mhurhangee/patent-ind-claim-en huggingface dataset:
A system for gamification of real time physical reality immersive experiences, comprising, in combination: a physical medium comprising multiple checkpoints at locations arrayed along a course, each checkpoint comprising a data capture spot to capture choices of multiple independent users traversing the course; at least one unique identifying device for connecting to and monitoring the progress of at least one of the users,, characterised in that : the system further comprises a master control system operatively linked to the physical medium for simultaneously managing, for the multiple independent users, challenge interactions with checkpoints and resultory scoring totals as the users traverse the course; the system is arranged to provide versions of the real time physical reality immersive experience to exist concurrently at locations which are remote relative to each other; the system also includes a versioning control system, being a technical system of software and hardware systems that controls each version of the real time physical reality immersive experience, whereby the users may complete versions of the real time physical reality immersive experiences simultaneously. a physical medium comprising multiple checkpoints at locations arrayed along a course, each checkpoint comprising a data capture spot to capture choices of multiple independent users traversing the course; at least one unique identifying device for connecting to and monitoring the progress of at least one of the users,, the system further comprises a master control system operatively linked to the physical medium for simultaneously managing, for the multiple independent users, challenge interactions with checkpoints and resultory scoring totals as the users traverse the course; the system is arranged to provide versions of the real time physical reality immersive experience to exist concurrently at locations which are remote relative to each other; the system also includes a versioning control system, being a technical system of software and hardware systems that controls each version of the real time physical reality immersive experience, whereby the users may complete versions of the real time physical reality immersive experiences simultaneously.
A method of measuring and profiling an emulsion layer (E) in a process liquid in a process vessel (V), the emulsion layer (E) being between two media of differing dielectric constants, one of the two media comprising a high conductivity liquid, comprising: generating an electromagnetic signal comprising generated pulses; transmitting the generated electromagnetic signal along a probe , defining a transmission line, extending into the vessel, the transmission line comprising a conductor in contact with the process liquid with an insulating coating on the conductors, the insulating coating comprising a sleeve having a thickness less than half of the diameter of the conductor; receiving a reflected signal from the transmission line comprising reflected pulses; and operating a programmed controller operatively connected to the probe for measuring characteristics of reflected signal energy along the transmission line for profiling the emulsion layer (E). generating an electromagnetic signal comprising generated pulses; transmitting the generated electromagnetic signal along a probe , defining a transmission line, extending into the vessel, the transmission line comprising a conductor in contact with the process liquid with an insulating coating on the conductors, the insulating coating comprising a sleeve having a thickness less than half of the diameter of the conductor; receiving a reflected signal from the transmission line comprising reflected pulses; and operating a programmed controller operatively connected to the probe for measuring characteristics of reflected signal energy along the transmission line for profiling the emulsion layer (E).
A computer-implemented method of controlling display of a navigation view for surgical navigation, the method comprising: obtaining planning data defining a planned entry point and a planned target , wherein the planned entry point and the planned target are defined in a coordinate system of a computer model of at least one anatomical element; obtaining tracking data describing a current pose of a surgical instrument in the coordinate system; determining, based on at least the tracking data, a current entry point lying on a trajectory having a fixed spatial relationship with the surgical instrument ; and characterised in that the method comprises controlling display of a navigation view visualizing at least a recommended entry point, wherein the recommended entry point is instantaneously changed from the planned entry point to the current entry point , upon a distance between the planned entry point and the current entry point fulfilling a predefined condition. obtaining planning data defining a planned entry point and a planned target , wherein the planned entry point and the planned target are defined in a coordinate system of a computer model of at least one anatomical element; obtaining tracking data describing a current pose of a surgical instrument in the coordinate system; determining, based on at least the tracking data, a current entry point lying on a trajectory having a fixed spatial relationship with the surgical instrument ; and
A method of manufacturing a multilayer fibrous product, which product comprises at least two overlapping layers which have different fibre compositions, and which product is manufactured by using at least partially a chemical pulp made by an alkaline cooking method from hardwood, characterized in that - the chemical pulp is subjected to screening, where fines are separated from it, which fines are of the size which passes a screen having an average aperture size of 0.2-1.5 mm, in order to form at least two fibre material fractions comprising a fine fraction with fines being of size which pass through the screen, and a reject fraction, and - the reject fraction is recovered, refined to a predefined drainability and porosity, and incorporated into different layers of the same fibrous product, wherein - the fines fraction is mixed with mechanical pulp, with broke from the process or with a combination of these, wherein the fines fraction in the mixture being 5-50 wt% of the total weight of the mixture, and then the generated mixture is used to prepare at least one fibre layer of the multilayer product. - the chemical pulp is subjected to screening, where fines are separated from it, which fines are of the size which passes a screen having an average aperture size of 0.2-1.5 mm, in order to form at least two fibre material fractions comprising a fine fraction with fines being of size which pass through the screen, and a reject fraction, and - the reject fraction is recovered, refined to a predefined drainability and porosity, and incorporated into different layers of the same fibrous product, wherein - the fines fraction is mixed with mechanical pulp, with broke from the process or with a combination of these, wherein the fines fraction in the mixture being 5-50 wt% of the total weight of the mixture, and then the generated mixture is used to prepare at least one fibre layer of the multilayer product.
A polishing assembly comprising: a first distributor plate ; a first carrier plate coupled to the first distributor plate ; a second carrier plate ; and a second distributor plate , wherein the second carrier plate is located between the first carrier plate and the second distributor plate ; characterised in that the first carrier plate comprises a first receiving slot ; the second carrier plate comprises a second receiving slot ; and the polishing assembly further comprises a sleeve which is positioned within the first receiving slot and the second receiving slot , wherein an airfoil cluster is secured within the sleeve . a first distributor plate ; a first carrier plate coupled to the first distributor plate ; a second carrier plate ; and a second distributor plate , wherein the second carrier plate is located between the first carrier plate and the second distributor plate ; characterised in that the first carrier plate comprises a first receiving slot ; the second carrier plate comprises a second receiving slot ; and the polishing assembly further comprises a sleeve which is positioned within the first receiving slot and the second receiving slot , wherein an airfoil cluster is secured within the sleeve .
A detector assembly for analysis of light, the detector assembly comprising: an optical alignment assembly having a first axis, the tilt angle of which is adjustable, the first axis of the optical alignment assembly having, arranged along it, a fiber port for receiving an optical fiber; a lens arrangement for collimating an incoming light beam from the optical fiber, and a beam reflecting element , the rotational angle of which is adjustable, for redirecting said incoming light beam in a direction perpendicular to the first axis, so as to provide an output beam having a projected optical axis; a dichroic filter array having a plurality of dichroic filters arranged in two rows in parallel such that the output beam defines a zig-zag path in a single plane, between individual dichroic filters in the first and the second of the two parallel rows; and a plurality of detector ports , each detector port having a corresponding dichroic filter , each detector port having therein a photodetector for receiving the output beam transmitted through the respective dichroic filter , wherein the optical alignment assembly is mounted such that the first axis thereof is substantially orthogonal to the said single plane in which the zig-zag path of the output beam lies. an optical alignment assembly having a first axis, the tilt angle of which is adjustable, the first axis of the optical alignment assembly having, arranged along it, a fiber port for receiving an optical fiber; a lens arrangement for collimating an incoming light beam from the optical fiber, and a beam reflecting element , the rotational angle of which is adjustable, for redirecting said incoming light beam in a direction perpendicular to the first axis, so as to provide an output beam having a projected optical axis; a dichroic filter array having a plurality of dichroic filters arranged in two rows in parallel such that the output beam defines a zig-zag path in a single plane, between individual dichroic filters in the first and the second of the two parallel rows; and a plurality of detector ports , each detector port having a corresponding dichroic filter , each detector port having therein a photodetector for receiving the output beam transmitted through the respective dichroic filter , wherein the optical alignment assembly is mounted such that the first axis thereof is substantially orthogonal to the said single plane in which the zig-zag path of the output beam lies.
A waste container/separating device for pneumatic pipe transporting systems for material, which device comprises at least one input aperture for connecting it to a material conveying pipe, means for connecting a partial-vacuum generator to the container and means for connecting a press device/compactor device, characterized in that at least one wall that is transverse with respect to the input direction of the material is arranged in the container space of the waste container/separating device, that the wall is arranged at its top part on the upper wall of the waste container/separating device or in the proximity of said upper wall, that the wall extends from the top part of the container a distance towards the bottom part of the container when the wall is in a vertical position, that the wall is arranged to be turnable or bendable at its top part around a transverse axis , that the wall is arranged at the point of the input aperture in the height direction of the container, and at a distance from the input aperture in the longitudinal direction of the container, and in that at least one aperture is arranged or formed in the wall from the first side to the second side of the wall, which aperture is fitted in the wall on the path of travel (P) of the material to be fed in via the input aperture , which wall is adapted to control or limit the movement of material in the container space .
Protective covering for a gas container equipped with a valve unit, comprising: - a covering body forming a protective shell delimiting an internal volume designed to receive all or part of the valve unit , and - a coupling device that pivots between a plurality of angular positions comprising a rest position, in which the coupling device is entirely retracted, and a coupling position, in which the coupling device is extended, - at least one stop arranged between the coupling device and the covering body , said coupling device coming into contact with said stop when it is in the rest position, characterized in that said coupling device is kept by said stop at a distance (E) of at least around 1 mm from the external surface of the covering body , said at least one stop being arranged at the base of the covering body so as to stop the travel of the coupling device in the rest position, and so as to be slightly raised from the surface of the covering body and to be able to be grasped easily by the user. - a covering body forming a protective shell delimiting an internal volume designed to receive all or part of the valve unit , and - a coupling device that pivots between a plurality of angular positions comprising a rest position, in which the coupling device is entirely retracted, and a coupling position, in which the coupling device is extended, - at least one stop arranged between the coupling device and the covering body , said coupling device coming into contact with said stop when it is in the rest position, characterized in that said coupling device is kept by said stop at a distance (E) of at least around 1 mm from the external surface of the covering body , said at least one stop being arranged at the base of the covering body so as to stop the travel of the coupling device in the rest position, and so as to be slightly raised from the surface of the covering body and to be able to be grasped easily by the user.
A vaso-occlusive treatment system , comprising: a delivery assembly ; and a vaso-occlusive device detachably coupled to the delivery assembly by a severable junction , the vaso-occlusive device comprising a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction , and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction (300-1), the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil , respectively, to thereby form proximal coil stretch-resisting member . a delivery assembly ; and a vaso-occlusive device detachably coupled to the delivery assembly by a severable junction , the vaso-occlusive device comprising a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction , and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction (300-1), the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil , respectively, to thereby form proximal coil stretch-resisting member . a proximal coil having an inner axial lumen and a proximal end portion coupled to the severable junction , and a braid having a proximal end portion coupled to a distal end portion of the proximal coil by a first intra-device junction (300-1), the braid comprising a plurality of elongate braid members, wherein at least one of the braid members extends proximally from the braid through the axial lumen of proximal coil and is secured to the proximal end portion of the proximal coil , respectively, to thereby form proximal coil stretch-resisting member .
A heat exchanging module comprising a heat exchanger and a bottle , the bottle being attached to the heat exchanger at one first longitudinal end of the bottle , said heat exchanging module comprising at least one attachment mean located at a second longitudinal end of the bottle , said attachment mean restricting at least one axial movement of the bottle along a longitudinal dimension of said bottle , wherein the heat exchanger is crossed by a first circuit configured to receive a refrigerant fluid and a second circuit configured to receive a coolant fluid, the heat exchanging module comprising a frame , the attachment mean being mechanically connected to the frame , characterised in that the attachment mean comprises a first connection mean , and a second connection mean , both first connection mean and second connection mean being connected to the frame , wherein the frame comprises at least a side wall and an end wall , the attachment mean is connected to the side wall of the frame by the first connection mean , and to the end wall of the frame by the second connection mean , wherein the first connection mean and the second connection mean extend in opposite sense in a parallel directions.
A catheter comprising: a longitudinal axis ; a proximal elongate shaft comprising a distal end , a lumen , an inner liner , and a first plurality of wire braided segments comprising circumferential rings of cells ; a distal tip section connected to the distal end of the elongate shaft, the tip section comprising a proximal tubular body , a self-expanding expandable tip having a collapsed delivery configuration and an expanded deployed configuration, and a second plurality of wire braided segments comprising circumferential rings of cells ; and one or more polymer body jackets disposed around the elongate shaft and one or more polymer tip jackets disposed around the tip section, at least a portion of the polymer body jackets comprising a first wall thickness and at least a portion of the polymer tip jackets comprising a second wall thickness greater than the first wall thickness; the distal end of the tip section comprising distal hoops where wires of the second plurality of wire braided segments invert to loop back through the second plurality of wire braided segments; and the catheter configured to be advanced within a target blood vessel with the tip section in the expanded deployed configuration. a longitudinal axis ; a proximal elongate shaft comprising a distal end , a lumen , an inner liner , and a first plurality of wire braided segments comprising circumferential rings of cells ; a distal tip section connected to the distal end of the elongate shaft, the tip section comprising a proximal tubular body , a self-expanding expandable tip having a collapsed delivery configuration and an expanded deployed configuration, and a second plurality of wire braided segments comprising circumferential rings of cells ; and one or more polymer body jackets disposed around the elongate shaft and one or more polymer tip jackets disposed around the tip section, at least a portion of the polymer body jackets comprising a first wall thickness and at least a portion of the polymer tip jackets comprising a second wall thickness greater than the first wall thickness; the distal end of the tip section comprising distal hoops where wires of the second plurality of wire braided segments invert to loop back through the second plurality of wire braided segments; and the catheter configured to be advanced within a target blood vessel with the tip section in the expanded deployed configuration.
Differential ring gear of a differential of a motor vehicle transmission, comprising a peripheral annular ring gear body that comprises gear teeth arranged at its radially outer periphery, and a housing in which there is installed a target for measuring the rotation speed of the ring gear, in the form of a ring comprising a plurality of circumferentially distributed measurement teeth , the housing being produced by machining and being delimited by a concave, annular cylindrical face , characterized in that the measurement target is force fitted axially into the housing and in that the ring gear comprises, at its radially inner periphery, a cylindrical attachment lug that is extended, radially outwards, by a web of generally radial orientation, and in that said concave, annular cylindrical face is extended by a rear transverse face of said web .
An article comprising: a ceramic matrix composite (CMC) substrate comprising a silicon-including material; an environmental barrier coating (EBC) disposed over the substrate ; a bondcoat disposed between the substrate and the EBC , the bondcoat comprising silicon; and a boron source disposed to provide an effective amount of boron to form an oxide comprising silicon and at least 0.1 weight percent boron during exposure of the bondcoat to an oxidizing environment at a temperature greater than 900 degrees Celsius, and wherein the substrate , the EBC , or both of these, include the boron source . a ceramic matrix composite (CMC) substrate comprising a silicon-including material; an environmental barrier coating (EBC) disposed over the substrate ; a bondcoat disposed between the substrate and the EBC , the bondcoat comprising silicon; and a boron source disposed to provide an effective amount of boron to form an oxide comprising silicon and at least 0.1 weight percent boron during exposure of the bondcoat to an oxidizing environment at a temperature greater than 900 degrees Celsius, and wherein the substrate , the EBC , or both of these, include the boron source .