mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising: - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure a first type of ligand that is a β-diketonate and a second type of ligand that is an amine. - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure a first type of ligand that is a β-diketonate and a second type of ligand that is an amine.
Removable panel comprising: - a fixed section comprising a metal fixed section frame; - an opening section comprising a metal opening section frame able to be reversibly nested in said fixed section; - at least one magnet that makes it possible to maintain said opening section nested in said fixed section; - at least one sling fastened to said fixed section at a first end and reversibly fastened to said opening section at a second end; said removable panel being characterised in that it moreover comprises at least one safety device able to ensure the fastening of the at least one sling to the opening section, said safety device comprising: - a body of a single piece comprising a fastening portion and a handling portion that are substantially flat substantially forming an angle of 90°, said fastening portion being fastened to the opening section and having a groove that extends perpendicularly to the plane of said handling portion, with rivets (55A, 55B) being arranged on either side of said groove; - an arm fastened at a first end to the body by means of one of the rivets in such a way that said arm is able to pivot about the axis of said rivet in order to switch from an open position in which a second end of said arm is free to a closed position in which the other free rivet is engaged in a hole of said second end of said arm or inversely from said closed position to said open position. - a fixed section comprising a metal fixed section frame; - an opening section comprising a metal opening section frame able to be reversibly nested in said fixed section; - at least one magnet that makes it possible to maintain said opening section nested in said fixed section; - at least one sling fastened to said fixed section at a first end and reversibly fastened to said opening section at a second end; - a body of a single piece comprising a fastening portion and a handling portion that are substantially flat substantially forming an angle of 90°, said fastening portion being fastened to the opening section and having a groove that extends perpendicularly to the plane of said handling portion, with rivets (55A, 55B) being arranged on either side of said groove; - an arm fastened at a first end to the body by means of one of the rivets in such a way that said arm is able to pivot about the axis of said rivet in order to switch from an open position in which a second end of said arm is free to a closed position in which the other free rivet is engaged in a hole of said second end of said arm or inversely from said closed position to said open position.
A method of controlling a load wrapping apparatus of the type configured to wrap a load on a load support with packaging material dispensed from a packaging material dispenser through relative rotation between the packaging material dispenser and the load support, the method being characterized by: subjecting a load to a disturbance; sensing a response of the load to the disturbance using one or more sensors (1004, 1014, 1016), wherein the sensed response is a movement of the load over time after the disturbance; determining a load stability parameter based upon the sensed response; and controlling the load wrapping apparatus when wrapping the load using the determined load stability parameter. subjecting a load to a disturbance; sensing a response of the load to the disturbance using one or more sensors (1004, 1014, 1016), wherein the sensed response is a movement of the load over time after the disturbance; determining a load stability parameter based upon the sensed response; and controlling the load wrapping apparatus when wrapping the load using the determined load stability parameter.
Heat exchanger for a refrigerant fluid loop, the heat exchanger comprising at least one inlet configured to allow a refrigerant fluid to enter in the heat exchanger and at least one outlet configured to allow the refrigerant fluid to exit the heat exchanger, the heat exchanger comprising at least one block in which a filter is arranged, characterized in that the at least one block is arranged downstream the at least one outlet of the heat exchanger, wherein the block comprises at least one first part and at least one second part secured to the first part, and wherein the filter is arranged between said first part and said second part, characterised in that the first part comprises a finger realized on said first part of the block and the second part comprises a groove realized in said second part of said block, wherein the first part is positioned thanks to a cooperation between the finger and the groove. wherein the block comprises at least one first part and at least one second part secured to the first part, and wherein the filter is arranged between said first part and said second part, characterised in that the first part comprises a finger realized on said first part of the block and the second part comprises a groove realized in said second part of said block, wherein the first part is positioned thanks to a cooperation between the finger and the groove.
A power-saving system for a mobile terminal, comprising: a power supply management module for monitoring a power level of a battery of said mobile terminal, and for sending a low power level state message when said power level is lower than a first predefined power level reference value; characterized by a control module for, after receiving said low power level state message, changing a current mode of said mobile terminal to a predefined power-saving mode with high visual display contrast, and adjusting a current lightness of a liquid crystal display backlight of said mobile terminal to a predefined power-saving lightness. a power supply management module for monitoring a power level of a battery of said mobile terminal, and for sending a low power level state message when said power level is lower than a first predefined power level reference value; characterized by a control module for, after receiving said low power level state message, changing a current mode of said mobile terminal to a predefined power-saving mode with high visual display contrast, and adjusting a current lightness of a liquid crystal display backlight of said mobile terminal to a predefined power-saving lightness.
A contactless smart card comprising a circuit for delivering power to a load from a wireless power supply, the circuit comprising: an inductor coil for placing in the electromagnetic field of an inductor coil of a supply; a switchable capacitor bank with capacitors switchable at least between a series and a parallel configuration; a rectifying circuit between the inductor coil and the capacitor bank; a voltage detecting device (24, 26) for measuring the voltage or detecting predetermined voltages across the capacitor bank; a switch controller for controlling the capacitor bank switching in dependence on the measured or detected voltages; and a voltage regulator for supplying the load with a constant voltage power supply derived from the capacitor bank output. an inductor coil for placing in the electromagnetic field of an inductor coil of a supply; a switchable capacitor bank with capacitors switchable at least between a series and a parallel configuration; a rectifying circuit between the inductor coil and the capacitor bank; a voltage detecting device (24, 26) for measuring the voltage or detecting predetermined voltages across the capacitor bank; a switch controller for controlling the capacitor bank switching in dependence on the measured or detected voltages; and a voltage regulator for supplying the load with a constant voltage power supply derived from the capacitor bank output.
Method for operating a hydraulic system of an industrial truck having a hydraulic pump which is driven by a drive motor and, during operation in a working mode, generates a volume flow of a hydraulic liquid which supplies at least one load, characterized in that at least one operating parameter which characterizes the viscosity of the hydraulic liquid of the hydraulic system is recorded and evaluated in a data processing device, wherein, when an operating state in which the viscosity of the hydraulic liquid exceeds a predetermined, upper threshold value is identified, the hydraulic pump is operated in a warm-up mode which is independent of the working mode or is superimposed on the working mode and in which the hydraulic pump is driven in such a way that the viscosity of the hydraulic liquid is lowered.
An orthodontic appliance comprising: a telescopic assembly comprising at least an end tube with a hollow interior and a telescopic member telescopically disposed within the end tube; a distal connector secured to the end tube at a generally distal end of the telescopic assembly; a mesial connector secured to a generally mesial end of the telescopic assembly; an end cap that engages the distal end of the end tube; a spring secured at a distal end to the end cap and the spring extends away from the end cap coaxially within the end tube, the spring configured to impart a biasing force against the end cap and the telescopic member, characterized in that. the appliance further comprises a cover having a generally tubular shape and configured to removably engage and at least partially surround at least a portion of the end tube and the distal connector radially extends through a cut out in the cover wherein the end cap is secured to a distal end of the cover and the end cap removably engages the distal end of the end tube and the spring is interchangeable with at least one alternative spring configured to impart an alternative biasing force against the end cap and the telescopic member. a telescopic assembly comprising at least an end tube with a hollow interior and a telescopic member telescopically disposed within the end tube; a distal connector secured to the end tube at a generally distal end of the telescopic assembly; a mesial connector secured to a generally mesial end of the telescopic assembly; an end cap that engages the distal end of the end tube; a spring secured at a distal end to the end cap and the spring extends away from the end cap coaxially within the end tube, the spring configured to impart a biasing force against the end cap and the telescopic member, characterized in that. the appliance further comprises a cover having a generally tubular shape and configured to removably engage and at least partially surround at least a portion of the end tube and the distal connector radially extends through a cut out in the cover wherein the end cap is secured to a distal end of the cover and the end cap removably engages the distal end of the end tube and the spring is interchangeable with at least one alternative spring configured to impart an alternative biasing force against the end cap and the telescopic member. a cover having a generally tubular shape and configured to removably engage and at least partially surround at least a portion of the end tube and the distal connector radially extends through a cut out in the cover wherein the end cap is secured to a distal end of the cover and the end cap removably engages the distal end of the end tube and the spring is interchangeable with at least one alternative spring configured to impart an alternative biasing force against the end cap and the telescopic member.
Process of recycling a fiber-reinforced polymeric material comprising the following steps a) crushing said material so as to reduce it into fragments; b) mixing the material obtained in the previous step with a liquid adhesive, said step b) being carried out by nebulizing said adhesive and simultaneously stirring the particles of the fiber-reinforced polymeric material so that a thin layer of adhesive is deposited on the surface substantially of each particle of fiber-reinforced polymeric material; c) pouring the mixture obtained in step b) into a mold; d) applying a pressure, characterized in that following said first step a), it is provided a step a') of grinding at least a portion of the fragments obtained in said step a) so as to obtain granules of dimensions between 2 and 8 mm, and subsequent to said step a'), it is provided a step a") of pulverizing at least a portion of the granules obtained in step a') so as to obtain particles of dimensions smaller than 1 mm. a) crushing said material so as to reduce it into fragments; b) mixing the material obtained in the previous step with a liquid adhesive, said step b) being carried out by nebulizing said adhesive and simultaneously stirring the particles of the fiber-reinforced polymeric material so that a thin layer of adhesive is deposited on the surface substantially of each particle of fiber-reinforced polymeric material; c) pouring the mixture obtained in step b) into a mold; d) applying a pressure, characterized in that following said first step a), it is provided a step a') of grinding at least a portion of the fragments obtained in said step a) so as to obtain granules of dimensions between 2 and 8 mm, and subsequent to said step a'), it is provided a step a") of pulverizing at least a portion of the granules obtained in step a') so as to obtain particles of dimensions smaller than 1 mm.
A wall-mountable spray head unit comprising: a rotatable spray head assembly (8 1, 8 2, 8 3) which comprises: a spray manifold (18 1, 18 2) rotatable about a first axis; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; at least one thermal sensor supported by the spray manifold aligned with the plane and configured to sense in the plane; and a pivot base on which the rotatable spray head assembly is mounted, the pivot base comprising an inlet port in fluid communication with the nozzle, wherein the inlet port is offset in a direction into the wall with respect to the first axis. a rotatable spray head assembly (8 1, 8 2, 8 3) which comprises: a spray manifold (18 1, 18 2) rotatable about a first axis; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; a spray manifold (18 1, 18 2) rotatable about a first axis; and a spray nozzle supported by the spray manifold and orientated to deliver fire-suppressant material radially in a plane defined by the first axis and a second axis which is perpendicular to the first axis; at least one thermal sensor supported by the spray manifold aligned with the plane and configured to sense in the plane; and a pivot base on which the rotatable spray head assembly is mounted, the pivot base comprising an inlet port in fluid communication with the nozzle, wherein the inlet port is offset in a direction into the wall with respect to the first axis.
Implantable cuff electrode, comprising: a flexible cuff in the form of a tube having a longitudinal slot, the longitudinal slot defining a first edge and a second edge on the cuff, a first lip being arranged on the first edge of the longitudinal slot and a second lip being arranged on the second edge of the longitudinal slot, and it being possible to seal the longitudinal slot by means of the first lip and the second lip by the first lip and the second lip at least partly extending on the cuff jacket of the cuff so as to lie one on top of the other, characterized in that the second lip holds the first lip in position by surface pressure on the cuff jacket and at least the second lip is movable in the circumferential direction of the cuff relative to the first lip and to the cuff jacket while maintaining the sealing of the longitudinal slot. a flexible cuff in the form of a tube having a longitudinal slot, the longitudinal slot defining a first edge and a second edge on the cuff, a first lip being arranged on the first edge of the longitudinal slot and a second lip being arranged on the second edge of the longitudinal slot, and it being possible to seal the longitudinal slot by means of the first lip and the second lip by the first lip and the second lip at least partly extending on the cuff jacket of the cuff so as to lie one on top of the other, characterized in that the second lip holds the first lip in position by surface pressure on the cuff jacket and at least the second lip is movable in the circumferential direction of the cuff relative to the first lip and to the cuff jacket while maintaining the sealing of the longitudinal slot.
A method for routing signals in a hybrid communications environment comprising a hybrid network, the method comprising: receiving return link data at a user terminal routing system from consumer premises equipment, the return link data indicating a destination node for the return link data, the user terminal routing system communicatively coupled with a plurality of networks and comprising a routing table populated according to forward link data packets received by the user terminal routing system from at least one of the plurality of networks, wherein each forward link data packet indicates a respective source node for the forward link data packet, such that the routing table has, stored thereon, a plurality of mappings, each between a respective one of a plurality of routing table entries and one of the plurality of networks, each routing table entry corresponding to a source node indicated by a forward link data packet and each routing table entry comprising at least a source Internet protocol, IP, address; identifying one of the mappings in the routing table as having the routing table entry that corresponds to said destination node indicated by said return link data; and routing the return link data over one of the plurality of networks according to the identified one of the mappings. receiving return link data at a user terminal routing system from consumer premises equipment, the return link data indicating a destination node for the return link data, the user terminal routing system communicatively coupled with a plurality of networks and comprising a routing table populated according to forward link data packets received by the user terminal routing system from at least one of the plurality of networks, wherein each forward link data packet indicates a respective source node for the forward link data packet, such that the routing table has, stored thereon, a plurality of mappings, each between a respective one of a plurality of routing table entries and one of the plurality of networks, each routing table entry corresponding to a source node indicated by a forward link data packet and each routing table entry comprising at least a source Internet protocol, IP, address; identifying one of the mappings in the routing table as having the routing table entry that corresponds to said destination node indicated by said return link data; and routing the return link data over one of the plurality of networks according to the identified one of the mappings.
A wireless battery-powered power-efficient acoustic glass breakage detector comprising: a microphone, said microphone being powered by a pulsating microphone current, said microphone having an average electric current consumption of 3 - 5 micro amperes and being operable for generating pulsed signal data corresponding to sound waves detected thereby and to a pulse of said pulsating microphone current; a sample and hold circuit operable for: receiving said pulsed signal data from said microphone; converting said pulsed signal data into a voltage level signal; and storing said voltage level signal; a sound frequency band pass amplifier operable for receiving said voltage level signal from said sample and hold circuit and for ascertaining whether said voltage level signal corresponds to an explosion-like sound typical of an initial glass-breakage sound; a flex wave band pass amplifier operable for receiving said voltage level signal from said sample and hold circuit and for ascertaining whether said voltage level signal corresponds to a flex wave typical of an initial glass-breakage sound; and AND circuitry operable, responsive to both said ascertaining that said voltage level signal corresponds to an explosion-like sound typical of an initial glass-breakage sound and said ascertaining that said voltage level signal corresponds to a flex wave typical of an initial glass-breakage sound, for ascertaining that said pulsed signal data received from said microphone is indicative of a glass-breakage event. a microphone, said microphone being powered by a pulsating microphone current, said microphone having an average electric current consumption of 3 - 5 micro amperes and being operable for generating pulsed signal data corresponding to sound waves detected thereby and to a pulse of said pulsating microphone current; a sample and hold circuit operable for: receiving said pulsed signal data from said microphone; converting said pulsed signal data into a voltage level signal; and storing said voltage level signal; receiving said pulsed signal data from said microphone; converting said pulsed signal data into a voltage level signal; and storing said voltage level signal; a sound frequency band pass amplifier operable for receiving said voltage level signal from said sample and hold circuit and for ascertaining whether said voltage level signal corresponds to an explosion-like sound typical of an initial glass-breakage sound; a flex wave band pass amplifier operable for receiving said voltage level signal from said sample and hold circuit and for ascertaining whether said voltage level signal corresponds to a flex wave typical of an initial glass-breakage sound; and AND circuitry operable, responsive to both said ascertaining that said voltage level signal corresponds to an explosion-like sound typical of an initial glass-breakage sound and said ascertaining that said voltage level signal corresponds to a flex wave typical of an initial glass-breakage sound, for ascertaining that said pulsed signal data received from said microphone is indicative of a glass-breakage event.
A preparation method for 3,3-dialkoxypropyl methylphosphonate is characterized in that: it comprises the following steps: a methyl halogenated phosphonate monoester is reacted with a 3,3-dialkoxypropyl magnesium or zinc halide to obtain a 3,3-dialkoxypropyl methylphosphonate, with the reaction equation as shown in the following: wherein R 1 and R 2 are respectively an alkyl group of C1-C5, and R 1 and R 2 can be the same or different; X is a halogen chlorine, bromine or iodine, and M is a metal magnesium or zinc. wherein R 1 and R 2 are respectively an alkyl group of C1-C5, and R 1 and R 2 can be the same or different; X is a halogen chlorine, bromine or iodine, and M is a metal magnesium or zinc.
An anti-chemokine (C-C motif) ligand 17 antibody comprising the heavy chain variable region of SEQ ID NO: 46 and the light chain variable region of SEQ ID NO: 62.