mhurhangee/patent-ind-claim-en huggingface dataset:
Press for the continuous production of material boards, such as particle boards, fiber boards, plywood boards or plastic boards, comprising flexible, endless steel strips which transmit the pressing pressure and draw the material to be pressed through the press, which are guided around a press table or press ram and which are supported on press plates attached to the press table and press ram by means of rolling bars which travel with them and are guided with their axes transverse to the direction of travel of the strip, comprising one infeed mechanism each arranged transverse to the direction of production in the press, comprising a frame and a shaft mounted therein with gearwheels for guiding the rolling bars in the infeed region of the press, characterized in that the shaft is mounted in a stationary manner in a frame , and in that at least one actuator, preferably a linear actuator, is arranged for adjusting the position of the frame . comprising one infeed mechanism each arranged transverse to the direction of production in the press, comprising a frame and a shaft mounted therein with gearwheels for guiding the rolling bars in the infeed region of the press, characterized in that the shaft is mounted in a stationary manner in a frame , and in that at least one actuator, preferably a linear actuator, is arranged for adjusting the position of the frame .
A detector device for detecting infrared radiation, the device comprising: · a temperature sensor for generating signals (T F , T c ) indicative of a difference (ΔT) between a reference temperature (T F ) and the temperature (T c ) of a portion exposed to the infrared radiation; and · a determination module for determining a presence indication (PRES) and a movement indication (MOUV) as a function solely of a plurality of reading values of said difference (ΔT) as taken over a time interval; wherein the module is designed to determine an adaptive threshold (S) as a function of said reading values and to determine the presence indication (PRES) by comparing (E112) a current value of said difference (ΔT) with the adaptive threshold (S); and wherein the module is designed to determine a variance (V) for said reading values and to determine the movement indication (MOUV) by comparing (E204) the determined variance (V) with a predefined threshold (V 0 ). · a temperature sensor for generating signals (T F , T c ) indicative of a difference (ΔT) between a reference temperature (T F ) and the temperature (T c ) of a portion exposed to the infrared radiation; and · a determination module for determining a presence indication (PRES) and a movement indication (MOUV) as a function solely of a plurality of reading values of said difference (ΔT) as taken over a time interval;
An observation sample covering implement comprising: a main body section that has a holding section with an opening section formed therein; an ultra-thin film is formed larger than the opening section and sticks to at least an upper surface and part of a side surface of the holding section so as to block the opening section , and is held on the holding section ; wherein the main body section includes: a plate section in which the holding section is composed of a plate material and a through hole is formed in the plate material to form the opening section , characterized in that : the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section ; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin. a main body section that has a holding section with an opening section formed therein; an ultra-thin film is formed larger than the opening section and sticks to at least an upper surface and part of a side surface of the holding section so as to block the opening section , and is held on the holding section ; wherein the main body section includes: a plate section in which the holding section is composed of a plate material and a through hole is formed in the plate material to form the opening section , characterized in that : the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section ; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin. the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section ; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin.
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters, of a first cell, indicating the first cell self-schedules the first cell and cross-carrier schedules a second cell; receiving, via the first cell, a downlink control information, DCI, comprising: a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and in response to the PDCCH monitoring skipping indication indicating skipping PDCCH monitoring and regardless of a value of the CIF indicating self-scheduling or cross-carrier scheduling: skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell. receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters, of a first cell, indicating the first cell self-schedules the first cell and cross-carrier schedules a second cell; receiving, via the first cell, a downlink control information, DCI, comprising: a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and in response to the PDCCH monitoring skipping indication indicating skipping PDCCH monitoring and regardless of a value of the CIF indicating self-scheduling or cross-carrier scheduling: skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell. skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell.
An image processing method operable in an image processing system comprising an image capturing device and a processor , the method comprising the processor: acquiring from the image capturing device , successive sets of component images of a scene, each image within a set having a different exposure than each other component image of the set; generating a high dynamic range, HDR, image from an associated set of component images ; performing a spectral analysis of said generated HDR image to determine whether the HDR image comprises spectral components indicative of a lighting of the scene by a modulated light source; characterised in that the processor further analysing meta-data associated with a set of component images to determine a difference between meta-data for one component image of the set and meta-data for at least one other component image of the set, any difference being indicative of an artefact caused by illumination of said scene by a modulated light source while said meta-data analysis is based on one or more of: white balance information and/or colour temperature of said set of component images; combining a result of said spectral analysis and said meta-data analysis to provide an indication that illumination of said scene by a modulated light source is causing a visible artefact in at least one of said HDR images; and responsive to such an indication, changing a HDR operating mode of the image processing system . acquiring from the image capturing device , successive sets of component images of a scene, each image within a set having a different exposure than each other component image of the set; generating a high dynamic range, HDR, image from an associated set of component images ; performing a spectral analysis of said generated HDR image to determine whether the HDR image comprises spectral components indicative of a lighting of the scene by a modulated light source; characterised in that the processor further analysing meta-data associated with a set of component images to determine a difference between meta-data for one component image of the set and meta-data for at least one other component image of the set, any difference being indicative of an artefact caused by illumination of said scene by a modulated light source while said meta-data analysis is based on one or more of: white balance information and/or colour temperature of said set of component images; combining a result of said spectral analysis and said meta-data analysis to provide an indication that illumination of said scene by a modulated light source is causing a visible artefact in at least one of said HDR images; and responsive to such an indication, changing a HDR operating mode of the image processing system .
An adaptor top for a cartridge having an annular bead at a distal end , wherein a seal is held in place on the bead by a ferrule , the adaptor top comprising: a main body having a proximal end , a distal end , and a bore that receives the cartridge , wherein the main body further comprises an outer thread configured for receiving a threaded needle hub, wherein the main body is provided with a pass through near the distal end sized and configured so that, when the adapter top is placed over the ferrule the pass through exposes a portion of the ferrule of the cartridge and provides access to at least a portion of the pierceable seal , and a retention feature on the main body suitable for snapping under the bead of the cartridge for securing the adaptor top to the cartridge , characterized in that the retention feature includes at least one fastening mechanism comprising a pair of hinged or flexible arms integral with the main body at the proximal end , wherein the arms are configured to snap under the bead of the cartridge to lock the adaptor top to the cartridge . a main body having a proximal end , a distal end , and a bore that receives the cartridge , wherein the main body further comprises an outer thread configured for receiving a threaded needle hub, wherein the main body is provided with a pass through near the distal end sized and configured so that, when the adapter top is placed over the ferrule the pass through exposes a portion of the ferrule of the cartridge and provides access to at least a portion of the pierceable seal , and a retention feature on the main body suitable for snapping under the bead of the cartridge for securing the adaptor top to the cartridge , characterized in that the retention feature includes at least one fastening mechanism comprising a pair of hinged or flexible arms integral with the main body at the proximal end , wherein the arms are configured to snap under the bead of the cartridge to lock the adaptor top to the cartridge .
A method for detecting identifiers on a rodent containment cage , comprising: engaging a cage with rail guides on adjacent first and second cage mount assemblies of a rack , the cage comprising a first detectable identifier and a second detectable identifier , and the first and second cage mount assemblies each comprising a detector ; and sliding the cage into the cage mount assemblies thereby contacting the cage lid with the rail guides of the first and second cage mount assemblies , whereby the first detectable identifier is detected by the detector on the first cage mount assembly and the second detectable identifier is detected by the detector on the second cage mount assembly as each identifier passes each detector when the cage is slid into the first and second cage mount assemblies . engaging a cage with rail guides on adjacent first and second cage mount assemblies of a rack , the cage comprising a first detectable identifier and a second detectable identifier , and the first and second cage mount assemblies each comprising a detector ; and sliding the cage into the cage mount assemblies thereby contacting the cage lid with the rail guides of the first and second cage mount assemblies , whereby the first detectable identifier is detected by the detector on the first cage mount assembly and the second detectable identifier is detected by the detector on the second cage mount assembly as each identifier passes each detector when the cage is slid into the first and second cage mount assemblies .
An optical article comprising a substrate having a front main face and a rear main face, the rear main face being coated with a multilayer antireflection coating, wherein - the mean light reflection factor Rv on said rear main face between 380 nm and 780 nm is lower than or equal to 1.5 %, - the mean reflection factor Ruv on said rear main face between 280 nm and 380 nm, weighted by the function W(λ) defined in the ISO 13666:1998 standard, is lower than or equal to 7 %, for an angle of incidence of 35°, characterized in that the outermost layer of said multilayer antireflection coating is a layer A containing silicon, carbon and fluorine atoms, said layer A having a refractive index ranging from 1.40 to 1.45, a thickness higher than or equal to 20 nm and is not formed from inorganic precursor compounds. - the mean light reflection factor Rv on said rear main face between 380 nm and 780 nm is lower than or equal to 1.5 %, - the mean reflection factor Ruv on said rear main face between 280 nm and 380 nm, weighted by the function W(λ) defined in the ISO 13666:1998 standard, is lower than or equal to 7 %, for an angle of incidence of 35°,
A discharge device for a visibility-ensuring material comprising: a syringe, wherein a gel-like viscoelastic body is filled into the syringe; and at least one of: a mesh filter having an opening of less than 1 mm, a needle having an inner diameter of less than 1 mm, and an application nozzle having a tip end having an inner diameter of less than 1 mm, wherein the gel-like viscoelastic body comprises a self-assembling peptide, and wherein the gel-like viscoelastic body is intended to be passed through the mesh filter, the needle and/or the application nozzle. a syringe, wherein a gel-like viscoelastic body is filled into the syringe; and at least one of: a mesh filter having an opening of less than 1 mm, a needle having an inner diameter of less than 1 mm, and an application nozzle having a tip end having an inner diameter of less than 1 mm,
An optical device comprising: a housing ; an imaging system ; a switch positioned in the housing whereby the imaging system is directed to produce generated light in response to the switch being mechanically depressed and to stop generating light in response to the switch being undepressed; and an eyecup that is in mechanical communication with the switch and extending from the housing, the eyecup including an activation surface , the eyecup configured to translate into the housing and mechanically depress the switch in response to force being applied to the activation surface via an external actuator , the eyecup being configured to transmit the generated light and further seal the generated light substantially from unwanted leakage. a housing ; an imaging system ; a switch positioned in the housing whereby the imaging system is directed to produce generated light in response to the switch being mechanically depressed and to stop generating light in response to the switch being undepressed; and an eyecup that is in mechanical communication with the switch and extending from the housing, the eyecup including an activation surface , the eyecup configured to translate into the housing and mechanically depress the switch in response to force being applied to the activation surface via an external actuator , the eyecup being configured to transmit the generated light and further seal the generated light substantially from unwanted leakage.
A self-centering endodontic bur for root canal procedures, comprising: a drive shaft connectable to a motorized dental handpiece; a shank attached to the drive shaft with the same axis as the drive shaft ; and a head attached to the shank at a base ; wherein the head comprises an outer surface having a plurality of cutting blades forming a conical shape from a narrow vertex to the base, wherein the narrow vertex forms a round ended cone, the plurality of cutting blades running parallel to the axis of the shank and extending outwardly from the outer surface , wherein the shank tapers in width from the drive shaft to the head in a manner which allows microscopic observation of the head ; wherein the shank is of a stiffness capable of self-centering the endodontic bur in use. a drive shaft connectable to a motorized dental handpiece; a shank attached to the drive shaft with the same axis as the drive shaft ; and a head attached to the shank at a base ; wherein the head comprises an outer surface having a plurality of cutting blades forming a conical shape from a narrow vertex to the base, wherein the narrow vertex forms a round ended cone, the plurality of cutting blades running parallel to the axis of the shank and extending outwardly from the outer surface , wherein the shank tapers in width from the drive shaft to the head in a manner which allows microscopic observation of the head ; wherein the shank is of a stiffness capable of self-centering the endodontic bur in use.
A method for enabling user access to a cloud-based communications application for which an identifier is required for communications, the method comprising: receiving from a user a registration request for user access to the cloud-based communications application, the registration request comprising an identifier associated with a telephone apparatus; responsive to receiving the registration request, causing transmission of a first challenge-response test to the user; only upon receiving a successful response to said first challenge-response test, initiating a communication to the telephone apparatus using the identifier; detecting receipt and acceptance of the communication at the telephone apparatus to establish a telephony connection; and subsequent to detecting receipt and acceptance of the communication to establish a telephony connection, registering the user to the cloud-based communications application for enabling subsequent access and use of the cloud-based communications application, including enabling communications made via the cloud-based communications application to be made using the telephone apparatus identifier. receiving from a user a registration request for user access to the cloud-based communications application, the registration request comprising an identifier associated with a telephone apparatus; responsive to receiving the registration request, causing transmission of a first challenge-response test to the user; only upon receiving a successful response to said first challenge-response test, initiating a communication to the telephone apparatus using the identifier; detecting receipt and acceptance of the communication at the telephone apparatus to establish a telephony connection; and subsequent to detecting receipt and acceptance of the communication to establish a telephony connection, registering the user to the cloud-based communications application for enabling subsequent access and use of the cloud-based communications application, including enabling communications made via the cloud-based communications application to be made using the telephone apparatus identifier.
Suspension of a wheelset of a railway car including - at least one wheelset comprising at least one axle , together with wheels , bearings , and axle boxes , - helical springs fitted to the ends of the axle on both sides of the axle's axle box , in order to support the frame of the railway car or the frame of a bogie of the railway car, characterized by further including - a slider on the side of the upper end of each helical spring and arranged to be moveably attached to the axle's axle box , and in which there is at least one curved guide surface , which curved guide surface is cylindrical and has at least one radius of curvature around an axis parallel to the axle of the wheelset, - a friction damper fitted to the upper end of the helical springs , which comprises a counter surface supported on the curved guide surface of the slider of the axle box , the shape of which corresponds to the shape of the curved guide surface , a spring plate , which contains a head cup for supporting the upper end of the helical spring , and at least one planar slanting friction surface , which is arranged to be supported on a planar slanting counter surface in the frame of the bogie/car and to correspond to this slanting counter surface , and - at least one spring , which is arranged in parallel with the planar slanting counter surface in the frame of the bogie/car, and the slanting friction surface of the friction damper, in such a way that it creates a spring force parallel to the plan of the slanting friction surface , the spring being arranged to be fitted between the friction damper and the frame of the bogie/car. - at least one wheelset comprising at least one axle , together with wheels , bearings , and axle boxes , - helical springs fitted to the ends of the axle on both sides of the axle's axle box , in order to support the frame of the railway car or the frame of a bogie of the railway car, - a slider on the side of the upper end of each helical spring and arranged to be moveably attached to the axle's axle box , and in which there is at least one curved guide surface , which curved guide surface is cylindrical and has at least one radius of curvature around an axis parallel to the axle of the wheelset, - a friction damper fitted to the upper end of the helical springs , which comprises a counter surface supported on the curved guide surface of the slider of the axle box , the shape of which corresponds to the shape of the curved guide surface , a spring plate , which contains a head cup for supporting the upper end of the helical spring , and at least one planar slanting friction surface , which is arranged to be supported on a planar slanting counter surface in the frame of the bogie/car and to correspond to this slanting counter surface , and - at least one spring , which is arranged in parallel with the planar slanting counter surface in the frame of the bogie/car, and the slanting friction surface of the friction damper, in such a way that it creates a spring force parallel to the plan of the slanting friction surface , the spring being arranged to be fitted between the friction damper and the frame of the bogie/car.