mhurhangee/ep-ind-claims huggingface dataset:
A sensing / control / identification device (68A; 500) of a machine, the device comprising: a shielding defining a shielded volume; a rectification and power conditioning module within the shielded volume configured to receive electromagnetic, EM, transmissions from an EM transmitting source and convert said EM transmissions to electrical power; a communication interface module within the shielded volume configured to receive power from the rectification and power conditioning module and at least one of receive the EM transmissions or transmit EM communications; and a control module within the shielded volume configured to at least one of (i) receive the EM transmissions from the communication interface for processing or prepare the EM communications for transmission from the communication interface module and (ii) communicate with a remote sensor of the machine; wherein a power output module is configured to distribute the electrical power from the rectification and power conditioning module to an electromechanical device. a shielding defining a shielded volume; a rectification and power conditioning module within the shielded volume configured to receive electromagnetic, EM, transmissions from an EM transmitting source and convert said EM transmissions to electrical power; a communication interface module within the shielded volume configured to receive power from the rectification and power conditioning module and at least one of receive the EM transmissions or transmit EM communications; and a control module within the shielded volume configured to at least one of (i) receive the EM transmissions from the communication interface for processing or prepare the EM communications for transmission from the communication interface module and (ii) communicate with a remote sensor of the machine; wherein a power output module is configured to distribute the electrical power from the rectification and power conditioning module to an electromechanical device.
A base convenient for being disassembled and assembled with automobile child safety seat, comprising: - a base lower cover, - a locking and fixing device disposed on the base and used to lock or unlock a seat to realize detachable connection, - a seat locking device disposed on the base for keeping the locking and fixing device in a locking state, and - a seat unlocking device for keeping the locking and fixing device in an unlocking state, wherein the locking and fixing device comprises a fixed hook, and a rotating hook arranged on the fixed hook and cooperating with the fixed hook for clamping, characterized in that the seat unlocking device comprises an unlocking dial arranged on the base and rotating relative to the base, an unlocking lever hinged to the unlocking dial and used to pull the rotating hook to rotate, and an unlocking assembly used to pull the unlocking dial to rotate. - a base lower cover, - a locking and fixing device disposed on the base and used to lock or unlock a seat to realize detachable connection, - a seat locking device disposed on the base for keeping the locking and fixing device in a locking state, and - a seat unlocking device for keeping the locking and fixing device in an unlocking state, wherein the locking and fixing device comprises a fixed hook, and a rotating hook arranged on the fixed hook and cooperating with the fixed hook for clamping, characterized in that the seat unlocking device comprises an unlocking dial arranged on the base and rotating relative to the base, an unlocking lever hinged to the unlocking dial and used to pull the rotating hook to rotate, and an unlocking assembly used to pull the unlocking dial to rotate.
An earth boring bit with a body having three bit legs, a cone rotatably mounted to each of the bit legs, each of the cones (41, 43, 45) having a plurality of rows of teeth formed thereon, each tooth being separated from an adjacent tooth by a valley and having a rectangular root, the root having a perimeter, each of the rows (71, 73) being separated from an adjacent row (71, 73) by an annular conical band, the conical band on at least one of the cones (41, 43, 45) having an outer edge portion containing an outer boundary strip of hardfacing, an inner edge portion containing an inner boundary strip of the hardfacing, a layer of hardfacing on each of the teeth, the hardfacing comprising tungsten carbide particles in a matrix selected from a group consisting of iron, cobalt, nickel and alloys thereof, hardfacing in the valleys between the teeth, and at least partially on the bands between the rows, and a continuous annular central portion between the inner boundary strip and outer boundary strip that is smooth and free of the hardfacing, characterized in that a bead (65, 69) of the hardfacing overlies and extends past the perimeter of the root of each of the teeth. three bit legs, a cone rotatably mounted to each of the bit legs, each of the cones (41, 43, 45) having a plurality of rows of teeth formed thereon, each tooth being separated from an adjacent tooth by a valley and having a rectangular root, the root having a perimeter, each of the rows (71, 73) being separated from an adjacent row (71, 73) by an annular conical band, the conical band on at least one of the cones (41, 43, 45) having an outer edge portion containing an outer boundary strip of hardfacing, an inner edge portion containing an inner boundary strip of the hardfacing, a layer of hardfacing on each of the teeth, the hardfacing comprising tungsten carbide particles in a matrix selected from a group consisting of iron, cobalt, nickel and alloys thereof, hardfacing in the valleys between the teeth, and at least partially on the bands between the rows, and a continuous annular central portion between the inner boundary strip and outer boundary strip that is smooth and free of the hardfacing, characterized in that
A method for determining independent radio channel metrics for radio communication between a plurality of remote radio heads (1a-i) and a wireless device, the method being performed in a remote radio head controller and comprising the steps of: selecting a first set of at least one remote radio head, selected from the plurality of remote radio heads (1a-i); selecting a second set of at least one remote radio head, the second set differing from the first set; configuring at least one switch (13a-d) of a combiner such that only the remote radio heads of the first set communicate uplink radio signals using a first radio branch; configuring at least another switch (14a-d) of a combiner such that only the remote radio heads of the second set communicate uplink radio signals using a second radio branch; determining a first radio channel metric for radio communication with the wireless device (2a, 2b) using the first radio branch of the remote radio heads; determining a second radio channel metric for radio communication with the wireless device (2a, 2b) using the second radio branch of the remote radio heads; and wherein the remote radio heads comprise at least one first antenna and at least one second antenna, the first radio branch comprises the first antennas of the remote radio heads and the second radio branch comprises the second antennas of the remote radio heads. selecting a first set of at least one remote radio head, selected from the plurality of remote radio heads (1a-i); selecting a second set of at least one remote radio head, the second set differing from the first set; configuring at least one switch (13a-d) of a combiner such that only the remote radio heads of the first set communicate uplink radio signals using a first radio branch; configuring at least another switch (14a-d) of a combiner such that only the remote radio heads of the second set communicate uplink radio signals using a second radio branch; determining a first radio channel metric for radio communication with the wireless device (2a, 2b) using the first radio branch of the remote radio heads; determining a second radio channel metric for radio communication with the wireless device (2a, 2b) using the second radio branch of the remote radio heads; and wherein the remote radio heads comprise at least one first antenna and at least one second antenna, the first radio branch comprises the first antennas of the remote radio heads and the second radio branch comprises the second antennas of the remote radio heads.
A clip comprising: a base portion; first and second opposed arms coupled to the base portion; and wherein first and second opposed jaws are coupled to the respective first and second arms, the first and second opposed jaws each having an inwardly extending portion that extends towards the base portion when the jaws are in an open position; wherein at least the base portion is formed of a shape memory alloy tending to force the first and second arms toward each other and toward the closed position when a temperature of the base portion meets or exceeds a transformation temperature of the base portion, characterised in that each inwardly extending portion comprises an inner tissue engaging surface, and the engaging surfaces of the jaws are spaced apart, generally parallel and opposed to one another when the jaws are in the closed position. a base portion; first and second opposed arms coupled to the base portion; and wherein first and second opposed jaws are coupled to the respective first and second arms, the first and second opposed jaws each having an inwardly extending portion that extends towards the base portion when the jaws are in an open position; wherein at least the base portion is formed of a shape memory alloy tending to force the first and second arms toward each other and toward the closed position when a temperature of the base portion meets or exceeds a transformation temperature of the base portion, characterised in that each inwardly extending portion comprises an inner tissue engaging surface, and the engaging surfaces of the jaws are spaced apart, generally parallel and opposed to one another when the jaws are in the closed position.
A ship's anti heeling pump housing, said housing comprising an outer housing and an inner housing inside said outer housing, a liquid flow passage between said outer housing and said inner housing extending between opposite ends (24, 25) of said pump housing, a through-going passage extending in the direction between said opposite ends (24, 25) being configured for receiving a portion of an impeller axle, said outer housing defining together with said inner housing a second passage separate from said liquid flow passage, said second passage extending generally transversally to said through-going passage and communicating with the outside of said outer housing and with said through-going passage, said outer housing comprising a first outer housing part arranged in extension of a second outer housing part in the direction between said opposite ends (24, 25), said first outer housing part being releasably connected to said second outer housing part, said first outer housing part supporting a first inner housing part and said second outer housing part supporting a second inner housing part, said first inner housing part being arranged in extension of said second inner housing part in the direction between said opposite ends (24, 25), said second passage being in said second inner housing part, the pump housing being characterised in that said second passage is open towards said first inner housing part along the whole length of the second passage.
A cleaning robot comprising a main body and a drive unit to move the main body, wherein the drive unit comprises a wheel assembly comprising a main wheel and a sub wheel and a driving frame rotatable to change a position of the wheel assembly, further comprising: an input unit to input a motion instruction for the cleaning robot; an encoder to measure movement of the drive unit moving in accordance with the input motion instruction; a position sensor to measure movement of the cleaning robot; and a controller to determine a traveling state of the cleaning robot by using a position value acquired in accordance with the input motion instruction, a position value of the cleaning robot calculated based on measurements of the encoder, and a position value of the cleaning robot calculated based on sensor information of the position sensor, wherein the drive unit further comprises a first motor and a second motor to transmit driving force, the main wheel and the sub wheel are connected to the first motor and rotate by driving force received from the first motor, and the driving frame rotates by driving force received from the second motor to change a position of the wheel assembly. an input unit to input a motion instruction for the cleaning robot; an encoder to measure movement of the drive unit moving in accordance with the input motion instruction; a position sensor to measure movement of the cleaning robot; and a controller to determine a traveling state of the cleaning robot by using a position value acquired in accordance with the input motion instruction, a position value of the cleaning robot calculated based on measurements of the encoder, and a position value of the cleaning robot calculated based on sensor information of the position sensor,
Cart for shopping in supermarkets and similar, formed by a basket or receptacle with latticed walls, which has a rear pivoting wall for coupling carts together such that they occupy a minimal volume, with lower frames that serve as legs with wheels for moving the cart, wherein the rear pivoting wall is removable and has respective cylindrical through-housings at the ends of its upper edge that serve as guides for mounting the corresponding ends of a handlebar or horizontal hand grip of the cart, with said housings facing respective terminals in the form of small cylindrical boxes belonging to the sides of the cart basket, respective securing screws passing axially through the small boxes into corresponding nuts provided inside the handlebar, thereby allowing the rear wall to pivot with respect to the sides of the cart basket, characterized wherein, in correspondence with the vertical and rear edges of the sides of the basket of the cart, respective tubes have been provided housed in tubular sections that serve as a guide and upper heads both belonging to the basket, between said guide elements there being provided a semi-covering with a wedge embeddable in an orifice established for that purpose in said tubes.
Transport system for transporting plastic containers in a container treatment system, comprising at least one container receptacle which is movable in conveying direction for transporting a plastic container, wherein the container receptacle comprises at least one suction cup adapted to the container shape for gripping and holding the plastic container, characterized in that the suction cup is produced with a 3D printing process for adaptation to the container shape.
Device for separating sheets of paper and cardboard, comprising a horizontal belt conveyor with carriers for supporting and conveying a single layer of a mix of sheets of paper and cardboard, above the belt conveyor sorting tines that are configured to move synchronously with and towards the belt conveyor for impaling and lifting the cardboard resting on the carriers, and removal means for taking the sheets of cardboard off the sorting tines, characterized in that the sorting tines are fixed on an inner drum and the removal means comprise an outer drum rotatably placed above the belt conveyor around an outside circumference of the inner drum, and wherein the sorting tines extend through slotted holes in the outer drum, the outer drum being rotatable about a top axis of rotation and the inner drum configured to rotate with the outer drum about a bottom axis of rotation so that the sorting tines extend maximally outside the underside of the outer drum and extend less at the sides and top of the outer drum
An aircraft comprising: a wing assembly; a pod storing a hose and a drogue, towed decoys, or electronic countermeasure equipment; and a pylon attaching the pod to the wing assembly, wherein the pylon has a swept pylon flap extending from its trailing edge, defines, in use, an angle of incidence with respect to a freestream flow and is swept towards an aft direction, wherein the freestream flow is the flow of air far upstream of the aircraft, wherein the swept pylon flap comprises a leading edge and is configured to unload the pylon and pod during flight of the aircraft, and also to create downward flow that counters a vortex trailing the pod, wherein an uppermost portion of the swept pylon flap is configured with a shallow incidence angle with respect to the freestream flow, wherein the uppermost portion is closest to the wing assembly, the incidence angle increasing towards a lowermost portion of the flap, wherein the lowermost portion is furthest from the wing assembly and closest to the pod, and wherein the uppermost portion of the swept pylon flap is swept in the aft direction and has an incidence angle, in use, between 0 and 30 degrees with respect to the freestream flow. a wing assembly; a pod storing a hose and a drogue, towed decoys, or electronic countermeasure equipment; and a pylon attaching the pod to the wing assembly, wherein the pylon has a swept pylon flap extending from its trailing edge, defines, in use, an angle of incidence with respect to a freestream flow and is swept towards an aft direction, wherein the freestream flow is the flow of air far upstream of the aircraft, wherein the swept pylon flap comprises a leading edge and is configured to unload the pylon and pod during flight of the aircraft, and also to create downward flow that counters a vortex trailing the pod, wherein an uppermost portion of the swept pylon flap is configured with a shallow incidence angle with respect to the freestream flow, wherein the uppermost portion is closest to the wing assembly, the incidence angle increasing towards a lowermost portion of the flap, wherein the lowermost portion is furthest from the wing assembly and closest to the pod, and wherein the uppermost portion of the swept pylon flap is swept in the aft direction and has an incidence angle, in use, between 0 and 30 degrees with respect to the freestream flow.
A unit comprising: - a medical device provided at its distal end with an anchoring member adapted to penetrate a tissue of an organ wall; and - an accessory for implanting the medical device in situ, comprising a deformable elongated tubular element provided with decouplable means (20, 84) for supporting and guiding the medical device to an implantation site, these decouplable support and guiding means comprising an helical spring cooperating with a central core and being means adapted to fasten in mutual translation and rotation the tubular element of the implantation accessory and the medical device, and adapted to decouple the medical device from the tubular element of the implantation accessory under the effect of a rotation applied to the tubular element from the proximal end of the latter, and characterized in that the spring extends around the core with such an adjustment that it exerts on the latter a radial necking effect, the spring and the core being able to be unfastened from each other under the combined effect of a torsion torque and a traction applied to the spring at one of the ends thereof, having for effect to reduce said radial necking until releasing of the core, the proximal end of said spring being fastened to the distal end of the tubular element of the implantation accessory, the distal end of the spring being free, and the core being an axial securing rod carried by a proximal end of the medical device and integral in rotational with the latter. - a medical device provided at its distal end with an anchoring member adapted to penetrate a tissue of an organ wall; and - an accessory for implanting the medical device in situ, comprising a deformable elongated tubular element provided with decouplable means (20, 84) for supporting and guiding the medical device to an implantation site, these decouplable support and guiding means comprising an helical spring cooperating with a central core and being means adapted to fasten in mutual translation and rotation the tubular element of the implantation accessory and the medical device, and adapted to decouple the medical device from the tubular element of the implantation accessory under the effect of a rotation applied to the tubular element from the proximal end of the latter, and
A formulation of thinners for waterborne paints with low volatile organic compound levels, of the sort that consist of components able to be diluted in water, having - benzene derivative; - a combination of two alcohols being said alcohols: ▪ methyl alcohol; and ▪ Isopropyl alcohol; - an ester; - osmotized water; and - a ketone; where the benzene derivative is a toluene or a xylene, or a mixture of both; characterized in that the composition is formed by the following compounds (in weight): Toluene / xylene from 1% to 9.5 %; Isopropyl Alcohol from 30% to 45% Methyl Alcohol from 1.5% to 12% Methyl Acetate from 0.4% to 3% Dimethyl Ketone from 0.78% to 6.3% Water from 30% to 66% - benzene derivative; - a combination of two alcohols being said alcohols: ▪ methyl alcohol; and ▪ Isopropyl alcohol; ▪ methyl alcohol; and ▪ Isopropyl alcohol; - an ester; - osmotized water; and - a ketone;
A method for recovering tallow from meat processing wastewater comprising adding a coagulant composition to the wastewater to agglomerate suspended fats, oil and grease particles in the wastewater, separating solid waste materials from the wastewater and isolating tallow from the solid waste materials, wherein said coagulant composition comprises tannin.
A self-propelled manure removal vehicle, comprising - at least two wheels, at least one motor device and a control device, for displacing the vehicle in a desired direction of travel by driving at least one of the wheels, and - a floor-scraping device configured to clean a floor surface while being in contact with the floor surface, wherein front side corners of the vehicle are provided with slide blocks to allow the vehicle to slide along a side wall, wherein each slide block comprises a side surface to contact a side wall, wherein the side surface comprises a slide section substantially perpendicular to the axes of the wheels, characterised in that the side surface comprises a redirect section adjacent to and in front of the slide section, wherein the slide section is configured to guide the vehicle along the side wall in a direction substantially parallel to the side wall, and wherein the redirect section has a curved shape configured to redirect the vehicle into a direction substantially parallel to the side wall when the vehicle is driven with the redirect section against the side wall. - at least two wheels, at least one motor device and a control device, for displacing the vehicle in a desired direction of travel by driving at least one of the wheels, and - a floor-scraping device configured to clean a floor surface while being in contact with the floor surface, wherein front side corners of the vehicle are provided with slide blocks to allow the vehicle to slide along a side wall, wherein each slide block comprises a side surface to contact a side wall, wherein the side surface comprises a slide section substantially perpendicular to the axes of the wheels, characterised in that the side surface comprises a redirect section adjacent to and in front of the slide section, wherein the slide section is configured to guide the vehicle along the side wall in a direction substantially parallel to the side wall, and wherein the redirect section has a curved shape configured to redirect the vehicle into a direction substantially parallel to the side wall when the vehicle is driven with the redirect section against the side wall.