mhurhangee/ep-ind-claims huggingface dataset:
A terminal metal fitting locked in a terminal housing chamber by using a lock projection provided in a housing, the lock projection being a lance that is an elastic piece that extends obliquely toward the inside of the terminal housing chamber, the terminal metal fitting comprising: a tubular box portion receiving a counterpart terminal; a lock hole formed through a wall of the box portion and receiving the lock projection; a terminal spring extending from an inner wall surface of the box portion to press and contact to the counterpart terminal; and a supporting point portion; wherein the supporting point portion is formed by cutting a portion around the lock hole and erecting the cut portion obliquely toward the inside of the box portion to have a cantilevered-shape, said terminal spring extends obliquely to the inside of the box portion from a position on the base side of the lock hole to a position on the tip side of the lock hole like a cantilever, said tip-portion of the supporting point portion serving at a position around the center of the extension direction of the terminal spring as a supporting point upon the terminal spring pressing and contacting to the counterpart terminal, wherein when the counterpart terminal is inserted into the box portion of the terminal metal fitting, though the terminal spring is pushed toward the lance, deformation of the terminal spring is restricted because the tip portion of the supporting point portion functions as a supporting point for the terminal spring, so that the terminal spring can be prevented from interfering with the lock projection. a tubular box portion receiving a counterpart terminal; a lock hole formed through a wall of the box portion and receiving the lock projection; a terminal spring extending from an inner wall surface of the box portion to press and contact to the counterpart terminal; and a supporting point portion; wherein the supporting point portion is formed by cutting a portion around the lock hole and erecting the cut portion obliquely toward the inside of the box portion to have a cantilevered-shape, said terminal spring extends obliquely to the inside of the box portion from a position on the base side of the lock hole to a position on the tip side of the lock hole like a cantilever, said tip-portion of the supporting point portion serving at a position around the center of the extension direction of the terminal spring as a supporting point upon the terminal spring pressing and contacting to the counterpart terminal, wherein when the counterpart terminal is inserted into the box portion of the terminal metal fitting, though the terminal spring is pushed toward the lance, deformation of the terminal spring is restricted because the tip portion of the supporting point portion functions as a supporting point for the terminal spring, so that the terminal spring can be prevented from interfering with the lock projection.
A method, comprising: at a first electronic device with one or more processors and memory: receiving, by a first instance of a digital assistant operating on the first electronic device, a natural-language speech input indicative of a user request; obtaining a set of data corresponding to a second instance of the digital assistant on a second electronic device, wherein the second electronic device is different from the first electronic device, and wherein obtaining the set of data corresponding to the second instance of the digital assistant on the second electronic device comprises obtaining one or more settings used by the digital assistant to perform speech-to-text analysis and obtaining information associated with a previous user input, the previous user input comprising a user selection of a candidate application from a plurality of candidate applications for a same task; updating one or more settings of the first instance of the digital assistant based on the obtained set of data; in response to receiving the user request, performing, by the first instance of the digital assistant, one or more tasks based on the updated one or more settings of the first instance of the digital assistant; providing, by the first instance of the digital assistant, an output indicative of whether the one or more tasks are performed. receiving, by a first instance of a digital assistant operating on the first electronic device, a natural-language speech input indicative of a user request; obtaining a set of data corresponding to a second instance of the digital assistant on a second electronic device, wherein the second electronic device is different from the first electronic device, and wherein obtaining the set of data corresponding to the second instance of the digital assistant on the second electronic device comprises obtaining one or more settings used by the digital assistant to perform speech-to-text analysis and obtaining information associated with a previous user input, the previous user input comprising a user selection of a candidate application from a plurality of candidate applications for a same task; updating one or more settings of the first instance of the digital assistant based on the obtained set of data; in response to receiving the user request, performing, by the first instance of the digital assistant, one or more tasks based on the updated one or more settings of the first instance of the digital assistant; providing, by the first instance of the digital assistant, an output indicative of whether the one or more tasks are performed.
A method of operating a computer-telephony integration, CTI, system, wherein said computer-telephony system includes a switch, a CTI server and a CTI database, the method comprising: providing computer-telephony support for a plurality of customers, wherein each customer maintains customer relationship management, CRM, data; uploading heterogeneous CRM data from the plurality of customers into the CTI database, wherein said uploading includes transforming the heterogeneous CRM data from an original format maintained by the respective customer into a standardised format for the CTI database; and handling telephone calls by the CTI server accessing the transformed CRM data in the CTI database without the CTI server directly using the heterogeneous CRM data maintained by the respective customers in the original format, wherein handling telephone calls using the transformed CRM data in the CTI database comprises one or more of the following machine operations: automatically forwarding the call to a particular agent or to a particular queue, giving the call a higher or lower priority within a queue, and/or playing the caller one or more pre-recorded messages. providing computer-telephony support for a plurality of customers, wherein each customer maintains customer relationship management, CRM, data; uploading heterogeneous CRM data from the plurality of customers into the CTI database, wherein said uploading includes transforming the heterogeneous CRM data from an original format maintained by the respective customer into a standardised format for the CTI database; and handling telephone calls by the CTI server accessing the transformed CRM data in the CTI database without the CTI server directly using the heterogeneous CRM data maintained by the respective customers in the original format, wherein handling telephone calls using the transformed CRM data in the CTI database comprises one or more of the following machine operations: automatically forwarding the call to a particular agent or to a particular queue, giving the call a higher or lower priority within a queue, and/or playing the caller one or more pre-recorded messages.
A fluid diversion device (112, 210, 268) for controlling fluid flow in a delivery system to deploy a prosthetic heart valve device, the fluid diversion device comprising: a housing (180, 200, 250) including a first side (206a, 256a), a second side (206b, 256b), a bore, and a plurality of channels (202, 252) traversing the housing (180, 200, 250) from the first side (206a, 256a) through the bore to the second side (206b, 256b), wherein the plurality of channels (202, 252) are configured to receive a corresponding plurality of tubes (182, 212, 270) that extend from the first side (206a, 256a) through the bore to the second side (206b, 256b) of the housing (180, 200, 250), and wherein the bore extends laterally across the plurality of channels (202, 252); an occlusion member disposed in the bore, wherein rotation of the occlusion member enables selective occlusion of either a first subset of tubes or a second subset of tubes disposed in the plurality of channels (202, 252); and an actuator (118, 218, 274) operably coupled to the occlusion member to enable selective positioning of the occlusion member in at least a first position that occludes the first subset of tubes and a second position that occludes the second subset of tubes for fluid communication in different directions relative to a first chamber and a second chamber of a delivery device to cause deployment and recapture of the prosthetic heart valve device. a housing (180, 200, 250) including a first side (206a, 256a), a second side (206b, 256b), a bore, and a plurality of channels (202, 252) traversing the housing (180, 200, 250) from the first side (206a, 256a) through the bore to the second side (206b, 256b), wherein the plurality of channels (202, 252) are configured to receive a corresponding plurality of tubes (182, 212, 270) that extend from the first side (206a, 256a) through the bore to the second side (206b, 256b) of the housing (180, 200, 250), and wherein the bore extends laterally across the plurality of channels (202, 252); an occlusion member disposed in the bore, wherein rotation of the occlusion member enables selective occlusion of either a first subset of tubes or a second subset of tubes disposed in the plurality of channels (202, 252); and an actuator (118, 218, 274) operably coupled to the occlusion member to enable selective positioning of the occlusion member in at least a first position that occludes the first subset of tubes and a second position that occludes the second subset of tubes for fluid communication in different directions relative to a first chamber and a second chamber of a delivery device to cause deployment and recapture of the prosthetic heart valve device.
A metal oxygen battery, comprising: a positive electrode to which oxygen is applied as an active substance; a negative electrode to which a metal is applied as an active substance; an electrolyte layer disposed between the positive electrode and the negative electrode; and a case hermetically housing the positive electrode, the negative electrode and the electrolyte layer, wherein the positive electrode comprises an oxygen-storing material comprising a catalyst function with respect to a cell reaction, and a function of, during discharge, ionizing oxygen and binding the oxygen with metal ions transferring from the negative electrode through the electrolyte layer to the positive electrode to thereby form a metal oxide, and during charge, reducing the metal oxide and storing oxygen, and wherein the oxygen-storing material comprises one composite metal oxide selected from a group consisting of YMnO 3, CuFeO 2, LaMnO 3, and LaSiO 3. a positive electrode to which oxygen is applied as an active substance; a negative electrode to which a metal is applied as an active substance; an electrolyte layer disposed between the positive electrode and the negative electrode; and a case hermetically housing the positive electrode, the negative electrode and the electrolyte layer, wherein the positive electrode comprises an oxygen-storing material comprising a catalyst function with respect to a cell reaction, and a function of, during discharge, ionizing oxygen and binding the oxygen with metal ions transferring from the negative electrode through the electrolyte layer to the positive electrode to thereby form a metal oxide, and during charge, reducing the metal oxide and storing oxygen, and wherein the oxygen-storing material comprises one composite metal oxide selected from a group consisting of YMnO 3, CuFeO 2, LaMnO 3, and LaSiO 3.
An adhesive dispensing system (10, 110, 210, 310), comprising: a dispensing applicator (14, 114) for dispensing an adhesive, said dispensing applicator (14, 114) including a manifold (30, 230, 330) with a manifold passage and a dispensing module coupled to said manifold passage; a receiving device (12, 112) positioned proximate to said dispensing applicator (14, 114), and a fill system configured to supply a small amount of solid adhesive periodically to the receiving device (12, 112) through a hose, said receiving device (12, 112) including a receiving chamber (54, 120), which is configured to receive said small amount of solid adhesive at the location of said dispensing applicator (14, 114), and an outlet (74, 132) that is positioned within the manifold (30, 230, 330) to deliver melted adhesive from said receiving device (12, 112) into said manifold passage immediately after melting; a first heating device (16, 116) positioned proximate to said manifold (30, 230, 330) and said receiving device (12, 112), said first heating device (16, 116) operable to rapidly melt the small amount of solid adhesive in said receiving device (12, 112) on demand; and a second heating device positioned within said manifold (30, 230, 330) and configured to apply heat energy to maintain the adhesive as a liquid in said manifold passage. a dispensing applicator (14, 114) for dispensing an adhesive, said dispensing applicator (14, 114) including a manifold (30, 230, 330) with a manifold passage and a dispensing module coupled to said manifold passage; a receiving device (12, 112) positioned proximate to said dispensing applicator (14, 114), and a fill system configured to supply a small amount of solid adhesive periodically to the receiving device (12, 112) through a hose, said receiving device (12, 112) including a receiving chamber (54, 120), which is configured to receive said small amount of solid adhesive at the location of said dispensing applicator (14, 114), and an outlet (74, 132) that is positioned within the manifold (30, 230, 330) to deliver melted adhesive from said receiving device (12, 112) into said manifold passage immediately after melting; a first heating device (16, 116) positioned proximate to said manifold (30, 230, 330) and said receiving device (12, 112), said first heating device (16, 116) operable to rapidly melt the small amount of solid adhesive in said receiving device (12, 112) on demand; and a second heating device positioned within said manifold (30, 230, 330) and configured to apply heat energy to maintain the adhesive as a liquid in said manifold passage.
A method of generating a measurement for use in calculating an end-user experience metric in a server-based computing environment, the method comprising: (a) transmitting a message from a trigger module of a client of the server-based computing environment to an echo application executing in a user space provided by an operating system of a server, the server also executing at least one application for which a user provides inputs at the client which are transmitted to the server, wherein at least one echo application is started for each application program executed by the server; (b) reading and processing, by the operating system, the message to generate an input event for the echo application; (c) processing, by the echo application the input event to generate a graphic response following the execution of specified tasks by the echo application, the graphic response comprising instructions to manipulate, modify, update, alter, or change a display of the client; (d) receiving, at the client, the graphic response for execution by the client from the echo application and determining, by the client, an amount of a first time elapsed between the transmission of the message and receipt of the graphic response; and (e) processing, by the client, the graphic response and determining, by the client, an amount of a second time elapsed between the receipt of the graphic response and the completion of the processing of the graphic response. (a) transmitting a message from a trigger module of a client of the server-based computing environment to an echo application executing in a user space provided by an operating system of a server, the server also executing at least one application for which a user provides inputs at the client which are transmitted to the server, wherein at least one echo application is started for each application program executed by the server; (b) reading and processing, by the operating system, the message to generate an input event for the echo application; (c) processing, by the echo application the input event to generate a graphic response following the execution of specified tasks by the echo application, the graphic response comprising instructions to manipulate, modify, update, alter, or change a display of the client; (d) receiving, at the client, the graphic response for execution by the client from the echo application and determining, by the client, an amount of a first time elapsed between the transmission of the message and receipt of the graphic response; and (e) processing, by the client, the graphic response and determining, by the client, an amount of a second time elapsed between the receipt of the graphic response and the completion of the processing of the graphic response.
A computer-implemented method, comprising: determining first and second information (321, 322) based on texture features of an input image and a reference image, the first information at least indicating for a first pixel block in the input image a second pixel block in the reference image most relevant to the first pixel block in terms of the texture features, and the second information at least indicating relevance of the first pixel block to the second pixel block by calculating an inner product of the first and second pixel blocks; determining a transferred feature map with a target resolution based on the first information and the reference image, the transferred feature map comprising a feature block corresponding to the first pixel block and the feature block comprising a texture feature of the second pixel block; and transforming the input image into an output image with the target resolution based on the transferred feature map and the second information, the output image reflecting a texture feature of the reference image; wherein a multi-level attention mechanism comprising hard attention and soft attention is used to transfer the texture in the reference image to the input image to generate the output image with the target resolution. determining first and second information (321, 322) based on texture features of an input image and a reference image, the first information at least indicating for a first pixel block in the input image a second pixel block in the reference image most relevant to the first pixel block in terms of the texture features, and the second information at least indicating relevance of the first pixel block to the second pixel block by calculating an inner product of the first and second pixel blocks; determining a transferred feature map with a target resolution based on the first information and the reference image, the transferred feature map comprising a feature block corresponding to the first pixel block and the feature block comprising a texture feature of the second pixel block; and transforming the input image into an output image with the target resolution based on the transferred feature map and the second information, the output image reflecting a texture feature of the reference image; wherein a multi-level attention mechanism comprising hard attention and soft attention is used to transfer the texture in the reference image to the input image to generate the output image with the target resolution.
A cutter accessory for use in combination with a printing device, comprising: a body configured to be mounted onto a printing device; an access door mounted to the body and movable between a closed position and an open position; a slot defined in the access door and configured to receive printed material from the printing device when the access door is in the closed position; a cutting blade movably mounted to the body; and at least one cam associated with the cutting blade and operable to move the cutting blade with respect to the slot to cut the printed material from the printing device, wherein the at least one cam is accessible when the access door is in the open position and inaccessible when the access door is in the closed position.
DNA vaccine which is capable of effecting co-expression of the protein PreM/ME of the yellow fever virus together with LAMP, the Association Protein to the Lysosomal Membrane, and present said antigen proteins to the immune system via MHC II route, wherein the PreM/ME sequence is merged to the C-terminal domain of LAMP and said vaccine has SEQ ID NO: 8 or a sequence with more than 80% homology thereto.
Method for reducing the noise of a motor fed by a converter, wherein the magnetic flux (Φ) in the motor is changed such that the product of the fundamental oscillation of the magnetic flux (Φ) and a harmonic oscillation of the magnetic flux (Φ) is reduced, wherein the degree of control and/or the pulse frequency (f p) of the converter are changed in order to change the harmonic oscillations of the magnetic flux (Φ).
Method for processing, by an input server of an IMS core network, of emergency call session transfer requests, said method being characterized in that it comprises: - a prior step of configuration at the level of the input server, of a table associating with at least one emergency call session transfer number, a plurality of emergency call session transfer nodes (6-1,6-N), each node being identified in said table by an address; - a step of determination, triggered on reception of a request for transfer of an emergency call session from a first access network to a second access network, said transfer request comprising an emergency call session transfer number, said step comprising the determination on the basis of the table configured previously at the level of the input server, of at least one address of a transfer node associated with the transfer number included in the request to transfer this request; and - a step of sending the transfer request to said at least one address thus determined. - a prior step of configuration at the level of the input server, of a table associating with at least one emergency call session transfer number, a plurality of emergency call session transfer nodes (6-1,6-N), each node being identified in said table by an address; - a step of determination, triggered on reception of a request for transfer of an emergency call session from a first access network to a second access network, said transfer request comprising an emergency call session transfer number, said step comprising the determination on the basis of the table configured previously at the level of the input server, of at least one address of a transfer node associated with the transfer number included in the request to transfer this request; and - a step of sending the transfer request to said at least one address thus determined.
An isolated nucleotide sequence comprising the cDNA sequence encoding the full length RNA genome of a mumps virus, wherein the isolated nucleotide sequence encodes a mumps virus unable to express a V protein product.