mhurhangee/ep-ind-claims huggingface dataset:
A method for managing inventory pricing, comprising: - programming, at a first location, an Electronic Smart Tag, EST, (120, 200) with at least first item level information comprising a first item description in a first language and a first item price in a first monetary currency; - outputting the first item level information from the EST (120, 200); and - automatically replacing the first item level information being output from the EST (120, 200) with second item level information in response to the EST's arrival at a second location different than and remote from the first location, the second item level information comprising the first item description converted into a second language different than the first language and the first item price converted into a second monetary currency different than the first monetary currency. - programming, at a first location, an Electronic Smart Tag, EST, (120, 200) with at least first item level information comprising a first item description in a first language and a first item price in a first monetary currency; - outputting the first item level information from the EST (120, 200); and - automatically replacing the first item level information being output from the EST (120, 200) with second item level information in response to the EST's arrival at a second location different than and remote from the first location, the second item level information comprising the first item description converted into a second language different than the first language and the first item price converted into a second monetary currency different than the first monetary currency.
A method for operating an electronic device having a keyboard, the method comprising: detecting a touch of a first key (360, 365) associated with a first character on the keyboard; detecting a touch of a second key (380, 385) corresponding to a second character on the keyboard; determining an order for previewing the first and second characters in response to the detecting; and previewing the first and second characters in the determined order in an information entry field of the electronic device; wherein determining the order comprises one of: determining which of the first character and second character is most-used and selecting the character that is most-used as first in the order; selecting a pre-set order for the combination of the first key and second key; using a word prediction engine to identify a word prediction candidate based on the characters corresponding to the touched keys, and any previously-entered characters, the order for previewing being set to the order of the characters corresponding to the touched keys in the word prediction candidate. detecting a touch of a first key (360, 365) associated with a first character on the keyboard; detecting a touch of a second key (380, 385) corresponding to a second character on the keyboard; determining an order for previewing the first and second characters in response to the detecting; and previewing the first and second characters in the determined order in an information entry field of the electronic device; wherein determining the order comprises one of: determining which of the first character and second character is most-used and selecting the character that is most-used as first in the order; selecting a pre-set order for the combination of the first key and second key; using a word prediction engine to identify a word prediction candidate based on the characters corresponding to the touched keys, and any previously-entered characters, the order for previewing being set to the order determining which of the first character and second character is most-used and selecting the character that is most-used as first in the order; selecting a pre-set order for the combination of the first key and second key; using a word prediction engine to identify a word prediction candidate based on the characters corresponding to the touched keys, and any previously-entered characters, the order for previewing being set to the order of the characters corresponding to the touched keys in the word prediction candidate.
A method for communication, the method comprising: while receiving content for a service at a user device (140, 150, 300), comprising a hand-over button and a microphone, via a particular delivery route, detecting a request for delivery of subsequent content for said service via a secure alternate delivery route, said detected request generated initially by a user via said hand-over button and/or said microphone; establishing a connection security profile for said secure alternate delivery route via a secure handshake between said user device and a network management server (110, 200), said connection security profile comprising key exchange and/or encryption algorithm; and receiving by said user device, said requested delivery of said subsequent content via said particular delivery route and said secure alternate delivery route, concurrently. while receiving content for a service at a user device (140, 150, 300), comprising a hand-over button and a microphone, via a particular delivery route, detecting a request for delivery of subsequent content for said service via a secure alternate delivery route, said detected request generated initially by a user via said hand-over button and/or said microphone; establishing a connection security profile for said secure alternate delivery route via a secure handshake between said user device and a network management server (110, 200), said connection security profile comprising key exchange and/or encryption algorithm; and receiving by said user device, said requested delivery of said subsequent content via said particular delivery route and said secure alternate delivery route, concurrently.
A Network Attached Storage, NAS, data access system, wherein the system comprises a NAS client and an acceleration apparatus, the acceleration apparatus comprises a first interface and a second interface, and the acceleration apparatus is connected to the NAS client by using the first interface and is connected to a NAS server by using the second interface; the NAS client is configured to: receive an access request message, and determine an operation object according to information that is about to-be-accessed target data and that is carried in the access request message, wherein the operation object comprises a directory and/or a file to which the target data belongs; generate a first direct memory access file system, DMAFS, packet according to a preset file system type, wherein the preset file system type is used to describe a format of a DMAFS packet, and the first DMAFS packet comprises the operation object and an operation type that is carried in the access request message; and send the first DMAFS packet to the acceleration apparatus; and the acceleration apparatus is configured to: receive the first DMAFS packet, and obtain the operation object and the operation type that are in the first DMAFS packet; convert the operation object and the operation type into network file system, NFS, data; and encapsulate the NFS data into a network protocol packet, and send the network protocol packet to the NAS server.
A process for preparing sulfuric acid, wherein, in a production mode of the process, sulfur is oxidized to sulfur dioxide in a first oxidation stage, the sulfur dioxide is catalytically oxidized to sulfur trioxide in a second oxidation stage and the sulfur trioxide is introduced into at least one absorption stage for absorption of the sulfur trioxide, with process gases being discharged from the last absorption stage in the flow direction, and in a standby mode of the process, at least one heating stage, preferably arranged upstream of the second oxidation stage in the flow direction of the process gases, for heating the process gases is connected in, with the process gases exiting from the absorption stage being fed or recirculated to the heating stage and the process gases being circulated via the heating stage, the second oxidation stage and the at least one absorption stage.
Method for producing a product by micro-gelling and/or micro-particulating a preparation containing preferably 1.5 to 30, in particular over 5, percent by weight whey proteins, comprising the method steps of - feeding the preparation into a dispersing device, wherein in the dispersing device shearing forces are generated, preferably continuously, by a rotating rotor that engages in a stator, for a mechanical treatment of the preparation, and - discharging the micro-gelled and micro-particulated product out of the dispersing device, characterized in that shearing rates of over 3000/s to 5 000 000/s are generated by the rotating rotor that engages in the stator. - feeding the preparation into a dispersing device, wherein in the dispersing device shearing forces are generated, preferably continuously, by a rotating rotor that engages in a stator, for a mechanical treatment of the preparation, and - discharging the micro-gelled and micro-particulated product out of the dispersing device,
A computer-implemented method for refining case-based decision support in a computer-aided diagnosis system, the method comprising the steps of: - performing a similarity distance computation between an input query case and a set of cases to retrieve similar cases by using a default set of features and corresponding feature weights for assessment of similarity; - presenting the similar cases and the default set of features and corresponding feature weights to a user; - receiving from the user input including at least one new feature in addition to the default set of features; - modifying the similarity distance computation with the new set of features; - retrieving cases similar for the user using the new set of features; - displaying to the user the cases retrieved using the new set of features; - receiving input ratings given by the user to a number of cases; - performing similarity clustering of the similar cases; - generating a new set of features and feature weights based on the similarity clustering to modify the similarity distance computation by running a genetic algorithm; - retrieving similar cases using the modified similarity distance computation; and - displaying the retrieved similar cases to the user. - performing a similarity distance computation between an input query case and a set of cases to retrieve similar cases by using a default set of features and corresponding feature weights for assessment of similarity; - presenting the similar cases and the default set of features and corresponding feature weights to a user; - receiving from the user input including at least one new feature in addition to the default set of features; - modifying the similarity distance computation with the new set of features; - retrieving cases similar for the user using the new set of features; - displaying to the user the cases retrieved using the new set of features; - receiving input ratings given by the user to a number of cases; - performing similarity clustering of the similar cases; - generating a new set of features and feature weights based on the similarity clustering to modify the similarity distance computation by running a genetic algorithm; - retrieving similar cases using the modified similarity distance computation; and - displaying the retrieved similar cases to the user.
A discovery and provisioning method, wherein the method is applied to a first device comprising a first antenna and a second antenna and comprises: sending, by the first device, a first Wi-Fi sensing frame through the first antenna when the first device is in an unprovisioned state, wherein the first Wi-Fi sensing frame is used to enable a second device to discover the first device; after the first device is discovered by the second device, receiving, by the first device, a second Wi-Fi sensing frame from the second device through the second antenna, wherein the second Wi-Fi sensing frame comprises a service set identifier SSID of a Wi-Fi router and a password of the Wi-Fi router; and connecting, by the first device, to the Wi-Fi router according to the SSID and the password, wherein a wireless transmit power of the first device operating by using the first antenna is less than a wireless transmit power of the first device operating by using the second antenna. sending, by the first device, a first Wi-Fi sensing frame through the first antenna when the first device is in an unprovisioned state, wherein the first Wi-Fi sensing frame is used to enable a second device to discover the first device; after the first device is discovered by the second device, receiving, by the first device, a second Wi-Fi sensing frame from the second device through the second antenna, wherein the second Wi-Fi sensing frame comprises a service set identifier SSID of a Wi-Fi router and a password of the Wi-Fi router; and connecting, by the first device, to the Wi-Fi router according to the SSID and the password, wherein a wireless transmit power of the first device operating by using the first antenna is less than a wireless transmit power of the first device operating by using the second antenna.
A temperature sensor, comprising: a sensor holder having a front end side and a back end side; and a sensor body that includes a thermosensitive device and is held by the sensor holder to locate the thermosensitive device on the front end side, wherein a lead wire (13A,13B) is drawn from the sensor body toward the back end side and the lead wire (13A,13B) is electrically connected to the thermosensitive device, wherein the sensor body includes a resin cover layer that covers and seals the thermosensitive device and a portion of the lead wire (13A,13B) and has a substantially rectangular parallelepiped shape extending in a longitudinal direction, the sensor body is supported by the sensor holder through the resin cover layer at a supported portion at the front end side of the sensor body and at a supported portion at the back end side of the sensor body in the longitudinal direction thereof, and the sensor body and the sensor holder have a gap therebetween except for the supported portions on both ends of the sensor body to allow the sensor body to rotate around the longitudinal direction thereof to follow a detection object surface in use of the temperature sensor. a sensor holder having a front end side and a back end side; and a sensor body that includes a thermosensitive device and is held by the sensor holder to locate the thermosensitive device on the front end side, wherein a lead wire (13A,13B) is drawn from the sensor body toward the back end side and the lead wire (13A,13B) is electrically connected to the thermosensitive device, wherein the sensor body includes a resin cover layer that covers and seals the thermosensitive device and a portion of the lead wire (13A,13B) and has a substantially rectangular parallelepiped shape extending in a longitudinal direction, the sensor body is supported by the sensor holder through the resin cover layer at a supported portion at the front end side of the sensor body and at a supported portion at the back end side of the sensor body in the longitudinal direction thereof, and the sensor body and the sensor holder have a gap therebetween except for the supported portions on both ends of the sensor body to allow the sensor body to rotate around the longitudinal direction thereof to follow a detection object surface in use of the temperature sensor.
An isolated gene encoding the major capsid protein L1 of human papilloma virus, wherein said gene has codons preferred by Pichia yeast, and wherein said gene has a nucleotide sequence selected from those set forth in SEQ ID NO: 1 and SEQ ID NO: 4.
A method for manufacturing a hot forming die comprising: providing a first die having a first die structure; forming a first die surface (20a, 20a') on the first die structure, the first die surface having a complex shape; forming a plurality of cooling channels in the first die structure, each of the cooling channels having a contour that generally follows the complex shape of the first die surface (20a, 20a'); and forming a second die having a second die structure with a second die surface formed on the second die structure; the first and second die surfaces (20a, 20a') cooperating to form a die cavity, characterized in that the first die structure includes a cap comprising a cap wall and a flange extending partially around the cap wall, a cap insert and an end member, wherein the cap forms a first shell and wherein the end member is fixedly coupled to an associated end of the cap so that is forms the missing portion of the flange, the assembly of the cap and the end member forms a cavity in which the cap insert is at least partially disposed, wherein at least one cooling channel of the plurality of cooling channels is formed between the cap and the end member and further cooling channels of the plurality of cooling channels is formed between the cap and the cap insert. providing a first die having a first die structure; forming a first die surface (20a, 20a') on the first die structure, the first die surface having a complex shape; forming a plurality of cooling channels in the first die structure, each of the cooling channels having a contour that generally follows the complex shape of the first die surface (20a, 20a'); and forming a second die having a second die structure with a second die surface formed on the second die structure; the first and second die surfaces (20a, 20a') cooperating to form a die cavity, characterized in that the first die structure includes a cap comprising a cap wall and a flange extending partially around the cap wall, a cap insert and an end member, wherein the cap forms a first shell and wherein the end member is fixedly coupled to an associated end of the cap so that is forms the missing portion of the flange, the assembly of the cap and the end member forms a cavity in which the cap insert is at least partially disposed, wherein at least one cooling channel of the plurality of cooling channels is formed between the cap and the end member and further cooling channels of the plurality of cooling channels is formed between the cap and the cap insert.
An ultrasonic imaging system configured for visually guiding the insertion of a needle, the ultrasonic system comprising: an ultrasound probe having an array transducer configured for imaging a region of tissue containing target tissue and producing received signals; an ultrasound system processing signals received by the ultrasound probe to produce a set of spatially identified pixels having pixel values proportionate to the received signals; an image processor responsive to the pixel values configured for producing an ultrasound image; a display configured for displaying the ultrasound image; a tissue density analyzer, responsive to the pixel values, configured for producing an estimate of tissue density, wherein the display is configured for displaying the estimate of tissue density, a spatial navigation system configured for indentifying the position and orientation of the needle in relation to the target tissue, wherein the navigation system is operable to identify a projected path of needle insertion in relation to the position and orientation of the need, wherein the display is configured for displaying the projected path of needle insertion in spatial registration with the ultrasound image; and characterized in that the tissue density analyzer is further operable to produce an estimate of tissue density along the projected path of needle insertion using the values of pixels in registration with the projected path. an ultrasound probe having an array transducer configured for imaging a region of tissue containing target tissue and producing received signals; an ultrasound system processing signals received by the ultrasound probe to produce a set of spatially identified pixels having pixel values proportionate to the received signals; an image processor responsive to the pixel values configured for producing an ultrasound image; a display configured for displaying the ultrasound image; a tissue density analyzer, responsive to the pixel values, configured for producing an estimate of tissue density, wherein the display is configured for displaying the estimate of tissue density, a spatial navigation system configured for indentifying the position and orientation of the needle in relation to the target tissue, wherein the navigation system is operable to identify a projected path of needle insertion in relation to the position and orientation of the need, wherein the display is configured for displaying the projected path of needle insertion in spatial registration with the ultrasound image; and
A method of intra predicting a block of a picture as part of a picture coding process, the method comprising: obtaining an intra prediction mode of a current block; performing a position-dependent prediction combination, PDPC, process, wherein the PDPC process produces predicted samples, predSamples[x] [y], for the current block by performing a clipping operation when the intra prediction mode is horizontal intra prediction mode or vertical intra prediction mode, and the PDPC process produces the predicted samples without performing the clipping operation when the intra prediction mode is DC mode or planar mode; wherein, when the intra prediction mode is DC mode or planar mode, the PDPC process is performed based on reference samples located above or to the left of the current block, and the top-left reference sample, p[ -1][ -1], of the current block is not used for the PDPC process. obtaining an intra prediction mode of a current block; performing a position-dependent prediction combination, PDPC, process, wherein the PDPC process produces predicted samples, predSamples[x] [y], for the current block by performing a clipping operation when the intra prediction mode is horizontal intra prediction mode or vertical intra prediction mode, and the PDPC process produces the predicted samples without performing the clipping operation when the intra prediction mode is DC mode or planar mode; wherein, when the intra prediction mode is DC mode or planar mode, the PDPC process is performed based on reference samples located above or to the left of the current block, and the top-left reference sample, p[ -1][ -1], of the current block is not used for the PDPC process.
A solar cell comprising: a plurality of back electrode patterns spaced apart from each other on a substrate; a light absorption layer including contact patterns to connect electrodes to each other and division patterns to divide cells into unit cells on the substrate formed with the back electrode patterns; top electrode patterns spaced apart from each other by the division patterns on the light absorption layer; and a transparent resin formed in the division patterns, wherein the solar cell further comprises insulating patterns on top surfaces of the back electrode patterns, and wherein the top electrode patterns are filled in the contact patterns and electrically connected to the back electrode patterns and the insulating patterns are disposed between the top surfaces of the back electrode patterns and the transparent resin. a plurality of back electrode patterns spaced apart from each other on a substrate; a light absorption layer including contact patterns to connect electrodes to each other and division patterns to divide cells into unit cells on the substrate formed with the back electrode patterns; top electrode patterns spaced apart from each other by the division patterns on the light absorption layer; and a transparent resin formed in the division patterns, wherein the solar cell further comprises insulating patterns on top surfaces of the back electrode patterns, and wherein the top electrode patterns are filled in the contact patterns and electrically connected to the back electrode patterns and the insulating patterns are disposed between the top surfaces of the back electrode patterns and the transparent resin.