mhurhangee/ep-ind-claims huggingface dataset:
A composition useful as a thermal resistant water washable protective coating in laser machining, said composition comprising from about 5-50% by weight of a water soluble ultraviolet light absorbing compound, disodium distyrylbiphenyl disulfonate, and from about 30-99% by weight of at least one water soluble polymer selected from polyester or poly-2-ethyl-2-oxazoline, wherein the water soluble ultraviolet light absorbing compound and the at least one water soluble polymer are dissolved in water, said ultraviolet light absorbing compound and water soluble polymer percentages by weight being based upon the total weight of the solids taken as 100% by weight, wherein said water soluble ultraviolet light absorbing compound has a melting point greater than 250 degrees centigrade, and said water soluble polymer is thermoplastic with a thermal viscosity at 200 degrees centigrade of greaterthan50,000 centipoise (50 000 mPa.s). from about 5-50% by weight of a water soluble ultraviolet light absorbing compound, disodium distyrylbiphenyl disulfonate, and from about 30-99% by weight of at least one water soluble polymer selected from polyester or poly-2-ethyl-2-oxazoline, wherein the water soluble ultraviolet light absorbing compound and the at least one water soluble polymer are dissolved in water, said ultraviolet light absorbing compound and water soluble polymer percentages by weight being based upon the total weight of the solids taken as 100% by weight, wherein said water soluble ultraviolet light absorbing compound has a melting point greater than 250 degrees centigrade, and said water soluble polymer is thermoplastic with a thermal viscosity at 200 degrees centigrade of greaterthan50,000 centipoise (50 000 mPa.s).
A refrigeration apparatus, comprising: a cabinet;a door body provided to the cabinet in a drawable manner; and a first snap assembly adapted to limit the door body at a first open position relative to the cabinet; characterised by: a second snap assembly adapted to limit the door body at a second open position relative to the cabinet; and a drawer detachably provided to the door body; wherein the door body passes through the first position and the second position sequentially in a process of pulling the door body out of the cabinet, the drawer being adapted to be detached from the door body when the limit of the first snap assembly is disabled, and the door body being adapted to be separated from the cabinet when the limit of the second snap assembly is disabled. a cabinet;a door body provided to the cabinet in a drawable manner; and a first snap assembly adapted to limit the door body at a first open position relative to the cabinet; a second snap assembly adapted to limit the door body at a second open position relative to the cabinet; and a drawer detachably provided to the door body; wherein the door body passes through the first position and the second position sequentially in a process of pulling the door body out of the cabinet, the drawer being adapted to be detached from the door body when the limit of the first snap assembly is disabled, and the door body being adapted to be separated from the cabinet when the limit of the second snap assembly is disabled.
A device for peeling a film off a roll, comprising a cylindrical element with supports (18, 20) between which the roll surrounds the cylindrical element, which is connected in at least one of its free end areas to a handle (30, 32) via a swivel joint (26, 28) having a rotation axis, wherein the rotation axis runs vertical to the longitudinal axis of the cylindrical element, characterized in that the handle is a handgrip (30, 32) designed rotatable about both the rotation axis and its longitudinal axis.
Intermediate plate for a multiple-disc clutch, in particular two-disc clutch, for coupling a drive shaft of a motor vehicle engine to at least one gear mechanism input shaft (16, 18) of a motor vehicle gear mechanism, in particular for a double clutch, having an annular body for pressing with frictionally locking action between a counter-plate which is able to be coupled to the drive shaft and a pressure plate which is axially displaceable relative to the counter-plate, characterized in that provision is made of a contact link which is formed in one piece with the annular body and which serves for travel-transmitted coupling of the annular body to the pressure plate, wherein the contact link has a contact body, formed by plastic deformation of a part of the contact link and protruding in an axial direction, for axial abutment against a restoring spring, which restoring spring is connected to a pressure plate which follows in an axial direction in relation to the intermediate plate, or to a further intermediate plate, and which is designed in particular as a leaf spring.
An agent that provides heparin binding epidermal growth factor (HB-EGF) activity for use in the treatment of a chronic tympanic membrane perforation in an individual.,
An apparatus for remotely positioning a sensor in a nuclear reactor, comprising: a sensor; at least one cable having a first end and a second end, the first end being connected to the sensor and a second end adapted for being connected to a power source, signal source or receiver; a bottom frame; a top cover having a first end and an opposite second end, the sensor connected to the first end, the top cover substantially aligned with the bottom frame and spaced apart from the bottom frame; a first linear rail fixedly attached to the bottom frame; a second linear rail fixedly attached to the bottom frame, substantially aligned in a parallel relationship to the first linear rail and spaced apart from the first linear rail; a mechanism movably connected to each of the first and second linear rails (205a,b) and connected to the top cover, wherein the mechanism is effective to horizontally move the top cover relative to the bottom frame; characterized in that the mechanism includes a first linear rail support bearings coupled to the top cover and movably connected to the first linear rail; a second linear rail support bearings coupled to the top cover and movably connected to the second linear rail; and hydraulic cylinders (221a,b) attached to the top cover and operable to drive the top cover and the sensor from a closed position to an extended position. a sensor; at least one cable having a first end and a second end, the first end being connected to the sensor and a second end adapted for being connected to a power source, signal source or receiver; a bottom frame; a top cover having a first end and an opposite second end, the sensor connected to the first end, the top cover substantially aligned with the bottom frame and spaced apart from the bottom frame; a first linear rail fixedly attached to the bottom frame; a second linear rail fixedly attached to the bottom frame, substantially aligned in a parallel relationship to the first linear rail and spaced apart from the first linear rail; a mechanism movably connected to each of the first and second linear rails (205a,b) and connected to the top cover, wherein the mechanism is effective to horizontally move the top cover relative to the bottom frame; characterized in that the mechanism includes a first linear rail support bearings coupled to the top cover and movably connected to the first linear rail; a second linear rail support bearings coupled to the top cover and movably connected to the second linear rail; and hydraulic cylinders (221a,b) attached to the top cover and operable to drive the top cover and the sensor from a closed position to an extended position.
Method for preparation of optical fiber waveguides from polydimethylsiloxane characterized by the fact that the optical fiber waveguides are created from polydimethylsiloxane after its partial cure in such way, that the ends of two fibers between which are at a suitable space are linked together by partially cured polydimethylsiloxane and subsequently these two ends of fiber are moved apart until a polydimethylsiloxane fiber with the required parameters between them is produced.
Refrigerated cabinet comprising a compartment for the storage of products to be preserved, a door hinged on to the cabinet and adapted to move into contact with a frame of said cabinet to close in an air-tight manner the storage compartment, retaining means adapted to hold the door in the closed position thereof, and at least an apparatus to keep the door ajar so as to facilitate aeration of the storage compartment during the periods in which the refrigerator is not in use, wherein said apparatus comprises an arm that is coupled in a rotatable manner to an accommodating structure, which is adapted to support the arm in an operative position and in a non-operative position thereof, said structure being associated to said door or said frame, and said arm having a free end portion comprising a stop portion and an abutment portion and being capable of being selectively guided into said operative position and said non-operative position thereof, in said operative position thereof said arm protruding from said door, or said frame, so that said stop portion abuts against said door or said frame of the storage compartment, thereby preventing the door from coming into contact with the abutting frame so as to keep the door ajar, in the non-operative state thereof said arm being on the contrary fully contained within said accommodating structure, thereby enabling the door to fully move into closing the storage compartment in an air-tight manner, characterized in that said accommodating structure defines a first accommodation adapted to receive the stop portion, and a second accommodation where elastic means are provided to engage the abutment portion of the arm, when said arm is brought into the operative position thereof, so as to damp the arm when abutting against the frame or the door, wherein said accommodating structure comprises a pin adapted to rotatably engage the arm, said arm being capable of rotating about the pin between said operative position and said non-operative position thereof, wherein said arm comprises a first end portion adapted to engage the pin and a second portion defined by said free end portion comprising the stop portion and the abutment portion.
A monomer emulsion composition comprising a pre-emulsion of: (a) a crosslinkable surfactant comprising a reaction product of (i) Tung oil acid and (ii) at least one alkylene oxide forming a Tung oil derivative; (b) at least one monomer; and (c) water. (a) a crosslinkable surfactant comprising a reaction product of (i) Tung oil acid and (ii) at least one alkylene oxide forming a Tung oil derivative; (b) at least one monomer; and (c) water.
Distribution and collection device for simulated moving bed separation units with a diameter of greater than 4 meters, the unit comprising at least one column divided into N beds of adsorbent, each bed being divided into meridian panels, i.e. into panels that are mutually parallel and contiguous so as to ensure complete coverage of the cross section of said bed, the distribution and collection device comprising distribution channels and collection channels, and each panel being fed by a distribution channel, and the withdrawal of the effluents from said panel taking place via a collection channel, characterized in that the distribution channel and the collection channel surrounding each panel have heights that vary linearly over the entire length of the panel, and which are such that the inlet velocity into the bed of each portion of fluid remains the same from the inlet section of the panel to its outlet section of the panel, and the sum of the heights of the distribution channel and of the collection channel taken at any point of the length of the panel remains constant.
Offshore installation for offshore energy resources exploitation comprising a movable self-installing platform wherein the platform comprises a floatable pontoon with at least one leg that is adjustable between a transport position in which the leg is elevated with respect to the pontoon and an installation position in which the leg is lowered with respect to the pontoon, whereby the platform is arranged for connection of cabling and/or piping from the sea bottom to the pontoon, further comprising a protection pipe arranged to enclose the cabling and/or piping between the sea bottom and the pontoon, wherein the protection pipe comprises a suction anchor at a lower end for anchoring in the sea bottom.
An integrated multi-channel photonic radio-frequency, RF, receiver system (100A, 100B), the system (100A, 100B) comprising: a master oscillator comprising a laser source configured to generate laser light; a local oscillator, LO, path comprising an LO generator, an LO modulator, an optical LO filter, and an optical amplifier optically coupled and configured to generate an LO signal, wherein the LO modulator is coupled to the master oscillator and the LO generator is coupled to the LO modulator and is configured to generate an electrical signal; a plurality of RF-modulation channels; a plurality of channel filters (136-1,..., 136-M) coupled to the plurality of RF-modulation channels and configured to produce a plurality of filtered RF-modulated optical signals; an optical switch configured to couple the plurality of RF-modulation channels to the plurality of channel filters (136-1,..., 136-M); and an optical combiner configured to combine the LO signal with each filtered RF-modulated optical signal of the plurality of filtered RF-modulated optical signals to generate up- or down-converted optical signals, wherein: each channel of the plurality of RF-modulation channels includes a channel laser (132-1,..., 132-N) coupled to a channel modulator (134-1,..., 134-N), and the LO path and channel lasers (132-1,..., 132-N) of the plurality of RF-modulation channels are fed by and wavelength locked to an operating wavelength of the laser light of the master oscillator. a master oscillator comprising a laser source configured to generate laser light; a local oscillator, LO, path comprising an LO generator, an LO modulator, an optical LO filter, and an optical amplifier optically coupled and configured to generate an LO signal, wherein the LO modulator is coupled to the master oscillator and the LO generator is coupled to the LO modulator and is configured to generate an electrical signal; a plurality of RF-modulation channels; a plurality of channel filters (136-1,..., 136-M) coupled to the plurality of RF-modulation channels and configured to produce a plurality of filtered RF-modulated optical signals; an optical switch configured to couple the plurality of RF-modulation channels to the plurality of channel filters (136-1,..., 136-M); and an optical combiner configured to combine the LO signal with each filtered RF-modulated optical signal of the plurality of filtered RF-modulated optical signals to generate up- or down-converted optical signals, wherein: each channel of the plurality of RF-modulation channels includes a channel laser (132-1,..., 132-N) coupled to a channel modulator (134-1,..., 134-N), and the LO path and channel lasers (132-1,..., 132-N) of the plurality of RF-modulation channels are fed by and wavelength locked to an operating wavelength of the laser light of the master oscillator. each channel of the plurality of RF-modulation channels includes a channel laser (132-1,..., 132-N) coupled to a channel modulator (134-1,..., 134-N), and the LO path and channel lasers (132-1,..., 132-N) of the plurality of RF-modulation channels are fed by and wavelength locked to an operating wavelength of the laser light of the master oscillator.
A mast for a lift truck comprising: a first upright; a second upright spaced from the first upright to form a rail; a hose header comprising a first upper portion, a second lower portion and a fastener connecting the first portion to the second portion; wherein the fastener comprises a positioning device (140, 145, 150) configured to releasably hold the first portion at selectable distances from the second portion; said positioning device comprising: - a plurality of adjustment apertures formed through one of the first or second portions (55, 60); - a holding aperture formed through the other of the first or second portions (55, 60); and - a pin configured to extend into an aligned holding aperture and adjustment aperture to releasably secure the first portion in place with respect to the second portion; wherein - the first portion is configured to move with respect to the second portion for selectably aligning the holding aperture with one of the adjustment apertures. a first upright; a second upright spaced from the first upright to form a rail; a hose header comprising a first upper portion, a second lower portion and a fastener connecting the first portion to the second portion; wherein the fastener comprises a positioning device (140, 145, 150) configured to releasably hold the first portion at selectable distances from the second portion; said positioning device comprising: - a plurality of adjustment apertures formed through one of the first or second portions (55, 60); - a holding aperture formed through the other of the first or second portions (55, 60); and - a pin configured to extend into an aligned holding aperture and adjustment aperture to releasably secure the first portion in place with respect to the second portion; wherein - the first portion is configured to move with respect to the second portion for selectably aligning the holding aperture with one of the adjustment apertures. - a plurality of adjustment apertures formed through one of the first or second portions (55, 60); - a holding aperture formed through the other of the first or second portions (55, 60); and - a pin configured to extend into an aligned holding aperture and adjustment aperture to releasably secure the first portion in place with respect to the second portion; wherein - the first portion is configured to move with respect to the second portion for selectably aligning the holding aperture with one of the adjustment apertures.
A device for providing a bone cement of two starting components, comprising a hollow cylindrical first container, containing a glass ampoule comprising a monomer liquid as first starting component, and an opening device for the glass ampoule, a hollow cylindrical second container having a container wall, a first internal space, and a second internal space, wherein a bone cement powder as second starting component is stored in the first internal space, and wherein the monomer liquid can be conveyed into the second internal space, a fluid-conducting conveying means, arranged between the first internal space and the second internal space, wherein the first container and the second container are axially connected to one another, characterised by a discharge plunger, which can be axially displaced in the second container, arranged between first container and second internal space, wherein the discharge plunger cooperates with the container wall in such a way that in a first position of the discharge plunger the first container and the second internal space are connected in a fluid-conducting manner for the monomer liquid, and in a second position of the discharge plunger the first container and the second internal space are not connected in a fluid-conducting manner for the monomer liquid, so that the monomer liquid can be conveyed into the first internal space by means of a first displacement of the first container into the second container.
Biocide composition, comprising (a) Herbicides; (b) Fatty acid amides characterized in that said fatty acid amides are derived from fatty acids having 6 to 10 carbon atoms or lactic acid; (c) Fatty acids; and optionally (d) Emulsifiers and/or (e) Polyols; characterized in that said herbicides exhibit solubility in water of less than 5 g/l at a temperature of 20 °C and a water hardness of at most 1000 ppm. (a) Herbicides; (b) Fatty acid amides characterized in that said fatty acid amides are derived from fatty acids having 6 to 10 carbon atoms or lactic acid; (c) Fatty acids; and optionally (d) Emulsifiers and/or (e) Polyols;
A nozzle rotation mechanism comprising a nozzle having a discharge outlet through which a liquid material is discharged while the nozzle is moved relative to an application object, a nozzle unit having a channel (203, 204) that is formed in the nozzle unit and is communicated with the nozzle and with a liquid material supply source, a base member, and a rotation device disposed on the base member and rotating the nozzle unit, wherein the nozzle is disposed on the nozzle unit such that a centerline of the discharge outlet of the nozzle forms an angle with respect to a rotational centerline of the nozzle unit, and the nozzle unit is removably mounted to the rotation device, characterized in that the rotation device includes a motor having a hollow portion that is extended to penetrate through the motor along the rotational centerline in an axial direction, and the nozzle unit is fitted in the hollow portion.
A composition for removal of a sulfur-containing compound in a liquid or gas, wherein the sulfur-containing compound is at least one selected from the group consisting of hydrogen sulfide and a compound containing an -SH group, and the composition comprises an aldehyde and a polyvalent amine represented by the following general formula: wherein W represents a dimethylene group, or a trimethylene group; R 1 to R 5 each independently represent a hydrogen atom, or an alkyl group having 1 to 6 carbon atoms; n represents an integer of 0 to 5; and in the case where a plurality of W are present, they are not necessarily the same group, and in the case where a plurality of R 5 are present, they are not necessarily the same group, and wherein the aldehyde is at least one selected from the group consisting of an α,β-unsaturated aldehyde and a dialdehyde. wherein W represents a dimethylene group, or a trimethylene group; R 1 to R 5 each independently represent a hydrogen atom, or an alkyl group having 1 to 6 carbon atoms; n represents an integer of 0 to 5; and in the case where a plurality of W are present, they are not necessarily the same group, and in the case where a plurality of R 5 are present, they are not necessarily the same group, and wherein the aldehyde is at least one selected from the group consisting of an α,β-unsaturated aldehyde and a dialdehyde.