mhurhangee/patent-ind-claim-en huggingface dataset:
A method of validating a user for access to a web application, in which the method includes: receiving from a web browser a request for access to the web application; in which the request comprises a web portal session cookie; at a first traffic manager , detecting the web portal session cookie provided in the request; characterised by when a web portal session cookie has been detected, checking the request for a cookie generated by the first traffic manager indicating authorisation of the user to access the application; when the cookie generated by the first traffic manager is found in the request, the first traffic manager forwards the request via an intermediate web server to a second traffic manager ; in which the second traffic manager forwards the request to the application; when no cookie generated by the first traffic manager indicating authorisation of the user to access the application is found in the request, the first traffic manager forwards the request to the intermediate web server for validating and authorising the user for access to the application; in which, upon receiving a response from the intermediate web server indicating successful validation and authorisation of the user, the first traffic manager generates a cookie indicating authorisation of the user to access the application and sends the cookie to the web browser in a response to the request and; in which the response requires the web browser to resubmit the request incorporating the cookie sent in the response. receiving from a web browser a request for access to the web application; in which the request comprises a web portal session cookie; at a first traffic manager , detecting the web portal session cookie provided in the request; characterised by when a web portal session cookie has been detected, checking the request for a cookie generated by the first traffic manager indicating authorisation of the user to access the application; when the cookie generated by the first traffic manager is found in the request, the first traffic manager forwards the request via an intermediate web server to a second traffic manager ; in which the second traffic manager forwards the request to the application; when no cookie generated by the first traffic manager indicating authorisation of the user to access the application is found in the request, the first traffic manager forwards the request to the intermediate web server for validating and authorising the user for access to the application; in which, upon receiving a response from the intermediate web server indicating successful validation and authorisation of the user, the first traffic manager generates a cookie indicating authorisation of the user to access the application and sends the cookie to the web browser in a response to the request and; in which the response requires the web browser to resubmit the request incorporating the cookie sent in the response.
Electrical connection device which comprises a container comprising at least two seats , each seat being configured for containing an electrical connection element comprising a first sliding contact element and a second sliding contact element , each connectable to a respective electric cable, said electrical connection device further comprising a tubular element inserted inside the container so that said tubular element and said container can be rotated relative to each other, the first sliding contact element being integrally connected to the container and the second sliding contact element connected integrally to the tubular element to make a sliding contact between the contact elements , characterized in that each seat includes two walls for containing an electrical connection element .
A bandwidth allocation method, wherein the method comprises: Receiving (S202), by an optical line terminal , OLT, a bandwidth request sent by each optical network unit , ONU, wherein the ONU comprises an ONU1, the method characterized by : Generating (S204), by the OLT , a bandwidth map, BWMap, message according to bandwidth requested by the ONU and bandwidth configured for the ONU , wherein the BWMap message comprises at least two first allocation identifiers, Alloc-IDls, each Alloc-IDl corresponds to a first time, and any two first times are different, and both the Alloc-ID1s are allocated to the ONU1 for use; wherein a location of the at least two Alloc-ID1s are fixed in the BWMap message in each period; and:Sending (S206), by the OLT , the BWMap message to each ONU .
A method in a wireless communication of data between a data sending node and a data receiving node , that reporting from the data receiving node regarding reception of the data, the method comprising: - detecting that the data receiving node has been triggered to transmit a status report that indicates received data to the data sending node before a prescribed time limit expires, the method further comprising one of: - triggering the data receiving node to transmit the status report together with data to the data sending node if said data is pending for transmission from the data receiving node when the time left before said prescribed time limit is greater than a minimum duration, - triggering transmission of the status report alone if no data is pending for transmission from the data receiving node when the time left before said prescribed time limit becomes shorter than the minimum duration, and - maintaining a state indicator that indicates data and/or status report(s) pending for transmission on a radio bearer from the data receiving node to the data sending node, as a basis for scheduling transmissions on said radio bearer, wherein the state indicator indicates a number of pending data bits or bytes, a number of pending status report bits or bytes, and an amount of time that has passed since the oldest pending status report was generated. - detecting that the data receiving node has been triggered to transmit a status report that indicates received data to the data sending node before a prescribed time limit expires, - triggering the data receiving node to transmit the status report together with data to the data sending node if said data is pending for transmission from the data receiving node when the time left before said prescribed time limit is greater than a minimum duration, - triggering transmission of the status report alone if no data is pending for transmission from the data receiving node when the time left before said prescribed time limit becomes shorter than the minimum duration, and - maintaining a state indicator that indicates data and/or status report(s) pending for transmission on a radio bearer from the data receiving node to the data sending node, as a basis for scheduling transmissions on said radio bearer, wherein the state indicator indicates a number of pending data bits or bytes, a number of pending status report bits or bytes, and an amount of time that has passed since the oldest pending status report was generated.
Vehicle control unit having a processor and a flash memory , the processor being designed to perform a plurality of processes , each process being associated with a corresponding vehicle control component; wherein the processor is designed to execute an asynchronous driver that is designed to respond to a write request of a respective process of the plurality of processes by writing vehicle state data pertaining to the respective process in an applicable process context to the flash memory , the flash memory being written to by the asynchronous driver in accordance with a first-in-first-out, FIFO, characteristic; wherein the processor is furthermore designed to execute a synchronous driver that is designed to respond to a write request of a predetermined process of the plurality of processes by stopping execution of the asynchronous driver on the processor and writing vehicle state data pertaining to the predetermined process to the flash memory , the asynchronous driver being stopped by saving the applicable process context under which the asynchronous driver is writing to the flash memory at the time of the stopping , wherein the synchronous driver is furthermore designed to reactivate the asynchronous driver by restoring the saved process context after the vehicle state data pertaining to the predetermined process have been written to the flash memory . wherein the processor is designed to execute an asynchronous driver that is designed to respond to a write request of a respective process of the plurality of processes by writing vehicle state data pertaining to the respective process in an applicable process context to the flash memory , the flash memory being written to by the asynchronous driver in accordance with a first-in-first-out, FIFO, characteristic; wherein the processor is furthermore designed to execute a synchronous driver that is designed to respond to a write request of a predetermined process of the plurality of processes by stopping execution of the asynchronous driver on the processor and writing vehicle state data pertaining to the predetermined process to the flash memory , the asynchronous driver being stopped by saving the applicable process context under which the asynchronous driver is writing to the flash memory at the time of the stopping , wherein the synchronous driver is furthermore designed to reactivate the asynchronous driver by restoring the saved process context after the vehicle state data pertaining to the predetermined process have been written to the flash memory .
An electronic device comprising: a metal member in a shape of a loop wherein the metal member is disposed in at least one area of the electronic device ; and a substrate printed circuit board, PCB, arranged to supply power to a preset location of the metal member in order to use the metal member as an antenna radiator, wherein at least one location of the metal member that differs from the power-supplied location is grounded through the substrate , wherein the metal member comprises two grounded locations of which the electrical lengths from the power-supplied location are different from each other, and wherein the metal member is operable as an antenna radiator, which includes operating two different frequency bands by the pair of grounded locations. a metal member in a shape of a loop wherein the metal member is disposed in at least one area of the electronic device ; and a substrate printed circuit board, PCB, arranged to supply power to a preset location of the metal member in order to use the metal member as an antenna radiator, wherein at least one location of the metal member that differs from the power-supplied location is grounded through the substrate , wherein the metal member comprises two grounded locations of which the electrical lengths from the power-supplied location are different from each other, and wherein the metal member is operable as an antenna radiator, which includes operating two different frequency bands by the pair of grounded locations.
A system for interpreting an electrocardiogram (ECG), comprising: an interpretation module configured to interpret an ECG to provide interpretation statements based on measurements of ECG waveforms, each interpretation statement describing a clinical condition detected from said measurements; and a display configured to display the interpretation statements and the ECG waveforms; characterized in that the system further comprises: a rendering module configured in non-transitory storage media to associate each interpretation statement with corresponding measurements of the ECG waveforms and to annotate the corresponding measurements associated with said interpretation statement on the ECG waveforms; and a selection device configured to select an interpretation statement for digitally highlighting portions of ECG waveforms that contribute to an interpretation statement, such that the rendering module renders, on a display, the annotations associated with the interpretation statement on the ECG waveforms to indicate reference locations and provide labels. an interpretation module configured to interpret an ECG to provide interpretation statements based on measurements of ECG waveforms, each interpretation statement describing a clinical condition detected from said measurements; and a display configured to display the interpretation statements and the ECG waveforms; characterized in that the system further comprises: a rendering module configured in non-transitory storage media to associate each interpretation statement with corresponding measurements of the ECG waveforms and to annotate the corresponding measurements associated with said interpretation statement on the ECG waveforms; and a selection device configured to select an interpretation statement for digitally highlighting portions of ECG waveforms that contribute to an interpretation statement, such that the rendering module renders, on a display, the annotations associated with the interpretation statement on the ECG waveforms to indicate reference locations and provide labels. a rendering module configured in non-transitory storage media to associate each interpretation statement with corresponding measurements of the ECG waveforms and to annotate the corresponding measurements associated with said interpretation statement on the ECG waveforms; and a selection device configured to select an interpretation statement for digitally highlighting portions of ECG waveforms that contribute to an interpretation statement, such that the rendering module renders, on a display, the annotations associated with the interpretation statement on the ECG waveforms to indicate reference locations and provide labels.
A device for the variable fixing of a headrest to a vehicle seat, having a receptacle , which forms a receiving space for receiving a headrest support, and having a locking member which, by means of an actuation movement of an actuation element , can be rotated from a locking position, in which a locking section of the locking member projects into the receiving space , into a release position, in which the locking section does not project into the receiving space or projects into the receiving space to a lesser extent than in the locking position, characterized in that the locking member is a locking rocker rotatable about an axis of rotation perpendicular to the extension of the receptacle , the direction of actuation movement of the actuation element is oriented parallel to or coaxially with respect to the axis of rotation , the actuation element makes contact with the locking rocker via a sliding surface which is oriented obliquely with respect to the direction of actuation movement, and the locking member or the actuation element are loaded by a spring to load the locking rocker towards the locking position.
A system comprising: a reinstating engine to: obtain a random-access code corresponding to print operation interrupted from completing, by a print intervention event, wherein the print operation is interrupted when a print system is rendering content onto print media; generate a reinstated print operation based on the intervened print operation; communicate the random-access code to a user who had initiated the intervened print operation; store the reinstated print operation in a reinstated print queue in a hidden state and not accessible nor visible when a queue corresponding to the system is explored or accessed; and securely maintain the reinstated print operation, wherein the reinstated print operation is accessible and visible upon providing the random-access code . obtain a random-access code corresponding to print operation interrupted from completing, by a print intervention event, wherein the print operation is interrupted when a print system is rendering content onto print media; generate a reinstated print operation based on the intervened print operation; communicate the random-access code to a user who had initiated the intervened print operation; store the reinstated print operation in a reinstated print queue in a hidden state and not accessible nor visible when a queue corresponding to the system is explored or accessed; and securely maintain the reinstated print operation, wherein the reinstated print operation is accessible and visible upon providing the random-access code .
An imprinting photomask comprising: a transparent substrate ; a light blocking pattern provided on the transparent substrate ; and a dry film resist pattern provided on the light blocking pattern and corresponding to the light blocking pattern . a transparent substrate ; a light blocking pattern provided on the transparent substrate ; and a dry film resist pattern provided on the light blocking pattern and corresponding to the light blocking pattern .
High precision gear box usable as an articulated joint within a robot unit, the high precision gear box comprising at least one lubricated unit , wherein the lubricated unit comprises a first element and a second element , wherein the first element and the second element are configured to rotate against each other, wherein a space is formed between the first element and the second element , wherein the space is filled with a polymer material being saturated with oil for lubricating the first and the second element , wherein the lubricated unit is a bearing unit of the high precision gear box, wherein the first element is at least one inner ring and the second element is at least one outer ring, wherein rolling elements are arranged between the inner ring and the outer ring , wherein the space is a rolling chamber formed between the inner ring and the outer ring , wherein the polymer material is configured for lubricating the rolling elements or raceways of the inner ring or the outer ring , and wherein the polymer material is configured for providing the functionality of a cage for guiding the rolling elements .
A peroxide-curable semiconducting composition comprising 50 to 78 weight percent (wt%) of (A) a crosslinkable ethylene-vinyl acetate copolymer, having a vinyl acetate monomeric unit content of from 25 to 40 wt% (crosslinkable host copolymer); 20 to 48 wt% of (B) carbon black; 0.1 to 2.5 wt% of (C) an amide wax; 0.1 to 2.5 wt% of (D) a silicone oil; wherein the sum of wt% (C) + wt% (D) is from 1.0 to 5.0 wt%; 0.1 to 1.5 wt% of (E) an antioxidant; and 0.1 to 1.5 wt% of (F) an organic peroxide; wherein all wt% are based on total weight of the peroxide-curable semiconducting composition and wherein total weight of the peroxide-curable semiconducting composition is 100.0 wt%.
A refrigerant compressor , comprising an overall housing with a motor housing portion and a compressor housing portion , which has a cylinder housing with a cylinder head , the cylinder head having a cylinder head lower part arranged on the cylinder housing and a cylinder head upper part which closes off the cylinder head and has at least one outlet chamber integrated in the cylinder head upper part, characterized in that the cylinder head is covered by means of a hood which engages over the cylinder head upper part on an upper side facing away from the cylinder head lower part with a hood cover and over the cylinder head in the region of its peripheral side with a hood skirt surrounding the cylinder head .
A monitoring system for an agricultural implement having a plurality of row units , comprising: a soil temperature sensor associated with at least one of the plurality of row units and configured to measure a soil temperature at a lower portion of a trench opened by the at least one of the plurality row units ; a processor in electrical communication with said soil temperature sensor ; a display in electrical communication with said processor , said display displaying said measured soil temperature; characterized in that it further comprises a seed firmer disposed to firm seeds in said trench , a lower portion of said seed firmer resiliently contacting a bottom of said trench and capable of firming seeds into the bottom of said trench , wherein said soil temperature sensor is mounted to said seed firmer and is in contact with a lower portion of said trench . a soil temperature sensor associated with at least one of the plurality of row units and configured to measure a soil temperature at a lower portion of a trench opened by the at least one of the plurality row units ; a processor in electrical communication with said soil temperature sensor ; a display in electrical communication with said processor , said display displaying said measured soil temperature; characterized in that it further comprises a seed firmer disposed to firm seeds in said trench , a lower portion of said seed firmer resiliently contacting a bottom of said trench and capable of firming seeds into the bottom of said trench , wherein said soil temperature sensor is mounted to said seed firmer and is in contact with a lower portion of said trench .
A transition duct that is configured to form, in a turbine, an annular gas flow path through which a mainstream gas flowing from a first turbine to a second turbine can pass, wherein the transition duct includes an inner cylindrical member and an outer cylindrical member , the outer cylindrical member is coaxially disposed on an outer side of the inner cylindrical member , an inner circumferential side flow path surface is formed by an outer circumferential surface of the inner cylindrical member and an outer circumferential side flow path surface is formed by an inner circumferential surface of the outer cylindrical member , the gas flow path has the inner circumferential side flow path surface on a center side of a rotary shaft of the first turbine and the second turbine and the outer circumferential side flow path surface which is provided on an outer circumferential side of the inner circumferential side flow path surface so as to oppose the inner circumferential side flow path surface , and the inner circumferential side flow path surface and the outer circumferential side flow path surface each have a changing inclination angle (Φ1,Φ2) with respect to an axial direction of the rotary shaft and extend on an outer side of the rotary shaft in a radial direction from the first turbine toward the second turbine , characterized in that an inner circumferential side maximum inclination portion where the inclination angle (Φ1) of the inner circumferential side flow path surface is maximum is provided within a range (A2) from a position aligned with an outer circumferential side maximum inclination portion where the inclination angle (Φ2) of the outer circumferential side flow path surface is maximum to a position, which has advanced to a second turbine side by a length of 20% of a duct length (L) or less, in the axial direction.
Device for handling printing plates at a printing press , comprising a first pallet and a second pallet in which the printing plates are received, a first pallet carrier for carrying the first pallet , and a second pallet carrier for carrying the second pallet , the first pallet carrier and the second pallet carrier supported to slide along a common horizontal alignment (L) extending in a direction transverse to a row of printing units of the printing press , characterized in that the first pallet carrier and the second pallet carrier are fixed to a common slide and in that a rail is provided for horizontally guiding the slide alternatingly into a first position and into a second position on the alignment (L) or in parallel with the latter. comprising a first pallet and a second pallet in which the printing plates are received, a first pallet carrier for carrying the first pallet , and a second pallet carrier for carrying the second pallet , the first pallet carrier and the second pallet carrier supported to slide along a common horizontal alignment (L) extending in a direction transverse to a row of printing units of the printing press , characterized in that the first pallet carrier and the second pallet carrier are fixed to a common slide and in that a rail is provided for horizontally guiding the slide alternatingly into a first position and into a second position on the alignment (L) or in parallel with the latter.