mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of controlling creation of a printed document by operating a printer wherein the printer is separate from a print finishing device, the method including the steps of: retrieving print information for generating a print job, said print information specifying characteristics of a document to be printed; retrieving at least one attribute of the print finishing device, said attribute defining an imposition constraint imposed on the print job for printing said document, when, after printing in the printer, the printed document is processed in said print finishing device, the imposition constraints relating to at least one of a gutter size, a side trim, a total image size, a total size of an input sheet, a location of one or more slits, cuts, perforations, or creases, and an amount of UPs printed on one sheet of a printed media, wherein retrieving said at least one attribute of the print finishing device includes: a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and generating the print job based on said print information and said constraint and sending the print job to the printer, retrieving print information for generating a print job, said print information specifying characteristics of a document to be printed; retrieving at least one attribute of the print finishing device, said attribute defining an imposition constraint imposed on the print job for printing said document, when, after printing in the printer, the printed document is processed in said print finishing device, the imposition constraints relating to at least one of a gutter size, a side trim, a total image size, a total size of an input sheet, a location of one or more slits, cuts, perforations, or creases, and an amount of UPs printed on one sheet of a printed media, wherein retrieving said at least one attribute of the print finishing device includes: a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and a user defining a desired configuration of the print finishing device; establishing a communication link to said print finishing device, sending said configuration to the print finishing device, and prompting the print finishing device to transmit the at least one attribute defining the imposition constraint imposed on the print job and corresponding to said configuration; and generating the print job based on said print information and said constraint and sending the print job to the printer,
A method of calibration of an auto-stereoscopic 3D screen (1.4) of a device comprising a camera (1.3), wherein the method comprises: - displaying a pattern image on a screen (1.4) of said device (1.2); and - capturing an image of said device as reflected by a reflective surface (4.0) using said camera, the captured image (3.2) of the device comprising the screen of the device; and characterized in that the method further comprises: - obtaining a resulting image where the screen appears rectangular, by proceeding to perspective correction if the screen does not appear rectangular in the captured image (3.2); and - determining the value of a command for an adjustable masking means (2.2), constituting a parallax barrier, of the auto-stereoscopic 3D screen to get a balanced mix of crosstalk in the resulting image at a horizontal position corresponding to the horizontal position of the camera in said resulting image. - displaying a pattern image on a screen (1.4) of said device (1.2); and - capturing an image of said device as reflected by a reflective surface (4.0) using said camera, the captured image (3.2) of the device comprising the screen of the device; and - obtaining a resulting image where the screen appears rectangular, by proceeding to perspective correction if the screen does not appear rectangular in the captured image (3.2); and - determining the value of a command for an adjustable masking means (2.2), constituting a parallax barrier, of the auto-stereoscopic 3D screen to get a balanced mix of crosstalk in the resulting image at a horizontal position corresponding to the horizontal position of the camera in said resulting image.
A surgical instrument lubrication system, comprising: a lubrication cartridge ; a stem defining a primary fluid path; a lubricant reservoir housed in the lubrication cartridge; a metering insert located between the lubricant reservoir and the primary fluid path and operable to meter lubricant flow from the lubricant reservoir to the primary fluid path; and an exhaust portion housed in the lubrication cartridge and operable to filter exhaust fluid that passes through the lubrication cartridge; and characterized by a quarter-turn coupling interface located on each of the lubrication cartridge and the stem that is operable to sealing mate the lubrication cartridge with the stem, wherein the lubrication cartridge and the stem comprising an initial coupling orientation and a final coupling orientation, and wherein the lubrication cartridge is rotated approximately 90 degrees relative to the stem between the initial coupling orientation and the final coupling orientation. a lubrication cartridge ; a stem defining a primary fluid path; a lubricant reservoir housed in the lubrication cartridge; a metering insert located between the lubricant reservoir and the primary fluid path and operable to meter lubricant flow from the lubricant reservoir to the primary fluid path; and an exhaust portion housed in the lubrication cartridge and operable to filter exhaust fluid that passes through the lubrication cartridge; and characterized by a quarter-turn coupling interface located on each of the lubrication cartridge and the stem that is operable to sealing mate the lubrication cartridge with the stem, wherein the lubrication cartridge and the stem comprising an initial coupling orientation and a final coupling orientation, and wherein the lubrication cartridge is rotated approximately 90 degrees relative to the stem between the initial coupling orientation and the final coupling orientation.
A video encoder configured to provide to a transcoder a first bitstream representing a video sequence with a first format further configured to create a second bitstream representing transcoding information indicative of a transcoding method that should be used by the transcoder for transcoding the video sequence from the first format to a second format, the transcoding method being one of full transcoding, guided transcoding and simulcast and further configured to provide to the transcoder the second bitstream , wherein the transcoding information of indicates if a residual needs to be regenerated at the transcoder or if the residual is provided from the encoder, characterized in that the transcoding information comprises one of plurality of patterns of coded transform coefficients, one specific pattern is indicative of that a residual needs to be regenerated at the transcoder and the remaining patterns are indicative of that the residual is provided from the encoder, wherein the residual is originating from a difference between the video sequence of the second format and a prediction of the video sequence of the second format generated according to said transcoding information.
Device for labelling an elongated object, such as a cable , having a labelling means which surrounds a receiving channel for the object , said receiving channel being open to a front side and to a back side , and which labelling means has a labelling part for affixing a label, wherein the labelling means is made of a hard plastic material and wherein at least one elastically deformable partition is provided, which is integrally and/or interlockingly connected to the labelling means , and at least partially spans the receiving channel , characterised in that the partition has an anchoring part extending into the hard plastic material of the labelling means .
An electrical plug connector , the plug connector having a plug element and a mating plug element which can be plugged into the plug element , in particular a control unit for a motor vehicle, the plug element comprising a receptacle for the mating plug element which is disposed in a housing and opens opposite a plug-in direction (S), and a lever rotatable relative to the housing about an axis of rotation (R) from an unlocking position (O) into a locking position (C), the lever and the housing together forming a clamping device for producing a frictional grip acting along the plug-in direction (S), wherein the mating plug element has a plug-in region for electrical and/or mechanical connection to the plug element and at least one clamping surface for the clamping device of the plug element , and wherein the centre of gravity of the mating plug element lies between the at least one clamping surface of the mating plug element and the plug-in region , wherein, in the locking position (C), the mating plug element is held in the plug element at its at least one clamping surface by means of the clamping device of the plug element via the frictional grip acting in the plug-in direction (S).
Coupling for forming an optical plug-in connection between two optical plug-in connectors , the coupling comprising a guide sleeve and a sleeve-receiving cage having an inner chamber for receiving the guide sleeve , the sleeve-receiving cage comprising insertion openings , which are arranged opposite one another on a longitudinal axis of the sleeve-receiving cage , each for inserting a ferrule of the relevant optical plug-in connector into the guide sleeve in each case in a direction parallel to the longitudinal axis , the insertion openings each being enclosed, at least in some regions, by longitudinal stops of the sleeve-receiving cage so as to prevent the guide sleeve from being withdrawn out of the inner chamber of the sleeve-receiving cage , and the sleeve-receiving cage comprising two sleeve-receiving cage parts , and the sleeve-receiving cage parts each comprising a latching connection part for forming a latching connection , and the latching connection parts being configured so as to be latchable into one another in order to fasten the sleeve-receiving cage parts to one another by sliding the sleeve-receiving cage parts onto one another in a direction parallel to the longitudinal axis , characterised in that each of the sleeve-receiving cage parts comprises two or three or more projecting lugs and the other sleeve-receiving cage part comprises a number of lug receptacles that corresponds to the number of lugs , the lugs being slidable into the lug receptacles when the sleeve-receiving cage parts are slid onto one another in the direction parallel to the longitudinal axis .
A flame scanner including terminals for connection to a controller , the flame scanner comprising: a photodiode to generate a detection signal; and a signal conditioner coupled to the photodiode, the signal conditioner to generate an output signal across the terminals, the output signal emulating an output of an ultraviolet tube flame scanner; wherein the signal conditioner comprises a pulse generator ; wherein the signal conditioner comprises an amplifier to receive the detection signal and generate a voltage in response to the detection signal; characterized in that the signal conditioner comprises a voltage-to-frequency converter to receive the voltage and generate a waveform in response to the voltage; in that the pulse generator generates the output signal in response to the waveform and in that the pulse generator comprises components that are adjustable such that the signal conditioner can emulate different types of ultraviolet tube flame scanner. a photodiode to generate a detection signal; and a signal conditioner coupled to the photodiode, the signal conditioner to generate an output signal across the terminals, the output signal emulating an output of an ultraviolet tube flame scanner; wherein the signal conditioner comprises a pulse generator ; wherein the signal conditioner comprises an amplifier to receive the detection signal and generate a voltage in response to the detection signal; characterized in that the signal conditioner comprises a voltage-to-frequency converter to receive the voltage and generate a waveform in response to the voltage; in that the pulse generator generates the output signal in response to the waveform and in that the pulse generator comprises components that are adjustable such that the signal conditioner can emulate different types of ultraviolet tube flame scanner.
Transmitter device for a wireless communication system , the transmitter device comprising a processor and a transmitter ; wherein the processor is configured to receive a set of Z data streams, wherein each data stream comprises a plurality of information words; select K data streams experiencing the same channel quality from the set of Z data streams for transmission, wherein K ≤ Z ; for each information word and for each data stream k = 0, ..., K - 1: encode and modulate an information word u k of the k th data stream use a Trellis Coded Modulation, TCM, scheme to obtain a first encoded and modulated word s k 1 for the k th data stream, scramble the first encoded and modulated word s k 1 using a stream specific scrambling sequence c k 1 to obtain a first scrambled word q k 1 for the k th data stream; and superpose the first scrambled words q k 1 for all K data streams to obtain a first signal s U , wherein s U = ∑ k = 1 K q k 1 ; characterized by further for each information word and for each data stream k = 0, ..., K - 1: interleave the information word u k of the k -th data stream using a stream specific permutation Π k to obtain an interleaved word v k , encode and modulate the interleaved word v k using a second TCM scheme to obtain a second encoded and modulated word s k 2 for the k th data stream, scramble the second encoded and modulated word s k 2 for the k -th data stream using a stream specific scrambling sequence c k 2 to obtain a second scrambled word q k 2 for the k th data stream; and superpose the second scrambled words for all K data streams to obtain a second signal s V , wherein s V = ∑ k = 1 K q k 2 ; combine the first signal s U and the second signal s V into a signal s for transmission; and wherein the transmitter is configured to transmit the signal s over a radio channel of the wireless communication system . encode and modulate an information word u k of the k th data stream use a Trellis Coded Modulation, TCM, scheme to obtain a first encoded and modulated word s k 1 for the k th data stream, scramble the first encoded and modulated word s k 1 using a stream specific scrambling sequence c k 1 to obtain a first scrambled word q k 1 for the k th data stream; and superpose the first scrambled words q k 1 for all K data streams to obtain a first signal s U , wherein s U = ∑ k = 1 K q k 1 ; characterized by interleave the information word u k of the k -th data stream using a stream specific permutation Π k to obtain an interleaved word v k , encode and modulate the interleaved word v k using a second TCM scheme to obtain a second encoded and modulated word s k 2 for the k th data stream, scramble the second encoded and modulated word s k 2 for the k -th data stream using a stream specific scrambling sequence c k 2 to obtain a second scrambled word q k 2 for the k th data stream; and
A honeycomb structure , comprising a pillar-shaped honeycomb structure body having a porous partition wall , wherein the honeycomb structure body includes a plurality of cells defined by the partition wall so as to extend from a first end face to a second end face of the honeycomb structure body , the partition wall is formed by a porous body including a silicon phase as a main phase, wherein the porous body includes 60 mass% or more of the silicon phase as the main phase, and the silicon phase as the main phase has a content of each of the specific impurities that is 0.3 part by mass or less with respect to 100 parts by mass of silicon, wherein the total content of the specific impurities is 0.8 part by mass or less with respect to 100 parts by mass of silicon.
A rectal administration device with a valved enteral administration assembly , the valved enteral administration assembly comprising: a rigid inlet configured: to mate with and sealably connect to a first enteral device ; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; the rectal administration device comprising a plurality of transmission holes , such that medication can be administered, in use, through the valved enteral administration assembly, and via the transmission holes, into the rectum. the valved enteral administration assembly comprising: a rigid inlet configured: to mate with and sealably connect to a first enteral device ; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; a rigid inlet configured: to mate with and sealably connect to a first enteral device ; and not to mate with and sealably connect to a luer-type device; to mate with and sealably connect to a first enteral device ; and not to mate with and sealably connect to a luer-type device; a rigid outlet mechanically connected to a lumen of a second enteral device, the second enteral device being the rectal administration device; and a valve mechanism between the inlet and outlet wherein the valve mechanism is configured to provide for uni-directional flow and prevent retrograde flow through the inlet; the rectal administration device comprising a plurality of transmission holes , such that medication can be administered, in use, through the valved enteral administration assembly, and via the transmission holes, into the rectum.
Method for producing porous calcium deficient hydroxyapatite granules comprising the following steps: (a) subjecting granules of calcium sulfate anhydrous (CSA), calcium sulfate dihydrate (CSD) or calcium sulfate hemihydrate (CSH), the granules comprising interconnected pores with a minimum mean diameter of 3 microns, to a first incubation in an alkaline aqueous solution having a pH-value of less than 10 and containing PO 4 3- ions; (b) subjecting the granules to a second incubation in an alkaline aqueous solution having a pH-value sufficient to increase the residual pH value of the granules, said alkaline aqueous solution optionally comprising PO 4 3- ions; (c) filtering and drying the obtained porous granules of calcium deficient hydroxyapatite; and wherein (d) the sum of the amounts of PO 4 3- ions present in the first and second incubation is ≥ the amount of SO 4 2- ions of the granules used for step (a). (a) subjecting granules of calcium sulfate anhydrous (CSA), calcium sulfate dihydrate (CSD) or calcium sulfate hemihydrate (CSH), the granules comprising interconnected pores with a minimum mean diameter of 3 microns, to a first incubation in an alkaline aqueous solution having a pH-value of less than 10 and containing PO 4 3- ions; (b) subjecting the granules to a second incubation in an alkaline aqueous solution having a pH-value sufficient to increase the residual pH value of the granules, said alkaline aqueous solution optionally comprising PO 4 3- ions; (c) filtering and drying the obtained porous granules of calcium deficient hydroxyapatite; and wherein (d) the sum of the amounts of PO 4 3- ions present in the first and second incubation is ≥ the amount of SO 4 2- ions of the granules used for step (a).
A method for handling user data for a hearing aid user and at least one hearing aid, the at least one hearing aid having a memory for storing personal settings for alleviating a hearing loss for the hearing aid user, and including: • creating, by the hearing aid user, a user account on a remote server accessible over the Internet from an Internet enabled computer device, the user account including the personal settings for alleviating a hearing loss for the hearing aid user; • entering, by the hearing aid user, personal information into the user account and storing the entered personal information on the remote server; • setting up a wireless connection between a hearing aid and the personal communication device; characterized in that the method further comprises a step of: • identifying in the user account the personal communication device as a gateway to the Internet for the hearing aid; and • granting, by the hearing aid user, rights to a third party to modify data in a sub-set of the user account stored on the server; • loading the data in the sub-set of the user account stored on the server and modified by a third party having modification rights into a hearing aid memory by using the personal communication device as a gateway. • creating, by the hearing aid user, a user account on a remote server accessible over the Internet from an Internet enabled computer device, the user account including the personal settings for alleviating a hearing loss for the hearing aid user; • entering, by the hearing aid user, personal information into the user account and storing the entered personal information on the remote server; • setting up a wireless connection between a hearing aid and the personal communication device; characterized in that the method further comprises a step of: • identifying in the user account the personal communication device as a gateway to the Internet for the hearing aid; and • granting, by the hearing aid user, rights to a third party to modify data in a sub-set of the user account stored on the server; • loading the data in the sub-set of the user account stored on the server and modified by a third party having modification rights into a hearing aid memory by using the personal communication device as a gateway.