mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: selecting a pattern in time-frequency domain, wherein the pattern in time-frequency domain assigns a modulation symbol to each frequency tone in a block of time-frequency resources, wherein the selecting includes acquiring from a memory at least one of a first pattern for a radio sub-frame structure with a normal cyclic prefix, CP, or a second pattern for a radio sub-frame structure with an extended CP, wherein the first pattern and the second pattern is specific to a coverage cell in a cellular telecommunication system, wherein the first pattern includes at least a first relationship that establishes a frequency-domain index, wherein the first relationship includes addition of a first static offset and a first time-dependent offset, the first time-dependent offset is based on a first sequence of numbers defined by a time-domain index and parity of a time slot, and a first constant determined in part by an index of the coverage cell in the cellular telecommunication system; mapping a positioning reference signal, PRS, sequence to a set of modulation symbols in time-frequency domain according to at least the pattern; and conveying the PRS sequence through delivery of the set of modulation symbols. selecting a pattern in time-frequency domain, wherein the pattern in time-frequency domain assigns a modulation symbol to each frequency tone in a block of time-frequency resources, wherein the selecting includes acquiring from a memory at least one of a first pattern for a radio sub-frame structure with a normal cyclic prefix, CP, or a second pattern for a radio sub-frame structure with an extended CP, wherein the first pattern and the second pattern is specific to a coverage cell in a cellular telecommunication system, wherein the first pattern includes at least a first relationship that establishes a frequency-domain index, wherein the first relationship includes addition of a first static offset and a first time-dependent offset, the first time-dependent offset is based on a first sequence of numbers defined by a time-domain index and parity of a time slot, and a first constant determined in part by an index of the coverage cell in the cellular telecommunication system; mapping a positioning reference signal, PRS, sequence to a set of modulation symbols in time-frequency domain according to at least the pattern; and conveying the PRS sequence through delivery of the set of modulation symbols.
An oil and gas separation device for an internal combustion engine, comprising: a first chamber , a second chamber , and a third chamber provided successively from bottom to top, wherein the first chamber is connected to the second chamber through a first gas channel , the second chamber is connected to the third chamber through a second gas channel , the third chamber is connected to a gas outlet pipe , a bottom of the first chamber is a gas inlet, the bottom of the first chamber is further provided with a lower oil baffle plate , and the first gas channel is longitudinally covered by the lower oil baffle plate , characterized in that the first chamber , the second chamber , and the third chamber are successively arranged along the housing , the first chamber is composed of an inner wall of a cover and the lower oil baffle plate , the second chamber is composed of an outer wall of the cover , an upper oil baffle plate provided on the cover and an inner wall of the housing , and the third chamber is composed of the upper oil baffle plate and the inner wall of the housing , wherein a gap between an edge of the cover , the housing , and the lower oil baffle plate forms the first gas channel ; and a breather valve hole of a breather valve device provided on the upper oil baffle plate is the second gas channel .
System for the disinfection of agricultural soil comprising: - an electric energy source ; - at least one radiofrequency or microwave generator connected to the electric energy source and arranged to convert the electric energy into electromagnetic power; - a plow-like electromagnetic applicator connected to the radiofrequency or microwave generator via wave-guiding lines , said plow-like electromagnetic applicator being arranged to be inserted into the soil so as to transmit the electromagnetic power to the soil , thus obtaining a disinfection of said soil , characterised in that said system further comprises: - a cooling system arranged to recover heat produced by the at least one radiofrequency or microwave generator during the generation of electromagnetic power; - a steam generator connected to the cooling system and arranged to generate steam; - at last one pipe connected to the steam generator and arranged to be inserted into the soil so as to allow the steam to be transferred from the steam generator into the soil . - an electric energy source ; - at least one radiofrequency or microwave generator connected to the electric energy source and arranged to convert the electric energy into electromagnetic power; - a plow-like electromagnetic applicator connected to the radiofrequency or microwave generator via wave-guiding lines , said plow-like electromagnetic applicator being arranged to be inserted into the soil so as to transmit the electromagnetic power to the soil , thus obtaining a disinfection of said soil , - a cooling system arranged to recover heat produced by the at least one radiofrequency or microwave generator during the generation of electromagnetic power; - a steam generator connected to the cooling system and arranged to generate steam; - at last one pipe connected to the steam generator and arranged to be inserted into the soil so as to allow the steam to be transferred from the steam generator into the soil .
Passenger transport system designed as an escalator or moving walkway , characterized in that the passenger transport system has a mobile device charging device , wherein, during a passenger transport, the mobile device charging device can be used for charging an energy storage of a mobile device .
Actuator (A) for creating an electrical contact between two tracks of a printed circuit board, comprising: - a polymer part (PSM), forming an arm comprising a contact end (E1) and a moving end; - a metal part (PM), secured to said contact end (E1), having the general shape of a cap, - said end (E1) of the actuator supporting said metal part (PM), being surrounded by an enclosure (EP) extending up to a contact base (BPM) of the metal part (BPM), characterised by : said enclosure comprising a base intended to come into contact with said printed circuit board and covered with a conductive ink. - a polymer part (PSM), forming an arm comprising a contact end (E1) and a moving end; - a metal part (PM), secured to said contact end (E1), having the general shape of a cap, - said end (E1) of the actuator supporting said metal part (PM), being surrounded by an enclosure (EP) extending up to a contact base (BPM) of the metal part (BPM), characterised by : said enclosure comprising a base intended to come into contact with said printed circuit board and covered with a conductive ink.
A method of manufacturing a light field print using a printing press , the method comprising: identifying at least one characteristic of the printing press at least in part by printing at least one calibration pattern; obtaining content to be rendered using the light field print , the content comprising a plurality of scene views; generating, based at least in part on the content and the at least one characteristic of the printing press , multiple computed patterns; using the printing press to print the multiple computed patterns on one or more substrates . identifying at least one characteristic of the printing press at least in part by printing at least one calibration pattern; obtaining content to be rendered using the light field print , the content comprising a plurality of scene views; generating, based at least in part on the content and the at least one characteristic of the printing press , multiple computed patterns; using the printing press to print the multiple computed patterns on one or more substrates .
Fluid dispensing gun comprising a dispensing tube with a dosing nozzle , a spring-loaded needle which is co-axially moveable in the dispensing tube for opening and closing the dosing nozzle , a trigger for actuating said needle in order to open the dosing nozzle and to dispense the fluid, regulating means for regulating the degree of opening of the outlet of the dosing nozzle and coupling means for coupling a pressurized can to the gun and means for visual feedback of the current degree of opening of the outlet of the dosing nozzle , wherein the means for visual feedback are designed as position indicators which show the current co-axial position of the needle within the dispensing tube, characterized in that the position indicators are in form of a window or a plurality of windows provided in the housing of the gun and the needle or a part linked to it is provided with markers which appear in the windows in function of the co-axial position of the needle within the dispensing tube.
An apparatus for inspecting at least side faces (3 1 , 3 2 , 3 3 , 3 4 ) of a semiconductor device comprises: a camera , defining an imaging beam path ; a mirror block , having a first mirror (8 1 ), a second mirror (8 2 ), a third mirror (8 3 ), and a fourth mirror (8 4 ), the mirrors being arranged such that they surround a free space in the form of a rectangle, and the opposing first mirror (8 1 ) and third mirror (8 3 ) are fixedly mounted and the opposing second mirror (8 2 ) and fourth mirror (8 4 ) are movably mounted, wherein the first mirror (8 1 ), the second mirror (8 2 ), the third mirror (8 3 ), and the fourth mirror (8 4 ) of the mirror block each define a mirror surface which is tilted by 40 to 48 degrees with respect to the side faces (3 1 ), (3 2 ), (3 3 ) and (3 4 ) of the semiconductor device , wherein a motor is assigned to the opposing second mirror (8 2 ) and fourth mirror (8 4 ) for positioning the second mirror (8 2 ) and the fourth mirror (8 4 ) so that a first distance between a side face (3 1 and 3 3 ) of the semiconductor device and the respective first (8 1 ) and third fixed mirrors equals a second distance between a side face (3 2 and 3 4 ) of the semiconductor device and the respective second (8 2 ) and fourth mirrors (8 4 ); and a tilted mirror , for directing an image of at least the side faces (3 1 , 3 2 , 3 3 , 3 4 ) of the semiconductor device from the mirror block to the camera . a camera , defining an imaging beam path ; a mirror block , having a first mirror (8 1 ), a second mirror (8 2 ), a third mirror (8 3 ), and a fourth mirror (8 4 ), the mirrors being arranged such that they surround a free space in the form of a rectangle, and the opposing first mirror (8 1 ) and third mirror (8 3 ) are fixedly mounted and the opposing second mirror (8 2 ) and fourth mirror (8 4 ) are movably mounted, wherein the first mirror (8 1 ), the second mirror (8 2 ), the third mirror (8 3 ), and the fourth mirror (8 4 ) of the mirror block each define a mirror surface which is tilted by 40 to 48 degrees with respect to the side faces (3 1 ), (3 2 ), (3 3 ) and (3 4 ) of the semiconductor device , wherein a motor is assigned to the opposing second mirror (8 2 ) and fourth mirror (8 4 ) for positioning the second mirror (8 2 ) and the fourth mirror (8 4 ) so that a first distance between a side face (3 1 and 3 3 ) of the semiconductor device and the respective first (8 1 ) and third fixed mirrors equals a second distance between a side face (3 2 and 3 4 ) of the semiconductor device and the respective second (8 2 ) and fourth mirrors (8 4 ); and a tilted mirror , for directing an image of at least the side faces (3 1 , 3 2 , 3 3 , 3 4 ) of the semiconductor device from the mirror block to the camera .
A solid pharmaceutical dosage form for the release of nicotine in the oral cavity comprising a core encapsulated by at least one film coating, wherein the core comprises nicotine and wherein the film coating comprises at least one film-forming polymer and at least one component for reduction of one or more organoleptically disturbing sensations, and where the at least one film coating is devoid of nicotine and devoid of buffer; wherein said dosage form is a lozenge, a sublingual tablet, a buccal tablet, or an orally disintegrating tablet.
Method for manufacturing a vaporizer device for an inhaler , preferably for an electronic cigarette product, comprising at least one electric vaporizer , at least one electrical line for supplying the vaporizer with electric current, and a carrier for supporting the vaporizer , wherein - an electrically conductive adhesive is applied between the vaporizer and the carrier to form an electrical connection of the vaporizer to the electrical line , wherein the adhesive contains metal, wherein - an additional heating step is carried out to form a eutectic connection between the vaporizer and the adhesive , characterized in that the adhesive comprises an adhesive basis containing a polymer. - an electrically conductive adhesive is applied between the vaporizer and the carrier to form an electrical connection of the vaporizer to the electrical line , wherein the adhesive contains metal, wherein - an additional heating step is carried out to form a eutectic connection between the vaporizer and the adhesive , characterized in that the adhesive comprises an adhesive basis containing a polymer.
A stent graft comprising: a substantially tubular graft having a first end and a second end ; a scallop cut out of one or both of the first end and the second end , wherein the scallop extends away from an end edge of the substantially tubular graft and has a perimeter defined by graft material, wherein the perimeter has at least three sides including a lateral side having a lateral edge substantially parallel to the end edge and two longitudinal sides extending between the lateral side and the end edge; and a scallop support structure at least partially bounded about the perimeter of the scallop , the scallop support structure comprising at least two substantially longitudinal perimeter support sections , and an undulating lateral base extending between the at least two substantially longitudinal perimeter support sections, wherein the undulating lateral base has at least two undulations; wherein one of the at least two perimeter support sections is attached along and defines one of the two longitudinal sides and another of the at least two perimeter support sections is attached along and defines the other of the longitudinal sides; and wherein the undulating lateral base is disposed along the lateral base of the scallop and overlaps the graft material. a substantially tubular graft having a first end and a second end ; a scallop cut out of one or both of the first end and the second end , wherein the scallop extends away from an end edge of the substantially tubular graft and has a perimeter defined by graft material, wherein the perimeter has at least three sides including a lateral side having a lateral edge substantially parallel to the end edge and two longitudinal sides extending between the lateral side and the end edge; and a scallop support structure at least partially bounded about the perimeter of the scallop , the scallop support structure comprising at least two substantially longitudinal perimeter support sections , and an undulating lateral base extending between the at least two substantially longitudinal perimeter support sections, wherein the undulating lateral base has at least two undulations; wherein one of the at least two perimeter support sections is attached along and defines one of the two longitudinal sides and another of the at least two perimeter support sections is attached along and defines the other of the longitudinal sides; and wherein the undulating lateral base is disposed along the lateral base of the scallop and overlaps the graft material.
Method for operating a flexographic printing press with at least one flexographic printing form, with a printing cylinder carrying a sleeve for the flexographic printing form or with a flexographic printing cylinder for the flexographic printing form and with an impression cylinder which forms a printing nip with the printing cylinder or the flexographic printing cylinder, wherein a web of printing material is printed in the printing nip and a transport speed of the web is set, characterized in that the setting is carried out automatically either as a function of a dot density of the flexographic printing form, or of data derived computationally therefrom, or as a function of channels of the flexographic printing form, of the impression cylinder or of the flexographic printing cylinder, or of data derived computationally therefrom, wherein the dot density is a location-dependent density of printing projections of the flexographic printing form, and wherein the dot density or the channels is/are measured without contact or wherein the dot density is determined computationally from prepress data for producing the flexographic printing form.
A system comprising: one or more dispensing devices in an environment, each dispensing device having a consumable product storage area and a dispensing mechanism operatively coupled to the product storage area , wherein each dispensing device is configured to store a respective consumable product in the product storage area and to dispense the consumable product through use of the dispensing mechanism to facilitate a hygiene-based process, and wherein actuation of each dispensing device creates an acoustic signal; an acoustic sensing module configured to sense one or more acoustic signals based on actuation of the one or more dispensing devices , to access acoustic signatures corresponding to the one or more acoustic signals; and a data collection device configured to communicate with the acoustic sensing module to store data describing the one or more dispensing devices determined to have been actuated, characterised in that : the acoustic sensing module is further configured to determine, on a per dispensing device basis, which of the one or more dispensing devices were actuated based on the sensed one or more acoustic signals and the acoustic signatures , and to generate and transmit a low consumable product alert for a given dispensing device based on an analysis of a number of determined actuations for the given dispensing device and a number of actuations corresponding to a threshold depletion level of the consumable product of the given dispensing device . one or more dispensing devices in an environment, each dispensing device having a consumable product storage area and a dispensing mechanism operatively coupled to the product storage area , wherein each dispensing device is configured to store a respective consumable product in the product storage area and to dispense the consumable product through use of the dispensing mechanism to facilitate a hygiene-based process, and wherein actuation of each dispensing device creates an acoustic signal; an acoustic sensing module configured to sense one or more acoustic signals based on actuation of the one or more dispensing devices , to access acoustic signatures corresponding to the one or more acoustic signals; and a data collection device configured to communicate with the acoustic sensing module to store data describing the one or more dispensing devices determined to have been actuated, characterised in that : the acoustic sensing module is further configured to determine, on a per dispensing device basis, which of the one or more dispensing devices were actuated based on the sensed one or more acoustic signals and the acoustic signatures , and to generate and transmit a low consumable product alert for a given dispensing device based on an analysis of a number of determined actuations for the given dispensing device and a number of actuations corresponding to a threshold depletion level of the consumable product of the given dispensing device .
An occlusal screw for a ceramic implant system, having a screw head and a screw shank , the screw shank having a screw thread defining a screw axis and being intended to engage, through an opening of an abutment of the implant system, the opening being a through-opening in axial direction, into an internal thread in a recess of an anchoring part of the implant system, and wherein the screw head apically forms a screw stop , the occlusal screw being made of a ceramic material, characterized in that the occlusal screw has an engagement portion which has an outer structure not being rotationally symmetrical about the screw axis , is designed at least in regions along the screw axis to be translationally symmetrical or to widen continuously in the apical direction and is suitable for interacting with a corresponding inner structure in a distal recess of a screw driver in order to couple the occlusal screw to the screw driver in a rotationally fixed manner.
Device for preparing a tube end for drawing by a floating mandrel , comprising a releasable holder for centred holding of a tube end , a pressing element for application of at least one indentation for holding the floating mandrel , the floating mandrel as well as a feed element for introducing the floating mandrel into the tube end , characterised in that the device comprises a conical expansion mandrel by means of which the tube end is automatically expanded and the expansion mandrel comprises an injector for introduction of drawing oil into the tube . a releasable holder for centred holding of a tube end , a pressing element for application of at least one indentation for holding the floating mandrel , the floating mandrel as well as a feed element for introducing the floating mandrel into the tube end , characterised in that the device comprises a conical expansion mandrel by means of which the tube end is automatically expanded and the expansion mandrel comprises an injector for introduction of drawing oil into the tube .
A method for computing a depth map having a higher resolution than a resolution of each sensor of a sensor set, the method comprising; vibrating a projector ; projecting, while the projector is vibrating, a pattern of light comprising a plurality of dots into a scene, the pattern of light moving based on the vibrating; capturing a plurality of images at different times via the sensor set while the projector is vibrating, the sensor set comprising at least two synchronized sensors, wherein a frequency of the vibrating is relative to a frame rate of capturing the plurality of images; processing at least some of the images to obtain computed depth data; and outputting a depth map comprising the depth data. vibrating a projector ; projecting, while the projector is vibrating, a pattern of light comprising a plurality of dots into a scene, the pattern of light moving based on the vibrating; capturing a plurality of images at different times via the sensor set while the projector is vibrating, the sensor set comprising at least two synchronized sensors, wherein a frequency of the vibrating is relative to a frame rate of capturing the plurality of images; processing at least some of the images to obtain computed depth data; and outputting a depth map comprising the depth data.