mhurhangee/ep-ind-claims huggingface dataset:
A knitted structure for an actuation element, comprising: an elastic fabric layer; an inelastic fabric layer, the elastic fabric layer being knitted with the inelastic fabric layer along their respective joint edges; and a channel formed between the elastic fabric layer and inelastic fabric layer, the channel configured for receiving the actuation element, wherein the elastic fabric layer is stretchable by the actuation element upon actuation of the actuation element, such that the elastic fabric layer is stretched by the actuation element while the inelastic fabric layer remains undeformed. an elastic fabric layer; an inelastic fabric layer, the elastic fabric layer being knitted with the inelastic fabric layer along their respective joint edges; and a channel formed between the elastic fabric layer and inelastic fabric layer, the channel configured for receiving the actuation element, wherein the elastic fabric layer is stretchable by the actuation element upon actuation of the actuation element, such that the elastic fabric layer is stretched by the actuation element while the inelastic fabric layer remains undeformed.
A charged particle beam source configured to release a charged particle beam aligned with an optical axis comprising: a chamber having a top side in the direction of the optical axis and a side wall; a first unit including both a supportive insulator mechanically supporting a cable and a first set of terminals (28a-c) electrically connected to the cable; the first unit further including a support member having a central axis coincident with the optical axis; and a second unit including both an emitter for emitting charged particles and a second set of terminals (32a-c) electrically connected to the emitter, the second unit being capable of detachably mounted to the first unit; wherein the first unit is secured in a through-hole formed in the side wall of the chamber and the top side of the chamber has an opening through which the second unit can be inserted in or removed from the chamber; and wherein the emitter is placed on an optical axis within the chamber when fitted to the support member, whereby the first and second sets of terminals are brought into contact with each other. a chamber having a top side in the direction of the optical axis and a side wall; a first unit including both a supportive insulator mechanically supporting a cable and a first set of terminals (28a-c) electrically connected to the cable; the first unit further including a support member having a central axis coincident with the optical axis; and a second unit including both an emitter for emitting charged particles and a second set of terminals (32a-c) electrically connected to the emitter, the second unit being capable of detachably mounted to the first unit; wherein the first unit is secured in a through-hole formed in the side wall of the chamber and the top side of the chamber has an opening through which the second unit can be inserted in or removed from the chamber; and wherein the emitter is placed on an optical axis within the chamber when fitted to the support member, whereby the first and second sets of terminals are brought into contact with each other.
Sliding door system consisting out of an external roller system and one or more sliding elements in the form of glass or wall panels, whereby the sliding element is supported in the upper and lower part for linear displacement in horizontal direction, and hereby is the movable support for the displacement achieved in the lower part of the sliding elements by means of an external roller system, whereby this roller system consists of several rollers arranged along the displacement direction of the sliding element, furthermore on these rollers the sliding element is positioned on these rollers by means of at least one rail and at least one rail is mounted to the bottom of the sliding element, and the sliding element has to have at least one fastening element to secure at least one rail at the bottom of the sliding element facing the roller system, characterized in that the bottom of the sliding element deviates in its shape from a continuous plane surface, and hereby at least the one fastening element is interlocked at least partially to the bottom of the sliding element in a form-fitting way, whereby at least that one fastening element connects flush to the two side surfaces (1a, 1b) of the sliding element - respectively the fastening element does not extent laterally beyond the side surfaces of the sliding element (1a, 1b).
A target-aiming drug delivery system for diagnosis or treatment of cancer, comprising as an active ingredient an anticancer agent-loaded liposome that is labeled with an interleukin-4 receptor-targeting peptide having an amino acid sequence of SEQ ID NO: 1, wherein the liposome is a multi-lamellar liposome composed of a first lipid, a second lipid and cholesterol, and wherein the peptide is present in an amount of 0.1∼5 mol%, based on total moles of lipid in the liposome.
A method of operating a 2-switch-per-phase power converter coupled to a switched reluctance machine, the method comprising: repeatedly opening and closing the switches of a phase to operate the switched reluctance machine in accordance with a phase cycle, wherein a phase winding of the phase is energised at a switch-on angle of the phase cycle of the phase and de-energised at a switch-off angle of the phase cycle of the phase; keeping both switches of the phase closed for a first period within the phase cycle of the phase and beginning at the switch-on angle to connect the phase winding to a DC link; subsequent to the first period, opening both switches of the phase for a second period within the phase cycle and beginning at the switch-off angle and allowing any current in the phase winding to decay to zero, characterised by thereafter closing one of the switches of the phase to connect the phase winding to the DC link for a third period within the phase cycle during which no current flows in the phase winding, and further keeping the one of the switches closed at the end of the third period and closing the other one of the switches at the start of the first period of the next phase cycle, thereby starting the first period of the next phase cycle immediately as the third period ends; or monitoring insulation integrity of the phase during the periods. repeatedly opening and closing the switches of a phase to operate the switched reluctance machine in accordance with a phase cycle, wherein a phase winding of the phase is energised at a switch-on angle of the phase cycle of the phase and de-energised at a switch-off angle of the phase cycle of the phase; keeping both switches of the phase closed for a first period within the phase cycle of the phase and beginning at the switch-on angle to connect the phase winding to a DC link; subsequent to the first period, opening both switches of the phase for a second period within the phase cycle and beginning at the switch-off angle and allowing any current in the phase winding to decay to zero, characterised by thereafter closing one of the switches of the phase to connect the phase winding to the DC link for a third period within the phase cycle during which no current flows in the phase winding, and further keeping the one of the switches closed at the end of the third period and closing the other one of the switches at the start of the first period of the next phase cycle, thereby starting the first period of the next phase cycle immediately as the third period ends; or monitoring insulation integrity of the phase during the periods.
A coupling device for the releasable connection of a towed antenna to a marine vessel, in particular to a submarine, with which mechanical connection parts as well as electrical and/or optical connection parts are provided on the antenna side and vessel side, wherein means (4, 22, 24, 30, 32) are provided for the positive-fit coupling of the mechanical connection parts to one another, and means (36, 44) are provided for the non-positive coupling of the electrical and/or optical connection parts, characterised in that the vessel-side mechanical connection part as a means for the positive coupling of the mechanical connection parts comprises a guide, into which the antenna-side connection part can be introduced and locked in a coupling position, and as a means for the non-positive coupling of the electrical and/or optical connection parts, an actuation lever is articulated on the vessel-side, said actuation lever being coupled via a spring on a vessel-side electrical and/or optical connection part which is movable in a limited manner into a coupling position and can be fixed in the coupling position in a manner subjected to by spring force
A fluid-filled chamber for an article of footwear, the fluid-filled chamber comprising: an outer barrier defining an interior void; a tensile structure (50a, 50b) located within the interior void and bonded to the outer barrier; a peripheral edge that extends around a periphery of the fluid-filled chamber; and a window portion disposed around at least part of a periphery of the tensile structure, spaced apart from the tensile structure, and including a first window area having a first perimeter and a second window area having a second perimeter different than the first perimeter, the first window portion and the second window portion being located substantially opposite each other across the fluid-filled chamber, the fluid-filled chamber being characterised in that the first window area is spaced apart from the tensile structure by a first distance and the second window area is spaced apart from the tensile structure by a second distance, the first distance being greater than the second distance. an outer barrier defining an interior void; a tensile structure (50a, 50b) located within the interior void and bonded to the outer barrier; a peripheral edge that extends around a periphery of the fluid-filled chamber; and a window portion disposed around at least part of a periphery of the tensile structure, spaced apart from the tensile structure, and including a first window area having a first perimeter and a second window area having a second perimeter different than the first perimeter, the first window portion and the second window portion being located substantially opposite each other across the fluid-filled chamber, the fluid-filled chamber being characterised in that the first window area is spaced apart from the tensile structure by a first distance and the second window area is spaced apart from the tensile structure by a second distance, the first distance being greater than the second distance.
A blow mould for plastic containers comprising - at least two half-moulds, - at least two half-mould holders, each half-mould holder supporting one of said half-moulds, each half-mould holder and each half-mould defining respective complementary coupling surfaces between half-mould holder and half-mould, - at least one quick coupling device to lock each half-mould to the respective half-mould holder, wherein said at least one quick coupling device is fixed to the respective half-mould holder characterised in that it comprises only one locking element and a force multiplier mechanism, the force multiplier mechanism comprises a locking system with hinged levers (22, 25), configured so as to move the locking element along a rectilinear locking axis, a first one of said hinged levers is firmly hinged to the respective half-mould holder, (i) said locking element is a bolt that can move, by actuating said force multiplier mechanism, from an unlocking position to a locking position by emerging from the half-mould holder through a through hole provided in the thickness of the half-mould holder, to interact with the coupling surface of the respective half-mould, whereby half-mould and respective half-mould holder are locked to each other in a position in which the respective complementary coupling surfaces are coupled to each other, and wherein (ii) said force multiplier mechanism remains kinematically fixed to the quick coupling device both in said unlocking position and in said locking position. - at least two half-moulds, - at least two half-mould holders, each half-mould holder supporting one of said half-moulds, each half-mould holder and each half-mould defining respective complementary coupling surfaces between half-mould holder and half-mould, - at least one quick coupling device to lock each half-mould to the respective half-mould holder, (i) said locking element is a bolt that can move, by actuating said force multiplier mechanism, from an unlocking position to a locking position by emerging from the half-mould holder through a through hole provided in the thickness of the half-mould holder, to interact with the coupling surface of the respective half-mould, whereby half-mould and respective half-mould holder are locked to each other in a position in which the respective complementary coupling surfaces are coupled to each other, and wherein (ii) said force multiplier mechanism remains kinematically fixed to the quick coupling device both in said unlocking position and in said locking position.
An adhesive sealing material that is configured to provide covert indication that a seal including the adhesive sealing material has been tampered with, comprising: an adhesive; and a composition, comprising: a covert tamper evidencing agent that, when tampered with, covertly reveals tampering, wherein the covert tamper evidencing agent is an aggregation induced emission material; and a resin carrier for the covert tamper evidencing agent, wherein the composition is mixed into the adhesive, and wherein the covert indication comprises discontinuities or irregularities in the light emitted by the seal when the seal is exposed to UV light. an adhesive; and a composition, comprising: a covert tamper evidencing agent that, when tampered with, covertly reveals tampering, wherein the covert tamper evidencing agent is an aggregation induced emission material; and a resin carrier for the covert tamper evidencing agent, a covert tamper evidencing agent that, when tampered with, covertly reveals tampering, wherein the covert tamper evidencing agent is an aggregation induced emission material; and a resin carrier for the covert tamper evidencing agent,
A composite nanoparticle composition comprising: a semiconductor nanoparticle including a front face and a back face and sidewall extending between the front and back faces; and metallic nanoparticles nucleated and grown on at least one of the sidewalls, whereby the metallic nanoparticles are bonded to at least one of the sidewalls establishing a metal-semiconductor junction; wherein the semiconductor nanoparticle has a platelet, a pyramidal, or a bi-pyramidal morphology. a semiconductor nanoparticle including a front face and a back face and sidewall extending between the front and back faces; and metallic nanoparticles nucleated and grown on at least one of the sidewalls, whereby the metallic nanoparticles are bonded to at least one of the sidewalls establishing a metal-semiconductor junction; wherein the semiconductor nanoparticle has a platelet, a pyramidal, or a bi-pyramidal morphology.
A system for wireless power transmission between a primary coil and a secondary coil, said system comprising: a grid-side primary circuit including a grid converter and the primary coil located in a primary pad; a secondary circuit located in a vehicle and comprising the secondary coil, a current rectification circuit connected to said secondary coil, and a battery connected to said current rectification circuit; wherein the primary coil and the secondary coil are magnetically coupled to each other; a vehicle-side battery management system configured to measure at least one parameter of said battery; a vehicle-side communication means configured to transmit information on said at least one parameter of said battery; a grid-side communication means configured to receive the information on said at least one parameter of said battery; and a grid-side output voltage controller configured to control an alternating current output voltage of said grid converter based on information derived from said at least one parameter of said battery, the system characterized in that the said at least one parameter is a measure of an effective resistance of said battery as to be seen by said primary circuit. a grid-side primary circuit including a grid converter and the primary coil located in a primary pad; a secondary circuit located in a vehicle and comprising the secondary coil, a current rectification circuit connected to said secondary coil, and a battery connected to said current rectification circuit; wherein the primary coil and the secondary coil are magnetically coupled to each other; a vehicle-side battery management system configured to measure at least one parameter of said battery; a vehicle-side communication means configured to transmit information on said at least one parameter of said battery; a grid-side communication means configured to receive the information on said at least one parameter of said battery; and a grid-side output voltage controller configured to control an alternating current output voltage of said grid converter based on information derived from said at least one parameter of said battery, the system characterized in that the said at least one parameter is a measure of an effective resistance of said battery as to be seen by said primary circuit.
Method for automatically monitoring an electrical engineering workflow having a plurality of work steps, said method having the following steps: establishing a first bidirectional communication connection between a mobile communication device and a mobile voltage testing means (10; 10'); initiating a work step sequence program on a mobile communication device using an input means of the mobile communication device, outputting, by way of the work step sequence program, a work step instruction for enabling a voltage-carrying electronic component to make the electronic component voltage-free on an output means of the mobile communication device; automatically or manually confirming (S3; S3') the enabling of the electronic component at the mobile communication device; after confirming (S3; S3') the enabling of the electronic component, outputting, by way of the work step sequence program, a work step instruction for checking that the electronic component is voltage-free using the mobile voltage testing means (10; 10') on the output means of the mobile communication device; checking that the electronic component is voltage-free using the mobile voltage testing means (10; 10'); communicating the test result from the mobile voltage testing means (10; 10') to the mobile communication device; if the test result indicates that there is no voltage, automatically confirming the check that the electronic component is voltage-free by outputting a confirmation signal by way of the mobile communication device; if the test result does not indicate that there is no voltage, outputting (S9a) a first alarm signal by way of the mobile communication device. establishing a first bidirectional communication connection between a mobile communication device and a mobile voltage testing means (10; 10'); initiating a work step sequence program on a mobile communication device using an input means of the mobile communication device, outputting, by way of the work step sequence program, a work step instruction for enabling a voltage-carrying electronic component to make the electronic component voltage-free on an output means of the mobile communication device; automatically or manually confirming (S3; S3') the enabling of the electronic component at the mobile communication device; after confirming (S3; S3') the enabling of the electronic component, outputting, by way of the work step sequence program, a work step instruction for checking that the electronic component is voltage-free using the mobile voltage testing means (10; 10') on the output means of the mobile communication device; checking that the electronic component is voltage-free using the mobile voltage testing means (10; 10'); communicating the test result from the mobile voltage testing means (10; 10') to the mobile communication device; if the test result indicates that there is no voltage, automatically confirming the check that the electronic component is voltage-free by outputting a confirmation signal by way of the mobile communication device; if the test result does not indicate that there is no voltage, outputting (S9a) a first alarm signal by way of the mobile communication device.
Method for the shift control of an automated group transmission, the group transmission having at least one multiple-stage main transmission and a range group which is arranged downstream of the main transmission in drive terms and is drive-connected to the said main transmission via a main shaft, in which method an input shaft of the main transmission can be drive-connected or is drive-connected to a drive apparatus, in which method the main transmission and the range group have synchronizing apparatuses (SP1, SP2, SP3, SP4) with shifting clutches, the synchronizing apparatuses (SP1, SP2, SP3) having, for the main transmission, in each case two shifting positions of the relevant transmission stages and one shifting position for a neutral position, the at least one synchronizing apparatus of the range group having exclusively two shifting positions for the relevant transmission stages, and in which method in each case a change between two transmission ratios takes place during a range shift in the main transmission and in the range group, characterized in that, in the case of the range shift during the synchronizing of the range group, the input shaft of the main transmission which was previously shifted into neutral is synchronized to a target rotational speed (n_Ziel) by means of an actuation of external synchronizing aids (1, 3) which act on the input shaft, and in that, after the target rotational speed is reached, the new transmission ratio is engaged in the main transmission optionally either after the synchronizing and shifting over of the transmission stage of the range group or independently of the instantaneous synchronizing state of the range group.
A retractable floodwall unit (102, 104, 106, 108, 1500, 2606, 2608, 3206) comprising: - a foundation unit (502, 1306, 1502) having a plurality of guide tracks along side walls of the foundation unit; - a floodwall panel (120, 800, 1504, 2904) stowed in the foundation unit (502, 1502); and - a power system having a winch (130, 2100, 2104, 2120) for raising and lowering the floodwall panel, said foundation unit (502, 1502) including a first housing unit enclosing the winch of the power system, and said floodwall panel including a plurality of guides (612, 803, 810) that mate with the guide tracks of the foundation unit, said retractable floodwall unit being characterized by a plurality of support legs (812, 1514) for maintaining the floodwall panel in raised position and being locked in a second housing unit of the floodwall panel (120, 800, 1504), in the stowed position, wherein the plurality of support legs (812, 1514) are spring loaded and have a latch bar (818, 1708, 1912) configured to unlock the support legs. - a foundation unit (502, 1306, 1502) having a plurality of guide tracks along side walls of the foundation unit; - a floodwall panel (120, 800, 1504, 2904) stowed in the foundation unit (502, 1502); and - a power system having a winch (130, 2100, 2104, 2120) for raising and lowering the floodwall panel,