mhurhangee/patent-ind-claim-en huggingface dataset:
Coke oven device for producing coke by coking coal or coal mixtures, the coke oven device being set up for minimized nitrogen oxide emission by internal thermal energy compensation by means of coke oven gases (G1, G4, G5) by measures internal to the coke oven device, having a plurality of twin heating passes , each having a heating passage through which gas flows and a waste gas-carrying heating passage through which waste gas flows downwards, which heating passages are in each case delimited from one another in pairs by a partition wall and are sealed off from a respective oven chamber (10.2), wherein the paired heating ducts are fluidically separated by means of an upper coupling passage (14.2) and optionally also by means of a lower coupling passage in each case for internal exhaust gas recirculation are coupled to one another on an outer circular flow path (19.1), wherein in the lower region at the bottom (5.4) of the respective twin heating flue at least one inlet from the following group is provided in each case: coke oven gas inlet , combustion air inlet , mixed gas inlet ; wherein at least one of the inlets , comprising the mixed gas inlet , is arranged more eccentrically with respect to the width (x) of the heating flue than at least one of the passages (14.2) and defines a flow path (G1, G1a) arranged more eccentrically than the exhaust gas recirculation , characterized in that at least one, in particular centrally arranged, stepped air duct (14.1) with at least one stepped air inlet (14.11) is formed in the partition ; or wherein at least two, in particular parallel, stepped air ducts (14.1) are formed in the partition wall , which ducts join above the upper/upper exhaust gas recirculation passage (14.2) and open into the flamed heating duct in an uppermost stepped air inlet (14.11) above all exhaust gas recirculation passages (14.2); and/or wherein in at least one of the partition walls at least two, in particular parallel, stepped air ducts (14.1) are formed, which open above the upper/upper exhaust gas recirculation passage (14.2) in two uppermost stepped air inlets (14.11) above all exhaust gas recirculation passages into the flamed heating duct . at least one, in particular centrally arranged, stepped air duct (14.1) with at least one stepped air inlet (14.11) is formed in the partition ; or wherein at least two, in particular parallel, stepped air ducts (14.1) are formed in the partition wall , which ducts join above the upper/upper exhaust gas recirculation passage (14.2) and open into the flamed heating duct in an uppermost stepped air inlet (14.11) above all exhaust gas recirculation passages (14.2); and/or wherein in at least one of the partition walls at least two, in particular parallel, stepped air ducts (14.1) are formed, which open above the upper/upper exhaust gas recirculation passage (14.2) in two uppermost stepped air inlets (14.11) above all exhaust gas recirculation passages into the flamed heating duct .
A suction head for a vacuum cleaner or the like comprising a base plate with a base plate channel open towards a surface to be cleaned and closed by an opposite bottom surface , - wherein said channel comprises a front edge , a rear edge , a front wall which extends from said front edge , a rear wall which extends from said rear edge and a bottom surface which closes said channel and connects said front wall and said rear wall , wherein a section of said front edge is parallel to a respective section of said rear edge , - wherein said front wall is inclined at a first angle (β) with respect to a vertical plane (V) which is perpendicular to a horizontal plane (H) in which the front edge and the rear edge of said channel are arranged, - wherein said rear wall of the channel is inclined at a second angle (γ) with respect to said vertical plane (V), - wherein the magnitude of said first angle (β) is at least three times the magnitude of said second angle (γ), - wherein an intermediate part of said channel has a depth (D) which decreases at a third angle (δ), - wherein a front strip is inclined at an angle (α34) of 12°-18° with respect to a horizontal plane defined by the front edge and rear edge of the base plate channel , - wherein a rear strip comprises a flat part (36") and an inclined part ' which is inclined at an angle (α36') of 12°-18° with respect to the horizontal plane, and - wherein said base plate channel has closed ends. - wherein said channel comprises a front edge , a rear edge , a front wall which extends from said front edge , a rear wall which extends from said rear edge and a bottom surface which closes said channel and connects said front wall and said rear wall , wherein a section of said front edge is parallel to a respective section of said rear edge , - wherein said front wall is inclined at a first angle (β) with respect to a vertical plane (V) which is perpendicular to a horizontal plane (H) in which the front edge and the rear edge of said channel are arranged, - wherein said rear wall of the channel is inclined at a second angle (γ) with respect to said vertical plane (V), - wherein the magnitude of said first angle (β) is at least three times the magnitude of said second angle (γ), - wherein an intermediate part of said channel has a depth (D) which decreases at a third angle (δ), - wherein a front strip is inclined at an angle (α34) of 12°-18° with respect to a horizontal plane defined by the front edge and rear edge of the base plate channel , - wherein a rear strip comprises a flat part (36") and an inclined part ' which is inclined at an angle (α36') of 12°-18° with respect to the horizontal plane, and - wherein said base plate channel has closed ends.
A method of implementing access restrictions on mobile devices during a remote control session, to trouble shoot an issue, comprising: connecting a mobile device to a remote support technician console and establishing a remote control session with the mobile device ; characterised by: providing, by the console , a policy on the mobile device , wherein the policy identifies a list of restricted applications that need to be allowed by a user of the mobile device prior to being shared with the remote support technician console ; attempting, by the technician console , to access an application on the mobile device during the remote control session; and when the application is in the list of restricted applications of the policy, displaying by the mobile device , a dialog message on the mobile device to obtain user consent prior to allowing the remote support technician console to view a streaming image of the application of the mobile device . connecting a mobile device to a remote support technician console and establishing a remote control session with the mobile device ; characterised by: providing, by the console , a policy on the mobile device , wherein the policy identifies a list of restricted applications that need to be allowed by a user of the mobile device prior to being shared with the remote support technician console ; attempting, by the technician console , to access an application on the mobile device during the remote control session; and when the application is in the list of restricted applications of the policy, displaying by the mobile device , a dialog message on the mobile device to obtain user consent prior to allowing the remote support technician console to view a streaming image of the application of the mobile device . providing, by the console , a policy on the mobile device , wherein the policy identifies a list of restricted applications that need to be allowed by a user of the mobile device prior to being shared with the remote support technician console ; attempting, by the technician console , to access an application on the mobile device during the remote control session; and when the application is in the list of restricted applications of the policy, displaying by the mobile device , a dialog message on the mobile device to obtain user consent prior to allowing the remote support technician console to view a streaming image of the application of the mobile device .
Method for manufacturing a semiconductor module , comprising the steps: - providing a carrier plate and a substrate having a bonding layer arranged on a surface of the carrier plate or of the substrate , - applying adhesive in several adhesive regions of the carrier plate or of the substrate which are free of bonding layer , - positioning the substrate on the carrier plate such that the substrate and the carrier plate are in contact with the bonding layer and the adhesive , - connecting the substrate and the carrier plate by way of the bonding layer by melting or sintering the bonding layer , characterised in that the adhesive is arranged in cutouts on the edges of the bonding layer . - providing a carrier plate and a substrate having a bonding layer arranged on a surface of the carrier plate or of the substrate , - applying adhesive in several adhesive regions of the carrier plate or of the substrate which are free of bonding layer , - positioning the substrate on the carrier plate such that the substrate and the carrier plate are in contact with the bonding layer and the adhesive , - connecting the substrate and the carrier plate by way of the bonding layer by melting or sintering the bonding layer ,
An in vitro or ex vivo method of expressing an antigenic peptide or a part thereof on the surface of a cell, comprising contacting said cell with said antigenic peptide, a photosensitizing agent, and a TLR ligand, and irradiating the cell with light of a wavelength effective to activate the photosensitising agent, wherein said antigenic peptide is released into the cytosol of the cell and the antigenic peptide or a part thereof is subsequently presented on the cell's surface; wherein said TLR ligand is selected from: i) a TLR2 ligand which is a lipopolysaccharide; ii) a TLR3 ligand which is Poly(I:C); iii) a TLR4 ligand which is a lipopolysaccharide or a Monophosphoryl Lipid A (MPLA); iv) a TLR7 ligand which is (a) an imidazoquinoline compound of formula , or a pharmaceutically acceptable salt thereof: wherein: R 1 is N-CH 2 -C(CH 3 ) 2 -R 3 ; R 2 is -CH 2 -X-CH 2 CH 3 or a hydrogen atom; R 3 is OH or a hydrogen atom, and X is O or NH; or (b) ssPolyU; v) a TLR8 ligand which is ssPolyU; and vi) a TLR9 ligand which is a CpG oligonucleotide which is a single-stranded oligonucleotide of from 6-50 bases which includes at least one CpG motif and at least one base flanking said motif on each of the 3' and 5' sides. i) a TLR2 ligand which is a lipopolysaccharide; ii) a TLR3 ligand which is Poly(I:C); iii) a TLR4 ligand which is a lipopolysaccharide or a Monophosphoryl Lipid A (MPLA); iv) a TLR7 ligand which is (a) an imidazoquinoline compound of formula , or a pharmaceutically acceptable salt thereof: wherein: R 1 is N-CH 2 -C(CH 3 ) 2 -R 3 ; R 2 is -CH 2 -X-CH 2 CH 3 or a hydrogen atom; R 3 is OH or a hydrogen atom, and X is O or NH; or (b) ssPolyU; (a) an imidazoquinoline compound of formula , or a pharmaceutically acceptable salt thereof: wherein: R 1 is N-CH 2 -C(CH 3 ) 2 -R 3 ; R 2 is -CH 2 -X-CH 2 CH 3 or a hydrogen atom; R 3 is OH or a hydrogen atom, and X is O or NH; or R 1 is N-CH 2 -C(CH 3 ) 2 -R 3 ; R 2 is -CH 2 -X-CH 2 CH 3 or a hydrogen atom; R 3 is OH or a hydrogen atom, and X is O or NH; or (b) ssPolyU; v) a TLR8 ligand which is ssPolyU; and vi) a TLR9 ligand which is a CpG oligonucleotide which is a single-stranded oligonucleotide of from 6-50 bases which includes at least one CpG motif and at least one base flanking said motif on each of the 3' and 5' sides.
A composition comprising: a) a corrosion-inhibiting metal cation, wherein the corrosion-inhibiting metal cation comprises a rare earth salt or a lithium salt or is selected from Group IVB metals; and b) a conjugated compound, wherein the conjugated compound comprises an indicator compound that changes color when: - exposed to a metal ion; or - exposed to an alkaline pH: or - exposed to an acidic pH, wherein the conjugated compound comprises catechol violet and/or xylenol orange and/or hematoxylin. a) a corrosion-inhibiting metal cation, wherein the corrosion-inhibiting metal cation comprises a rare earth salt or a lithium salt or is selected from Group IVB metals; and b) a conjugated compound, wherein the conjugated compound comprises an indicator compound that changes color when: - exposed to a metal ion; or - exposed to an alkaline pH: or - exposed to an acidic pH, wherein the conjugated compound comprises catechol violet and/or xylenol orange and/or hematoxylin. - exposed to a metal ion; or - exposed to an alkaline pH: or - exposed to an acidic pH, wherein the conjugated compound comprises catechol violet and/or xylenol orange and/or hematoxylin.
Method for characterising a material with a layered structure using terahertz radiation, the method comprising: determining characterising information of the material with layered structure by implementing at least one machine learning algorithm fed with at least one starting input, the starting input comprising sample data derived from detected signal of a THz-reflected beam after interacting with layered structure of the material, wherein the starting input comprises sample data derived from detected signal of the THz-reflected beam relative to each of multiple single points on the material, the multiple single points defining at least one line or one area, characterized in that the sample data is arranged as two-dimensional or three-dimensional dataset of the material to be characterised; wherein the method comprises: producing an output comprising produced data related to the characterisation of the material, the output being a two or three-dimensional recognized pattern. determining characterising information of the material with layered structure by implementing at least one machine learning algorithm fed with at least one starting input, the starting input comprising sample data derived from detected signal of a THz-reflected beam after interacting with layered structure of the material, wherein the starting input comprises sample data derived from detected signal of the THz-reflected beam relative to each of multiple single points on the material, the multiple single points defining at least one line or one area, characterized in that the sample data is arranged as two-dimensional or three-dimensional dataset of the material to be characterised; wherein the method comprises: producing an output comprising produced data related to the characterisation of the material, the output being a two or three-dimensional recognized pattern.
A machine cutting tool comprising a shank and a bit extending from the shank , wherein there are one or more cutting edges on the bit and wherein the tool is intended to rotate on a longitudinal axis (X-X), wherein on the outer surface of the shank there are one or more surface grooves distributing a cooling and/or lubricating fluid (F) on the bit , wherein the width of the surface grooves is greater at the length closest to the bit , i.e. the surface grooves widen towards the bit of the cutting tool , characterized by a joining or coning portion , between the shank and the bit , and in that the surface grooves open at the joining portion .
Disinfecting method for disinfecting a room or a surface, comprising the steps of: a) providing a fluid comprising at least one organic compound obtainable from natural substances, wherein the organic compound is provided in a polar medium or in a mixture of non-polar and polar media; b) mixing the fluid with a gas such that fluid particles are suspended in the gas, and an aerosol of fluid particles is formed; c) directing a flow of the aerosol formed in step b) on said surface or into said room; wherein in step a): - the at least one organic compound is chosen from the group consisting of: azulene, the essential oil of thyme, the essential oil of cloves, a resin obtained from the tree Boswellia, derivates of the above organic compounds, and mixtures of the above organic compounds; and wherein in step a): - the fluid provided comprises an organic compound in water, the organic compound being present in an amount of 5-50 wt.%, preferably 10-30 wt.%, of the fluid; characterized in that in step a) the at least one organic compound is provided in lime water or in a mixture of a non-polar medium and lime water and wherein subsequent to step b) and prior to step c), the fluid particles of the aerosol of which the mean particle size is 1 micrometer or above, are separated from the aerosol. a) providing a fluid comprising at least one organic compound obtainable from natural substances, wherein the organic compound is provided in a polar medium or in a mixture of non-polar and polar media; b) mixing the fluid with a gas such that fluid particles are suspended in the gas, and an aerosol of fluid particles is formed; c) directing a flow of the aerosol formed in step b) on said surface or into said room; - the at least one organic compound is chosen from the group consisting of: azulene, the essential oil of thyme, the essential oil of cloves, a resin obtained from the tree Boswellia, derivates of the above organic compounds, and mixtures of the above organic compounds; - the fluid provided comprises an organic compound in water, the organic compound being present in an amount of 5-50 wt.%, preferably 10-30 wt.%, of the fluid;
A multi-electrode submerged arc welding method using a plurality of electrodes, wherein for each of a second electrode to an nth electrode except a first electrode that is a front electrode in a welding direction where n is an integer of 3 to 5: a digitally controlled welding power supply capable of controlling a waveform of a welding current is used; and when a maximum value of an electromagnetic force F i acting on an arc column at a wire tip of an ith electrode during welding is denoted by F imax in N/m, an average value of the electromagnetic force F i is denoted by F iave in N/m, and a standard deviation of the electromagnetic force F i is denoted by σ Fi in N/m, welding is performed so that F imax , F iave , and σ Fi satisfy relationships in the following Expressions and : F imax / F iave − 1 ≤ 0.3 n − 1 F imax ≤ F iave + 2 σ Fi where n is the number of the plurality of electrodes, and i is an integer of 2 to n. a digitally controlled welding power supply capable of controlling a waveform of a welding current is used; and when a maximum value of an electromagnetic force F i acting on an arc column at a wire tip of an ith electrode during welding is denoted by F imax in N/m, an average value of the electromagnetic force F i is denoted by F iave in N/m, and a standard deviation of the electromagnetic force F i is denoted by σ Fi in N/m, welding is performed so that F imax , F iave , and σ Fi satisfy relationships in the following Expressions and : F imax / F iave − 1 ≤ 0.3 n − 1 F imax ≤ F iave + 2 σ Fi where n is the number of the plurality of electrodes, and i is an integer of 2 to n.
A system of a spectrum management entity proxy for enabling inter-frequency user equipment mobility in shared spectrum communication systems , the system comprising: a communication interface ; and an electronic processor , coupled to the communication interface and configured to, for each of a plurality of base stations , determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface. a communication interface ; and an electronic processor , coupled to the communication interface and configured to, for each of a plurality of base stations , determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface. determine a location for the base station; select at least one handover candidate from the plurality of base stations based on the location and at least one base station characteristic; receive, from the base station, a spectrum allocation request via the communication interface; transmit the spectrum allocation request to a spectrum management entity via the communication interface; receive, via the communication interface, a channel allocation for the base station from the spectrum management entity; generate, based on the channel allocation of the at least one handover candidate, a neighbor channel list; and transmit the neighbor channel list via the communication interface.
A valve assembly , comprising: a valve body comprising a cavity ; one or more seats movable on seating surfaces of the cavity; a ball body disposed within the valve body and configured to engage the one or more seats to form a seal; and an actuator configured to drive the ball body in a first axial direction along a first central axis of the cavity to wedge the ball body against the one or more seats and to wedge the one or more seats against the seating surfaces of the cavity to form seals, and wherein the actuator is configured to move the ball body in a second axial direction along the first central axis to unseat the ball body and to rotate the ball body about the first central axis between an open position and a closed position, characterised in that the seating surfaces of the cavity are configured to allow axial movement of the seats but block rotational movement. a valve body comprising a cavity ; one or more seats movable on seating surfaces of the cavity; a ball body disposed within the valve body and configured to engage the one or more seats to form a seal; and an actuator configured to drive the ball body in a first axial direction along a first central axis of the cavity to wedge the ball body against the one or more seats and to wedge the one or more seats against the seating surfaces of the cavity to form seals, and wherein the actuator is configured to move the ball body in a second axial direction along the first central axis to unseat the ball body and to rotate the ball body about the first central axis between an open position and a closed position, characterised in that the seating surfaces of the cavity are configured to allow axial movement of the seats but block rotational movement.