mhurhangee/patent-ind-claim-en huggingface dataset:
A method of an electronic device , the method comprising: identifying situation information related to the electronic device , the situation information comprising at least one of a sound, a vibration, an image, or a motion of the electronic device, wherein the sound, the vibration, and the image are sensed in the electronic device; communicating, based on the situation information, with a first external device using a first communication method; acquiring, based on the communication with the first external device , connection information associated with a second external device , the second external device communicating with the first external device using a second communication method; and providing the connection information to a third external device such that the second external device and the third external device subsequently directly communicate with each other based on the connection information using a third communication method, the third external device communicating with the electronic device using the second communication method. identifying situation information related to the electronic device , the situation information comprising at least one of a sound, a vibration, an image, or a motion of the electronic device, wherein the sound, the vibration, and the image are sensed in the electronic device; communicating, based on the situation information, with a first external device using a first communication method; acquiring, based on the communication with the first external device , connection information associated with a second external device , the second external device communicating with the first external device using a second communication method; and providing the connection information to a third external device such that the second external device and the third external device subsequently directly communicate with each other based on the connection information using a third communication method, the third external device communicating with the electronic device using the second communication method.
Wiper blade device with at least one wiper blade adapter for connecting to at least one wiper arm , with at least one spring rail and with at least one wiper strip unit which has at least one wiper lip and at least one wiper fluid output channel which comprises at least one output element for outputting wiper fluid , wherein the at least one wiper strip unit comprises at least one wiper fluid feed channel for feeding wiper fluid to the wiper fluid output channel , wherein the wiper fluid feed channel extends next to the wiper fluid output channel over at least a substantial portion of the wiper fluid output channel , wherein the at least one wiper strip unit comprises at least one further wiper fluid channel which is formed separately from the one wiper fluid output channel and separately from the one wiper fluid feed channel , characterized in that the wiper strip unit comprises at least one directional control valve which is provided to orient a wiper fluid output and which is arranged in a connecting region between the at least one wiper arm and the at least one wiper strip unit .
A method of video processing for generating an output image by performing a vertical process integration or a horizontal process integration on an input image, the method comprising sequentially executing a plurality of image process steps on each pixel of a colour component in said input image to generate said output image, wherein at least two of said plurality of image process steps integrate two, three, or four individual convolution filters into a combined convolution filter, wherein the horizontal process integration comprises applying a first combined convolution filter in a first image process step which integrates a horizontal chroma up-sampling filter and a horizontal resizing filter, and wherein the vertical process integration comprises applying a second combined convolution filter in a second image process step which integrates any two of a vertical chroma up-sampling filter, a de-interlacing filter and a vertical resizing filter. a vertical process integration or a horizontal process integration on an input image, sequentially executing a plurality of image process steps on each pixel of a colour component in said input image to generate said output image, wherein at least two of said plurality of image process steps integrate two, three, or four individual convolution filters into a combined convolution filter, wherein the horizontal process integration comprises applying a first combined convolution filter in a first image process step which integrates a horizontal chroma up-sampling filter and a horizontal resizing filter, and wherein the vertical process integration comprises applying a second combined convolution filter in a second image process step which integrates any two of a vertical chroma up-sampling filter, a de-interlacing filter and a vertical resizing filter.
An uplink transmission method, applied to a terminal, comprising: acquiring at least one piece of demodulation reference signal, DMRS, configuration information and at least one multiple access signature configured by a network device; selecting a piece of target DMRS configuration information and a target multiple access signature, which have a corresponding relationship, from the at least one piece of DMRS configuration information and the at least one multiple access signature, and performing an uplink transmission using the piece of target DMRS configuration information and the target multiple access signature; the method further comprising a mapping relationship between the at least one piece of DMRS configuration information and the at least one multiple access signature, and the mapping relationship is predefined in a protocol; one piece of DMRS configuration information corresponds to one multiple access signature, and different multiple access signatures correspond to different pieces of DMRS configuration information. acquiring at least one piece of demodulation reference signal, DMRS, configuration information and at least one multiple access signature configured by a network device; selecting a piece of target DMRS configuration information and a target multiple access signature, which have a corresponding relationship, from the at least one piece of DMRS configuration information and the at least one multiple access signature, and performing an uplink transmission using the piece of target DMRS configuration information and the target multiple access signature; the method further comprising a mapping relationship between the at least one piece of DMRS configuration information and the at least one multiple access signature, and the mapping relationship is predefined in a protocol; one piece of DMRS configuration information corresponds to one multiple access signature, and different multiple access signatures correspond to different pieces of DMRS configuration information.
An electronic device comprising: a resin molding ; a conductive cable including a conductor; and a supporting body supporting the conductive cable , wherein one end portion of the conductive cable protrudes from the supporting body , wherein the one end portion of the conductive cable and the supporting body are embedded in the resin molding , a surface of the resin molding exposes an end surface on the one end portion side of the conductive cable and includes a continuous surface which is continuous with the end surface , and the electronic device further includes a wiring formed on the end surface and the continuous surface to be connected to the conductor in the end surface . a resin molding ; a conductive cable including a conductor; and a supporting body supporting the conductive cable , wherein one end portion of the conductive cable protrudes from the supporting body , wherein the one end portion of the conductive cable and the supporting body are embedded in the resin molding , a surface of the resin molding exposes an end surface on the one end portion side of the conductive cable and includes a continuous surface which is continuous with the end surface , and the electronic device further includes a wiring formed on the end surface and the continuous surface to be connected to the conductor in the end surface .
Method for transmitting QKD signals for quantum mechanically secure distribution of cryptographic keys in a communication network that has a network management and in which QKD signals of at least one QKD channel are transmitted, at least section by section, collectively in an optical fibre in copropagation with signals for payload and control data that are transmitted in WDM channels between transmitters and receivers, wherein, in at least one network section of the communication network, keys are generated using the QKD method only temporarily and QKD signals for distributing said keys are transmitted in copropagation with signals in WDM channels and wherein, in these WDM channels, the total power of the transmitted signals is temporarily decreased in the meantime, wherein this is controlled by the network management, which influences suitably designed and/or configured network elements of this at least one network section for this purpose, and wherein keys that are temporarily distributed within this network section using the QKD method, but that are not used immediately, are stored locally at the transmitters and receivers for later use for cryptographic applications, said use being controlled by a key management.
A method of designing a printed image in a security feature , the security feature comprising an array of optical elements overlaying the printed image, wherein the printed image comprises a two dimensional matrix of rows and columns of pixels, the method comprising: calculating for each row and column at least one drift value, wherein the drift value for any pixel is equal to the difference between an actual position for said pixel and the desired position for said pixel; determining, based on said at least one drift value, one or more locations in the printed image to remove a pixel from the printed image and/or to add a pixel to the printed image; and adding or removing at least one pixel at the one or more locations; wherein the one or more locations are determined by calculating a number of pixels to be removed from or added to the printed image and randomly selecting that number of locations. calculating for each row and column at least one drift value, wherein the drift value for any pixel is equal to the difference between an actual position for said pixel and the desired position for said pixel; determining, based on said at least one drift value, one or more locations in the printed image to remove a pixel from the printed image and/or to add a pixel to the printed image; and adding or removing at least one pixel at the one or more locations; wherein the one or more locations are determined by calculating a number of pixels to be removed from or added to the printed image and randomly selecting that number of locations.
A system comprising an implantable medical device configured to operate in an exposure operating mode, wherein the device is configured to support two or more exposure operating mode programming options corresponding to different ways for enabling and disabling the exposure operating mode; characterized by means configured to present to a user the two or more exposure mode programming options; means configured to receive input from the user to select one of the plurality of exposure mode programming options; and means configured to transmit a communication to the implantable medical device that identifies the selected one of the plurality of exposure mode programming options; and further characterized in that the exposure operating mode programming options include one of: a semi-automatic exposure mode programming option in which the exposure operating mode is automatically enabled and manually disabled, and a semi-automatic exposure mode programming option in which the exposure operating mode is manually enabled and automatically disabled; and at least one of: a manual exposure mode programming option in which the exposure operating mode is manually enabled and manually disabled, an automatic exposure mode programming option in which the exposure operating mode is automatically enabled and automatically disabled. a semi-automatic exposure mode programming option in which the exposure operating mode is automatically enabled and manually disabled, and a semi-automatic exposure mode programming option in which the exposure operating mode is manually enabled and automatically disabled; and at least one of: a manual exposure mode programming option in which the exposure operating mode is manually enabled and manually disabled, an automatic exposure mode programming option in which the exposure operating mode is automatically enabled and automatically disabled. a manual exposure mode programming option in which the exposure operating mode is manually enabled and manually disabled, an automatic exposure mode programming option in which the exposure operating mode is automatically enabled and automatically disabled.
Household appliance with an eccentric worm pump , wherein the eccentric worm pump comprises a stator and a moveable rotor (102; 202), to which the stator is assigned, wherein the rotor (102; 202) has an eccentric worm (105; 205) and a drive shaft (109; 209) for driving the eccentric worm pump (105; 205), characterised in that the drive shaft (109; 209) is embodied flexibly and in one piece with the eccentric worm (105; 205).
A neural implant comprising a biomaterial having an outer surface with a stochastic nanoroughness (Rq) of between 25 and 40 nm for use in the prevention of glial scar formation.
Medical liquid cassette , having a housing body , which forms a first wall section of a chamber for receiving and/or carrying a medical liquid, a cover , which forms a second wall section of the chamber , wherein the cover has a flexible film in at least some sections or is a flexible film in at least some sections, an insert with a first peripheral section and a second peripheral section , wherein the insert is designed for at least partially filling a cross section of the chamber , wherein the cross section of the chamber is delimited at least by the first wall section and the second wall section , wherein the insert divides the chamber into a first chamber section and a second chamber section , and the first chamber section and/or the second chamber section is designed as an air bubble separator, and a seat in or on the first wall section , wherein the first peripheral section is received in the seat , characterized in that the second peripheral section is designed for establishing a liquid-tight contact with the flexible film when the flexible film is pressed onto the second peripheral section , or wherein the second peripheral section is connected to the flexible film in a permanently liquid-tight manner.
A laminate for a pneumatic tire, comprising a film of a thermoplastic resin or thermoplastic elastomer composition and a layer of a rubber composition, wherein the rubber composition comprises a rubber component, a condensate of a compound represented by formula : wherein R 1 , R 2 , R 3 , R 4 , and R 5 are each independently hydrogen, a hydroxyl group, an alkyl group having 1 to 8 carbon atoms, or an alkoxy group having 1 to 8 carbon atoms, and formaldehyde, a methylene donor, and a vulcanizing agent, wherein the rubber composition comprises from 0.5 to 20 parts by weight of the condensate and from 0.25 to 200 parts by weight of the methylene donor based on 100 parts by weight of the rubber component, characterized in that the rubber component comprises a styrene butadiene rubber, a natural rubber, and a butyl rubber or halogenated butyl rubber; and the content of the butyl rubber or halogenated butyl rubber is from 2.5 to 40% by weight based on the rubber component.
A cinchona-alkaloid compound represented by Formula 1 below: wherein X represents -CH 2 -, -C(OH)H-, -C(=O)-, -O-, -S- or -S(=O)-; and R represents wherein R 1 represents hydrogen, C 1 to C 10 alkyl or C 1 to C 5 alkoxy; R 2 represents vinyl or ethyl; R 3 represents hydrogen, C 1 to C 10 alkyl, allyl, C 5 to C 10 aryl, naphthalen-1-yl-methyl or anthracen-9-yl-methyl; and Y - represents a halogen anion selected from the group consisting of fluoride, chloride, bromide and iodide, IO 4 - , C10 4 - , R 4 SO 3 - , trifluoromethane sulfonate (OTf) or HSO 4 - wherein R 4 represents C 1 -C 4 alkyl or C 5 -C 10 aryl.
Method for the computer-aided planning of an electrical system , in which - components (2..11, S1 ..S6, I1..I3), which are provided in the electrical system , are detected by a computer and - a hazard potential (G) is determined and displayed by the computer based on at least one arc-energy parameter (Y E1 , Y E2 ) of the electrical system or on the basis of an expected arc energy (E) in the electrical system , which specifies the energy of an arc (X) occurring in the electrical system and which is determined from the at least one arc-energy parameter (Y E1 , y E2 ), characterized in that - for determining the hazard potential (G), additionally at least one arc probability parameter (Y P ) of the electrical system or an expected arc probability (P), which indicates the probability of occurrence of an arc (X) in the electrical system and which is determined from the at least one arc probability parameter (Y P ), is used by the computer . - components (2..11, S1 ..S6, I1..I3), which are provided in the electrical system , are detected by a computer and - a hazard potential (G) is determined and displayed by the computer based on at least one arc-energy parameter (Y E1 , Y E2 ) of the electrical system or on the basis of an expected arc energy (E) in the electrical system , which specifies the energy of an arc (X) occurring in the electrical system and which is determined from the at least one arc-energy parameter (Y E1 , y E2 ), - for determining the hazard potential (G), additionally at least one arc probability parameter (Y P ) of the electrical system or an expected arc probability (P), which indicates the probability of occurrence of an arc (X) in the electrical system and which is determined from the at least one arc probability parameter (Y P ), is used by the computer .
A method of wireless communication performed by a user equipment, UE, comprising: receiving a single downlink control information, DCI, message ; mapping a bit sequence in the single DCI message to a configuration set that includes multiple downlink semi-persistent scheduling, SPS, configurations to be jointly released ; and transmitting, through a physical uplink control channel, PUCCH, resource, a codebook that includes an acknowledgement bit based at least in part on the bit sequence indicating that one or more of the multiple downlink SPS configurations are to be jointly released, wherein the acknowledgement bit is an individual acknowledgement bit used to acknowledge all of the downlink SPS configurations that were released. receiving a single downlink control information, DCI, message ; mapping a bit sequence in the single DCI message to a configuration set that includes multiple downlink semi-persistent scheduling, SPS, configurations to be jointly released ; and transmitting, through a physical uplink control channel, PUCCH, resource, a codebook that includes an acknowledgement bit based at least in part on the bit sequence indicating that one or more of the multiple downlink SPS configurations are to be jointly released, wherein the acknowledgement bit is an individual acknowledgement bit used to acknowledge all of the downlink SPS configurations that were released.
Gearbox device for agricultural machine comprising a primary shaft , a secondary shaft , at least one intermediate shaft , and a motion transmission element moveable between at least two operating positions in which it sets up intermeshing drive lines between the primary shaft and the secondary shaft with different gear ratios, at least one of the drive lines incorporating the intermediate shaft , the motion transmission element passing through at least one neutral position during its movement between the at least two aforementioned operating positions; gearbox device characterized in that it comprises a pivoting means that makes it possible, by manual operation, to make at least one of the primary , secondary , and intermediate shafts pivot around its respective rotation axis when the motion transmission element is in the neutral position.
A server apparatus providing a cloud print service that receives a print job and causes an image forming apparatus to perform print processing for the received print job, the server apparatus comprising: a first reception unit (S904) configured to receive a print job from a client terminal or another server apparatus that provides another cloud print service; characterized by further comprising: a second reception unit (S910) configured to receive an instruction to change setting of the print job received by the first reception unit, the instruction being given via the image forming apparatus; and a notification unit (S1010, S1011) configured to notify the other server apparatus of a content of the instruction in a case where the instruction received by the second reception unit is an instruction for the print job received by the first reception unit from the other server apparatus (S1010:YES). a first reception unit (S904) configured to receive a print job from a client terminal or another server apparatus that provides another cloud print service; characterized by further comprising: a second reception unit (S910) configured to receive an instruction to change setting of the print job received by the first reception unit, the instruction being given via the image forming apparatus; and a notification unit (S1010, S1011) configured to notify the other server apparatus of a content of the instruction in a case where the instruction received by the second reception unit is an instruction for the print job received by the first reception unit from the other server apparatus (S1010:YES). a second reception unit (S910) configured to receive an instruction to change setting of the print job received by the first reception unit, the instruction being given via the image forming apparatus; and a notification unit (S1010, S1011) configured to notify the other server apparatus of a content of the instruction in a case where the instruction received by the second reception unit is an instruction for the print job received by the first reception unit from the other server apparatus (S1010:YES).
Applicator for cosmetic product, comprising a core and protrusions protruding from the core , each protrusion comprising a reservoir , intended for said cosmetic product, and a hinge of said reservoir on said core , said hinge being formed by a narrowed portion, said reservoir extending from said hinge , transversally to said hinge and on either side of said hinge , said core presenting a main longitudinal extension direction, called main direction (X), said reservoir presenting an extension direction (Y) and two opposite ends along said extension direction (Y), one and/or the other of said ends being oriented according to a direction secant to said main direction (X), in particular transversally to said main direction (X), so as to give a styling effect, characterised in that said reservoir is oriented dissymmetrically with respect to said hinge such that one of the ends of the reservoir is oriented substantially along the main direction (X).