mhurhangee/patent-ind-claim-en huggingface dataset:
Gas insufflation and exsufflation apparatus comprising: - a motorized turbine comprising a gas inlet and a gas outlet , and - an insufflation line fluidically connected to the gas outlet of the turbine , - an exsufflation line fluidically connected to the gas inlet of the turbine , and - a common line for supplying gas to a patient, which is fluidically connected to said insufflation line and exsufflation line , characterized in that it further comprises: - a first and a fourth pneumatic valve which are arranged on the exsufflation line , the first pneumatic valve controlling an establishment of fluidic communication of the exsufflation line with the atmosphere, and the fourth pneumatic valve controlling an establishment of fluidic communication of the common gas supply line with the exsufflation line , - a second and a third pneumatic valve which are arranged on the insufflation line , the second pneumatic valve controlling an establishment of fluidic communication of the insufflation line with the atmosphere, and the third pneumatic valve controlling an establishment of fluidic communication of the insufflation line with the common gas supply line , - and pneumatic control means pneumatically controlling said first, second, third and fourth pneumatic valves . - a motorized turbine comprising a gas inlet and a gas outlet , and - an insufflation line fluidically connected to the gas outlet of the turbine , - an exsufflation line fluidically connected to the gas inlet of the turbine , and - a common line for supplying gas to a patient, which is fluidically connected to said insufflation line and exsufflation line , - a first and a fourth pneumatic valve which are arranged on the exsufflation line , the first pneumatic valve controlling an establishment of fluidic communication of the exsufflation line with the atmosphere, and the fourth pneumatic valve controlling an establishment of fluidic communication of the common gas supply line with the exsufflation line , - a second and a third pneumatic valve which are arranged on the insufflation line , the second pneumatic valve controlling an establishment of fluidic communication of the insufflation line with the atmosphere, and the third pneumatic valve controlling an establishment of fluidic communication of the insufflation line with the common gas supply line , - and pneumatic control means pneumatically controlling said first, second, third and fourth pneumatic valves .
An anxiolytic composition, comprising a synergistic combination of L-theanine, a whey protein, an extract of magnolia and an extract of phellodendron.
A compound or a pharmaceutically acceptable salt thereof for use in the treatment of a disease, disorder or condition selected from the group consisting of ischemia reperfusion injury, hyperinsulinemia, hyperlipidemia, glycemia, glucose tolerance, insulin sensitivity, adiposity, insulin resistance, obesity, diabetes, neurodegeneration, traumatic brain injury, heart failure, Parkinson's disease; wherein said compound is selected from the group consisting of: and
A clipping device , comprising: a clip including a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, and a pair of clip arms , proximal ends of which are slidably received within the channel to move the clip arms between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends of the clip arms are drawn toward one another, the clip arms being biased toward the open configuration and being aligned relative to one another via a pin received within openings extending through proximal ends of the clip arms ; a proximal portion configured for insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end including a bushing releasably coupled to the capsule ; and a control member extending longitudinally through the flexible shaft from a proximal end to a distal end releasably coupled to the proximal ends of the clip arms to move the clip arms between the open and closed configurations, the distal end of the control member including a pair of holding jaws , each of which include a pair of fingers extending about the pin along opposing sides thereof with distal ends of the fingers curving around a distal surface of the pin to grip the pin therebetween. a clip including a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, and a pair of clip arms , proximal ends of which are slidably received within the channel to move the clip arms between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends of the clip arms are drawn toward one another, the clip arms being biased toward the open configuration and being aligned relative to one another via a pin received within openings extending through proximal ends of the clip arms ; a proximal portion configured for insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end including a bushing releasably coupled to the capsule ; and a control member extending longitudinally through the flexible shaft from a proximal end to a distal end releasably coupled to the proximal ends of the clip arms to move the clip arms between the open and closed configurations, the distal end of the control member including a pair of holding jaws , each of which include a pair of fingers extending about the pin along opposing sides thereof with distal ends of the fingers curving around a distal surface of the pin to grip the pin therebetween.
A control device for controlling the rotational speed ( n VAD (t) ) of a non-pulsatile ventricular assist device, VAD, by means of an event-based within-a-beat control strategy, wherein the control device is configured to alter the rotational speed ( n VAD (t) ) of the VAD within the cardiac cycle of the assisted heart and to synchronize the alteration of the rotational speed ( n VAD (t) ) with the heartbeat by at least one sequence of trigger signals (σ(t)) that is related to at least one predetermined characteristic event in the cardiac cycle, characterized in that the control device is configured to alter the rotational speed ( n VAD (t) ) of the VAD to generate a predetermined desired minimum pulsatility Δ AoP ̃ h in an artery of interest within the cardiac cycle, and to synchronize the beginning and/or the end of the speed alteration by the at least one sequence of trigger signals (σ(t)).
A compound comprising a structure of formula (I), said compound being Wherein R1 is independently selected from OC1-3 alkyl, OC3-5 cycloalkyl, OC1-C3 deuterium alkyl, dialkyl amine, substituted C4-C6 cycloamine or diazabicyclo amine; R2 is independently selected from hydrogen or fluoro; R3 is independently selected from methyl or deuterated methyl; R4 is independently selected from C1-C3 alkyl or C1-C3 deuterated alkyl. R2 is independently selected from hydrogen or fluoro; R3 is independently selected from methyl or deuterated methyl; R4 is independently selected from C1-C3 alkyl or C1-C3 deuterated alkyl.
A suitcase comprising a frame having an annular shape and a right and a left shell connected to the frame and delimiting an inner containment volume, the two shells being made of rigid or semi-rigid material, wherein quick attachment means are comprised, in order to connect each one of said two shells to the annular shaped frame in interchangeable way in such a manner that each one of said right and left shell can be detached from the frame and can be reapplied to the frame or can be changed with another equivalent one, the frame being divided in two parts coupled with each other and having each part a substantially rectangular shape having two lateral sides, one top side and one bottom side, characterized in that the two lateral sides of each part of the frame form an edge guide in respect to which the edge of the shell slides from the top side to bottom side of the said part.
A dental implant assembly comprising a main body which is at least partly incorporated into the jawbone, comprising a recess which extends from the coronal end of the main body in the direction of the apical end and a coupling region at the coronal end , which encloses the recess and is concavely or convexly curved, an abutment , wherein the abutment has an apical coupling region which is oriented towards the main body and has a convex or concave geometry opposite to the coupling region of the main body , wherein the coupling region of the main body forms an interface with the coupling region of the abutment , and a connecting element for fastening the abutment on the main body , characterized in that the curvature of the concave coupling region is smaller than the curvature of the convex coupling region. a main body which is at least partly incorporated into the jawbone, comprising a recess which extends from the coronal end of the main body in the direction of the apical end and a coupling region at the coronal end , which encloses the recess and is concavely or convexly curved, an abutment , wherein the abutment has an apical coupling region which is oriented towards the main body and has a convex or concave geometry opposite to the coupling region of the main body , wherein the coupling region of the main body forms an interface with the coupling region of the abutment , and a connecting element for fastening the abutment on the main body , characterized in that the curvature of the concave coupling region is smaller than the curvature of the convex coupling region.
An imaging system , comprising: a first illumination source associated with a first image sensor , wherein the first illumination source is configured to operate based on a first illumination pulse train, wherein the first image sensor is a near-field image sensor; a second image sensor , wherein the second image sensor is a far-field image sensor; and a controller communicatively coupled to the first illumination source , the first image sensor and the second image sensor , wherein the controller is configured to: determine a first exposure period of the second image sensor ; and modify one or more characteristics of the first illumination pulse train to accommodate the first exposure period of the second image sensor , to reduce illumination interference amongst the first and second image sensors. a first illumination source associated with a first image sensor , wherein the first illumination source is configured to operate based on a first illumination pulse train, wherein the first image sensor is a near-field image sensor; a second image sensor , wherein the second image sensor is a far-field image sensor; and a controller communicatively coupled to the first illumination source , the first image sensor and the second image sensor , wherein the controller is configured to: determine a first exposure period of the second image sensor ; and modify one or more characteristics of the first illumination pulse train to accommodate the first exposure period of the second image sensor , to reduce illumination interference amongst the first and second image sensors. determine a first exposure period of the second image sensor ; and modify one or more characteristics of the first illumination pulse train to accommodate the first exposure period of the second image sensor , to reduce illumination interference amongst the first and second image sensors.
An attachment (10; 110; 210) for a tracheal cannula (57; 157), the attachment (10; 110; 210) surrounding a cavity (20; 120; 220), the attachment (10; 110; 210) being open or openable both in a coupling area (12; 112; 212) of the attachment (10; 110; 210) as well as in an orifice area (16; 116; 216) of the attachment (10; 110; 210), differing in location from the coupling area (12; 112; 212), for providing an access to the cavity (20; 120; 220), the attachment (10; 110; 210) having in the coupling area (12; 112; 212) a latching formation (38; 138; 238), which is designed for a releasable connection to a mating latching formation (60, 62; 162) of the tracheal cannula (57; 157), the coupling area (12; 112; 212) surrounding a section of the cavity, the section of the cavity (20; 120; 220) surrounded by the coupling area (12; 112; 212) being centrally penetrated by virtual coupling axis (K), the coupling axis (K) defining an axial direction (a) along its path, defining a plurality of radial directions (r) orthogonally to its path and defining a circumferential direction (u) running around it, the coupling area (12; 112; 212) having at least one support section (26, 28; 126, 128; 226, 228), on which at a first location the latching formation (38; 138; 238) is situated and at a second location distinct from the first location a force application area (36; 136; 236) is situated in such a way that by exerting an actuating force on the force application area (36; 136; 236) in the radial direction toward the coupling axis (K), the support section (26, 28; 126, 128; 226, 228) is displaceable between two positions of different radial distance of the latching formation (38; 138; 238) situated on the support section (26, 28; 126, 128; 226, 228) from the coupling axis (K), wherein the force application area (36; 136; 236) and the latching formation (38; 138; 238) displaceable by an exertion of force on the force application area (36; 136; 236) of the same support section (26, 28; 126, 128; 226, 228) are situated along the coupling axis (K) at an axial distance (d) from each other, characterized in that the attachment (10; 110; 210) is formed between the coupling area (12; 112; 212) and the orifice area (16; 116; 216) as a tube or a hood curved around an axis of curvature (H) that is orthogonal to the coupling axis (K). wherein the force application area (36; 136; 236) and the latching formation (38; 138; 238) displaceable by an exertion of force on the force application area (36; 136; 236) of the same support section (26, 28; 126, 128; 226, 228) are situated along the coupling axis (K) at an axial distance (d) from each other, characterized in that the attachment (10; 110; 210) is formed between the coupling area (12; 112; 212) and the orifice area (16; 116; 216) as a tube or a hood curved around an axis of curvature (H) that is orthogonal to the coupling axis (K).
A gas combustion type fastener driving machine in which a fuel gas and air are stirred by a fan within a combustion chamber, a stirred air-fuel gas mixture is burned by an ignition spark, and a striking piston is actuated by a combustion pressure to drive a fastening member, the machine comprising: a fan motor for rotating the fan; and a control circuit board for controlling an action of the fan motor , characterized in that the control circuit board is adapted to detect an actuation signal for an igniter that generates the ignition spark and to reduce a rotation speed of the fan motor based on the actuation signal. a fan motor for rotating the fan; and a control circuit board for controlling an action of the fan motor , characterized in that the control circuit board is adapted to detect an actuation signal for an igniter that generates the ignition spark and to reduce a rotation speed of the fan motor based on the actuation signal.
Modular kinetic machine (M) for producing electricity from fluid flows, floating, type "open center", with the swept area fully immersed and perpendicular to the flow direction, consisting of - two coaxial turbines counter rotating, one with external blades (T1) and the other with internal blades (T2), with built in generators, - a floating/positioning control device (F) consisting of a floater , a positioning wing that is located outside the turbines, and a fixture connecting the turbines to the floater whereby each turbine is structurally, mechanically and electrically independent, and consisting of a rotor with blades, a stator and a built in generator. - two coaxial turbines counter rotating, one with external blades (T1) and the other with internal blades (T2), with built in generators, - a floating/positioning control device (F) consisting of a floater , a positioning wing that is located outside the turbines, and a fixture connecting the turbines to the floater whereby each turbine is structurally, mechanically and electrically independent, and consisting of a rotor with blades, a stator and a built in generator.
A forklift comprising a load carrier , movably coupled to a mast, a control unit, at least one drive wheel , at least one support wheel , and at least one sensor device for detection of a guiding device , wherein the forklift may be operated in a free-range mode and at least a semi-automatic mode where the guiding device provides for at least partly controlling of the forklift , characterized in that it comprises at least one auxiliary wheel , selectively movable between a lower position in which a resilient contact between an underlying floor surface and said at least one auxiliary wheel is established, and an elevated position in which said at least one auxiliary wheel is elevated from said floor surface , wherein the control unit is arranged to receive an indication that a load carrier operation is initiated, wherein said load carrier operation is a vertical movement of the load carrier and detect that the at least one auxiliary wheel is in resilient contact with the underlying floor surface , wherein the control unit is arranged to control the at least one auxiliary wheel to shift from a resilient contact to a rigid contact with the underlying floor surface .
A method comprising: executing a first security agent on a first endpoint; executing a second security agent on a second endpoint; receiving , at a threat management facility, an indication of an activity accessing a remote resource originating from a user and detected by the first security agent executing on the first endpoint; controlling the first security agent with the threat management facility to prevent completion of the activity accessing the remote resource; identifying the second endpoint associated with the user; initiating an authentication process between the threat management facility and the second security agent for access by the user to the remote resource; and in response to completion of the authentication process, controlling the first security agent to permit completion of the activity accessing the remote resource originating from the user. executing a first security agent on a first endpoint; executing a second security agent on a second endpoint; receiving , at a threat management facility, an indication of an activity accessing a remote resource originating from a user and detected by the first security agent executing on the first endpoint; controlling the first security agent with the threat management facility to prevent completion of the activity accessing the remote resource; identifying the second endpoint associated with the user; initiating an authentication process between the threat management facility and the second security agent for access by the user to the remote resource; and in response to completion of the authentication process, controlling the first security agent to permit completion of the activity accessing the remote resource originating from the user.
A glove, which is designed in particular to practice an active, primarily winter sport activity and comprises a hand area with a wrist area directly attached thereto, wherein the wrist area stretches in the direction of the elbow as far as the end of the glove and has an opening with an inner end , characterized in that a cord is arranged so as to be pulled, said cord being connected in turn to a safety strap , wherein a free end of the safety strap is designed as a strap loop .
An implantable medical device, comprising: a stent having a braided portion and a crocheted portion ; a cover member disposed along the braided portion ; wherein the cover member is designed to limit tissue ingrowth along the braided portion ; and wherein the crocheted portion of the stent is designed to permit tissue ingrowth therein so as to reduce migration of the stent . a stent having a braided portion and a crocheted portion ; a cover member disposed along the braided portion ; wherein the cover member is designed to limit tissue ingrowth along the braided portion ; and wherein the crocheted portion of the stent is designed to permit tissue ingrowth therein so as to reduce migration of the stent .
Cleaning system comprising: - at least one autonomous unit permanently installed in an object, comprising a transducer, a microchip and preferably a sensor system; as well as - a cleaning device for the object to be cleaned, the cleaning device comprising: - a receiver device which is configured to enter into data exchange at close range with the autonomous unit permanently installed in the object to be cleaned and to receive data from the autonomous unit ; - a data collection unit capable of registering the data received from the receiver device and feeding it in an appropriate form to a data processing unit ; wherein - the data processing unit includes evaluation software for processing the supplied data; and - an output unit which preferably comprises a display, and in particular preferably a display with touchscreen, wherein the output unit is in information communication with the data processing unit and is capable of outputting information and/or instructions to the user of the cleaning device . - at least one autonomous unit permanently installed in an object, comprising a transducer, a microchip and preferably a sensor system; as well as - a cleaning device for the object to be cleaned, the cleaning device comprising: - a receiver device which is configured to enter into data exchange at close range with the autonomous unit permanently installed in the object to be cleaned and to receive data from the autonomous unit ; - a data collection unit capable of registering the data received from the receiver device and feeding it in an appropriate form to a data processing unit ; wherein - the data processing unit includes evaluation software for processing the supplied data; and - an output unit which preferably comprises a display, and in particular preferably a display with touchscreen, wherein the output unit is in information communication with the data processing unit and is capable of outputting information and/or instructions to the user of the cleaning device . - a receiver device which is configured to enter into data exchange at close range with the autonomous unit permanently installed in the object to be cleaned and to receive data from the autonomous unit ; - a data collection unit capable of registering the data received from the receiver device and feeding it in an appropriate form to a data processing unit ; wherein - the data processing unit includes evaluation software for processing the supplied data; and - an output unit which preferably comprises a display, and in particular preferably a display with touchscreen, wherein the output unit is in information communication with the data processing unit and is capable of outputting information and/or instructions to the user of the cleaning device .