mhurhangee/patent-ind-claim-en huggingface dataset:
A Field Effect Transistor, FET, comprising: a plurality of FET cells having a plurality of source pads , a plurality of drain pads , and a plurality of gate electrodes (G) disposed on an upper surface of a substrate ; each one of the FET cells having a corresponding one of the gate electrodes (G) disposed between one of the source pads and one of the drain pads ; a gate contact connected to the gate electrode (G) of each one of the FET cells ; a drain contact connected to the drain pad of each one of the FET cells ; a source contact connected to the source pad of each one of the FET cells ; wherein the cells are disposed in a loop configuration; a gate pad disposed on the upper surface of the substrate connected to the plurality of gate electrodes (G) wherein the gate contact is disposed on a bottom surface of the substrate and wherein an electrically conductive gate via passes through the substrate to electrically connect the gate contact to the gate pad ; wherein the gate pad is disposed in an inner region of the loop configuration; and wherein one of the source contact or drain contact is a conductor disposed on the bottom surface of the substrate and is connected to the corresponding one of the source pad or drain pad of each one of the FET cells through a corresponding one of a plurality of electrically conductive vias passing through the substrate . a plurality of FET cells having a plurality of source pads , a plurality of drain pads , and a plurality of gate electrodes (G) disposed on an upper surface of a substrate ; each one of the FET cells having a corresponding one of the gate electrodes (G) disposed between one of the source pads and one of the drain pads ; a gate contact connected to the gate electrode (G) of each one of the FET cells ; a drain contact connected to the drain pad of each one of the FET cells ; a source contact connected to the source pad of each one of the FET cells ; wherein the cells are disposed in a loop configuration; a gate pad disposed on the upper surface of the substrate connected to the plurality of gate electrodes (G) wherein the gate contact is disposed on a bottom surface of the substrate and wherein an electrically conductive gate via passes through the substrate to electrically connect the gate contact to the gate pad ; wherein the gate pad is disposed in an inner region of the loop configuration; and wherein one of the source contact or drain contact is a conductor disposed on the bottom surface of the substrate and is connected to the corresponding one of the source pad or drain pad of each one of the FET cells through a corresponding one of a plurality of electrically conductive vias passing through the substrate .
A system for monitoring one or more body parameters, comprising: an elongate catheter defining one or more openings at or near a distal end of the catheter; a venting mechanism coupled to a proximal end of the catheter, the venting mechanism configured to pass atmospheric air therethrough when negative pressure is applied to the venting mechanism; a first lumen coupled to the venting mechanism and in fluid communication with the one or more openings; a reservoir coupled to a proximal end of the first lumen and in fluid communication with the one or more openings; a controller which is configured to connect to the reservoir and is programmed to control a pressure within the first lumen; and a pump fluidly coupled to the reservoir via a controller pump interface, wherein the controller is further programmed to monitor a urine output received in the reservoir from a patient, characterized in that the controller is further programmed to apply a negative pressure to the first lumen at predefined intervals in time, and wherein the controller is further programmed to actuate the pump for airlock clearance whereby a pressure within the reservoir and first lumen reduces until a meniscus of urine within the first lumen passes a minimum point in the first lumen and the pressure reaches an inflection point after which the controller is programmed to reduce the power to the pump to reduce a suction within the reservoir and first lumen. an elongate catheter defining one or more openings at or near a distal end of the catheter; a venting mechanism coupled to a proximal end of the catheter, the venting mechanism configured to pass atmospheric air therethrough when negative pressure is applied to the venting mechanism; a first lumen coupled to the venting mechanism and in fluid communication with the one or more openings; a reservoir coupled to a proximal end of the first lumen and in fluid communication with the one or more openings; a controller which is configured to connect to the reservoir and is programmed to control a pressure within the first lumen; and a pump fluidly coupled to the reservoir via a controller pump interface, wherein the controller is further programmed to monitor a urine output received in the reservoir from a patient, characterized in that the controller is further programmed to apply a negative pressure to the first lumen at predefined intervals in time, and wherein the controller is further programmed to actuate the pump for airlock clearance whereby a pressure within the reservoir and first lumen reduces until a meniscus of urine within the first lumen passes a minimum point in the first lumen and the pressure reaches an inflection point after which the controller is programmed to reduce the power to the pump to reduce a suction within the reservoir and first lumen.
A firewood processor for cutting sawlog into individual pieces and splitting sawlog pieces into chopped wood, comprising: a processor housing , a splitting section provided with a splitting knife for splitting pieces of sawlog into chopped wood and arranged in the processor housing, a cutting section arranged in the processor housing , a feed table with a conveying means which in use feeds the sawlogs into the cutting section, wherein one part of the feed table is arranged and fixed inside the processor housing and constitutes an inner part of the feed table, and a second part of the feed table is arranged outside the processor housing and constitutes an outer part of the feed table, which is attached with one of its ends to the processor housing by a hinge , characterized by comprising a hydraulic cylinder which is hinged at its one end on the processor housing and is hinged at its second end to the outer part of the feed table, such that the outer part of the feed table, under the action of the hydraulic cylinder , swivels up or down by an angle (α) with respect to the longitudinal axis of the feed table . a processor housing , a splitting section provided with a splitting knife for splitting pieces of sawlog into chopped wood and arranged in the processor housing, a cutting section arranged in the processor housing , a feed table with a conveying means which in use feeds the sawlogs into the cutting section, wherein one part of the feed table is arranged and fixed inside the processor housing and constitutes an inner part of the feed table, and a second part of the feed table is arranged outside the processor housing and constitutes an outer part of the feed table, which is attached with one of its ends to the processor housing by a hinge , characterized by comprising a hydraulic cylinder which is hinged at its one end on the processor housing and is hinged at its second end to the outer part of the feed table, such that the outer part of the feed table, under the action of the hydraulic cylinder , swivels up or down by an angle (α) with respect to the longitudinal axis of the feed table .
A prosthesis deployment device comprising: an elongate delivery catheter assembly configured for electrosurgery and also configured to retain and deploy a prosthesis; a housing assembly operably coupled to the delivery catheter assembly and configured to connect to an electrosurgical power generator, wherein the housing assembly comprises an actuator configured to displace a portion of the delivery catheter assembly to deploy the prosthesis, upon actuation, characterized in that the actuator is configured for one-handed operation, wherein said prosthesis deployment device further comprises: a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly , and a sheath adapter configured to be moved proximally by the track , wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly , wherein the delivery catheter assembly is configured for insertion in a working channel of an echoendoscope and wherein the housing assembly comprises a rotatable luer lock adapter configured to mate with a luer lock adapter attached to a working end of the echoendoscope. an elongate delivery catheter assembly configured for electrosurgery and also configured to retain and deploy a prosthesis; a housing assembly operably coupled to the delivery catheter assembly and configured to connect to an electrosurgical power generator, wherein the housing assembly comprises an actuator configured to displace a portion of the delivery catheter assembly to deploy the prosthesis, upon actuation, characterized in that the actuator is configured for one-handed operation, wherein said prosthesis deployment device further comprises: a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly , and a sheath adapter configured to be moved proximally by the track , wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly , wherein the delivery catheter assembly is configured for insertion in a working channel of an echoendoscope and wherein the housing assembly comprises a rotatable luer lock adapter configured to mate with a luer lock adapter attached to a working end of the echoendoscope. a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly , and a sheath adapter configured to be moved proximally by the track , wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly ,
A disinfectant appliance , comprising a surface layer by which water is drawn into the appliance, a plurality of chlorite absorbent particles , wherein said chlorite absorbent particles comprise a chlorite salt absorbed in an absorbent, a plurality of redox resin particles or acid resin particles, and at least one absorbent material, wherein the absorbent material allows infusion of water into the disinfectant appliance , and release of the chlorite from the chlorite absorbent particles into the water to form a chlorite comprising solution, wherein contacting of the chlorite comprising solution with the redox resin particles results in a ClO 2 comprising solution, and the expulsion of the resulting ClO 2 comprising solution from the disinfectant appliance .
A method for signaling the position of a safety device with respect to a safety zone to be monitored with regard to the safety device , characterized in that for monitoring the safety zone , the position of the safety device is detected with a detection device , and the safety zone is divided into a first subzone , within which the safety device is at a minimum distance and offset from the detection device , and at least one second subzone , within the range of which the safety device is at a distance and/or offset from the detection device that is greater but can still be classified as allowed, as well as - in response to a detected position of the safety device within the first subzone , this is recognized as a first non-safety-critical condition, in response to detection of the safety device in the area of a second subzone , this is recognized as a second non-safety-critical classifiable condition, and a third safety-critical condition is recognized when the safety device is not detected either within the first subzone or in the area of at least the second subzone , and in that recognition of the third condition is signaled by a safety-oriented deployment signal for deployment of a predetermined safety-oriented response and/or recognition of the first and/or second condition(s) is signaled by an information signal with data pertaining to the respective condition to a display device, in particular in wireless connection. - in response to a detected position of the safety device within the first subzone , this is recognized as a first non-safety-critical condition, in response to detection of the safety device in the area of a second subzone , this is recognized as a second non-safety-critical classifiable condition, and a third safety-critical condition is recognized when the safety device is not detected either within the first subzone or in the area of at least the second subzone , and in that recognition of the third condition is signaled by a safety-oriented deployment signal for deployment of a predetermined safety-oriented response and/or recognition of the first and/or second condition(s) is signaled by an information signal with data pertaining to the respective condition to a display device, in particular in wireless connection.
A method of predicting whether a therapeutic agent, which is an antibody, will have a desirable clearance rate in a cynomolgus monkey, wherein a desirable clearance rate is a clearance rate of less than or equal to 8.5ml/kg/day, the method comprising the step of contacting the therapeutic agent with a baculovirus particle (BV) bound to a microtiter plate, measuring the level of binding of the therapeutic agent to the BV and calculating a BV score for the therapeutic agent based on the level of binding of the therapeutic agent to the BV, wherein a BV score is calculated from the mean of the values obtained from binding assays performed measuring the level of binding of the therapeutic agent to the BV and each value has been normalized by dividing by the signal observed for non-BV coated microtiter wells on the same assay plate, wherein a BV score below a predetermined threshold is indicative of an increased likelihood of the desirable clearance rate, wherein the predetermined threshold for the BV score is 5.
A material collecting equipment comprising: an implement compartment having a work implement disposed therein and having a receiving portion ; a handle having a first end coupled to a top surface of the implement compartment and a second end located distally away from the first end ; and a collection basket disposed below the handle , the collection basket having a pair of side walls disposed sidewardly at a distance to the mid-plane (P) of the collection basket , the collection basket having a cross-member transverse to the mid-plane (P) and extending between the pair of side walls , wherein the collection basket has a fore portion engaging with the receiving portion ; the cross-member is located on the collection basket between the fore portion and an end of the collection basket opposite to the fore portion ; characterized in that : one of the handle and the cross-member is provided with a hook member extending therefrom such that the hook member is adapted to releasably engage other one of the cross-member and the handle , wherein the collection basket is releasably secured to the handle via the hook member . an implement compartment having a work implement disposed therein and having a receiving portion ; a handle having a first end coupled to a top surface of the implement compartment and a second end located distally away from the first end ; and a collection basket disposed below the handle , the collection basket having a pair of side walls disposed sidewardly at a distance to the mid-plane (P) of the collection basket , the collection basket having a cross-member transverse to the mid-plane (P) and extending between the pair of side walls , wherein the collection basket has a fore portion engaging with the receiving portion ; the cross-member is located on the collection basket between the fore portion and an end of the collection basket opposite to the fore portion ; characterized in that : one of the handle and the cross-member is provided with a hook member extending therefrom such that the hook member is adapted to releasably engage other one of the cross-member and the handle , wherein the collection basket is releasably secured to the handle via the hook member . one of the handle and the cross-member is provided with a hook member extending therefrom such that the hook member is adapted to releasably engage other one of the cross-member and the handle , wherein the collection basket is releasably secured to the handle via the hook member .
Method for feeding a metal cable twisted and braided into a plurality of braids or a flat wire from a spool to an operating machine such as a textile machine, a winding machine, a winder or the like which processes it, said feeding comprising unwinding the cable or wire from the spool , measuring at least one controlled property of the cable or wire from among its tension, velocity and quantity delivered, any adjustment of the said property and feeding of the cable or wire to the said machine with the aforesaid property being held constant, said at least one property of the cable or wire being controlled by a feed device feeding the cable or wire located between the spool and the operating machine, said feed device controlling a braking torque applied to the electric motor rotating said spool , the cable or wire being unwound in a controlled way in a direction at right angles to the axis (W) of the spool , the controlled unwinding taking place by passing the cable leaving the spool over a return member located at a short distance from such spool and associated with a support member for the spool, wherein it comprises driving the spool by its own electric motor associated with said supporting member, said drive being obtained at a velocity such as to maintain unwinding of the cable or wire at right angles to the axis (W) of the spool , and the feed device sends information relating to the feed velocity of wire or cable to the operating machine via a communication bus, acting so that such wire or cable always remains tensioned upstream from the feed device , avoiding loosening or tearing during the stage when the feed device is decelerating and accelerating, this controlled unwinding preventing the cable from changing its structure through loosening or stretching or said wire from suffering twisting before its property is measured, said cable or said wire maintaining its own structure from spool to the operating machine.
A washing machine comprising: a casing (C); and a state sensing unit being configured for sensing tilt of a predetermined angle or more of the casing or vibration of a predetermined magnitude or more applied to the casing (C), wherein the state sensing unit includes: a switching conductive element being configured to move according to tilt of the , casing (C) or vibration applied to the casing (C); a contact electrode ; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element , and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode , wherein the guide electrode guides the switching conductive element such that, when the casing (C) is balanced, the switching conductive element is supported by the guide electrode while spaced apart from the contact electrode , and, when the switching conductive element moves by tilt of the predetermined angle or more of the casing (C) or vibration of the predetermined magnitude or more applied to the casing (C), the switching conductive element comes into contact with the contact electrode . a casing (C); and a state sensing unit being configured for sensing tilt of a predetermined angle or more of the casing or vibration of a predetermined magnitude or more applied to the casing (C), wherein the state sensing unit includes: a switching conductive element being configured to move according to tilt of the , casing (C) or vibration applied to the casing (C); a contact electrode ; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element , and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode , wherein the guide electrode guides the switching conductive element such that, a switching conductive element being configured to move according to tilt of the , casing (C) or vibration applied to the casing (C); a contact electrode ; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element , and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode , wherein the guide electrode guides the switching conductive element such that, when the casing (C) is balanced, the switching conductive element is supported by the guide electrode while spaced apart from the contact electrode , and, when the switching conductive element moves by tilt of the predetermined angle or more of the casing (C) or vibration of the predetermined magnitude or more applied to the casing (C), the switching conductive element comes into contact with the contact electrode .