mhurhangee/patent-ind-claim-en huggingface dataset:
A medical imaging system including a control unit ;an endoscope including an elongate member extending between a proximal end and a distal end and being operably connected to the control unit , the endoscope further comprising one or more lumens extending between the proximal end and the distal end of the elongate member , the one or more lumens comprising an imaging lumen ; one or more electronic cables extending within the imaging lumen and operably connecting an imaging device to proximal imaging electronics , each cable comprising at least one conductor and surrounding insulation; a braided catheter surrounding and enclosing the one or more electronic cables and being formed of a material suitable for shielding electromagnetic interference; and an antenna positioned near the one or more electronic cables and extending the length of the one or more electronic cables to redirect conductively coupled airborne electromagnetic interference from said electronic cables to the antenna ; characterized in that the antenna has the shape of a conductive wire. a control unit ;an endoscope including an elongate member extending between a proximal end and a distal end and being operably connected to the control unit , the endoscope further comprising one or more lumens extending between the proximal end and the distal end of the elongate member , the one or more lumens comprising an imaging lumen ; one or more electronic cables extending within the imaging lumen and operably connecting an imaging device to proximal imaging electronics , each cable comprising at least one conductor and surrounding insulation; a braided catheter surrounding and enclosing the one or more electronic cables and being formed of a material suitable for shielding electromagnetic interference; and an antenna positioned near the one or more electronic cables and extending the length of the one or more electronic cables to redirect conductively coupled airborne electromagnetic interference from said electronic cables to the antenna ; characterized in that the antenna has the shape of a conductive wire.
Device for controlling a flow of cardboard tubular cores adapted to produce logs of paper material and intended to be stored in a collection point placed downstream of the same device, comprising multiple conveyors (5; 7) and guide channels , each of said conveyors being adapted for carrying said tubular cores up to the entry point of a respective guide channel , each guide channel having an entry point and an exit point , interception means adapted for intercepting the tubular cores , said interception means being arranged and acting on each of said channels to adjust the flow of the tubular cores through the respective exit points , and programmable means (UE) adapted for activating and deactivating said interception means , characterized in that each of the interception means is adapted to selectively form two nips (N1, N2) inside the guide channel , said nips (N1, N2) being selectively formed at a predetermined distance from each other, said nips being a lower nip (N1) and an upper nip (N2) selectively formed inside the guide channel , said nips (N1, N2) being formed by surfaces that are inclined with respect to the guide channel , each of said interception means comprising two gate valves spaced apart by a predetermined value.
Electronic apparatus including at least one electronic card provided with at least one connector for external connection and at least one radio transceiver device including at least one antenna tuned to a predetermined frequency, the connector having a metal casing connected to an electrical ground of the electronic apparatus, the apparatus being characterized in that at least one metal tab is fastened to the metal casing of the connector in order to protrude sideways from the casing in order to attenuate, in the vicinity of the antenna, an interfering electromagnetic field produced by the connector in operation, the tab having a length that is suitable for resonating at the predetermined frequency.
An orthopedic system comprising: an implantable body with an internal bore extending through the body and having first and second cutouts each comprising a channel extending along a sidewall of the implantable body; a first reamer having a cutting surface and a shaft , wherein the shaft is insertable into the internal bore of the body for guiding the first reamer during reaming of a bone; an inserter configured to attach to the implantable body and configured to drive the implantable body into a bore formed in the bone, wherein the inserter includes a shaft , an attachment head with a diameter greater than a diameter of the shaft , wherein the attachment head includes a bore sized to receive the implantable body and at least one arm sized and shaped to be insertable into first and/or second cutouts of the implantable body , wherein the attachment head is configured to engage the implantable body and lock the implantable body to the inserter both longitudinally and rotationally; and a second reamer having an inner bore configured to receive the shaft of the inserter therein. an implantable body with an internal bore extending through the body and having first and second cutouts each comprising a channel extending along a sidewall of the implantable body; a first reamer having a cutting surface and a shaft , wherein the shaft is insertable into the internal bore of the body for guiding the first reamer during reaming of a bone; an inserter configured to attach to the implantable body and configured to drive the implantable body into a bore formed in the bone, wherein the inserter includes a shaft , an attachment head with a diameter greater than a diameter of the shaft , wherein the attachment head includes a bore sized to receive the implantable body and at least one arm sized and shaped to be insertable into first and/or second cutouts of the implantable body , wherein the attachment head is configured to engage the implantable body and lock the implantable body to the inserter both longitudinally and rotationally; and a second reamer having an inner bore configured to receive the shaft of the inserter therein.
A collection bag for a blowervac comprising an air tube and a fan for sucking in debris through the air tube, wherein the collection bag is adapted to be attached to the blowervac through a hose , the collection bag comprising at least one shoulder strap secured to the collection bag to allow the collection bag to be carried on a user's back, wherein the collection bag has a user side adjacent the user's back, and the user side of the collection bag is non-air permeable, and at least a portion of the side of the collection bag opposite the user's side includes a grill portion of air permeable material, wherein the collection bag comprises a closure for allowing access to the contents of the collection bag, the closure comprising a sleeve that is rolled up to close an opening to the collection bag . wherein the collection bag has a user side adjacent the user's back, and the user side of the collection bag is non-air permeable, and at least a portion of the side of the collection bag opposite the user's side includes a grill portion of air permeable material, wherein the collection bag comprises a closure for allowing access to the contents of the collection bag, the closure comprising a sleeve that is rolled up to close an opening to the collection bag .
Transport container , such as a suitcase or bag, comprising a gripping element pivotably fixed on a covering wall of the transport container for transporting the transport container by hand, wherein the gripping element can be pivoted between at least one rest position close to the covering wall and an upright usage position , characterised in that a device is provided for fixing the gripping element in its rest position and/or for fixing the gripping element in its usage position, wherein the device comprises at least one latching element which cooperates with at least one latching receiver , wherein the latching element is provided by a cam of a camwheel , wherein the camwheel is arranged non-rotationally on the gripping element , wherein the latching receiver is provided by a spring pre-tensioned cage which respectively overlays or captures a cam on both sides, in particular in both directions of rotation.
A blood sequestration device comprising; an inlet port ; an outlet port ; a sequestration chamber having a vent comprising an air permeable blood barrier ; a sampling channel having a proximal end connected with the inlet port and a distal end connected with the outlet port ; and a housing that houses and defines the inlet port , the outlet port , the sequestration chamber , and the sampling channel , characterized in that the sequestration chamber is connected with the inlet port and the air permeable blood barrier includes an air permeable material that seals at least partially upon contact with blood.
An in-line tester comprising: an inlet , connectable, in use, to an aspirator tube ; an outlet connectable, in use, to a vacuum source; and a chamber interposed between the inlet and the outlet , the chamber comprising: a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet , but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet ; and being characterised by , the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester ; the second tester being located downstream of the liquid-stop device and before the outlet . an inlet , connectable, in use, to an aspirator tube ; an outlet connectable, in use, to a vacuum source; and a chamber interposed between the inlet and the outlet , the chamber comprising: a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet , but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet ; and being characterised by , the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester ; the second tester being located downstream of the liquid-stop device and before the outlet . a first tester comprising a first colorimetric substance adapted to exhibit a colour change in the presence of a target substance arranged such that fluids drawn into the chamber by the vacuum source come into contact therewith; the in-line tester further comprising a liquid-stop device which, when dry, permits the passage of gas from the inlet to the outlet , but when wetted by a liquid, inhibits or prevents the passage of fluids from the inlet to the outlet ; and being characterised by , the chamber further comprising a second tester comprising a colorimetric capnometer, which exhibits a colour change in the presence of carbon dioxide arranged such that fluids drawn into the chamber by the vacuum source pass through it; a reservoir interposed between the first tester and the second tester ; the second tester being located downstream of the liquid-stop device and before the outlet .
Silencer device, which is provided for fastening to a compressor housing of an exhaust-gas turbocharger, comprising a cylindrical silencer which comprises a central, axially directed air outlet opening for connection to an inflow channel of a compressor of the exhaust-gas turbocharger and a flow channel which leads to the central air outlet opening and comprises at least one deflection from the radial direction into the axial direction; and a compressor housing add-on which is provided for arrangement between the silencer and the compressor housing of an exhaust-gas turbocharger, comprising a central opening for the leadthrough of the inflow channel of the compressor of an exhaust-gas turbocharger, a annular cavity which surrounds the central opening, an external feed line which opens into the cavity and which serves for feeding a gaseous medium into the cavity , and a discharge opening for discharging the gaseous medium out of the cavity , characterized in that the discharge opening is directed axially and is arranged on that side of the compressor housing add-on which is provided for the fastening to the silencer and blows the gaseous medium into the flow channel of the silencer upstream of the deflection of the flow as it emerges from the central opening of the silencer, wherein, in the region of a face-side housing wall of the silencer, there is provided at least one blow-in opening which connects the annular cavity to the flow channel of the silencer and which is provided for the blowing-in of the gaseous medium from the cavity into the flow channel of the silencer.
A method for generating a movement signal of a part of the human or animal body, of which at least a portion is undergoing a cyclical movement, in particular a cardiac movement, the method comprising the steps: a. Providing a Pilot Tone signal acquired during a Magnetic Resonance scan from the body part by a magnetic resonance receiver coil arrangement comprising several channels, wherein the Pilot Tone signal is a frequency signal outside the receive bandwidth of the Magnetic Resonance scan of the body part, wherein the Pilot Tone signal comprises several signal components associated with the several channels; b. From a calibration portion of the Pilot Tone signal , calculating a demixing matrix (W) by means of an Independent Component Analysis (ICA) algorithm , wherein the demixing matrix (W) calculates the independent components from the several signal components , c. Selecting the independent component corresponding to one particular movement type, in particular the cardiac movement, d. Applying the demixing matrix (W) to the further portions of the Pilot Tone signal to obtain at least one movement signal representing the one particular movement type, in particular the cardiac movement, e. Applying an adaptive or stochastic or model-based filter to the at least one signal representing the one particular movement type, in particular the cardiac movement, to obtain a filtered movement signal . a. Providing a Pilot Tone signal acquired during a Magnetic Resonance scan from the body part by a magnetic resonance receiver coil arrangement comprising several channels, wherein the Pilot Tone signal is a frequency signal outside the receive bandwidth of the Magnetic Resonance scan of the body part, wherein the Pilot Tone signal comprises several signal components associated with the several channels; b. From a calibration portion of the Pilot Tone signal , calculating a demixing matrix (W) by means of an Independent Component Analysis (ICA) algorithm , wherein the demixing matrix (W) calculates the independent components from the several signal components , c. Selecting the independent component corresponding to one particular movement type, in particular the cardiac movement, d. Applying the demixing matrix (W) to the further portions of the Pilot Tone signal to obtain at least one movement signal representing the one particular movement type, in particular the cardiac movement, e. Applying an adaptive or stochastic or model-based filter to the at least one signal representing the one particular movement type, in particular the cardiac movement, to obtain a filtered movement signal .
A power tool wire form hook assembly for hanging a power tool having a power tool housing, comprising: a wire including a central bend forming a hook end of a wire body , and two free ends of the wire forming a coupling end of the wire body , the coupling end being receivable in a housing groove extending circumferentially around a portion of the power tool , characterized in that the coupling end has at least one cooperating detent engageable with at least one detent of the housing groove ; wherein the at least one detent and the at least one cooperating detent are engageable in a storage position in which the hook end is positionable adjacent the power tool housing, and are engageable in an in-use position in which the hook end is positionable extending away from the power tool housing ready for use in hanging the tool , and wherein the coupling end is slidable along the housing groove between the storage and in-use positions. a wire including a central bend forming a hook end of a wire body , and two free ends of the wire forming a coupling end of the wire body , the coupling end being receivable in a housing groove extending circumferentially around a portion of the power tool , characterized in that the coupling end has at least one cooperating detent engageable with at least one detent of the housing groove ; wherein the at least one detent and the at least one cooperating detent are engageable in a storage position in which the hook end is positionable adjacent the power tool housing, and are engageable in an in-use position in which the hook end is positionable extending away from the power tool housing ready for use in hanging the tool , and wherein the coupling end is slidable along the housing groove between the storage and in-use positions.
A control system for controlling a gas turbine system , configured to: receive sensed operation parameters related to the operation of the gas turbine system ; utilize the sensed operation parameters in a first analyzer configured to generate first characteristics related to degradation of the gas turbine system ; utilize the sensed operation parameters in a second analyzer configured to generate second characteristics related to thermal characteristics of the gas turbine system , wherein the thermal characteristics include thermal stresses present in the gas turbine system ; utilize the first characteristic related to degradation of the gas turbine system , the second characteristics related to thermal characteristics of the gas turbine system , and a third characteristic generated by an operator behavior analyzer , related to operator behaviors related to the current operation of the gas turbine system to generate remaining useful life characteristics of components of the gas turbine system ; and generate operational set points for control of the gas turbine system based in part on the remaining useful life characteristics, desired machine performance characteristics based on the operator behaviors, and maintenance characteristics of the machine. receive sensed operation parameters related to the operation of the gas turbine system ; utilize the sensed operation parameters in a first analyzer configured to generate first characteristics related to degradation of the gas turbine system ; utilize the sensed operation parameters in a second analyzer configured to generate second characteristics related to thermal characteristics of the gas turbine system , wherein the thermal characteristics include thermal stresses present in the gas turbine system ; utilize the first characteristic related to degradation of the gas turbine system , the second characteristics related to thermal characteristics of the gas turbine system , and a third characteristic generated by an operator behavior analyzer , related to operator behaviors related to the current operation of the gas turbine system to generate remaining useful life characteristics of components of the gas turbine system ; and generate operational set points for control of the gas turbine system based in part on the remaining useful life characteristics, desired machine performance characteristics based on the operator behaviors, and maintenance characteristics of the machine.
An oil feeder comprising: an oil cylinder comprising: an oil supply hole extending in a first direction and having a first end portion being in connection with an oil inlet of the oil feeder and a second end portion being in connection with an oil outlet of the oil feeder, an accommodation groove spaced apart from the oil supply hole , and a communication hole extending from a portion of the oil supply hole between the first and second end portions and allowing the oil supply hole to be in fluid communication with the accommodation groove ; an oil piston accommodated at the accommodation groove and configured to reciprocate in a second direction different from the first direction; a first check valve disposed in the oil supply hole at one side with respect to the communication hole ; a second check valve disposed in the oil supply hole at the other side with respect to the communication hole , wherein the first and second check valves are configured in the manner that when one of the first and second check valves is open, the other one of the first and second check valves , 1500) is closed; and an elastic member comprising (i) an outer portion coupled to the accommodation groove and (ii) an inner portion coupled to the oil piston . an oil cylinder comprising: an oil supply hole extending in a first direction and having a first end portion being in connection with an oil inlet of the oil feeder and a second end portion being in connection with an oil outlet of the oil feeder, an accommodation groove spaced apart from the oil supply hole , and a communication hole extending from a portion of the oil supply hole between the first and second end portions and allowing the oil supply hole to be in fluid communication with the accommodation groove ; an oil supply hole extending in a first direction and having a first end portion being in connection with an oil inlet of the oil feeder and a second end portion being in connection with an oil outlet of the oil feeder, an accommodation groove spaced apart from the oil supply hole , and a communication hole extending from a portion of the oil supply hole between the first and second end portions and allowing the oil supply hole to be in fluid communication with the accommodation groove ; an oil piston accommodated at the accommodation groove and configured to reciprocate in a second direction different from the first direction; a first check valve disposed in the oil supply hole at one side with respect to the communication hole ; a second check valve disposed in the oil supply hole at the other side with respect to the communication hole , wherein the first and second check valves are configured in the manner that when one of the first and second check valves is open, the other one of the first and second check valves , 1500) is closed; and an elastic member comprising (i) an outer portion coupled to the accommodation groove and (ii) an inner portion coupled to the oil piston .