mhurhangee/ep-ind-claims huggingface dataset:
A surface treatment agent for galvanized steel sheets, characterized in that it comprises the following components: A, an epoxy-containing silane derivate as shown in formula I: wherein, Y is C 1 -C 6 alkylene; R is C 1 -C 6 alkyl; X is C 1 -C 4 alkoxy or C 2 -C 4 acyloxy; n = 0 or 1; B, an alkyl-containing silane derivative as shown in formula II and/or formula III: wherein, R and Z is C 1 -C 6 alkyl respectively; M is C 1 -C 6 alkylene; X is C 1- C 4 alkoxy or C 2 -C 4 acyloxy; n= 0 or 1; C, an alkoxy silane derivative as shown in formula IV: H n SiX 4-n Formula IV wherein, X is C 1 -C 4 alkoxy; n=0 or 1; and D, at least one substance selected from the group consisting of an aqueous dispersion of cationic polymer, an aqueous dispersion of non-ionic polymer and a water-soluble polymer, wherein the content of said epoxy-containing silane derivative is 20-45wt%, the content of said alkyl-containing silane derivative is 15-45wt%, the content of said alkoxy silane derivative is 5-30%, the content of said D component is 30-60wt% and the percentages account for the total mass of A, B, C and D. A, an epoxy-containing silane derivate as shown in formula I: wherein, Y is C 1 -C 6 alkylene; R is C 1 -C 6 alkyl; X is C 1 -C 4 alkoxy or C 2 -C 4 acyloxy; n = 0 or 1; B, an alkyl-containing silane derivative as shown in formula II and/or formula III: wherein, R and Z is C 1 -C 6 alkyl respectively; M is C 1 -C 6 alkylene; X is C 1- C 4 alkoxy or C 2 -C 4 acyloxy; n= 0 or 1; C, an alkoxy silane derivative as shown in formula IV: H n SiX 4-n Formula IV wherein, X is C 1 -C 4 alkoxy; n=0 or 1; and D, at least one substance selected from the group consisting of an aqueous dispersion of cationic polymer, an aqueous dispersion of non-ionic polymer and a water-soluble polymer, wherein the content of said epoxy-containing silane derivative is 20-45wt%, the content of said alkyl-containing silane derivative is 15-45wt%, the content of said alkoxy silane derivative is 5-30%, the content of said D component is 30-60wt% and the percentages account for the total mass of A, B, C and D. D, at least one substance selected from the group consisting of an aqueous dispersion of cationic polymer, an aqueous dispersion of non-ionic polymer and a water-soluble polymer, wherein the content of said epoxy-containing silane derivative is 20-45wt%, the content of said alkyl-containing silane derivative is 15-45wt%, the content of said alkoxy silane derivative is 5-30%, the content of said D component is 30-60wt% and the percentages account for the total mass of A, B, C and D.
A fluid sensor assembly, comprising: a body including a fluid passage; a first sensor connected to the body and directed toward the fluid passage; and a second sensor connected to the body and directed toward the fluid passage; wherein at least one of the first sensor and the second sensor is configured to transmit a signal into the fluid passage, and at least one of the first sensor and the second sensor is configured to receive at least a deflected version of the signal; the fluid sensor assembly further comprises an inductive sensor comprising a helical coil disposed at least partially around the fluid passage, the coil including a longitudinal axis parallel to a longitudinal axis of the fluid passage, the inductive sensor being configured for detecting metallic particles; the fluid sensor assembly further comprising an electronic control unit configured to receive and process data signals from the sensors (60, 90) and the inductive sensor to determine particles in the fluid passage; at least one of the following applies: the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body; and the first sensor and the second sensor are disposed in a V-shaped configuration. a body including a fluid passage; a first sensor connected to the body and directed toward the fluid passage; and a second sensor connected to the body and directed toward the fluid passage; wherein at least one of the first sensor and the second sensor is configured to transmit a signal into the fluid passage, and at least one of the first sensor and the second sensor is configured to receive at least a deflected version of the signal; the fluid sensor assembly further comprises an inductive sensor comprising a helical coil disposed at least partially around the fluid passage, the coil including a longitudinal axis parallel to a longitudinal axis of the fluid passage, the inductive sensor being configured for detecting metallic particles; the fluid sensor assembly further comprising an electronic control unit configured to receive and process data signals from the sensors (60, 90) and the inductive sensor to determine particles in the fluid passage; at least one of the following applies: the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body; and the first sensor and the second sensor are disposed in a V-shaped configuration. the first sensor is disposed at a first oblique angle relative to the longitudinal axis of the fluid passage; the first sensor is disposed at a second oblique angle relative to a transverse axis of the body; and the first sensor and the second sensor are disposed in a V-shaped configuration.
A catalyst precursor for an olefin polymerization catalyst comprising a silica xerogel comprising at least 90% by weight of SiO 2 and carrying within a pore structure of the silica xerogel: a chromium salt, selected from chromium carboxylate, chromium sulphate, chromium chloride and a mixture thereof; aluminium carboxylate; and boric acid.
Plate (1; 7; 8) having a translucent base body for a domestic appliance, wherein the translucent base body has at least one three-dimensional laser structure embodied as an ornament, wherein the at least one laser structure is deposited at least partially with an essentially non-translucent layer (5; 9) which is applied as a coating or printing to a rear side of the base body, characterised in that the translucent base body is coloured and the non-translucent layer (5; 9): a. has the same colour as the base body at least on a front side, and b. has a high absorption coefficient for light falling through the base body. a. has the same colour as the base body at least on a front side, and b. has a high absorption coefficient for light falling through the base body.
A well abandonment frame for fitting over a well head to facilitate one or more abandonment operations comprising a plurality of upwardly extending load bearing legs and a plurality of junction members joining said legs to form said frame; said junction members presenting an aperture through which said abandonment operations are carried out; said aperture being defined by a ring for engagement with one or a succession of cartridges which are secured to facilitate one or a plurality of abandonment operations.
An implantable device system for controlling at least one of the shape and size of an anatomical structure or lumen, comprising: an implantable device adapted for attachment to an anatomical structure or lumen, said implantable device comprising an adjustable member with a gear configured to adjust at least one of the shape and size of the implantable device; a shaft fitting (2024, 2054) being flexible and constructed long enough to extend through a purse string suture; and an adjustment tool configured to be connected to the shaft fitting outside the purse string suture such that the adjustment tool can be used to activate and control adjustment of the implantable device; wherein the gear is functionally connected to a gear fitting (2022, 2058), which is functionally connected to the shaft fitting (2024, 2054); and wherein the adjustment tool can be disconnected from the shaft fitting and subsequently reconnected to the shaft fitting outside the purse string suture. an implantable device adapted for attachment to an anatomical structure or lumen, said implantable device comprising an adjustable member with a gear configured to adjust at least one of the shape and size of the implantable device; a shaft fitting (2024, 2054) being flexible and constructed long enough to extend through a purse string suture; and an adjustment tool configured to be connected to the shaft fitting outside the purse string suture such that the adjustment tool can be used to activate and control adjustment of the implantable device; wherein the gear is functionally connected to a gear fitting (2022, 2058), which is functionally connected to the shaft fitting (2024, 2054); and wherein the adjustment tool can be disconnected from the shaft fitting and subsequently reconnected to the shaft fitting outside the purse string suture.
A transmission device (1, 1A) for a helicopter comprising: a casing accommodating a rotating member and having an inner space therein configured to contain oil in a mist form, the casing having an oil sump configured to retain oil in a liquid form; a lubrication pump provided in the inner space of the casing and configured to suck and discharge the oil from the oil sump; a supply port provided in the inner space of the casing and configured to inject the oil from the lubrication pump to the rotating member; a lubrication passage connecting the lubrication pump and the supply port; a connection portion provided in a part of the lubrication passage, which part is disposed outside the casing; and a direction control valve provided in the inner space of the casing and located downstream of the lubrication pump and upstream of the connection portion in the lubrication passage with respect to a flow direction of the oil, the direction control valve being configured to open the lubrication passage when a hydraulic pressure in the lubrication passage exceeds a predetermined value and to close the lubrication passage when the hydraulic pressure is equal to or lower than the predetermined value. a casing accommodating a rotating member and having an inner space therein configured to contain oil in a mist form, the casing having an oil sump configured to retain oil in a liquid form; a lubrication pump provided in the inner space of the casing and configured to suck and discharge the oil from the oil sump; a supply port provided in the inner space of the casing and configured to inject the oil from the lubrication pump to the rotating member; a lubrication passage connecting the lubrication pump and the supply port; a connection portion provided in a part of the lubrication passage, which part is disposed outside the casing; and a direction control valve provided in the inner space of the casing and located downstream of the lubrication pump and upstream of the connection portion in the lubrication passage with respect to a flow direction of the oil, the direction control valve being configured to open the lubrication passage when a hydraulic pressure in the lubrication passage exceeds a predetermined value and to close the lubrication passage when the hydraulic pressure is equal to or lower than the predetermined value.
A control device of a dental handpiece, comprising: a voltage application portion for applying voltage to a motor for rotating a cutting tool mounted to the dental handpiece, the motor being built in the dental handpiece; a rotational direction switching portion for switching a rotational direction of the motor by switching a polarity of voltage, which is applied to the motor by the voltage application portion; and a control portion for controlling a magnitude of the voltage applied by the voltage application portion, characterized in that the control portion is adapted to obliquely decrease voltage in advance of switching of voltage polarity, which is conducted by the rotational direction switching portion, the voltage being applied to the motor by the voltage application portion. a voltage application portion for applying voltage to a motor for rotating a cutting tool mounted to the dental handpiece, the motor being built in the dental handpiece; a rotational direction switching portion for switching a rotational direction of the motor by switching a polarity of voltage, which is applied to the motor by the voltage application portion; and a control portion for controlling a magnitude of the voltage applied by the voltage application portion, characterized in that the control portion is adapted to obliquely decrease voltage in advance of switching of voltage polarity, which is conducted by the rotational direction switching portion, the voltage being applied to the motor by the voltage application portion.
An apparatus for loading and unloading an LNG tank container, comprising: a base securely disposed on the ground; a transfer cart movable forward/backward between a location in front of the base and the base, the transfer cart comprising a lower cart movable along a guide rail and a liftable unit disposed on the lower cart to be moved up and down; a cart transfer unit disposed between the base and the transfer cart configured to move the transfer cart forward/backward; and a clamping unit disposed at each of front and rear head portions of the liftable unit configured to clamp and unclamp the LNG tank container, the clamping unit being disposed on a clamp mounting frame movable laterally inside each of the head portions, characterized in that the clamping unit comprises: clamps vertically disposed at both sides of the clamp mounting frame; a reciprocating hydraulic cylinder disposed at a middle portion of the clamp mounting frame; and links connecting both ends of a piston rod of the reciprocating hydraulic cylinder to pivoting arms provided at upper ends of pivoting axes of the clamps, respectively. a base securely disposed on the ground; a transfer cart movable forward/backward between a location in front of the base and the base, the transfer cart comprising a lower cart movable along a guide rail and a liftable unit disposed on the lower cart to be moved up and down; a cart transfer unit disposed between the base and the transfer cart configured to move the transfer cart forward/backward; and a clamping unit disposed at each of front and rear head portions of the liftable unit configured to clamp and unclamp the LNG tank container, the clamping unit being disposed on a clamp mounting frame movable laterally inside each of the head portions, characterized in that the clamping unit comprises: clamps vertically disposed at both sides of the clamp mounting frame; a reciprocating hydraulic cylinder disposed at a middle portion of the clamp mounting frame; and links connecting both ends of a piston rod of the reciprocating hydraulic cylinder to pivoting arms provided at upper ends of pivoting axes of the clamps, respectively.
A cast ceiling tile formed from an aqueous slurry of ingredients including fiber, filler, binder and chitosan homogenously dispersed throughout the aqueous slurry for interacting with the slurry ingredients whereby the cast ceiling tile formed of the aqueous slurry is structurally reinforced by the chitosan as compared with an identically formed ceiling tile of the same slurry ingredients except for the chitosan, said fiber being mineral wool, said filler being selected from the group consisting of perlite, calcium carbonate, clay and stucco, and said binder being selected from the group consisting of starch and latex or a mixture thereof.
Method for determining a mapping of a number of floors to be served by an elevator, the method comprising: determining, during a multiplicity of trips of an elevator cabin of the elevator, a trip-dependent physical parameter value which unambiguously depends on at least one of a trip duration (Δt) and a trip distance (Δs); clustering the determined trip-dependent physical parameter values to define each of the number (k) of floors in the mapping. determining, during a multiplicity of trips of an elevator cabin of the elevator, a trip-dependent physical parameter value which unambiguously depends on at least one of a trip duration (Δt) and a trip distance (Δs); clustering the determined trip-dependent physical parameter values to define each of the number (k) of floors in the mapping.
Air spring for a chassis of a motor vehicle, comprising an air spring cover and an air spring piston, wherein a rolling bellows which is fastened in an air-tight manner and consists of elastomer material partially delimits, between the air spring cover and the air spring piston, a working chamber which can be filled with compressed air, wherein the rolling bellows is at least partially enclosed by a sleeve-shaped outer guide, wherein a folding bellows surrounds the rolling bellows together with outer guide, wherein the folding bellows comprises a first sub-folding bellows and a second sub-folding bellows, wherein a first end region of the first sub-folding bellows that faces the second sub-folding bellows is connected to a second end region of the second sub-folding bellows that faces the first sub-folding bellows, characterized in that the first and the second end region (9, 10) overlap, in particular exclusively, in the circumferential direction.
A method in a wireless device, comprising: obtaining, from a serving network node serving the wireless device in a serving cell, information related to a signal transmission configuration for a target network node, the information comprising a number of repetitions of a signal to be transmitted to the wireless device by the target network node as part of performing at least one radio operation, wherein the number of repetitions is based on a coverage enhancement level of the wireless device with respect to a neighbor cell associated with the target network node; performing the at least one radio operation according to the obtained information related to the signal transmission configuration for the target network node, wherein the at least one radio operation comprises identifying a cell global identity,CGI, of the neighbor cell associated with the target network node; and the obtained information related to the signal transmission configuration for the target network node comprises the number of repetitions of a broadcast transmission to the wireless device by the target network node. obtaining, from a serving network node serving the wireless device in a serving cell, information related to a signal transmission configuration for a target network node, the information comprising a number of repetitions of a signal to be transmitted to the wireless device by the target network node as part of performing at least one radio operation, wherein the number of repetitions is based on a coverage enhancement level of the wireless device with respect to a neighbor cell associated with the target network node; performing the at least one radio operation according to the obtained information related to the signal transmission configuration for the target network node, wherein the at least one radio operation comprises identifying a cell global identity,CGI, of the neighbor cell associated with the target network node; and the obtained information related to the signal transmission configuration for the target network node comprises the number of repetitions of a broadcast transmission to the wireless device by the target network node.
Amino acid sequence that is an immunoglobulin single variable domain capable of binding to human serum albumin that has: - a CDR1 according to Abm that is the amino acid sequence GSNISSYVMG (SEQ ID NO:11) or GSTISSYVMG (SEQ ID NO:12); and - a CDR2 according to Abm that is the amino acid sequence AISRSGGYTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence GRYSAWYSQSYEYDY (SEQ ID NO: 14), wherein the amino acid sequence is a VHH or a humanized VHH. - a CDR1 according to Abm that is the amino acid sequence GSNISSYVMG (SEQ ID NO:11) or GSTISSYVMG (SEQ ID NO:12); and - a CDR2 according to Abm that is the amino acid sequence AISRSGGYTY (SEQ ID NO: 13); and - a CDR3 according to Abm that is the amino acid sequence GRYSAWYSQSYEYDY (SEQ ID NO: 14),
A connector jack, usable with a plug having at least one plug contact, the jack comprising: a body having a receptacle sized and configured to receive the plug therein; a printed circuit board, at least one electrical conductor attached to the printed circuit board having a contact portion (28, 47) within the receptacle positioned to be engaged by the at least one plug contact when the plug is inserted into the receptacle; and a resilient spring member within the receptacle configured to apply a reaction force to the at least one electrical conductor when engaged by the at least one plug contact in a direction to generate a contact force between the at least one electrical conductor and the at least one plug contact, characterized in that the spring member is mounted to the printed circuit board. a body having a receptacle sized and configured to receive the plug therein; a printed circuit board, at least one electrical conductor attached to the printed circuit board having a contact portion (28, 47) within the receptacle positioned to be engaged by the at least one plug contact when the plug is inserted into the receptacle; and a resilient spring member within the receptacle configured to apply a reaction force to the at least one electrical conductor when engaged by the at least one plug contact in a direction to generate a contact force between the at least one electrical conductor and the at least one plug contact, characterized in that the spring member is mounted to the printed circuit board.