mhurhangee/ep-ind-claims huggingface dataset:
A fastener device for closing a fluid reservoir that is formed with a neck that is provided with outer peripheral reinforcement that co-operates with the remainder of the neck to define a bottom shoulder, said fastener device comprising: a fastener ring for holding a closure member on the neck, the fastener ring including a peripheral skirt that extends around the neck to below the bottom shoulder, said skirt being provided with fastener elements (26a, 26b) that each form a contact zone (27a, 27b) that is suitable for potentially coming into engagement with the neck below the bottom shoulder, so as to fasten the ring on the neck; a blocking hoop that is engaged around the peripheral skirt in a final mounted position, so as to block at least some of the fastener elements (26a, 26b) below the bottom shoulder; the peripheral skirt forming vertical blades that are separated by axial slots and the blocking hoop forming vertical branches, the fastener device being characterized in that vertical branches are arranged in the axial slots between two vertical blades, in the final mounted position. a fastener ring for holding a closure member on the neck, the fastener ring including a peripheral skirt that extends around the neck to below the bottom shoulder, said skirt being provided with fastener elements (26a, 26b) that each form a contact zone (27a, 27b) that is suitable for potentially coming into engagement with the neck below the bottom shoulder, so as to fasten the ring on the neck; a blocking hoop that is engaged around the peripheral skirt in a final mounted position, so as to block at least some of the fastener elements (26a, 26b) below the bottom shoulder;
A method of quantifying the immune repertoire of a subject, comprising: a. reverse transcribing mRNA obtained from the subject to produce immunoglobulin chain or T cell receptor chain cDNA molecules comprising a 3' homopolymer tail by using immunoglobulin chain or TCR chain specific primers and a reverse transcriptase; b. adding a random molecular tag and a universal sequence to the 3' end of the immunoglobulin chain or TCR chain cDNA molecules to form extended cDNA molecules, by using the reverse transcriptase and oligonucleotides comprising a 3' sequence complementary to the homopolymer tail and a 5' flanking sequence comprising a universal sequence and a random molecular tag; wherein each extended cDNA molecule includes a unique random molecular tag; c. amplifying the extended cDNA molecules by using one or more immunoglobulin chain or TCR chain specific primers and a universal sequence specific primer comprising a sequencing platform specific flanking sequence to produce a plurality of molecular tagged immunoglobulin chain or TCR chain nucleic acids; d. sequencing the molecular tagged immunoglobulin chain or TCR chain nucleic acids to produce a plurality of sequencing reads, thereby determining the immune repertoire of the subject. a. reverse transcribing mRNA obtained from the subject to produce immunoglobulin chain or T cell receptor chain cDNA molecules comprising a 3' homopolymer tail by using immunoglobulin chain or TCR chain specific primers and a reverse transcriptase; b. adding a random molecular tag and a universal sequence to the 3' end of the immunoglobulin chain or TCR chain cDNA molecules to form extended cDNA molecules, by using the reverse transcriptase and oligonucleotides comprising a 3' sequence complementary to the homopolymer tail and a 5' flanking sequence comprising a universal sequence and a random molecular tag; wherein each extended cDNA molecule includes a unique random molecular tag; c. amplifying the extended cDNA molecules by using one or more immunoglobulin chain or TCR chain specific primers and a universal sequence specific primer comprising a sequencing platform specific flanking sequence to produce a plurality of molecular tagged immunoglobulin chain or TCR chain nucleic acids; d. sequencing the molecular tagged immunoglobulin chain or TCR chain nucleic acids to produce a plurality of sequencing reads, thereby determining the immune repertoire of the subject.
A dryer for a web of textile material, comprising a treatment compartment, with at least one perforated drum disposed in the treatment compartment, which drum at least partially is surrounded by perforated covers, wherein the perforated drum is configured to be at least partially embraced by the web of material, and in this case heated air flows through the web of material, which air is evacuated via an interior compartment of the perforated drum, and wherein the perforated covers include a plurality of boreholes, characterized in that the degree of opening of the perforated cover ranges from 2 % to 10 %, preferably 5 %, wherein each borehole at the entry area of the air flow into the treatment compartment includes an increasing tapering conical part, which transitions into a cylindrical part and exits in a radius, wherein the size of the radius ranges from 10 % to 20 % of the thickness (s) of the perforated cover, and in that the height of the cylindrical part of the borehole ranges from 20 % to 40 % of the thickness (s) of the perforated cover.
An indoor unit of a refrigeration apparatus to be installed at a ceiling, the indoor unit comprising: a casing having a plurality of blow-out ports and a blow-in port provided in a lower surface; and a plate-shaped member installed below the blow-in port, wherein the casing accommodates a heat exchanger allowing a refrigerant larger in specific gravity than air to flow therein, a control board, a support member supporting the control board, and a gas sensor, wherein the indoor unit is further comprising: a drain pan installed below the heat exchanger, wherein the drain pan has a first surface facing a bottom of the heat exchanger, and a second surface other than the first surface; and a bell mouth guiding air introduced via the blow-in port, wherein the drain pan is installed around the bell mouth; characterized in that the indoor unit further comprises a filter installed between the blow-in port and the plate-shaped member; wherein the gas sensor is detachable and attachable when the plate-shaped member is shifted and the filter is detached, the gas sensor is installed at the second surface of the drain pan, and the gas sensor is installed adjacent to the support member and the gas sensor is configured to detect refrigerant leakage filling a space between the bell mouth and the filter. a casing having a plurality of blow-out ports and a blow-in port provided in a lower surface; and a plate-shaped member installed below the blow-in port, wherein the casing accommodates a heat exchanger allowing a refrigerant larger in specific gravity than air to flow therein, a control board, a support member supporting the control board, and a gas sensor, a heat exchanger allowing a refrigerant larger in specific gravity than air to flow therein, a control board, a support member supporting the control board, and a gas sensor, a drain pan installed below the heat exchanger, wherein the drain pan has a first surface facing a bottom of the heat exchanger, and a second surface other than the first surface; and a bell mouth guiding air introduced via the blow-in port, wherein the drain pan is installed around the bell mouth; characterized in that the indoor unit further comprises a filter installed between the blow-in port and the plate-shaped member; wherein the gas sensor is detachable and attachable when the plate-shaped member is shifted and the filter is detached, the gas sensor is installed at the second surface of the drain pan, and the gas sensor is installed adjacent to the support member and the gas sensor is configured to detect refrigerant leakage filling a space between the bell mouth and the filter.
A method of inhibiting the vinyl polymerization of acrylic acid or methacrylic acid in an aqueous solution and in the presence of oxygen, the method comprising the step of mixing with the aqueous solution an inhibitor comprising (i) at least 50 ppm of an N-oxyl compound, and (ii) a manganese ion, the N-oxyl compound and manganese ion present in a N-oxyl compound to manganese ion weight ratio of 50:1 to less than 100:1 based on the acrylic acid or methacrylic acid.
Process for the synthesis of dimethyl ether from a feedstock comprising H 2 and CO x, wherein x = 1 - 2, comprising: (a) subjecting the gaseous mixture comprising synthesis gas originating from step (c) to DME synthesis by contacting it with a catalyst capable of converting synthesis gas to DME to obtain a gaseous mixture comprising DME; (b) subjecting a gaseous mixture comprising the gaseous mixture originating from step (a) to a separation-enhanced reverse water gas shift reaction; and (c) subjecting the gaseous mixture originating from step (b) to DME/synthesis gas separation to obtain DME and a gaseous mixture comprising synthesis gas, which is recycled to step (a), wherein the feedstock is introduced in step (a) or step (b) and wherein the molar ratio of H 2 to CO x in the gaseous mixture which is subjected to step (b) is at least ( x + 0.8). (a) subjecting the gaseous mixture comprising synthesis gas originating from step (c) to DME synthesis by contacting it with a catalyst capable of converting synthesis gas to DME to obtain a gaseous mixture comprising DME; (b) subjecting a gaseous mixture comprising the gaseous mixture originating from step (a) to a separation-enhanced reverse water gas shift reaction; and (c) subjecting the gaseous mixture originating from step (b) to DME/synthesis gas separation to obtain DME and a gaseous mixture comprising synthesis gas, which is recycled to step (a),
Pressure shut-off valve unit for a pressure storage container for a medium, wherein a valve housing has a valve chamber with an intake opening and an outlet opening facing the pressure storage container, a movable piston, and at least one spring, wherein the piston has at least one axial connecting channel and is guided in an axially movable manner by at least two sealing elements (41, 42) arranged in the valve chamber, wherein a first effective piston surface of the piston, said first effective piston surface facing an inlet region of the valve chamber, and a sealing body or the valve housing form a valve seat, and wherein, by changing the pressure in a storage region of the valve chamber, said storage region being adjacent to a second effective piston surface, the piston is axially movable and a passage opening arranged between the intake opening and the outlet opening can be reversibly closed and opened, wherein, in the unpressurized state, the passage opening is kept open by the spring, and wherein the storage region of the valve chamber is arranged so as to be connectable to the inlet region of the valve chamber via a removal channel (15, 15a) and a removal valve, characterized in that a pressure control valve, the opening pressure of which lies above the shut-off pressure of the pressure shut-off valve, is arranged between the storage region and a relief region arranged between the inlet region and the storage region of the valve chamber.
A hose clamp formed of a band with mutually overlapping band ends ( 10, 18), comprising: a guide hook disposed on the inner band portion for engagement with a guide hook receiving means formed near the outer band end, a support hook disposed on the inner band portion and spaced from the guide hook toward the inner band end for engaging a support hook receiving means formed in the outer band portion, and tightening means for reducing the diameter of the hose clamp, characterised in that the support hook receiving means is an embossment formed from the band material and closed on all sides, the inner surface of the support hook receiving means having a support portion adjacent to the outer band end, the support portion forming an angle of at least 90° with the band surface, and the support hook has a nose pointing away from the inner band end for engaging the support portion of the support hook receiving means. a guide hook disposed on the inner band portion for engagement with a guide hook receiving means formed near the outer band end, a support hook disposed on the inner band portion and spaced from the guide hook toward the inner band end for engaging a support hook receiving means formed in the outer band portion, and tightening means for reducing the diameter of the hose clamp, characterised in that the support hook receiving means is an embossment formed from the band material and closed on all sides, the inner surface of the support hook receiving means having a support portion adjacent to the outer band end, the support portion forming an angle of at least 90° with the band surface, and the support hook has a nose pointing away from the inner band end for engaging the support portion of the support hook receiving means.
Plug-in connector for use in a plug-in connector arrangement, comprising a main body, which has formed a flow channel that extends along a centre axis and opens at least in a barb, wherein the flow channel is designed for fluidic connection with a pipeline, wherein an outer side of the barb is designed for plug-mounting an end portion of a pipeline in an plug-mounting direction axially in relation to the centre axis, and the plug-in connector has a fitting space for arrangement of an end portion of the pipeline, wherein the barb has formed a sealing region extending axially in the region of the fitting space and a retaining region, which axially follows the sealing region in the plug-mounting direction and extends axially in the region of the fitting space, wherein the sealing region is designed such that the end portion of the pipeline can be expanded radially in relation to the centre axis, wherein the main body is formed monolithically and the main body has clamping bars extending axially over the fitting space, wherein the pipeline can be pressed against the barb and compressed by means of the clamping bars, and the clamping bars are resilient radially in relation to the centre axis, wherein the plug-in connector has a clamping ring which is movable axially in relation to the centre axis, characterized in that the clamping ring can exert a contact pressure, directed radially in relation to the centre axis, on the clamping bars on an axial movement in the plug-mounting direction, with the result that the end portion of the pipeline can be compressed radially in relation to the centre axis in the sealing region in the plug-mounted state and in a fixing position of the clamping ring, wherein the clamping ring has formed guide tracks for the clamping bars, wherein the clamping bars each have a support surface, for bearing against a mating surface of the guide tracks, formed on their sides facing radially outwards from the centre axis, wherein the support surface of the clamping bars is at least partially angled obliquely to the centre axis such that the cross section of an end of the clamping bars that points counter to the plug-mounting direction decreases in a direction perpendicular to the centre axis, wherein the guide tracks are arranged in the clamping ring such that the mating surface slides over the support surface, which is angled in a wedge shape, and elastically bends the respective clamping bar radially in relation to the centre axis X on the axial movement of the clamping ring.
A method of installing a wear member on a lip of an excavator, wherein the lip has a through-hole and a boss on each side of the lip, the method comprising: placing a wear member including a pair of rearwardly extending legs, each of the legs having a longitudinal slot and a transverse opening, on a lip such that the legs straddle the lip; moving the wear member rearward relative to the lip such that each boss moves axially into one of the slots until reaching a mounting position where each transverse opening in the wear member is generally aligned with the through-hole in the lip; and placing a lock into each transverse opening and the through-hole. placing a wear member including a pair of rearwardly extending legs, each of the legs having a longitudinal slot and a transverse opening, on a lip such that the legs straddle the lip; moving the wear member rearward relative to the lip such that each boss moves axially into one of the slots until reaching a mounting position where each transverse opening in the wear member is generally aligned with the through-hole in the lip; and placing a lock into each transverse opening and the through-hole.
Container for storing and for pouring liquids, having a pouring spout, having a container volume, having a pouring channel and a filling channel separate therefrom and having a ventilation channel, which lead into the pouring spout, wherein the pouring spout receives an insert piece having a main body, said insert piece closing the filling channel and forming a flow-through channel that connects the pouring channel to the pouring spout, wherein the insert piece comprises a pouring nozzle, which extends into the pouring spout and is arranged coaxially therewith, characterized in that the pouring nozzle forms an open annular space connected to the ventilation channel, wherein the pouring channel and the ventilation channel lead laterally into the pouring spout, and the flow-through channel of the insert piece extends perpendicularly thereto.
A liquid discharge head comprising: a nozzle plate having: a nozzle surface; and a nozzle in the nozzle plate, a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle protector covering at least a part of the nozzle surface of the nozzle plate other than the nozzle; a nozzle protector holder (22, 35) including a peripheral wall bonded to a peripheral end portion of the nozzle protector; characterised in that the liquid discharge head further comprising: a resin member different from the nozzle protector holder (22, 35) and contacting a side edge face of the peripheral end portion of the nozzle protector and an end surface of the peripheral wall facing the nozzle protector, wherein the resin member has a first inclined surface inclined toward the edge face of the peripheral end portion of the nozzle protector. a nozzle plate having: a nozzle surface; and a nozzle in the nozzle plate, a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle surface; and a nozzle in the nozzle plate, a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle protector covering at least a part of the nozzle surface of the nozzle plate other than the nozzle; a nozzle protector holder (22, 35) including a peripheral wall bonded to a peripheral end portion of the nozzle protector; characterised in that the liquid discharge head further comprising: a resin member different from the nozzle protector holder (22, 35) and contacting a side edge face of the peripheral end portion of the nozzle protector and an end surface of the peripheral wall facing the nozzle protector, wherein the resin member has a first inclined surface inclined toward the edge face of the peripheral end portion of the nozzle protector.
Device for crimping a contact element onto a wire, comprising a connecting link which can be moved back and forth by a first eccentric bolt of a first eccentric shaft and a tool half (1.1) of the crimping tool which can be fixed thereto by means of a tool holding fixture and can be displaced relatively thereto by a second eccentric bolt of a second eccentric shaft, wherein an additional blocking device is provided, by means of which relative displacements of the displaceable tool half (1.1) can be suppressed with respect to the connecting link, characterised in that the second eccentric bolt can be rotated by a worm gear, in that the blocking device comprises at least one pin or cam mounted to be displaceable in the connecting link parallel to its longitudinal direction, and in that the tool holding fixture or the second eccentric shaft has several successive recesses in the direction of movement, into which the pin or cam can be locked.
An oxidation catalyst composite for abatement of exhaust gas emissions from a lean burn engine, the catalyst composite comprising: a carrier substrate having a length, an inlet end and an outlet end, an oxidation catalyst material on the carrier, the oxidation catalyst material comprising: a first oxidation material including a first refractory metal oxide support, a rare earth oxide component, and palladium (Pd), the first oxidation material being substantially free of platinum; a second oxidation material including a second refractory metal oxide support, and platinum (Pt) and palladium (Pd) in a platinum to palladium ratio of 10:1 to 1:10, the second oxidation material being substantially free of rare earth oxide; and a protective overlayer including a third refractory metal oxide, platinum (Pt) and, optionally, palladium (Pd), and a molecular sieve promoted with Fe, the protective overlayer being substantially free of a rare earth oxide. a first oxidation material including a first refractory metal oxide support, a rare earth oxide component, and palladium (Pd), the first oxidation material being substantially free of platinum; a second oxidation material including a second refractory metal oxide support, and platinum (Pt) and palladium (Pd) in a platinum to palladium ratio of 10:1 to 1:10, the second oxidation material being substantially free of rare earth oxide; and a protective overlayer including a third refractory metal oxide, platinum (Pt) and, optionally, palladium (Pd), and a molecular sieve promoted with Fe, the protective overlayer being substantially free of a rare earth oxide.
Method for adjusting a solar fluid pressure in lines of a solar system, comprising pressurizing a solar fluid flowing through the lines, characterized in that the pressurizing is carried out with variable pressure until a desired state is reached at a reference point and, after reaching the desired state at the reference point, a signal is emitted, so that the adjustment is ended when the desired state is reached.
A device for dispensing powder filler, in particular pneumatic packers, with a dosing device having an elastic hose section, though which the material to be dispensed for purposes of dosing can be passed, and the outside of which is acted upon by sliders (2, 3, 4), with which the passage of the hose section can be partially or completely shut off, wherein at least one slider can be moved from a first position that clears the passage into a second position that partially shuts off the passage, and at least one additional slider is provided, which can be moved from a position that completely or partially clears the passage into a position that partially or completely shuts off the passage, wherein a weighing device is provided that acquires the weight of the dispensed filler, and a machine control system is provided that specifies a target value for a level regulator as a function of an adjustable filling weight, characterized in that a controller is provided with which the at least one additional slider can be moved into intermediate positions for purposes of precise dosing, that the controller of the additional slider is integrated into the level regulator, wherein the machine control system specifies the target value for the regulator as a function of the weight increase rate and the weight of the dispensed material.