mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a higher resolution image of a target with an imaging sensor associated with an optical image stabilization (OIS) module, the method comprising the steps of: recognizing a target type of the target, the target comprising one or more barcodes and the target type comprising one or more barcode symbologies; determining, from a target size and the target type, resolution requirements of the image to be produced , the image comprising an image of the one or more barcodes, and the resolution requirements including resolution magnitude for each dimension of the image; capturing multiple individual lower resolution images of the target, a minimum number of individual images captured being based upon the resolution requirements determined in the determining resolution requirements step ; moving the OIS module to specific positions between the capturing of the multiple individual lower resolution images in the capturing multiple lower resolution images step, the specific positions in each dimension being based upon the resolution requirements for each dimension in the determining resolution requirements step; and processing the multiple individual lower resolution images to produce the higher resolution image by producing a blurred higher resolution image with super resolution of the target from the captured multiple individual lower resolution images and de-blurring the blurred higher resolution image to generate the higher resolution image , the higher resolution image comprising a higher resolution image of the one or more barcodes. recognizing a target type of the target, the target comprising one or more barcodes and the target type comprising one or more barcode symbologies; determining, from a target size and the target type, resolution requirements of the image to be produced , the image comprising an image of the one or more barcodes, and the resolution requirements including resolution magnitude for each dimension of the image; capturing multiple individual lower resolution images of the target, a minimum number of individual images captured being based upon the resolution requirements determined in the determining resolution requirements step ; moving the OIS module to specific positions between the capturing of the multiple individual lower resolution images in the capturing multiple lower resolution images step, the specific positions in each dimension being based upon the resolution requirements for each dimension in the determining resolution requirements step; and processing the multiple individual lower resolution images to produce the higher resolution image by producing a blurred higher resolution image with super resolution of the target from the captured multiple individual lower resolution images and de-blurring the blurred higher resolution image to generate the higher resolution image , the higher resolution image comprising a higher resolution image of the one or more barcodes.
A formwork for the production of concrete articles comprising: - at least one supporting beam with a development axis (X); - at least one panel which has an outer surface designed to be in contact with a concrete casting, said panel being connected from an inner side to the beam and being curvable around a transverse direction (Y) relative to the development axis (X) of said beam ; - connection means , present in the area of at least one end of said beam , adapted to allow connection of the beam to another adjacent beam and to a supporting structure ; wherein said connection means comprise: - at least one slide connected to the beam so as to perform a translation or rotation movement, or both, said slide carrying first fastening means , to connect the beam to another adjacent beam , and second fastening means , to connect said beam to the supporting structure ; - an adjustment mechanism acting on the slide to move said slide continuously between a retracted position and an extended position, adjusting the position of said slide relative to the beam; wherein said adjustment mechanism is further configured to maintain the first and second fastening means of the slide in intermediate position between said retracted position and said extended position. - at least one supporting beam with a development axis (X); - at least one panel which has an outer surface designed to be in contact with a concrete casting, said panel being connected from an inner side to the beam and being curvable around a transverse direction (Y) relative to the development axis (X) of said beam ; - connection means , present in the area of at least one end of said beam , adapted to allow connection of the beam to another adjacent beam and to a supporting structure ; - at least one slide connected to the beam so as to perform a translation or rotation movement, or both, said slide carrying first fastening means , to connect the beam to another adjacent beam , and second fastening means , to connect said beam to the supporting structure ; - an adjustment mechanism acting on the slide to move said slide continuously between a retracted position and an extended position, adjusting the position of said slide relative to the beam;
Method for operating a motor vehicle having the following steps: - a vehicle-external server apparatus is used to generate a vehicle function list which states which vehicle-internal functions of the motor vehicle have a use authorisation and which vehicle-internal functions of the motor vehicle do not have a use authorisation; - the vehicle function list is wirelessly transmitted from the vehicle-external server apparatus to a control apparatus of the motor vehicle ; - respective control devices designed to operate the vehicle-internal functions of the motor vehicle are actuated according to the transmitted vehicle function list by means of the control apparatus such that the vehicle-internal functions of the motor vehicle which have a function authorisation and which are still deactivated are activated, and the vehicle-internal functions of the motor vehicle which do not have a function authorisation and which are still activated are deactivated; - wherein the vehicle function list is generated as soon as the vehicle-external server apparatus has generated at least one deactivation specification with respect to at least one of the vehicle-internal functions , wherein no use authorisation is granted for these vehicle-internal functions ; - wherein the deactivation default is generated as soon as there is a malfunction of the vehicle-internal function or another vehicle-internal function ; - wherein a vehicle-internal tamper protection ensures that the transmitted vehicle function list cannot be changed. - a vehicle-external server apparatus is used to generate a vehicle function list which states which vehicle-internal functions of the motor vehicle have a use authorisation and which vehicle-internal functions of the motor vehicle do not have a use authorisation; - the vehicle function list is wirelessly transmitted from the vehicle-external server apparatus to a control apparatus of the motor vehicle ; - respective control devices designed to operate the vehicle-internal functions of the motor vehicle are actuated according to the transmitted vehicle function list by means of the control apparatus such that the vehicle-internal functions of the motor vehicle which have a function authorisation and which are still deactivated are activated, and the vehicle-internal functions of the motor vehicle which do not have a function authorisation and which are still activated are deactivated; - wherein the vehicle function list is generated as soon as the vehicle-external server apparatus has generated at least one deactivation specification with respect to at least one of the vehicle-internal functions , wherein no use authorisation is granted for these vehicle-internal functions ; - wherein the deactivation default is generated as soon as there is a malfunction of the vehicle-internal function or another vehicle-internal function ; - wherein a vehicle-internal tamper protection ensures that the transmitted vehicle function list cannot be changed.
Rechargeable battery pack for an electrical device having at least one printed circuit board , at least one rechargeable battery cell and at least one temperature sensor for measuring the temperature of at least one rechargeable battery cell , characterized in that the printed circuit board is populated with the temperature sensor such that the temperature sensor is applied directly to the printed circuit board , wherein a section of the printed circuit board forms a carrier element , which is formed in one piece with the printed circuit board and to which the temperature sensor is applied, and wherein the carrier element at least in the mounted state of the rechargeable battery pack extends in a different plane to the rest of the printed circuit board, characterized in that the rechargeable battery pack also comprises a cell holder and/or a housing , wherein a holding structure is provided on the cell holder or the housing , said holding structure in the mounted state of the rechargeable battery pack holding the temperature sensor that is fixed to the printed circuit board in contact with at least one rechargeable battery cell in such a way that the temperature sensor is able to measure the temperature of the adjacent rechargeable battery cell .
A plasticizer composition comprising: a terephthalate-based material; and an epoxy-based alkyl ester compound represented by Formula 1 below wherein a weight ratio of the terephthalate-based material to the epoxy-based alkyl ester compound is 99:1 to 1:99, the epoxy-based alkyl ester compound is a single compound or a mixture of two or more compounds, and the terephthalate-based material is a mixture of two or more compounds selected from the group consisting of di(2-ethylhexyl)terephthalate (DEHTP), diisononyl terephthalate (DINTP), dibutyl terephthalate (DBTP), butyl isononyl terephthalate (BINTP), butyl(2-ethylhexyl)terephthalate (BEHTP), and (2-ethylhexyl)isononyl terephthalate (EHINTP): wherein, in Formula 1, R1 is a C8-C20 alkyl group containing one or more epoxy groups, and R2 is a C4 or C8 alkyl group. wherein a weight ratio of the terephthalate-based material to the epoxy-based alkyl ester compound is 99:1 to 1:99, the epoxy-based alkyl ester compound is a single compound or a mixture of two or more compounds, and the terephthalate-based material is a mixture of two or more compounds selected from the group consisting of di(2-ethylhexyl)terephthalate (DEHTP), diisononyl terephthalate (DINTP), dibutyl terephthalate (DBTP), butyl isononyl terephthalate (BINTP), butyl(2-ethylhexyl)terephthalate (BEHTP), and (2-ethylhexyl)isononyl terephthalate (EHINTP): wherein, in Formula 1, R1 is a C8-C20 alkyl group containing one or more epoxy groups, and R2 is a C4 or C8 alkyl group.
An apparatus for a wireless power transmitter, the apparatus comprising: power transmission circuitry , data transmission circuity , and control circuitry , the control circuitry configured to: control the power transmission circuitry to transmit power for a time duration; detect a change in load in the power transmission circuitry during the time duration, wherein the change indicates a presence of a wireless power receiver; decode metadata received from the wireless power receiver via the power transmission circuitry, wherein the metadata includes an indicator of an activation time instant of power transmission; and regulate power transmission to the wireless power receiver according to the metadata, wherein the power transmission occurs synchronously or asynchronously with data transmission via a single common antenna coupled to the power transmission circuitry and data transmission circuitry control the power transmission circuitry to transmit power for a time duration; detect a change in load in the power transmission circuitry during the time duration, wherein the change indicates a presence of a wireless power receiver; decode metadata received from the wireless power receiver via the power transmission circuitry, wherein the metadata includes an indicator of an activation time instant of power transmission; and regulate power transmission to the wireless power receiver according to the metadata, wherein the power transmission occurs synchronously or asynchronously with data transmission via a single common antenna coupled to the power transmission circuitry and data transmission circuitry
An implantable medical device , comprising: a ureteral stent comprising an elongated central body having an internal lumen extending between a kidney-residing end and an opposed bladder-residing end, characterized in that the device comprises a drug delivery component extending from the bladder-residing end of the ureteral stent, wherein the drug delivery component has a proximal end attached to the ureteral stent and a distal end spaced apart from the ureteral stent, and wherein the drug delivery component comprises a drug housing defining a drug reservoir containing a drug in solid or semi-solid form, wherein the drug housing is configured to release the drug in vivo. a ureteral stent comprising an elongated central body having an internal lumen extending between a kidney-residing end and an opposed bladder-residing end, characterized in that the device comprises a drug delivery component extending from the bladder-residing end of the ureteral stent, wherein the drug delivery component has a proximal end attached to the ureteral stent and a distal end spaced apart from the ureteral stent, and wherein the drug delivery component comprises a drug housing defining a drug reservoir containing a drug in solid or semi-solid form, wherein the drug housing is configured to release the drug in vivo.
Method for measuring multidimensional dynamics of cardiac activity comprising simultaneous measurement of: three dimensional ECG, three dimensional impedance rheometry, tissue motion, wherein the tissue motion measurement is performed with a sensor placed outside the patient body selected from among sensors including: membrane, auscultation Funnel, accelerometer, microphone, piezoelectric sensor, wherein the impedance rheometry measurement comprises simultaneous generation of applied current of different frequencies for three orthogonal axes and an impedance measurement for the same or other three orthogonal axes, and wherein the impedance rheometry measurement and the ECG measurement are carried out for the same three orthogonal axes. three dimensional ECG, three dimensional impedance rheometry, tissue motion, wherein the tissue motion measurement is performed with a sensor placed outside the patient body selected from among sensors including: membrane, auscultation Funnel, accelerometer, microphone, piezoelectric sensor, wherein the impedance rheometry measurement comprises simultaneous generation of applied current of different frequencies for three orthogonal axes and an impedance measurement for the same or other three orthogonal axes, and wherein the impedance rheometry measurement and the ECG measurement are carried out for the same three orthogonal axes.
Cleaning machine for a road or pavement or gutter adapted to be steered by a driver comprising a vehicle , the vehicle comprising at least one with respect to the vehicle vertically and horizontally movable broom system , a controller for moving said broom system, characterized in a pavement track system comprising a 3D camera providing 3D-images, pattern recognition software adapted to process the 3D-images, wherein the pattern recognition software identifies a side of the road, and wherein the pattern recognition software measures a distance from the vehicle to the side of the road, and wherein the controller is adapted to move the broom-system sideways with respect to the vehicle such that a distance between the broom system and side of the road is controlled. a vehicle , the vehicle comprising at least one with respect to the vehicle vertically and horizontally movable broom system , a controller for moving said broom system, characterized in a pavement track system comprising a 3D camera providing 3D-images, pattern recognition software adapted to process the 3D-images, wherein the pattern recognition software identifies a side of the road, and wherein the pattern recognition software measures a distance from the vehicle to the side of the road, and wherein the controller is adapted to move the broom-system sideways with respect to the vehicle such that a distance between the broom system and side of the road is controlled.
An injector for delivery of a pharmaceutical composition, the injector comprising a cylinder with a longitudinal axis and an inner wall , a piston having a piston body and a deformable sealing element with a convex surface, the deformable sealing element having, or the piston and the deformable sealing element having a Shore A hardness in the range of 50 to 90, which deformable sealing element abuts the inner wall of the cylinder at an abutting interface and seals an annular gap between the piston body and the inner wall of the cylinder , the abutting interface and the deformable sealing element having axial dimensions parallel with the longitudinal axis, characterised in that the ratio between the largest axial dimension of the abutting interface and the largest axial dimension of the deformable sealing element is in the range between 0.01 and 0.4, the diameter of the deformable sealing element in a relaxed state is 3% to 20% larger than the inner diameter of the cylinder , and in that the injector does not comprise a lubricant selected from glycerine and silicone oil, and perfluoro groups on the surface of the piston.
Method of protecting a user of a light system comprising more than two illuminants (L1-L6), at least one light sensor , and at least one coding unit from glare from at least one of the illuminants (L1-L6), comprising the steps of: - creating a respective, different coding for light (M1 - M6) of the individual illuminants (L1 - L6) by the at least one coding unit , - detecting glare (M2X) from at least one of the illuminants (L1 - L6) by the at least one light sensor , characterized by the steps: - assigning the detected glare (M2X) to the at least one associated illuminant (L2) on the basis of the different coding of the light for the corresponding illuminant (L2), and - adjusting the at least one associated illuminant (L2) to protect the user from the detected glare (M2X). - creating a respective, different coding for light (M1 - M6) of the individual illuminants (L1 - L6) by the at least one coding unit , - detecting glare (M2X) from at least one of the illuminants (L1 - L6) by the at least one light sensor , characterized by the steps: - assigning the detected glare (M2X) to the at least one associated illuminant (L2) on the basis of the different coding of the light for the corresponding illuminant (L2), and - adjusting the at least one associated illuminant (L2) to protect the user from the detected glare (M2X).
Device for display of the standard time as well as of the time of sunrise and/or of the time of sunset, comprising a first standard time index arranged to indicate the standard time, a member for displaying the time of sunrise and/or sunset , a second index arranged to indicate the time of sunrise and/or a third index arranged to indicate the time of sunset on said member for displaying the time of sunrise and/or sunset , said display device comprising a mechanism for managing the standard time as well as the time of sunrise and/or the time of sunset upon the change of time for summer/winter comprising a summer/winter selector arranged to move between two positions, a summer time position when the summer time is to be displayed and a winter time position when the winter time is to be displayed, and to enable display - simultaneously with the summer time and the winter time respectively - of the standard time by means of the first standard time index as well as of the sunrise time by means of the second index and/or of the sunset time by means of the third index upon passage thereof to its summer time position and to its winter time position respectively, in which display device the member for displaying the time of sunrise and/or sunset is arranged to move in rotation with respect to the second index and/or to the third index in the clockwise direction and in the anticlockwise direction, characterised in that the summer/winter selector comprises a lever mounted to pivot and for conjoint rotation with the member for displaying the time of sunrise and/or sunset so as to rotationally drive said member for displaying the time of sunrise and/or sunset by an angle corresponding to displaying, by means of the second index and/or of the third index , one hour more upon passage of the summer/winter selector to the summer time position and by an angle corresponding to displaying one hour less upon passage of the summer/winter selector to the winter time position.
A refrigerator, comprising; a freezer to keep the temperature at sub-zero degrees Celsius; a cooling chamber ; a supplementary freezer in the cooling chamber of the refrigerator; an icemaker for producing ice using cool air from the supplementary freezer ; a cavity in a door of the refrigerator, the cavity arranged to be in communication with the supplementary freezer when the door is closed and surrounded with an insulating material; an ice container provided in the cavity for storing ice produced by the icemaker ; a dispenser arranged to be in communication with the cavity , a transferring device provided in ice container for transferring the ice stored in the ice container to an outlet in communication with the dispenser , characterized in that : the supplementary freezer chamber comprises a housing having a predetermined space therein that is independent of the cooling chamber , the housing in communication with the cavity when the door is closed, and the housing of the supplementary freezer chamber comprises an insulating material such that the predetermined space therein is insulated from the cooling chamber , wherein an evaporator is provided in the housing such that the supplementary freezer chamber is cooled separately from the cooling chamber . a freezer to keep the temperature at sub-zero degrees Celsius; a cooling chamber ; a supplementary freezer in the cooling chamber of the refrigerator; an icemaker for producing ice using cool air from the supplementary freezer ; a cavity in a door of the refrigerator, the cavity arranged to be in communication with the supplementary freezer when the door is closed and surrounded with an insulating material; an ice container provided in the cavity for storing ice produced by the icemaker ; a dispenser arranged to be in communication with the cavity , a transferring device provided in ice container for transferring the ice stored in the ice container to an outlet in communication with the dispenser , characterized in that : the supplementary freezer chamber comprises a housing having a predetermined space therein that is independent of the cooling chamber , the housing in communication with the cavity when the door is closed, and the housing of the supplementary freezer chamber comprises an insulating material such that the predetermined space therein is insulated from the cooling chamber , wherein an evaporator is provided in the housing such that the supplementary freezer chamber is cooled separately from the cooling chamber .