mhurhangee/patent-ind-claim-en huggingface dataset:
A selfie device, comprising: a clamping mechanism configured to clamp a mobile phone, a telescopic rod , a handle sleeved on an outside of the telescopic rod, and a wireless remote ; wherein the clamping mechanism comprises an upper clamping part , a lower clamping part , and an elasticity stretching part providing a restoring force for the upper clamping part ; the elasticity stretching part is connected to both the upper clamping part and the lower clamping part; the lower clamping part is arranged on a top end of the telescopic rod ; wherein an accommodating cavity for accommodating the wireless remote is arranged inside the handle ; the selfie device is characterized in that the wireless remote is detachably sandwiched between the upper clamping part and the lower clamping part ; the lower clamping part, the elasticity stretching part , and the wireless remote are accommodated in the accommodating cavity through folding of the telescopic rod . a clamping mechanism configured to clamp a mobile phone, a telescopic rod , a handle sleeved on an outside of the telescopic rod, and a wireless remote ;
A dosing system for dispensing at least one chemical composition into a tank of a toilet , the dosing system comprising: - at least one sensor (203; 231; 232; 233) configured to obtain a parameter representative of a current state of an environment of the toilet; - a non-transitory control unit capable of receiving the measured parameter and configured to generate at least one activation signal for triggering dispensing of an amount of the at least one chemical composition into the tank of the toilet based at least in part on the obtained parameter; - a dosing device , configured to be inserted inside the tank of the toilet and wherein the dosing device is further configured to float on a surface of water contained inside the tank of the toilet, the dosing device comprising: - at least one cavity containing the at least one chemical composition, - a dispensing mechanism coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal, characterized in that at least one of the non-transitory control unit and the at least one sensor is an integral part of the dosing device. - at least one sensor (203; 231; 232; 233) configured to obtain a parameter representative of a current state of an environment of the toilet; - a non-transitory control unit capable of receiving the measured parameter and configured to generate at least one activation signal for triggering dispensing of an amount of the at least one chemical composition into the tank of the toilet based at least in part on the obtained parameter; - a dosing device , configured to be inserted inside the tank of the toilet and wherein the dosing device is further configured to float on a surface of water contained inside the tank of the toilet, the dosing device comprising: - at least one cavity containing the at least one chemical composition, - a dispensing mechanism coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal, - at least one cavity containing the at least one chemical composition, - a dispensing mechanism coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal,
A system for manufacturing a structure, the system comprising: a supporting frame assembly moveable in a vertical direction of the structure; an additive printing assembly secured to the supporting frame assembly, the additive printing assembly comprising at least one printer head configured to dispense a first cementitious material ; and, a reinforcement dispensing assembly supported by the supporting frame assembly, the reinforcement dispensing assembly configured to automatically and continuously dispense a plurality of reinforcing members as the structure is printed and built up via the at least one printer head and as the supporting frame assembly moves in the vertical direction; wherein the supporting frame assembly comprises at least one ring-shaped platform assembly supported by a plurality of rod members ; and wherein the at least one ring-shaped platform assembly comprises a platform supporting an outer ring support member and an inner ring support member arranged concentrically with each other with the plurality of rod members extending therebetween. a supporting frame assembly moveable in a vertical direction of the structure; an additive printing assembly secured to the supporting frame assembly, the additive printing assembly comprising at least one printer head configured to dispense a first cementitious material ; and, a reinforcement dispensing assembly supported by the supporting frame assembly, the reinforcement dispensing assembly configured to automatically and continuously dispense a plurality of reinforcing members as the structure is printed and built up via the at least one printer head and as the supporting frame assembly moves in the vertical direction; wherein the supporting frame assembly comprises at least one ring-shaped platform assembly supported by a plurality of rod members ; and wherein the at least one ring-shaped platform assembly comprises a platform supporting an outer ring support member and an inner ring support member arranged concentrically with each other with the plurality of rod members extending therebetween.
An alpha-2 adrenergic agonist in an extended release dosage form in combination with inositol for use in treating a patient having core symptoms of Autism Spectrum Disorder (ASD), wherein the alpha-2 adrenergic agonist is selected from the group consisting of clonidine and guanfacine.
Method for supporting a driver in an activation of an automatic driving mode of a vehicle, the method having the following steps: - determining the conditions required for an automatic driving mode (S103), - determining conditions not met in the current driving state, which block an activation of the automatic driving mode (S103), characterised by - determining an object in the vehicle environment which is in context with meeting the conditions that have not been met (S104), - indicating the object in a depiction of the vehicle environment or by projection onto a windscreen (S105), so that a driving manoeuvre required for an autonomous driving mode is communicated to the driver, wherein the object in context with meeting the conditions that have not been met comprises a vehicle travelling in the vehicle environment and suitable as a leading vehicle. - determining the conditions required for an automatic driving mode (S103), - determining conditions not met in the current driving state, which block an activation of the automatic driving mode (S103), - determining an object in the vehicle environment which is in context with meeting the conditions that have not been met (S104), - indicating the object in a depiction of the vehicle environment or by projection onto a windscreen (S105),
Superstructure , comprising: - a through-hole extending along a longitudinal axis of the superstructure ; and - an interface arranged at a front end of the superstructure for fastening the superstructure to a dental implant ; wherein the interface comprises a concave curvature extending around the longitudinal axis over an angular range of at least 90°, and a support surface arranged radially outwardly relative to the concave curvature , wherein the support surface has at least one annular portion that is oriented transversely to the longitudinal axis, and characterized in that , in a longitudinal section along the longitudinal axis of the superstructure , a tangent to a radially outer edge of the concave curvature that faces the annular portion of the support surface is oriented parallel to the annular portion of the support surface . - a through-hole extending along a longitudinal axis of the superstructure ; and - an interface arranged at a front end of the superstructure for fastening the superstructure to a dental implant ;
A method of determining a heading of an object bearing a magnetometer , the method comprising: obtaining a plurality of magnetic field measurements at a plurality of different orientations from the magnetometer , wherein the different orientations originate from a rotation of the object around the gravitational axis; determining a least squares solution for two-dimensional scale, skew, and offset of the magnetometer based only on those measurements: applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements. obtaining a plurality of magnetic field measurements at a plurality of different orientations from the magnetometer , wherein the different orientations originate from a rotation of the object around the gravitational axis; determining a least squares solution for two-dimensional scale, skew, and offset of the magnetometer based only on those measurements: applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements. applying the two-dimensional scale, skew, and offset to the magnetic field measurements of the magnetometer to generate calibrated magnetometer magnetic field measurements; and determining the heading of the object based on the calibrated magnetometer magnetic field measurements.
A device for harvesting by shaking trees, containing a support frame equipped with a drive unit and a drawbar adopted for hitching to an agricultural tractor, on which a shaker , a shaft with a rolled tarpaulin are built and beside this shaft a belt conveyor is mounted longitudinally with a cleaner blower and further a grate for placing the cases, whereby work assemblies built on the support frame are equipped with hydraulic motors supplied from a pump driven by a power take-off shaft of the agricultural tractor, characterized in that , the device contains a tarpaulin laying assembly consisting of a body and a tarpaulin guide , whereby the body consists of two housings and each one of them has side walls and structural elements , with use of which those housings are fitted to the support frame and through the side walls , pivots are mounted with upper rollers and lower rollers , whereas on each side wall , side pivots are mounted with side rollers and moreover, on one side wall of each of the housing a base is mounted with a hydraulic motor driving a toothed wheel mounted on a shaft between the side walls , whereas the guide consists of two bars and each one of them is created from a pipe beam of the cross section close to a rectangle, whereas longitudinally, on one, lower wall of each beam, in the symmetry plane a toothed rack is attached and at the end of each of two bars a fastener is attached with a pin attached to it and on two pins attached to the fasteners the tarpaulin edge is threaded and moreover, each of the guide bars is slid into the channel created by the cylindrical surfaces of the upper rollers , lower rollers and side rollers and the toothed rack engages the toothed wheel .
Method for producing a monolithic diode laser arrangement comprising a multiplicity of individual emitters which are arranged next to one another on a common carrier substrate and which each have contact windows for electrical contacting, which contact windows are arranged on the respective individual emitters on a front side opposite the carrier substrate, each individual emitter comprising a multilayer epistructure which is applied to an episubstrate in such a manner that the episubstrate is not completely covered by the epistructure and the epistructure comprises at least one p-doped cladding layer and at least one n-doped cladding layer, wherein a p-contact window for making electrical contact with the p-doped cladding layer is arranged on the front side of the epistructure and an n-contact window for making electrical contact with the n-doped cladding layer is arranged on the front side of the episubstrate in the region in which the episubstrate is not covered by the epistructure , wherein the formation of the spatially coherent structure determining the arrangement of the individual emitters on the carrier substrate takes place in a structuring step in which the individual structures associated with the individual emitters are formed from a multilayer base support comprising a carrier substrate without the individual structures being detached from the carrier substrate, and the front sides of the individual structures opposite the carrier substrate are provided for forming contact windows , characterized in that the base support is formed from at least two layer structures which are bonded to one another in a bonding step by means of bonding, and the monolithic diode laser arrangement is formed by means of singling by scribing and cleaving the spatially coherent structure in a direction perpendicular to trenches separating the individual structures .
A mask , consisting of: a web comprising two portions corresponding to two cheeks of a user in use; and an elastic supporting element connected to the web ; wherein the elastic supporting element comprises two lateral sections and an upper section formed between the lateral sections, wherein the web comprises two lateral edges (L1, L2) and an upper edge formed between the lateral edges (L1, L2), wherein the upper section of the elastic supporting element extends in the vicinity of the upper edge of the web in parallel to each other, wherein each of the lateral sections of the elastic supporting element extends in the vicinity of a corresponding one of the lateral edges (L1, L2) of the web in parallel to each other; so that the two lateral sections of the elastic supporting element are connected to the portions of the web , respectively, wherein the elastic supporting element is clip-like and reversibly shrinkable to bring the lateral sections thereof close to each other so as to keep the portions of the web in the vicinity or to locate the lateral sections thereof far from each other to pivot the portions of the web away from each other, whereby the mask is moveable from a shrunk position to an extended position, wherein the elastic supporting element is configured to keep the web close to the face of the user in use. a web comprising two portions corresponding to two cheeks of a user in use; and an elastic supporting element connected to the web ; wherein the elastic supporting element comprises two lateral sections and an upper section formed between the lateral sections, wherein the web comprises two lateral edges (L1, L2) and an upper edge formed between the lateral edges (L1, L2), wherein the upper section of the elastic supporting element extends in the vicinity of the upper edge of the web in parallel to each other, wherein each of the lateral sections of the elastic supporting element extends in the vicinity of a corresponding one of the lateral edges (L1, L2) of the web in parallel to each other; so that the two lateral sections of the elastic supporting element are connected to the portions of the web , respectively, wherein the elastic supporting element is clip-like and reversibly shrinkable to bring the lateral sections thereof close to each other so as to keep the portions of the web in the vicinity or to locate the lateral sections thereof far from each other to pivot the portions of the web away from each other, whereby the mask is moveable from a shrunk position to an extended position, wherein the elastic supporting element is configured to keep the web close to the face of the user in use.
A mobile station device that is configured to communicate with a base station device using a plurality of cells which are set by the base station device , wherein the mobile station device is configured to generate a plurality of ACK/NACK sequences by interleaving and dividing a plurality of ACKs/NACKs for the plurality of cells in a plurality of subframes, and separately encode the plurality of ACK/NACK sequences. generate a plurality of ACK/NACK sequences by interleaving and dividing a plurality of ACKs/NACKs for the plurality of cells in a plurality of subframes, and separately encode the plurality of ACK/NACK sequences.
A method for determining a tower clearance of a wind turbine, comprising: obtaining an image of a wind turbine during operation captured by an image capture device , wherein a tip of a blade and a tower of the wind turbine is comprised in the image, the image capture device is installed at a bottom of a nacelle of the wind turbine; extracting, from the obtained image, a first sensitive area for detecting the tip of the blade and a second sensitive area for recognizing an edge of the tower , traversing the first sensitive area by using a predetermined window, and determining a position of the tip of the blade of the wind turbine from the first sensitive area based on a degree of grayscale change of each sub-pixel in the first sensitive area, wherein the sub-pixel is a pixel between two physical pixels and exists in a gap between the physical pixels, wherein in determining the position of the tip of the blade of the wind turbine, a plurality of candidate feature points of the tip of the blade are detected from the first sensitive area based on each sub-pixel in the first sensitive area; recognizing the edge of the tower from the second sensitive area through straight line detection; and calculating a distance from the tip of the blade to the edge of the tower based on the determined position of the tip of the blade and the recognized edge of the tower , to obtain a tower clearance. obtaining an image of a wind turbine during operation captured by an image capture device , wherein a tip of a blade and a tower of the wind turbine is comprised in the image, the image capture device is installed at a bottom of a nacelle of the wind turbine; extracting, from the obtained image, a first sensitive area for detecting the tip of the blade and a second sensitive area for recognizing an edge of the tower , traversing the first sensitive area by using a predetermined window, and determining a position of the tip of the blade of the wind turbine from the first sensitive area based on a degree of grayscale change of each sub-pixel in the first sensitive area, wherein the sub-pixel is a pixel between two physical pixels and exists in a gap between the physical pixels, wherein in determining the position of the tip of the blade of the wind turbine, a plurality of candidate feature points of the tip of the blade are detected from the first sensitive area based on each sub-pixel in the first sensitive area; recognizing the edge of the tower from the second sensitive area through straight line detection; and calculating a distance from the tip of the blade to the edge of the tower based on the determined position of the tip of the blade and the recognized edge of the tower , to obtain a tower clearance.
A cook-pack for storing and cooking a comestible item in an oven cavity , the oven cavity having irradiation arrays that emit visible or infrared irradiation at only desired narrow wavelength bands, the cook-pack comprising: a plastic base portion into which the comestible item is placed, the plastic base portion being optically transmissive at the visible or infrared narrow wavelength bands of irradiation emitted by the irradiation arrays to facilitate heating the comestible by the irradiation (22a. 22b) emitted by the irradiation arrays ; and a cover for the base portion (49, wherein the cook-pack further comprises a location feature to locate the cook-pack in a predetermined position in the oven cavity relative to the narrowband arrays to facilitate irradiation of the comestible for cooking by the narrowband arrays , characterized in that i at least one of the plastic base portion and the cover includes at least one colorant, the at least one colorant being optically transmissive in at least one of the narrow wavelength bands of irradiation. a plastic base portion into which the comestible item is placed, the plastic base portion being optically transmissive at the visible or infrared narrow wavelength bands of irradiation emitted by the irradiation arrays to facilitate heating the comestible by the irradiation (22a. 22b) emitted by the irradiation arrays ; and a cover for the base portion (49, wherein the cook-pack further comprises a location feature to locate the cook-pack in a predetermined position in the oven cavity relative to the narrowband arrays to facilitate irradiation of the comestible for cooking by the narrowband arrays , characterized in that i at least one of the plastic base portion and the cover includes at least one colorant, the at least one colorant being optically transmissive in at least one of the narrow wavelength bands of irradiation.