mhurhangee/patent-ind-claim-en huggingface dataset:
A bagging machine designed to produce, beginning with flat sheets, containment bags, comprising: - a forming tube , around which said sheet is arranged during longitudinal welding, - at least one auxiliary element of said sheet on said forming tube comprising a face adjacent to the forming tube , designed to aid at least the positioning and the maintenance in position of said sheet between said forming tube and said at least one auxiliary element , - a constraint device that attaches said auxiliary elements to said bagging machine , - a flange transverse to the working direction of said forming tube , and bound to said bagging machine near said forming tube and characterised by : - said flange being provided with a plurality of tracks lying on said flange , - said tracks being able to be connected with freedom of movement to said auxiliary elements , and - said device comprising adjustment means for the positioning of said auxiliary elements on said tracks . - a forming tube , around which said sheet is arranged during longitudinal welding, - at least one auxiliary element of said sheet on said forming tube comprising a face adjacent to the forming tube , designed to aid at least the positioning and the maintenance in position of said sheet between said forming tube and said at least one auxiliary element , - a constraint device that attaches said auxiliary elements to said bagging machine , - a flange transverse to the working direction of said forming tube , and bound to said bagging machine near said forming tube and characterised by : - said flange being provided with a plurality of tracks lying on said flange , - said tracks being able to be connected with freedom of movement to said auxiliary elements , and - said device comprising adjustment means for the positioning of said auxiliary elements on said tracks . - said flange being provided with a plurality of tracks lying on said flange , - said tracks being able to be connected with freedom of movement to said auxiliary elements , and - said device comprising adjustment means for the positioning of said auxiliary elements on said tracks .
Method for providing individual user guidance for at least one functional component of a driverless motor vehicle for a user of the motor vehicle , - the individual user guidance being generated using an administrative unit , and - the generated individual user guidance being issued to the user in the motor vehicle by an output unit of the motor vehicle , - the user transmitting an electronic request to the administrative unit for a transport journey with the driverless motor vehicle , - upon the electronic request, a predefined electronic user profile of the user being transmitted to the administrative unit , and - the administrative unit generating and providing the individual user guidance for the at least one functional component during the transport journey with the driverless motor vehicle depending on the electronic user profile of the user , characterized in that in the electronic user profile of the user , at least one physically caused usage restriction of the user and/or at least one mentally caused usage restriction of the user is stored for the at least one functional component of the motor vehicle , and in that the at least one physically caused usage restriction of the user and/or the at least one mentally caused usage restriction of the user is taken into account by the administrative unit when generating the individual user guidance for the at least one functional component tailored to the physically caused usage restriction of the user and/or when generating the individual user guidance for the at least one functional component tailored to the mentally caused usage restriction of the user . - the individual user guidance being generated using an administrative unit , and - the generated individual user guidance being issued to the user in the motor vehicle by an output unit of the motor vehicle , - the user transmitting an electronic request to the administrative unit for a transport journey with the driverless motor vehicle , - upon the electronic request, a predefined electronic user profile of the user being transmitted to the administrative unit , and - the administrative unit generating and providing the individual user guidance for the at least one functional component during the transport journey with the driverless motor vehicle depending on the electronic user profile of the user , characterized in that in the electronic user profile of the user , at least one physically caused usage restriction of the user and/or at least one mentally caused usage restriction of the user is stored for the at least one functional component of the motor vehicle , and in that the at least one physically caused usage restriction of the user and/or the at least one mentally caused usage restriction of the user is taken into account by the administrative unit when generating the individual user guidance for the at least one functional component tailored to the physically caused usage restriction of the user and/or when generating the individual user guidance for the at least one functional component tailored to the mentally caused usage restriction of the user .
A luminal stent, comprising: a tube body that can be compressed and expanded in the radial direction; and an anti-leakage structure connected with the tube body , wherein the tube body is divided by the anti-leakage structure into a first tube body located on one side of the anti-leakage structure and a second tube body located on the other side of the anti-leakage structure; at least part of the first tube body is encircled by the anti-leakage structure; in a compressed state, the second tube body and the anti-leakage structure together with the first tube body encircled by the anti-leakage structure have maximum compression diameters when compressed to the extreme limit by a radial force distributed uniformly along a circumferential direction of the luminal stent; and the maximum compression diameters of the anti-leakage structure together with the first tube body encircled by the anti-leakage structure are approximately equal to the maximum compression diameter (D3) of the second tube body . a tube body that can be compressed and expanded in the radial direction; and an anti-leakage structure connected with the tube body , wherein the tube body is divided by the anti-leakage structure into a first tube body located on one side of the anti-leakage structure and a second tube body located on the other side of the anti-leakage structure; at least part of the first tube body is encircled by the anti-leakage structure; in a compressed state, the second tube body and the anti-leakage structure together with the first tube body encircled by the anti-leakage structure have maximum compression diameters when compressed to the extreme limit by a radial force distributed uniformly along a circumferential direction of the luminal stent; and the maximum compression diameters of the anti-leakage structure together with the first tube body encircled by the anti-leakage structure are approximately equal to the maximum compression diameter (D3) of the second tube body .
Apparatus for computing plural-network coverage data for connecting a mobile communication device to a communication network from among a plurality of communication networks serving an area, characterized in that the plurality of communication networks include communication networks of the same standard operated by a plurality of network operators, and the apparatus comprises: at least one input interface configured for acquiring current network-specific coverage data respectively from the plurality of communication networks; and circuitry configured for combining the acquired current network-specific coverage data from the plurality of communication networks and for determining, based on the combination, plural-network coverage data indicating current network connectivity at a location in the area. at least one input interface configured for acquiring current network-specific coverage data respectively from the plurality of communication networks; and circuitry configured for combining the acquired current network-specific coverage data from the plurality of communication networks and for determining, based on the combination, plural-network coverage data indicating current network connectivity at a location in the area.
A staple cartridge for a surgical instrument, comprising: (a) a cartridge body configured to be received by the surgical instrument; and (b) a plurality of staples positioned within the cartridge body ; characterized in that the staple cartridge further comprises a closed hydraulic circuit within the cartridge body, wherein the closed hydraulic circuit comprises a hydraulic expandable member positioned within the cartridge body and configured to receive a fluid, wherein the hydraulic expandable member is configured to expand from a contracted state toward an expanded state upon receiving the fluid, and wherein the hydraulic expandable member is configured to direct at least one of the plurality of staples from the cartridge body for forcing the at least one of the plurality of staples against an anvil and forming the staple. (a) a cartridge body configured to be received by the surgical instrument; and (b) a plurality of staples positioned within the cartridge body ;
An ultrasound medical imaging apparatus comprising: an ultrasound probe configured to transmit (S410) an ultrasound signal to an object and receive an ultrasound echo signal from the object ; at least one processor configured to obtain (S420) ultrasound image data by using the ultrasound echo signal and generate (S430) ultrasound streaming image data of the object based on the ultrasound image data; a display configured to display an ultrasound image of the object based on the ultrasound image data; a user input interface ; and a communicator configured to transmit (S440) the ultrasound streaming image data to an external device , wherein the at least one processor is further configured to generate (S460) ultrasound still image data based on the ultrasound image data when a preset event occurs (S450), the communicator is further configured to transmit (S470) the ultrasound still image data to the external device when transmitting the ultrasound streaming image data , wherein the ultrasound still image data is data of an image having a higher resolution than a resolution of a frame included in the ultrasound streaming image data, CHARACTERISED IN THAT the user input interface is configured to receive a control signal for setting calipers on the ultrasound image of the object as the preset event, and the at least one processor is further configured to generate the ultrasound still image data based on the ultrasound image, on which the caliper is set, when receiving the control signal for setting calipers on the ultrasound image of the object . an ultrasound probe configured to transmit (S410) an ultrasound signal to an object and receive an ultrasound echo signal from the object ; at least one processor configured to obtain (S420) ultrasound image data by using the ultrasound echo signal and generate (S430) ultrasound streaming image data of the object based on the ultrasound image data; a display configured to display an ultrasound image of the object based on the ultrasound image data; a user input interface ; and a communicator configured to transmit (S440) the ultrasound streaming image data to an external device , wherein the at least one processor is further configured to generate (S460) ultrasound still image data based on the ultrasound image data when a preset event occurs (S450), the communicator is further configured to transmit (S470) the ultrasound still image data to the external device when transmitting the ultrasound streaming image data , wherein the ultrasound still image data is data of an image having a higher resolution than a resolution of a frame included in the ultrasound streaming image data, CHARACTERISED IN THAT the user input interface is configured to receive a control signal for setting calipers on the ultrasound image of the object as the preset event, and the at least one processor is further configured to generate the ultrasound still image data based on the ultrasound image, on which the caliper is set, when receiving the control signal for setting calipers on the ultrasound image of the object .
Method for producing a composite glass pane, at least comprising: - placing a first glass pane having a thickness less than or equal to 1 mm on a support mould , wherein the first glass pane is curved into a shape determined by the support mould ; - placing at least one thermoplastic film on the first glass pane ; - placing a curved second glass pane having a thickness greater than or equal to 1.5 mm on the thermoplastic film ; and - joining the first glass pane to the second glass pane via the thermoplastic film to form a composite glass pane by lamination. - placing a first glass pane having a thickness less than or equal to 1 mm on a support mould , wherein the first glass pane is curved into a shape determined by the support mould ; - placing at least one thermoplastic film on the first glass pane ; - placing a curved second glass pane having a thickness greater than or equal to 1.5 mm on the thermoplastic film ; and - joining the first glass pane to the second glass pane via the thermoplastic film to form a composite glass pane by lamination.
Circuit arrangement for supplying an electromagnetic holding brake (B) of an electric motor (M) with an operating voltage (UB) in order to release the holding brake (B) and with a holding voltage, which is reduced compared to the operating voltage, in order to hold the open holding brake (B), and wherein the circuit arrangement contains a voltage regulator, which is set up to regulate the reduced voltage to a fixed value after the release of the holding brake (B) irrespective of the operating voltage (UB), wherein the circuit arrangement comprises a comparator (U1), which compares a reference voltage (v2) with a voltage (v3), which is tapped at the holding brake (B) and provided via a voltage divider (R4, R12), and which is set up to generate a pulse-width-modulated signal (v4) at the output thereof, using which signal a switching element (M1) is able to be controlled, via which switching element the holding brake (B) is supplied with the operating voltage (UB) in a clocked manner, as a result of which the holding voltage is produced on average, characterized in that the comparator (U1) is connected to a starting capacitor (C8) at the input for the tapped voltage (v3) in such a way that a pulse-width-modulated signal (v4) is output at the output of the comparator (U1) only when said starting capacitor (C8) is sufficiently charged and in that as a result the holding brake (B) is supplied with the full operating voltage (UB) only after the operating voltage (UB) has been applied to the circuit arrangement, wherein the starting capacitor (C8) is dimensioned so that the time until it is sufficiently charged is sufficient in order to release the holding brake (B), and wherein the operating voltage (UB) is fed by a superordinate controller (S) arranged separately from the motor (M) and the holding brake (B), and wherein the circuit arrangement is arranged in or on the motor (M) or in or on the holding brake (B).
A personal care system comprising: a personal care device having a probe ; a position sensor configured to collect data related to a position of the probe as the probe is moved about an oral arch of the user; and a controller configured to: determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient. a personal care device having a probe ; a position sensor configured to collect data related to a position of the probe as the probe is moved about an oral arch of the user; and a controller configured to: determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient. determine a dimension (W1, W2, L1, L2) of the oral arch of a user from the collected data; select a design for a mouthpiece for the user based on the dimension of the oral arch; and transmit information identifying the mouthpiece design to an intended recipient.
A ceramic green sheet comprising a plurality of substrate forming regions , wherein a barcode or a two-dimensional code being a QR code, a Data Matrix code or a PDF417 code is drawn in a portion of the ceramic green sheet , and the barcode or the two-dimensional code is obtained by encoding one or more of the following information (a) to (d), (a) information relating to raw materials used when the ceramic green sheet is produced, (b) information relating to molding conditions of the ceramic green sheet , (c) information relating to a release agent used when a plurality of the ceramic green sheets are stacked, and (d) a serial number. wherein a barcode or a two-dimensional code being a QR code, a Data Matrix code or a PDF417 code is drawn in a portion of the ceramic green sheet , and the barcode or the two-dimensional code is obtained by encoding one or more of the following information (a) to (d), (a) information relating to raw materials used when the ceramic green sheet is produced, (b) information relating to molding conditions of the ceramic green sheet , (c) information relating to a release agent used when a plurality of the ceramic green sheets are stacked, and (d) a serial number. (a) information relating to raw materials used when the ceramic green sheet is produced, (b) information relating to molding conditions of the ceramic green sheet , (c) information relating to a release agent used when a plurality of the ceramic green sheets are stacked, and (d) a serial number.
A computer-implemented method of manipulating image annotations, the method comprising: receiving an image of at least a portion of an individual's anatomy; performing automated image analysis, using a processor, to determine a set of annotations for anatomical features identified in said image; presenting the set of annotations to a user for validation; determining one or more annotations of said set as having a particular size, shape, appearance , or relationship of the annotation to other annotations among the set of annotations; re-presenting the determined annotations to the user for validation or presenting the determined annotations to another user for validation; receiving one or more modifications to the set of annotations based on tools associated with one or more visualizations of the set of annotations; characterized in that the method further comprises: determining one or more dependent annotations associated with the one or more modifications; determining a re-computation of the one or more dependent annotations based on the one or more modifications; and generating a validated anatomy model of the individual's anatomy based on the validated, modified and re-computed annotations. receiving an image of at least a portion of an individual's anatomy; performing automated image analysis, using a processor, to determine a set of annotations for anatomical features identified in said image; presenting the set of annotations to a user for validation; determining one or more annotations of said set as having a particular size, shape, appearance , or relationship of the annotation to other annotations among the set of annotations; re-presenting the determined annotations to the user for validation or presenting the determined annotations to another user for validation; receiving one or more modifications to the set of annotations based on tools associated with one or more visualizations of the set of annotations; characterized in that the method further comprises: determining one or more dependent annotations associated with the one or more modifications; determining a re-computation of the one or more dependent annotations based on the one or more modifications; and generating a validated anatomy model of the individual's anatomy based on the validated, modified and re-computed annotations. determining one or more dependent annotations associated with the one or more modifications; determining a re-computation of the one or more dependent annotations based on the one or more modifications; and generating a validated anatomy model of the individual's anatomy based on the validated, modified and re-computed annotations.
An output circuit for an output module used in an industrial controller, wherein the output module includes a plurality of output terminals , the output circuit comprising: a plurality of isolation circuits , wherein each isolation circuit corresponds to one of the plurality of output terminals and each isolation circuit is configured to receive power from a power source at an input to the isolation circuit and to provide electrically isolated power from an output of the isolation circuit to the corresponding output terminal; a plurality of terminal control circuits , wherein each terminal control circuit corresponds to one of the plurality of output terminals and each terminal control circuit is operative to selectively connect the electrically isolated power from the corresponding isolation circuit to the corresponding output terminal, wherein each of the plurality of terminal control circuits further comprises a transistor operatively connected between the output of the corresponding isolation circuit and corresponding output terminal configured to selectively connect the output of the corresponding isolation circuit to the corresponding output terminal; and a plurality of current limit circuits (40; 46), wherein each current limit circuit corresponds to one of the plurality of output terminals and is operative to limit a current conducted between the output of the isolation circuit and the corresponding output terminal to a predefined threshold. a plurality of isolation circuits , wherein each isolation circuit corresponds to one of the plurality of output terminals and each isolation circuit is configured to receive power from a power source at an input to the isolation circuit and to provide electrically isolated power from an output of the isolation circuit to the corresponding output terminal; a plurality of terminal control circuits , wherein each terminal control circuit corresponds to one of the plurality of output terminals and each terminal control circuit is operative to selectively connect the electrically isolated power from the corresponding isolation circuit to the corresponding output terminal, wherein each of the plurality of terminal control circuits further comprises a transistor operatively connected between the output of the corresponding isolation circuit and corresponding output terminal configured to selectively connect the output of the corresponding isolation circuit to the corresponding output terminal; and a plurality of current limit circuits (40; 46), wherein each current limit circuit corresponds to one of the plurality of output terminals and is operative to limit a current conducted between the output of the isolation circuit and the corresponding output terminal to a predefined threshold.