mhurhangee/ep-ind-claims huggingface dataset:
An intravascular system comprising an intravascular device and a connector, wherein the intravascular device comprises: a flexible elongate member comprising a proximal portion and a distal portion; at least one electronic component secured to the distal portion of the flexible elongate member; wherein the proximal portion of the flexible elongate member comprises a first subsection located between a second subsection and a third subsection, wherein the first subsection is a section of a core wire extending through the second subsection, and said first subsection having a diameter smaller than a second diameter of the second subsection and the third subsection, wherein a first connection piece (204,304) of the connector comprises a recess (252,352) sized and shaped such that the first subsection is receivable by the recess (252,352) of the first connection piece (204,304) of the connector for coupling it to the proximal portion of the flexible elongate member, while the second and third subsections are not receivable by the recess, and wherein a second connection piece (202,302) of the connector is translatable relative to the first connection piece between an open position of the connector allowing removal of the intravascular device from the connector and a closed position not allowing removal of the intravascular device from the connector. a flexible elongate member comprising a proximal portion and a distal portion; at least one electronic component secured to the distal portion of the flexible elongate member; wherein the proximal portion of the flexible elongate member comprises a first subsection located between a second subsection and a third subsection, wherein the first subsection is a section of a core wire extending through the second subsection, and said first subsection having a diameter smaller than a second diameter of the second subsection and the third subsection, wherein a first connection piece (204,304) of the connector comprises a recess (252,352) sized and shaped such that the first subsection is receivable by the recess (252,352) of the first connection piece (204,304) of the connector for coupling it to the proximal portion of the flexible elongate member, while the second and third subsections are not receivable by the recess, and wherein a second connection piece (202,302) of the connector is translatable relative to the first connection piece between an open position of the connector allowing removal of the intravascular device from the connector and a closed position not allowing removal of the intravascular device from the connector.
A device for stripping the ends of multilayer hoses, with a central layer, from the metals and textiles group, to be subsequently pressed together with a hose fitting (5, 7), characterised by a) a mandrel holder that can be rotated about an axis, with a plurality of mandrels distributed around the periphery, for the sliding-on of hoses, and by b) a blade holder that can be rotated about the same axis, with at least one blade, whose cutting edge can be moved against the hose. a) a mandrel holder that can be rotated about an axis, with a plurality of mandrels distributed around the periphery, for the sliding-on of hoses, and by b) a blade holder that can be rotated about the same axis, with at least one blade, whose cutting edge can be moved against the hose.
A surgical system configured to determine the presence of a vessel within a region proximate to a working end of a surgical instrument, the system comprising: the surgical instrument; at least one light emitter disposed at the working end of the surgical instrument; at least one light sensor disposed at the working end of the surgical instrument, facing in a common direction as the at least one light emitter, and configured to receive light emitted from the at least one light emitter and reflected from the region, the at least one light sensor configured to generate a signal comprising a first pulsatile component and a second non-pulsatile component; and a controller coupled to the at least one light sensor, the controller comprising a splitter configured to separate the first pulsatile component from the second non-pulsatile component and an analyzer configured to determine the presence of the vessel within the region proximate to the working end of the surgical instrument based on the first pulsatile component. the surgical instrument; at least one light emitter disposed at the working end of the surgical instrument; at least one light sensor disposed at the working end of the surgical instrument, facing in a common direction as the at least one light emitter, and configured to receive light emitted from the at least one light emitter and reflected from the region, the at least one light sensor configured to generate a signal comprising a first pulsatile component and a second non-pulsatile component; and a controller coupled to the at least one light sensor, the controller comprising a splitter configured to separate the first pulsatile component from the second non-pulsatile component and an analyzer configured to determine the presence of the vessel within the region proximate to the working end of the surgical instrument based on the first pulsatile component.
Flow indicator for filter presses (10; 10') having at least one membrane filter plate (18a, 18b; 18a', 18b') and connecting line (22', 24a, 24b) associated therewith for supplying a pressing medium, comprising: - at least one flow detection unit (26a, 26b; 26a', 26b') which is associated with one of the connecting lines (24a, 24b) or one of the membrane plates (18a', 18b') and is designed to detect a flow of the pressing medium and to output signals representing this flow; - a signal transmitting unit which is operatively coupled to the flow detection unit (26a, 26b; 26a', 26b') and is designed to receive and transmit the output signals; and - a signal receiving unit (28; 28') which is designed to receive the signals transmitted by the signal transmitting unit, characterized in that a single housing (126a, 126b; 126a', 126b') is provided, in which the flow detection unit, the signal transmitting unit and the signal receiving unit, and also a display unit are accommodated. - at least one flow detection unit (26a, 26b; 26a', 26b') which is associated with one of the connecting lines (24a, 24b) or one of the membrane plates (18a', 18b') and is designed to detect a flow of the pressing medium and to output signals representing this flow; - a signal transmitting unit which is operatively coupled to the flow detection unit (26a, 26b; 26a', 26b') and is designed to receive and transmit the output signals; and - a signal receiving unit (28; 28') which is designed to receive the signals transmitted by the signal transmitting unit, characterized in that a single housing (126a, 126b; 126a', 126b') is provided, in which the flow detection unit, the signal transmitting unit and the signal receiving unit, and also a display unit are accommodated.
A heating cooker, comprising: a body having a cooking chamber defined therein; a door hingably mounted to the body to open and close the cooking chamber; a door holder to hold the door and keep the cooking chamber closed by the door; and a hinge part connected between the door and the body to guide rotation of the door such that when the door is released from the door holder, the door automatically opens, wherein the hinge part comprises: a bracket positioned at a lower end of the body and having a sloped surface (35a, 35b) formed thereon; a hinge case positioned in the door; at least one coupling shaft (34a, 34b) extending through the bracket and hinge case to rotatably connect the bracket and the hinge case; a slide member slidably positioned in the hinge case; a spring fixed at one end to the hinge case and at the other end to the slide member; and at least one roller (33b, 33c) so as to be brought into rolling contact with the sloped surface (35a, 35b) to guide movement of the roller (33b, 33c) to allow automatic opening of the door via rotation characterised by the slide member having at least one slit (33d, 33e) formed therein, the slit (33d, 33e) accommodating the at least one coupling shaft (34a, 34b), and that the roller (33b, 33c) is positioned in the slide member. a body having a cooking chamber defined therein; a door hingably mounted to the body to open and close the cooking chamber; a door holder to hold the door and keep the cooking chamber closed by the door; and a hinge part connected between the door and the body to guide rotation of the door such that when the door is released from the door holder, the door automatically opens, a bracket positioned at a lower end of the body and having a sloped surface (35a, 35b) formed thereon; a hinge case positioned in the door; at least one coupling shaft (34a, 34b) extending through the bracket and hinge case to rotatably connect the bracket and the hinge case; a slide member slidably positioned in the hinge case; a spring fixed at one end to the hinge case and at the other end to the slide member; and at least one roller (33b, 33c) so as to be brought into rolling contact with the sloped surface (35a, 35b) to guide movement of the roller (33b, 33c) to allow automatic opening of the door via rotation characterised by the slide member having at least one slit (33d, 33e) formed therein, the slit (33d, 33e) accommodating the at least one coupling shaft (34a, 34b), and that the roller (33b, 33c) is positioned in the slide member.
A turbocharger comprising a turbine housing, a bearing housing, and a sealing structure for sealing joint surfaces between the turbine housing and the bearing housing, wherein: an end face of the turbine housing includes an inner end face that makes contact with a flange part of the bearing housing and forms a sealing surface, and an outer end face that does not form a sealing surface with the flange part and has a height difference from the inner end face and from a bolt receiving surface of the flange part; the flange part forming the sealing surface is formed by a resiliently deformable member, and the flange part is sandwiched between the inner end face and a head of a bolt screwed in the end face of the turbine housing; characterized in that gaps (A, B) formed between a joint surface of the flange part and the inner end surface (60b are set by the height difference between the flange part and the outer end face formed before the bolt is fastened, wherein it is provided a labyrinth structure formed by the joint surface of the flange part and the inner end face of the turbine housing, wherein the labyrinth structure is formed between the gaps (A, B), and in that when the bolt is fastened, the flange part resiliently deforms, flattening out the height difference and closing the gaps (A, B) so that the labyrinth structure is tightly sealed at both ends. an end face of the turbine housing includes an inner end face that makes contact with a flange part of the bearing housing and forms a sealing surface, and an outer end face that does not form a sealing surface with the flange part and has a height difference from the inner end face and from a bolt receiving surface of the flange part; the flange part forming the sealing surface is formed by a resiliently deformable member, and the flange part is sandwiched between the inner end face and a head of a bolt screwed in the end face of the turbine housing; characterized in that gaps (A, B) formed between a joint surface of the flange part and the inner end surface (60b are set by the height difference between the flange part and the outer end face formed before the bolt is fastened, wherein it is provided a labyrinth structure formed by the joint surface of the flange part and the inner end face of the turbine housing, wherein the labyrinth structure is formed between the gaps (A, B), and in that when the bolt is fastened, the flange part resiliently deforms, flattening out the height difference and closing the gaps (A, B) so that the labyrinth structure is tightly sealed at both ends.
Distributing apparatus comprising: - at least one first manifold comprising a plurality of first ports for the passage of material; - at least one second manifold comprising a plurality of second ports for the passage of material; - at least one transport portion (7; 8) for transporting material, said at least one transport portion comprising at least one first mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective first port, said at least one transport portion comprising at least one second mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective second port, to allow passage of material, selectively, between any first port and any second port; - valve means arranged to selectively open or close at least one of said second ports and/or valve means arranged to selectively open or close at least one of said first ports; characterized in that said first mouth is arranged on a tubular body that is axially movable with the possibility of assuming a proximal position, in which it can be sealingly connected in contact with a first port of said first collector, and a distal position, in which it is distant from said first port. - at least one first manifold comprising a plurality of first ports for the passage of material; - at least one second manifold comprising a plurality of second ports for the passage of material; - at least one transport portion (7; 8) for transporting material, said at least one transport portion comprising at least one first mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective first port, said at least one transport portion comprising at least one second mouth that is movable with the possibility of selectively assuming a plurality of positions in each of which is connected to a respective second port, to allow passage of material, selectively, between any first port and any second port; - valve means arranged to selectively open or close at least one of said second ports and/or valve means arranged to selectively open or close at least one of said first ports; characterized in that said first mouth is arranged on a tubular body that is axially movable with the possibility of assuming a proximal position, in which it can be sealingly connected in contact with a first port of said first collector, and a distal position, in which it is distant from said first port.
A heater applicable to to an electronic cigarette, comprising: a porous body, configured for absorbing tobacco liquid; the porous body having an absorbing surface and an atomizing surface opposite with each other; the tobacco liquid permeating from the absorbing surface to the atomizing surface; a heating element, disposed on the atomizing surface and configured to atomize the tobacco liquid stored in the porous body into an aerosol; and characterized in that part of the porous body that is near the atomizing surface comprising a less thermal conductivity than part of the porous body that is near the absorbing surface. a porous body, configured for absorbing tobacco liquid; the porous body having an absorbing surface and an atomizing surface opposite with each other; the tobacco liquid permeating from the absorbing surface to the atomizing surface; a heating element, disposed on the atomizing surface and configured to atomize the tobacco liquid stored in the porous body into an aerosol; and characterized in that part of the porous body that is near the atomizing surface comprising a less thermal conductivity than part of the porous body that is near the absorbing surface.
A system for readout of a transmon qubit, the system comprising: a readout resonator coupled to a transmission line; a transmon qubit; a compound Josephson junction coupler coupling the transmon qubit to the readout resonator, the compound Josephson junction coupler comprising a superconducting loop interrupted by a compound Josephson junction, and the transmon qubit being inductively coupled to the superconducting loop; and a coupling controller that provides a control flux to the compound Josephson junction coupler, via at least one control line (52,53), to control the coupling strength of the compound Josephson junction coupler such that a coupling between the transmon qubit and the readout resonator is a first value when a state of the transmon qubit is being read and a second value during operation of the transmon qubit, the at least one control line (52,53) comprising a first control line that provides a first control flux to the compound Josephson junction. a readout resonator coupled to a transmission line; a transmon qubit; a compound Josephson junction coupler coupling the transmon qubit to the readout resonator, the compound Josephson junction coupler comprising a superconducting loop interrupted by a compound Josephson junction, and the transmon qubit being inductively coupled to the superconducting loop; and a coupling controller that provides a control flux to the compound Josephson junction coupler, via at least one control line (52,53), to control the coupling strength of the compound Josephson junction coupler such that a coupling between the transmon qubit and the readout resonator is a first value when a state of the transmon qubit is being read and a second value during operation of the transmon qubit, the at least one control line (52,53) comprising a first control line that provides a first control flux to the compound Josephson junction.
A method for detecting vital information and humidity, wherein the method for detecting vital information and humidity comprises: transmitting two incident radar signals with different frequencies to a field and receiving a reflected radar signal (FN, FN') corresponding to the field; processing the reflected radar signal (FN, FN') to obtain a body reflection signal (Sb) of an object to be measured and a tag reflection signal (St) of a humidity sensing tag; wherein the body reflection signal is obtained by receiving the incident radar signal with a first frequency and demodulating the reflected radar signal according to the first frequency, and the tag reflection signal is obtained by receiving the incident radar signal with a second frequency and demodulating the reflected radar signal according to the second frequency, obtaining vital information according to phase information of the body reflection signal (Sb); and obtaining humidity information according to an energy intensity of the tag reflection signal (St). transmitting two incident radar signals with different frequencies to a field and receiving a reflected radar signal (FN, FN') corresponding to the field; processing the reflected radar signal (FN, FN') to obtain a body reflection signal (Sb) of an object to be measured and a tag reflection signal (St) of a humidity sensing tag; wherein the body reflection signal is obtained by receiving the incident radar signal with a first frequency and demodulating the reflected radar signal according to the first frequency, and the tag reflection signal is obtained by receiving the incident radar signal with a second frequency and demodulating the reflected radar signal according to the second frequency, obtaining vital information according to phase information of the body reflection signal (Sb); and obtaining humidity information according to an energy intensity of the tag reflection signal (St).
An integrated circuit package comprising: a plurality of immediately adjacent stacked layers (106a - 106f) of cured, planarizing, photo-imageable epoxy; at least one interconnect layer, each interconnect layer being embedded in an associated epoxy layer and including a plurality of interconnect traces; a plurality of I/O pads exposed on a first surface of the package; and a first integrated circuit positioned within at least one of the epoxy layers (106a - 106f) and having an active surface, wherein at least one of the epoxy layers extends over the active surface of the first integrated circuit and the first integrated circuit is electrically coupled to at least one associated I/O pad at least in part through the at least one interconnect layer; wherein the circuit comprises a substrate (102, 902) made of silicon that includes a top surface and an opposing bottom surface, there being a first cavity in the top surface of the substrate, the first integrated circuit positioned within the first cavity characterised in that one or more regions of the substrate are doped at a first doping concentration such that the substrate is electrically and thermally conductive, thereby helping the first integrated circuit to transmit heat to an exterior surface of the integrated circuit package. a plurality of immediately adjacent stacked layers (106a - 106f) of cured, planarizing, photo-imageable epoxy; at least one interconnect layer, each interconnect layer being embedded in an associated epoxy layer and including a plurality of interconnect traces; a plurality of I/O pads exposed on a first surface of the package; and a first integrated circuit positioned within at least one of the epoxy layers (106a - 106f) and having an active surface, wherein at least one of the epoxy layers extends over the active surface of the first integrated circuit and the first integrated circuit is electrically coupled to at least one associated I/O pad at least in part through the at least one interconnect layer; wherein the circuit comprises a substrate (102, 902) made of silicon that includes a top surface and an opposing bottom surface, there being a first cavity in the top surface of the substrate, the first integrated circuit positioned within the first cavity characterised in that one or more regions of the substrate are doped at a first doping concentration such that the substrate is electrically and thermally conductive, thereby helping the first integrated circuit to transmit heat to an exterior surface of the integrated circuit package.
A system for stable expression of lentiviral structural and regulatory proteins consisting of: i. An hybrid vector comprising baculoviral backbone containing an integration cassette flanked by AAV ITRs including two expression cassettes, wherein the first expression cassette encodes lentiviral gag and pol genes and the second one lentiviral rev and a selection marker and ii. An expression plasmid containing the AAV Rep Open Reading Frame under control of a promoter i. An hybrid vector comprising baculoviral backbone containing an integration cassette flanked by AAV ITRs including two expression cassettes, wherein the first expression cassette encodes lentiviral gag and pol genes and the second one lentiviral rev and a selection marker and ii. An expression plasmid containing the AAV Rep Open Reading Frame under control of a promoter
Method of changing a roll configuration in a roll stand, wherein the roll stand comprises at least two work rolls, wherein for a change in configuration at least one work roll of the roll stand is exchanged for a roll arrangement as exchange set, wherein the exchange set comprises at least three exchange rolls all mounted in a common cassette, the outer contour of which substantially corresponds at least in part with each of those of the work roll chocks of the work roll to be replaced, characterised in that the exchange set comprises a first and a second additional roll (6, 7) as well as a work roll and that the work roll as well as the first and second additional rolls (6, 7) of the exchange set are arranged vertically one above the other in the installed position of the cassette.