mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for production of very small electrically charged fluid droplets comprising: a. an electrically chargeable fluid; b. an electrical fluid charger, being a high voltage electrode comprising material compatible with the chargeable fluid, selected from the group consisting of metals, carbon, conductive plastics, carbon containing conductive plastics and combinations thereof, in fluid communication with the chargeable fluid; c. a fluid emitter in fluid communication with the chargeable fluid comprising a substrate having evenly spaced filaments of approximately equal length affixed thereto; and d. a counter electrode, being the point of lowest electrical potential; where upon the electrically chargeable fluid reaches the filament's apex is electrically charged wherein the distance between the filament apex and the counter electrode is sufficient to create an electrical field intensity such that the electrically charged fluid spontaneously converts into a stream of very fine and charged fluid droplets having a particle droplet size of from 1.0nm to 5000nm moving from the filament's apex in the direction of the counter electrode along the electrostatic field's force lines formed between the filament's apex and the counter electrode; wherein the fluid is aqueous based, and wherein the substrate comprises a transport layer which moves the fluid by the capillary action to their ultimate destination, and wherein the filaments and substrate transport layer material are made of cellulosic matter and cellulosic derived polymers including regenerated cellulose, paper, cotton, rayon and combinations thereof. a. an electrically chargeable fluid; b. an electrical fluid charger, being a high voltage electrode comprising material compatible with the chargeable fluid, selected from the group consisting of metals, carbon, conductive plastics, carbon containing conductive plastics and combinations thereof, in fluid communication with the chargeable fluid; c. a fluid emitter in fluid communication with the chargeable fluid comprising a substrate having evenly spaced filaments of approximately equal length affixed thereto; and d. a counter electrode, being the point of lowest electrical potential; where upon the electrically chargeable fluid reaches the filament's apex is electrically charged wherein the distance between the filament apex and the counter electrode is sufficient to create an electrical field intensity such that the electrically charged fluid spontaneously converts into a stream of very fine and charged fluid droplets having a particle droplet size of from 1.0nm to 5000nm moving from the filament's apex in the direction of the counter electrode along the electrostatic field's force lines formed between the filament's apex and the counter electrode; wherein the fluid is aqueous based, and wherein the substrate comprises a transport layer which moves the fluid by the capillary action to their ultimate destination, and wherein the filaments and substrate transport layer material are made of cellulosic matter and cellulosic derived polymers including regenerated cellulose, paper, cotton, rayon and combinations thereof.
A structure comprising: a charge cable lock device; and an inlet that includes an inlet housing, wherein the inlet is configured to be coupled to a charge cable including a rocking arm with a hooking portion in a removable manner, wherein the charge cable lock device includes: a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing, the structure being characterized in that the fixing pin is U-shaped having two corners and includes two supports, each having a free end, and the two supports are configured to fix the lock housing to the inlet housing, the fixing pin includes a finger grip, which includes legs (33a, 33b) respectively coupled to the two corners of the fixing pin and a bridge that couples the legs (33a, 33b). a charge cable lock device; and an inlet that includes an inlet housing, wherein the inlet is configured to be coupled to a charge cable including a rocking arm with a hooking portion in a removable manner, wherein the charge cable lock device includes: a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing, a lock member movable to a lock position and an unlock position, wherein the lock member is configured to contact the rocking arm to restrict disengagement of the hooking portion of the rocking arm from the inlet when the lock member is located at the lock position; a lock housing that supports the lock member; and a fixing pin configured to be inserted into the lock housing and the inlet housing and fix the lock housing to the inlet traversing the lock housing and the inlet housing, the structure being characterized in that the fixing pin is U-shaped having two corners and includes two supports, each having a free end, and the two supports are configured to fix the lock housing to the inlet housing, the fixing pin includes a finger grip, which includes legs (33a, 33b) respectively coupled to the two corners of the fixing pin and a bridge that couples the legs (33a, 33b).
An apparatus used to manufacture a mandrel package, the apparatus comprising: a die tool that forms a cavity, the die tool being configured to partially wrap a wrap ply around a mandrel when the wrap ply and the mandrel are pressed into the cavity to form a partially wrapped mandrel; sweep arms, movable relative to the die tool, to further wrap the wrap ply around the mandrel to form a wrapped mandrel; a radius filler placement mechanism to place a first radius filler and a second radius filler on the wrapped mandrel; and a consolidating mechanism to form the mandrel package. a die tool that forms a cavity, the die tool being configured to partially wrap a wrap ply around a mandrel when the wrap ply and the mandrel are pressed into the cavity to form a partially wrapped mandrel; sweep arms, movable relative to the die tool, to further wrap the wrap ply around the mandrel to form a wrapped mandrel; a radius filler placement mechanism to place a first radius filler and a second radius filler on the wrapped mandrel; and a consolidating mechanism to form the mandrel package.
A stopping device (9; 209) for a vehicle hinge, the vehicle hinge comprising a shaft, a first knuckle and a second knuckle, the knuckles (3, 5) pivoting relative to one another about the shaft, the stopping device (9; 209) comprising: • a main body (65; 265) free of metal material, by means of which the stopping device (9; 209) can be mounted on the vehicle hinge, while being attached in rotation relative to the first knuckle, about the shaft; and • a stop member (73; 273), which, when the stopping device (9; 209) is mounted on the vehicle hinge, is configured to: ▪ allow the pivoting of the knuckles (3, 5) relative to one another, when the knuckles (3, 5) are oriented relative to one another in an angular release sector, and ▪ oppose the pivoting of the knuckles (3, 5) relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle, when the knuckles (3, 5) are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector; characterized in that: • the stopping device comprises a metal frame (66; 266), which is secured to the main body (65; 265); and • the metal frame (66; 266) comprises a stop blade (103; 303), belonging to the stop member (73; 273), by means of which the stop member (73; 273) mechanically cooperates with the pin to oppose the pivoting of the knuckles (3, 5), when the knuckles (3, 5) are oriented in the first orientation (P1; P2). • a main body (65; 265) free of metal material, by means of which the stopping device (9; 209) can be mounted on the vehicle hinge, while being attached in rotation relative to the first knuckle, about the shaft; and • a stop member (73; 273), which, when the stopping device (9; 209) is mounted on the vehicle hinge, is configured to: ▪ allow the pivoting of the knuckles (3, 5) relative to one another, when the knuckles (3, 5) are oriented relative to one another in an angular release sector, and ▪ oppose the pivoting of the knuckles (3, 5) relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle, when the knuckles (3, 5) are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector; ▪ allow the pivoting of the knuckles (3, 5) relative to one another, when the knuckles (3, 5) are oriented relative to one another in an angular release sector, and ▪ oppose the pivoting of the knuckles (3, 5) relative to one another, by mechanical cooperation of the stop member (73; 273) with a pin carried by the second knuckle, when the knuckles (3, 5) are oriented relative to one another in a first orientation (P1; P2), outside the angular release sector; • the stopping device comprises a metal frame (66; 266), which is secured to the main body (65; 265); and • the metal frame (66; 266) comprises a stop blade (103; 303), belonging to the stop member (73; 273), by means of which the stop member (73; 273) mechanically cooperates with the pin to oppose the pivoting of the knuckles (3, 5), when the knuckles (3, 5) are oriented in the first orientation (P1; P2).
A carrier (316, 802, 1166) configured to support a printed circuit board (104, 310, 806, 1162) during at least an underfill process, comprising: an outer frame having, at least about a center point thereof, at least one open aspect; at least one frame inset configured to be removably placed within the at least one open aspect, and configured to support at least a first type of the printed circuit board (104, 310, 806, 1162), characterized in that, the outer frame comprises at least one heater (804, 1002) and at least one air circulator for distributing heat from the at least one heater (804, 1002) onto a bottom of the printed circuit board (104, 310, 806, 1162). an outer frame having, at least about a center point thereof, at least one open aspect; at least one frame inset configured to be removably placed within the at least one open aspect, and configured to support at least a first type of the printed circuit board (104, 310, 806, 1162), characterized in that, the outer frame comprises at least one heater (804, 1002) and at least one air circulator for distributing heat from the at least one heater (804, 1002) onto a bottom of the printed circuit board (104, 310, 806, 1162).
Method for casting a piston for an internal combustion engine, in which after surface layer solidification in the region of the piston-pin bores, at least one sleeve provided there is withdrawn and the region of at least one piston-pin bore is cooled by cooling agent supplied through at least one sleeve.
A pump assembly for dispensing fluid from a reservoir, comprising: a hollow dip tube for insertion into the reservoir, through an outlet opening, the hollow dip tube having an open first end for communication with the fluid in the reservoir, and an open second end spaced from the first open end; a pump removably coupled to the second end of the hollow dip tube, the pump being operable to draw the fluid from the reservoir through the hollow dip tube, and dispense the fluid from a discharge outlet, characterized in that a locking member is coupled to the hollow dip tube and is configured, after the hollow dip tube has been inserted into the reservoir, to prevent the hollow dip tube from being extracted from the reservoir through the outlet opening; and in that the dip tube is required to be coupled to the pump to place the pump in communication with the fluid in the reservoir, and the pump is inoperative to draw the fluid from the reservoir through the dip tube and dispense the fluid from the discharge outlet when the pump is uncoupled from the hollow dip tube. a hollow dip tube for insertion into the reservoir, through an outlet opening, the hollow dip tube having an open first end for communication with the fluid in the reservoir, and an open second end spaced from the first open end; a pump removably coupled to the second end of the hollow dip tube, the pump being operable to draw the fluid from the reservoir through the hollow dip tube, and dispense the fluid from a discharge outlet, characterized in that a locking member is coupled to the hollow dip tube and is configured, after the hollow dip tube has been inserted into the reservoir, to prevent the hollow dip tube from being extracted from the reservoir through the outlet opening; and in that the dip tube is required to be coupled to the pump to place the pump in communication with the fluid in the reservoir, and the pump is inoperative to draw the fluid from the reservoir through the dip tube and dispense the fluid from the discharge outlet when the pump is uncoupled from the hollow dip tube.
A composition comprising a mixture of (methylcyclohexyl)toluene isomers having the following formula: wherein said mixture comprises at least 50 wt% in total of the 3,3; 3,4; 4,3 and 4,4-isomers of (methylcyclohexyl)toluene according to Formulas F1 to F4 and wherein said mixture comprises at least 10 wt% of 3,3-(methylcyclohexyl)toluene (Formula F1), at least 10 wt% of 3,4-(methylcyclohexyl)toluene (Formula F2), at least 10 wt% of 4,3-(methylcyclohexyl)toluene (Formula F3) and at least 10 wt% of 4,4-(methylcyclohexyl)toluene (Formula F4): and
A motor device of a high-voltage switchgear, comprising a DC brushless motor, wherein the motor device further comprises a drive and control device and a decelerator device; the DC brushless motor includes a rotor and a stator; the rotor is sleeved in the stator and mounted in a motor housing; both ends of the rotor are respectively sleeved with a rolling bearing, and the bearing is sleeved on a motor drive shaft; the drive and control device comprises a microprocessor, a semiconductor switch and a power supply module for supplying power to the microprocessor; the microprocessor is adapted to control the start, stop, and forward rotation and reverse rotation of the DC brushless motor via the semiconductor switch; the decelerator comprises a gear transmission system composed of a plurality of mutually meshing gears as well as an output shaft, and the gear transmission system is adapted to transmit motion of the motor drive shaft to the output shaft, wherein the drive and control device includes a monitoring module configured to detect an external command signal input by the motor input signal controller, and a position signal for the circuit breaker, an opened/closed state signal for the circuit breaker and an opening/closing signal for a ground knife switch, wherein the monitoring module is adapted to constantly scan the opening/closing signal for the knife switch and the opening/closing signal for the circuit breaker during the operation of the motor device for the high-voltage switchgear. comprising a DC brushless motor, wherein the motor device further comprises a drive and control device and a decelerator device; the DC brushless motor includes a rotor and a stator; the rotor is sleeved in the stator and mounted in a motor housing; both ends of the rotor are respectively sleeved with a rolling bearing, and the bearing is sleeved on a motor drive shaft; the drive and control device comprises a microprocessor, a semiconductor switch and a power supply module for supplying power to the microprocessor; the microprocessor is adapted to control the start, stop, and forward rotation and reverse rotation of the DC brushless motor via the semiconductor switch; the decelerator comprises a gear transmission system composed of a plurality of mutually meshing gears as well as an output shaft, and the gear transmission system is adapted to transmit motion of the motor drive shaft to the output shaft, wherein the drive and control device includes a monitoring module configured to detect an external command signal input by the motor input signal controller, and a position signal for the circuit breaker, an opened/closed state signal for the circuit breaker and an opening/closing signal for a ground knife switch, wherein the monitoring module is adapted to constantly scan the opening/closing signal for the knife switch and the opening/closing signal for the circuit breaker during the operation of the motor device for the high-voltage switchgear.
A multi-pack container which defines a series of containers formed in a plastic sheet that comprises at least one PET (polyethylene terephthalate) layer, and wherein said containers are joined by bridges with a predetermined thickness (e), defined on the plastic sheet itself; said bridges comprising a lower pre-cut line for the breaking up of the bridge and the separation of the containers; characterised in that said bridges further comprise an upper pre-cut line for the breaking up of the bridge and the separation of the containers, the upper pre-cut line and the lower pre-cut line being arranged parallel, laterally separated, in a horizontal direction, at a distance comprised between 45% and 55% of the thickness (e) of the bridge; and vertically separated a distance comprised between 12% and 26% of the thickness (e) of the bridge.
A pipe cleaning element comprising: - a support extending along a longitudinal axis and the dimensions of which enable the insertion thereof into the pipe, - cleaning units attached on the support and designed to remove deposits covering the inner wall of the pipe, through a mechanical action, with the cleaning units being flexible, and having an attaching end and a free end, with the attaching end being attached on the support, and the free end being designed to be elastically stressed on the deposits or on the inner wall, with each cleaning unit having, in the vicinity of the fixing end thereof, at least one wrapping with elastic deformation properties and comprising at least one rod, the portion extending between the attaching end and the free end of which forms, with the geometrical projection thereof on the support, an acute angle (α), the apex of which is oriented in the direction of movement of said cleaning element inside the pipe, characterized in that the support comprises a hollow cylinder provided with holes, at least some of which are used for attaching cleaning units, and in that each cleaning unit is made of a metal wire, in one piece. - a support extending along a longitudinal axis and the dimensions of which enable the insertion thereof into the pipe, - cleaning units attached on the support and designed to remove deposits covering the inner wall of the pipe, through a mechanical action, with the cleaning units being flexible, and having an attaching end and a free end, with the attaching end being attached on the support, and the free end being designed to be elastically stressed on the deposits or on the inner wall, with each cleaning unit having, in the vicinity of the fixing end thereof, at least one wrapping with elastic deformation properties and comprising at least one rod, the portion extending between the attaching end and the free end of which forms, with the geometrical projection thereof on the support, an acute angle (α), the apex of which is oriented in the direction of movement of said cleaning element inside the pipe,
Automated fork system comprising: - at least two arms; - at least one fork-carrier plate connected to said arms; - at least two fork arms, each connected to an arm; - a plurality of retractable prongs connected to at least one fork arm, the two fork arms are arranged under their respective arms, characterized in that: - the two arms are designed to be moved in a lateral direction, by means for moving the arms in a lateral direction, to alter the horizontal distance between the two arms in order to embrace pallets having different widths; and - the two fork arms are designed to be moved along the arms, away or towards the fork-carrier plate to accommodate for long and short pallets. - at least two arms; - at least one fork-carrier plate connected to said arms; - at least two fork arms, each connected to an arm; - a plurality of retractable prongs connected to at least one fork arm, the two fork arms are arranged under their respective arms, - the two arms are designed to be moved in a lateral direction, by means for moving the arms in a lateral direction, to alter the horizontal distance between the two arms in order to embrace pallets having different widths; and - the two fork arms are designed to be moved along the arms, away or towards the fork-carrier plate to accommodate for long and short pallets.
Aircraft seat comprising a backrest assembly, wherein - the backrest assembly includes a central support, - the backrest assembly is centrally connected to a seat surface assembly via the support, and - the backrest assembly includes a plurality of cushion support members, wherein - the cushion support members are arranged on the support essentially separately, wherein - the cushion support members project beyond the central support on both sides, characterized in that - the support includes an adjustable bending mechanism. - the backrest assembly includes a central support, - the backrest assembly is centrally connected to a seat surface assembly via the support, and - the backrest assembly includes a plurality of cushion support members, wherein - the cushion support members are arranged on the support essentially separately, wherein - the cushion support members project beyond the central support on both sides, characterized in that - the support includes an adjustable bending mechanism.
A position detection system for detecting the three dimensional position of a plurality of targets, including: a plurality of targets, wherein each target is configured to act as a retro-reflector for light incident from any direction; at least one light emitter for illuminating the targets, the or each light emitter being for illuminating a plurality of the targets and including a diverging element for diverging light; at least one detector for detecting and taking measurements of light retro-reflected from the targets; and a processor for processing measurements taken by each detector to determine the three dimensional position of the targets using absolute distance measurements determined from measurements from the at least one detector using frequency scanning interferometry; wherein each target is refractive and generally spherical. a plurality of targets, wherein each target is configured to act as a retro-reflector for light incident from any direction; at least one light emitter for illuminating the targets, the or each light emitter being for illuminating a plurality of the targets and including a diverging element for diverging light; at least one detector for detecting and taking measurements of light retro-reflected from the targets; and a processor for processing measurements taken by each detector to determine the three dimensional position of the targets using absolute distance measurements determined from measurements from the at least one detector using frequency scanning interferometry; wherein each target is refractive and generally spherical.