mhurhangee/ep-ind-claims huggingface dataset:
A flexible knitting pin consisting of: two relatively stiff shanks each pointed at one end wherein said shanks are connected with each other by the other end with a flexible hollow connecting material comprising a joint; characterised in that at one end of each shank is a ferrule made of brass which holds a ball head screw made of brass; said shank and the hollow flexible connecting tube being connected with a brass adaptor for smooth transition. two relatively stiff shanks each pointed at one end wherein said shanks are connected with each other by the other end with a flexible hollow connecting material comprising a joint; characterised in that at one end of each shank is a ferrule made of brass which holds a ball head screw made of brass; said shank and the hollow flexible connecting tube being connected with a brass adaptor for smooth transition.
Motion sensor assembly adapted to determine the angular velocity of a moving contrast in its field of view, said motion sensor assembly comprising: - at least one motion sensor with a first and a second analog photoreceptor each adapted for observing said moving contrast, wherein said first and second photoreceptor are separated by a predetermined interreceptor angle (Δφ); and - an angular velocity calculating unit connected to said photoreceptors for calculating the angular velocity of the moving contrast based on the first and second analog signal (AS1, AS2) delivered by said first and second photoreceptor respectively; wherein said angular velocity calculating unit comprises a means for temporally sampling the first and second analog signal (AS1, AS2) delivered by said first and second photoreceptor at a given sampling frequency (f sample) to obtain a first and second digital signal (DS1, DS2) respectively, characterised in that said angular velocity calculating unit further comprises a means for performing an interpolation of said first and second digital signal (DS1, DS2) when they cross a predetermined threshold between successive samples. - at least one motion sensor with a first and a second analog photoreceptor each adapted for observing said moving contrast, wherein said first and second photoreceptor are separated by a predetermined interreceptor angle (Δφ); and - an angular velocity calculating unit connected to said photoreceptors for calculating the angular velocity of the moving contrast based on the first and second analog signal (AS1, AS2) delivered by said first and second photoreceptor respectively; wherein said angular velocity calculating unit comprises a means for temporally sampling the first and second analog signal (AS1, AS2) delivered by said first and second photoreceptor at a given sampling frequency (f sample) to obtain a first and second digital signal (DS1, DS2) respectively, characterised in that said angular velocity calculating unit further comprises a means for performing an interpolation of said first and second digital signal (DS1, DS2) when they cross a predetermined threshold between successive samples.
A system to facilitate tying a knot, the system comprising: a fixture defining an internal passage therethrough, wherein the fixture defines a circumferential groove accessible through an interior surface of the fixture and in communication with the internal passage, wherein the circumferential groove includes first and second groove portions (38, 40) that cross one another, and wherein opposite ends (28a, 28b) of the circumferential groove are coincident and open through an opening defined by an exterior surface of the fixture; a supply of a tie member; and a lead member supply mechanism configured to alternately feed a lead member through the circumferential groove and to withdraw the lead member from the circumferential groove once the tie member is connected thereto, wherein the lead member supply mechanism comprises: a supply of the lead member; and one or more rotatable feed members configured to engage the lead member and to alternately feed the lead member and withdraw the lead member from the circumferential groove. a fixture defining an internal passage therethrough, wherein the fixture defines a circumferential groove accessible through an interior surface of the fixture and in communication with the internal passage, wherein the circumferential groove includes first and second groove portions (38, 40) that cross one another, and wherein opposite ends (28a, 28b) of the circumferential groove are coincident and open through an opening defined by an exterior surface of the fixture; wherein the circumferential groove includes first and second groove portions (38, 40) that cross one another, and wherein opposite ends (28a, 28b) of the circumferential groove are coincident and open through an opening defined by an exterior surface of the fixture; a supply of a tie member; and a lead member supply mechanism configured to alternately feed a lead member through the circumferential groove and to withdraw the lead member from the circumferential groove once the tie member is connected thereto, wherein the lead member supply mechanism comprises: a supply of the lead member; and one or more rotatable feed members configured to engage the lead member and to alternately feed the lead member and withdraw the lead member from the circumferential groove. a supply of the lead member; and one or more rotatable feed members configured to engage the lead member and to alternately feed the lead member and withdraw the lead member from the circumferential groove.
A method of forming a three-dimensional object, comprising: (a) providing a polymerizable liquid comprising a mixture of (i) a light polymerizable first component, (ii) a second solidifiable component that is different from said first component, wherein said second solidifiable component comprises a flame retardant group, said flame retardant group comprising a halogen group, and (iii) a flame retardant synergist, said flame retardant synergist comprising antimony pentoxide; (b) producing a three-dimensional intermediate from said polymerizable liquid by stereolithography including irradiating said polymerizable liquid with light to form a solid polymer scaffold from said first component and containing said second solidifiable component carried in said scaffold in unsolidified and/or uncured form, said intermediate having the same shape as, or a shape to be imparted to, said three-dimensional object; (c) optionally washing said intermediate, and (d) concurrently with or subsequent to said producing step (b), further curing said second solidifiable component in said three-dimensional intermediate to form said three-dimensional object. (a) providing a polymerizable liquid comprising a mixture of (i) a light polymerizable first component, (ii) a second solidifiable component that is different from said first component, wherein said second solidifiable component comprises a flame retardant group, said flame retardant group comprising a halogen group, and (iii) a flame retardant synergist, said flame retardant synergist comprising antimony pentoxide; (b) producing a three-dimensional intermediate from said polymerizable liquid by stereolithography including irradiating said polymerizable liquid with light to form a solid polymer scaffold from said first component and containing said second solidifiable component carried in said scaffold in unsolidified and/or uncured form, said intermediate having the same shape as, or a shape to be imparted to, said three-dimensional object; (c) optionally washing said intermediate, and (d) concurrently with or subsequent to said producing step (b), further curing said second solidifiable component in said three-dimensional intermediate to form said three-dimensional object.
A network device for use in a system of devices, the network device comprising: a CPU complex; a first set of ports for establishing a data path between the network device and other network devices in the system of devices; and a second set of ports for establishing a control path between the network device and the other network devices in the system of devices, wherein the control path is separate from the data path; and characterized by a non-transitory computer readable medium having stored thereon program code that, when executed by the CPU complex, causes the CPU complex to: transmit, via the control path, a first control packet to the other CPU complexes in the system of devices, the first control packet identifying the network device as a system member; monitor for failures of the network device; and upon detecting a failure, transmit, via the control path, a second control packet to at least one other CPU complex in the system of devices, the second control packet identifying the failure. a CPU complex; a first set of ports for establishing a data path between the network device and other network devices in the system of devices; and a second set of ports for establishing a control path between the network device and the other network devices in the system of devices, wherein the control path is separate from the data path; and characterized by a non-transitory computer readable medium having stored thereon program code that, when executed by the CPU complex, causes the CPU complex to: transmit, via the control path, a first control packet to the other CPU complexes in the system of devices, the first control packet identifying the network device as a system member; monitor for failures of the network device; and upon detecting a failure, transmit, via the control path, a second control packet to at least one other CPU complex in the system of devices, the second control packet identifying the failure. transmit, via the control path, a first control packet to the other CPU complexes in the system of devices, the first control packet identifying the network device as a system member; monitor for failures of the network device; and upon detecting a failure, transmit, via the control path, a second control packet to at least one other CPU complex in the system of devices, the second control packet identifying the failure.
Portable electronic device comprising at least one electronic module, the electronic module comprising, in particular, a main plate provided with a cavity arranged for receiving an electrical energy source, at least one movement associated with a printed circuit, an elastically deformable contact member for ensuring an electrical connection between the electrical energy source and the printed circuit, and means for holding the electrical energy source, characterized in that the means for holding the electrical energy source comprise: - a removable holder made of insulating material comprising a bottom and a circular wall, the holder being arranged to receive the electrical energy source and comprising a removable clamp for holding the electrical energy source in place, the holder being configured to be inserted inside the cavity, - a spring for ensuring an electrical connection between the printed circuit and the clamp, and - securing means for removably securing the holder to the module. - a removable holder made of insulating material comprising a bottom and a circular wall, the holder being arranged to receive the electrical energy source and comprising a removable clamp for holding the electrical energy source in place, the holder being configured to be inserted inside the cavity, - a spring for ensuring an electrical connection between the printed circuit and the clamp, and - securing means for removably securing the holder to the module.
A joint connection comprising: a first plate assembly connected to a structural column and having a first connection plate including a first inner hole formed therethrough and a plurality of first outer holes formed therethrough and about the first inner hole; a second plate assembly connected to a structural beam and having a second connection plate including a second inner hole formed therethrough and a plurality of second outer holes formed therethrough and about the second inner hole, the second connection plate being positioned such that at least a portion of the first inner hole aligns with at least a portion of the second inner hole and at least a portion of each of the first outer holes aligns with at least a portion of a corresponding second outer hole, at least one of the plurality of first outer holes and the plurality of second outer holes being slots aligned radially about the respective first inner hole or second inner hole; a pin positioned through the first inner hole and the second inner hole rotationally connecting the first plate assembly to the second plate assembly; and at least one connecting rod positioned through at least one of the first outer holes and corresponding second outer holes, the joint connection accommodating a slippage of at least one of the first and second plate assemblies relative to each other rotationally about the pin when the joint connection is subject to a seismic load that overcomes a coefficient of friction effected by the at least one connecting rod and without losing connectivity at the pin. a first plate assembly connected to a structural column and having a first connection plate including a first inner hole formed therethrough and a plurality of first outer holes formed therethrough and about the first inner hole; a second plate assembly connected to a structural beam and having a second connection plate including a second inner hole formed therethrough and a plurality of second outer holes formed therethrough and about the second inner hole, the second connection plate being positioned such that at least a portion of the first inner hole aligns with at least a portion of the second inner hole and at least a portion of each of the first outer holes aligns with at least a portion of a corresponding second outer hole, at least one of the plurality of first outer holes and the plurality of second outer holes being slots aligned radially about the respective first inner hole or second inner hole; a pin positioned through the first inner hole and the second inner hole rotationally connecting the first plate assembly to the second plate assembly; and at least one connecting rod positioned through at least one of the first outer holes and corresponding second outer holes, the joint connection accommodating a slippage of at least one of the first and second plate assemblies relative to each other rotationally about the pin when the joint connection is subject to a seismic load that overcomes a coefficient of friction effected by the at least one connecting rod and without losing connectivity at the pin.
A heat storage composition comprising: a matrix resin; heat storage inorganic particles; and heat conductive particles, wherein the heat storage inorganic particles are composed of a material that undergoes an electronic phase transition and has a latent heat of 1 J/cc or more for the electronic phase transition, an amount of the heat storage inorganic particles is 10 to 2000 parts by weight with respect to 100 parts by weight of the matrix resin, an amount of the heat conductive particles is 100 to 2000 parts by weight with respect to 100 parts by weight of the matrix resin, a heat conductivity of the heat storage composition is 0.3 W/m·K or more, and the heat storage composition is formed into a sheet and provided between a heat generating member and a heat dissipating member to transfer heat in a planar direction. a matrix resin; heat storage inorganic particles; and heat conductive particles, wherein the heat storage inorganic particles are composed of a material that undergoes an electronic phase transition and has a latent heat of 1 J/cc or more for the electronic phase transition, an amount of the heat storage inorganic particles is 10 to 2000 parts by weight with respect to 100 parts by weight of the matrix resin, an amount of the heat conductive particles is 100 to 2000 parts by weight with respect to 100 parts by weight of the matrix resin, a heat conductivity of the heat storage composition is 0.3 W/m·K or more, and the heat storage composition is formed into a sheet and provided between a heat generating member and a heat dissipating member to transfer heat in a planar direction.
An assembly of a vibration damper, which is associated with a wheel of a vehicle and which comprises a fluid-filled cylinder, in which a damper piston with a piston rod is guided and a damper chamber (7, 8) is formed on both sides of the damper piston, wherein a pressure store formed more especially in the form of a gas pressure cushion is connected to the damper chamber opposite the piston rod, and wherein the vibration damper is mounted on the vehicle body via a damper bearing having a rubber-elastic body deformable in the direction of displacement of the damper piston, in which vehicle body a hydraulic pressure chamber is also formed, which is connected via a fluidic connection to that damper chamber of which the volume reduces when the wheel is compressed relative to the vehicle body, characterised in that the damper chambers (7, 8) formed on both sides of the damper piston in the damper cylinder are hydraulically connected to one another via a hydraulic pump that can be motor-driven, and in that a spring element acting directly or indirectly on the rubber-elastic body in the direction of displacement of the damper piston is provided in the damper bearing, the spring force of said spring element being directed in such a way and being of such a magnitude that, with immobile damper piston and pressure equalisation in the two damper chambers (7, 8), the forces acting on the rubber-elastic body in the direction of displacement of the damper piston cancel each other out, such that said body, considered in a stationary manner; is free from forces acting in the direction of displacement of the damper piston.
A patient support system, comprising: a patient support having a base and an upper surface, the upper surface moveable relative to the base in a direction along at least one of a first axis, a second axis orthogonal to the first axis, and a third axis orthogonal to the first and second axes; and a control unit for controlling movement of the upper surface, the control unit defining a longitudinal axis; means for determining the orientation of the control unit with respect to the patient support; wherein the direction of movement of the upper surface relative to the base is determined by the orientation of the longitudinal axis of the control unit relative to the patient support; wherein, when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the first axis, the upper surface is moveable along the first axis, when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the second axis, the upper surface is moveable along the second axis, and when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the third axis, the upper surface is moveable along the third axis; and wherein, when the control unit is oriented such that its longitudinal axis is outside any of the defined angular ranges, control of the movement of the upper surface by the control unit is prohibited. a patient support having a base and an upper surface, the upper surface moveable relative to the base in a direction along at least one of a first axis, a second axis orthogonal to the first axis, and a third axis orthogonal to the first and second axes; and a control unit for controlling movement of the upper surface, the control unit defining a longitudinal axis; means for determining the orientation of the control unit with respect to the patient support; wherein the direction of movement of the upper surface relative to the base is determined by the orientation of the longitudinal axis of the control unit relative to the patient support; wherein, when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the first axis, the upper surface is moveable along the first axis, when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the second axis, the upper surface is moveable along the second axis, and when the control unit is oriented such that its longitudinal axis is parallel to or within a defined angular range of the third axis, the upper surface is moveable along the third axis; and wherein, when the control unit is oriented such that its longitudinal axis is outside any of the defined angular ranges, control of the movement of the upper surface by the control unit is prohibited.
An electronic device comprising: a housing enclosing a radio frequency, RF, communications circuit; and a multiple input multiple output, MIMO, antenna array electrically connected to the RF communications circuit, the MIMO antenna array including a first row of antennas that are secured to the housing, wherein the housing comprises a back enclosure element surrounded by a forwardly projecting rim, wherein the first row of antennas is located in the rim, wherein each of the antennas includes a resonating body secured to the rim, and a feed pad and a ground pad projecting from the resonating body into an inner region of the housing, the resonating body arranged substantially perpendicular with the feed pad and the ground pad, wherein the RF communications circuit includes: an RF transceiver circuit comprising at least one integrated circuit component mounted on a printed circuit board, PCB; a plurality of signal paths extending through the PCB from the RF transceiver circuit to a plurality of electrical signal path connectors, each of the signal path connectors being a first spring loaded pressure contact connector and in electrical contact with the feed pad of a respective one of the antennas; and a plurality of ground paths extending through the PCB from a common ground to a plurality of electrical ground path connectors, each of the ground path connectors being a second spring loaded pressure contact connector and in electrical contact with the ground pad of a respective one of the antennas. a housing enclosing a radio frequency, RF, communications circuit; and a multiple input multiple output, MIMO, antenna array electrically connected to the RF communications circuit, the MIMO antenna array including a first row of antennas that are secured to the housing, wherein the housing comprises a back enclosure element surrounded by a forwardly projecting rim, wherein the first row of antennas is located in the rim, wherein each of the antennas includes a resonating body secured to the rim, and a feed pad and a ground pad projecting from the resonating body into an inner region of the housing, the resonating body arranged substantially perpendicular with the feed pad and the ground pad, wherein the RF communications circuit includes: an RF transceiver circuit comprising at least one integrated circuit component mounted on a printed circuit board, PCB; a plurality of signal paths extending through the PCB from the RF transceiver circuit to a plurality of electrical signal path connectors, each of the signal path connectors being a first spring loaded pressure contact connector and in electrical contact with the feed pad of a respective one of the antennas; and a plurality of ground paths extending through the PCB from a common ground to a plurality of electrical ground path connectors, each of the ground path connectors being a second spring loaded pressure contact connector and in electrical contact with the ground pad of a respective one of the antennas.