mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel saving driving diagnostic device, comprising: an ECU that is configured to diagnose fuel saving driving from a viewpoint of accelerator operation based on a relation between a parameter related to a vehicle speed and a parameter related to an accelerator operation amount and to diagnose fuel saving driving from a viewpoint of shift operation, characterized in that the ECU is configured to diagnose the fuel saving driving from the viewpoint of shift operation based on a relation between the parameter related to the vehicle speed and a parameter related to an engine speed, and in that the ECU is configured to output a display showing the diagnostic result of fuel saving driving from the viewpoint of accelerator operation and the diagnostic result of fuel saving driving from the viewpoint of shift operation in two-axis representation. an ECU that is configured to diagnose fuel saving driving from a viewpoint of accelerator operation based on a relation between a parameter related to a vehicle speed and a parameter related to an accelerator operation amount and to diagnose fuel saving driving from a viewpoint of shift operation, characterized in that the ECU is configured to diagnose the fuel saving driving from the viewpoint of shift operation based on a relation between the parameter related to the vehicle speed and a parameter related to an engine speed, and in that the ECU is configured to output a display showing the diagnostic result of fuel saving driving from the viewpoint of accelerator operation and the diagnostic result of fuel saving driving from the viewpoint of shift operation in two-axis representation.
A speech transmission system with data packet transport and delay compensation, comprising: - an air traffic control working position, CWP, comprising capture means , - a voice communication switch including a packing unit , connected to said capture means and configured to convert a digital sample stream into data packets , and - a plurality of ground radio stations respectively including at least one jitter buffer receiving the data packets transmitted from the communication switch , and respectively including at least one radio frequency, RF, unit with an antenna , wherein at least one data packet includes a delay command, and wherein the delay command is processed in the jitter buffer to adjust a jitter buffer delay time (Td1), wherein the delay command is calculated based on an estimated end to end data delay between the capture means and the output of the radio frequency unit wherein said capture means are configured to convert an input signal into a digital sample stream . - an air traffic control working position, CWP, comprising capture means , - a voice communication switch including a packing unit , connected to said capture means and configured to convert a digital sample stream into data packets , and - a plurality of ground radio stations respectively including at least one jitter buffer receiving the data packets transmitted from the communication switch , and respectively including at least one radio frequency, RF, unit with an antenna , wherein at least one data packet includes a delay command, and wherein the delay command is processed in the jitter buffer to adjust a jitter buffer delay time (Td1), wherein the delay command is calculated based on an estimated end to end data delay between the capture means and the output of the radio frequency unit wherein said capture means are configured to convert an input signal into a digital sample stream .
A method to establish a subscriber identity of a target (T) in a mobile network, which method comprises the following steps: - sending object marking signals from an Administration Function ADMF to access entities where the target (T) is expected to be physically present; - receiving, from the access entities by a Delivery Function DF, geographical location points (A, B, C, D) and time stamps, based on the object marking signals, wherein the geographical location points (A, B, C, D) and the time stamps indicate physical presence of the target (T) at the geographical location points (A, B, C, D); - sending from the ADMF to a Mobile Switching Centre MSC of defined cell areas (C1-C3), a request for information of all subscribers present in the defined cell areas (C1-C3) during a time falling together with the time stamps, each defined cell area covering a collected geographical location point (A, B, C, D); - receiving at the DF from the MSC of the defined cell areas (C1-C3), lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps, each list representing a defined cell area; - performing a crosschecking, by a Law Enforcement Monitoring Facility LEMF, between the received lists; - identifying, by the LEMF, a single subscriber identity, which belongs to the target (T), that is common to the received lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps. - sending object marking signals from an Administration Function ADMF to access entities where the target (T) is expected to be physically present; - receiving, from the access entities by a Delivery Function DF, geographical location points (A, B, C, D) and time stamps, based on the object marking signals, wherein the geographical location points (A, B, C, D) and the time stamps indicate physical presence of the target (T) at the geographical location points (A, B, C, D); - sending from the ADMF to a Mobile Switching Centre MSC of defined cell areas (C1-C3), a request for information of all subscribers present in the defined cell areas (C1-C3) during a time falling together with the time stamps, each defined cell area covering a collected geographical location point (A, B, C, D); - receiving at the DF from the MSC of the defined cell areas (C1-C3), lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps, each list representing a defined cell area; - performing a crosschecking, by a Law Enforcement Monitoring Facility LEMF, between the received lists; - identifying, by the LEMF, a single subscriber identity, which belongs to the target (T), that is common to the received lists of subscriber identities for subscribers located in the defined cell areas (C1-C3) during the time falling together with the time stamps.
A first communication device for a communication system , the first communication device being configured to transmit at least one first symbol in a first physical resource block bundling in a radio channel to a second communication device ; and transmit at least one second symbol in a second physical resource block bundling to the second communication device upon determining that a delay spread of the radio channel exceeds a cyclic prefix length of the first symbol, wherein a size of the second physical resource block bundling is larger in the frequency domain than a size of the first physical resource block bundling. transmit at least one first symbol in a first physical resource block bundling in a radio channel to a second communication device ; and transmit at least one second symbol in a second physical resource block bundling to the second communication device upon determining that a delay spread of the radio channel exceeds a cyclic prefix length of the first symbol, wherein a size of the second physical resource block bundling is larger in the frequency domain than a size of the first physical resource block bundling.
A mechanical seal assembly , comprising a gland assembly having a housing that includes a plurality of sensor openings formed therein, wherein the plurality of sensor openings includes a first sensor opening and a second sensor opening , a sleeve assembly configured to be disposed about a shaft and disposed within the gland assembly , a rotary seal ring rotatably coupled to the sleeve assembly , a stationary seal ring disposed in operative contact with the rotary seal ring to form a seal therebetween, and a first sensor disposed within the first sensor opening and a second sensor disposed within the second sensor opening , characterised in that the first and second sensors are RFID sensors, and in that the sensors are configured to radiate at different frequencies. a gland assembly having a housing that includes a plurality of sensor openings formed therein, wherein the plurality of sensor openings includes a first sensor opening and a second sensor opening , a sleeve assembly configured to be disposed about a shaft and disposed within the gland assembly , a rotary seal ring rotatably coupled to the sleeve assembly , a stationary seal ring disposed in operative contact with the rotary seal ring to form a seal therebetween, and a first sensor disposed within the first sensor opening and a second sensor disposed within the second sensor opening , characterised in that the first and second sensors are RFID sensors, and in that the sensors are configured to radiate at different frequencies.
A recombinant factor VIII (FVIII) fusion protein having procoagulant activity, comprising an FVIII polypeptide fused to at least one extended recombinant polypeptide (XTEN), wherein the FVIII polypeptide comprises an A1 domain comprising amino acids 1-372 of SEQ ID NO: 1592, an A2 domain comprising amino acids 373-740 of SEQ ID NO: 1592, a portion of a B domain, an A3 domain comprising amino acids 1649-2019 of SEQ ID NO: 1592, a C1 domain comprising amino acids 2020-2172 of SEQ ID NO: 1592, and a C2 domain comprising amino acids 2173-2332 of SEQ ID NO: 1592, wherein the at least one XTEN is inserted into the FVIII polypeptide at a site that corresponds to amino acid 745 of the sequence set forth in SEQ ID NO: 1592, and wherein the recombinant FVIII fusion protein exhibits a prolonged terminal half-life when administered to a subject as compared to a corresponding FVIII protein lacking the at least one XTEN.
A method of producing cellulose fibres impregnated with metal nanoparticles, the method comprising: swelling cellulose fibres in an aqueous alkali solution; removing the swollen cellulose fibres from the aqueous alkali solution; mixing the swollen cellulose fibres with an aqueous solution of a metal salt and a polymer solution so as to impregnate the fibres with metal nanoparticles; and removing the swollen cellulose fibres impregnated with metal nanoparticles from the solution, wherein the aqueous alkali solution comprises Group I hydroxide and Group I carbonate and/or bicarbonate. swelling cellulose fibres in an aqueous alkali solution; removing the swollen cellulose fibres from the aqueous alkali solution; mixing the swollen cellulose fibres with an aqueous solution of a metal salt and a polymer solution so as to impregnate the fibres with metal nanoparticles; and removing the swollen cellulose fibres impregnated with metal nanoparticles from the solution, wherein the aqueous alkali solution comprises Group I hydroxide and Group I carbonate and/or bicarbonate.
A microneedle array for use with the intradermal delivery of an analgesic in the form of a salt, namely buprenorphine hydrochloride, comprising a plurality of microneedles on a carrier, characterized in that the microneedle array is applied by way of an applicator system, the applicator system comprising a trigger device, and the microneedles comprising a formulation containing at least one analgesic in the form of a salt, namely buprenorphine hydrochloride, and at least one water-soluble polymer.
A dental cleaning appliance comprising: a handle ; a fluid delivery system for delivering a burst of working fluid to the teeth of a user, the fluid delivery system comprising a nozzle from which the burst of working fluid is delivered to the teeth of the user; a brush unit comprising a bristle carrier and a plurality of bristles mounted on the bristle carrier , the brush unit extending at least partially about the nozzle , the nozzle being moveable relative to the brush unit ; and a drive unit for driving movement of the bristle carrier relative to the nozzle ; characterized in that the nozzle is biased for movement relative to the brush unit in a direction extending away from the brush unit . a handle ; a fluid delivery system for delivering a burst of working fluid to the teeth of a user, the fluid delivery system comprising a nozzle from which the burst of working fluid is delivered to the teeth of the user; a brush unit comprising a bristle carrier and a plurality of bristles mounted on the bristle carrier , the brush unit extending at least partially about the nozzle , the nozzle being moveable relative to the brush unit ; and a drive unit for driving movement of the bristle carrier relative to the nozzle ; characterized in that the nozzle is biased for movement relative to the brush unit in a direction extending away from the brush unit .
A compound represented by a formula: wherein: D is t-butyl; A is C 1-8 alkyl; * is H; * is H; R 1 is Cl, Br, CN, OCH 3 , or CF 3 ; R 2 is H, F, or -CH 2 OH; R 3 is H, F, Cl, Br, or I; and R 4 is H, -CH 3 , or -CF 3 . D is t-butyl; A is C 1-8 alkyl; * is H; * is H; R 1 is Cl, Br, CN, OCH 3 , or CF 3 ; R 2 is H, F, or -CH 2 OH; R 3 is H, F, Cl, Br, or I; and R 4 is H, -CH 3 , or -CF 3 .
A method for wireless communication, comprising: selecting an encoding type for each payload of a plurality of payloads, the selecting comprising selecting a low density parity check code, LDPCC, encoding type for at least a first payload and selecting a turbo code, TC, encoding type for at least a second payload; segmenting each payload into a plurality of code blocks having a same code block size; generating, for each code block, a cyclic redundancy check, CRC; encoding each code block and associated CRC in one or more codewords of a plurality of codewords, the encoding based at least in part on the selected encoding type for a payload associated with the code block; and transmitting the codewords. selecting an encoding type for each payload of a plurality of payloads, the selecting comprising selecting a low density parity check code, LDPCC, encoding type for at least a first payload and selecting a turbo code, TC, encoding type for at least a second payload; segmenting each payload into a plurality of code blocks having a same code block size; generating, for each code block, a cyclic redundancy check, CRC; encoding each code block and associated CRC in one or more codewords of a plurality of codewords, the encoding based at least in part on the selected encoding type for a payload associated with the code block; and transmitting the codewords.
Method for detecting a failure in a combustion engine lubricating oil system provided with an adjustable oil source, controlled through a control signal through a feedback control scheme, the method being based on a comparison, for a measured oil pressure value, between: - an actual control signal of the said adjustable source, in order to force the measured oil pressure value to an expected oil pressure value (EP), and - an expected control signal; in case of a mismatch is detected between said control signals, a failure in the lubricating oil system is detected and an action is carried out. - an actual control signal of the said adjustable source, in order to force the measured oil pressure value to an expected oil pressure value (EP), and - an expected control signal;
Structure having at least one ceiling , a window frame and a roller shutter box or a venetian blind box which is arranged between the window frame and the ceiling , wherein the structure has at least one fastening element with a fastening portion , an anchoring portion and a connecting portion which connects the fastening portion to the anchoring portion , wherein the window frame is connected to the fastening portion , and the anchoring portion is anchored in the ceiling , and the connecting portion engages through the roller shutter box or the venetian blind box , characterized in that the anchoring portion cast into the ceiling has a Y-shaped cross section and is releasably arranged on the connecting portion , and the connecting portion engages vertically through the roller shutter box or venetian blind box starting from the fastening portion .
Pharmaceutical oral dosage forms comprising a core and a pH-sensitive enteric coating, wherein the core comprises at least one nutrient compound stimulating enteroendocrine cells to release at least one enterokine, and at least one disintegrant providing a burst release of the ingredients of the core when the coating is substantially degraded and/or dissolved, and wherein the coating comprises a pH sensitive polymer which substantially degrades and/or dissolves at a pH value of about 5.5 to about 7.5, wherein the dosage forms have a size of less than 3 mm, based on the largest dimension of the oral dosage forms, and release said nutrient compound in the terminal jejunum of a subject.
Lock, in particular a mortise lock, comprising a casing , a rotatably supported follower and a resiliently supported latch , wherein the follower and the latch are both arranged in the same housing , and wherein at the follower a follower flap is pivotably supported, and wherein furthermore the follower flap includes a driver which interacts with an engagement surface of the latch , characterized in that the follower flap further includes a control pin which interacts with a slotted guide in the housing.
Building panels provided with a locking system for vertical locking of a first and a second building panel by a vertical displacement of said first and second building panel relative each other, said locking system comprises a displaceable tongue inserted into a sidewardly open displacement groove provided at an edge of the first building panel, said displaceable tongue cooperates with a tongue groove provided at an adjacent edge of the second building panel for locking the edge and the adjacent edge vertically, said building panels further provided with a strip which protrudes: below the displacement groove and outwardly beyond the upper part of the edge; or below the tongue groove and outwardly beyond the upper part of the adjacent edge, wherein the displaceable tongue comprises a main tongue body extending along the edge of the first building panel and separate flexible spring parts attached to the main tongue body , and wherein the separate spring parts are located in an inner part of the displacement groove characterized in that the separate spring parts are spaced from each other in the length direction of the main tongue body , the main tongue body and the spring parts are made of different materials, and that a part of a spring part body of the spring part is displaced beyond a first vertical tongue plane (Tp1) during locking, wherein the first vertical tongue plane (Tp1) intersects one outer edge of the tongue body . below the displacement groove and outwardly beyond the upper part of the edge; or below the tongue groove and outwardly beyond the upper part of the adjacent edge, wherein the displaceable tongue comprises a main tongue body extending along the edge of the first building panel and separate flexible spring parts attached to the main tongue body , and wherein the separate spring parts are located in an inner part of the displacement groove characterized in that the separate spring parts are spaced from each other in the length direction of the main tongue body , the main tongue body and the spring parts are made of different materials, and that a part of a spring part body of the spring part is displaced beyond a first vertical tongue plane (Tp1) during locking, wherein the first vertical tongue plane (Tp1) intersects one outer edge of the tongue body .
Method for neutralising an electrochemical generator comprising a negative electrode containing lithium or sodium and a positive electrode , the method comprising a discharge step during which the electrochemical generator is put in contact with an ionic liquid solution comprising a solvent ionic liquid and a so-called oxidising redox species able to be reduced on the negative electrode so as to discharge the electrochemical generator.
An apparatus for acquiring 3-dimensional, 3D, information, comprising: a projector having a light source configured to project light; a photographing unit configured to capture an image of an object onto which the light has been projected; wherein the apparatus is a mobile display apparatus ; characterised by a controller configured to cause a driving signal having a first peak current to be applied to the light source of the projector in a display mode and to cause a driving signal having a second peak current higher than the first peak current to be applied to the light source of the projector in a 3D mode; wherein the 3D mode is a mode in which a plurality of patterned lights having different patterns is generated and sequentially radiated onto the object to acquire the 3D information; wherein in the display mode, the projector radiates light according to the driving signal having the first peak current and applied to the light source of the projector ; wherein the projector projects the light using a light-emitting diode, LED, or a laser diode, LD, as the light source; and wherein the controller causes a duty rate of the driving signal applied to the light source of the projector in the 3D mode to be lower than a duty rate of the driving signal applied to the light source of the projector in the display mode so that the driving signal has the second peak current higher than the first peak current and so that an amount of light projected by the projector is lower in the 3D mode than in the display mode. a projector having a light source configured to project light; a photographing unit configured to capture an image of an object onto which the light has been projected; wherein the apparatus is a mobile display apparatus ; characterised by a controller configured to cause a driving signal having a first peak current to be applied to the light source of the projector in a display mode and to cause a driving signal having a second peak current higher than the first peak current to be applied to the light source of the projector in a 3D mode; wherein the 3D mode is a mode in which a plurality of patterned lights having different patterns is generated and sequentially radiated onto the object to acquire the 3D information; wherein in the display mode, the projector radiates light according to the driving signal having the first peak current and applied to the light source of the projector ; wherein the projector projects the light using a light-emitting diode, LED, or a laser diode, LD, as the light source; and wherein the controller causes a duty rate of the driving signal applied to the light source of the projector in the 3D mode to be lower than a duty rate of the driving signal applied to the light source of the projector in the display mode so that the driving signal has the second peak current higher than the first peak current and so that an amount of light projected by the projector is lower in the 3D mode than in the display mode.