mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for automatic, contactless detection of elongate objects (W) such as cables, wires or profiles, with at least two optical measuring systems (D, C) based on different measuring methods, wherein at least one first optical measuring system (D) for determining the outer diameter (Wdo) of the object (W) and at least one second optical measuring system (C) for determining the colour of the object (W) are provided, wherein the first measuring system (D) includes at least one first illumination arrangement (DP1) and a first sensor array (DP4) positioned on the opposite side of the measurement volume (DCPv), wherein a lens (DCP2) is arranged between the first illumination arrangement (DP1) and the measurement volume (DCPv) and is designed and positioned as a collimation lens for the light of the first illumination arrangement (DP1), and wherein the second measuring system (C) includes at least one second illumination arrangement (C1) and a second sensor array (C4), characterized in that at least one first optical measuring system (D) for determining the outer diameter (Wdo) of the object (W) and at least one second optical measuring system (C) for determining the colour of the object (W) form a compound structure with a common, preferably disc-shaped, measurement volume (DCPv), and that the second measurement system (C) includes a long pass filter (C3), wherein said long pass filter is arranged between the first illumination arrangement (DP1) and the lens (DCP2), is reflective for the wavelength spectra of the second measuring system (C) and translucent for the light of the first measuring system (D), and is designed and positioned together with the lens (DCP2) in such manner that the reflected light of the object (W) passes through the lens twice and throws an image of the object (W) onto the second sensor array (C4).
A furnace for heat generation with a combustion chamber with a lower combustion chamber part and an upper combustion chamber part , wherein the lower combustion chamber part comprises a bottom of the combustion chamber and the upper combustion chamber part comprises a front wall and at least one side wall of the combustion chamber , and wherein, for opening and closing the combustion chamber , the upper combustion chamber part is movable in a vertical direction relative to the lower combustion chamber part ; wherein the upper combustion chamber part comprises a ceiling of the combustion chamber , and wherein the furnace has a single horizontal sealing plane with a first combustion chamber door seal to mutually seal the lower combustion chamber part and the upper combustion chamber part ; characterised in that the upper combustion chamber part has a double disc system with an air gap between the discs, wherein the first combustion chamber door seal has air guides to guide air into the air gap of the double disc system. wherein the lower combustion chamber part comprises a bottom of the combustion chamber and the upper combustion chamber part comprises a front wall and at least one side wall of the combustion chamber , and wherein, for opening and closing the combustion chamber , the upper combustion chamber part is movable in a vertical direction relative to the lower combustion chamber part ; wherein the upper combustion chamber part comprises a ceiling of the combustion chamber , and wherein the furnace has a single horizontal sealing plane with a first combustion chamber door seal to mutually seal the lower combustion chamber part and the upper combustion chamber part ; characterised in that the upper combustion chamber part has a double disc system with an air gap between the discs, wherein the first combustion chamber door seal has air guides to guide air into the air gap of the double disc system.
An apparatus for segmenting medical images comprising: a memory configured to store a medical intensity image to be segmented; a volume limiting unit to apply a model-based segmentation algorithm to the intensity image to estimate a surface of a target volume and enlarge the estimated target volume surface to obtain a limited volume; one or more processors programmed to operate on the intensity image in the limited volume with an enhancement filter based on a pool of features to generate an enhanced image which differentiates the target volume from neighboring tissue, a memory for storing the enhanced image, wherein the enhanced image is a 3D image including a 3D array of voxels, a value of each voxel representing a probability that each voxel belongs to the target volume, a segmentation model memory having stored therein segmentation models for each of a plurality of potential target volumes, and a segmentation processor for selecting a model corresponding to the target volume from the plurality of models and performing a model-based segmentation of the enhanced image, based on the selected model. a memory configured to store a medical intensity image to be segmented; a volume limiting unit to apply a model-based segmentation algorithm to the intensity image to estimate a surface of a target volume and enlarge the estimated target volume surface to obtain a limited volume; one or more processors programmed to operate on the intensity image in the limited volume with an enhancement filter based on a pool of features to generate an enhanced image which differentiates the target volume from neighboring tissue, a memory for storing the enhanced image, wherein the enhanced image is a 3D image including a 3D array of voxels, a value of each voxel representing a probability that each voxel belongs to the target volume, a segmentation model memory having stored therein segmentation models for each of a plurality of potential target volumes, and a segmentation processor for selecting a model corresponding to the target volume from the plurality of models and performing a model-based segmentation of the enhanced image, based on the selected model.
A method for transmitting Acknowledge/Negative Acknowledge, ACK/NACK, information for carriers configured to a User Equipment, UE, in a wireless communication system which supports carrier aggregation, the method comprising: generating an ACK/NACK payload including sets of ACK/NACK information mapped in relation to an order of logical carrier index, wherein each of the sets of the ACK/NACK information is related to each of the configured carriers and has one or more ACK/NACK bits; and transmitting the ACK/NACK payload through a Physical Uplink Control Channel, PUCCH, or a Physical Uplink Shared Channel, PUSCH, wherein a size of the ACK/NACK payload is given based on first information and second information, wherein the first information is related to a number of the configured carriers and the second information is related to transmission modes for the configured carriers, wherein a first carrier is one of the configured carriers and a first set related to the first carrier is one of the sets of the ACK/NACK information concatenated, and wherein when a first downlink signal for semi-persistent scheduling is received on the first carrier, an ACK/NACK bit position for the first downlink signal is an end of the first set. generating an ACK/NACK payload including sets of ACK/NACK information mapped in relation to an order of logical carrier index, wherein each of the sets of the ACK/NACK information is related to each of the configured carriers and has one or more ACK/NACK bits; and transmitting the ACK/NACK payload through a Physical Uplink Control Channel, PUCCH, or a Physical Uplink Shared Channel, PUSCH, wherein a size of the ACK/NACK payload is given based on first information and second information, wherein the first information is related to a number of the configured carriers and the second information is related to transmission modes for the configured carriers, wherein a first carrier is one of the configured carriers and a first set related to the first carrier is one of the sets of the ACK/NACK information concatenated, and wherein when a first downlink signal for semi-persistent scheduling is received on the first carrier, an ACK/NACK bit position for the first downlink signal is an end of the first set.
A hair brush comprising: a brush head ; a handle ; and an adjustment device interconnected to the brush head and the handle ; wherein the brush head has one end attached to an internal locking device , the internal locking device being disposed in the adjustment device and including a hollow cylinder , the hair brush further comprising a support shaft being disposed in the hollow cylinder , the support shaft being inserted into the brush head and secured to a top of the brush head , wherein the internal locking device further comprises two opposite guide grooves on the hollow cylinder , the support shaft including two opposite guide rods moveably disposed in the guide grooves respectively, and the adjustment device including an inner channel having threads so that a repeated rotation of the adjustment device causes the threads of the inner channel to move the guide rods along the guide grooves and compress the top of the hair brush , thereby changing an appearance of the hair brush . a brush head ; a handle ; and an adjustment device interconnected to the brush head and the handle ; wherein the brush head has one end attached to an internal locking device , the internal locking device being disposed in the adjustment device and including a hollow cylinder , the hair brush further comprising a support shaft being disposed in the hollow cylinder , the support shaft being inserted into the brush head and secured to a top of the brush head , wherein the internal locking device further comprises two opposite guide grooves on the hollow cylinder , the support shaft including two opposite guide rods moveably disposed in the guide grooves respectively, and the adjustment device including an inner channel having threads so that a repeated rotation of the adjustment device causes the threads of the inner channel to move the guide rods along the guide grooves and compress the top of the hair brush , thereby changing an appearance of the hair brush .
A phase shifter , comprising: a feed unit , at least one tapping element , at least one conductor section , and a ground element , wherein the feed unit is electrically connected to a first tapping element of the at least one tapping element , and the at least one tapping element is electrically connected in sequence; the at least one conductor section is at least one concentric curved conductor section ; each tapping element is electrically connected to one conductor section ; and each tapping element is shifted, by using a circle center of the at least one conductor section as a rotation axis, along the conductor section connected to each tapping element , for changing a phase of a signal of an input port passing through the conductor section connected to each tapping element , and outputting the signal at an output port of the conductor section connected to each tapping element ; and characterized in that : when each tapping element is shifted by a preset angle from an output port of the conductor section connected to each tapping element as a start position, one tapping element is electrically connected to the ground element , so that a signal transmitted by the tapping element is reflected to an input port of the feed unit , and a standing wave is generated by the signal of the input port.
A computer-implemented method of performing a knowledge proof based on an elliptic curve digital signature algorithm, ECDSA, verification function; wherein the method comprises, at a verifying node of a blockchain network : obtaining a first transaction (Tx 1 ) which includes runnable code, the code including an element specifying a reference instance for an r-part of a first ECDSA signature; receiving a second transaction (Tx 2 ) which includes information comprising at least an s-part of the first ECDSA signature, and obtaining a first public key wherein the first ECDSA signature signs a message based on a first private key corresponding to the first public key, the message being a part of the second transaction; and running the code from the first transaction, the code being configured to return a result of true, irrespective of whose private key was used as the first private key, on condition that: - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key. obtaining a first transaction (Tx 1 ) which includes runnable code, the code including an element specifying a reference instance for an r-part of a first ECDSA signature; receiving a second transaction (Tx 2 ) which includes information comprising at least an s-part of the first ECDSA signature, and obtaining a first public key wherein the first ECDSA signature signs a message based on a first private key corresponding to the first public key, the message being a part of the second transaction; and running the code from the first transaction, the code being configured to return a result of true, irrespective of whose private key was used as the first private key, on condition that: - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key. - the ECDSA verification function, as applied to the first ECDSA signature, verifies that the s-part received in the second transaction corresponds to the reference instance of the r-part specified by the first transaction, given the message received in the second transaction and the obtained first public key.
A compound having the following Formula (I) or a pharmaceutically acceptable salt thereof: wherein, R 1 , R 2 are each independently hydrogen ; R 3 is selected from the group consisting of hydrogen, a C 1 -C 7 straight-chain, branched or cyclic alkyl; R 4 , R 5 , R 6 , R 7 , and R 8 are each independently selected from C 1 -C 7 alkyl, halo C 1 -C 7 alkyl, C 1-3 alkoxy, halo C 1-3 alkoxy, halogen, hydroxy, hydrogen, amino, nitro, cyano and substituted or unsubstituted aromatic ring or an heteroaromatic ring; or R 4 , R 5 , R 6 , R 7 , R 8 are bonded to each other with an oxygen bridge to form the following group: wherein, n is an integer of 1, 2, 3 or 4; A 1 and A 2 are each independently an oxygen, carbon or nitrogen atom. wherein, R 1 , R 2 are each independently hydrogen ; R 3 is selected from the group consisting of hydrogen, a C 1 -C 7 straight-chain, branched or cyclic alkyl; R 4 , R 5 , R 6 , R 7 , and R 8 are each independently selected from C 1 -C 7 alkyl, halo C 1 -C 7 alkyl, C 1-3 alkoxy, halo C 1-3 alkoxy, halogen, hydroxy, hydrogen, amino, nitro, cyano and substituted or unsubstituted aromatic ring or an heteroaromatic ring; or R 4 , R 5 , R 6 , R 7 , R 8 are bonded to each other with an oxygen bridge to form the following group: wherein, n is an integer of 1, 2, 3 or 4; A 1 and A 2 are each independently an oxygen, carbon or nitrogen atom.
A display component, comprising: a display module ; wherein the display module comprises a plurality of columns of light-emitting pixels on a base substrate , each of the light-emitting pixels comprising a first electrode layer , a nanoparticle layer , and a second electrode layer , the nanoparticle layer comprising nanoparticles of a first metal, each of the nanoparticles of the first metal having a convex protrusion on a side away from the first electrode layer , and the second electrode layer comprising an ion of a second metal; characterized in that the display module further comprises a viewing angle switch module at a light-exiting side of the display module ; wherein the viewing angle switch module comprises a plurality of viewing angle control units (C), each of the plurality of viewing angle control units (C) comprising two viewing angle control sections extending in a column direction, and each of the viewing angle control sections corresponds to a column of the light-emitting pixels ; and wherein each of the viewing angle control sections comprises an insulating layer covering the display module , a third electrode layer , a fourth electrode layer , and a blocking portion between the third electrode layer and the fourth electrode layer , and wherein an accommodating chamber is formed between adjacent blocking portions , and a black non-polar liquid is accommodated in the accommodating chamber. a display module ; wherein the display module comprises a plurality of columns of light-emitting pixels on a base substrate , each of the light-emitting pixels comprising a first electrode layer , a nanoparticle layer , and a second electrode layer , the nanoparticle layer comprising nanoparticles of a first metal, each of the nanoparticles of the first metal having a convex protrusion on a side away from the first electrode layer , and the second electrode layer comprising an ion of a second metal; characterized in that the display module further comprises a viewing angle switch module at a light-exiting side of the display module ; wherein the viewing angle switch module comprises a plurality of viewing angle control units (C), each of the plurality of viewing angle control units (C) comprising two viewing angle control sections extending in a column direction, and each of the viewing angle control sections corresponds to a column of the light-emitting pixels ; and wherein each of the viewing angle control sections comprises an insulating layer covering the display module , a third electrode layer , a fourth electrode layer , and a blocking portion between the third electrode layer and the fourth electrode layer , and wherein an accommodating chamber is formed between adjacent blocking portions , and a black non-polar liquid is accommodated in the accommodating chamber.
Method for controlling at least one energy-consuming appliance (D1, D2, D3), comprising the following steps: - contacting (24; 48) a user upon receiving an adjustment request; - receiving (26; 50), in response to said contacting, an item of information indicative of at least partial approval or of denial of the request by the user; - controlling (36; 56) said appliance (D1, D2, D3) so as to reduce the energy consumption of said appliance, the contacting step (24; 48) being implemented by a residential gateway sending a message to a terminal (T1, T2, MOB) of the user, characterized in that the item of information indicative of at least partial approval or of denial of the request by the user is received (26; 50) from the user's terminal (T1, T2, MOB) by the residential gateway, said appliance (D1, D2, D3) being controlled (36; 56) by the residential gateway on the basis of the received item of information so as to reduce the energy consumption of said appliance if the received item of information indicates at least partial approval. - contacting (24; 48) a user upon receiving an adjustment request; - receiving (26; 50), in response to said contacting, an item of information indicative of at least partial approval or of denial of the request by the user; - controlling (36; 56) said appliance (D1, D2, D3) so as to reduce the energy consumption of said appliance,
A distributed system resource allocation method performed by a second job management server , the method comprising the steps of: receiving a resource preemption request sent by a resource scheduling server , the resource preemption request comprising job execution information corresponding to a first job management server ; determining , according to the job execution information corresponding to the first job management server and comprised in the resource preemption request, resources to be returned by the second job management server and a resource return deadline, wherein the job execution information comprises an output deadline of a job and execution time of the job or comprises a resource obtaining deadline of the job, the resource return deadline being the latest time by which the second job management server must return the resources; and returning , according to the resource return deadline and a current job execution progress of the second job management server , the resources to be returned to the resource scheduling server before expiration of the resource return deadline, wherein the resources to be returned to the resource scheduling server are returned after execution of the current job is completed when a sum of a current time and a remaining time for completion of the current job is not greater than the resource return deadline. receiving a resource preemption request sent by a resource scheduling server , the resource preemption request comprising job execution information corresponding to a first job management server ; determining , according to the job execution information corresponding to the first job management server and comprised in the resource preemption request, resources to be returned by the second job management server and a resource return deadline, wherein the job execution information comprises an output deadline of a job and execution time of the job or comprises a resource obtaining deadline of the job, the resource return deadline being the latest time by which the second job management server must return the resources; and returning , according to the resource return deadline and a current job execution progress of the second job management server , the resources to be returned to the resource scheduling server before expiration of the resource return deadline, wherein the resources to be returned to the resource scheduling server are returned after execution of the current job is completed when a sum of a current time and a remaining time for completion of the current job is not greater than the resource return deadline.
A pole part for a low, medium or high voltage circuit breaker, comprising: - an insulating housing ; - an insert, the insert being a vacuum interrupter ; and - a compensation layer ; wherein, the vacuum interrupter is in the insulating housing; wherein, the compensation layer is in contact with a surface of the vacuum interrupter; wherein, the compensation layer is between the vacuum interrupter and the insulating housing; and wherein, the compensation layer is an epoxy based potting material with a shore hardness of 12 to 90 shore A. - an insulating housing ; - an insert, the insert being a vacuum interrupter ; and - a compensation layer ;
A print control strip for printing onto a substrate , which moves in a printing direction X during a printing process, with a substrate width B, which extends perpendicularly to the printing direction X, wherein the print control strip extends at least over a portion of the substrate width B, wherein the print control strip comprises at least one row in the extension of the printing direction X, and wherein one or each row comprises a plurality of measuring fields arranged next to one another perpendicularly to the printing direction X, wherein the measuring fields comprise both solid and halftone areas of the base colors used for a print to determine color density or tone value increase, and wherein each measuring field has a center of area and an edge , which leads in the extension of the printing direction X, wherein the center of area of at least one measuring field is arranged so as to be offset in or opposite to the printing direction X relative to the center of area of at least one adjacent measuring field of the same row , characterized in that the centers of area or the leading edges of the measuring fields of at least one row lie on a non-straight line , wherein the centers of area or the leading edges of the measuring fields lie on an at least partially segment of an arc of a circle-shaped line or on a sinusoidal line or on a sawtooth-shaped or trapezoidal line .