mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a spray-dried detergent powder comprising: (i) detersive surfactant; and (ii) other detergent ingredients; wherein the process comprises the steps of: (a) forming an aqueous detergent slurry in a mixer; (b) transferring the aqueous detergent slurry from the mixer to a pipe leading through a first pump and then through a second pump to a spray nozzle; (c) contacting a liquid detergent ingredient having a viscosity of less than 2 Pa.s to the aqueous detergent slurry in the pipe after the first pump and before the second pump to form a mixture; (d) spraying the mixture through the spray nozzle into a spray-drying tower; and (e) spray-drying the mixture to form a spray-dried powder, wherein a nitrogen-rich gas is introduced between the first and second pumps. (i) detersive surfactant; and (ii) other detergent ingredients; wherein the process comprises the steps of: (a) forming an aqueous detergent slurry in a mixer; (b) transferring the aqueous detergent slurry from the mixer to a pipe leading through a first pump and then through a second pump to a spray nozzle; (c) contacting a liquid detergent ingredient having a viscosity of less than 2 Pa.s to the aqueous detergent slurry in the pipe after the first pump and before the second pump to form a mixture; (d) spraying the mixture through the spray nozzle into a spray-drying tower; and (e) spray-drying the mixture to form a spray-dried powder, wherein a nitrogen-rich gas is introduced between the first and second pumps. (a) forming an aqueous detergent slurry in a mixer; (b) transferring the aqueous detergent slurry from the mixer to a pipe leading through a first pump and then through a second pump to a spray nozzle; (c) contacting a liquid detergent ingredient having a viscosity of less than 2 Pa.s to the aqueous detergent slurry in the pipe after the first pump and before the second pump to form a mixture; (d) spraying the mixture through the spray nozzle into a spray-drying tower; and (e) spray-drying the mixture to form a spray-dried powder,
Method for the generation of immunoglobulin sequences that can bind to a transmembrane antigen comprising the steps of: a) genetic vaccination of a camelid with a nucleic acid encoding said transmembrane antigen or a domain or specific part of said transmembrane antigen; b) boosting the animal with said antigen in its natural conformation selected from cells comprising natural or transfected cells expressing the transmembrane antigen, cell derived membrane extracts, vesicles or any other membrane derivative harbouring enriched antigen, liposomes, or virus particles expressing the transmembrane antigen, and c) screening a set, collection or library of immunoglobulin sequences derived from said camelid for immunoglobulin sequences that can bind to said transmembrane antigen, wherein the immunoglobulin sequences are V HH sequences; and wherein said transmembrane antigen is a G-protein coupled receptor (GPCR) or an ion channel. a) genetic vaccination of a camelid with a nucleic acid encoding said transmembrane antigen or a domain or specific part of said transmembrane antigen; b) boosting the animal with said antigen in its natural conformation selected from cells comprising natural or transfected cells expressing the transmembrane antigen, cell derived membrane extracts, vesicles or any other membrane derivative harbouring enriched antigen, liposomes, or virus particles expressing the transmembrane antigen, and c) screening a set, collection or library of immunoglobulin sequences derived from said camelid for immunoglobulin sequences that can bind to said transmembrane antigen,
A method for printed cable installation in a harness system of an aircraft, the method comprising: printing (303, 403) at least a first conductive trace comprising conductive particles to a surface of an aircraft with a printing technology; printing (303, 403) at least second conductive trace comprising conductive particles to the surface of an aircraft with the printing technology, sintering (304, 404) the first and the second conductive traces by means of a laser; interposing (305, 405) an insulating film between the first and the second conductive traces, wherein the first and second conductive traces comprise a trace length less than 5 meters, and wherein the first and second conductive traces are printed with a guard trace. printing (303, 403) at least a first conductive trace comprising conductive particles to a surface of an aircraft with a printing technology; printing (303, 403) at least second conductive trace comprising conductive particles to the surface of an aircraft with the printing technology, sintering (304, 404) the first and the second conductive traces by means of a laser; interposing (305, 405) an insulating film between the first and the second conductive traces, wherein the first and second conductive traces comprise a trace length less than 5 meters, and
Device for removing constructional material, having at least one removing unit which is able to be rotated on a central longitudinal axis and which, to remove at least one brittle component of a constructional material, has at least one group of impacting discs, the impacting discs in the or each group being mounted, with clearance in the radial direction, on a disc-mounting shaft and the or each disc-mounting shaft being arranged at a distance radially from the central longitudinal axis, characterised in that arranged adjacent to the, or at least one, group of impacting discs in the circumferential direction and/or in the axial direction is at least one cutter base-block (10, 10') which, for the stock-removing removal of at least one ductile component of a constructional material, has at least one cutting insert (11, 11a, 11b).
A cervical collar having a chin piece, a collar body, a first and a second chin support member (135, 145) disposed between the chin piece and the collar body, and a chin height adjustment mechanism, wherein the first and second chin support member (135, 145) are pivotally coupled to the collar body and wherein the chin height adjustment mechanism comprises a first rack, characterised in that the chin height adjustment mechanism further comprises a second rack wherein said first and second rack (130,140) is each disposed such that a single adjustment to the adjustment mechanism operates to raise both sides of the chin piece relative to the collar body, wherein the first rack and the second rack cooperates with a pinion, and that the chin piece is pivotally supported by the first and second rack (130, 140).
Device for processing sheets placed in the form of a stack comprising: - a base device for connecting to a negative pressure device for making available a negative pressure, a light source as well as - a counting disc, rotatably arranged with respect to the base device and that can be connected therewith optically and by means of vacuum technology that comprises a multitude of peripheral portions (200a, b, c), respectively separated by an opening extending in radial direction, each with a tip leading in the direction of rotation, and a multitude of suction openings, wherein the device has an optical illumination path for illuminating at least one portion of a sheet of the sheets placed in the form of a stack and an optical reception path for receiving the light reflected and/or scattered by the illuminated sheet portion, characterized in that the illumination path is designed for producing a linear illumination portion on the respective sheet and the reception path as an imaging path for imaging the linear portion illuminated on the respective sheet in a detection plane. - a base device for connecting to a negative pressure device for making available a negative pressure, a light source as well as - a counting disc, rotatably arranged with respect to the base device and that can be connected therewith optically and by means of vacuum technology that comprises a multitude of peripheral portions (200a, b, c), respectively separated by an opening extending in radial direction, each with a tip leading in the direction of rotation, and a multitude of suction openings, wherein the device has an optical illumination path for illuminating at least one portion of a sheet of the sheets placed in the form of a stack and an optical reception path for receiving the light reflected and/or scattered by the illuminated sheet portion, characterized in that the illumination path is designed for producing a linear illumination portion on the respective sheet and the reception path as an imaging path for imaging the linear portion illuminated on the respective sheet in a detection plane.
Double-sided ring spinning machine with drafting systems on each machine side, which have several drafting system bottom rollers (21, 22, 23) rotating at different speeds positioned one after the other in the running direction of a sliver which can be acted upon by drive devices (26, 27) positioned at the machine ends as well as at least one additional auxiliary drive device, whereby the drafting systems are each part of a workstation, of which several are positioned next to each other at each side of the machine, whereby the auxiliary drive device has an electromotive drive, a main transmission and two distribution transmissions, in which case one of the distribution transmissions is assigned to a drafting system bottom roller (21, 22, 23) of the drafting system positioned on one machine side and the other distribution transmission to a drafting system bottom roller (21, 22, 23) of the drafting system positioned on the other machine side, characterised in that, that the distribution transmissions are each fitted with fastening devices, which are connected to the relevant drafting system bottom roller (21, 22, 23) at a bearing position at an initial empty space between two workstations for bearing mounting of the distribution transmissions, and that the distribution transmissions are each connected on a drive position at a second empty space between two workstations with the relevant drafting system bottom roller (21, 22, 23) for transmission of a torque. whereby the auxiliary drive device has an electromotive drive, a main transmission and two distribution transmissions, in which case one of the distribution transmissions is assigned to a drafting system bottom roller (21, 22, 23) of the drafting system positioned on one machine side and the other distribution transmission to a drafting system bottom roller (21, 22, 23) of the drafting system positioned on the other machine side, characterised in that, that the distribution transmissions are each fitted with fastening devices, which are connected to the relevant drafting system bottom roller (21, 22, 23) at a bearing position at an initial empty space between two workstations for bearing mounting of the distribution transmissions, and that the distribution transmissions are each connected on a drive position at a second empty space between two workstations with the relevant drafting system bottom roller (21, 22, 23) for transmission of a torque.
Vacuum cleaner housing, in particular a housing of a floor-type vacuum cleaner, comprising a lower housing part, comprising an upper housing part and comprising a bumper strip which extends around the housing at least in regions and is arranged in the region of the joining point between the lower housing part and the upper housing part, the bumper strip being designed as the connection element which receives the lower housing part and the upper housing part, and the bumper strip being constructed in an H-shape at least in regions, characterised in that the bumper strip is designed as a two-part plastics component and comprises an H-shaped rigid component, on the outwardly directed leg of which a coating in the form of a soft component is arranged.
A characteristic correction apparatus comprising: a storage section (20, 30) in which correction information for correcting a first image pickup signal into a second image pickup signal is stored, and a correction section (21, 31) for correcting a predetermined characteristic so that said first image pickup signal input is corrected to said second image pickup signal; characterized in that the correction section (21 31) is adapted to correct the predetermined characteristic by using an image pickup information signal and the correction information to an extent that an image obtained in a case when the second image pickup signal is displayed has a reduced noise or a higher contrast compared with an image obtained in a case when the first image pickup signal is displayed, wherein the image pickup information signal indicates a setting state of an image pickup apparatus at the time of generating the first image pickup signal or a characteristic of the first image pickup signal obtained therefrom. a storage section (20, 30) in which correction information for correcting a first image pickup signal into a second image pickup signal is stored, and a correction section (21, 31) for correcting a predetermined characteristic so that said first image pickup signal input is corrected to said second image pickup signal; characterized in that the correction section (21 31) is adapted to correct the predetermined characteristic by using an image pickup information signal and the correction information to an extent that an image obtained in a case when the second image pickup signal is displayed has a reduced noise or a higher contrast compared with an image obtained in a case when the first image pickup signal is displayed, wherein the image pickup information signal indicates a setting state of an image pickup apparatus at the time of generating the first image pickup signal or a characteristic of the first image pickup signal obtained therefrom.
A system comprising: a dispersion feeder (50, 220) for distributing a product stream to a plurality of receiving devices arranged about the periphery of the dispersion feeder, the dispersion feeder comprising a dispersion table (52, 222); wherein the dispersion table (52, 222) comprises: a product receiving region at the centre of the dispersion table configured to receive a product stream comprising product and slack, and a product dispensing region surrounding the product receiving region; wherein the dispersion table (52, 222) is configured to transfer the product radially from the product receiving region to the product dispensing region; wherein the dispersion table (52, 222) further comprises: one or more apertures (58, 224) extending through the dispersion table (52, 222), the one or more apertures (58, 224) being positioned between the product receiving region and the product dispensing region; and the system further comprises; said plurality of receiving devices (59, 62) arranged about the periphery of the dispersion feeder (50, 220); and a computer controlled weigher or volumetric feeder (60, 230) configured to receive product from the dispersion feeder (50, 220). a dispersion feeder (50, 220) for distributing a product stream to a plurality of receiving devices arranged about the periphery of the dispersion feeder, the dispersion feeder comprising a dispersion table (52, 222); wherein the dispersion table (52, 222) comprises: a product receiving region at the centre of the dispersion table configured to receive a product stream comprising product and slack, and a product dispensing region surrounding the product receiving region; wherein the dispersion table (52, 222) is configured to transfer the product radially from the product receiving region to the product dispensing region; wherein the dispersion table (52, 222) further comprises: one or more apertures (58, 224) extending through the dispersion table (52, 222), the one or more apertures (58, 224) being positioned between the product receiving region and the product dispensing region; a product receiving region at the centre of the dispersion table configured to receive a product stream comprising product and slack, and a product dispensing region surrounding the product receiving region; wherein the dispersion table (52, 222) is configured to transfer the product radially from the product receiving region to the product dispensing region; wherein the dispersion table (52, 222) further comprises: one or more apertures (58, 224) extending through the dispersion table (52, 222), the one or more apertures (58, 224) being positioned between the product receiving region and the product dispensing region; and the system further comprises; said plurality of receiving devices (59, 62) arranged about the periphery of the dispersion feeder (50, 220); and a computer controlled weigher or volumetric feeder (60, 230) configured to receive product from the dispersion feeder (50, 220).
A machine for grinding the edges of plates of glass, marble, and stone materials in general, comprising: - a first machine unit for advancing a plate to be machined set horizontally in a first direction substantially parallel to two first opposite edges of the plate, said first machine unit comprising two arrays of grinding tools (3a, 3b) for simultaneously grinding said first edges of the plate whilst this advances in said first direction; - a second machine unit set downstream of the first unit, for advancing the plate machined from said first unit in a second direction orthogonal to said first direction, said second machine unit comprising two arrays of grinding tools (5a, 5b) for simultaneously grinding the two opposite edges of the plate orthogonal to the first edges already machined, whilst the plate advances in said second direction; - a transfer unit (4, 6) of the plates, characterized in that: - said machine is provided with at least one drilling/milling unit for carrying out drilling and/or milling operations on the plates; - said at least one drilling/milling unit is associated to the transfer unit (4, 6) of the plates interposed between said first machine unit and said second machine unit, or set immediately downstream of said second machine unit; - said transfer unit (4, 6) being designed to receive plates at a first higher level (L') and to supply plates at a second lower level (L"); and - said at least one drilling/milling unit being pre-arranged for carrying out drilling and/or milling operations on a plate when the latter is in said transfer unit (4, 6) at said first higher level (L'). - a first machine unit for advancing a plate to be machined set horizontally in a first direction substantially parallel to two first opposite edges of the plate, said first machine unit comprising two arrays of grinding tools (3a, 3b) for simultaneously grinding said first edges of the plate whilst this advances in said first direction; - a second machine unit set downstream of the first unit, for advancing the plate machined from said first unit in a second direction orthogonal to said first direction, said second machine unit comprising two arrays of grinding tools (5a, 5b) for simultaneously grinding the two opposite edges of the plate orthogonal to the first edges already machined, whilst the plate advances in said second direction; - a transfer unit (4, 6) of the plates, - said machine is provided with at least one drilling/milling unit for carrying out drilling and/or milling operations on the plates; - said at least one drilling/milling unit is associated to the transfer unit (4, 6) of the plates interposed between said first machine unit and said second machine unit, or set immediately downstream of said second machine unit; - said transfer unit (4, 6) being designed to receive plates at a first higher level (L') and to supply plates at a second lower level (L"); and - said at least one drilling/milling unit being pre-arranged for carrying out drilling and/or milling operations on a plate when the latter is in said transfer unit (4, 6) at said first higher level (L').
A conjugation competent polypeptide comprising: (i) an amino acid sequence which is at least 60 % identical to residues 1 to 585 of SEQ ID No. 1, in which: a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues; or (ii) a fragment comprising at least 50 % of the amino acid sequence of (i) or comprising a domain of the amino acid sequence of (i), in which: a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues. (i) an amino acid sequence which is at least 60 % identical to residues 1 to 585 of SEQ ID No. 1, in which: a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues; or a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues; or (ii) a fragment comprising at least 50 % of the amino acid sequence of (i) or comprising a domain of the amino acid sequence of (i), in which: a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues. a) at a position equivalent to position 34 of SEQ ID No. 1, there is a conjugation competent cysteine residue; and b) elsewhere in the polypeptide there are two or more conjugation competent cysteine residues.
Household appliance with a device door, the door handle of which has a grip piece, which is mounted via at least one grip piece holder on the visible-side outer wall (11, 15) of the device door, wherein the grip piece holder has a base body in contact with the door front and an installation limb able to be mounted on the narrow door side edge, characterised in that a compensation element is disposed between the grip piece holder and the device door outer wall (11, 15), which closes a gap (s) between the device door outer wall (11, 15) and the grip piece holder, that the compensation element has a component stiffness reduced by comparison with the grip piece holder and/or the grip piece holder is able to be mounted on the device door outer wall by deforming the compensation element, and that the compensation element is disposed at least on the side of the base body facing towards the door front, and the compensation element is disposed in the inner corner area between the mounting limb and the base body which surrounds an outer edge of the device door.
Wiper arm device with a wiper rod and with a washing water nozzle holding unit which is provided for fastening at least one washing water nozzle to the wiper rod, wherein the washing water nozzle holding unit comprises at least one holding plate element, characterized in that the at least one holding plate element comprises a form-fitting element which is provided for form-fitting fixing in a longitudinal direction of the wiper rod.