mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting module comprising: a substrate ; a reflective member disposed on the substrate; a plurality of light emitting devices disposed on the substrate; a resin layer disposed on the reflective member and the light emitting devices; and a diffusion layer disposed on the resin layer, wherein the resin layer includes a plurality of light-blocking portions that are a recess region formed concave from an upper surface of the resin layer, wherein each of the light emitting devices emit light in a first direction, wherein each of the plurality of light-blocking portions includes a first region (g1) overlapping each of the light emitting devices, a second region (g2) extending from the first region in a first direction, a third region (g3) extending from the second region in a direction of a first side surface of the substrate, and a fourth region (g4) extending from the second region in a direction of a second side surface of the substrate, wherein an area of the second region (g2) is larger than an area of the third region (g3) or an area of the fourth region (g4), wherein each of the light-blocking portions is formed by an air gap, and wherein a maximum length of each of the light-blocking portions in the first direction is less than a maximum width of a second direction orthogonal to the first direction. a substrate ; a reflective member disposed on the substrate; a plurality of light emitting devices disposed on the substrate; a resin layer disposed on the reflective member and the light emitting devices; and a diffusion layer disposed on the resin layer, wherein the resin layer includes a plurality of light-blocking portions that are a recess region formed concave from an upper surface of the resin layer, wherein each of the light emitting devices emit light in a first direction, wherein each of the plurality of light-blocking portions includes a first region (g1) overlapping each of the light emitting devices, a second region (g2) extending from the first region in a first direction, a third region (g3) extending from the second region in a direction of a first side surface of the substrate, and a fourth region (g4) extending from the second region in a direction of a second side surface of the substrate, wherein an area of the second region (g2) is larger than an area of the third region (g3) or an area of the fourth region (g4), wherein each of the light-blocking portions is formed by an air gap, and wherein a maximum length of each of the light-blocking portions in the first direction is less than a maximum width of a second direction orthogonal to the first direction.
An electronic toothbrush system for monitoring brushing and compliance with a tooth brush regime, the electronic toothbrush system comprising: a toothbrush including a handle and a head; a motion sensor configured to output motion data related to motion of the toothbrush; a controller ; a memory for storing the motion data output by the motion sensor, the memory being in data communication with the controller; the controller configured to calculate a value indicating the likelihood that the head of the toothbrush is brushing a specific section among sections of a mouth of a user of the toothbrush by determining the likelihood strokes correlate or relate to previously recorded calibration data in those sections by comparing the motion data to the calibration data using a statistical analysis. a toothbrush including a handle and a head; a motion sensor configured to output motion data related to motion of the toothbrush; a controller ; a memory for storing the motion data output by the motion sensor, the memory being in data communication with the controller; the controller configured to calculate a value indicating the likelihood that the head of the toothbrush is brushing a specific section among sections of a mouth of a user of the toothbrush by determining the likelihood strokes correlate or relate to previously recorded calibration data in those sections by comparing the motion data to the calibration data using a statistical analysis.
A binder composition for the manufacture of iron ore pellets containing: a) at least two organic binding agents LO in the form of solid particles, which are at least: - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and b) at least one inorganic binding agent LI in the form of solid particles, the solid particles of the binders LO having a number median size greater than 500 micrometers, the particles of the binding agent LI have a number median size of less than one-third of the number median size of the solid particles of the binding agents LO. a) at least two organic binding agents LO in the form of solid particles, which are at least: - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and - a water-soluble anionic polymer P1 with a weight average molecular weight between 500 and 200,000 daltons, and - a water-soluble anionic or amphoteric polymer P2 with a weight average molecular weight greater than 500,000 daltons; wherein the weight average molecular weight of the polymer P1 and of the polymer P2 is determined as defined in the description, and b) at least one inorganic binding agent LI in the form of solid particles, the solid particles of the binders LO having a number median size greater than 500 micrometers, the particles of the binding agent LI have a number median size of less than one-third of the number median size of the solid particles of the binding agents LO.
A sensor for sensing reflective material on a transparent window, the sensor comprising: a housing having said transparent window ; a sensor mount located in the housing and angled away from a housing wall ; a radiation emitter mounted in the sensor mount for emitting radiation along a first axis through the transparent window ; and a radiation detector mounted in the sensor mount and located adjacent the radiation emitter , the radiation detector being located to receive reflected radiation from the reflective material along a second axis , the first axis being angled towards the second axis ; said radiation emitter is a first radiation emitter , said sensor further including a second radiation emitter , each of said first and second radiation emitters located on a respective side of said radiation detector , said first and second radiation emitters being mounted to emit radiation along their respective axes through the transparent window towards a common point on an outer surface of the transparent window ; wherein said first and second radiation emitters are disposed so that radiation is emitted at a deviation from normal to the transparent window such that radiation emitted by said first and second radiation emitters is not mirror reflected from upper and lower surfaces of the transparent window back to said radiation detector . a housing having said transparent window ; a sensor mount located in the housing and angled away from a housing wall ; a radiation emitter mounted in the sensor mount for emitting radiation along a first axis through the transparent window ; and a radiation detector mounted in the sensor mount and located adjacent the radiation emitter , the radiation detector being located to receive reflected radiation from the reflective material along a second axis , the first axis being angled towards the second axis ; said radiation emitter is a first radiation emitter , said sensor further including a second radiation emitter , each of said first and second radiation emitters located on a respective side of said radiation detector , said first and second radiation emitters being mounted to emit radiation along their respective axes through the transparent window towards a common point on an outer surface of the transparent window ; wherein said first and second radiation emitters are disposed so that radiation is emitted at a deviation from normal to the transparent window such that radiation emitted by said first and second radiation emitters is not mirror reflected from upper and lower surfaces of the transparent window back to said radiation detector .
Propulsion device having a push rod of an inspection system for linearly moving the push rod , comprising at least one drive unit for linearly moving the push rod , - the drive unit (21; 31) having at least one propulsion element which is designed as a chain or toothed belt and is coupled to a drive device for driving the propulsion element , - the drive device having a gear drive, - the propulsion element being assigned a pressing means that can be moved in the radial direction in relation to the push rod and presses a portion of the propulsion element arranged on the push rod side against the push rod , and - driving of the propulsion element causing the linear movement of the push rod , characterized in that - the drive unit (21; 31) is coupled to a measuring device, the measuring device being adapted to determine the length of the pushed-forward portion of the push rod based on the rotation of gears of the gear drive. - the drive unit (21; 31) having at least one propulsion element which is designed as a chain or toothed belt and is coupled to a drive device for driving the propulsion element , - the drive device having a gear drive, - the propulsion element being assigned a pressing means that can be moved in the radial direction in relation to the push rod and presses a portion of the propulsion element arranged on the push rod side against the push rod , and - driving of the propulsion element causing the linear movement of the push rod , - the drive unit (21; 31) is coupled to a measuring device, the measuring device being adapted to determine the length of the pushed-forward portion of the push rod based on the rotation of gears of the gear drive.
Adapter for industrial electrical sockets, comprising a main body (A) provided with pins designed to be inserted in an industrial socket, a substantially cylindrical body (A1) intended to protect said pins and a centre body (A3) comprising a socket (A5) provided with holes according to the civil construction standards, and wherein said pins are electrically connected to said socket, wherein the adapter comprises: • at least two half shells (B1, B2) suited to contain a plug (S) of the type suited to be used in civil buildings, and wherein each of said half shells (B1, B2) comprises a first end configured to be reversibly joined to said centre body (A3) and a second opposite threaded end (BF1, BF2) suited to interact with a tightening element (C); characterized in that it comprises: • at least one tightening element (C) comprising at least two parts (C1, C2) that are internally threaded (CF1, CF2) and connected or suited to be connected to each other in such a way as to form said substantially circular tightening element (C) in the shape of a dome or a cap with conical taper (C15), and wherein screwing said tightening element (C) on said externally threaded end (BF1, BF2) of said half shells (B1, B2) closes the two half shells (B1, B2) and locks the electric cable of the plug (S) on said half shells (B1, B2), and wherein said first end of said half shells (B1, B2) is configured to be hinged to said centre body (A3) or to be at least partially inserted in said centre body (C3) or to be both hinged to and at least partially inserted in said centre body (A3). • at least two half shells (B1, B2) suited to contain a plug (S) of the type suited to be used in civil buildings, and wherein each of said half shells (B1, B2) comprises a first end configured to be reversibly joined to said centre body (A3) and a second opposite threaded end (BF1, BF2) suited to interact with a tightening element (C); • at least one tightening element (C) comprising at least two parts (C1, C2) that are internally threaded (CF1, CF2) and connected or suited to be connected to each other in such a way as to form said substantially circular tightening element (C) in the shape of a dome or a cap with conical taper (C15), and wherein screwing said tightening element (C) on said externally threaded end (BF1, BF2) of said half shells (B1, B2) closes the two half shells (B1, B2) and locks the electric cable of the plug (S) on said half shells (B1, B2), and wherein said first end of said half shells (B1, B2) is configured to be hinged to said centre body (A3) or to be at least partially inserted in said centre body (C3) or to be both hinged to and at least partially inserted in said centre body (A3).
A slack-compensating pulley apparatus for a cable transmission system, the slack-compensating pulley apparatus comprising: a pulley body ; a cable track along a surface of the pulley body configured to wrap a cable with a wrap angle ; a support extending from the pulley body and configured to rigidly move with the pulley body; and a slack take-up surface on the support, wherein the slack take-up surface is positioned radially outside of the surface of the pulley body so that a length of cable extends between the pulley body and the slack take-up surface when the cable is wrapped on the cable track, wherein the support and slack take-up surface rotate with the pulley body to remove slack in the cable when the pulley body is rotated in a first direction by increasing the wrap angle of the cable on the pulley body. a pulley body ; a cable track along a surface of the pulley body configured to wrap a cable with a wrap angle ; a support extending from the pulley body and configured to rigidly move with the pulley body; and a slack take-up surface on the support, wherein the slack take-up surface is positioned radially outside of the surface of the pulley body so that a length of cable extends between the pulley body and the slack take-up surface when the cable is wrapped on the cable track, wherein the support and slack take-up surface rotate with the pulley body to remove slack in the cable when the pulley body is rotated in a first direction by increasing the wrap angle of the cable on the pulley body.
Method for applying application material to an agricultural area (N), comprising the steps of: - determining application settings for an agricultural application device for adjusting a material application during an application process on an agricultural area (N); and - automatically adjusting the material application during the application process on the agricultural area (N) by setting the determined application settings on the agricultural application device using the agricultural application device ; characterized in that determining application settings for the agricultural application device is carried out using a calculation apparatus and comprises the following steps: - receiving track information on a previous application process on the agricultural area (N); - detecting a track system (FS) to be taken into account on the agricultural area (N); - identifying headland tracks (VF) within the track system (FS) to be taken into account on the agricultural area (N) and/or - identifying field-internal tracks (FF) within the track system (FS) to be taken into account on the agricultural area (N), the outward swinging of the agricultural application device that occurs upon entry into and/or exit from a headland track (VF) is taken into account when determining the application settings for the agricultural application device . - determining application settings for an agricultural application device for adjusting a material application during an application process on an agricultural area (N); and - automatically adjusting the material application during the application process on the agricultural area (N) by setting the determined application settings on the agricultural application device using the agricultural application device ; characterized in that determining application settings for the agricultural application device is carried out using a calculation apparatus and comprises the following steps: - receiving track information on a previous application process on the agricultural area (N); - detecting a track system (FS) to be taken into account on the agricultural area (N); - identifying headland tracks (VF) within the track system (FS) to be taken into account on the agricultural area (N) and/or - identifying field-internal tracks (FF) within the track system (FS) to be taken into account on the agricultural area (N), - receiving track information on a previous application process on the agricultural area (N); - detecting a track system (FS) to be taken into account on the agricultural area (N); - identifying headland tracks (VF) within the track system (FS) to be taken into account on the agricultural area (N) and/or - identifying field-internal tracks (FF) within the track system (FS) to be taken into account on the agricultural area (N), the outward swinging of the agricultural application device that occurs upon entry into and/or exit from a headland track (VF) is taken into account when determining the application settings for the agricultural application device .
A suction system comprising a suction unit , a plurality of suction points fluidically connected to the suction unit , with in each case one throttle valve at each suction point and with a means for manually adjusting the throttle valve , characterized by a sensor for detecting a position of the throttle valve and by a signaling connection device of the sensor to the suction unit .
A surgical system comprising: a longitudinal element including a distractor rack , wherein the distractor rack extends between a first end and a second end and defines a longitudinal axis (XX); a plurality of alternate engaging surfaces including a first leg and a second leg ; a first tubular arm interchangeably connectable with the first leg ; a second tubular arm interchangeably connectable with the second leg , wherein the second end of the distractor rack is configured for connection with the second tubular arm ; wherein the distractor rack includes a ratchet configuration including an outer surface that defines a plurality of teeth engageable with a portion of the first tubular arm such that the first tubular arm is translatable relative to the longitudinal axis (XX) in a bi-directional and/or two-way ratchet configuration; wherein the surgical system further comprises a mount including a surface that defines an opening configured for disposal of the outer surface of the distractor rack for mounting the first tubular arm with the distractor rack ; the first tubular arm and the second tubular arm being relatively movable to distract and/or compress vertebral tissue ; wherein the first end of the distractor rack includes a ball that is spring loaded; and wherein the mount is configured to contact the ball when the mount is translated in the direction of the first end and prevents the mount from disengaging from the distractor rack during translation. a longitudinal element including a distractor rack , wherein the distractor rack extends between a first end and a second end and defines a longitudinal axis (XX); a plurality of alternate engaging surfaces including a first leg and a second leg ; a first tubular arm interchangeably connectable with the first leg ; a second tubular arm interchangeably connectable with the second leg , wherein the second end of the distractor rack is configured for connection with the second tubular arm ; wherein the distractor rack includes a ratchet configuration including an outer surface that defines a plurality of teeth engageable with a portion of the first tubular arm such that the first tubular arm is translatable relative to the longitudinal axis (XX) in a bi-directional and/or two-way ratchet configuration; wherein the surgical system further comprises a mount including a surface that defines an opening configured for disposal of the outer surface of the distractor rack for mounting the first tubular arm with the distractor rack ; the first tubular arm and the second tubular arm being relatively movable to distract and/or compress vertebral tissue ; wherein the first end of the distractor rack includes a ball that is spring loaded; and wherein the mount is configured to contact the ball when the mount is translated in the direction of the first end and prevents the mount from disengaging from the distractor rack during translation.
The use of spherical pellets or spherical granules having a coating of a lipid binder composition for taste-masking obtainable by cold solvent-free extrusion comprising the steps of a) mixing the active ingredient with said lipid binder composition comprising at least (i) a hard fat, (ii) either glycerol trimyristate or glycerol distearate, and, (iii) glycerol dibehenate, b) cold extruding the mixture, c) spheronising the extrudate to obtain pellets or spherical granules, characterized in that the coating is formed on the surface of said pellets or granules covering completely said pellets or granules and that the coating does not substantially contain any active ingredients whereby the active ingredient release at a temperature of 24 °C is 1% at most after 20 minutes determined in purified water at 150 rpm using the dissolution test apparatus Ph. Eur./USP equipped with the Basket method and the active ingredient release at a temperature of 37 °C is above 90 % after 45 minutes determined in purified water at 150 rpm using the dissolution test apparatus Ph. Eur./USP equipped with the Basket method. a) mixing the active ingredient with said lipid binder composition comprising at least (i) a hard fat, (ii) either glycerol trimyristate or glycerol distearate, and, (iii) glycerol dibehenate, b) cold extruding the mixture, c) spheronising the extrudate to obtain pellets or spherical granules,
A cord-shaped heater , comprising: a conductive wire ; an inner-layer covering formed on the outer periphery of the conductive wire ; and an outer-layer covering formed on the outer periphery of the inner-layer covering , the melting temperature of the inner-layer covering is higher than the melting temperature of the outer-layer covering , the inner-layer covering and the outer-layer covering are made of same type of polymer material, and the inner-layer covering and the outer-layer covering are adhered to each other, characterized in that the same type of polymer material includes polymer materials having the same main chain structure, polymer materials having the same functional group, polymer materials which differ from each other only in the molecular weight, copolymers having the same monomer unit, and mixtures containing the same polymer material. a conductive wire ; an inner-layer covering formed on the outer periphery of the conductive wire ; and an outer-layer covering formed on the outer periphery of the inner-layer covering , the melting temperature of the inner-layer covering is higher than the melting temperature of the outer-layer covering , the inner-layer covering and the outer-layer covering are made of same type of polymer material, and the inner-layer covering and the outer-layer covering are adhered to each other, characterized in that the same type of polymer material includes polymer materials having the same main chain structure, polymer materials having the same functional group, polymer materials which differ from each other only in the molecular weight, copolymers having the same monomer unit, and mixtures containing the same polymer material.