mhurhangee/patent-ind-claim-en huggingface dataset:
A handswitch (52; 52'; 52"; 52′′′; 52ʺʺ) for a powered surgical handpiece comprising: a mounting base (62; 62'; 62"; 62′′′; 62ʺʺ) defining a pivot axis (86; 86ʺʺ); an elongated lever (64; 64ʺʺ) defining a lever axis (152; 152ʺʺ) substantially normal to at least a direction of the pivot axis (86; 86ʺʺ) and the lever (64; 64ʺʺ) including: a proximal end pivotably connected to the mounting base (62; 62'; 62"; 62′′′; 62ʺʺ) at the pivot axis (86; 86ʺʺ), a distal end opposite the proximal end ; a spring between the base (62; 62'; 62"; 62′′′; 62ʺʺ) and the lever (64; 64"") biasing the lever (64; 64ʺʺ) about the pivot axis (86; 86ʺʺ); a run-safe switch (68; 68ʺʺ); and a lever extension (70; 70ʺʺ); characterized in that the lever (64; 64ʺʺ) further includes: a first track in a distal end portion on an inner side of the lever (64; 64""), and a second track on an outer side opposite the inner side and extending from the distal end to a proximal end portion of the lever (64; 64""), with both tracks substantially parallel to the lever axis (152; 152""), wherein the run-safe switch (68; 68ʺʺ) is slidably disposed on the first track , and the lever extension (70; 70ʺʺ) is slidably disposed on the second track . a mounting base (62; 62'; 62"; 62′′′; 62ʺʺ) defining a pivot axis (86; 86ʺʺ); an elongated lever (64; 64ʺʺ) defining a lever axis (152; 152ʺʺ) substantially normal to at least a direction of the pivot axis (86; 86ʺʺ) and the lever (64; 64ʺʺ) including: a proximal end pivotably connected to the mounting base (62; 62'; 62"; 62′′′; 62ʺʺ) at the pivot axis (86; 86ʺʺ), a distal end opposite the proximal end ; a spring between the base (62; 62'; 62"; 62′′′; 62ʺʺ) and the lever (64; 64"") biasing the lever (64; 64ʺʺ) about the pivot axis (86; 86ʺʺ); a run-safe switch (68; 68ʺʺ); and a lever extension (70; 70ʺʺ); characterized in that the lever (64; 64ʺʺ) further includes: a first track in a distal end portion on an inner side of the lever (64; 64""), and a second track on an outer side opposite the inner side and extending from the distal end to a proximal end portion of the lever (64; 64""), with both tracks substantially parallel to the lever axis (152; 152""), wherein the run-safe switch (68; 68ʺʺ) is slidably disposed on the first track , and the lever extension (70; 70ʺʺ) is slidably disposed on the second track . a proximal end pivotably connected to the mounting base (62; 62'; 62"; 62′′′; 62ʺʺ) at the pivot axis (86; 86ʺʺ), a distal end opposite the proximal end ; a spring between the base (62; 62'; 62"; 62′′′; 62ʺʺ) and the lever (64; 64"") biasing the lever (64; 64ʺʺ) about the pivot axis (86; 86ʺʺ); a run-safe switch (68; 68ʺʺ); and a lever extension (70; 70ʺʺ); a first track in a distal end portion on an inner side of the lever (64; 64""), and a second track on an outer side opposite the inner side and extending from the distal end to a proximal end portion of the lever (64; 64""), with both tracks substantially parallel to the lever axis (152; 152""),
Dust hood having a flange for fastening the dust hood to a gear neck of a cut-off grinder , and having a hood body for at least partially covering a circular cut-off wheel on both sides, and having an extraction port via which abrasively removed substrate can be extracted from the hood body , wherein the dust hood has a depth stop , by means of which a cutting depth of the cut-off wheel can be delimited, characterized in that the depth stop is mounted on the flange side of the hood body via a one-arm mount , and wherein the hood body comprises a main extraction duct , wherein the main extraction duct is subdivided into two suction chambers by a hood web . the depth stop is mounted on the flange side of the hood body via a one-arm mount , and wherein the hood body comprises a main extraction duct , wherein the main extraction duct is subdivided into two suction chambers by a hood web .
A head-up display device comprising: a light-emitting device capable of emitting an image to be projected onto a projection surface ; a reflecting mirror reflecting light emitted from the light-emitting device ; and a screen on which the light reflected by the reflecting mirror is focused and through which the light passes, wherein the reflecting mirror has at least first and second reflecting surfaces , the light emitted from the light-emitting device being incident on the first and second reflecting surfaces , the screen includes a first screen through which the light reflected by the first reflecting surface passes and a second screen through which the light reflected by the second reflecting surface passes , the first screen and the second screen are disposed so that a length of a first optical path (L1) in which the light having passed through the first screen reaches the projection surface is different from a length of a second optical path (L2) in which the light having passed through the second screen reaches the projection surface , characterized in that one and the other of the first and second reflecting surfaces are a flat and a curved surface or curved surfaces having different shapes, and when the light reflected by the first reflecting surface that is a curved surface and/or the second reflecting surface that is a curved surface is curved surface reflected light, a lens capable of converging light is provided between the screen through which the curved surface reflected light passes and the light-emitting device . a light-emitting device capable of emitting an image to be projected onto a projection surface ; a reflecting mirror reflecting light emitted from the light-emitting device ; and a screen on which the light reflected by the reflecting mirror is focused and through which the light passes, wherein the reflecting mirror has at least first and second reflecting surfaces , the light emitted from the light-emitting device being incident on the first and second reflecting surfaces , the screen includes a first screen through which the light reflected by the first reflecting surface passes and a second screen through which the light reflected by the second reflecting surface passes , the first screen and the second screen are disposed so that a length of a first optical path (L1) in which the light having passed through the first screen reaches the projection surface is different from a length of a second optical path (L2) in which the light having passed through the second screen reaches the projection surface , characterized in that one and the other of the first and second reflecting surfaces are a flat and a curved surface or curved surfaces having different shapes, and when the light reflected by the first reflecting surface that is a curved surface and/or the second reflecting surface that is a curved surface is curved surface reflected light, a lens capable of converging light is provided between the screen through which the curved surface reflected light passes and the light-emitting device .
A non-destructive testing or inspection (NDT/NDI) probe assembly comprising: at least one wedge ; an acoustic probe ; and a probe holder comprising: a holder housing , having an open position to receive and a closed position to removably hold one of a plurality of wedges , each one of the plurality of wedges being compatible with a respective testing surface, the housing comprising: a first housing portion ; and, a second housing portion configured to, in combination with the first housing portion , removably hold the wedge , wherein the probe housing is configured to removably hold a first wedge of the plurality of wedges at times when the probe holder is in a first configuration, and to removably hold a second wedge of the plurality of wedges at times when the probe holder is in a second configuration, wherein the probe holder further comprises: a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions securely together in the closed position. at least one wedge ; an acoustic probe ; and a probe holder comprising: a holder housing , having an open position to receive and a closed position to removably hold one of a plurality of wedges , each one of the plurality of wedges being compatible with a respective testing surface, the housing comprising: a first housing portion ; and, a second housing portion configured to, in combination with the first housing portion , removably hold the wedge , a first housing portion ; and, a second housing portion configured to, in combination with the first housing portion , removably hold the wedge , wherein the probe housing is configured to removably hold a first wedge of the plurality of wedges at times when the probe holder is in a first configuration, and to removably hold a second wedge of the plurality of wedges at times when the probe holder is in a second configuration, wherein the probe holder further comprises: a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions securely together in the closed position. a slide mechanism for sliding the first housing portion and the second housing portion closer to or further from each other to reach the closed or opened positions, and a device for engaging first and second housing portions securely together in the closed position.
A continuous casting nozzle (hereinafter referred to simply as "nozzle") for being located beneath a stopper for controlling a flow rate of molten steel in continuous casting of molten steel, and fittingly engageable with the stopper in a fitting engagement region, the nozzle comprising: a fitting engagement sub-region including a contact area with the stopper , the fitting engagement sub-region comprising a layer composed of a refractory material for a fitting engagement region (the layer will hereinafter be referred to as "fitting engagement region refractory material layer"); a nozzle body composed of a different refractory material from the refractory material for the fitting engagement region (the different refractory material will hereinafter be referred to as "main body refractory material"); and a gas outlet provided in at least one boundary area between the fitting engagement region refractory material layer and the main body refractory material in a surface of the nozzle contactable with molten steel. a fitting engagement sub-region including a contact area with the stopper , the fitting engagement sub-region comprising a layer composed of a refractory material for a fitting engagement region (the layer will hereinafter be referred to as "fitting engagement region refractory material layer"); a nozzle body composed of a different refractory material from the refractory material for the fitting engagement region (the different refractory material will hereinafter be referred to as "main body refractory material"); and a gas outlet provided in at least one boundary area between the fitting engagement region refractory material layer and the main body refractory material in a surface of the nozzle contactable with molten steel.
Method for simultaneously cutting a plurality of slices from a bar, by moving the bar through a wire gate of structured saw wire stretched by two wire guide rollers rotating in the same direction, while a slurry is fed to the wire creel, wherein the structuring of the wire consists of a plurality of indentations and protrusions of a smooth core wire perpendicular to the longitudinal direction of the core wire, wherein the structured saw wire is guided through grooves of the two wire guide rollers , characterized in that a bottom of each groove , on which the structured wire rests, has has a curved groove base with a radius of curvature which for each groove is equal to or up to 1.5 times larger than the radius of the envelope of the structured wire , which the structured wire has in the respective groove, wherein the envelope is understood to be that straight circular cylinder of smallest diameter which completely contains the entire structured wire. by moving the bar through a wire gate of structured saw wire stretched by two wire guide rollers rotating in the same direction, while a slurry is fed to the wire creel, wherein the structuring of the wire consists of a plurality of indentations and protrusions of a smooth core wire perpendicular to the longitudinal direction of the core wire, wherein the structured saw wire is guided through grooves of the two wire guide rollers , characterized in that a bottom of each groove , on which the structured wire rests, has has a curved groove base with a radius of curvature which for each groove is equal to or up to 1.5 times larger than the radius of the envelope of the structured wire , which the structured wire has in the respective groove, wherein the envelope is understood to be that straight circular cylinder of smallest diameter which completely contains the entire structured wire.
A diaphragm assembly comprising: a diaphragm member comprising: a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion ; a second lip extending substantially transverse to the second face of the disk shaped portion ; a housing configured to support and seal a periphery of the diaphragm member the housing having first and second clamping faces engaging the first and second faces of the diaphragm member ; said assembly being characterized in that it further comprises: a first sealing element engaging the first face of the disk shaped portion , a radially inner portion of the first lip and the housing ; and a second sealing element engaging the second face of the disk shaped portion , a radially inner portion of the second lip and the housing ; and in that the housing defines a cavity receiving the first lip and the first sealing element and the second lip and the second sealing element . a diaphragm member comprising: a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion ; a second lip extending substantially transverse to the second face of the disk shaped portion ; a disk shaped portion having a first face and an opposed second face; a first lip extending substantially transverse to the first face of the disk shaped portion ; a second lip extending substantially transverse to the second face of the disk shaped portion ; a housing configured to support and seal a periphery of the diaphragm member the housing having first and second clamping faces engaging the first and second faces of the diaphragm member ; said assembly being characterized in that it further comprises: a first sealing element engaging the first face of the disk shaped portion , a radially inner portion of the first lip and the housing ; and a second sealing element engaging the second face of the disk shaped portion , a radially inner portion of the second lip and the housing ; and a first sealing element engaging the first face of the disk shaped portion , a radially inner portion of the first lip and the housing ; and a second sealing element engaging the second face of the disk shaped portion , a radially inner portion of the second lip and the housing ; and in that the housing defines a cavity receiving the first lip and the first sealing element and the second lip and the second sealing element .
An electrolyte, characterized in that , the electrolyte comprising: a fluorinated cyclic carbonate, at least one chain carboxylate, and a multi-nitrile compound having an ether bond; wherein based on the total weight of the electrolyte, a weight percentage (Cf) of the fluorinated cyclic carbonate is greater than a weight percentage (C n ) of the multi-nitrile compound having an ether bond, wherein the chain carboxylate is selected from the group consisting of methyl acetate, ethyl acetate, propyl acetate, isopropyl acetate, butyl acetate, sec-butyl acetate, isobutyl acetate, tert-butyl acetate, methyl propionate, ethyl propionate, propyl propionate, isopropyl propionate, methyl butyrate, ethyl butyrate, propyl butyrate, methyl isobutyrate, ethyl isobutyrate, methyl valerate, ethyl valerate, methyl pivalate and ethyl pivalate, wherein some of the hydrogen atoms of the chain carboxylate may be substituted with fluorine.
A low beam headlamp assembly , comprising: - a LED flat module including a plurality of flat reflectors forming a plurality of flat luminous segments configured to produce a composite flat beam pattern of a low-beam distribution when activated; - a kink module having a first light source (kink 1 ) and a second light source (kink2), the first light source (kink 1 ) providing a first kink having a maximum intensity hotspot (K 1 ) and the second light source (kink2) providing a second kink having luminous intensity distribution (K 2 ) wider than the first kink ; - a digital micro-mirror device (DMD) allowing a near-field road-writing segment to be projected, said DMD near-field road -writing segment being located about a central vertical position of the low-beam distribution; - a digital micro-mirror device (DMD) allowing a far-field road-writing segment to be projected, said DMD far-field road-writing segment being located above the DMD near-field road-writing segment of the low-beam distribution; and - circuitry configured to inactivate one or more of the flat luminous segments located within the DMD near-field road-writing segment of the low-beam distribution and inactivate the first light source (kink 1 ) when the DMD near-field road-writing segment and the DMD far-field road-writing segment are activated. - a LED flat module including a plurality of flat reflectors forming a plurality of flat luminous segments configured to produce a composite flat beam pattern of a low-beam distribution when activated; - a kink module having a first light source (kink 1 ) and a second light source (kink2), the first light source (kink 1 ) providing a first kink having a maximum intensity hotspot (K 1 ) and the second light source (kink2) providing a second kink having luminous intensity distribution (K 2 ) wider than the first kink ; - a digital micro-mirror device (DMD) allowing a near-field road-writing segment to be projected, said DMD near-field road -writing segment being located about a central vertical position of the low-beam distribution; - a digital micro-mirror device (DMD) allowing a far-field road-writing segment to be projected, said DMD far-field road-writing segment being located above the DMD near-field road-writing segment of the low-beam distribution; and - circuitry configured to inactivate one or more of the flat luminous segments located within the DMD near-field road-writing segment of the low-beam distribution and inactivate the first light source (kink 1 ) when the DMD near-field road-writing segment and the DMD far-field road-writing segment are activated.
A method, comprising: - a first terminal (130, 130-1 - 130-4) receiving, on a radio link of a cellular network , at least one uplink pilot signal (310-318) transmitted by at least one second terminal (130, 130-1 - 130-4), - the first terminal (130, 130-1 - 130-4) transmitting, on the radio link , to an access node (112, 112-1 - 112-3) of the cellular network an uplink report message indicative of at least one property of the received at least one uplink pilot signal (310-318), characterized in that the method comprises: - based on the at least one property of the received at least one uplink pilot signal (310-318): establishing a sidelink channel (261-263) between the first terminal (130, 130-1 - 130-4) and a given one of the at least one second terminal (130, 130-1 -130-4) when it is determined that the path loss between the given second terminal and the first terminal is comparably small. - a first terminal (130, 130-1 - 130-4) receiving, on a radio link of a cellular network , at least one uplink pilot signal (310-318) transmitted by at least one second terminal (130, 130-1 - 130-4), - the first terminal (130, 130-1 - 130-4) transmitting, on the radio link , to an access node (112, 112-1 - 112-3) of the cellular network an uplink report message indicative of at least one property of the received at least one uplink pilot signal (310-318), - based on the at least one property of the received at least one uplink pilot signal (310-318): establishing a sidelink channel (261-263) between the first terminal (130, 130-1 - 130-4) and a given one of the at least one second terminal (130, 130-1 -130-4) when it is determined that the path loss between the given second terminal and the first terminal is comparably small.
An air treatment apparatus for an operator environment of an agricultural vehicle in which air to be filtered is drawn into an air filtration system , filtered and directed to an agricultural vehicle HVAC system , in which: the HVAC system comprises an inlet plenum, a HVAC system blower and an outlet to the operator environment; and the air filtration system comprises at least one external inlet , a first filtration device having a first coarser level of filtration located between the external inlet and the HVAC system inlet plenum, a second filtration device having a second finer level of filtration located between the at least one external inlet and the HVAC system inlet plenum, an air filtration system blower connected to the HVAC system inlet plenum, and a valve mechanism operative to selectively connect either the first filtration device or the second filtration device to the HVAC system inlet plenum, the first filtration device and the second filtration device being connected in parallel with the valve mechanism ; the air treatment apparatus being characterised in that a bypass is permanently connected at a first end downstream of the valve mechanism and at a second end adjacent the second filtration device between the second filtration device and the valve mechanism , the apparatus configurable such that, in use when the first filtration device is connected with the HVAC system inlet plenum, a portion of an air flow from the first filtration device downstream of the valve mechanism is recirculated through the bypass to purge the second filtration device . the HVAC system comprises an inlet plenum, a HVAC system blower and an outlet to the operator environment; and the air filtration system comprises at least one external inlet , a first filtration device having a first coarser level of filtration located between the external inlet and the HVAC system inlet plenum, a second filtration device having a second finer level of filtration located between the at least one external inlet and the HVAC system inlet plenum, an air filtration system blower connected to the HVAC system inlet plenum, and a valve mechanism operative to selectively connect either the first filtration device or the second filtration device to the HVAC system inlet plenum, the first filtration device and the second filtration device being connected in parallel with the valve mechanism ; the air treatment apparatus being characterised in that a bypass is permanently connected at a first end downstream of the valve mechanism and at a second end adjacent the second filtration device between the second filtration device and the valve mechanism , the apparatus configurable such that, in use when the first filtration device is connected with the HVAC system inlet plenum, a portion of an air flow from the first filtration device downstream of the valve mechanism is recirculated through the bypass to purge the second filtration device .