mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic method for adhering artificial eyelashes to human eyelashes , the method comprising: Positioning an eyelid separating film patch to cover one of an upper or lower set of existing human eyelashes and skin adjacent an eyelid rim of an eye in need of artificial eyelashes, thereby separating the covered upper or lower set of existing human eyelashes from the other of the upper or lower set of existing human eyelashes of the eye in need of artificial eyelashes and protecting the skin from an adhesive; adhering a single artificial eyelash hair to a single human eyelash hair of the other of the upper or lower set of human eyelashes on a hair-by-hair basis using the adhesive ; and repeating the adhering step to apply at least one single artificial eyelash to a desired number of single human eyelashes of the other of the upper or lower set of human eyelashes to extend the human eyelashes on a hair-by-hair basis, characterised in that the adhesive comprises cyanoacrylate and a pigment and having a viscosity between about 800 and 2000 cP for conferring high viscosity, low blooming and low fuming properties. Positioning an eyelid separating film patch to cover one of an upper or lower set of existing human eyelashes and skin adjacent an eyelid rim of an eye in need of artificial eyelashes, thereby separating the covered upper or lower set of existing human eyelashes from the other of the upper or lower set of existing human eyelashes of the eye in need of artificial eyelashes and protecting the skin from an adhesive; adhering a single artificial eyelash hair to a single human eyelash hair of the other of the upper or lower set of human eyelashes on a hair-by-hair basis using the adhesive ; and repeating the adhering step to apply at least one single artificial eyelash to a desired number of single human eyelashes of the other of the upper or lower set of human eyelashes to extend the human eyelashes on a hair-by-hair basis, characterised in that the adhesive comprises cyanoacrylate and a pigment and having a viscosity between about 800 and 2000 cP for conferring high viscosity, low blooming and low fuming properties.
Expansible fixing plug having an expansion portion which extends in a longitudinal direction along a longitudinal axis (L) of the expansible fixing plug , which expansion portion is expansible by introduction of a pin-like expander element, wherein the expansible fixing plug has, in the expansion portion , expansion limbs extending in the longitudinal direction of the expansible fixing plug , which expansion limbs move away from one another during expansion of the expansible fixing plug and which are connected to one another by deformable connectors , wherein the connectors have connector portions which move in such a way during expansion of the expansible fixing plug that they extend further in the circumferential direction of the expansible fixing plug than in the case of the non-expanded expansible fixing plug , so that the connectors connect the expansion limbs , which are further apart from one another when the expansible fixing plug has been expanded, even when the expansible fixing plug has been expanded, characterised in that the expansible fixing plug has paired mutually associated connectors that are adjacent in the longitudinal direction of the expansible fixing plug , the connector portions of which, during expansion of the expansible fixing plug , move outwards and towards one another in relation to the longitudinal axis (L) of the expansible fixing plug .
A method for generating a bitstream including encoded video data for a picture, the picture including a plurality of blocks and being partitioned into a plurality of picture partitions, wherein each picture partition is associated with a non-overlapping subset of the blocks such that each block is associated with exactly one of the picture partitions, and wherein each picture partition of the plurality of picture partitions is byte aligned such that the first bit of an encoded picture partition is the first bit of an addressable byte and the last bit of the encoded picture partition is the last bit of an addressable byte, the method comprising: generating a coded Network Abstraction Layer, NAL, unit that includes data for one or more encoded picture partitions; generating a series of offset syntax elements, each offset syntax element indicating the first bit of a respective one of the one or more encoded picture partitions in the NAL unit; entropy encoding a first syntax element, wherein the first syntax element indicates the number of bits of the each of the offset syntax elements; entropy encoding a second syntax element, wherein the second syntax element indicates the number of offset syntax elements generated for the NAL unit; generating a bitstream that includes a variable-length value that represents the entropy-encoded first syntax element, a variable-length value that represents the entropy-encoded second syntax element, fixed-length values that represent each of the offset syntax elements, and the coded NAL unit. generating a coded Network Abstraction Layer, NAL, unit that includes data for one or more encoded picture partitions; generating a series of offset syntax elements, each offset syntax element indicating the first bit of a respective one of the one or more encoded picture partitions in the NAL unit; entropy encoding a first syntax element, wherein the first syntax element indicates the number of bits of the each of the offset syntax elements; entropy encoding a second syntax element, wherein the second syntax element indicates the number of offset syntax elements generated for the NAL unit; generating a bitstream that includes a variable-length value that represents the entropy-encoded first syntax element, a variable-length value that represents the entropy-encoded second syntax element, fixed-length values that represent each of the offset syntax elements, and the coded NAL unit.
A method for providing prompts in speech recognition results in real time, comprising: obtaining a current speech input in an audio stream for a target event; identifying a current utterance text corresponding to the current speech input; generating a prompt based at least on the current utterance text, the prompt comprising at least one predicted subsequent utterance text sequence; and providing a speech recognition result for the current speech input, the speech recognition result comprising the current utterance text and the prompt; wherein the generating the prompt comprises: predicting, through a previously-established prompt generator, the at least one predicted subsequent utterance text sequence based at least on the current utterance text; and the method further comprises: obtaining at least one document associated with the target event; and establishing the prompt generator based at least on the at least one document. obtaining a current speech input in an audio stream for a target event; identifying a current utterance text corresponding to the current speech input; generating a prompt based at least on the current utterance text, the prompt comprising at least one predicted subsequent utterance text sequence; and providing a speech recognition result for the current speech input, the speech recognition result comprising the current utterance text and the prompt; wherein the generating the prompt comprises: predicting, through a previously-established prompt generator, the at least one predicted subsequent utterance text sequence based at least on the current utterance text; and the method further comprises: obtaining at least one document associated with the target event; and establishing the prompt generator based at least on the at least one document. predicting, through a previously-established prompt generator, the at least one predicted subsequent utterance text sequence based at least on the current utterance text; and the method further comprises: obtaining at least one document associated with the target event; and establishing the prompt generator based at least on the at least one document.
Hoisting platform apparatus with a device for spanning or covering on demand a floor cavity of a workplace extending between two floor recesses , arranged at a distance to each other and parallel to a longitudinal axis (X-X), for the reception of running rails of the hoisting platform in a lowered state and which, when the hoisting platform is in a lowered state, provides for the reception of the hoisting platform apparatus extending between the running rails , wherein the apparatus includes at least one housing and at least one plate , characterized in that the at least one plate can be adjusted, along the longitudinal axis (X-X), from a first position (A), which is vacated proportionately to the floor cavity , into a second position (B), which spans or covers the floor cavity and vice versa.
A method comprising: receiving a request to create a new custom action control (102; 402, 404, 406); in response to the request to create the new custom action control, providing a graphical user interface, GUI, comprising a plurality of action options corresponding to actions to be taken with respect to a designated active message upon selection of the new custom action control; receiving a selection of at least two of the plurality of action options indicated in the GUI; associating the new custom action control with the selected at least two action options from the GUI such that a subsequent selection of the new custom action control initiates the at least two action options; characterised by exporting the new custom action control via e-mail to enable a recipient to import the new custom action control to be used in an e-mail application executing on a computer of the recipient, wherein the new custom action control is attached as an extensible markup language, XML, attachment. receiving a request to create a new custom action control (102; 402, 404, 406); in response to the request to create the new custom action control, providing a graphical user interface, GUI, comprising a plurality of action options corresponding to actions to be taken with respect to a designated active message upon selection of the new custom action control; receiving a selection of at least two of the plurality of action options indicated in the GUI; associating the new custom action control with the selected at least two action options from the GUI such that a subsequent selection of the new custom action control initiates the at least two action options; characterised by exporting the new custom action control via e-mail to enable a recipient to import the new custom action control to be used in an e-mail application executing on a computer of the recipient, wherein the new custom action control is attached as an extensible markup language, XML, attachment.
An apparatus for providing drinking water to pigs, the apparatus comprising: an elongate trough comprising a base , a rear wall , a forward lip , and a top lip extending forwardly from the rear wall ; a horizontal water supply tube having a first end and a second end , the first end providing an inlet adapted to receive a supply of drinking water, and a plurality of nipples spaced apart along the length of the water supply tube and protruding therefrom, the water supply tube being mounted within the trough by being located below and adjacent to the top lip ; whereby in use drinking water enters the water supply tube and leaves via the plurality of nipples and is catchable by falling onto the base of the elongate trough . an elongate trough comprising a base , a rear wall , a forward lip , and a top lip extending forwardly from the rear wall ; a horizontal water supply tube having a first end and a second end , the first end providing an inlet adapted to receive a supply of drinking water, and a plurality of nipples spaced apart along the length of the water supply tube and protruding therefrom, the water supply tube being mounted within the trough by being located below and adjacent to the top lip ; whereby in use drinking water enters the water supply tube and leaves via the plurality of nipples and is catchable by falling onto the base of the elongate trough .
Hydraulic connector for the connection between two cylindrical bodies and , comprising jaws positioned and preloaded by an actuating hydraulic piston through a pressurization chamber , and an unlocking pressurization chamber , characterized in that it furthermore comprises an adjustment ring regulating the locking pressure of the connector and a bottom cap fixed to an external jacket which in turn is fixed to the adjustment ring .
Method for determining the installation position of a sensor module in a vehicle , specifically whether the sensor module is installed with its longitudinal axis longitudinally or transversely in the vehicle , wherein the sensor module has a longitudinal acceleration sensor for measuring a module longitudinal acceleration (L_sens) in the direction of the longitudinal axis of the sensor module and/or a transverse acceleration sensor for measuring a module transverse acceleration (Q_sens) transversely with respect to the longitudinal axis of the sensor module , wherein a measured module longitudinal acceleration (L_sens) and/or a measured module transverse acceleration (Q_sens) are/is compared with a vehicle longitudinal acceleration (L_rad) and/or a vehicle transverse acceleration (Q_gier) while the vehicle is travelling, characterized in that the vehicle longitudinal acceleration (L_rad) is calculated from wheel speeds of the vehicle and/or using the position data of satellite navigation system and/or using data of radar system mounted in the vehicle and/or wherein the vehicle transverse acceleration (Q_gier) is calculated from a vehicle speed and a yaw rate of the vehicle or from wheel speeds of the vehicle , and at least one degree of correspondence which represents correspondence between a measured module acceleration (L_sens, Q_sens) and a calculated vehicle acceleration (L_rad, Q_gier) is determined on the basis of the comparison, and the installation position of the sensor module is determined on the basis of the degree of correspondence.
A motor comprising a stator and a rotor rotatable relative to the stator, the stator comprising a stator core and stator windings wound around the stator core, the stator core comprising a bottom , two branches extending from opposite ends of an inner surface of the bottom , and a pair of opposing poles extending from the two branches , two stator windings wound around the two branches facing each other, each pole having two side surfaces extending from the corresponding branch and substantially parallel to the bottom and a pole arc surface , each pole having a pole arc surface facing the rotor, a maximum distance (b4) between the side surface of the pole facing the bottom and a farthest point of the end of the branch adjacent the bottom being equal for both branches, with an air gap formed between the pole arc surface and the rotor , the pair of poles comprising opposing circumferential end portions spaced apart from each other, the pole arc surface being concentric with the rotor such that a uniform main air gap is formed between the pole arc surface and the rotor, wherein the bottom is formed separately with respect to the two branches , and characterized in that a maximum length (b3) of the bottom is not greater than a maximum distance (b4) between the side surface of the pole facing the bottom and a farthest point of the end of the branch adjacent the bottom , a maximum width (b1) of the bottom being not greater than a minimum distance (b2) between the two branches , and a ratio of a distance between the circumferential end portions to a width of the uniform main air gap between the pole arc surface and the rotor being less than 2.
A storage controller, comprising: a controller , a keystore , a key generator , a file cryptography device , and a data memory interface , wherein the keystore is configured to store at least one classkey including a first classkey; the controller is configured to: receive indication information of a to-be-processed file, indication information of a random number and indication information of the first classkey that are sent by a processor , wherein the processor is connected to the storage controller through an electrical connection, wherein the first classkey is determined based on a type of the to-be-processed file and the indication information of the first classkey is determined based on a pre-obtained correspondence between a classkey identifier and storage location information; obtain the to-be-processed file based on the indication information of the to-be-processed file; obtain the random number based on the indication information of the random number; and obtain the first classkey from the at least one classkey stored in the keystore based on the indication information of the first classkey; the key generator is configured to calculate a file key based on the random number and the first classkey; the file cryptography device is configured to process the to-be-processed file by using the file key to obtain a processed file; and the data memory interface is configured to write the processed file into a data memory ; or read the to-be-processed file from the data memory . the keystore is configured to store at least one classkey including a first classkey; the controller is configured to: receive indication information of a to-be-processed file, indication information of a random number and indication information of the first classkey that are sent by a processor , wherein the processor is connected to the storage controller through an electrical connection, wherein the first classkey is determined based on a type of the to-be-processed file and the indication information of the first classkey is determined based on a pre-obtained correspondence between a classkey identifier and storage location information; obtain the to-be-processed file based on the indication information of the to-be-processed file; obtain the random number based on the indication information of the random number; and obtain the first classkey from the at least one classkey stored in the keystore based on the indication information of the first classkey; the key generator is configured to calculate a file key based on the random number and the first classkey; the file cryptography device is configured to process the to-be-processed file by using the file key to obtain a processed file; and the data memory interface is configured to write the processed file into a data memory ; or read the to-be-processed file from the data memory .
Method for producing aniline or an aniline conversion product, wherein the method comprises the following steps: (I) decarboxylating aminobenzoic acid to aniline in a reactor in the presence of a catalyst, wherein a stream containing aniline is withdrawn from the reactor; (II) purifying a portion of the stream containing aniline withdrawn in step (I) to obtain aniline, preferably by distillation; (III) recirculating another portion of the stream containing aniline withdrawn in step (I) into the reactor of step (I); (IV) optionally further reacting the aniline purified in step (II) to give an aniline conversion product, wherein step (IV) particularly includes one of the following reactions: (IV-1) acid-catalyzed reaction of aniline with formaldehyde to form di- and polyamines of the diphenylmethane series; (IV-2) acid-catalyzed reaction of aniline with formaldehyde, followed by reaction with phosgene to form di- and polyisocyanates of the diphenylmethane series; (IV-3) reacting aniline to give an azo compound. (I) decarboxylating aminobenzoic acid to aniline in a reactor in the presence of a catalyst, wherein a stream containing aniline is withdrawn from the reactor; (II) purifying a portion of the stream containing aniline withdrawn in step (I) to obtain aniline, preferably by distillation; (III) recirculating another portion of the stream containing aniline withdrawn in step (I) into the reactor of step (I); (IV) optionally further reacting the aniline purified in step (II) to give an aniline conversion product, wherein step (IV) particularly includes one of the following reactions: (IV-1) acid-catalyzed reaction of aniline with formaldehyde to form di- and polyamines of the diphenylmethane series; (IV-2) acid-catalyzed reaction of aniline with formaldehyde, followed by reaction with phosgene to form di- and polyisocyanates of the diphenylmethane series; (IV-3) reacting aniline to give an azo compound. (IV-1) acid-catalyzed reaction of aniline with formaldehyde to form di- and polyamines of the diphenylmethane series; (IV-2) acid-catalyzed reaction of aniline with formaldehyde, followed by reaction with phosgene to form di- and polyisocyanates of the diphenylmethane series; (IV-3) reacting aniline to give an azo compound.
A system comprising: one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language ; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language ; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case ; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method . one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language ; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language ; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case ; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method . pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language ; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language ; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case ; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method .