mhurhangee/patent-ind-claim-en huggingface dataset:
An electrohydraulic hybrid drive device (10; 20; 30; 40) for a motor vehicle, in particular for a commercial vehicle, comprising an internal combustion engine ; a generator- and motor-operable first electric machine which can be driven via a power take-off by the internal combustion engine ; a first hydraulic machine which is drive-connected to the first electric machine ; and at least one second hydraulic machine which is in fluid communication with and connected in terms of drive to the first hydraulic machine , wherein the hydraulic machines can be operated both as hydraulic pumps and also as hydraulic motors; a first driven axle of the motor vehicle which can be driven via an output shaft , which output shaft is driven by the internal combustion engine and is on the transmission output side, characterized in that the hybrid drive device comprises at least one second driven axle of the motor vehicle, which can be driven by the at least one second hydraulic machine , and at least one generator- and motor-operable second electric machine which is arranged on a third driven axle of the commercial vehicle and is drive-connected to the third axle . an internal combustion engine ; a generator- and motor-operable first electric machine which can be driven via a power take-off by the internal combustion engine ; a first hydraulic machine which is drive-connected to the first electric machine ; and at least one second hydraulic machine which is in fluid communication with and connected in terms of drive to the first hydraulic machine , wherein the hydraulic machines can be operated both as hydraulic pumps and also as hydraulic motors; a first driven axle of the motor vehicle which can be driven via an output shaft , which output shaft is driven by the internal combustion engine and is on the transmission output side, characterized in that the hybrid drive device comprises at least one second driven axle of the motor vehicle, which can be driven by the at least one second hydraulic machine , and at least one generator- and motor-operable second electric machine which is arranged on a third driven axle of the commercial vehicle and is drive-connected to the third axle .
A method of securing a drug delivery system against unintended telescopic assembly extension during transport, wherein the drug delivery system comprises a telescopic assembly comprising a pushing element and a driving element threadedly engaged with the pushing element , the method comprising: providing resistance to unintended linear extension of the pushing element of the telescopic assembly relative to the driving element of the assembly when the assembly is in a closed transport configuration, characterized in that providing resistance comprises at least one of: abutting an annular ring of the pushing element of the assembly with a lip of the drive element of the assembly; or heightening the friction against turning for at least one of a first few threads of an internal screw of the assembly; wherein the method further comprises placing the closed assembly into the drug delivery system ; and wherein a torque required to overcome the provided resistance is less than a nominal operative torque required to stall a driving motor of the drug delivery system . abutting an annular ring of the pushing element of the assembly with a lip of the drive element of the assembly; or heightening the friction against turning for at least one of a first few threads of an internal screw of the assembly; wherein the method further comprises placing the closed assembly into the drug delivery system ; and wherein a torque required to overcome the provided resistance is less than a nominal operative torque required to stall a driving motor of the drug delivery system .
A crop gathering system for an agricultural harvester , the crop gathering system comprising a cylindrical tube comprising a tube wall and a longitudinal axis , the tube wall defining at least one aperture extending through the tube wall, a rotary cam comprising an elongated shaft with a cam surface , the shaft extending inside the tube parallel to and radially offset from the longitudinal axis of the tube; and at least one cam follower , the at least one cam follower comprising a proximal end engaging the cam surface of the elongated shaft and a distal end aligned with the at least one aperture characterised in that the cam surface comprises a first surface portion that is cylindrical and a second surface portion that is non-cylindrical, the crop gathering system further comprises at least one cam follower mount for connecting the at least one cam follower to the shaft , the cam follower mount comprising a block that is connected to the shaft and holds the proximal end of the at least one cam follower , and the at least one cam follower mount comprises a biasing element exerting a radially inward force on the at least one cam follower to maintain the proximal end of the at least one cam follower in constant engagement with the shaft .
A method for updating an embedded universal integrated circuit card, eUICC, firmware version of an eUICC of a terminal device, comprising: receiving (S101, S305, S408, S506), by an event management server, first information from the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein at least one eUICC firmware version and at least one issuer identifier in the target event record match the target identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device, wherein the target event record is used to enable the terminal device to download an eUICC firmware version update package. receiving (S101, S305, S408, S506), by an event management server, first information from the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein at least one eUICC firmware version and at least one issuer identifier in the target event record match the target identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device, wherein the target event record is used to enable the terminal device to download an eUICC firmware version update package.
A CLL1 specific chimeric antigen receptor (anti-CLL1 CAR) comprising at least: - an anti-CLL1 extra cellular ligand binding-domain which comprises a single chain antibody fragment (scFv) comprising the heavy ( V H ) and light ( V L ) variable fragment of the monoclonal anti-CLL1 antibody M26 or M2 joined by a flexible linker, wherein said VH comprises the CDRs of SEQ ID NO. 131, SEQ ID NO. 132 and SEQ ID NO. 133 and said VL comprises the CDRs of SEQ ID NO. 134, SEQ ID NO. 135 and SEQ ID NO. 136, or wherein said VH comprises the CDRs of SEQ ID NO. 161, SEQ ID NO. 162 and SEQ ID NO. 163 and said VL comprises the CDRs of SEQ ID NO. 164, SEQ ID NO. 165 and SEQ ID NO. 166, respectively, - a transmembrane domain - a cytoplasmic signaling domain, and - a co-stimulatory domain. - an anti-CLL1 extra cellular ligand binding-domain which comprises a single chain antibody fragment (scFv) comprising the heavy ( V H ) and light ( V L ) variable fragment of the monoclonal anti-CLL1 antibody M26 or M2 joined by a flexible linker, wherein said VH comprises the CDRs of SEQ ID NO. 131, SEQ ID NO. 132 and SEQ ID NO. 133 and said VL comprises the CDRs of SEQ ID NO. 134, SEQ ID NO. 135 and SEQ ID NO. 136, or wherein said VH comprises the CDRs of SEQ ID NO. 161, SEQ ID NO. 162 and SEQ ID NO. 163 and said VL comprises the CDRs of SEQ ID NO. 164, SEQ ID NO. 165 and SEQ ID NO. 166, respectively, - a transmembrane domain - a cytoplasmic signaling domain, and - a co-stimulatory domain.
An image generation device that generates an output image based on at least three input images obtained by taking images by at least three image-taking parts mounted to a body to be operated, the at least three image-taking parts having different optical axis directions, the image generation device comprising: a coordinates correspondence part configured to cause coordinates on a columnar space model (MD) arranged to surround said body to be operated to correspond to coordinates on at least three input image planes on which said at least three input images are positioned, respectively; and an output image generation part configured to generate said output image by causing values of the coordinates on said at least three input image planes to correspond to values of the coordinates on an output image plane on which said output image is positioned through coordinates on said columnar space model (MD), characterized in that said columnar space model is a combination of a plurality of space model parts (MD1, MD2) each having a cylinder reference axis and a different radius, said each columnar space model part (MD1, MD2) corresponds to a pair of adjacent image-taking parts from among said at least three image-taking parts, and an optical axis of each of the pair of image-taking parts intersects with said cylinder reference axis of a corresponding one of said space model parts. a coordinates correspondence part configured to cause coordinates on a columnar space model (MD) arranged to surround said body to be operated to correspond to coordinates on at least three input image planes on which said at least three input images are positioned, respectively; and an output image generation part configured to generate said output image by causing values of the coordinates on said at least three input image planes to correspond to values of the coordinates on an output image plane on which said output image is positioned through coordinates on said columnar space model (MD), characterized in that said columnar space model is a combination of a plurality of space model parts (MD1, MD2) each having a cylinder reference axis and a different radius, said each columnar space model part (MD1, MD2) corresponds to a pair of adjacent image-taking parts from among said at least three image-taking parts, and an optical axis of each of the pair of image-taking parts intersects with said cylinder reference axis of a corresponding one of said space model parts.
A method for monitoring the reaction time of a safety function provided by a safety system , wherein the safety system comprises at least a first and a second subsystem module , comprising the steps of: - generating functionally safe data in the first subsystem module , wherein the first subsystem module is designed as an input module of an automation system to which a sensor is connected, and wherein generating the functionally safe data in the first subsystem module comprises acquiring a sensor signal by means of the sensor and processing the acquired sensor signal to form the functionally safe data, - generating a time stamp in the first subsystem module associated with the functionally safe data, the time stamp indicating the time at which the sensor signal was acquired, - transmitting the time stamp along with the generated functionally safe data from the first subsystem module to the second subsystem module , - determining, by the second subsystem module , a reaction time of the safety function depending on the received time stamp, - comparing, in the second subsystem module , the determined reaction time with a comparison value, and - further processing the functionally safe data to execute the safety function whose reaction time is monitored, and/or triggering a predetermined safety reaction depending on the comparison result, characterized in that the second subsystem module is designed as an output module of an automation system to which an actuator is connected, and wherein an actuator parameter is stored in the second subsystem module which specifies a reaction time of the at least one actuator connected to the second subsystem module , and wherein the second subsystem module determines the reaction time of the safety function depending on the actuator parameter. - generating functionally safe data in the first subsystem module , wherein the first subsystem module is designed as an input module of an automation system to which a sensor is connected, and wherein generating the functionally safe data in the first subsystem module comprises acquiring a sensor signal by means of the sensor and processing the acquired sensor signal to form the functionally safe data, - generating a time stamp in the first subsystem module associated with the functionally safe data, the time stamp indicating the time at which the sensor signal was acquired, - transmitting the time stamp along with the generated functionally safe data from the first subsystem module to the second subsystem module , - determining, by the second subsystem module , a reaction time of the safety function depending on the received time stamp, - comparing, in the second subsystem module , the determined reaction time with a comparison value, and - further processing the functionally safe data to execute the safety function whose reaction time is monitored, and/or triggering a predetermined safety reaction depending on the comparison result, characterized in that
A multi-path cleaning system for a fuel tank having an interior volume, comprising: a controller ; a fuel polisher , having an inlet and an outlet, at least one filter/water separator coupled between the inlet and the outlet, and a pump ; a plurality of controllable valves operatively connected to the controller , each valve fluidly coupled to at least one of the inlet and outlet of the fuel polisher on a first side and the interior of the fuel tank on a second other side; wherein the pump , when operated, causes fuel to be drawn through the inlet and discharged at the outlet of the fuel polisher , and to pass through the at least one filter/water separator ; and wherein selective operation of the plurality of valves by the controller selectively fluidly couples portions of the interior of the fuel tank to the inlet and the outlet of the fuel polisher , thereby creating a plurality of fluid flow paths through the interior of the fuel tank . a controller ; a fuel polisher , having an inlet and an outlet, at least one filter/water separator coupled between the inlet and the outlet, and a pump ; a plurality of controllable valves operatively connected to the controller , each valve fluidly coupled to at least one of the inlet and outlet of the fuel polisher on a first side and the interior of the fuel tank on a second other side; wherein the pump , when operated, causes fuel to be drawn through the inlet and discharged at the outlet of the fuel polisher , and to pass through the at least one filter/water separator ; and wherein selective operation of the plurality of valves by the controller selectively fluidly couples portions of the interior of the fuel tank to the inlet and the outlet of the fuel polisher , thereby creating a plurality of fluid flow paths through the interior of the fuel tank .
A system for exchanging data comprising: a host server coupled to a host interface , the host server disposed remotely from a user , the host server further including means for transferring data to a user loading a host webpage onto a browser of a user interface wherein the user interface is VoIP enabled; and a software service embedded in the host webpage; wherein the software service comprises a VoIP application for enabling the user to connect to a VoIP recipient; and wherein the host server automatically, upon execution of the software service, provides a contact directory of a plurality of VoIP recipients that includes the VoIP recipient and causes displaying the contact directory on the host webpage for selection of the VoIP recipient by the user, wherein the contact directory is organized by data type. a host server coupled to a host interface , the host server disposed remotely from a user , the host server further including means for transferring data to a user loading a host webpage onto a browser of a user interface wherein the user interface is VoIP enabled; and a software service embedded in the host webpage; wherein the software service comprises a VoIP application for enabling the user to connect to a VoIP recipient; and wherein the host server automatically, upon execution of the software service, provides a contact directory of a plurality of VoIP recipients that includes the VoIP recipient and causes displaying the contact directory on the host webpage for selection of the VoIP recipient by the user, wherein the contact directory is organized by data type.
A feedback information transmission method, wherein the method comprises: receiving (S210), by a terminal device, N pieces of different first data in one time unit from N transmission points, wherein each of the N pieces of different first data comprises at least one transport block, and the N pieces of different first data are carried on a same carrier by using a multipoint multi-stream technology, wherein N≥2; receiving, by the terminal device, signaling for indicating a target feedback manner in a plurality of feedback manners, wherein the plurality of feedback manners comprise manners of determining at least one time-frequency resource for carrying feedback information, and the target feedback manner is a feedback manner of the feedback information of the N pieces of different first data, determining, by the terminal device, the at least one time frequency resource, and sending (S220), by the terminal device, feedback information of the N pieces of different first data on the at least one time-frequency resource according to the target feedback manner indicated by the received signaling to the N transmission points, wherein N≥2. receiving (S210), by a terminal device, N pieces of different first data in one time unit from N transmission points, wherein each of the N pieces of different first data comprises at least one transport block, and the N pieces of different first data are carried on a same carrier by using a multipoint multi-stream technology, wherein N≥2; receiving, by the terminal device, signaling for indicating a target feedback manner in a plurality of feedback manners, wherein the plurality of feedback manners comprise manners of determining at least one time-frequency resource for carrying feedback information, and the target feedback manner is a feedback manner of the feedback information of the N pieces of different first data, determining, by the terminal device, the at least one time frequency resource, and sending (S220), by the terminal device, feedback information of the N pieces of different first data on the at least one time-frequency resource according to the target feedback manner indicated by the received signaling to the N transmission points, wherein N≥2.
An integrated multi-connection hydraulic group for connecting the hydraulic circuit on-board an operating machine to a plurality of hydraulic lines for the connection of corresponding lines of a user, characterized in that it comprises a block or manifold comprising connection means for connecting said block to the circuit of said machine, a plurality of quick female couplings being housed within said block which are facing outwardly from a surface of said block shaped like a plate for connecting the corresponding number of male couplings of said user, and in that it further comprises within said block or manifold , in fluid connection with said female couplings by means of respective channels inside the block , a plurality of hydraulic elements for adjusting the flow which feeds said hydraulic lines coming from the hydraulic circuit of said machine.
A method for processing a semiconductor substrate, comprising: in a first material removal stage, forming a plurality of depressions in a dielectric , wherein the dielectric is on a semiconductor substrate , and wherein the first material removal stage stops when the substrate is exposed; in a second material removal stage, forming an aperture in the semiconductor substrate and through the dielectric, wherein the aperture has a first end open at the dielectric and a second end in the semiconductor substrate such that the aperture penetrates through at least a portion of a thickness of the semiconductor substrate; wherein the first material removal stage occurs before the second material removal stage; simultaneously depositing a conductive material into the aperture and at least some of the plurality of depressions; exposing the conductive material at the second end of the aperture; and attaching a solder ball to the exposed conductive material at the second end of the aperture. in a first material removal stage, forming a plurality of depressions in a dielectric , wherein the dielectric is on a semiconductor substrate , and wherein the first material removal stage stops when the substrate is exposed; in a second material removal stage, forming an aperture in the semiconductor substrate and through the dielectric, wherein the aperture has a first end open at the dielectric and a second end in the semiconductor substrate such that the aperture penetrates through at least a portion of a thickness of the semiconductor substrate; wherein the first material removal stage occurs before the second material removal stage; simultaneously depositing a conductive material into the aperture and at least some of the plurality of depressions; exposing the conductive material at the second end of the aperture; and attaching a solder ball to the exposed conductive material at the second end of the aperture.
An assembly-type device for a treatment of tricuspid regurgitation, the device comprising: a fixing member for the pulmonary artery , wherein the fixing member is adapted to be installed in the pulmonary artery; a connecting tube provided with a connecting tube lumen formed therein to be movable along a connecting wire ; a fixing member for inferior vena cava , wherein the fixing member is adapted to be coupled to a lower end of the connecting tube and installed in the inferior vena cava; and a blocking part adapted to be coupled to one side of the connecting tube and to obliquely pass through a tricuspid valve to block an orifice of the tricuspid valve, characterized in that the device further comprises: an assembly part provided with a first assembly coupled to a lower end of the fixing member for the pulmonary artery and a second assembly coupled to an upper end of the connecting tube , wherein the first assembly and the second assembly are configured to allow the fixing member for the pulmonary artery and the connecting tube to be assembled in a patient's body. a fixing member for the pulmonary artery , wherein the fixing member is adapted to be installed in the pulmonary artery; a connecting tube provided with a connecting tube lumen formed therein to be movable along a connecting wire ; a fixing member for inferior vena cava , wherein the fixing member is adapted to be coupled to a lower end of the connecting tube and installed in the inferior vena cava; and a blocking part adapted to be coupled to one side of the connecting tube and to obliquely pass through a tricuspid valve to block an orifice of the tricuspid valve, characterized in that the device further comprises: an assembly part provided with a first assembly coupled to a lower end of the fixing member for the pulmonary artery and a second assembly coupled to an upper end of the connecting tube , wherein the first assembly and the second assembly are configured to allow the fixing member for the pulmonary artery and the connecting tube to be assembled in a patient's body.