mhurhangee/ep-ind-claims huggingface dataset:
A positioning device for orienting a bumper guide in relation to a tailgate in a predetermined position, with - a contact region, with which the positioning device can be brought into touching contact with the tailgate, wherein - forces can be absorbed by the positioning device, which forces act from a base region, which is integrally formed on the bumper guide, on the contact region when the bumper guide and the tailgate adopt the predetermined position, characterised in that the contact region - has a first end portion, which is connected by at least one web element to the base region, to support the positioning device, and - has a second end portion, which is connected by a joint to a base region. - a contact region, with which the positioning device can be brought into touching contact with the tailgate, wherein - forces can be absorbed by the positioning device, which forces act from a base region, which is integrally formed on the bumper guide, on the contact region when the bumper guide and the tailgate adopt the predetermined position, characterised in that the contact region - has a first end portion, which is connected by at least one web element to the base region, to support the positioning device, and - has a second end portion, which is connected by a joint to a base region.
A method for provisioning wideband service in a Cable Modem, CM, having narrowband and wideband capability, the method comprising: sending, from the CM, a dynamic host configuration protocol, DHCP, request for a network address and indicating that the CM has wideband capability using a DHCP relay agent information option; receiving, by the CM, a DHCP response to the DHCP request, the DHCP response including a network address for the CM and a download address for the requesting device to obtain one Data Over Cable Service Interface Specification, DOCSIS, configuration file by trivial file transfer protocol, TFTP, download from a DOCSIS TFTP provisioning server, wherein the DOCSIS configuration file comprises a time length value that enables wideband capability; fetching, by the CM, the DOCSIS configuration file allowing the CM to be configured for narrowband and wideband service; sending, by the CM, a narrowband configuration file to a narrowband Cable Modem Termination System, CMTS, for registration of narrowband service with the narrowband CMTS; and sending, by the CM, a wideband configuration file to a wideband CMTS for registration of wideband service with the wideband CMTS. sending, from the CM, a dynamic host configuration protocol, DHCP, request for a network address and indicating that the CM has wideband capability using a DHCP relay agent information option; receiving, by the CM, a DHCP response to the DHCP request, the DHCP response including a network address for the CM and a download address for the requesting device to obtain one Data Over Cable Service Interface Specification, DOCSIS, configuration file by trivial file transfer protocol, TFTP, download from a DOCSIS TFTP provisioning server, wherein the DOCSIS configuration file comprises a time length value that enables wideband capability; fetching, by the CM, the DOCSIS configuration file allowing the CM to be configured for narrowband and wideband service; sending, by the CM, a narrowband configuration file to a narrowband Cable Modem Termination System, CMTS, for registration of narrowband service with the narrowband CMTS; and sending, by the CM, a wideband configuration file to a wideband CMTS for registration of wideband service with the wideband CMTS.
A process for the continuous production of an optically active carbonyl compound by asymmetric hydrogenation of a prochiral α,β-unsaturated carbonyl compound with hydrogen in the presence of a homogeneous rhodium catalyst that has at least one chiral ligand, wherein a liquid reaction mixture comprising the prochiral α,β-unsaturated carbonyl compound is subjected in a first, backmixed reactor to a gas/liquid two-phase hydrogenation, and the liquid reaction mixture is then further hydrogenated in a second reactor, wherein the prochiral α,β-unsaturated carbonyl compound is employed in the first reactor in a concentration from 3% to 20% by weight. a liquid reaction mixture comprising the prochiral α,β-unsaturated carbonyl compound is subjected in a first, backmixed reactor to a gas/liquid two-phase hydrogenation, and the liquid reaction mixture is then further hydrogenated in a second reactor, wherein the prochiral α,β-unsaturated carbonyl compound is employed in the first reactor in a concentration from 3% to 20% by weight.
A transfer device to be mounted on a four-wheel drive vehicle capable of selectively switching a two-wheel drive state or a four-wheel drive state to distribute and output power outputted from a drive power source to main drive wheels (7R, 7L) and auxiliary drive wheels (11R, 11L), the transfer device comprising: a center differential having a differential mechanism including one output member (53, 55) connected with the main drive wheels (7R, 7L), a transmission member connected with the auxiliary drive wheels (11R, 11L), and the other output member (54, 56) disposed between the one output member (53, 55) and the transmission member to be able to transmit the power from the one output member (53, 55) to the transmission member, and a differential case connected with the drive power source, and a sleeve movable between a first position where the differential case and the other output member (54, 56) are engaged with each other and a second position where the other output member (54, 56) and the transmission member are engaged with each other, characterized by a clutch that allows the one output member (53, 55) and the transmission member to be selectively engaged with or disengaged from each other. a center differential having a differential mechanism including one output member (53, 55) connected with the main drive wheels (7R, 7L), a transmission member connected with the auxiliary drive wheels (11R, 11L), and the other output member (54, 56) disposed between the one output member (53, 55) and the transmission member to be able to transmit the power from the one output member (53, 55) to the transmission member, and a differential case connected with the drive power source, and a sleeve movable between a first position where the differential case and the other output member (54, 56) are engaged with each other and a second position where the other output member (54, 56) and the transmission member are engaged with each other, characterized by a clutch that allows the one output member (53, 55) and the transmission member to be selectively engaged with or disengaged from each other.
A currency sorter comprising: take-in means configured to take in currency notes into the sorter one by one; a discrimination unit configured to discriminate the currency notes taken in from the take-in means and identify the currency notes with denominations, and fit and unfit conditions; setting means configured to allow an operator to set a bundling mode by selecting at least one first denomination from the denominations and at least one first condition from the fit and unfit conditions; a plurality of stacking units being respectively allocated to receive notes of the at least one first denomination and the at least one first condition according to the selected bundling mode, the plurality of stacking units being configured to stack the currency notes to be bundled according to the allocation; conveyer means configured to take out a bunch of a predetermined number of the currency notes from a stacking unit of the plurality of stacking units and convey the bunch to a bundling unit; the currency sorter further comprising the bundling unit, the bundling unit configured to bundle, with a band, the bunch of the currency notes conveyed by the conveyer means; and a printer configured to imprint information about the allocation of the plurality of stacking units on the band supplied to the bundling unit. take-in means configured to take in currency notes into the sorter one by one; a discrimination unit configured to discriminate the currency notes taken in from the take-in means and identify the currency notes with denominations, and fit and unfit conditions; setting means configured to allow an operator to set a bundling mode by selecting at least one first denomination from the denominations and at least one first condition from the fit and unfit conditions; a plurality of stacking units being respectively allocated to receive notes of the at least one first denomination and the at least one first condition according to the selected bundling mode, the plurality of stacking units being configured to stack the currency notes to be bundled according to the allocation; conveyer means configured to take out a bunch of a predetermined number of the currency notes from a stacking unit of the plurality of stacking units and convey the bunch to a bundling unit; the currency sorter further comprising the bundling unit, the bundling unit configured to bundle, with a band, the bunch of the currency notes conveyed by the conveyer means; and a printer configured to imprint information about the allocation of the plurality of stacking units on the band supplied to the bundling unit.
A process of producing N -acyl amino acid based surfactants of Formula I, wherein, R is selected from C6 to C22 alkyl group, R 1 is selected from H, C1 to C4 alkyl, R 2 is selected from all groups on a carbon of natural amino acids, R 3 selected from COOX, CH 2 -SO 3 X, X is selected from Li +, Na + or K +; said process comprising steps of A) preparing fatty acid chlorides by halogenating fatty acids with thionyl chloride the presence of catalytic amount of same or other N -acyl amino acid surfactant Formula I or anhydrides of same surfactant, Formula II, wherein, R = C6 to C22 alkyl group, R 1 = H, C1 to C4 alkyl, R 2 = all groups on carbon of natural amino acids, n = 0 to 4, X = C, SO and B) reacting fatty acid chloride of step with an amino acid in the presence of base under typical aqueous Schotten Baumann conditions. A) preparing fatty acid chlorides by halogenating fatty acids with thionyl chloride the presence of catalytic amount of same or other N -acyl amino acid surfactant Formula I or anhydrides of same surfactant, Formula II, wherein, R = C6 to C22 alkyl group, R 1 = H, C1 to C4 alkyl, R 2 = all groups on carbon of natural amino acids, n = 0 to 4, X = C, SO and B) reacting fatty acid chloride of step with an amino acid in the presence of base under typical aqueous Schotten Baumann conditions.
A peptide dendrimer described by a general formula X-(B 2 -[Y 2] s -D 1) 2 -B 1 -Z, wherein - X is - (D 2) 4, - (D 3) 8 -(B 3 -[Y 3] r -D 2) 4, - (D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, or - (D 5) 32 -(B 5 -[Y 5] p -D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, and wherein - each Y independently from any other Y is a linkage moiety di- or tripetide H-Cys or CH-Cys linked to the N-terminus of the C-terminally neighboring amino acid in D through a thioether moiety exemplified by the formula wherein the sulfur atom belongs to the cysteine and the amino group constitutes the N-terminus of the neighboring amino acid in D, wherein in particular the C-terminus of cysteine is a carboxamide, - p, q, r and s is 0 or 1; - Z is a central moiety; - each B independently from any other B denotes a diaminoalkylcarboxylic acid moiety described by the general formula: C n H 2n-1 2 CO- wherein n is a number between 2 and 10, more particularly n is 2, 3, 4 or 5 - each D independently from any other D is i. a dipeptide CH, HC, CC or HH, or ii. a tripeptide HCH, HHC, CHH, CCH, CHC, HCC, HHH or CCC wherein - H is any amino acid comprising a hydrophobic side chain, and - C is any amino acid comprising a cationic side chain, for use as a pharmaceutical. - X is - (D 2) 4, - (D 3) 8 -(B 3 -[Y 3] r -D 2) 4, - (D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, or - (D 5) 32 -(B 5 -[Y 5] p -D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, and wherein - (D 2) 4, - (D 3) 8 -(B 3 -[Y 3] r -D 2) 4, - (D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, or - (D 5) 32 -(B 5 -[Y 5] p -D 4) 16 -(B 4 -[Y 4] q -D 3) 8 -(B 3 -[Y 3] r -D 2) 4, - each Y independently from any other Y is a linkage moiety di- or tripetide H-Cys or CH-Cys linked to the N-terminus of the C-terminally neighboring amino acid in D through a thioether moiety exemplified by the formula wherein the sulfur atom belongs to the cysteine and the amino group constitutes the N-terminus of the neighboring amino acid in D, wherein in particular the C-terminus of cysteine is a carboxamide, - p, q, r and s is 0 or 1; - Z is a central moiety; - each B independently from any other B denotes a diaminoalkylcarboxylic acid moiety described by the general formula: C n H 2n-1 2 CO- wherein n is a number between 2 and 10, more particularly n is 2, 3, 4 or 5 - each D independently from any other D is i. a dipeptide CH, HC, CC or HH, or ii. a tripeptide HCH, HHC, CHH, CCH, CHC, HCC, HHH or CCC wherein - H is any amino acid comprising a hydrophobic side chain, and - C is any amino acid comprising a cationic side chain, for use as a pharmaceutical. i. a dipeptide CH, HC, CC or HH, or ii. a tripeptide HCH, HHC, CHH, CCH, CHC, HCC, HHH or CCC wherein - H is any amino acid comprising a hydrophobic side chain, and - C is any amino acid comprising a cationic side chain, for use as a pharmaceutical. - H is any amino acid comprising a hydrophobic side chain, and - C is any amino acid comprising a cationic side chain, for use as a pharmaceutical.
A method for reducing the content of nitrogen oxides NOx and nitrous oxide N20 in an input gas, comprising the steps of: treating said gas with a first amount of a NOx reducing agent in a first de-NOx catalytic bed; treating the effluent of said first de-NOx catalytic bed in at least one de-N2O catalytic bed for removal of N20; treating the effluent of said at least one de-N2O catalytic bed with a second amount of a NOx reducing agent in a second de-NOx catalytic bed. treating said gas with a first amount of a NOx reducing agent in a first de-NOx catalytic bed; treating the effluent of said first de-NOx catalytic bed in at least one de-N2O catalytic bed for removal of N20; treating the effluent of said at least one de-N2O catalytic bed with a second amount of a NOx reducing agent in a second de-NOx catalytic bed.
Vacuum lifting arrangement comprising a vacuum pump, a valve arrangement, a support structure, and a flexible lifting tube comprising a suction foot, wherein the vacuum pump is connected to the valve arrangement and to the flexible lifting tube, wherein the valve arrangement is arranged to extend and retract the flexible lifting tube, the valve arrangement is arranged separate from the suction foot, between the vacuum pump and the suction foot, characterized in that the suction foot comprises a movable valve plate arranged to close against a seal during operation of the vacuum pump when no load is attached to the suction foot.
A method of laser marking a substrate, comprising: a) irradiating an area of said substrate with energizing radiation generated by an energizing radiation source (Le) to make said irradiated area 5 require less laser energy to be laser marked; and b) irradiating a portion of said area with marking radiation from a marking laser beam (Bm) generated by a marking laser source (Lm) to laser mark said portion of said area; wherein the irradiations from said energizing radiation source (Le) and from said marking laser source (Lm) are at least partly overlapping each other in space and time; wherein said irradiation of said step a) and said irradiation of said step b) are performed by moving both the energizing radiation (Be) and the marking laser beam (Bm) towards various areas (A1...An) of said substrate and portions (P1...Pn) thereof, respectively, in a synchronized manner; characterized in that said synchronized movements of the marking radiation and the energizing radiation are performed such that at least some of the areas (A1...An) of said substrate are partially overlapped and one or more of said portions (P1...Pn) thereof are included in the overlapped regions resulting from the overlapping of said various areas (A1...An), and in that the marking radiation is applied to the portion of said area (A1...An) which is being irradiated simultaneously with the energizing radiation but which has also been pre-energized by a previous irradiation with the energizing radiation, said portion including at least one section of each of two consecutive areas (A1...An) of the substrate, one of which being already energized and another of which being currently energized. a) irradiating an area of said substrate with energizing radiation generated by an energizing radiation source (Le) to make said irradiated area 5 require less laser energy to be laser marked; and b) irradiating a portion of said area with marking radiation from a marking laser beam (Bm) generated by a marking laser source (Lm) to laser mark said portion of said area;
A method of making a controlled release solid dosage form comprising applying an aqueous suspension comprising (i) water; (ii) ethylcellulose; (iii) an ionic surfactant; and (iv) a coalescing agent which is an organic ester having an HLB value of from 3 to 8, wherein said coalescing agent comprises a C 5 -C 17 saturated or unsaturated aliphatic hydrocarbon moiety and is selected from the group consisting of sorbitan esters and propylene glycol monoesters; to a solid core comprising an active ingredient to form a controlled release coating without the need for a further curing step after the coating process.
A method for determining a configuration of reference signal, RS, resources in wireless communications, comprising: receiving (602, 610), from an access point, a scheduling grant of resources, wherein the scheduling grant indicates one or more parameters related to transmission locations of one or more RSs, wherein the scheduling grant indicates a process number corresponding to channel state information-, CSI-, RS transmission; determining RS resource locations for the one or more RSs based at least in part on the one or more parameters, wherein determining the RS resource locations includes determining at least a transmission time interval, TTI, during which the CSI-RS is transmitted by the access point based at least in part on the process number; and receiving the one or more RSs over the RS resource locations, wherein receiving the one or more RSs includes receiving, from the access point, the CSI-RS during the TTI. receiving (602, 610), from an access point, a scheduling grant of resources, wherein the scheduling grant indicates one or more parameters related to transmission locations of one or more RSs, wherein the scheduling grant indicates a process number corresponding to channel state information-, CSI-, RS transmission; determining RS resource locations for the one or more RSs based at least in part on the one or more parameters, wherein determining the RS resource locations includes determining at least a transmission time interval, TTI, during which the CSI-RS is transmitted by the access point based at least in part on the process number; and receiving the one or more RSs over the RS resource locations, wherein receiving the one or more RSs includes receiving, from the access point, the CSI-RS during the TTI.
Registration plate for a vehicle comprising a registration plate body (11, 22, 28) having at least one inscription field, and comprising at least one inscription assigned to the inscription field of the registration plate body (11, 22, 28), the registration plate body (11, 22, 28) being assigned at least one contactlessly readable transponder comprising a data carrier and an antenna for communication, and the registration plate body (11, 22, 28) being covered by a protective cover, the registration plate body (11, 22, 28) being fixedly connected by its underside to a further body and the further body being designed as a spacer element between the registration plate body (11, 22, 28) and the vehicle, characterized in that the transponder is integrated in a tag and the tag is fixed on the registration plate body (11, 22, 28), and in that the tag is of self-adhesive design and is adhesively bonded onto the registration plate body (11, 22, 28) or the protective cover, the data carrier being a data carrier that generates a magnetic field, and the antenna being formed as a slot antenna by the registration plate body (11, 22, 28) provided with at least one slot, the data carrier being assigned to the slot antenna in an electrically insulated manner.
A method comprising: providing a mixture of chopped fibers (18, 53) by mixing sacrificial fibers (22, 48) and carbon fiber precursor fibers together to form a randomly mixed mixture of chopped fibers; heating the mixture of chopped fibers to a temperature between 170°C and 400°C to substantially remove the sacrificial fibers from the mixture of chopped fibers and form a plurality of channels (26, 52) in a preform precursor between the plurality of carbon fiber precursor fibers in place of the sacrificial fibers; and carbonizing the plurality of carbon fiber precursor fibers to form a porous carbon fiber preform (28, 46) comprising the plurality of channels. providing a mixture of chopped fibers (18, 53) by mixing sacrificial fibers (22, 48) and carbon fiber precursor fibers together to form a randomly mixed mixture of chopped fibers; heating the mixture of chopped fibers to a temperature between 170°C and 400°C to substantially remove the sacrificial fibers from the mixture of chopped fibers and form a plurality of channels (26, 52) in a preform precursor between the plurality of carbon fiber precursor fibers in place of the sacrificial fibers; and carbonizing the plurality of carbon fiber precursor fibers to form a porous carbon fiber preform (28, 46) comprising the plurality of channels.
Anode, comprising a main body comprising or consisting of an electrically conductive material, and a protective layer disposed on at least one surface of the main body, wherein the protective layer comprises or consists of silylated cellulose, and wherein the electrically conductive material of the anode main body is selected from lithium metal, a lithium metal alloy and graphite.