mhurhangee/ep-ind-claims huggingface dataset:
An evolved NodeB, eNB, for requesting feedback from a packet data convergence protocol, PDCP, receiver, comprising: radio frequency, RF, circuitry; and baseband circuitry, coupled with the RF circuitry, to: identify a packet data unit, PDU, to be transmitted to the PDCP receiver, the PDCP receiver to aggregate a first group of PDUs transmitted via a long term evolution, LTE, link and a second group of PDUs transmitted via a wireless local area network, WLAN, link; embed, within the PDU, a poll request for a status of aggregation by the PDCP receiver; and cause the RF circuitry to transmit the PDU embedded with the poll request to the PDCP receiver, wherein the RF circuitry is to receive a transmission from the PDCP receiver that includes information related to the status of aggregation of the PDUs communicated across the LTE link and the WLAN link, the information including an indication of a sequence number associated with a lower edge of an ordering window of the PDCP receiver; the baseband circuitry is to: identify a PDU associated with the sequence number; and cause the RF circuitry to transmit the PDU associated with the sequence number to the PDCP receiver in response to the reception of the transmission from the PDCP receiver. radio frequency, RF, circuitry; and baseband circuitry, coupled with the RF circuitry, to: identify a packet data unit, PDU, to be transmitted to the PDCP receiver, the PDCP receiver to aggregate a first group of PDUs transmitted via a long term evolution, LTE, link and a second group of PDUs transmitted via a wireless local area network, WLAN, link; embed, within the PDU, a poll request for a status of aggregation by the PDCP receiver; and cause the RF circuitry to transmit the PDU embedded with the poll request to the PDCP receiver, wherein identify a packet data unit, PDU, to be transmitted to the PDCP receiver, the PDCP receiver to aggregate a first group of PDUs transmitted via a long term evolution, LTE, link and a second group of PDUs transmitted via a wireless local area network, WLAN, link; embed, within the PDU, a poll request for a status of aggregation by the PDCP receiver; and cause the RF circuitry to transmit the PDU embedded with the poll request to the PDCP receiver, wherein the RF circuitry is to receive a transmission from the PDCP receiver that includes information related to the status of aggregation of the PDUs communicated across the LTE link and the WLAN link, the information including an indication of a sequence number associated with a lower edge of an ordering window of the PDCP receiver; the baseband circuitry is to: identify a PDU associated with the sequence number; and cause the RF circuitry to transmit the PDU associated with the sequence number to the PDCP receiver in response to the reception of the transmission from the PDCP receiver. identify a PDU associated with the sequence number; and cause the RF circuitry to transmit the PDU associated with the sequence number to the PDCP receiver in response to the reception of the transmission from the PDCP receiver.
A reinforcement-free tank for an electromagnetic apparatus immersed in a fluid, said tank comprising: a pair of mutually-opposite side walls, each side wall comprising at least one curved segment defining a vertically-curving profile between a top edge and a bottom edge of a side wall; a pair of mutually-opposite end walls, each end wall comprising a substantially vertically-extending semi-cylindrical shape defining a vertically-straight profile between a top edge and a bottom edge of an end wall; and vertically-extending joining members, each joining member configured to provide a transition between the vertically-curving profile of a side wall and the vertically-straight profile of a corresponding end wall, wherein the walls (12, 20) can withstand vacuum and/or overpressure conditions which can develop in the tank without a reinforcing member connected to the walls (12, 20). a pair of mutually-opposite side walls, each side wall comprising at least one curved segment defining a vertically-curving profile between a top edge and a bottom edge of a side wall; a pair of mutually-opposite end walls, each end wall comprising a substantially vertically-extending semi-cylindrical shape defining a vertically-straight profile between a top edge and a bottom edge of an end wall; and vertically-extending joining members, each joining member configured to provide a transition between the vertically-curving profile of a side wall and the vertically-straight profile of a corresponding end wall, wherein the walls (12, 20) can withstand vacuum and/or overpressure conditions which can develop in the tank without a reinforcing member connected to the walls (12, 20).
A torch apparatus (1; 1'), in particular a manually guided ambient air torch apparatus, the torch apparatus comprising a first, upstream section, the upstream section including a combustible gas intake member and a gas mixing tube, and a second, downstream section, the downstream section including a burner array (12; 12'), the burner array having a burner array socket (13; 13') with multiple burners, a flow spreader (7; 7') connecting the gas mixing tube to the multiple burners, the burner array together with the flow spreader being surrounded by an enclosure (21; 21'), characterised in that the flow spreader and/or the burner array socket together with the enclosure are configured for restricting ambient air flow between the interior of the enclosure located upstream to the burner array socket into the interior of the enclosure located downstream to the burner array socket into an gap (26; 26'), whereby the gap essentially surrounds the burner array to create an ambient air flow mantling around the hot process gas produced in the burner array during operation.
A light-emitting element comprising: a first light-emitting layer between an anode and a cathode; and a second light-emitting layer between the anode and the cathode, the second light-emitting layer being in contact with an anode side of the first light-emitting layer, wherein the first light-emitting layer includes a first layer provided on the anode side and a second layer provided on a cathode side, wherein the first layer provided on the anode side contains a first light-emitting substance, wherein the second layer provided on the cathode side contains a second organic compound and the first light-emitting substance, wherein an amount of the second organic compound in the second layer provided on the cathode side is greater than or equal to 50 wt% and less than or equal to 99.9 wt%, wherein the second light-emitting layer contains a third organic compound and a second light-emitting substance, wherein an amount of the third organic compound in the second light-emitting layer is greater than or equal to 50 wt% and less than or equal to 99.9 wt%, and wherein both light emission from the first light-emitting substance and light emission from the second light-emitting substance can be obtained. a first light-emitting layer between an anode and a cathode; and a second light-emitting layer between the anode and the cathode, the second light-emitting layer being in contact with an anode side of the first light-emitting layer, wherein the first light-emitting layer includes a first layer provided on the anode side and a second layer provided on a cathode side, wherein the first layer provided on the anode side contains a first light-emitting substance, wherein the second layer provided on the cathode side contains a second organic compound and the first light-emitting substance, wherein an amount of the second organic compound in the second layer provided on the cathode side is greater than or equal to 50 wt% and less than or equal to 99.9 wt%, wherein the second light-emitting layer contains a third organic compound and a second light-emitting substance, wherein an amount of the third organic compound in the second light-emitting layer is greater than or equal to 50 wt% and less than or equal to 99.9 wt%, and wherein both light emission from the first light-emitting substance and light emission from the second light-emitting substance can be obtained.
A display arrangement for an injection device for displaying the size of a dose of a medicament, the display arrangement comprising: - a housing providing a rotation axis extending in an axial direction, - a first display member rotatably supported inside the housing with regard to the rotation axis and having at least one cam radially offset from the rotation axis, - a second display member rotatably supported inside the housing with regard to the rotation axis and arranged axially adjacent to the first display member, - a coupling member rotatably engaged with the second display member, wherein the coupling member is engaged with the at least one cam of the first display member when the first display member is in a predefined angular position or angular range, - wherein the coupling member and the first display member are mutually engaged via a retaining arrangement when the cam and the coupling member are disengaged, and - wherein the retaining arrangement comprises at least two retaining teeth separated in circumferential direction on the outer circumference of the coupling member, which retaining teeth are in radial abutment with a retaining ring of the first display member when the first display member is outside the predefined angular position or angular range. - a housing providing a rotation axis extending in an axial direction, - a first display member rotatably supported inside the housing with regard to the rotation axis and having at least one cam radially offset from the rotation axis, - a second display member rotatably supported inside the housing with regard to the rotation axis and arranged axially adjacent to the first display member, - a coupling member rotatably engaged with the second display member, wherein the coupling member is engaged with the at least one cam of the first display member when the first display member is in a predefined angular position or angular range, - wherein the coupling member and the first display member are mutually engaged via a retaining arrangement when the cam and the coupling member are disengaged, and - wherein the retaining arrangement comprises at least two retaining teeth separated in circumferential direction on the outer circumference of the coupling member, which retaining teeth are in radial abutment with a retaining ring of the first display member when the first display member is outside the predefined angular position or angular range.
A transportation apparatus, said apparatus comprising a payload receiving unit, a transportation body, and a controllable compensation system arranged there between and devised to allow adjustment of a desired spatial relationship between a payload surface of said compensation system for attachment of said payload receiving unit and a transportation surface of said transportation body, wherein said compensation system comprises at least a first compensation unit and a second compensation unit arranged for adjustment of said spatial relationship, wherein said first compensation unit is arranged for adjustment of said spatial relationship in a first direction and said second compensation unit is arranged for adjustment of said spatial relationship in a second direction different from said first direction, whereby said compensation system is adapted to maintain a desired orientation of said payload surface substantially independent of changes of orientation of said transportation surface of said transportation apparatus, wherein said compensation system is adapted to substantially maintain a common point of gravity of said transportation apparatus including a payload by displacing a center of gravity of said payload receiving unit and said payload substantially opposite to a displacement of a center of gravity of said transportation apparatus, wherein at least one of said first and/or second compensation units are extendable from at least one end thereof during operation, characterized in that said compensation system comprises a sensor actuator unit configured to provide a control feedback loop for said adjustment in real time, and wherein said sensor actuator unit comprises at least two sensor systems, including a first sensor system adapted to provide a payload surface measurement value for the orientation in space of said payload supporting surface, and a second sensor system adapted to provide a transportation surface measurement value for the orientation in space of said transportation surface, wherein said control feedback loop has a difference between said payload surface measurement value and said transportation surface measurement value as a feedback value.
A three-dimensional printing apparatus adapted for building articles from a particulate comprising a work table and an excess-particulate receiving trough having an open top and disposed within the work table, the trough comprising a chamber defined by a plurality of sides, a bottom, and the open top, a partition having a semi-hyperbolic longitudinal profile, a gas inlet, and a gas outlet wherein the partition is disposed longitudinally within the chamber proximal to the bottom thereby dividing the chamber into an upper chamber and a lower chamber, the gas outlet is disposed at a first end of the lower chamber, the gas inlet is disposed at a second end of the lower chamber, the partition has a plurality of through-holes adapted to permit gas flow and particulate flow from the upper chamber into the lower chamber, and the gas outlet is adapted to be connected to a vacuum source.
A surgical cage positioning system for the implantological replacement of an intervertebral disc, preferably in the region of the human lumbar spine, comprising: - a positioning instrument having an actuating segment and having an instrumentation segment which extends away from the actuating segment in the direction of the longitudinal axis of the positioning instrument, wherein the instrumentation segment has a first coupling prong and a first manipulator prong, each of which is provided with a coupling element, wherein the manipulator prong is displaceable in the axial direction relative to the coupling prong by means of a handle (26, 28, 30, 32, 40); and - a cage to be implanted, having an insertion opening for the instrumentation segment and having coupling means (122, 124) via which the coupling elements of the instrumentation segment can each be coupled to the cage in an articulated manner, wherein the coupling means (122, 124) and the coupling elements of the positioning instrument coupled to the cage interact in such a way that the cage is pivotable relative to the longitudinal axis of the positioning instrument by means of the manipulator prong about a first axis of rotation D defined by the coupling element of the coupling prong and the coupling means (122, 124) of the cage, characterized in that the coupling means (122, 124) of the cage associated with the coupling element of the manipulator prong causes a translational movement of the coupling element of the manipulator prong along a non-linear movement path relative to the cage when the cage is pivoted, wherein the coupling means (122, 124) of the cage associated with the coupling element of the manipulator prong is preferably designed as a non-linear groove or a non-linear elongated hole. - a positioning instrument having an actuating segment and having an instrumentation segment which extends away from the actuating segment in the direction of the longitudinal axis of the positioning instrument, wherein the instrumentation segment has a first coupling prong and a first manipulator prong, each of which is provided with a coupling element, wherein the manipulator prong is displaceable in the axial direction relative to the coupling prong by means of a handle (26, 28, 30, 32, 40); and - a cage to be implanted, having an insertion opening for the instrumentation segment and having coupling means (122, 124) via which the coupling elements of the instrumentation segment can each be coupled to the cage in an articulated manner, wherein the coupling means (122, 124) and the coupling elements of the positioning instrument coupled to the cage interact in such a way that the cage is pivotable relative to the longitudinal axis of the positioning instrument by means of the manipulator prong about a first axis of rotation D defined by the coupling element of the coupling prong and the coupling means (122, 124) of the cage,
Shaft access release device of a lift installation, comprising a shaft access control unit and at least one access monitoring unit, wherein the shaft access control unit is provided for controlling an operating state of the at least one access control unit and the access monitoring unit is provided for monitoring at least one shaft access, characterised in that the shaft access control unit has at least two different operating modes for control of the operating state of the at least one access monitoring unit and is provided for checking an access authorisation before a change between its at least two operating modes.
A current-controlling semiconductor device comprising: a MOSFET (110H, 110L) for controlling the current through a load; at least two constant current sources (133, 135) generating constant currents (Ic1, Ic2); a current detection circuit selectively connec-table to one of the MOSFET (110H, 110L) and said at least two constant current sources for selectively detecting a current of the MOSFET (110H, 110L) and measuring current values (Voutdc1, Voutdc2) of the constant current sources (133, 135) respectively; wherein the MOSFET (110H, 110L), the at least two constant current sources (133, 135), and the current detection circuit are provided on a single semiconductor chip; wherein said semiconductor device further comprises an external connecting terminal connected or connectable to the constant current sources (133, 135) such that current values (Ic1, Ic2) of the constant current sources can be measured from outside, control means for causing the current from said current sources (133, 135) to flow through said external connecting terminal, and a memory element for retaining therein the current values (Ic1, Ic2) of the constant current sources (133, 135) measured from outside using the external connecting terminal and said measured current values (Voutdc1, Voutdc2) obtained when the current detection circuit converts the reference current into a corresponding voltage and outputs detection values thereof as corresponding measured current values (Voutcl and Voutc2). a MOSFET (110H, 110L) for controlling the current through a load; at least two constant current sources (133, 135) generating constant currents (Ic1, Ic2); a current detection circuit selectively connec-table to one of the MOSFET (110H, 110L) and said at least two constant current sources for selectively detecting a current of the MOSFET (110H, 110L) and measuring current values (Voutdc1, Voutdc2) of the constant current sources (133, 135) respectively; wherein the MOSFET (110H, 110L), the at least two constant current sources (133, 135), and the current detection circuit are provided on a single semiconductor chip; wherein said semiconductor device further comprises an external connecting terminal connected or connectable to the constant current sources (133, 135) such that current values (Ic1, Ic2) of the constant current sources can be measured from outside, control means for causing the current from said current sources (133, 135) to flow through said external connecting terminal, and a memory element for retaining therein the current values (Ic1, Ic2) of the constant current sources (133, 135) measured from outside using the external connecting terminal and said measured current values (Voutdc1, Voutdc2) obtained when the current detection circuit converts the reference current into a corresponding voltage and outputs detection values thereof as corresponding measured current values (Voutcl and Voutc2).
An apparatus comprising a harvester head reel comprising a bat support; an extendable bat supported by the bat support, the extendable bat having a first segment and a second segment overlapping the first segment; a first finger extending from the first segment; and a second finger extending from the second segment, characterized by comprising an actuator to extend and retract the second segment relative to the first segment based upon an angular position of the bat about a longitudinal axis of the reel as the bat rotates about the longitudinal axis of the reel.
Method for generating and displaying a security code for a payment card comprising a display device arranged on a face of the payment card, the display device comprising a field for displaying a security code for card verification operations performed by a card verification server, the method comprising the steps of: - displaying, in the field of the display device, a first value of the security code during a first time period, - displaying, in the field of the display device, a second value of the security code during a second time period that follows the first time period, the method being characterized in that the first and second time periods are of different durations. - displaying, in the field of the display device, a first value of the security code during a first time period, - displaying, in the field of the display device, a second value of the security code during a second time period that follows the first time period,
Method of packing three aerogenerator blades (1, 2, 3) comprising the steps of packing a first aerogenerator blade in the vicinity of a second aerogenerator blade, wherein a root region of the first blade is positioned in the vicinity of a root region of the second blade, and a tip region of the first blade is positioned in the vicinity of a tip region of the second blade, said blades (1, 2) being positioned in an edgewise position, and connecting a root ring of the first blade and a root ring of the second blade using a triangular root frame comprising internal reinforcing braces; and packing a third aerogenerator blade in an edgewise position in the vicinity of the second blade and separated from the first blade by the second blade, wherein a tip region of the third blade is positioned in the vicinity of the root region of the second blade, and a root region of the third blade is positioned in the vicinity of the tip region of the second blade, and fixing the tip region of the first blade, the tip region of the second blade and the root region of the third blade using a binding frame.
Battery of fuel cells containing at least one stack of interconnected flat two-sided fuel cells arranged inside a thermally insulated chamber, where each two-sided fuel cell DFC is made in a form of a ceramic plate with individual connections for supply and drainage of fluids and discharge of electric energy, and where cathode layers are disposed on the external surface of the ceramic plate, which are next covered with cathode conductive layers characterised in that, each two sided fuel cell DFC has a central anode current collector, which is provided on both sides with fuel distributing channels and operating channels which on both sides is permanently bonded with a laminate consisting of an operating anode layer and electrolyte layer, and where, the central anode current collector is formed with the same anode material as the operating anode layer, furthermore, two-sided cells DFC are connected together with flexible separators and squeezed together with clamping bars 17, moreover, inside the thermally insulated chamber, heaters, heat absorbers and device forcing air circulation or are located.