mhurhangee/ep-ind-claims huggingface dataset:
A needle safety device comprising: a needle hub; a needle having a distal tip (2.1); a needle shield telescopically coupled to the needle hub; wherein, when the needle shield is in a first position relative to the needle hub, the needle shield covers the distal tip (2.1) of the needle, wherein, when the needle shield is in a second position relative to the needle hub, the distal tip (2.1) of the needle protrudes through an aperture (4.3) in the needle shield, and wherein, when the needle shield is in a third position relative to the needle hub, the needle shield covers the distal tip (2.1) of the needle, characterized in that the needle hub includes a plurality of resilient arms (3.3) having detents (3.6), the needle shield includes a plurality of axial slots (4.5) adapted to engage the detents (3.6) on the resilient arms (3.3) and wherein the detents (3.6) are axially movable in the slots (4.5), the needle shield including a plurality of grooves (4.6) separated from the slots (4.5) by separation walls (4.7) and wherein the grooves (4.6) are adapted to engage the detents (3.6), and a spring biases the needle shield relative to the needle hub toward the first and third positions, wherein, in the first position and in the second position, the detents (3.6) are engaged in the slots (4.5), wherein, in the third position, the detents (3.6) are engaged in the grooves (4.6), and wherein, in the third position, the detents (3.6) are adapted to abut the separation walls (4.7) and prevent proximal movement of the needle shield relative to the needle hub. a needle hub; a needle having a distal tip (2.1); a needle shield telescopically coupled to the needle hub; wherein, when the needle shield is in a first position relative to the needle hub, the needle shield covers the distal tip (2.1) of the needle, wherein, when the needle shield is in a second position relative to the needle hub, the distal tip (2.1) of the needle protrudes through an aperture (4.3) in the needle shield, and wherein, when the needle shield is in a third position relative to the needle hub, the needle shield covers the distal tip (2.1) of the needle, the needle hub includes a plurality of resilient arms (3.3) having detents (3.6), the needle shield includes a plurality of axial slots (4.5) adapted to engage the detents (3.6) on the resilient arms (3.3) and wherein the detents (3.6) are axially movable in the slots (4.5), the needle shield including a plurality of grooves (4.6) separated from the slots (4.5) by separation walls (4.7) and wherein the grooves (4.6) are adapted to engage the detents (3.6), and a spring biases the needle shield relative to the needle hub toward the first and third positions, wherein, in the first position and in the second position, the detents (3.6) are engaged in the slots (4.5), wherein, in the third position, the detents (3.6) are engaged in the grooves (4.6), and wherein, in the third position, the detents (3.6) are adapted to abut the separation walls (4.7) and prevent proximal movement of the needle shield relative to the needle hub.
Tubular racking and well center tool handling device (40, 40') comprising: - vertical rails, - at least two motion arm assemblies (143, 143') mounted on said vertical rails, wherein each motion arm assembly comprises a base that is vertically mobile along said vertical rails by a vertical drive, and a motion arm connected to said base, the motion arm having a mechanical connector, wherein each motion arm is a telescopic extensible arm, each arm having a first arm segment (141m-1) which is connected to the base via a vertical axis bearing allowing the motion arm to revolve about said vertical axis, and wherein said arm comprises one or more telescoping additional arm segments (141m-2; 141m-3). - vertical rails, - at least two motion arm assemblies (143, 143') mounted on said vertical rails, wherein each motion arm assembly comprises a base that is vertically mobile along said vertical rails by a vertical drive, and a motion arm connected to said base, the motion arm having a mechanical connector, wherein each motion arm is a telescopic extensible arm, each arm having a first arm segment (141m-1) which is connected to the base via a vertical axis bearing allowing the motion arm to revolve about said vertical axis, and wherein said arm comprises one or more telescoping additional arm segments (141m-2; 141m-3).
A terminal conjugated trienal acetal compound represented by General Formula: wherein n is an integer of 2 to 11; and each of R 1 and R 2 independently represents a monovalent hydrocarbon group having 1 to 10 carbon atoms, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group having 2 to 10 carbon atoms as R 1 -R 2.
A medical ultrasound acquisition-data analysis device having a plurality of channels and configured for: acquiring channel data via ultrasound received on the channels; characterized in that the acquired channel data are used to estimate coherence of said data and to derive dominance of an eigenvalue of a channel covariance matrix; and, based on the estimate and the derived dominance, distinguishing microcalcifications from background. acquiring channel data via ultrasound received on the channels; characterized in that the acquired channel data are used to estimate coherence of said data and to derive dominance of an eigenvalue of a channel covariance matrix; and, based on the estimate and the derived dominance, distinguishing microcalcifications from background.
An apparatus comprising: a hardware processor configured to execute a kernel driver, wherein the kernel driver is configured to: receive an application program interface call, extract metadata from the API call, determine if the API call should be allowed, based on the extracted metadata, if the API call should be allowed, then determine if the API call should be hooked, based on the extracted metadata, if the API call should not be hooked, then the API call is allowed without hooking, if the API call should be hooked, then the API call is hooked. receive an application program interface call, extract metadata from the API call, determine if the API call should be allowed, based on the extracted metadata, if the API call should be allowed, then determine if the API call should be hooked, based on the extracted metadata, if the API call should not be hooked, then the API call is allowed without hooking, if the API call should be hooked, then the API call is hooked.
Medical instrument with a hollow shaft, at the proximal end of which a handle is arranged, and at the distal end of which a tool with two jaw parts (5, 6) is arranged, of which at least one jaw part (5 or 6) is pivotable relative to the other jaw part (6 or 5), wherein a distal end region of the shaft that carries the tool is configured as a tool tip that can be deflected with respect to the longitudinal axis of the shaft, and the tool tip is rotatable about the longitudinal axis of the shaft respectively about the longitudinal axis of the tool tip, wherein the rotation of the tool tip about the longitudinal axis of the shaft respectively about the longitudinal axis of the tool tip is effected via a first actuation element which is mounted rotatably in the hollow shaft and which is operatively connected at the proximal end to the handle, and wherein the deflection of the tool tip is effected via a second actuation element which is mounted axially displaceably in the hollow shaft and which is operatively connected at the proximal end to the handle, wherein the at least one pivotable jaw part (5 or 6) of the tool is adjustable between a closed position and an open position via a pull/push element which is mounted axially displaceably in the tool tip and which is operatively connected at the proximal end to the handle, and wherein the pull/push element for the actuation of the at least one pivotable jaw part (5 or 6) is mounted eccentrically in the tool tip, parallel to the longitudinal axis of the shaft respectively the longitudinal axis of the tool tip, characterized in that the tool tip is mounted at the distal end of the shaft via a slotted-guide element in such a way as to be deflectable with respect to the longitudinal axis of the shaft, and in that the proximal end of the tool tip is mounted in the slotted-guide element so as to be rotatable about the longitudinal axis of the shaft respectively about the longitudinal axis of the tool tip via a hollow pin arranged eccentrically with respect to the longitudinal axis of the shaft respectively the longitudinal axis of the tool tip.
Distribution unit for granular material, such as seed grains, fertilizer and the like, in particular a seeding unit of a distribution or seeding machine, comprising a housing having an approximately circular and/or circle-segment shaped inner circumferential surface, at least one inlet opening for conveyed granular material or conveyed grains, a conveying device concentrically rotating in the housing for the conveyed granular material or the conveyed grains, and at least one outlet opening, which connects approximately tangentially to the inner circumferential surface of the housing, wherein said conveying device comprises one or more openings and carriers at the outer region thereof or in the vicinity of their outer circumference, which, in a first housing and/or conveying region, form a pocket with the housing inner circumferential surface, into which the grains are urged and conveyed circularly by centrifugal forces, supported by the conveying device, and wherein in a second housing and/or separation region only one individual grain remains in the opening or against the carriers of the conveying device due to a modified contour of the inner circumferential surface of the housing and the influence of centrifugal forces, excess grains are separated and in turn conveyed back to the first housing region for re-conveying, characterized in that, the openings and carriers of the conveying device form a conveying pocket with the inner circumferential surface of the housing, wherein the circumferential surface transitions from a wide region to a narrow region, so that the narrow circumferential surface width only offers sufficient guidance for one grain to be conveyed.
An air sampling device for sampling air in a controlled environment comprising: a housing body having a top and a side; an opening at the top of said housing body; a retaining assembly configured to retain a media plate, said retaining assembly located at the top of said housing body at said opening; a mass flow meter having an input and an output; and a blower inside said plenum and configured to draw air past the media plate, through the opening, through the plenum, and through the mass flow meter,, characterized in that said plenum has a top end and a bottom end, said top and bottom ends defining a longitudinal axis of the plenum therebetween, said top end being coupled to the top of the housing body at said opening, wherein said longitudinal axis of said plenum is substantially coaxial with said opening, whereby said plenum is in flow communication with said opening thereby allowing the air to move down longitudinally in the plenum, and wherein the input of the mass flow meter is coupled to the bottom end of said plenum and in flow communication with said plenum. a housing body having a top and a side; an opening at the top of said housing body; a retaining assembly configured to retain a media plate, said retaining assembly located at the top of said housing body at said opening; a mass flow meter having an input and an output; and a blower inside said plenum and configured to draw air past the media plate, through the opening, through the plenum, and through the mass flow meter,, characterized in that said plenum has a top end and a bottom end, said top and bottom ends defining a longitudinal axis of the plenum therebetween, said top end being coupled to the top of the housing body at said opening, wherein said longitudinal axis of said plenum is substantially coaxial with said opening, whereby said plenum is in flow communication with said opening thereby allowing the air to move down longitudinally in the plenum, and wherein the input of the mass flow meter is coupled to the bottom end of said plenum and in flow communication with said plenum.
An apparatus for simulating the variable-size distribution of the particulate matter and number or numbers typical to particle and nano-particle generating systems comprising: a housing having an inlet and an outlet; a filter configured to remove of a specific diameter of particulates; a removable liquid exhaust tank mounted in a sealed tank reservoir within a flow path, the liquid exhaust tank configured to contain a fluid; a sealed tank reservoir; a heating element mounted within the sealed tank reservoir, wherein the heating element is configured to provide a variable fluid vaporization rate, and wherein the heating element is configured to atomize the fluid; and one or more sensors (20, 47, 48) to measure at least one of pressure, flow, temperature, or humidity; characterised in that the apparatus further comprises four flow control valves, wherein a first flow control valve is disposed between the inlet and the outlet, wherein a second flow control valve is disposed between the inlet and the filter, wherein a third flow control valve is disposed between the sealed tank reservoir and the filter, and wherein a fourth flow control valve is disposed between the sealed tank reservoir and the outlet. a housing having an inlet and an outlet; a filter configured to remove of a specific diameter of particulates; a removable liquid exhaust tank mounted in a sealed tank reservoir within a flow path, the liquid exhaust tank configured to contain a fluid; a sealed tank reservoir; a heating element mounted within the sealed tank reservoir, wherein the heating element is configured to provide a variable fluid vaporization rate, and wherein the heating element is configured to atomize the fluid; and one or more sensors (20, 47, 48) to measure at least one of pressure, flow, temperature, or humidity; characterised in that the apparatus further comprises four flow control valves, wherein a first flow control valve is disposed between the inlet and the outlet, wherein a second flow control valve is disposed between the inlet and the filter, wherein a third flow control valve is disposed between the sealed tank reservoir and the filter, and wherein a fourth flow control valve is disposed between the sealed tank reservoir and the outlet.
An arrangement for a cabin of an aircraft comprising a lavatory stall (10, 24) having at least one wall having a forward wall portion, the at least one wall defining an interior lavatory space, and the forward wall portion being configured to be disposed immediately aft of and adjacent to an aircraft passenger seat having an exterior aft surface having a shape that is substantially not flat in a vertical plane, wherein the forward wall portion is shaped to substantially conform to the shape of the exterior aft surface of the aircraft passenger seat; wherein the forward wall portion is shaped to include a recess and define a secondary space in the interior lavatory space in an area forward of an aft-most portion of the forward wall portion; and wherein the forward wall portion of the lavatory stall is configured to accept loads from the aircraft passenger seat. a lavatory stall (10, 24) having at least one wall having a forward wall portion, the at least one wall defining an interior lavatory space, and the forward wall portion being configured to be disposed immediately aft of and adjacent to an aircraft passenger seat having an exterior aft surface having a shape that is substantially not flat in a vertical plane, wherein the forward wall portion is shaped to substantially conform to the shape of the exterior aft surface of the aircraft passenger seat; wherein the forward wall portion is shaped to include a recess and define a secondary space in the interior lavatory space in an area forward of an aft-most portion of the forward wall portion; and wherein the forward wall portion of the lavatory stall is configured to accept loads from the aircraft passenger seat.
An optical imaging apparatus, comprising: a light-controlling panel including first and second light-controlling members (20, 21) each having numerous band-shaped reflective parts (18, 19) disposed parallel to one another inside a transparent sheet (16, 17) and perpendicular to one side of the transparent sheet (16, 17), the first and second light-controlling members (20, 21) being disposed face to face in such a manner that the respective band-shaped reflective parts (18, 19) cross one another; a display unit for displaying an object image and being disposed with a space from the light-controlling panel; and a first mirror member disposed behind the light-controlling panel with a constant space therefrom so as to be parallel to the light-controlling panel; characterized in that a second mirror member is provided in the space between the display unit and the light-controlling panel so as to be parallel to the first mirror member, wherein light from the object image displayed on the display unit is reflected by the first mirror member and further reflected by the second mirror member and reflected again by the first mirror member and the reflected light enters the light control panel and the object image is formed in front of the light-controlling panel by means of the light-controlling panel. a light-controlling panel including first and second light-controlling members (20, 21) each having numerous band-shaped reflective parts (18, 19) disposed parallel to one another inside a transparent sheet (16, 17) and perpendicular to one side of the transparent sheet (16, 17), the first and second light-controlling members (20, 21) being disposed face to face in such a manner that the respective band-shaped reflective parts (18, 19) cross one another; a display unit for displaying an object image and being disposed with a space from the light-controlling panel; and a first mirror member disposed behind the light-controlling panel with a constant space therefrom so as to be parallel to the light-controlling panel; characterized in that a second mirror member is provided in the space between the display unit and the light-controlling panel so as to be parallel to the first mirror member, wherein light from the object image displayed on the display unit is reflected by the first mirror member and further reflected by the second mirror member and reflected again by the first mirror member and the reflected light enters the light control panel and the object image is formed in front of the light-controlling panel by means of the light-controlling panel.
A renal neuromodulation apparatus, comprising a catheter having an expandable distal basket formed from a plurality of circumferential struts or members, wherein the basket has a plurality of electrodes that may be expanded into contact with the wall of the renal artery, wherein the plurality of electrodes is formed along the members of the basket, wherein the basket members are coupled to the catheter at proximal and distal connections (255a, 255b), respectively, wherein the electrodes are affixed to the inside surface, outside surface or embedded within the struts or members of the basket.
A filtration device configured for filtering a cooling gas associated with an integrated compressor unit, wherein the filtration device comprises: - an outer housing having an inner cylindrical wall extending along a longitudinal axis, - an inner cartridge having an outer cylindrical wall extending along the longitudinal axis and an inner passage for a filtered gas, the inner cartridge being mounted in the outer housing and defining therewith in a cross sectional plane orthogonal to the longitudinal axis a duct dividing the gas flow into two streams flowing in opposite directions, the duct being located between an inlet for the cooling gas and a first outlet for trapped particles, the inlet and first outlet each comprising at least one hole passing through the outer housing, the inner cartridge having an assembly of at least one second filtering outlet (8a, 8b) extending from the duct and leading to the inner passage and arranged between the inlet and the first outlet, characterized in that outer wall has a flat portion facing the first outlet. - an outer housing having an inner cylindrical wall extending along a longitudinal axis, - an inner cartridge having an outer cylindrical wall extending along the longitudinal axis and an inner passage for a filtered gas, the inner cartridge being mounted in the outer housing and defining therewith in a cross sectional plane orthogonal to the longitudinal axis a duct dividing the gas flow into two streams flowing in opposite directions, the duct being located between an inlet for the cooling gas and a first outlet for trapped particles, the inlet and first outlet each comprising at least one hole passing through the outer housing, the inner cartridge having an assembly of at least one second filtering outlet (8a, 8b) extending from the duct and leading to the inner passage and arranged between the inlet and the first outlet, characterized in that outer wall has a flat portion facing the first outlet.
An earth removal member (1,80,101,121,201) for drilling a wellbore with casing or liner, comprising: a tubular body (5,205); a nose (10,210) attached to one end of the tubular body, wherein the nose includes a blade support and comprises a drillable material; a blade (15,15A,15B) attached to the blade support using mating profiles (31,43,54); cutters disposed along the blade; and a nozzle (30,130) disposed in the nose; characterised in that the blade support is a raised portion on a face of the nose and in that a locking member (51,52) is disposed in the blade support and the blade. a tubular body (5,205); a nose (10,210) attached to one end of the tubular body, wherein the nose includes a blade support and comprises a drillable material; a blade (15,15A,15B) attached to the blade support using mating profiles (31,43,54); cutters disposed along the blade; and a nozzle (30,130) disposed in the nose; characterised in that the blade support is a raised portion on a face of the nose and in that a locking member (51,52) is disposed in the blade support and the blade.