from a position where the rod members are attached, the vibration-damping section being provided between the frame and the support member, the holding member being arranged for holding the object, and the vibration-damping section suppressing vibration of the support member. a movable body (WST) arranged for holding an object and being movable relative to a base ; and a drive device having a mover provided at the movable body and a stator provided at the base, wherein the movable body has a slider section , a support member , a frame , a holding member, and a vibration-damping section, the mover being attached to the slider section, the holding member being supported by the support member, the support member being kinematically supported via a plurality of rod members (23 1 , 23 2 , 23 3 , 24 1 , 24 2 , 24 3 ) attached to the slider section, the frame being connected to a position of the slider section which is different from a position where the rod members are attached, the vibration-damping section being provided between the frame and the support member, the holding member being arranged for holding the object, and the vibration-damping section suppressing vibration of the support member.
A method for single pass printing on an absorbent non-white paper substrate, comprising: applying a primer composition to one or more selected surfaces of the substrate to form a primer layer to seal the selected surfaces of the substrate, drying the primer layer, printing a white ink on the primer layer, and drying or curing the white ink, wherein the primer composition is a water based composition comprising an acrylic polymer emulsion, a defoamer, a surfactant or a wetting agent, wax, and water. applying a primer composition to one or more selected surfaces of the substrate to form a primer layer to seal the selected surfaces of the substrate, drying the primer layer, printing a white ink on the primer layer, and drying or curing the white ink, wherein the primer composition is a water based composition comprising an acrylic polymer emulsion, a defoamer, a surfactant or a wetting agent, wax, and water.
A cleaning method comprising: removing a cover assembly from a pressure pot of a material spray system ; mating the cover assembly with a wash tank , wherein the cover assembly closes an opening into the wash tank ; directing cleaning solution into a cavity of the wash tank and against the cover assembly from a nozzle to remove material residue from the cover assembly ; and directing the cleaning solution into a conduit of the cover assembly to remove material residue from within the conduit ; characterised in that the nozzle is configured to direct the cleaning solution upwards and against a tube of a material pickup device of the cover assembly , and the nozzle is further configured to direct the cleaning solution into a recess of the tube and into an internal passage of the conduit . removing a cover assembly from a pressure pot of a material spray system ; mating the cover assembly with a wash tank , wherein the cover assembly closes an opening into the wash tank ; directing cleaning solution into a cavity of the wash tank and against the cover assembly from a nozzle to remove material residue from the cover assembly ; and directing the cleaning solution into a conduit of the cover assembly to remove material residue from within the conduit ; characterised in that the nozzle is configured to direct the cleaning solution upwards and against a tube of a material pickup device of the cover assembly , and the nozzle is further configured to direct the cleaning solution into a recess of the tube and into an internal passage of the conduit .
A mid-turbine frame (57; 80) comprising: a plurality of vanes , each vane comprising: an airfoil extending between a radially outer platform and a radially inner platform ; and characterised by said radially outer platform having nominally radially thinner portions , and a pad defining a radially thicker portion, with said pad having a radial thickness that is greater than a thickness of said nominal radially thinner portions and said pad surrounding an outer periphery of said airfoil on a radially outer side of said radially outer platform , and said pad having a varying radial thickness; wherein said nominally radially thinner portions are circumferentially intermediate to adjacent airfoils of the plurality of vanes . a plurality of vanes , each vane comprising: an airfoil extending between a radially outer platform and a radially inner platform ; and characterised by said radially outer platform having nominally radially thinner portions , and a pad defining a radially thicker portion, with said pad having a radial thickness that is greater than a thickness of said nominal radially thinner portions and said pad surrounding an outer periphery of said airfoil on a radially outer side of said radially outer platform , and said pad having a varying radial thickness; an airfoil extending between a radially outer platform and a radially inner platform ; and characterised by said radially outer platform having nominally radially thinner portions , and a pad defining a radially thicker portion, with said pad having a radial thickness that is greater than a thickness of said nominal radially thinner portions and said pad surrounding an outer periphery of said airfoil on a radially outer side of said radially outer platform , and said pad having a varying radial thickness; wherein said nominally radially thinner portions are circumferentially intermediate to adjacent airfoils of the plurality of vanes .
A method for manufacturing pairs of jaw members configured for use with an electrosurgical forceps , comprising: stamping seal plates from sheet metal and forming each seal plate with a structural insert portion and two sealing surface portions depending from the structural insert portion, the two sealing surface portions being spaced apart; positioning the seal plates into respective mold cavities; introducing an insulative substrate into the respective mold cavity; positioning a knife channel mold into at least one of the mold cavities such that a knife channel is spaced from the seal plate, the knife channel configured for reciprocation of a knife blade therethrough; allowing the insulative substrate to harden in the respective mold cavities to form respective jaw housings with the seal plates secured thereto; and removing the jaw housings from the respective mold cavities to form the pair of jaw members. stamping seal plates from sheet metal and forming each seal plate with a structural insert portion and two sealing surface portions depending from the structural insert portion, the two sealing surface portions being spaced apart; positioning the seal plates into respective mold cavities; introducing an insulative substrate into the respective mold cavity; positioning a knife channel mold into at least one of the mold cavities such that a knife channel is spaced from the seal plate, the knife channel configured for reciprocation of a knife blade therethrough; allowing the insulative substrate to harden in the respective mold cavities to form respective jaw housings with the seal plates secured thereto; and removing the jaw housings from the respective mold cavities to form the pair of jaw members.
An airbag unit for a motor vehicle safety device, the unit comprising: an inflatable airbag formed of flexible material and provided in a rolled and/or folded package ; and a cover extending around at least part of the package ; said cover comprising a first cover portion and a second cover portion ; the first cover portion being located on a first side of the package , and at least region of the second cover portion being located on an opposite second side of the package ; wherein said second cover portion is substantially flexible and is connected to or formed integrally with said first cover portion ; and said first cover portion has a predetermined stable shape and is relatively rigid in comparison to said second cover portion , the airbag unit being characterised in that said first cover portion is formed from ductile fabric material ; comprising a plurality of polymeric fibres , at least some of said fibres being fused together to impart said predetermined stable shape to the first cover portion .
An electric power steering system comprising: a rack shaft connected to steered wheels ; a rack housing configured to accommodate the rack shaft ; a pinion shaft provided with a pinion gear meshed with a rack gear of the rack shaft ; a speed-reducer including a worm wheel and a worm shaft , the worm wheel being connected to a portion of the pinion shaft such that the worm wheel is rotatable together with the pinion shaft in an integrated manner, the portion of the pinion shaft protruding from the rack housing , and the worm shaft being meshed with the worm wheel ; an electric motor configured to rotationally drive the worm shaft ; a speed-reducer housing configured to accommodate the speed-reducer ; a bearing disposed in the speed-reducer housing , the bearing being configured to support the pinion shaft such that the pinion shaft is rotatable; and a seal member having an annular shape, the seal member disposed at a position closer to the pinion gear than the worm wheel is, characterized in that the seal member is disposed in an internal space of the speed-reducer housing , the seal member being configured to seal a clearance between the pinion shaft and the speed-reducer housing . a rack shaft connected to steered wheels ; a rack housing configured to accommodate the rack shaft ; a pinion shaft provided with a pinion gear meshed with a rack gear of the rack shaft ; a speed-reducer including a worm wheel and a worm shaft , the worm wheel being connected to a portion of the pinion shaft such that the worm wheel is rotatable together with the pinion shaft in an integrated manner, the portion of the pinion shaft protruding from the rack housing , and the worm shaft being meshed with the worm wheel ; an electric motor configured to rotationally drive the worm shaft ; a speed-reducer housing configured to accommodate the speed-reducer ; a bearing disposed in the speed-reducer housing , the bearing being configured to support the pinion shaft such that the pinion shaft is rotatable; and a seal member having an annular shape, the seal member disposed at a position closer to the pinion gear than the worm wheel is, characterized in that the seal member is disposed in an internal space of the speed-reducer housing , the seal member being configured to seal a clearance between the pinion shaft and the speed-reducer housing .
A method in a user equipment for updating a timing of a first cell , wherein the timing is the arrival time of a signal sent from a base station in the first cell relative to a clock in the user equipment , in a wireless communication network , the method comprising: measuring a timing offset for the first cell and one or more second cells , wherein a timing offset of a cell is a time difference between an actual arrival time and an expected arrival time of a signal sent from the base station to the user equipment in the cell; when a quality of the timing offset measurement of the first cell is below a first threshold, computing a timing offset estimate for the first cell based on the measured timing offset for the one or more second cells ; updating the timing of the first cell based on the computed timing offset estimate. measuring a timing offset for the first cell and one or more second cells , wherein a timing offset of a cell is a time difference between an actual arrival time and an expected arrival time of a signal sent from the base station to the user equipment in the cell; when a quality of the timing offset measurement of the first cell is below a first threshold, computing a timing offset estimate for the first cell based on the measured timing offset for the one or more second cells ; updating the timing of the first cell based on the computed timing offset estimate.
A marine vessel comprising a hull (101; 301) and a hydrofoil system, the hydrofoil system comprising at least one pair of foldable hydrofoils (109, 110; 309, 310) which are pivoted relative to the marine vessel, wherein each hydrofoil (109, 110; 309, 310) is controllable by at least one actuator for displacement of the at least one pair of foldable hydrofoils in a lateral direction of the marine vessel between a stowed position and a deployed position, wherein - each foldable hydrofoil (109, 110; 309, 310) comprises a first portion (111; 311, 315) comprising an upper end mounted hinged relative to the hull above the water line on opposite sides of the marine vessel; wherein each first portion (111; 311, 315) extends adjacent the hull (101; 301) between the upper end and the water line of the marine vessel when the hydrofoil is in the stowed position; and - each foldable hydrofoil comprises a second portion (112; 312, 316) comprising a free second end extending under the hull; characterised in that the second portion (112; 312, 316) is submerged and arranged in a lateral recess (107; 307) behind a stepped hull portion of the marine vessel when the hydrofoil is in the stowed position. - each foldable hydrofoil (109, 110; 309, 310) comprises a first portion (111; 311, 315) comprising an upper end mounted hinged relative to the hull above the water line on opposite sides of the marine vessel; wherein each first portion (111; 311, 315) extends adjacent the hull (101; 301) between the upper end and the water line of the marine vessel when the hydrofoil is in the stowed position; and - each foldable hydrofoil comprises a second portion (112; 312, 316) comprising a free second end extending under the hull;
Method for cutting a workpiece portion from a plate-like workpiece by means of a processing beam, having the steps of: a) completely cutting at least one inner contour of the workpiece portion , characterised by b) cutting a portion (AB) of an outer contour of the workpiece portion , and c) completely cutting at least one additional inner contour of the workpiece portion . a) completely cutting at least one inner contour of the workpiece portion , characterised by b) cutting a portion (AB) of an outer contour of the workpiece portion , and c) completely cutting at least one additional inner contour of the workpiece portion .
A liquid injection structure comprising a sleeve , an elastic member , a positioning member disposed in the sleeve and fixedly connected to the sleeve , and a liquid injection tube slidably arranged between the sleeve and the positioning member ; wherein one end of the elastic member abuts against the sleeve , the other end of the elastic member abuts against the liquid injection tube , the sleeve is provided with a first liquid injection port , one end of the liquid injection tube away from the first liquid injection port is provided with a second liquid injection port ; when the liquid injection tube abuts against the positioning member , the first liquid injection port is not communicated with the second liquid injection port ; by sliding the liquid injection tube relative to the positioning member , the liquid injection tube compresses the elastic member , and the sealing of the positioning member to the liquid injection tube is removed such that the first liquid injection port is communicated with the second liquid injection port .