mhurhangee/patent-ind-claim-en huggingface dataset:
An area light , comprising: a base having a first end and a second end ; a pair of legs rotatably coupled to the first end of base, wherein the pair of legs is rotated towards the base when the area light is in a stowed configuration and is rotated away from the base when the area light is in a first open configuration and a second open configuration; a light body having a light head , the light body being rotatably coupled to the base on the first end of the base, wherein the light body is rotated towards the base when the area light is in the stowed configuration and is rotated away from the base when the area light is in the first open configuration and the second open configuration; and a leg deployment mechanism including an actuator and a locking mechanism , the locking mechanism being engagable with the pair of legs to selectively prohibit rotational movement of the pair of legs relative to the base, and the actuator being actuable to disengage the locking mechanism such that the pair of legs is rotatable relative to the base when the actuator is actuated, wherein each leg of the pair of legs includes a first edge , a second edge opposite the first edge, and a foot between the first edge and the second edge, and wherein the first edge of each leg is configured to contact the support surface when in the first open configuration, and the foot of each leg is configured to contact the support surface when in the second open configuration. a base having a first end and a second end ; a pair of legs rotatably coupled to the first end of base, wherein the pair of legs is rotated towards the base when the area light is in a stowed configuration and is rotated away from the base when the area light is in a first open configuration and a second open configuration; a light body having a light head , the light body being rotatably coupled to the base on the first end of the base, wherein the light body is rotated towards the base when the area light is in the stowed configuration and is rotated away from the base when the area light is in the first open configuration and the second open configuration; and a leg deployment mechanism including an actuator and a locking mechanism , the locking mechanism being engagable with the pair of legs to selectively prohibit rotational movement of the pair of legs relative to the base, and the actuator being actuable to disengage the locking mechanism such that the pair of legs is rotatable relative to the base when the actuator is actuated, wherein each leg of the pair of legs includes a first edge , a second edge opposite the first edge, and a foot between the first edge and the second edge, and wherein the first edge of each leg is configured to contact the support surface when in the first open configuration, and the foot of each leg is configured to contact the support surface when in the second open configuration.
Solenoid valve apparatus for a brake system for a vehicle , wherein the solenoid valve apparatus has a main valve unit , a pilot-control valve unit which is fluidically connected to the main valve unit , and a housing (230; 232, 234) for accommodating at least the main valve unit and the pilot-control valve unit , characterized in that the pilot-control valve unit has a double solenoid unit and at least one valve device (354; 454), wherein the double solenoid unit is formed such that it can be populated with at least one valve device (354; 454), wherein the double solenoid unit has at least two accommodating portions for accommodating valve devices (354; 454) and at least two solenoid devices for actuating valve devices (354; 454), wherein the double solenoid unit is arrangeable or arranged in clamped fashion in the housing (230; 232, 234).
Shock-absorbing bearing for a pivot-shank of an arbour of a wheel set of a timepiece including a support block intended to be driven in, fixed or formed in the frame of said timepiece, said support block being provided with a recess intended to receive a spring with axial deformation and a setting supporting a perforated jewel through which the pivot-shank passes and an endstone , the spring being arranged in the recess between the setting and at least one protruding portion of a peripheral rim of the support block, the spring being formed by a peripheral ring from which at least one extension provided with a bearing head in contact with the endstone extends, this bearing head having the shape of an arc of a circle, the interface whereof with the extension occurs via the convex face thereof, characterised in that the spring is a spring ring comprising three inner radial extensions disposed between annular parts , these three inner radial extensions being constituted from the strip forming the ring which is curved towards the interior of the ring while forming a peripheral ring shape , each of the inner radial extensions comprising a bearing head , and being evenly distributed along the perimeter of the ring such that the latter can act in a homogeneous manner.
A bone filling composite comprising: a bone filler comprising: microparticles of at least one elastomeric material comprising a poly(glycerol sebacate)-based thermoset; and a filler dopant in the at least one elastomeric material; and a carrier material mixed with the bone filler, the carrier material comprising: a poly(glycerol sebacate) resin; and at least one carrier dopant. microparticles of at least one elastomeric material comprising a poly(glycerol sebacate)-based thermoset; and a filler dopant in the at least one elastomeric material; and a carrier material mixed with the bone filler, the carrier material comprising: a poly(glycerol sebacate) resin; and at least one carrier dopant. a poly(glycerol sebacate) resin; and at least one carrier dopant.
A light assembly for illuminating an emblem , the light assembly comprising: a housing that holds at least one light source configured to generate light; an emblem having a structural body defined by emblem edges ; and an optical light guide coupled to the housing, the optical light guide having a front surface facing and partially covered by the structural body of the emblem , the optical light guide having a perimeter defined by an exterior edge and a shape defined by exposed edges of the optical light guide that extend from the front surface, the shape of the optical light guide matching a shape of the emblem such that the exposed edge of the optical light guide project laterally beyond the emblem edges of the emblem to define an exposed region of the front surface between the emblem edges and the exposed edges ; characterized in that the optical light guide is configured to receive light generated by the at least one light source through an exterior edge of an optical light guide along the perimeter and to emit at least some of the light along the exposed region to illuminate the emblem edges. a housing that holds at least one light source configured to generate light; an emblem having a structural body defined by emblem edges ; and an optical light guide coupled to the housing, the optical light guide having a front surface facing and partially covered by the structural body of the emblem , the optical light guide having a perimeter defined by an exterior edge and a shape defined by exposed edges of the optical light guide that extend from the front surface, the shape of the optical light guide matching a shape of the emblem such that the exposed edge of the optical light guide project laterally beyond the emblem edges of the emblem to define an exposed region of the front surface between the emblem edges and the exposed edges ; characterized in that the optical light guide is configured to receive light generated by the at least one light source through an exterior edge of an optical light guide along the perimeter and to emit at least some of the light along the exposed region to illuminate the emblem edges.
A fabric type identifying apparatus for identifying a type of a fabric provided with a color thread at an edge portion, the fabric type identifying apparatus comprising: a camera for photographing the fabric; and an image processing apparatus for receiving an image input photographed by the camera, wherein the image processing apparatus is configured to acquire a color value of the color thread from the received image of the fabric, and identify the type of the fabric on the basis of the color value; and characterized in that the fabric is conveyed in a direction along the edge portion, and a traversing device for moving the camera crosswise in a direction orthogonal to the direction of the movement of the conveyed fabric. a camera for photographing the fabric; and an image processing apparatus for receiving an image input photographed by the camera, wherein the image processing apparatus is configured to acquire a color value of the color thread from the received image of the fabric, and identify the type of the fabric on the basis of the color value; and characterized in that the fabric is conveyed in a direction along the edge portion, and a traversing device for moving the camera crosswise in a direction orthogonal to the direction of the movement of the conveyed fabric.
A formwork support system comprising: - a first pair of support props , - a second pair of support props , - a longitudinal beam with opposite ends attached to the first pair of support props , - a longitudinal support with opposite ends attached to the second pair of support props , - a cantilever beam extending transversely to the longitudinal beam and the longitudinal support , respectively, the cantilever beam and the longitudinal beam being arranged in the same horizontal plane, the cantilever beam having a main section being supported on an upper side of the longitudinal support , the cantilever beam having a first end secured to the longitudinal beam , whereby the connection between the first end of the cantilever beam and the longitudinal beam in combination with the support of the main section of the cantilever beam on the longitudinal support prevents a lifting of the first end of the cantilever beam when a vertical, downwardly directed load is applied to an upper side of the second end of the cantilever beam , characterized in that more than one fifth of the length of the cantilever beam protrudes beyond the outer longitudinal side of the longitudinal support , and in that the space provided on top of the cantilever beam is covered with at least one formwork sheet for use as a walk-on area. - a first pair of support props , - a second pair of support props , - a longitudinal beam with opposite ends attached to the first pair of support props , - a longitudinal support with opposite ends attached to the second pair of support props , - a cantilever beam extending transversely to the longitudinal beam and the longitudinal support , respectively, the cantilever beam and the longitudinal beam being arranged in the same horizontal plane, the cantilever beam having a main section being supported on an upper side of the longitudinal support , the cantilever beam having a first end secured to the longitudinal beam , whereby the connection between the first end of the cantilever beam and the longitudinal beam in combination with the support of the main section of the cantilever beam on the longitudinal support prevents a lifting of the first end of the cantilever beam when a vertical, downwardly directed load is applied to an upper side of the second end of the cantilever beam , characterized in that more than one fifth of the length of the cantilever beam protrudes beyond the outer longitudinal side of the longitudinal support , and in that the space provided on top of the cantilever beam is covered with at least one formwork sheet for use as a walk-on area.
Cannulation device for providing an access to a patient through a skin of the patient, comprising a puncture needle with a needle tip for puncturing the skin of the patient and a cannula characterized in that the puncture needle is movably connected to the cannula , wherein the puncture needle is movable between a puncture position, wherein the needle tip protrudes out of the cannula , and a safety position, wherein the needle tip is arranged inside the cannula , wherein the puncture needle is secured to a needle holder and the cannula is secured to a cannula holder , wherein the needle holder is movably mounted at the cannula holder , wherein the needle holder and the cannula holder each comprise at least one connecting element , wherein the at least one connecting element of the needle holder and the at least one connecting element of the cannula holder are adapted to cooperate with each other such as to secure the needle holder with respect to the cannula holder and to hold the puncture needle in the safety position.
A method, comprising: at a camera: detecting motion in a first field of view of the camera using a motion sensor; capturing, via an image sensor of the camera, video data of a second field of view, the second field of view overlapping entirely or partially with the first field of view; initiating processing of the video data corresponding to the second field of view; ceasing the processing of the video data after a first time duration; and determining a cool-off period for the motion sensor, the cool-off period having a second time duration based on the first time duration during which the camera does not detect motion in the first field of view using the motion sensor. detecting motion in a first field of view of the camera using a motion sensor; capturing, via an image sensor of the camera, video data of a second field of view, the second field of view overlapping entirely or partially with the first field of view; initiating processing of the video data corresponding to the second field of view; ceasing the processing of the video data after a first time duration; and determining a cool-off period for the motion sensor, the cool-off period having a second time duration based on the first time duration during which the camera does not detect motion in the first field of view using the motion sensor.
An air shroud for a nozzle , comprising: an air shroud body defining an inlet and an outlet in fluid communication with one another to allow an outer airflow to issue therefrom, the air shroud body defining a downstream surface ; and a plurality of air wipe channels defined within the air shroud body , wherein each of the plurality of air wipe channels is in fluid communication with at least one of a plurality of air wipe outlets and air wipe inlets , wherein each air wipe outlet is defined in the downstream surface of the air shroud body such that air can flow through each air wipe outlet and wipe the downstream surface of the air shroud body ; wherein one or more of the air wipe inlets is defined on an upstream surface of the air shroud body such that the air wipe channel is defined along the entire length of the air shroud body . an air shroud body defining an inlet and an outlet in fluid communication with one another to allow an outer airflow to issue therefrom, the air shroud body defining a downstream surface ; and a plurality of air wipe channels defined within the air shroud body , wherein each of the plurality of air wipe channels is in fluid communication with at least one of a plurality of air wipe outlets and air wipe inlets , wherein each air wipe outlet is defined in the downstream surface of the air shroud body such that air can flow through each air wipe outlet and wipe the downstream surface of the air shroud body ; wherein one or more of the air wipe inlets is defined on an upstream surface of the air shroud body such that the air wipe channel is defined along the entire length of the air shroud body .
Air treatment device (D) for an enclosure (H) of a system, comprising i) at least one duct (CA) capable of channelling a flow of air to be treated and comprising a first outlet (S1) communicating with the said enclosure (H), and characterised in that it comprises ii) at least one element (EP) of the piezoelectric type with a perforated membrane, capable of being supplied with liquid through a pipe (TA), to produce small drops from this liquid and to deliver these small drops to a second outlet (S2) located in the immediate vicinity of said first outlet (S1), so that said small drops are mixed with the air flow exiting through the first outlet (S1), and in that said element (EP) is housed in said duct (CA) with its second outlet (S2) located downstream, or at the level, of said first outlet (S1).
A method for transmitting polar encoded data, the method comprising: storing data to be polar encoded; determining a coding rate for polar encoding the data; determining a reliability associated with each bit position in a bit sequence by: calculating a sequence of weighted summations corresponding to each of the bit positions, wherein the reliability of each bit position is determined from its respective weighted summation, wherein the weighted summation corresponding to each respective bit position is a weighted summation over a binary expansion of the respective bit position, wherein the weighted summation is weighted by a first multiplicative factor, and wherein the first multiplicative factor is selected based at least in part on the coding rate; rank ordering the bit positions based on their respective reliabilities; allocating the data as information bits in the most reliable bit positions of a polar code based on the rank ordering; allocating the remaining portion of bit positions as frozen bits of the polar code; polar encoding the information bits and the frozen bits; and transmitting the polar encoded information bits and frozen bits. storing data to be polar encoded; determining a coding rate for polar encoding the data; determining a reliability associated with each bit position in a bit sequence by: calculating a sequence of weighted summations corresponding to each of the bit positions, wherein the reliability of each bit position is determined from its respective weighted summation, wherein the weighted summation corresponding to each respective bit position is a weighted summation over a binary expansion of the respective bit position, wherein the weighted summation is weighted by a first multiplicative factor, and wherein the first multiplicative factor is selected based at least in part on the coding rate; rank ordering the bit positions based on their respective reliabilities; allocating the data as information bits in the most reliable bit positions of a polar code based on the rank ordering; allocating the remaining portion of bit positions as frozen bits of the polar code; polar encoding the information bits and the frozen bits; and transmitting the polar encoded information bits and frozen bits. calculating a sequence of weighted summations corresponding to each of the bit positions, wherein the reliability of each bit position is determined from its respective weighted summation, wherein the weighted summation corresponding to each respective bit position is a weighted summation over a binary expansion of the respective bit position, wherein the weighted summation is weighted by a first multiplicative factor, and wherein the first multiplicative factor is selected based at least in part on the coding rate; rank ordering the bit positions based on their respective reliabilities; allocating the data as information bits in the most reliable bit positions of a polar code based on the rank ordering; allocating the remaining portion of bit positions as frozen bits of the polar code; polar encoding the information bits and the frozen bits; and transmitting the polar encoded information bits and frozen bits.
An apparatus comprising: - an inertial measurement unit ; - an isothermal dome that is configured to, in use of the apparatus, have a substantially constant temperature; - a plurality of gimbals associated with the inertial measurement unit , the plurality of gimbals configured to conduct heat transfer, wherein the plurality of gimbals are part of a gimbal assembly , which assembly includes an outer gimbal , a middle gimbal , and a stable member , each of the gimbals having a respective thermal shell (230, 232; 248, 250) to conduct heat from the inertial measurement unit to the isothermal dome ; and wherein the isothermal dome at least partially surrounds the plurality of gimbals , and the isothermal dome has a cooling tube disposed on an external surface of the isothermal dome to transfer heat from the plurality of gimbals . - an inertial measurement unit ; - an isothermal dome that is configured to, in use of the apparatus, have a substantially constant temperature; - a plurality of gimbals associated with the inertial measurement unit , the plurality of gimbals configured to conduct heat transfer, wherein the plurality of gimbals are part of a gimbal assembly , which assembly includes an outer gimbal , a middle gimbal , and a stable member , each of the gimbals having a respective thermal shell (230, 232; 248, 250) to conduct heat from the inertial measurement unit to the isothermal dome ; and wherein the isothermal dome at least partially surrounds the plurality of gimbals , and the isothermal dome has a cooling tube disposed on an external surface of the isothermal dome to transfer heat from the plurality of gimbals .