mhurhangee/patent-ind-claim-en huggingface dataset:
A cellulose derivate of the general Formula I wherein R being the same or different on each occurrence and being selected from the group consisting of hydroxyl groups, moieties of the general formula II and moieties of the general formula III R 1 being identical or different on each occurrence and being selected from the group consisting of phosphorus-containing substituents, and R 2 being identical or different on each occurrence and being selected from the group consisting of linear or branched alkyl moieties having 1 to 36 carbon atoms, linear or branched arylalkyl moieties having 7 to 36 carbon atoms, with the proviso that in formula I, at least one moiety R is a moiety according to formula II, characterized in that in the general formula II, the moiety R 1 is selected from the group consisting of moieties according to the general formula IV wherein the variables are the same or different at each occurrence and R 3 is selected from the group consisting of hydrogen or linear or branched alkyl moieties having 1 to 36, preferably 1 to 6 carbon atoms, R 4 and R 5 are independently selected from the group consisting of alkyl moieties, aryl moieties, alkyl aryl moieties, arylalkyl moieties, O-alkyl moieties, O-aryl moieties, O-alkyl aryl moieties, N-alkyl moieties, N-aryl moieties, N-arylalkyl moieties, N-alkyl aryl moieties, wherein R 4 and R 5 and the phosphorus atom can also be part of heterocyclic ring systems, which can be single or multi-membered, and n is 0 or an integer from 1 to 3. R being the same or different on each occurrence and being selected from the group consisting of hydroxyl groups, moieties of the general formula II and moieties of the general formula III R 1 being identical or different on each occurrence and being selected from the group consisting of phosphorus-containing substituents, and R 2 being identical or different on each occurrence and being selected from the group consisting of linear or branched alkyl moieties having 1 to 36 carbon atoms, linear or branched arylalkyl moieties having 7 to 36 carbon atoms, R 3 is selected from the group consisting of hydrogen or linear or branched alkyl moieties having 1 to 36, preferably 1 to 6 carbon atoms, R 4 and R 5 are independently selected from the group consisting of alkyl moieties, aryl moieties, alkyl aryl moieties, arylalkyl moieties, O-alkyl moieties, O-aryl moieties, O-alkyl aryl moieties, N-alkyl moieties, N-aryl moieties, N-arylalkyl moieties, N-alkyl aryl moieties, wherein R 4 and R 5 and the phosphorus atom can also be part of heterocyclic ring systems, which can be single or multi-membered, and n is 0 or an integer from 1 to 3.
Method for providing and checking the validity of a first virtual document on a first computer system , wherein the first virtual document is provided by means of a mobile second computer system for the first computer system , wherein the first virtual document is stored in a first database of a third computer system , wherein a plurality of virtual documents is stored in the first database , wherein the first computer system comprises a first communication interface for contactless communication with the mobile second computer system and for communication with the third computer system via a network , wherein the first computer system also comprises a first display for displaying the first virtual document , wherein the first computer system has access to a cryptographically secured second database , which comprises identifiers for pairings consisting of computer systems and the virtual documents of the first database , wherein the identifiers of the second database comprise a first identifier of a first pairing consisting of the mobile second computer system and the first virtual document , wherein the method comprises the steps of: • receiving a password-protected storage address of the first database at which the first virtual document may be read, • reading the first virtual document , • displaying the first virtual document on the first display of the first computer system , • receiving a unique second identifier of the mobile second computer system , • calculating a third identifier using the received second identifier and a hash value of the first virtual document , • identifying the database entry of the second database in which the first identifier is stored, • comparing the calculated third identifier with the first identifier stored in the identified database entry, • if the calculated third identifier matches the stored first identifier , confirming the validity of the virtual document . • receiving a password-protected storage address of the first database at which the first virtual document may be read, • reading the first virtual document , • displaying the first virtual document on the first display of the first computer system , • receiving a unique second identifier of the mobile second computer system , • calculating a third identifier using the received second identifier and a hash value of the first virtual document , • identifying the database entry of the second database in which the first identifier is stored, • comparing the calculated third identifier with the first identifier stored in the identified database entry, • if the calculated third identifier matches the stored first identifier , confirming the validity of the virtual document .
A cushion for use in a pressure support system for delivering a flow of breathing gas to an airway of a patient, the cushion comprising: a body comprising a first end and a second end disposed opposite the first end, the body defining a space therein; and a sealing portion defining a single opening into the space, the single opening being adapted to surround both a first nostril and a second nostril of a patient, the sealing portion being disposed between the first end and the second end, characterized in that : the sealing portion comprises an edge portion defining the opening, wherein the edge portion has a first peak point located in a first protruding portion and a second peak point located in a second protruding portion each extending outwardly from the body and being adapted to sealingly engage against an interior surface of a corresponding one of the first nostril and the second nostril. a body comprising a first end and a second end disposed opposite the first end, the body defining a space therein; and a sealing portion defining a single opening into the space, the single opening being adapted to surround both a first nostril and a second nostril of a patient, the sealing portion being disposed between the first end and the second end, characterized in that : the sealing portion comprises an edge portion defining the opening, wherein the edge portion has a first peak point located in a first protruding portion and a second peak point located in a second protruding portion each extending outwardly from the body and being adapted to sealingly engage against an interior surface of a corresponding one of the first nostril and the second nostril.
Power plant comprising a steam turbine with a shaft , a condenser connected downstream of the steam turbine in the direction of steam flow, wherein a first nitrogen line leads into the condenser , characterized in that a vacuum pump is connected downstream of the condenser , a compressed steam system with shaft seals and a compressed steam supply line leading into the shaft seals are provided and a second nitrogen line and a recirculation line branching off from the vacuum pump lead into the compressed steam supply line .
A toilet device , comprising: a toilet including a toilet bowl ; a toilet seat including a toilet seat main body and a hinge part , the hinge part being provided at a rear center of the toilet seat main body ; a main part , the toilet seat being rotatable by being pivotally supported by the main part at two sides of the hinge part ; and an electric opening/closing mechanism performing an electric opening/closing of the toilet seat and being provided in the main part , the electric opening/closing mechanism including a motor disposed to have a rotation axis offset from a rotation axis of the hinge part , and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part , wherein: two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl ; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space . a toilet including a toilet bowl ; a toilet seat including a toilet seat main body and a hinge part , the hinge part being provided at a rear center of the toilet seat main body ; a main part , the toilet seat being rotatable by being pivotally supported by the main part at two sides of the hinge part ; and an electric opening/closing mechanism performing an electric opening/closing of the toilet seat and being provided in the main part , the electric opening/closing mechanism including a motor disposed to have a rotation axis offset from a rotation axis of the hinge part , and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part , a motor disposed to have a rotation axis offset from a rotation axis of the hinge part , and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part , wherein: two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl ; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space . two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl ; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space .
An embedding equipment for RFID tire tags, comprising: a tag separating unit configured to separate an RFID tire tag from a base film; a tag grasping placing unit configured to grasp and attach the RFID tire tag, and a tag conveying unit configured to transport the tag grasping placing unit to a setting position where the RFID tire tag grasped by the tag grasping placing unit is to be attached onto a product by the tag grasping placing unit , characterized in that the tag conveying unit comprises a second driving device , a synchronous pulley connected to the second driving device and a synchronous belt connected to the synchronous pulley wherein the synchronous belt is provided with a cantilever or cantilevers , and in that the cantilever or the cantilevers is/are configured to extend out or retract so as to move and locate the RFID tire tag between a grasp position and a placement position. a tag separating unit configured to separate an RFID tire tag from a base film; a tag grasping placing unit configured to grasp and attach the RFID tire tag, and a tag conveying unit configured to transport the tag grasping placing unit to a setting position where the RFID tire tag grasped by the tag grasping placing unit is to be attached onto a product by the tag grasping placing unit , characterized in that the tag conveying unit comprises a second driving device , a synchronous pulley connected to the second driving device and a synchronous belt connected to the synchronous pulley wherein the synchronous belt is provided with a cantilever or cantilevers , and in that the cantilever or the cantilevers is/are configured to extend out or retract so as to move and locate the RFID tire tag between a grasp position and a placement position.
A carpet or carpet tile comprising a textile top cloth, a precoating layer and a backing layer, wherein said backing layer comprises a backing composition, wherein said backing composition comprises: - a natural resin, preferably a rosin or rosin derivative; - a natural oil which is optionally refined or modified, preferably a vegetable oil which is optionally refined or modified; - optionally, a thermoplastic elastomer; and - a filler. - a natural resin, preferably a rosin or rosin derivative; - a natural oil which is optionally refined or modified, preferably a vegetable oil which is optionally refined or modified; - optionally, a thermoplastic elastomer; and - a filler.
A method performed by a terminal device, the method comprising: • receiving first signaling from a network device, wherein the first signaling comprises first information, the first information is used to indicate a quantity N of transmitted precoding matrix indicators, TPMIs, in second signaling, and N is a positive integer (S 210); • receiving, based on the first signaling, the second signaling from the network device, wherein the second signaling is used to indicate resource scheduling information of the terminal device and the N TPMIs, the resource scheduling information is used to indicate n scheduled physical resource blocks PRBs of M PRBs comprised in a communication bandwidth, the N TPMIs are used to indicate a precoding matrix of the n PRBs, the n PRBs are classified into N PRB groups, each of the N PRB groups comprises x i PRBs, the i th TPMI of the N TPMIs is used to indicate a precoding matrix of the i th PRB group of the N PRB groups, i ∈ {1,···,N} , M, n, and x i are all positive integers, x 1 +... + x N =n , and n is less than or equal to M (S 220), wherein the first information is a value of N; or the first information comprises a quantity of bits in a TPMI field in the second signaling, and the quantity of bits in the TPMI field corresponds to the quantity N of TPMIs; or the first information comprises a bandwidth with m PRBs, and the m PRBs are associated with the N TPMIs, wherein m is a positive integer, and m is less than M. • receiving first signaling from a network device, wherein the first signaling comprises first information, the first information is used to indicate a quantity N of transmitted precoding matrix indicators, TPMIs, in second signaling, and N is a positive integer (S 210); • receiving, based on the first signaling, the second signaling from the network device, wherein the second signaling is used to indicate resource scheduling information of the terminal device and the N TPMIs, the resource scheduling information is used to indicate n scheduled physical resource blocks PRBs of M PRBs comprised in a communication bandwidth, the N TPMIs are used to indicate a precoding matrix of the n PRBs, the n PRBs are classified into N PRB groups, each of the N PRB groups comprises x i PRBs, the i th TPMI of the N TPMIs is used to indicate a precoding matrix of the i th PRB group of the N PRB groups, i ∈ {1,···,N} , M, n, and x i are all positive integers, x 1 +... + x N =n , and n is less than or equal to M (S 220), wherein the first information is a value of N; or the first information comprises a quantity of bits in a TPMI field in the second signaling, and the quantity of bits in the TPMI field corresponds to the quantity N of TPMIs; or the first information comprises a bandwidth with m PRBs, and the m PRBs are associated with the N TPMIs, wherein m is a positive integer, and m is less than M.
A method for generating a speech waveform, comprising: receiving fundamental frequency information, glottal features and vocal tract features associated with an input, wherein the glottal features include a phase feature, a shape feature, and an energy feature; generating a glottal waveform based on the fundamental frequency information and the glottal features through a first neural network model; and generating a speech waveform based on the glottal waveform and the vocal tract features through a second neural network model. receiving fundamental frequency information, glottal features and vocal tract features associated with an input, wherein the glottal features include a phase feature, a shape feature, and an energy feature; generating a glottal waveform based on the fundamental frequency information and the glottal features through a first neural network model; and generating a speech waveform based on the glottal waveform and the vocal tract features through a second neural network model.
A laundry dryer comprising a body ; a drum which is placed into the body and in which the laundry is loaded; a loading opening which is provided on the body and which provides access into the drum ; and a front bearing which rotatably supports the drum and whereon the loading opening is provided, a housing which is provided on the front bearing , a movement mechanism having a free end and a fixed end connected to the housing and a carrying means which are configured to be moved using the movement mechanism between a first position (P1) wherein the carrying means is almost completely concealed in the housing and a second position (P2) wherein the free end extends into the drum as a result of a force exerted thereon and the carrying means allows the placement of the laundry thereon; and characterized by the housing which is positioned at a portion of the front bearing facing the drum and under the loading opening .
An anchoring system, comprising an anchor and a suture, for attaching injured soft tissue to a bone and generating a therapeutic electromagnetic field at least in a part of the soft tissue when the soft tissue is sutured to the anchor with the suture, the system comprising: a) an affixing portion of the anchor configured for affixing the anchor to the bone; b) a coil, in the anchor or in the suture, that generates the electromagnetic field when a current runs through it; c) an electronics module in the anchor that controls the current in the coil; and d) an electric power source in the anchor that provides electric power to the electronics module and the coil; wherein the suture is attached to the anchor. a) an affixing portion of the anchor configured for affixing the anchor to the bone; b) a coil, in the anchor or in the suture, that generates the electromagnetic field when a current runs through it; c) an electronics module in the anchor that controls the current in the coil; and d) an electric power source in the anchor that provides electric power to the electronics module and the coil;
Cosmetic pencil having a sharpenable working end , a grip region and a combing or brushing device , wherein the combing or brushing device is pushed onto the shaft of the pencil and is located between the working end and the grip region , characterized in that the combing or brushing device is designed to be cuff-shaped and moveable between the working end and the grip region along the longitudinal axis of the pencil. the combing or brushing device is pushed onto the shaft of the pencil and is located between the working end and the grip region , characterized in that the combing or brushing device is designed to be cuff-shaped and moveable between the working end and the grip region along the longitudinal axis of the pencil.
A washing machine comprising: a voice inputter ; and a processor configured to: based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. a voice inputter ; and a processor configured to: based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. based on receiving a user voice through the voice inputter in a power saving mode of the washing machine, switch the washing machine to a standby mode based on a wake-up word included in the user voice, maintain the standby mode of the washing machine or switch the washing machine to an operation mode based on a control word included in the user voice, and execute an operation corresponding to the control word in the standby mode or the operation mode, wherein: the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated. the power saving mode and the standby mode are modes in which only a power button, among at least one button provided in the washing machine, is activated, and the operation mode is a mode in which at least one button other than the power button is activated.