mhurhangee/patent-ind-claim-en huggingface dataset:
Printer for printing objects for marking electrical components, with a housing with a printing space enclosed in the housing , with a printing device , with a receiving device for an exchangeable magazine for receiving the printing object to be printed, with a control and evaluation unit , and with an input and display device, wherein the receiving device is movable between a loading and unloading position outside of the printing space and a printing position inside of the printing space , characterized in that the housing has a lower housing part and an upper housing part , wherein the printing space , the printing device , the receiving device and the control and evaluation unit are arranged in the lower housing part , that a tablet computer is provided as the input and display device, which is pivotably attached on a top side of the upper housing part so as to be able to pivot about a rotational axis , wherein the tablet computer can be locked in an upwardly pivoted position, and that the upper housing part is pivotably mounted on the lower housing part to be able to pivot about a rotational axis . characterized in that the housing has a lower housing part and an upper housing part , wherein the printing space , the printing device , the receiving device and the control and evaluation unit are arranged in the lower housing part , that a tablet computer is provided as the input and display device, which is pivotably attached on a top side of the upper housing part so as to be able to pivot about a rotational axis , wherein the tablet computer can be locked in an upwardly pivoted position, and that the upper housing part is pivotably mounted on the lower housing part to be able to pivot about a rotational axis .
An apparatus for providing a corrected blood glucose measurement by using a blood glucose measurement sensor , the apparatus comprising: a communicator configured to receive a blood glucose measurement from the blood glucose measurement sensor ; a processor configured to acquire food intake sensor information collected through a food intake sensor configured to detect a food intake of a user and to acquire food intake information of the user based on the food intake sensor information and to extract metabolic information with respect to the food intake information by referring to a blood glucose measurement database, wherein the metabolic information comprises a confidence interval of the blood glucose measurement and a probability of a change amount of the blood glucose measurement being in a certain variation range, and correct the received blood glucose measurement by determining one or more outlier values based on the confidence interval of the blood glucose measurement and replacing the determined one or more outlier values with values in the confidence interval and by estimating one or more missing values and correcting said estimated one or more missing values based on the probability information of each variation range of the blood glucose measurement; and an outputter configured to provide a result of correcting the blood glucose measurement. a communicator configured to receive a blood glucose measurement from the blood glucose measurement sensor ; a processor configured to acquire food intake sensor information collected through a food intake sensor configured to detect a food intake of a user and to acquire food intake information of the user based on the food intake sensor information and to extract metabolic information with respect to the food intake information by referring to a blood glucose measurement database, wherein the metabolic information comprises a confidence interval of the blood glucose measurement and a probability of a change amount of the blood glucose measurement being in a certain variation range, and correct the received blood glucose measurement by determining one or more outlier values based on the confidence interval of the blood glucose measurement and replacing the determined one or more outlier values with values in the confidence interval and by estimating one or more missing values and correcting said estimated one or more missing values based on the probability information of each variation range of the blood glucose measurement; and an outputter configured to provide a result of correcting the blood glucose measurement.
Arrangement having a container for receiving rectangular single sheets, in particular banknotes, and having a single sheet handling device for inputting and for dispensing the single sheets into or out of the container, wherein the single sheet handling device comprises: a feeding device (14a to 14d, 270) which comprises feeding elements for the sheet-by-sheet feeding of single sheets and for the depositing of said single sheets in a stack of single sheets in the container (12a to 12d), and a separating device (14a to 14d, 270) which comprises separating elements for the sheet-by-sheet removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), characterized in that the feeding device and the separating device have at least one combined stacking and separating wheel (272 to 276) as a combined feeding and separating element which comprises chambers (272c to 276d) which, at their chamber bottom, form a stop for single sheets to be fed to the container (12a to 12d), and which comprises at least one separating element (272a to 276b) which is movable out of the circumferential surface of the stacking and separating wheel (272 to 276). a feeding device (14a to 14d, 270) which comprises feeding elements for the sheet-by-sheet feeding of single sheets and for the depositing of said single sheets in a stack of single sheets in the container (12a to 12d), and a separating device (14a to 14d, 270) which comprises separating elements for the sheet-by-sheet removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), characterized in that the feeding device and the separating device have at least one combined stacking and separating wheel (272 to 276) as a combined feeding and separating element which comprises chambers (272c to 276d) which, at their chamber bottom, form a stop for single sheets to be fed to the container (12a to 12d), and which comprises at least one separating element (272a to 276b) which is movable out of the circumferential surface of the stacking and separating wheel (272 to 276).
A force transferring wellbore connector capable of transferring a pulling force of more than five metric tonnes, wherein the connector is interchangeable between a connected and a non-connected mode, comprising a box part and a pin part , wherein the pin part comprises a pin section that is configured to be inserted into a receiving cavity of the box part, wherein the pin section comprises at least one lug and the box part comprises at least one locking shoulder , and wherein, when the pin section is located inside the receiving cavity, the lug is configured to rotate between a non-engaged state, in which it does not engage the locking shoulder and an engaged state, in which it engages the locking shoulder, so that when in the engaged state the engagement between the locking shoulder and the lug prevents the pin section from movement out of the receiving cavity , wherein the connector further comprises an electric connection arrangement configured to guide electric power and/or electric signals through the connector, and wherein the electric connection arrangement is in a connected state when the pin section is inserted into the receiving cavity and in a non-connected state when the pin section is not inserted into the receiving cavity characterized in that the pin part is configured to connect to the box part by a mutual rotation of about 90 degrees, after insertion of the pin part into the box part , and that the force transferring wellbore connector further comprises a latching arrangement configured to latch the connector in the connected mode. wherein the connector further comprises an electric connection arrangement configured to guide electric power and/or electric signals through the connector, and wherein the electric connection arrangement is in a connected state when the pin section is inserted into the receiving cavity and in a non-connected state when the pin section is not inserted into the receiving cavity characterized in that the pin part is configured to connect to the box part by a mutual rotation of about 90 degrees, after insertion of the pin part into the box part , and that the force transferring wellbore connector further comprises a latching arrangement configured to latch the connector in the connected mode.
An organic electroluminescent device comprising a light-emitting layer B comprising: (i) 40-98 % by weight of a host material H B , which has a lowest unoccupied molecular orbital LUMO(H B ) having an energy E LUMO (H B ) and a highest occupied molecular orbital HOMO(H B ) having an energy E HOMO (H B ); (ii) 1-50 % by weight of a thermally activated delayed fluorescence (TADF) material E B , which has a lowermost excited singlet state energy level S1 E , a lowermost excited triplet state energy level T1 E , determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(E B ) having an energy E LUMO (E B ) and a highest occupied molecular orbital HOMO(E B ) having an energy E HOMO (E B ); and (iii) 1-10 % by weight of a depopulation agent S B , which has a lowermost excited singlet state energy level S1 S , a lowermost excited triplet state energy level T1 S , determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(S B ) having an energy E LUMO (S B ) and a highest occupied molecular orbital HOMO(S B ) having an energy E HOMO (S B ), and optionally (iv) 0-93 % by weight of one or more further host compounds H B2 differing from H B ; and optionally (v) 0-93 % by weight of one or more solvents, wherein E B emits thermally activated delayed fluorescence; and wherein the relations expressed by the following formulas to and either and or and apply: S1 S ≥ S1 E T1 S ≥ 2.5 eV E LUMO E B < E LUMO H B 0.2 eV < E LUMO E B − E LUMO S B < 0.5 eV E LUMO E B > E LUMO H B 0.2 eV < E LUMO H B − E LUMO S B < 0.5 eV (i) 40-98 % by weight of a host material H B , which has a lowest unoccupied molecular orbital LUMO(H B ) having an energy E LUMO (H B ) and a highest occupied molecular orbital HOMO(H B ) having an energy E HOMO (H B ); (ii) 1-50 % by weight of a thermally activated delayed fluorescence (TADF) material E B , which has a lowermost excited singlet state energy level S1 E , a lowermost excited triplet state energy level T1 E , determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(E B ) having an energy E LUMO (E B ) and a highest occupied molecular orbital HOMO(E B ) having an energy E HOMO (E B ); and (iii) 1-10 % by weight of a depopulation agent S B , which has a lowermost excited singlet state energy level S1 S , a lowermost excited triplet state energy level T1 S , determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(S B ) having an energy E LUMO (S B ) and a highest occupied molecular orbital HOMO(S B ) having an energy E HOMO (S B ), and optionally (iv) 0-93 % by weight of one or more further host compounds H B2 differing from H B ; and optionally (v) 0-93 % by weight of one or more solvents,
Interface device between a motion sensor for the KNX bus and lights belonging to a DALI bus type network, different from the KNX bus, said sensor comprising a microcontroller connected to the KNX bus, characterised in that the interface device comprises: - a control stage of the lights, - a power supply stage of the control stage and - an insulation voltage stage arranged between the lights and the microcontroller, the interface device being characterised in that the state of said lights is controlled via a DALI bus, the power supply stage being connected to the sector and providing a power supply for the DALI bus and a linear power supply for the functioning of at least one component of the control stage being connected between the microcontroller of the sensor and the wires of the DALI bus. - a control stage of the lights, - a power supply stage of the control stage and - an insulation voltage stage arranged between the lights and the microcontroller,
A pull-off force measuring device comprising a holding device for holding a functional part of a cable connection , and a clamping device having at least two clamping jaws for clamping a cable body of the cable connection , wherein a first clamping jaw has at least three clamping teeth , characterised in that the clamping teeth have a different depth (z), wherein the tips of the clamping teeth are disposed at the same height and the clamping teeth extend inwards to different depths, and wherein the depth (z) of the clamping teeth increases with increase in distance from the holding device . a holding device for holding a functional part of a cable connection , and a clamping device having at least two clamping jaws for clamping a cable body of the cable connection , wherein a first clamping jaw has at least three clamping teeth , characterised in that the clamping teeth have a different depth (z), wherein the tips of the clamping teeth are disposed at the same height and the clamping teeth extend inwards to different depths, and wherein the depth (z) of the clamping teeth increases with increase in distance from the holding device .
Method for controlling a supply of pressurised air, in particular a supply of pressurised air for railway vehicles, wherein the supply of pressurised air comprises at least one pressurised-air reservoir for providing pressurised air and a plurality of compressors (12a..n) for supplying the at least one pressurised-air reservoir with pressurised air, said method comprising the steps of: - identifying (S100) the available compressors (12a..n); - classifying (S200) the identified compressors (12a..n) into at least one master and at least one slave, and - operating (S300) the identified compressors (12a..n) in accordance with their classification into masters and slaves and depending on a need for pressurised air in the at least one pressurised-air reservoir , wherein the compressors classed as masters are operated with priority, characterised in that the classification of the identified compressors (12a..n) in step S200 takes place depending on the compressor run times of the compressors (12a..n), a performance of the compressors (12a...n) or a speed at which a need for pressurised air is met. - identifying (S100) the available compressors (12a..n); - classifying (S200) the identified compressors (12a..n) into at least one master and at least one slave, and - operating (S300) the identified compressors (12a..n) in accordance with their classification into masters and slaves and depending on a need for pressurised air in the at least one pressurised-air reservoir , wherein the compressors classed as masters are operated with priority, characterised in that the classification of the identified compressors (12a..n) in step S200 takes place depending on the compressor run times of the compressors (12a..n), a performance of the compressors (12a...n) or a speed at which a need for pressurised air is met.
A glass antenna for a window glass for a vehicle, comprising: a first antenna that includes a first power feeding point , and a first element connected to the first power feeding point; a second antenna that includes a second power feeding point , and a second element connected to the second power feeding point; characterised in that the glass antenna further comprises: a no-power-fed element , not connected to an electrode, that includes a first overlapping part placed in parallel with at least a part of the first element, separated by a first interval, and a second overlapping part placed in parallel with at least a part of the second element, separated by a second interval, wherein the no-power-fed element is formed of a linear conductive wire, and wherein the no-power-fed element is capacitively coupled at the first overlapping part and the second overlapping part. a first antenna that includes a first power feeding point , and a first element connected to the first power feeding point; a second antenna that includes a second power feeding point , and a second element connected to the second power feeding point; characterised in that the glass antenna further comprises: a no-power-fed element , not connected to an electrode, that includes a first overlapping part placed in parallel with at least a part of the first element, separated by a first interval, and a second overlapping part placed in parallel with at least a part of the second element, separated by a second interval, wherein the no-power-fed element is formed of a linear conductive wire, and wherein the no-power-fed element is capacitively coupled at the first overlapping part and the second overlapping part. a first overlapping part placed in parallel with at least a part of the first element, separated by a first interval, and a second overlapping part placed in parallel with at least a part of the second element, separated by a second interval, wherein the no-power-fed element is formed of a linear conductive wire, and wherein the no-power-fed element is capacitively coupled at the first overlapping part and the second overlapping part.
A composition comprising a blend of: (a) a functional, non-fluorinated, silicone polymer having at least two crosslinkable reactive groups; (b) a functional fluorosilicone polymer, the functional fluorosilicone polymer having at least two crosslinkable reactive groups; and (c) a nonfunctional fluorosilicone polymer, the nonfunctional fluorosilicone polymer having neither ethylenically-unsaturated groups nor Si-H groups, or groups that react with either of these. (a) a functional, non-fluorinated, silicone polymer having at least two crosslinkable reactive groups; (b) a functional fluorosilicone polymer, the functional fluorosilicone polymer having at least two crosslinkable reactive groups; and (c) a nonfunctional fluorosilicone polymer, the nonfunctional fluorosilicone polymer having neither ethylenically-unsaturated groups nor Si-H groups, or groups that react with either of these.
An influenza hemagglutinin (HA) stem domain polypeptide comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 55, SEQ ID NO: 66 and SEQ ID NO: 73.
A system , comprising: a first mobile drive unit operable to dock with a first inventory holder at a first end of at least one column of at least two connected inventory holders , wherein the first inventory holder comprises at least one connection module , wherein each connection module is configured to allow the first inventory holder to connect with another inventory holder ; a second mobile drive unit operable to dock with a second inventory holder at a second end of the at least one column of at least two connected inventory holders ; and a management module operable to instruct the first mobile drive unit and the second mobile drive unit to transport the at least one column of at least two connected inventory holders from a first location to a second location. a first mobile drive unit operable to dock with a first inventory holder at a first end of at least one column of at least two connected inventory holders , wherein the first inventory holder comprises at least one connection module , wherein each connection module is configured to allow the first inventory holder to connect with another inventory holder ; a second mobile drive unit operable to dock with a second inventory holder at a second end of the at least one column of at least two connected inventory holders ; and a management module operable to instruct the first mobile drive unit and the second mobile drive unit to transport the at least one column of at least two connected inventory holders from a first location to a second location.
A system , comprising: a first choke valve , comprising: a choke body ; a fluid inlet in the choke body, the fluid inlet comprising a central axis and configured to receive a fluid at a first pressure; a fluid outlet in the choke body, the fluid outlet configured to output the fluid at a second pressure; a fixed component and a movable component defining a throttling orifice between the fluid inlet and the fluid outlet, wherein the movable component is configured to automatically move within the choke body relative to the fixed component along a longitudinal axis that is transverse to the central axis in response to a change in the first pressure to provide a change in pressure between the first pressure at the fluid inlet and the second pressure at the fluid outlet, wherein the fixed component comprises a needle, the movable component comprises a seat that is configured to receive the needle and an intensifier piston positioned circumferentially about the seat, wherein the seat is removably coupled to the intensifier piston, and a radially-outer surface of the seat contacts a radially-innermost surface of the intensifier piston. a choke body ; a fluid inlet in the choke body, the fluid inlet comprising a central axis and configured to receive a fluid at a first pressure; a fluid outlet in the choke body, the fluid outlet configured to output the fluid at a second pressure; a fixed component and a movable component defining a throttling orifice between the fluid inlet and the fluid outlet, wherein the movable component is configured to automatically move within the choke body relative to the fixed component along a longitudinal axis that is transverse to the central axis in response to a change in the first pressure to provide a change in pressure between the first pressure at the fluid inlet and the second pressure at the fluid outlet, wherein the fixed component comprises a needle, the movable component comprises a seat that is configured to receive the needle and an intensifier piston positioned circumferentially about the seat, wherein the seat is removably coupled to the intensifier piston, and a radially-outer surface of the seat contacts a radially-innermost surface of the intensifier piston.