mhurhangee/patent-ind-claim-en huggingface dataset:
A reel assembly for controlling the displacement of webbing comprising: a webbing shaft with a geared end plate , the webbing being wound about the webbing shaft ; and a locking dog having first and second locking teeth , each locking tooth configured to selectively lockingly engage a respective first and second engagement surface on the geared end plate to prevent displacement of the webbing upon rotation of the locking ring when the webbing shaft experiences a force having a predetermined magnitude, wherein, when the webbing shaft experiences the force having the predetermined magnitude, rotation of the webbing shaft is first partially arrested by the engagement of the first locking tooth of the locking dog with the first engagement surface on the geared end plate and subsequently completely arrested by the combined engagements of the first and second locking teeth with their respective first and second engagement surfaces , wherein a gap (G) is initially defined between the second locking tooth and the second engagement surface when the first locking tooth is engaged with the first engagement surface , wherein the gap (G) is subsequently closed by either: a) deflection of the first engagement surface until the second locking tooth engages the second engagement surface , or b) deflection of the first locking tooth until the second locking tooth engages the second engagement surface . a webbing shaft with a geared end plate , the webbing being wound about the webbing shaft ; and a locking dog having first and second locking teeth , each locking tooth configured to selectively lockingly engage a respective first and second engagement surface on the geared end plate to prevent displacement of the webbing upon rotation of the locking ring when the webbing shaft experiences a force having a predetermined magnitude, wherein, when the webbing shaft experiences the force having the predetermined magnitude, rotation of the webbing shaft is first partially arrested by the engagement of the first locking tooth of the locking dog with the first engagement surface on the geared end plate and subsequently completely arrested by the combined engagements of the first and second locking teeth with their respective first and second engagement surfaces , wherein a gap (G) is initially defined between the second locking tooth and the second engagement surface when the first locking tooth is engaged with the first engagement surface , wherein the gap (G) is subsequently closed by either: a) deflection of the first engagement surface until the second locking tooth engages the second engagement surface , or b) deflection of the first locking tooth until the second locking tooth engages the second engagement surface . a) deflection of the first engagement surface until the second locking tooth engages the second engagement surface , or b) deflection of the first locking tooth until the second locking tooth engages the second engagement surface .
An expression vector for use in regenerative cardiac therapy comprising: (a) a nucleic acid sequence encoding lysine-specific demethylase 4D (KDM4D); (b) a cardiac tissue-specific promoter that effects overexpression of KDM4D, wherein the promoter is operably linked to the nucleic acid sequence; and (c) a regulatory element that inducibly represses the overexpression of KDM4D. (a) a nucleic acid sequence encoding lysine-specific demethylase 4D (KDM4D); (b) a cardiac tissue-specific promoter that effects overexpression of KDM4D, wherein the promoter is operably linked to the nucleic acid sequence; and (c) a regulatory element that inducibly represses the overexpression of KDM4D.
A method of generating a stream from a video prepared for a convex mapping surface, the method comprising: - generating at least one first video captured from a viewpoint at the center of said convex mapping surface and projected onto a flat rectangular mapping surface, a frame of a first video being representative of a part of a frame of the video ; - generating a second video , the second video being the video from which said at least one first video has been removed; and - generating the stream comprising a first syntax element relative to the at least one first video and a second syntax element relative to said second video . - generating at least one first video captured from a viewpoint at the center of said convex mapping surface and projected onto a flat rectangular mapping surface, a frame of a first video being representative of a part of a frame of the video ; - generating a second video , the second video being the video from which said at least one first video has been removed; and - generating the stream comprising a first syntax element relative to the at least one first video and a second syntax element relative to said second video .
A piston and cylinder type damper with a cylinder containing damping fluid having a longitudinal axis and a piston assembly mounted therein for reciprocal movement along said axis, with the piston assembly dividing the cylinder into two chambers and providing a passageway for flow of damping fluid therebetween, the passageway including a control passage for restricting flow of damping fluid, and a sealing element for selectively sealing the piston assembly against the cylinder, with the control passage and the sealing element being positioned at axially spaced apart locations, wherein the sealing element comprises an O-ring , wherein the piston assembly comprises a radially extending first flange for selectively sealing against the O-ring and a radially extending second flange spaced axially from the first flange, wherein the two flanges act as limit stops for the axial movement of the O-ring, and characterised in that the two flanges are connected by a spigot , wherein the spigot extends through the internal bore of the O-ring and occupies a proportion of the cross-sectional area of the O-ring bore of less than half. wherein the sealing element comprises an O-ring , wherein the piston assembly comprises a radially extending first flange for selectively sealing against the O-ring and a radially extending second flange spaced axially from the first flange, wherein the two flanges act as limit stops for the axial movement of the O-ring, and characterised in that the two flanges are connected by a spigot , wherein the spigot extends through the internal bore of the O-ring and occupies a proportion of the cross-sectional area of the O-ring bore of less than half.
An angling system for recording runs on a fishing line comprising: at least one fish bite detector, wherein the or each fish bite detector comprises a fish bite sensor connected to a transmitter or transceiver, and wherein the or each fish bite detector is configured to transmit a fish bite signal upon the fish bite sensor detecting a fish bite; and at least one camera or at least one shutter actuator for attachment to a camera comprising a shutter, wherein the or each camera or shutter actuator comprises a receiver or transceiver, and wherein the or each camera or shutter actuator comprises an integral means for attachment to a bank stick or rod pod, wherein the receiver or transceiver of the or each camera or shutter actuator is pairable with the transmitter or transceiver of the or each fish bite detector, wherein the receiver or transceiver of the or each camera or shutter actuator is configured to receive fish bite signals transmitted by each paired fish bite detector, and wherein the or each camera is configured to record upon receiving each fish bite signal, or the or each shutter actuator is configured to actuate a shutter of a camera to which the shutter actuator is attached upon receiving each fish bite signal. at least one fish bite detector, wherein the or each fish bite detector comprises a fish bite sensor connected to a transmitter or transceiver, and wherein the or each fish bite detector is configured to transmit a fish bite signal upon the fish bite sensor detecting a fish bite; and at least one camera or at least one shutter actuator for attachment to a camera comprising a shutter, wherein the or each camera or shutter actuator comprises a receiver or transceiver, and wherein the or each camera or shutter actuator comprises an integral means for attachment to a bank stick or rod pod,
A tubular LED light fixture comprising: a lamp holder ; a printed circuit board , disposed on the lamp holder ; a plurality of point light sources , disposed on the light source mounting surface of the printed circuit board along a length direction of the tubular LED light fixture; wherein the tubular LED light fixture further comprises: a lens , disposed on the lamp holder in a light-emitting direction of the point light source for adjusting light distribution of the point light source on a plane perpendicular to the length direction of the tubular LED light fixture; and a strip-shaped convex lens array , disposed on the lamp holder and located between the lens and the printed circuit board and arranged along the length direction of the tubular LED light fixture, characterized in that the strip-shaped convex lens array is a positive cylindrical lens microarray arranged on an optical thin film for converting each point light source into a plurality of consecutive sub point light sources, and the sub point light source converted by the adjacent point light source is connected or overlapped. a lamp holder ; a printed circuit board , disposed on the lamp holder ; a plurality of point light sources , disposed on the light source mounting surface of the printed circuit board along a length direction of the tubular LED light fixture; a strip-shaped convex lens array , disposed on the lamp holder and located between the lens and the printed circuit board and arranged along the length direction of the tubular LED light fixture, characterized in that the strip-shaped convex lens array is a positive cylindrical lens microarray arranged on an optical thin film for converting each point light source into a plurality of consecutive sub point light sources, and the sub point light source converted by the adjacent point light source is connected or overlapped.
Intravaginal conception assistance device for collecting and presenting ejaculate relatively close to a cervix comprising a cup part for collecting the ejaculate present in a vaginal canal and presenting it relatively close to the cervix upon moving through the vaginal canal towards the cervix , wherein the cup part has an opening defined by a distal end edge of the cup part , and the cup part has a height (H10) which is smaller than its width (W10), the width (W10) being measured at a widest point of the cup part and across an outer boundary of the cup part, characterised in that said cup part is substantially invertible.
A client system for use in an airport, comprising: a terminal comprising a client virtualization platform , the client virtualization platform connectable to a server via a first communication link , a keyboard and a display ; a peripheral manager connectable to a peripheral device (250; 260; 270; 280); and a client peripheral manager simulator communicatively coupled to the peripheral manager ; wherein: the client virtualization platform is configured to: initiate a session between the server and the terminal via the first communication link ; access an application on the server ; and establish a virtual channel between the client peripheral manager simulator and the server via the client virtualization platform ; the peripheral manager is configured to: operate the peripheral device (250; 260; 270; 280) via a second communication link ; and the client peripheral manager simulator is configured to: communicate all data between the peripheral manager and the application on the server via the virtual channel . a terminal comprising a client virtualization platform , the client virtualization platform connectable to a server via a first communication link , a keyboard and a display ; a peripheral manager connectable to a peripheral device (250; 260; 270; 280); and a client peripheral manager simulator communicatively coupled to the peripheral manager ; wherein: the client virtualization platform is configured to: initiate a session between the server and the terminal via the first communication link ; access an application on the server ; and establish a virtual channel between the client peripheral manager simulator and the server via the client virtualization platform ; the peripheral manager is configured to: operate the peripheral device (250; 260; 270; 280) via a second communication link ; and the client peripheral manager simulator is configured to: communicate all data between the peripheral manager and the application on the server via the virtual channel . the client virtualization platform is configured to: initiate a session between the server and the terminal via the first communication link ; access an application on the server ; and establish a virtual channel between the client peripheral manager simulator and the server via the client virtualization platform ; initiate a session between the server and the terminal via the first communication link ; access an application on the server ; and establish a virtual channel between the client peripheral manager simulator and the server via the client virtualization platform ; the peripheral manager is configured to: operate the peripheral device (250; 260; 270; 280) via a second communication link ; and the client peripheral manager simulator is configured to: communicate all data between the peripheral manager and the application on the server via the virtual channel . operate the peripheral device (250; 260; 270; 280) via a second communication link ; and the client peripheral manager simulator is configured to: communicate all data between the peripheral manager and the application on the server via the virtual channel .
A structured package , comprising a plurality of package layers , wherein adjacent package layers are in contact with each other and the flow channels of adjacent package layers often intersect in an open manner, wherein at least one package layer comprises a plurality of structural elements and the structural elements are designed and arranged so as to form a first fine structuring , and wherein adjacent structural elements have a first spacing (a), wherein the package layer comprises a plurality of bulges , wherein at least one bulge has a circumferential edge , which are designed and arranged so as to form a second fine structuring , and wherein adjacent bulges have a second spacing (b), wherein the structural elements and the bulges are designed without holes, a corrugation pattern is superimposed on the first and the second fine structuring , and the corrugation pattern forms adjacent flow channels .
A piston for an internal combustion engine, the piston comprising: a first part which is formed of steel; and a second part which is joined to the first part via an annular joining layer (a) and is formed of an aluminum alloy, wherein a thickness of the joining layer is 1.0 μm to 20.0 μm on both an inner circumferential side and an outer circumferential side of the joining layer. a first part which is formed of steel; and a second part which is joined to the first part via an annular joining layer (a) and is formed of an aluminum alloy, wherein a thickness of the joining layer is 1.0 μm to 20.0 μm on both an inner circumferential side and an outer circumferential side of the joining layer.
A method for recovering energy from the change of phase of carbon dioxide ice, this method being implemented by means of a device comprising: - an enclosure , containing carbon dioxide ice at a sub-atmospheric pressure; - an energy recovering primary circuit , passing through the enclosure and in which a coolant circulates; the method comprising the following steps of: - passing the coolant into the primary circuit , this step causing the carbon dioxide ice to be warmed and its change of phase into CO 2 and the coolant to be cooled; - extracting the CO 2 content in the enclosure ; the CO 2 extracted from the enclosure being gaseous; the method comprising a step of substantially continuous depressurising the enclosure at a sub-atmospheric pressure and a step of transiting the CO 2 extracted from the enclosure into a heat exchanger in which it is warmed by heat exchange with a coolant circulated in a secondary circuit . - an enclosure , containing carbon dioxide ice at a sub-atmospheric pressure; - an energy recovering primary circuit , passing through the enclosure and in which a coolant circulates; - passing the coolant into the primary circuit , this step causing the carbon dioxide ice to be warmed and its change of phase into CO 2 and the coolant to be cooled; - extracting the CO 2 content in the enclosure ;
Filtering device, in particular for fuel filtration, having a heating module connected to a filter housing with a filter medium body accommodated therein, wherein the heating module abuts the filter housing in a flat manner, characterized in that the heating module abuts the filter housing via an inherently flat contact surface , which extends at least approximately across the complete cross-sectional area of the filter housing , and that the heating module is held on the filter housing by a clamping fastener , wherein the clamping fastener exerts a clamping force directed axially parallel to the longitudinal axis of the filter on the filter housing and the heating module , which clamping force is applied via the contact surface .
Container for housing at least one product (P), said container comprising a plurality of hollow elements being joined together in one piece, each hollow element of said plurality of hollow elements comprising: - a base , - at least one lateral wall emerging from the base and defining with this latter a seat configured to receive at least one product (P), the lateral wall defining at least one opening delimited by a free edge and configured to allow the introduction and withdrawal of at least one product (P) from said seat , wherein the container is made by folding a single flat blank made of paper sheet material, wherein the container comprises an outer edge with a closed profile, opposed to the bases of the plurality of hollow elements and delimiting an upper access of the container , wherein the seats of the plurality of hollow elements are defined within said outer edge , wherein the container further comprises at least one panel joined in one piece to at least one part of the outer edge of the container , characterized by the fact that the panel is fixed, optionally by gluing, at least to the lateral wall at an area distinct and distanced from the perimetral outer edge . - a base , - at least one lateral wall emerging from the base and defining with this latter a seat configured to receive at least one product (P), the lateral wall defining at least one opening delimited by a free edge and configured to allow the introduction and withdrawal of at least one product (P) from said seat , wherein the container is made by folding a single flat blank made of paper sheet material, wherein the container comprises an outer edge with a closed profile, opposed to the bases of the plurality of hollow elements and delimiting an upper access of the container , wherein the seats of the plurality of hollow elements are defined within said outer edge , wherein the container further comprises at least one panel joined in one piece to at least one part of the outer edge of the container , characterized by the fact that the panel is fixed, optionally by gluing, at least to the lateral wall at an area distinct and distanced from the perimetral outer edge .
A heat-absorbing glass plate which is made of soda lime silica glass, wherein the heat-absorbing glass plate contains iron, tin and sulfur, wherein, as represented by mass% based on oxides, the MgO content is at least 0% and less than 2.0%, the Na 2 O content is from 5 to 18%, the amount of total tin as calculated as SnO 2 is at least 0.02% and less than 0.4%, the amount of total iron as calculated as Fe 2 O 3 is from 0.1 to 0.9%, the amount of total sulfur as calculated as SO 3 is at least 0.005% and at most 0.1%, and which contains substantially no CeO 2 or which substantially contains CeO 2 and has a CeO 2 content of less than 0.6% as represented by mass% based on oxides, and the ratio (SnO 2 /SO 3 ) of the amount of total tin to the amount of total sulfur as calculated as SO 3 is from 0.2 to 100, wherein the ratio Tv/Te of the visible light transmittance Tv (by illuminant A, 2° visual field) as defined in JIS R3106 to the solar transmittance Te as defined in JIS R3106 , and the amount of total iron t-Fe 2 O 3 as calculated as Fe 2 O 3 as represented by mass% based on oxides, calculated as 4 mm thickness of the glass plate, are in a relation of the following formulae: Tv/Te>1.70 when t-Fe 2 O 3 is less than 0.351%; Tv/Te>1.252 × (t-Fe 2 O 3 ) +1.260 when t-Fe 2 O 3 is at least 0.351% and less than 0.559%; and Tv/Te>1.960 when t-Fe 2 O 3 is at least 0.559%. Tv/Te>1.70 when t-Fe 2 O 3 is less than 0.351%; Tv/Te>1.252 × (t-Fe 2 O 3 ) +1.260 when t-Fe 2 O 3 is at least 0.351% and less than 0.559%; and Tv/Te>1.960 when t-Fe 2 O 3 is at least 0.559%.
A method of calibrating or datuming probes on a machine tool, the machine tool comprising: a first part on which a workpiece is mountable; a second part on which a tool is mountable, the first and second parts being movable relative to each other; a control which controls the relative movement of the two parts of the machine tool; a toolsetting probe mounted on the first part; a workpiece-sensing probe mounted on the second part; the method comprising: moving the parts of the machine tool relative to each other to bring the two probes into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control. a first part on which a workpiece is mountable; a second part on which a tool is mountable, the first and second parts being movable relative to each other; a control which controls the relative movement of the two parts of the machine tool; a toolsetting probe mounted on the first part; a workpiece-sensing probe mounted on the second part; the method comprising: moving the parts of the machine tool relative to each other to bring the two probes into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control. moving the parts of the machine tool relative to each other to bring the two probes into a sensing relationship with each other in a probing direction; characterised in that a pre-calibrated dimension of the toolsetting probe is used to set one or more parameters of the workpiece-sensing probe in the probing direction, and storing the parameter of the workpiece-sensing probe in the control.