mhurhangee/ep-ind-claims huggingface dataset:
A catheter mount configured to be attached to a respiratory apparatus via, at least in part, a conduit tube, the catheter mount being configured to be positioned between and connected to a patient interface tube and the conduit tube, the catheter mount comprising: a plurality of ports (250a,300a, 350a) in fluid communication with each other, wherein the plurality of ports (250a, 300a, 350a) comprise: an interface port configured to connect to the interface tube; a conduit port configured to connect to the conduit tube; and at least one suction port positioned between the interface port and the conduit port and comprising an opening so as to allow insertion of a suction catheter, characterized in that, the interface port and the conduit port are oriented such that an angle between a longitudinal axis of the interface port and a longitudinal axis of the conduit port is less than 90 degrees and the opening is positioned on an outer surface of the at least one suction port so as to allow the suction catheter to selectively access both the interface port and the conduit port such that condensate, secretions, or other matter can be removed from the catheter mount, the interface tube, and/or the conduit tube when the suction catheter is inserted into the catheter mount via the at least one suction port. a plurality of ports (250a,300a, 350a) in fluid communication with each other, wherein the plurality of ports (250a, 300a, 350a) comprise: an interface port configured to connect to the interface tube; a conduit port configured to connect to the conduit tube; and at least one suction port positioned between the interface port and the conduit port and comprising an opening so as to allow insertion of a suction catheter, characterized in that, an interface port configured to connect to the interface tube; a conduit port configured to connect to the conduit tube; and at least one suction port positioned between the interface port and the conduit port and comprising an opening so as to allow insertion of a suction catheter, characterized in that, the interface port and the conduit port are oriented such that an angle between a longitudinal axis of the interface port and a longitudinal axis of the conduit port is less than 90 degrees and the opening is positioned on an outer surface of the at least one suction port so as to allow the suction catheter to selectively access both the interface port and the conduit port such that condensate, secretions, or other matter can be removed from the catheter mount, the interface tube, and/or the conduit tube when the suction catheter is inserted into the catheter mount via the at least one suction port.
An apparatus comprising: a sample receiving port configured to obtain a sample from a fluid flow to be analysed by a sample detector; an extraction port arranged to draw the fluid flow toward the extraction port for sampling by the sample receiving port, wherein the extraction port is arranged relative to the sample receiving port so that the fluid flow towards the extraction port at least partially surrounds the sample receiving port; an inlet assembly for receiving a sample probe arranged to enable a probe inserted to the inlet assembly to provide a sample into the fluid flow; a curtain port, spaced from and at least partially surrounding the extraction port in the inlet assembly to provide a fluid to flow towards the extraction port around the probe, wherein the curtain port is arranged to provide an additional fluid flow into the inlet assembly that is greater than the flow rate out from the extraction port and so that when said fluid flow from the curtain port is greater than the flow rate out from the extraction port, the excess flow from the curtain port exits the inlet assembly to prevent contaminants from entering the inlet assembly. a sample receiving port configured to obtain a sample from a fluid flow to be analysed by a sample detector; an extraction port arranged to draw the fluid flow toward the extraction port for sampling by the sample receiving port, wherein the extraction port is arranged relative to the sample receiving port so that the fluid flow towards the extraction port at least partially surrounds the sample receiving port; an inlet assembly for receiving a sample probe arranged to enable a probe inserted to the inlet assembly to provide a sample into the fluid flow; a curtain port, spaced from and at least partially surrounding the extraction port in the inlet assembly to provide a fluid to flow towards the extraction port around the probe, wherein the curtain port is arranged to provide an additional fluid flow into the inlet assembly that is greater than the flow rate out from the extraction port and so that when said fluid flow from the curtain port is greater than the flow rate out from the extraction port, the excess flow from the curtain port exits the inlet assembly to prevent contaminants from entering the inlet assembly.
Sealing arrangement for sealing a gap between a first component and a second component, which (16, 18) in each case have, on the gap side, a step (26a, 26b) for forming an overlapping stop and the steps (26a, 26b) are curved along their edges (27a, 27b), wherein the first component has a groove extending in a similar fashion to the curved edge and which is arranged in a set-back part surface of the first component, wherein the second component has a recess opposite the groove, wherein a sealing strip, seated lengthwise in the groove, is pressed against a side wall of the groove using a radial spring action and bears with a sealing portion projecting from the groove against a side face of the recess, characterized in that the components (16, 18) bear flat against each other on the gap side at room temperature, wherein a spiral strip is wound helically along its longitudinal extent and thus, seated lengthwise in the groove, effects the radial spring action.
A secondary battery comprising a positive electrode; a negative electrode capable of allowing lithium ions to be inserted and to be extracted; and an inorganic solid-containing layer which is disposed between the positive electrode and the negative electrode and comprises: a mixed solvent; a lithium salt dissolved in the mixed solvent; and inorganic solid particles, and the mixed solvent comprising a fluorinated carbonate and a fluorinated ether.
A magnetic valve comprising: - a valve housing, - an armature tube having an armature made from a soft magnetic material arranged movably therein, - a coil arranged externally to the armature tube In such a manner that the armature tube and the armature are arranged inside the windings of the coil, - an inlet connection defining an inlet opening allowing a flow of fluid to enter the valve, - an outlet connection defining an outlet opening allowing a flow of fluid to leave the valve, - a valve seat, - a valve closing element being movable between a position in which It abuts the valve seat, thereby closing the valve and preventing a fluid flow from the inlet opening to the outlet opening, and positions In which it does not abut the valve seat, thereby allowing fluid to pass through the valve from the inlet opening to the outlet opening, via the valve seat, said valve closing element being connected to the armature in such a manner that movements of the armature inside the armature tube determines the position of the valve closing element relative to the valve seat, wherein at least the valve housing, the armature tube, the inlet connection and the outlet connection form a single valve part, and wherein the armature tube has a closed end part, wherein the valve seat is formed In a separate valve seat element arranged movably inside the valve housing in such a manner that the valve seat element and the valve housing in combination form a check valve allowing a reverse fluid flow through the valve from the outlet opening to the inlet opening, characterized in that the valve closing element and the valve seat element are configured to be introduced into the valve housing via an opening formed In the inlet connection or in the outlet connection. - a valve housing, - an armature tube having an armature made from a soft magnetic material arranged movably therein, - a coil arranged externally to the armature tube In such a manner that the armature tube and the armature are arranged inside the windings of the coil, - an inlet connection defining an inlet opening allowing a flow of fluid to enter the valve, - an outlet connection defining an outlet opening allowing a flow of fluid to leave the valve, - a valve seat, - a valve closing element being movable between a position in which It abuts the valve seat, thereby closing the valve and preventing a fluid flow from the inlet opening to the outlet opening, and positions In which it does not abut the valve seat, thereby allowing fluid to pass through the valve from the inlet opening to the outlet opening, via the valve seat, said valve closing element being connected to the armature in such a manner that movements of the armature inside the armature tube determines the position of the valve closing element relative to the valve seat,
An apparatus, comprising means (802, 806, 810) for performing: receiving configuration of a channel reservation window format; determining a position of a transmission part of at least one channel reservation window using the configured channel reservation window format, wherein the at least one channel reservation window is divided into the transmission part and an idle part comprising one or more symbols in one sub-frame, wherein the length of the transmission part is maximized, at a symbol level accuracy, such that a ratio between the length of the idle part and the length of the transmission part fulfils a predetermined criterion; and receiving, based on the at least one channel reservation window, a data transmission. receiving configuration of a channel reservation window format; determining a position of a transmission part of at least one channel reservation window using the configured channel reservation window format, wherein the at least one channel reservation window is divided into the transmission part and an idle part comprising one or more symbols in one sub-frame, wherein the length of the transmission part is maximized, at a symbol level accuracy, such that a ratio between the length of the idle part and the length of the transmission part fulfils a predetermined criterion; and receiving, based on the at least one channel reservation window, a data transmission.
An apparatus, comprising: an analog component having: first electrodes electrically connected with respective first electrode signal lines, said first electrode signal lines being configured such that an analog component input A i may be provided to the analog component via said first electrode signal lines, said analog component input A i being a sequence of binary values, or bits; a liquid crystal cell over the first electrodes; one or more second electrodes over the liquid crystal cell and opposite the first electrodes; an input waveguide configured to be input a constant optical signal as an optical input and communicate the optical input into the liquid crystal cell; and a sensor configured to provide a sensor output based on sensing an optical output of the liquid crystal cell. first electrodes electrically connected with respective first electrode signal lines, said first electrode signal lines being configured such that an analog component input A i may be provided to the analog component via said first electrode signal lines, said analog component input A i being a sequence of binary values, or bits; a liquid crystal cell over the first electrodes; one or more second electrodes over the liquid crystal cell and opposite the first electrodes; an input waveguide configured to be input a constant optical signal as an optical input and communicate the optical input into the liquid crystal cell; and a sensor configured to provide a sensor output based on sensing an optical output of the liquid crystal cell.
An intravascular treatment catheter comprising: an elongated body having a distal portion and a proximal portion; an imaging apparatus disposed at the distal portion of the body and configured to image a location within vasculature; a first guidewire lumen comprising a first exit port disposed at the distal portion of the body, wherein the first guidewire lumen comprises an over-the-wire guidewire lumen; and a second guidewire lumen, substantially parallel to the first guidewire lumen at least at the distal portion of the body, and comprising a second exit port disposed at the distal portion of the body, wherein the second guidewire lumen comprises a rapid exchange guidewire lumen; wherein the first exit port of the over-the-wire guidewire lumen and the second exit port of the rapid exchange guidewire lumen are offset to each other, and the first exit port of the over-the-wire guidewire lumen is proximal to the imaging apparatus while the second exit port of the rapid exchange guidewire lumen is distal to the imaging apparatus. an elongated body having a distal portion and a proximal portion; an imaging apparatus disposed at the distal portion of the body and configured to image a location within vasculature; a first guidewire lumen comprising a first exit port disposed at the distal portion of the body, wherein the first guidewire lumen comprises an over-the-wire guidewire lumen; and a second guidewire lumen, substantially parallel to the first guidewire lumen at least at the distal portion of the body, and comprising a second exit port disposed at the distal portion of the body, wherein the second guidewire lumen comprises a rapid exchange guidewire lumen; wherein the first exit port of the over-the-wire guidewire lumen and the second exit port of the rapid exchange guidewire lumen are offset to each other, and the first exit port of the over-the-wire guidewire lumen is proximal to the imaging apparatus while the second exit port of the rapid exchange guidewire lumen is distal to the imaging apparatus.
Composition comprising elsholtzia rugulosa hemsl honey as an active ingredient for use in the prevention or treatment of diseases associated with Helicobacter pylori.
A refrigerator comprising: a body; a storage compartment provided in the body, a front portion thereof being open; a door rotatably coupled to the body to open and close the storage compartment; a support unit (40, 140, 440) coupled to a center portion of a lower portion of the body, the support unit (40, 140, 440) including at least one rotating member (47, 147, 447) arranged to protrude from a front portion of the body to correspond to a position of the lower portion of the door; the refrigerator being characterised in that it comprises at least one droop prevention unit (50, 150, 450) having a support (53, 153, 453) rotatably provided at a lower portion of the door so as to contact with the rotating member (47, 147, 447) and configured to prevent the door from drooping downwards, wherein the support (53, 153, 453) is arranged to slide and rotate on the rotating member (47, 147, 447) in a closing direction of the door while contacting the rotating member (47, 147, 447) when the door is closed. a body; a storage compartment provided in the body, a front portion thereof being open; a door rotatably coupled to the body to open and close the storage compartment; a support unit (40, 140, 440) coupled to a center portion of a lower portion of the body, the support unit (40, 140, 440) including at least one rotating member (47, 147, 447) arranged to protrude from a front portion of the body to correspond to a position of the lower portion of the door; the refrigerator being characterised in that it comprises at least one droop prevention unit (50, 150, 450) having a support (53, 153, 453) rotatably provided at a lower portion of the door so as to contact with the rotating member (47, 147, 447) and configured to prevent the door from drooping downwards, wherein the support (53, 153, 453) is arranged to slide and rotate on the rotating member (47, 147, 447) in a closing direction of the door while contacting the rotating member (47, 147, 447) when the door is closed.
A method for controlling interference in an audio service, wherein the method comprises: when a first terminal executes an audio service, sending, by the first terminal, a first message to a second terminal by using a short-range wireless communications technology, wherein the first message carries an interference control parameter, and the interference control parameter is used to indicate an action to be performed by the second terminal (step 101); and receiving, by the second terminal, the first message (step 102), and adjusting, by the second terminal, a setting of the second terminal according to the interference control parameter when the second terminal determines, according to the interference control parameter, that the second terminal supports interference control, and that the second terminal falls within a controlled range (steps 103, 104, 105), so as to reduce or avoid noise interference caused to the first terminal by the second terminal that has adjusted the setting of the second terminal. when a first terminal executes an audio service, sending, by the first terminal, a first message to a second terminal by using a short-range wireless communications technology, wherein the first message carries an interference control parameter, and the interference control parameter is used to indicate an action to be performed by the second terminal (step 101); and receiving, by the second terminal, the first message (step 102), and adjusting, by the second terminal, a setting of the second terminal according to the interference control parameter when the second terminal determines, according to the interference control parameter, that the second terminal supports interference control, and that the second terminal falls within a controlled range (steps 103, 104, 105), so as to reduce or avoid noise interference caused to the first terminal by the second terminal that has adjusted the setting of the second terminal.
A prosthetic device (10, 310,410, 610), comprising: a) a pair of prosthetic members (14, 18, 314, 318, 414, 418, 614, 618) movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper (50, 350, 450, 650) including hydraulic fluid in a hydraulic chamber (54, 354, 454, 654) coupled to one of the pair of prosthetic members, and a hydraulic piston (58, 358, 458, 658) movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel (66, 466, 666) fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber as the hydraulic piston moves therein; characterized by further comprising d) a voice coil valve (60, 360, 460, 660) coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, and thus movement of the piston in the chamber, and thus influencing a rate of movement of the pair of prosthetic members with respect to one another. a) a pair of prosthetic members (14, 18, 314, 318, 414, 418, 614, 618) movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper (50, 350, 450, 650) including hydraulic fluid in a hydraulic chamber (54, 354, 454, 654) coupled to one of the pair of prosthetic members, and a hydraulic piston (58, 358, 458, 658) movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel (66, 466, 666) fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber as the hydraulic piston moves therein; characterized by further comprising d) a voice coil valve (60, 360, 460, 660) coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, and thus movement of the piston in the chamber, and thus influencing a rate of movement of the pair of prosthetic members with respect to one another.
An integrated circuit, comprising: a control circuitry, providing a plurality of control signals according to data to be transmitted; a plurality of pins, wherein the pins are coupled to a device via a plurality of conductive traces of a printed circuit board; and a plurality of driving units coupled to the pins, wherein each of the driving units is configured to be controlled by the control signals to selectively provide the data or one specific shielding pattern to the device via the corresponding pin and the corresponding conductive trace of PCB, wherein the specific shielding pattern is formed by a ground signal, a power signal or a random signal will. a control circuitry, providing a plurality of control signals according to data to be transmitted; a plurality of pins, wherein the pins are coupled to a device via a plurality of conductive traces of a printed circuit board; and a plurality of driving units coupled to the pins, wherein each of the driving units is configured to be controlled by the control signals to selectively provide the data or one specific shielding pattern to the device via the corresponding pin and the corresponding conductive trace of PCB, wherein the specific shielding pattern is formed by a ground signal, a power signal or a random signal will.
Formwork system comprising two surface reinforcement beds, two formwork meshes and at least one hinged mechanism which comprises a leg, an arm and a strut, assembled as follows: - a first end of the leg and a first end of the strut are hinged together about a first pivot axis; - a second end of said strut and a first end of the arm are hinged together about a second pivot axis parallel to said first pivot axis; - a first hinge is formed about said first pivot axis by the corresponding ends (6A, 8A) and a running rod, said running rod being attached to or being part of a first one of said reinforcement beds; - a second hinge is formed by a second end of the arm and a second running rod about a second axis (X7B) of the arm, said running rod being attached to or being part of the second reinforcement bed; and, - a third hinge is formed by a second end of the leg and a third running rod about a second axis (X6B) of the leg, said running rod being attached to or being part of the second reinforcement bed; the leg comprising: - a first extension which extends past the first hinge relative to the second hinge, said extension forming a connection for a running rod attached to or being part of a first one of the meshes; and, - a second extension which extends past the second hinge relative to the first hinge, said extension forming a connection for another running rod attached to or being part of the second mesh. - a first end of the leg and a first end of the strut are hinged together about a first pivot axis; - a second end of said strut and a first end of the arm are hinged together about a second pivot axis parallel to said first pivot axis; - a first hinge is formed about said first pivot axis by the corresponding ends (6A, 8A) and a running rod, said running rod being attached to or being part of a first one of said reinforcement beds; - a second hinge is formed by a second end of the arm and a second running rod about a second axis (X7B) of the arm, said running rod being attached to or being part of the second reinforcement bed; and, - a third hinge is formed by a second end of the leg and a third running rod about a second axis (X6B) of the leg, said running rod being attached to or being part of the second reinforcement bed; - a first extension which extends past the first hinge relative to the second hinge, said extension forming a connection for a running rod attached to or being part of a first one of the meshes; and, - a second extension which extends past the second hinge relative to the first hinge, said extension forming a connection for another running rod attached to or being part of the second mesh.