mhurhangee/ep-ind-claims huggingface dataset:
A wireless detonator initiating arrangement which includes a first module comprising a first housing which includes contacts and in which is mounted a signal processing assembly (24, 28), a second module comprising a second housing which is engageable with the first housing and which contains an explosive material, and an initiator which is engageable with at least the first housing characterised in that the initiator includes a first end which is locatable in a first recess in the first housing and a second end which is locatable in a second recess in the second housing, in that the wireless detonator initiator arrangement further includes a third housing, with contacts, which contains a power source and which is engageable with the first housing whereby the contacts are connected to the contacts to enable the power source to power the signal processing assembly (24, 28), and in that the first module includes a switch which is actuable manually or electrically to control the connection of the power source to the signal processing assembly (24, 28)
A stage light having a wireless power signal transmission system, comprising: a base; a U-shaped arm pivotally connected to the base; a light head pivotally connected between two holding arms of the U-shaped arm; and a driving assembly configured to drive the U-shaped arm and the light head to rotate, wherein a wireless power transmission device is provided at a connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head, and the wireless power transmission device includes a wireless power signal transmitting module and a wireless power signal receiving module which is matched with the wireless power signal transmitting module; the wireless power signal transmitting module includes a transmitting coil, the wireless power signal receiving module includes a receiving coil, and the transmitting coil and the receiving coil are both circular and are provided opposite each other; the stage light further comprising a wireless signal transmission device; characterized in that the wireless signal transmission device is provided at the connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head, and the wireless signal transmission device includes a signal transmitting unit and a signal receiving unit, electromagnetic waves are used to transmit signals between the signal transmitting unit and the signal receiving unit,which are both circular and are provided opposite each other, and the signal transmitting unit is provided on the transmitting coil, the signal receiving unit is provided on the receiving coil. a base; a U-shaped arm pivotally connected to the base; a light head pivotally connected between two holding arms of the U-shaped arm; and a driving assembly configured to drive the U-shaped arm and the light head to rotate, wherein a wireless power transmission device is provided at a connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head, and the wireless power transmission device includes a wireless power signal transmitting module and a wireless power signal receiving module which is matched with the wireless power signal transmitting module; the wireless power signal transmitting module includes a transmitting coil, the wireless power signal receiving module includes a receiving coil, and the transmitting coil and the receiving coil are both circular and are provided opposite each other; the stage light further comprising a wireless signal transmission device; characterized in that the wireless signal transmission device is provided at the connection portion between the U-shaped arm and the base and/or between the U-shaped arm and the light head, and the wireless signal transmission device includes a signal transmitting unit and a signal receiving unit, electromagnetic waves are used to transmit signals between the signal transmitting unit and the signal receiving unit,which are both circular and are provided opposite each other, and the signal transmitting unit is provided on the transmitting coil, the signal receiving unit is provided on the receiving coil.
A spinal fixation system comprising a first spinal rod, a second spinal rod and a spinal rod connector for connecting the first spinal rod and the second spinal rod, the spinal rod connector comprising: a housing component defining a first bore hole for receiving a portion of the first spinal rod, the first bore hole extending along a first longitudinal axis and a second bore hole for receiving a portion of the second spinal rod, the second bore hole extending along a second longitudinal axis; and a locking element for securing one of the first rod within the first bore hole and the second rod within the second bore hole, wherein the first longitudinal axis is configured to be offset in a sagittal plane from the second longitudinal axis by a predetermined offset distance when the connector is implanted in a patient, wherein the housing component comprises a first housing component defining the first bore hole and a second housing component movably coupled to the first housing component and defining the second bore hole, wherein the second housing component includes a coupling rod extending in a direction that is transverse to the second bore hole and the first housing component includes a coupling hole configured to receive the coupling rod, and wherein the coupling rod includes a first set of teeth on an outside surface and the coupling hole includes a second set of teeth on an inside surface configured to interlock with the first set of teeth. a housing component defining a first bore hole for receiving a portion of the first spinal rod, the first bore hole extending along a first longitudinal axis and a second bore hole for receiving a portion of the second spinal rod, the second bore hole extending along a second longitudinal axis; and a locking element for securing one of the first rod within the first bore hole and the second rod within the second bore hole, wherein the first longitudinal axis is configured to be offset in a sagittal plane from the second longitudinal axis by a predetermined offset distance when the connector is implanted in a patient, wherein the housing component comprises a first housing component defining the first bore hole and a second housing component movably coupled to the first housing component and defining the second bore hole, wherein the second housing component includes a coupling rod extending in a direction that is transverse to the second bore hole and the first housing component includes a coupling hole configured to receive the coupling rod, and wherein the coupling rod includes a first set of teeth on an outside surface and the coupling hole includes a second set of teeth on an inside surface configured to interlock with the first set of teeth.
A process for manufacturing a composite part comprising the following steps: - arrangement of a fibrous preform in a mold comprising an impregnation chamber which comprises in its lower part a filter by making a first face of the preform rest on said filter, the impregnation chamber being closed by a flexible membrane placed opposite a second face of the preform, said membrane separating the impregnation chamber from a compaction chamber; characterized in that the process further comprises the following steps: - injection of a compression fluid into the compaction chamber so as to apply a first pressure (Pm) on the membrane; - injection of a slurry comprising ceramic particles into the impregnation chamber with a second pressure (Pb) while maintaining the injection of the compression fluid, the second injection pressure (Pb) of the slurry being lower than the first pressure (Pm) on the membrane, wherein the process comprises the following step: - progressive increase of the first pressure (Pm) on the membrane and of the second injection pressure (Pb) of the slurry with maintenance of the second injection pressure (Pb) of the slurry lower than the first pressure (Pm) on the membrane. - arrangement of a fibrous preform in a mold comprising an impregnation chamber which comprises in its lower part a filter by making a first face of the preform rest on said filter, the impregnation chamber being closed by a flexible membrane placed opposite a second face of the preform, said membrane separating the impregnation chamber from a compaction chamber; characterized in that the process further comprises the following steps: - injection of a compression fluid into the compaction chamber so as to apply a first pressure (Pm) on the membrane; - injection of a slurry comprising ceramic particles into the impregnation chamber with a second pressure (Pb) while maintaining the injection of the compression fluid, the second injection pressure (Pb) of the slurry being lower than the first pressure (Pm) on the membrane, - progressive increase of the first pressure (Pm) on the membrane and of the second injection pressure (Pb) of the slurry with maintenance of the second injection pressure (Pb) of the slurry lower than the first pressure (Pm) on the membrane.
A contact lens for at least one of inhibiting, preventing and/or controlling myopia progression, the contact lens formed from a first material and incorporating myopia control optics wherein the contact lens has an optic zone and a non-optical, lenticular zone, the optic zone comprises a central zone and a peripheral zone, the central zone is centered at the optical axis of the lens and has a radius of 0.5 to 2 mm measured from the center of the lens, the central zone has constant distance vision power from -0.50 diopters to -12.00 diopters, the peripheral zone provides positive longitudinal spherical aberration that continuously and progressively increases from an innermost boundary closest to the optical center of the lens to the outermost boundary of the peripheral zone; and the contact lens comprising an antimuscarinic agent incorporated into a mixture being at least one of affixed to or incorporated into the first material forming the contact lens, the antimuscarinic agent being configured to elute into the eye over a predetermined period of time; the antimuscarinic agent being in the range 0.002 to 0.83 weight percent of the contact lens.
Access system for an application distributed over a network of nodes deployed on a communications architecture, by a client connected to said architecture, comprising a server conforming to the ALTO (Application Layer Traffic Optimization) standard, having means for supplying, upon a query by said client, information relating to a set of nodes of said network (Np) which take into account the topology of said network within said communications architecture, and at least one relay device capable of receiving and supplying said information; characterized in that it further comprises at least one mediation device adapted to: select certain nodes from the nodes of this set, using the information provided by the at least one relay; and establish communications between said client and at least one of the nodes thus selected via the mediation device, without the selected nodes being aware of the information relating to the set of nodes of said network. select certain nodes from the nodes of this set, using the information provided by the at least one relay; and establish communications between said client and at least one of the nodes thus selected via the mediation device, without the selected nodes being aware of the information relating to the set of nodes of said network.
Fuel injector for injecting fuel into a combustion engine, the injector comprising: - a valve with a movable needle for opening or closing the valve; - a first spring to move the needle into a closed position; - a second spring to move the needle into the closed position, - wherein there is a play between the second spring and the needle when the needle is in the closed position characterized in that, - the injector comprises an actuator which is operable to supply pressurized fuel to a fuel reservoir of a valve body of the fuel injector so that the fuel pressure of the pressurized fuel forces the needle away from the closed position against the spring force of the first spring or the first and second springs (130, 135), respectively, for opening the valve, and - the needle is received in the fuel reservoir, - wherein the needle and the springs (130, 135) are mounted coaxially, - wherein the actuator comprises a second valve for supplying the pressurized fuel to the fuel reservoir, - wherein the fuel reservoir of the valve body is arranged between the nozzle and the second valve, - wherein the needle is configured to open the valve when the needle is moved towards a nozzle end of the injector. - a valve with a movable needle for opening or closing the valve; - a first spring to move the needle into a closed position; - a second spring to move the needle into the closed position, - wherein there is a play between the second spring and the needle when the needle is in the closed position characterized in that, - the injector comprises an actuator which is operable to supply pressurized fuel to a fuel reservoir of a valve body of the fuel injector so that the fuel pressure of the pressurized fuel forces the needle away from the closed position against the spring force of the first spring or the first and second springs (130, 135), respectively, for opening the valve, and - the needle is received in the fuel reservoir, - wherein the needle and the springs (130, 135) are mounted coaxially, - wherein the actuator comprises a second valve for supplying the pressurized fuel to the fuel reservoir, - wherein the fuel reservoir of the valve body is arranged between the nozzle and the second valve, - wherein the needle is configured to open the valve when the needle is moved towards a nozzle end of the injector.
A method for product identification comprising: a) subjecting a sample to cyclic voltammetry, wherein the sample is subjected to a plurality of voltammetric cycles to obtain a data set for each cycle, wherein the data sets comprise data points; said method being characterized in that it further comprises the step of: b) comparing the data set for each cycle with a data set for a corresponding cycle of at least one known product to determine whether the sample is the known product. a) subjecting a sample to cyclic voltammetry, wherein the sample is subjected to a plurality of voltammetric cycles to obtain a data set for each cycle, wherein the data sets comprise data points;
A machine for manufacturing a tread portion, the machine defining a machine direction, the machine comprising a conveying device (155, 158, 159) for transporting a tread portion along the machine direction; characterized in that the machine is for manufacturing a tread portion which has tread blocks and further comprises a plurality of molding wheels (150, 152, 154) suspended over said conveying device (155, 158, 159), each said molding wheel (150, 152, 154) defines a plurality of apertures (166, 168, 170) for the receipt therein of predetermined locations along the tread portion as the tread portion is conveyed past each said molding wheel (150, 152, 154), said plurality of apertures (166, 168, 170) has a predetermined depth (D1, D2, D3) and shape, the predetermined depth (D1, D2, D3) of the plurality of apertures (166, 168, 170) increases between said molding wheels (150, 152, 154) along the machine direction and each configured for creating tread blocks having at least one sloped edge face.
A strap connector assembly for connecting first and second straps (140,150), each of the straps (140,150) comprising a unitary plastic core within a textile casing, the strap connector assembly comprising: a first connector portion positioned at an end portion of the first strap; a second connector portion positioned between end portions (4020,4022) of the second strap, the second connector portion comprising a projection of the unitary plastic core protruding through the textile casing of the second strap, the second connector portion configured to align with the first connector portion to facilitate connection of the first and second straps (140,150). a first connector portion positioned at an end portion of the first strap; a second connector portion positioned between end portions (4020,4022) of the second strap, the second connector portion comprising a projection of the unitary plastic core protruding through the textile casing of the second strap, the second connector portion configured to align with the first connector portion to facilitate connection of the first and second straps (140,150).
A combination comprising a luggage item; a wireless charger for portable electronic devices, wherein said wireless charger is structurally integrated in said luggage item, wherein the wireless charger is in the form of a module secured to and extending through a wall of the luggage item, said module comprising; a frame secured to said luggage item wall; a charger panel having a charger surface and rotatably mounted in said frame to be rotatable between a closed position and an open position; wherein in said closed position said charger surface is recessed within said frame, and in said open position said charger surface projects from the luggage unit wall and is exposed to receive and support an electronic device having a battery to be charged. a frame secured to said luggage item wall; a charger panel having a charger surface and rotatably mounted in said frame to be rotatable between a closed position and an open position; wherein in said closed position said charger surface is recessed within said frame, and in said open position said charger surface projects from the luggage unit wall and is exposed to receive and support an electronic device having a battery to be charged.
A method of operating a capacitive vehicle entry control device comprising at least one capacitive sensor having a capacitance that changes responsive to the presence of a portion of an individual 's body, the method comprising: determining a plurality of capacitance values of the vehicle entry control device from the capacitive sensor during a measurement period; determining an average capacitance of the plurality of capacitance values; determining whether the determined average capacitance exceeds an average threshold; determining a range of the plurality of capacitance values; determining whether the determined range exceeds a range threshold; and initiating a vehicle entry process when the determined average capacitance exceeds the average threshold or when the determined range exceeds the range threshold. determining a plurality of capacitance values of the vehicle entry control device from the capacitive sensor during a measurement period; determining an average capacitance of the plurality of capacitance values; determining whether the determined average capacitance exceeds an average threshold; determining a range of the plurality of capacitance values; determining whether the determined range exceeds a range threshold; and initiating a vehicle entry process when the determined average capacitance exceeds the average threshold or when the determined range exceeds the range threshold.
An extraction apparatus comprising a body defining a first flow path extending between an inlet and an outlet for air flow from the inlet to the outlet, a second flow path for receiving an exhaust gas flow, the second flow path communicating with the first flow path to deliver exhaust gas into the first flow path for mixing with the air flow at a delivery zone, a third flow path for delivery of water for mixing with the air flow whereby there is confluence of air, exhaust gas and water to provide a fluid mixture for discharging through the outlet, the third flow path being in heat exchange relation with the first flow path whereby water flow in the third flow path provides a cooling effect on the fluid mixture, the third flow path further being in heat exchange relation with the second flow path whereby water flow in the third flow path provides a cooling effect on exhaust gas flow along the second flow path, the first flow path being in heat exchange relation with the second flow path whereby flow along the first flow path provides a cooling effect on exhaust gas flow along the second flow path, and wherein the body comprises an exterior wall defining a boundary of the third flow path, a first interior wall disposed inwardly of the exterior wall, at least a portion of the third flow path being defined between the exterior wall and the first interior wall, and a second interior wall, characterised in that at least a portion of the second flow path is defined between at least a portion of the first interior wall and the second interior wall whereby the second interior wall provides a dividing wall between the first flow path and the second flow path.
A cooling arrangement for a vehicle, the arrangement comprising a bottle having a first expansion tank for a coolant and a second expansion tank for a coolant, and a cap which is connectable to and disconnectable from the bottle for covering a mouth of the bottle, the mouth having a filling port of the first expansion tank and a filling port of the second expansion tank which both are covered by the cap when the cap is connected to the bottle, characterized in that the cap is provided with a first pressure relief valve allowing fluid to be discharged from the first expansion tank through the first expansion tank filling port to the atmosphere, and a second pressure relief valve allowing fluid to be discharged from the second expansion tank through the second expansion tank filling port to the atmosphere.