mhurhangee/ep-ind-claims huggingface dataset:
A method of increasing the haze of a coating stack having a top layer and an undercoating layer, comprising: depositing an undercoating layer having a surface roughness; and depositing a top layer over the undercoating layer by chemical vapor deposition such that the top layer has a surface roughness greater than that of the undercoating layer, characterized in that the undercoating layer is applied using chemical vapor deposition and comprises mixtures of at least two oxides selected from the group consisting of titania and phosphorous oxide; silica and alumina; titania and alumina; silica and phosphorous oxide; titania and phosphorous oxide; silica and tin oxide, tin oxide and phosphorous oxide, titania and tin oxide, alumina and tin oxide, silica and zirconia; titania and zirconia; alumina and zirconia; alumina and phosphorous oxide; zirconia and phosphorous oxide; or any combination of thereof, or in that the undercoating layer comprises anatase titania with a thickness in the range of 20 nm to 25 nm. depositing an undercoating layer having a surface roughness; and depositing a top layer over the undercoating layer by chemical vapor deposition such that the top layer has a surface roughness greater than that of the undercoating layer, characterized in that the undercoating layer is applied using chemical vapor deposition and comprises mixtures of at least two oxides selected from the group consisting of titania and phosphorous oxide; silica and alumina; titania and alumina; silica and phosphorous oxide; titania and phosphorous oxide; silica and tin oxide, tin oxide and phosphorous oxide, titania and tin oxide, alumina and tin oxide, silica and zirconia; titania and zirconia; alumina and zirconia; alumina and phosphorous oxide; zirconia and phosphorous oxide; or any combination of thereof, or in that the undercoating layer comprises anatase titania with a thickness in the range of 20 nm to 25 nm.
A method of manufacturing ultrahigh purity copper based on two-step electrolysis using an electrolytic solution comprised of copper nitrate solution, including the procedures of adding hydrochloric acid in an amount of 0.1 to 100 ml/L to an electrolytic solution comprised of copper nitrate solution; circulating the electrolytic solution; and performing two-step electrolysis while eliminating impurities with a filter upon temporarily setting the circulating electrolytic solution to a temperature of 10 deg. C or less.
A leader having a feed carriage and a work unit carriage that is releasably connected to the feed carriage for the installation and dismantling of the work unit, wherein first connection elements (15, 25, 35) are provided that establish a first connection of the work unit carriage and the feed carriage by a relative movement of the work unit carriage and the feed carriage, with the work unit carriage being seated on the feed carriage via said connection, characterized in that the feed carriage is displaceable in a longitudinal direction at the leader; in that the first connection takes place by a relative movement of the work unit carriage and of the feed carriage in the longitudinal direction of the leader and the movement of the feed carriage relative to the work unit carriage takes place from the bottom to the top, in particular with a substantially vertical alignment of the leader; in that the work unit carriage and feed carriage have second connection elements (16, 26, 36) for establishing a second connection in addition to the first connection elements (15, 25, 35) via which the first connection takes place; in that the first connection elements (15, 25, 35) are arranged above the second connection elements (16, 26, 36) on a vertical alignment of the leader; and in that the second connection elements (16, 26, 36) fix the work unit carriage to the feed carriage at least in the longitudinal direction of the leader.
An inhaler including a blister pack and drive means, said blister pack comprising a blister support with a plurality of blisters, each blister being hermetically sealed by a closure layer, the blister support being in the form of an elongate strip, the blisters being disposed one after the other along said blister support strip, said blister support including two lateral profiles, one on either longitudinal side of said blister support, said lateral profiles being formed by alternating depressions and projections, each projection including an abutment surface, said drive means being adapted to co-operate on each actuation with a respective abutment surface of a respective projection of each lateral profile, for displacing said blister pack in accurate manner each time said inhaler is actuated, the blister pack being characterized in that each abutment surface is connected to the adjacent abutment surface via a slide surface formed by each depression, said slide surface allowing a smooth displacement of said drive means between two blisters, to facilitate their positioning in the next projection after each activation.
A humanized anti-human RANKL antibody, wherein the humanized antibody is capable of bonding specifically with human RANKL, the complete heavy chain of the humanized antibody is selected from an amino acid sequence of SEQ ID NO.50, the complete light chain of the humanized antibody is an amino acid sequence of SEQ ID NO.52.; wherein the variable region in the heavy chain is selected from an amino acid sequence of SEQ ID NO.29, the constant region in the heavy chain is selected from an amino acid sequence of SEQ ID NO.41, the variable region in the light chain is selected from an amino acid sequence of SEQ ID NO.31 and the constant region in the light chain is selected from an amino acid sequence of SEQ ID NO.43.
Electrical connector comprising: - a housing made of rigid electrically insulating material having an outer portion and an inner portion designed to receive an electrical terminal, wherein the housing extends from a rear section to a front section; - a single piece shielding made of electrically conductive material surrounding the inner portion, extending from a rear section to a front section, and including a rear extension; - a sealing system comprising an outer seal provided between said shielding and the outer portion of the housing, and an inner seal provided between the inner portion and said shielding wherein the rear extension extends radially relative to a centre of the shielding in an assembly plane transverse to a mating axis and the outer seal is provided on the rear extension of the shielding characterized in that the rear extension comprises an outer crown linked to a remaining portion of the shielding by an intermediate portion having a plurality of openings, wherein the openings provide elasticity to the intermediate portion, and in that an external surface of the inner portion includes an aperture, and wherein the shielding comprises a locking lance designed to cooperate with the aperture on the external surface of the inner portion, to lock the shielding on the inner portion, an inner surface of the outer portion comprises at least one latching element designed to cooperate with a complementary latching element of the inner portion. - a housing made of rigid electrically insulating material having an outer portion and an inner portion designed to receive an electrical terminal, wherein the housing extends from a rear section to a front section; - a single piece shielding made of electrically conductive material surrounding the inner portion, extending from a rear section to a front section, and including a rear extension; - a sealing system comprising an outer seal provided between said shielding and the outer portion of the housing, and an inner seal provided between the inner portion and said shielding wherein the rear extension extends radially relative to a centre of the shielding in an assembly plane transverse to a mating axis and the outer seal is provided on the rear extension of the shielding characterized in that the rear extension comprises an outer crown linked to a remaining portion of the shielding by an intermediate portion having a plurality of openings, wherein the openings provide elasticity to the intermediate portion, and in that
An aerosol-generating device comprising: a receptacle configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; and a power supply operably coupled to the heating element; a vessel comprising an interior configured to contain liquid; a conduit in fluid communication with the vessel and the receptacle; and a valve (90, 901) positioned between the conduit and an airflow outlet of the receptacle, wherein the valve is configured to prevent egress of liquid from the interior of the vessel through the valve, wherein the vessel is in fluid communication with the receptacle when the device is upright, and wherein the valve is configured to close fluid communication between the vessel and the receptacle when the device is tilted. a receptacle configured to receive an aerosol-generating substrate; a heating element configured to heat the aerosol-generating substrate; and a power supply operably coupled to the heating element; a vessel comprising an interior configured to contain liquid; a conduit in fluid communication with the vessel and the receptacle; and a valve (90, 901) positioned between the conduit and an airflow outlet of the receptacle, wherein the valve is configured to prevent egress of liquid from the interior of the vessel through the valve, wherein the vessel is in fluid communication with the receptacle when the device is upright, and wherein the valve is configured to close fluid communication between the vessel and the receptacle when the device is tilted.
A method, comprising: selecting, by a node N within a computer network utilizing a directed acyclic graph, DAG, to route packets, a parent node P within the DAG; in response to parent node P not being a root of the DAG, determining, by the node N, a grandparent node GP as a parent node to the parent node P; selecting, by the node N, an alternate parent node P' that has connectivity to the grandparent node GP and the node N; and informing, from the node N, the parent node P and the alternate parent node P' about prefixes reachable via the node N and also about the alternate parent node P' as an alternate parent node to the parent node P to reach the prefixes reachable via the node N, wherein the parent node P is configured to inform the grandparent node GP about the prefixes reachable via the node N and also about the alternate parent node P' as an alternate parent node to the parent node P to reach the prefixes reachable via the node N, and wherein the alternate parent node P' is configured to store the prefixes reachable via the node N without informing other nodes about the prefixes reachable via the node N. selecting, by a node N within a computer network utilizing a directed acyclic graph, DAG, to route packets, a parent node P within the DAG; in response to parent node P not being a root of the DAG, determining, by the node N, a grandparent node GP as a parent node to the parent node P; selecting, by the node N, an alternate parent node P' that has connectivity to the grandparent node GP and the node N; and informing, from the node N, the parent node P and the alternate parent node P' about prefixes reachable via the node N and also about the alternate parent node P' as an alternate parent node to the parent node P to reach the prefixes reachable via the node N, wherein the parent node P is configured to inform the grandparent node GP about the prefixes reachable via the node N and also about the alternate parent node P' as an alternate parent node to the parent node P to reach the prefixes reachable via the node N, and wherein the alternate parent node P' is configured to store the prefixes reachable via the node N without informing other nodes about the prefixes reachable via the node N.
Process for producing toothbrushes covered with bristles in an anchor-free manner, in which a tuft of bristles with cylindrical bristles and/or pointed bristles is introduced into a receiving recess of a mould of a bristle-providing machine and, by means of a profiled pin guided in the receiving recess, force is applied to the end facing the pin of the bristles (39, 40) of the tuft of bristles for the alignment thereof, so that the bristles (39, 40) of the tuft of bristles are aligned by means of an end face of the profiled pin and, as a result, form the topography that complements the topography of the end face of the profiled pin, wherein the profiled pin has on the end face that acts on the bristles (39, 40) a discontinuous surface, which forms multiple levels, wherein the bristles (39, 40) pushed up by the profiled pins project with an end region beyond the upward-lying underside of a bristle-carrying plate and the end regions of the bristles (39, 40) on this side are melted, in order to fasten the bristles (39, 40) to the bristle-carrying plate, and wherein, to produce a tuft of bristles which is circular in plan view and has a centrally arranged raised tuft part and a lower-lying tuft part, wherein the higher tuft part is completely surrounded by the lower tuft part, the profiled pin has a depression corresponding to the raised tuft part.
A system, comprising: a memory that stores computer-executable components; and a processor, operatively coupled to the memory, that executes the computer-executable components, the computer-executable components comprising: a statistics component configured to generate statistical data based on sensor data associated with a sensing device, wherein the statistics component is configured to generate signal distribution data based on the sensor data; a margin component configured to generate sensing margins for the sensing device based on the statistical data, wherein the margin component is configured to generate the sensing margins for the sensing device based on a standard deviation data associated with the signal distribution data relative to previously determined sensing margins for the sensing device; and an output component configured to generate an indicator for a changing condition associated with the sensing device based on the sensing margins. a memory that stores computer-executable components; and a processor, operatively coupled to the memory, that executes the computer-executable components, the computer-executable components comprising: a statistics component configured to generate statistical data based on sensor data associated with a sensing device, wherein the statistics component is configured to generate signal distribution data based on the sensor data; a margin component configured to generate sensing margins for the sensing device based on the statistical data, wherein the margin component is configured to generate the sensing margins for the sensing device based on a standard deviation data associated with the signal distribution data relative to previously determined sensing margins for the sensing device; and an output component configured to generate an indicator for a changing condition associated with the sensing device based on the sensing margins. a statistics component configured to generate statistical data based on sensor data associated with a sensing device, wherein the statistics component is configured to generate signal distribution data based on the sensor data; a margin component configured to generate sensing margins for the sensing device based on the statistical data, wherein the margin component is configured to generate the sensing margins for the sensing device based on a standard deviation data associated with the signal distribution data relative to previously determined sensing margins for the sensing device; and an output component configured to generate an indicator for a changing condition associated with the sensing device based on the sensing margins.
A magenta liquid electrostatic ink composition comprising a magenta pigment, a basic dispersant, a resin comprising a polymer having acidic side groups, a carrier liquid and a charge director, wherein the dispersant comprises a compound comprising a succinimide group linked to a primary, secondary or tertiary amine; wherein the polymer having acidic side groups has an acidity of 70 mg KOH/g or more; and wherein the charge director is selected from a group consisting of metal salts of sulfo-succinates, metal salts of oxyphosphates, metal salts of alkyl-benzenesulfonic acid, metal salts of aromatic carboxylic acids or sulfonic acids, polyoxyethylated alkylamines, lecithin, polyvinylpyrrolidone, organic acid esters of polyvalent alcohols, oil-soluble petroleum sulfonates, glyceride salts and sulfonic acid salts.
A method of managing Wireless Avionics Intra-Communication Systems, WAICSs, in a Radio Altimeter, RA, band, the method comprising: allocating, by a spectrum sensing WAICS, a plurality of RA sub-bands within the RA band to a plurality of WAICS transmitters (214, 218, 222), wherein each of the plurality of WAICS transmitters (214, 218, 222) is allocated at least one of the plurality of RA sub-bands, and wherein the spectrum sensing WAICS is wirelessly connected with each of the WAICSs transmitters (214, 218, 222); detecting, by the spectrum sensing WAICS, overlap of an RA signal with at least one RA sub-band from the plurality of RA sub-bands by continuously sampling the plurality of RA sub-bands within the RA band; allocating, by the spectrum sensing WAICS, a control RA sub-band selected from one of the RA sub-bands for sending a control signal to one or more of the WAICS transmitters whose allocated RA-sub-band overlaps with the RA signal, wherein the control signal comprises information related to a time instant of detecting the RA signal and a sweep duration of the RA signal; determining, by the spectrum sensing WAICS, time duration for switching off the one or more WAICS transmitters based on the information received in the control signal; and instructing, by the spectrum sensing WAICS, switching off, at least one of the plurality of WAICS transmitters whose allocated RA-sub-band overlaps with at least a part of the RA signal, based on the determined time duration. allocating, by a spectrum sensing WAICS, a plurality of RA sub-bands within the RA band to a plurality of WAICS transmitters (214, 218, 222), wherein each of the plurality of WAICS transmitters (214, 218, 222) is allocated at least one of the plurality of RA sub-bands, and wherein the spectrum sensing WAICS is wirelessly connected with each of the WAICSs transmitters (214, 218, 222); detecting, by the spectrum sensing WAICS, overlap of an RA signal with at least one RA sub-band from the plurality of RA sub-bands by continuously sampling the plurality of RA sub-bands within the RA band; allocating, by the spectrum sensing WAICS, a control RA sub-band selected from one of the RA sub-bands for sending a control signal to one or more of the WAICS transmitters whose allocated RA-sub-band overlaps with the RA signal, wherein the control signal comprises information related to a time instant of detecting the RA signal and a sweep duration of the RA signal; determining, by the spectrum sensing WAICS, time duration for switching off the one or more WAICS transmitters based on the information received in the control signal; and instructing, by the spectrum sensing WAICS, switching off, at least one of the plurality of WAICS transmitters whose allocated RA-sub-band overlaps with at least a part of the RA signal, based on the determined time duration.
Method for adjusting at least one means (106, 108, 130, 140, 150, 180, 190) of an inserting apparatus according to at least one predetermined dimension of the envelope, comprising: measuring a number of envelopes while the envelopes are moved to obtain the at least one predetermined dimension of the envelope; wherein the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus is adjusted for processing envelopes, and wherein the method comprises, depending on a comparison of the obtained dimension with the adjusted dimension and/or with one or several previously obtained dimensions, adjusting the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus while processing the envelopes, characterized in that during the operation of the inserting apparatus the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus is adjusted to compensate a deviation of the dimensions of the processed envelopes due to manufacturing tolerances; the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus comprises one or more elements in an inserting area which act on the envelope to insert a product fed to the inserting area into the envelope, or one or more elements of an envelope feeder which act on the envelope to supply the envelope to the inserting area; and adjusting the means (106, 108, 130, 140, 150, 180, 190) includes adjusting the speed at which the envelopes or a product to be inserted are transported, wherein the speed is selected depending on the comparison. measuring a number of envelopes while the envelopes are moved to obtain the at least one predetermined dimension of the envelope; wherein the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus is adjusted for processing envelopes, and wherein the method comprises, depending on a comparison of the obtained dimension with the adjusted dimension and/or with one or several previously obtained dimensions, adjusting the at least one means (106, 108, 130, 140, 150, 180, 190) of the inserting apparatus while processing the envelopes,
Vice with interchangeable false jaw (10, 11) which is connected to a base jaw (8, 9) of the vice via a releasable connection, wherein the false jaw (10, 11) is attached to the base jaw (8, 9) by means of a plug connection (18, 20), wherein the plug connection (18, 20) consists of at least two positioning pins arranged at the same height parallel to one another and which are arranged between the base jaw (8, 9) and the false jaw (10, 11) and the plug position of which can be fixed, clamped and released using at least one tightening screw, characterised in that the positioning pins have threaded bolts and attachments at one end, wherein the threaded bolts engage into the false jaw (10, 11) in threaded bores parallel to the longitudinal axis of the vice, wherein the attachments of the positioning pins in the screwed-in state rest to be load-transmitting and tilt-free on assigned recesses on the false jaw (10, 11), and the positioning pins have on the other side fitted bolts which project from the false jaw (10, 11) and engage in assigned positioning bores on the assigned base jaw (8, 9), wherein positioning bores running vertically to the longitudinal extension of the positioning pins and into which the tightening screws engage, are arranged in the region of the fitted bolts of the positioning pins, wherein the positioning bores have run-in slopes into which the tightening screws with conical attachments engage in the assembled state of the plug connection and thus pretension the positioning pins in the direction of their longitudinal extension.
Method for softening knitted cotton, wherein knitted cotton is treated with an ancillary liquid laundry composition comprising: a. Soil release polymer b. Silicone c. less than 4 w.t.% surfactant; and d. Water wherein the method comprises delivering the ancillary laundry composition into the wash or rinse stage and comprises the steps of: a. Pouring a laundry product into a washing receptacle, a washing machine drawer, or a dosing shuttle b. Pouring the ancillary laundry composition on top of the laundry product. a. Soil release polymer b. Silicone c. less than 4 w.t.% surfactant; and d. Water a. Pouring a laundry product into a washing receptacle, a washing machine drawer, or a dosing shuttle b. Pouring the ancillary laundry composition on top of the laundry product.