mhurhangee/patent-ind-claim-en huggingface dataset:
Building skylight with a light aperture comprising: - a glazing , - a frame with four profiles surrounding the aperture , and - a cover , wherein an outer first frame surface of one or more of said profiles extends towards a plane (PL1) defined by a major surface of the the glazing , and wherein said outer first frame surface is an outermost side surface of the profile that faces said aperture , wherein the cover comprises an illumination element comprising an electric light arrangement , wherein a part of the cover extends over at least a part of the first frame surface , and wherein said part of the cover comprises an outer surface that faces away from said first frame surface and abuts said aperture , wherein the cover comprises a tongue which abuts a peripherial rim leg of the frame , said rim leg supporting a dry wall , and/or wherein the cover comprises a tongue extending in between the glazing and a surface of the frame facing and being proximate the glazing, wherein the cover comprises a resilient wall part , and wherein said cover provides a resulting clamping force around a part of the exterior of said profile due to said resiliency. - a glazing , - a frame with four profiles surrounding the aperture , and - a cover , wherein an outer first frame surface of one or more of said profiles extends towards a plane (PL1) defined by a major surface of the the glazing , and wherein said outer first frame surface is an outermost side surface of the profile that faces said aperture , wherein the cover comprises an illumination element comprising an electric light arrangement , wherein a part of the cover extends over at least a part of the first frame surface , and wherein said part of the cover comprises an outer surface that faces away from said first frame surface and abuts said aperture , wherein the cover comprises a tongue which abuts a peripherial rim leg of the frame , said rim leg supporting a dry wall , and/or wherein the cover comprises a tongue extending in between the glazing and a surface of the frame facing and being proximate the glazing, wherein the cover comprises a resilient wall part , and wherein said cover provides a resulting clamping force around a part of the exterior of said profile due to said resiliency.
An oil-free vacuum pump for evacuating gaseous media, comprising: an electric motor that drives a shaft ; a pump housing with a pump chamber and an inlet and an outlet ; a prismatic displacement piston that, acting bi-directionally and movable over a reciprocal operating path, is accommodated within the pump chamber , the displacement piston having an elongated hole into which a driving force of the shaft is introduced via a crankpin ; and at least one pressure valve that releases a flow of gaseous medium out of the pump chamber through the outlet and blocks a flow into the pump chamber ; characterised in that the displacement piston releases a connection between the inlet and the pump chamber in the region of two dead centers of the reciprocal operating path and overlapping in a region lying in between, and the driving force of the shaft is introduced by means of a roller bearing . an electric motor that drives a shaft ; a pump housing with a pump chamber and an inlet and an outlet ; a prismatic displacement piston that, acting bi-directionally and movable over a reciprocal operating path, is accommodated within the pump chamber , the displacement piston having an elongated hole into which a driving force of the shaft is introduced via a crankpin ; and at least one pressure valve that releases a flow of gaseous medium out of the pump chamber through the outlet and blocks a flow into the pump chamber ; characterised in that the displacement piston releases a connection between the inlet and the pump chamber in the region of two dead centers of the reciprocal operating path and overlapping in a region lying in between, and the driving force of the shaft is introduced by means of a roller bearing .
A method for handling a sample tube containing a biological sample, a tube label being attached to the sample tube, the tube label carrying tube data, the tube data comprising at least geometric tube data being descriptive of at least one geometric property of the sample tube, the method comprising: - reading at least the geometric tube data from the tube label by a reader device , - transmitting at least the geometric tube data from the reader device to a processing device ; - controlling the processing device for handling the sample tube in accordance with the at least one geometric property described by the read geometric data, the tube label comprising: - an optically readable pattern, such as a barcode, in particular a two-dimensional bar code; or - a sender for sending the tube data via an antenna , the antenna being attached to the sample tube; the method being characterized in that : - the processing device is one of: a capper, a decapper, an aliquoter, a centrifuge or a gripper for gripping the sample tube or cap of the sample tube; - and in that the method further comprises deriving the tube type from the geometric data read from the tube label. - reading at least the geometric tube data from the tube label by a reader device , - transmitting at least the geometric tube data from the reader device to a processing device ; - controlling the processing device for handling the sample tube in accordance with the at least one geometric property described by the read geometric data, - an optically readable pattern, such as a barcode, in particular a two-dimensional bar code; or - a sender for sending the tube data via an antenna , the antenna being attached to the sample tube; - the processing device is one of: a capper, a decapper, an aliquoter, a centrifuge or a gripper for gripping the sample tube or cap of the sample tube; - and in that the method further comprises deriving the tube type from the geometric data read from the tube label.
Cover bearing system for one end of a sleeve that is supported in a replaceable manner in a machine frame , with a bearing block that is held on the machine frame and forms a removal opening for the sleeve , a cover head that forms a bearing for the end of the sleeve and is displaceable in axial direction of the sleeve and is held in a swivelling manner on the bearing block about a swivel axis (A) parallel to the axis of the sleeve and offset from this axis, and an actuator system for moving the cover head, characterised in that the actuator system has an actuator for the axial movement of the cover head , that the bearing block and the cover head are engaged via a hollow cylinder and a cylinder body displaceable therein, of which one has a guiding contour and the other has a follower body guided along the guiding contour, and that the guiding contour extends in a first section linearly in the axial direction and in a second section helically about the axis of the cylinder body .
A tungsten (VI) salt or a solvate thereof, for use in a therapeutic method of improving normal reproduction and fertility in a non-diabetic non-infertile female mammal, or in a therapeutic method of improving the efficacy of an assisted reproductive technique in a mammal wherein the method of improving the efficacy of an assisted reproductive technique is not a method for use in treatment of female infertility in non-diabetic mammals associated with intrauterine insemination or an in vitro fertilization technique, and wherein the tungsten (VI) salt or a solvate thereof is administered to said mammal.
An oscillating device for generating electricity from a flow of fluid comprising: - at least one oscillating part within an angle of oscillation, - at least one support , fixed to a reference surface and connected to said oscillating part at an axis of oscillation , - at least one counter-balancing system connected to, and/or acting on, said oscillating part , - at least one adjustable profile configured to be at least partially immersed in said flow of fluid and movably connected to said oscillating part , the oscillating device further comprising at least one adjustment system , which is connected to said at least one adjustable profile and which is configured to change the position and the resistance of said at least one adjustable profile with respect to said flow of fluid between at least one position of greater resistance , obtained by means of an active constrained force adjustment , and at least one position of lesser resistance , obtained by means of a passive release adjustment or by interruption of said active adjustment , wherein said adjustable profile comprises a leading edge and a pressure centre and is movably connected to said oscillating part by at least one connection point , wherein the at least one connection point is located at said leading edge or between said leading edge and said centre of pressure so as to allow the flow of fluid to generate a mechanical moment such as to orient said at least one adjustable profile in said position of least resistance following said passive release adjustment or by interruption of said active adjustment . - at least one oscillating part within an angle of oscillation, - at least one support , fixed to a reference surface and connected to said oscillating part at an axis of oscillation , - at least one counter-balancing system connected to, and/or acting on, said oscillating part , - at least one adjustable profile configured to be at least partially immersed in said flow of fluid and movably connected to said oscillating part ,
A method for operating an electronic device comprising: transmitting to a plurality of devices , control information comprising a transmission time for each of the plurality of devices to transmit a signal for a distance measurement; receiving from each of the plurality of devices , feedback information comprising reception times of signals each of which is transmitted from another device in the transmission time; determining a distance between each pair of the plurality of devices based on the transmission time and each of the reception times identified by the feedback information; and determining positions of the plurality of devices based on the distance between each pair of the plurality of devices. transmitting to a plurality of devices , control information comprising a transmission time for each of the plurality of devices to transmit a signal for a distance measurement; receiving from each of the plurality of devices , feedback information comprising reception times of signals each of which is transmitted from another device in the transmission time; determining a distance between each pair of the plurality of devices based on the transmission time and each of the reception times identified by the feedback information; and determining positions of the plurality of devices based on the distance between each pair of the plurality of devices.
A prosthetic heart valve comprising: a stent frame comprising a first upper frame portion , a base , and at least two stent posts extending upwardly from the base ; wherein the base is connected to the first upper frame portion by the at least two stent posts , and wherein the first upper frame portion , the base , and the at least two stent posts each has an inner surface and an outer surface; and at least one sheet of leaflet material that weaves through the stent frame from the outer surface to the inner surface between the first upper frame portion and the base of the stent frame , wherein the first upper frame has a shape that is substantially similar to an upper edge of the base . a stent frame comprising a first upper frame portion , a base , and at least two stent posts extending upwardly from the base ; wherein the base is connected to the first upper frame portion by the at least two stent posts , and wherein the first upper frame portion , the base , and the at least two stent posts each has an inner surface and an outer surface; and at least one sheet of leaflet material that weaves through the stent frame from the outer surface to the inner surface between the first upper frame portion and the base of the stent frame , wherein the first upper frame has a shape that is substantially similar to an upper edge of the base .
A latch assembly (280; 282) for a switchable rocker arm , comprising: a latch bore comprising a first bore end , a second bore end , and a lost motion gap ; a latch pin configured to reciprocate in the latch bore , the latch pin comprising a main body comprising a first plug end in the first bore end , a second plug end in the second bore end , and a clearance between the first plug end and the second plug end , wherein the latch pin is configured to selectively move in the latch bore between an activated position and a deactivated position, wherein, when the latch pin is in the activated position, one of the first plug end and the second plug end is positioned in the lost motion gap , and wherein, when the latch pin is in the deactivated position, the clearance is in the lost motion gap ; a key in the latch bore , the key configured to guide the latch pin in the latch bore , wherein the key comprises a post , wherein the latch pin comprises a slot , and wherein the key guides the latch pin via the slot , and wherein the latch bore is configured to receive hydraulic control in both of the first bore end and the second bore end to move the latch pin . a latch bore comprising a first bore end , a second bore end , and a lost motion gap ; a latch pin configured to reciprocate in the latch bore , the latch pin comprising a main body comprising a first plug end in the first bore end , a second plug end in the second bore end , and a clearance between the first plug end and the second plug end , wherein the latch pin is configured to selectively move in the latch bore between an activated position and a deactivated position, wherein, when the latch pin is in the activated position, one of the first plug end and the second plug end is positioned in the lost motion gap , and wherein, when the latch pin is in the deactivated position, the clearance is in the lost motion gap ; a key in the latch bore , the key configured to guide the latch pin in the latch bore , wherein the key comprises a post , wherein the latch pin comprises a slot , and wherein the key guides the latch pin via the slot , and wherein the latch bore is configured to receive hydraulic control in both of the first bore end and the second bore end to move the latch pin .
A vial adaptor configured for use with a vial containing a medication and a needle assembly having a needle, the vial adaptor comprising: a substantially hollow body configured to couple with the vial, the body including a side wall and an upper wall ; a needle opening in the body, the needle opening being arranged along an axis and being sized and shaped to receive the needle along the axis to withdraw the medication from the vial; a cleaning passageway in the body, the cleaning passageway having an inlet in the side wall and being sized and shaped to receive a cleaning device to clean the vial; and a shroud extending outward from the body to block needle insertion into the vial through the cleaning passageway, the side wall deviating radially outwardly to follow the path of the shroud wherein the inlet deviates radially outwardly from a lower end of the inlet to an upper end of the inlet. a substantially hollow body configured to couple with the vial, the body including a side wall and an upper wall ; a needle opening in the body, the needle opening being arranged along an axis and being sized and shaped to receive the needle along the axis to withdraw the medication from the vial; a cleaning passageway in the body, the cleaning passageway having an inlet in the side wall and being sized and shaped to receive a cleaning device to clean the vial; and a shroud extending outward from the body to block needle insertion into the vial through the cleaning passageway, the side wall deviating radially outwardly to follow the path of the shroud wherein the inlet deviates radially outwardly from a lower end of the inlet to an upper end of the inlet.
A panel-type control button, comprises: a press key base (I), a press key panel (II), a switch board (III) and a springback soft key (V); the press key panel (II) is snap-fitted on top of the press key base (I), and one end of the press key panel (II) is rotatably mounted at one end of the press key base (I); the switch board (III) is located below the press key base (I), and the switch board (III) is provided thereon with a printed circuit board and a switch mechanism; the springback soft key (V) is located above the switch mechanism of the switch board (III); and when the press key panel (II) is pressed, the press key panel (II) comes into contact with the springback soft key (V) and triggers the switch mechanism on the switch board (III), and further controls the opening and closing of the switch mechanism; and the springback soft key (V) provides a springback force for the press key panel (II) to reset; wherein the press key base (I) comprises a rotation shaft and a bevel ; the bevel and a plane where a bottom surface of the press key base (I) is located form a certain angle; the rotation shaft is located on top of the bevel , and is fixed on the press key base (I); and the rotation shaft is above the plane where the bottom surface of the press key base (I) is located; and the bevel is provided thereon with a clipping hole and a boss relief hole ; characterized in that one surface of the press key panel (II) is provided with a first buckle and a boss ; the first buckle and the clipping hole on the press key base (I) match and have corresponding positions, and the first buckle is snap-fitted in the clipping hole and is above the clipping hole by a certain distance; the boss and the boss relief hole on the press key base (I) match, the boss passes through the boss relief hole and is above the boss relief hole by a certain distance, and when the boss moves downwardly, the boss comes into contact with the springback soft key (V).
Conductor terminal for clamping electrical conductors to a busbar , which has an insulating material housing with a housing base body and a housing cover , which can be connected to the housing base body , as a closure of the housing base body , wherein the housing cover forms a side wall of the insulating housing when the housing cover is placed on the housing base body , wherein the housing base body has a conductor insertion opening which opens into a conductor connection space in the basic housing body , and at least two clamping points being formed in the conductor connection space , at which clamping points electrical conductors introduced into the conductor insertion opening can be clamped to the busbar , characterized in that a projection is integrally formed on the housing cover , which projection projects into the conductor connection space when the housing cover is connected to the housing base body and forms a partition between two clamping points , the projection being integrally formed with the housing cover .
A method comprising: (a) suspending a coil wound heat exchanger in a substantially vertical orientation above a platform with at least one saddle (436a-d) and at least one lug (441a-b) that are each rigidly connected to the coil wound heat exchanger and are each connected to a module frame (460a-b, 466a-b); (b) rigidly affixing the at least one lug (441a-b) to the module frame (460a-b, 466a-b); (c) enabling the at least one saddle (436a-d) to move relative to the module frame (460a-b, 466a-b) in a direction parallel to a longitudinal axis of the coil wound heat exchanger when the coil wound heat exchanger transitions from ambient temperature to an operating temperature; (d) telescoping a coil wound mandrel into a shell of the coil wound heat exchanger with the shell of the coil wound heat exchanger in a substantially horizontal orientation; and (e) supporting the coil wound heat exchanger during step (d) using the at least one saddle (436a-d) and at least one lug (441a-b) that suspend the coil wound heat exchanger in step (a). (a) suspending a coil wound heat exchanger in a substantially vertical orientation above a platform with at least one saddle (436a-d) and at least one lug (441a-b) that are each rigidly connected to the coil wound heat exchanger and are each connected to a module frame (460a-b, 466a-b); (b) rigidly affixing the at least one lug (441a-b) to the module frame (460a-b, 466a-b); (c) enabling the at least one saddle (436a-d) to move relative to the module frame (460a-b, 466a-b) in a direction parallel to a longitudinal axis of the coil wound heat exchanger when the coil wound heat exchanger transitions from ambient temperature to an operating temperature; (d) telescoping a coil wound mandrel into a shell of the coil wound heat exchanger with the shell of the coil wound heat exchanger in a substantially horizontal orientation; and (e) supporting the coil wound heat exchanger during step (d) using the at least one saddle (436a-d) and at least one lug (441a-b) that suspend the coil wound heat exchanger in step (a).
A liquefied gas regasification plant (1;1') comprising a preheating heat exchanger that is arranged to preheat liquefied gas flowing through a preheated flow provided in the preheating heat exchanger by a preheating fluid flowing through a preheating flow provided in the preheating heat exchanger , a first heat exchanger that is arranged to regasify the liquefied gas preheated in the preheated flow provided in the preheating heat exchanger by seawater or fresh water and to guide the gas regasified in the first heat exchanger to the preheating flow provided in the preheating heat exchanger , and a second heat exchanger that is arranged to regasify the liquefied gas condensed through the preheating flow provided in the preheating heat exchanger by seawater or fresh water, characterized in that the preheating heat exchanger is designed such that the temperature of the liquefied gas flowing out from the preheating flow is equal to that of the preheated liquefied gas flowing out from the preheated flow .
Drywall screw for fastening a plasterboard panel to a metal support, having a head , a tip portion and an elongate shank , wherein the shank defines an axis in its longitudinal direction and extends along the axis from the head to the tip portion , wherein the tip portion adjoins the shank and is suitable for producing a first borehole in the plasterboard panel and a second borehole in the metal support when the drywall screw is driven through the plasterboard panel in the direction of the axis, wherein the drywall screw has a widening element which is suitable for widening the first borehole in the plasterboard panel to a first borehole diameter t and breaking off upon impinging on the metal support, wherein the head is larger than the first borehole diameter t with a pressing-in volume V 1 , wherein the shank has a threaded portion provided with a thread , characterized in that the shank has a thread-free underhead portion which is arranged along the axis between the threaded portion and the head and which is smaller than the first borehole diameter t with a receiving volume V 2 which is at least 80% of the pressing-in volume V 1 .