mhurhangee/ep-ind-claims huggingface dataset:
A method of making a feed-thru connector assembly (215; 300; 400; 500; 600; 700), the method comprising: inserting a conductor (330; 405; 510; 610; 710) within an opening (325; 415; 520; 620) within a housing (320; 405; 525; 625; 725) of a pulse generator; dispensing a sealant in a gap between the conductor and portions of the housing adjacent to the conductor that define the opening of the housing; and characterized by: curing the sealant to form a seal (335; 425; 530; 630) comprising a polyisobutylene cross-linked network. inserting a conductor (330; 405; 510; 610; 710) within an opening (325; 415; 520; 620) within a housing (320; 405; 525; 625; 725) of a pulse generator; dispensing a sealant in a gap between the conductor and portions of the housing adjacent to the conductor that define the opening of the housing; and
A workpiece processing arrangement comprising: a spray booth defining a work space, and operable to provide a controlled environment for spraying of material; a first oven located adjacent a first end of the work space, the first oven defining an internal zone, and being operable to heat that internal zone to a desired temperature; a second oven located adjacent a second end of the work space, the second oven defining an internal zone, and being operable to heat that internal zone to a desired temperature; and a transport rail which extends from the internal zone of the first oven, through the work space of the spray booth into the internal zone of the second oven, the transport rail being adapted for transport of a workpiece from the work space of the spray booth into the internal zone (41, 51) of each of the first and second ovens (4, 5), and into the work space from the internal zone (41, 51) of either of the first and second ovens (4, 5). a spray booth defining a work space, and operable to provide a controlled environment for spraying of material; a first oven located adjacent a first end of the work space, the first oven defining an internal zone, and being operable to heat that internal zone to a desired temperature; a second oven located adjacent a second end of the work space, the second oven defining an internal zone, and being operable to heat that internal zone to a desired temperature; and a transport rail which extends from the internal zone of the first oven, through the work space of the spray booth into the internal zone of the second oven, the transport rail being adapted for transport of a workpiece from the work space of the spray booth into the internal zone (41, 51) of each of the first and second ovens (4, 5), and into the work space from the internal zone (41, 51) of either of the first and second ovens (4, 5).
Transport system for linear movements, comprising at least two sensors, which are capable and used for determining a position of one or more carriers along a carrier track, each of the sensors being interconnected with each other and being arranged in a daisy-chained manner along the carrier track and a motion controller configured for controlling at least one position of the one or more carriers along a carrier track, characterized in that said sensors are configured to create a position sensor bus by transmitting a digital position sensor signal, the sensor bus being connected to said motion controller, wherein data measured by the at least two sensors is added by daisy-chain accumulation into subdivisions of a scale to be transmitted as an end signal to the motion controller, and wherein the subdivisions are uniquely assigned to a specific sensor of the at least two sensors.
Combined method for powering and charging, for the implementing of a device provided with a motor in an electrical vehicle, said device being connected to an electrical network, said method comprising a control step making it possible to switch from a powering mode of the windings of the motor by storage means, via a inverter, to a charging mode of the storage means on the electrical network via the inverter and the windings of the motor which form respectively, according to this mode, an AC/DC converter and inductances, the method inversely allowing for the switching of the charging mode to the powering mode, characterised in that it comprises a step of compensation of the magnetic fields during the step of charging of the storage means, making it possible to limit or suppress the movements of the rotor of the motor.
A method of providing solenoid housing, comprising the steps of: providing a solid cylinder of malleable material having a first part and a second part; reducing a diameter of the first part of the cylinder to be less than a diameter of the second part of the cylinder by extruding the first part of the cylinder through a die; compressing the second part in an axial direction toward the first part, resulting in a flattened disc generally perpendicular to the first part; raising at least a part of a perimeter of the flattened disc in a direction toward the first part for defining a raised wall; and wherein the first part, second part, and raised perimeters are all integrally connected as a single piece. providing a solid cylinder of malleable material having a first part and a second part; reducing a diameter of the first part of the cylinder to be less than a diameter of the second part of the cylinder by extruding the first part of the cylinder through a die; compressing the second part in an axial direction toward the first part, resulting in a flattened disc generally perpendicular to the first part; raising at least a part of a perimeter of the flattened disc in a direction toward the first part for defining a raised wall; and wherein the first part, second part, and raised perimeters are all integrally connected as a single piece.
A method for spectral demixing, the method comprising: obtaining empirical spectroscopic data representing a plurality of frequencies of electromagnetic energy that has interacted with a specimen; accessing a computer readable representation of a hierarchical spectral cluster tree representing a spectral library; demixing, with data on each of a plurality of levels of the hierarchical spectral cluster tree, foveated spectroscopic data derived from the empirical spectroscopic data; identifying at least one node in the hierarchical spectral cluster tree as corresponding to the empirical spectroscopic data; and outputting an endmember abundance assessment of the specimen corresponding to the at least one node; characterized in that the demixing foveated spectroscopic data comprises performing foveated compressive projection and/or the demixing foveated spectroscopic data comprises sparse reconstruction. obtaining empirical spectroscopic data representing a plurality of frequencies of electromagnetic energy that has interacted with a specimen; accessing a computer readable representation of a hierarchical spectral cluster tree representing a spectral library; demixing, with data on each of a plurality of levels of the hierarchical spectral cluster tree, foveated spectroscopic data derived from the empirical spectroscopic data; identifying at least one node in the hierarchical spectral cluster tree as corresponding to the empirical spectroscopic data; and outputting an endmember abundance assessment of the specimen corresponding to the at least one node; characterized in that the demixing foveated spectroscopic data comprises performing foveated compressive projection and/or the demixing foveated spectroscopic data comprises sparse reconstruction.
A heat exchanger arrangement for use with an air conditioning system comprising a condenser, an expansion device, an evaporator and a compressor connected in a refrigeration circuit filled with refrigerant, the heat exchanger arrangement comprising: a collector arrangement for collecting condensate fluid that has condensed on the evaporator as condensate fluid; and a first heat exchanger, the first heat exchanger being configured for facilitating the transfer of heat from an airflow flowing to the condenser, to condensate received from the evaporator, characterized in that the heat exchanger arrangement comprises a second heat exchanger configured for facilitating the transfer of heat from refrigerant to condensate received from the evaporator, and wherein the second heat exchanger is located within a container associated with, and located at an upper portion of, the first heat exchanger. the heat exchanger arrangement comprises a second heat exchanger configured for facilitating the transfer of heat from refrigerant to condensate received from the evaporator, and wherein the second heat exchanger is located within a container associated with, and located at an upper portion of, the first heat exchanger.
A grease filling method for a ball screw device which applies grease to an infinite circulation path of a nut (20, 20A) in a ball screw device including a screw shaft with a first thread groove formed on an outer peripheral surface, the nut (20, 20A) placed around the screw shaft and having a second thread groove formed on an inner peripheral surface, a plurality of balls arranged in a rolling path between the first thread groove and the second thread groove, and the infinite circulation path which returns the ball from one part of the rolling path to another part, the method comprising the steps of: covering an outer periphery of the screw shaft protruding from one end portion of the nut (20, 20A) with a covering member; supplying the grease to a gap between a nut (20, 20A) inner peripheral surface on one end side of the nut (20, 20A) and the screw shaft; characterized by further steps of inserting the protruding screw shaft into a nut (20, 20A) inner side while being covered with the covering member by relatively rotating the screw shaft and the nut (20, 20A), bringing a tip of the covering member in an insertion direction closer to an end portion of the infinite circulation path on the one end portion side of the nut (20, 20A), and sending the grease supplied to the nut (20, 20A) inner side to a region of the infinite circulation path; pulling out the covering member together with the screw shaft from the one end portion of the nut (20, 20A) by relatively rotating the screw shaft and the nut (20, 20A) in a direction opposite to a direction of the relative rotation; and taking out the covering member from the screw shaft. covering an outer periphery of the screw shaft protruding from one end portion of the nut (20, 20A) with a covering member; supplying the grease to a gap between a nut (20, 20A) inner peripheral surface on one end side of the nut (20, 20A) and the screw shaft; characterized by further steps of inserting the protruding screw shaft into a nut (20, 20A) inner side while being covered with the covering member by relatively rotating the screw shaft and the nut (20, 20A), bringing a tip of the covering member in an insertion direction closer to an end portion of the infinite circulation path on the one end portion side of the nut (20, 20A), and sending the grease supplied to the nut (20, 20A) inner side to a region of the infinite circulation path; pulling out the covering member together with the screw shaft from the one end portion of the nut (20, 20A) by relatively rotating the screw shaft and the nut (20, 20A) in a direction opposite to a direction of the relative rotation; and taking out the covering member from the screw shaft.
A light delivery control system for a photoreactor, comprising: a light source that generates light having an irradiance profile; and a light distributor that distributes light from the light source to modify the irradiance profile of the light source; and a fluid flow sensor and a light sensor; and a controller (114, 116) that receives data from said fluid flow sensor and the light sensor and controls the light distributor, via an actuator, to modify the irradiance profile based on the received data, characterised in that: the light delivery control system comprises a photocatalyst surface; the light distributor is configured to distribute the light from the light source on to the photocatalyst surface; and the controller (114, 116) is configured to control the light distributor to change the irradiance profile of the light reaching the photocatalyst surface, said light irradiance profile being changeable between an irradiance profile that is uniform and an irradiance profile that matches the irradiance profile with the fluid flow profile. a light source that generates light having an irradiance profile; and a light distributor that distributes light from the light source to modify the irradiance profile of the light source; and a fluid flow sensor and a light sensor; and a controller (114, 116) that receives data from said fluid flow sensor and the light sensor and controls the light distributor, via an actuator, to modify the irradiance profile based on the received data, characterised in that: the light delivery control system comprises a photocatalyst surface; the light distributor is configured to distribute the light from the light source on to the photocatalyst surface; and the controller (114, 116) is configured to control the light distributor to change the irradiance profile of the light reaching the photocatalyst surface, said light irradiance profile being changeable between an irradiance profile that is uniform and an irradiance profile that matches the irradiance profile with the fluid flow profile. the light delivery control system comprises a photocatalyst surface; the light distributor is configured to distribute the light from the light source on to the photocatalyst surface; and the controller (114, 116) is configured to control the light distributor to change the irradiance profile of the light reaching the photocatalyst surface, said light irradiance profile being changeable between an irradiance profile that is uniform and an irradiance profile that matches the irradiance profile with the fluid flow profile.
An activating composition [composition] for use in a vulcanising method, comprising based on the total weight of said composition: ∘ from 20 to 80% by weight of at least one vulcanisation activator [activator]; ∘ from 10 to 40% by weight of at least one wax chosen from the group consisting of paraffin-based waxes, microcrystalline waxes, polyolefin waxes, Fischer-Tropsch waxes, oxidised Fischer-Tropsch waxes, their derivatives and mixtures thereof; ∘ from 10 to 40% by weight of at least one inorganic filler [filler) or carbon black. ∘ from 20 to 80% by weight of at least one vulcanisation activator [activator]; ∘ from 10 to 40% by weight of at least one wax chosen from the group consisting of paraffin-based waxes, microcrystalline waxes, polyolefin waxes, Fischer-Tropsch waxes, oxidised Fischer-Tropsch waxes, their derivatives and mixtures thereof; ∘ from 10 to 40% by weight of at least one inorganic filler [filler) or carbon black.
A surgical staple assembly, comprising: a first staple including: a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; and a second staple including: a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; wherein the crown of the first staple is connected to the crown of the second staple by a bridge; characterised in that the bridge includes an integral driver having a cam-contacting surface configured to operatively engage with a cam of a stapler. a first staple including: a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; and a second staple including: a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; a first deformable member (1466; 1404); a second deformable member (1467; 1406); a base connecting to each of said first deformable member and said second deformable member, said base having a first portion (1469; 1408) and a second portion (1470; 1408), said first portion extending transversely to said second portion; and a crown attached to said base; wherein the crown of the first staple is connected to the crown of the second staple by a bridge; characterised in that the bridge includes an integral driver having a cam-contacting surface configured to operatively engage with a cam of a stapler.
Screw, having 1.1 a screw drive end, 1.2 a screw shank, 1.3 a screw thread and having 1.4 a drilling head which includes 1.5 two cutting edges starting from a tip of the screw, wherein 1.6 each cutting edge has a first straight-lined section starting from the tip and there adjoining a second straight-lined section, and 1.6 within the first section the cutting edge encloses a first angle with the longitudinal axis of the screw, and 1.7 within the second section encloses a greater angle than within the first section, and 1.8 wherein the drilling head has subordinate cutting edges extending in the longitudinal direction of the screw and adjoining the cutting edges, characterized in that 1.9 the subordinate cutting edges are provided by the cutting edge of the outer surface of the drilling head on the one hand side and an inner surface of the drilling head on the other hand side, wherein the outer surface and the inner surface enclose an angle which has a conjugate angle to 90° of approximately 25 to 35°. 1.1 a screw drive end, 1.2 a screw shank, 1.3 a screw thread and having 1.4 a drilling head which includes 1.5 two cutting edges starting from a tip of the screw, wherein 1.6 each cutting edge has a first straight-lined section starting from the tip and there adjoining a second straight-lined section, and 1.6 within the first section the cutting edge encloses a first angle with the longitudinal axis of the screw, and 1.7 within the second section encloses a greater angle than within the first section, and 1.8 wherein the drilling head has subordinate cutting edges extending in the longitudinal direction of the screw and adjoining the cutting edges, characterized in that 1.9 the subordinate cutting edges are provided by the cutting edge of the outer surface of the drilling head on the one hand side and an inner surface of the drilling head on the other hand side, wherein the outer surface and the inner surface enclose an angle which has a conjugate angle to 90° of approximately 25 to 35°.
An embolic implant comprising: a proximal end and a distal end; a primary coil configured to occlude blood flow in an implanted state, the primary coil defining a lumen; a proximal constraint assembly disposed at the proximal end; and a distal constraint assembly disposed at the distal end; a stretch resistant fiber disposed in the lumen and coupled to the proximal constraint assembly and the distal constraint assembly to prevent elongation of the primary coil; and a shape memory filament extending through the lumen, wherein the shape memory filament comprises a delivery configuration and a secondary configuration that imparts a complex shape on the embolic implant. a proximal end and a distal end; a primary coil configured to occlude blood flow in an implanted state, the primary coil defining a lumen; a proximal constraint assembly disposed at the proximal end; and a distal constraint assembly disposed at the distal end; a stretch resistant fiber disposed in the lumen and coupled to the proximal constraint assembly and the distal constraint assembly to prevent elongation of the primary coil; and a shape memory filament extending through the lumen, wherein the shape memory filament comprises a delivery configuration and a secondary configuration that imparts a complex shape on the embolic implant.
Method for the secured connection of a first device of the telephone type to a second device via a USB connection, each device comprising a USB connector characterised in that the method comprises the following steps, implemented by the first device in this order: - Detection of the connection of the second device via the USB connector by measuring an electrical power, - Locking of the first device, - Inhibition of the step of USB negotiation before the electrical stimulation according to the USB standard: ∘ If the first device is unlocked by a user: • Triggering of the step of USB negotiation. - Detection of the connection of the second device via the USB connector by measuring an electrical power, - Locking of the first device, - Inhibition of the step of USB negotiation before the electrical stimulation according to the USB standard: ∘ If the first device is unlocked by a user: • Triggering of the step of USB negotiation. • Triggering of the step of USB negotiation.