mhurhangee/ep-ind-claims huggingface dataset:
A process for reducing the amount of hydrogen cyanide discharged to atmosphere from a fluid catalytic cracking unit comprising a regenerator and a collecting means for collecting and supporting catalyst particles, wherein a flue gas containing HCN is discharged from the regenerator and is then passed to the collecting means, said process comprising: (a) adding a catalyst to the flue gas prior to entering the collecting means; (b) precipitating the catalyst in the collecting means to form a catalyst bed in the collecting means; (c) reacting HCN in the flue gas in the presence of water and oxygen in the flue gas at a temperature ranging from 200°C to 800°C in the presence of the catalyst bed to reduce the amount of HCN in the flue gas; and (d) discharging the flue gas containing a reduced amount of HCN to atmosphere, wherein the catalyst is one or more supported transition or lanthanide metal catalysts. (a) adding a catalyst to the flue gas prior to entering the collecting means; (b) precipitating the catalyst in the collecting means to form a catalyst bed in the collecting means; (c) reacting HCN in the flue gas in the presence of water and oxygen in the flue gas at a temperature ranging from 200°C to 800°C in the presence of the catalyst bed to reduce the amount of HCN in the flue gas; and (d) discharging the flue gas containing a reduced amount of HCN to atmosphere,
A device for attaching a one-way type pouring nozzle wherein a nozzle template film previously formed with a plurality of one-way type pouring nozzles templated in an aligned posture by tear-inducing flaws is feed-run to a continuously running film for package bag to fusion-join a base portion of each of the one-way type pouring nozzles through its outer surface sealant layer to a sealant layer in one-sided portion of the film for package bag, while an unwanted portion of the nozzle template film after templating of nozzle portion is cut out and removed from each of the one-way type pouring nozzles along the tear-inducing flaw, the device comprising a feed shaft for supporting a wound roll of the nozzle template film, and a pair of fusion rollers arranged opposing to each other on either side of a running path for said film for package bag to fusion-join a one-way type pouring nozzle of the nozzle template film feeding from the feed shaft and running at an equal speed to the continuously running film for package bag under pressing, characterized in that said pair of the fusion rollers are constituted with a heater-containing heating roller for continuously driving the wound nozzle template film toward the running path of the film for package bag, and a heater-containing heat roller for attachment with protrusions for intermittently pressing the film for package bag to the nozzle template film on the heating roller at positions of one-way type pouring nozzles.
A coloured coating slip for coating a printing medium such as paper, paperboard and cardboard, for example, which comprises water, at least one pigment, at least one binder and electrolytic constituents selected from a group comprising salts, water-soluble polyelectrolytes, carboxymethyl cellulose, acrylic acid, methacrylic acid, fumaric acid, itanconic acid and combinations thereof, and at least two additives, characterized in that the coloured coating slip comprises as a first additive with a molecular weight of more than 20,000 g/mol at least one high-molecular polyether and a second additive with a molecular weight of less than 20,000 g/mol which is selected from a group which comprises linear or branched low-molecular polyethylene glycols, linear or branched low-molecular polypropylene glycols, mixtures of polyethylene glycols with polypropylene glycols, ethylene oxide/propylene oxide polyethers, conversion product of polyethylene glycols with bisphenol A diglycidyl ethers and also polyfunctional glycidyl ethers based on polyfunctional alcohols, micellar fatty acid dispersions (C12 to C21), for example stearic acid dispersions which are produced using ammonia, organic amines and polymer bases such as poly(dimethyl)methacrylate as the neutralization component, co-polymers of polyglycol methacrylates with acrylic acid and methacrylic acid, N-vinylpyrrolidone and N-vinyllactam copolymers with hydroxyethyl and polyglycol methacrylates, fatty acid amines, amino polyglycols, combinations thereof, and wherein the first and second additives at least partially restrict the movability of the electrolytic constituents of the coloured coating slip in terms of their movement in the aqueous phase of an electrical double layer of the pigment and thereby lead to an extension of the discharge time in the dried slip coat.
A communication method, comprising: receiving, by a terminal device, downlink control information, wherein the downlink control information is used to indicate the terminal device to receive or send a first channel on a first resource; receiving, by the terminal device, first indication information, wherein the first indication information is used to indicate a second resource; and when the first resource and the second resource overlap in time domain, receiving or sending, by the terminal device, the first channel on a third resource, wherein the third resource and the second resource do not overlap in time domain, and wherein the receiving or sending, by the terminal device, the first channel on the third resource comprises: postponing receiving or sending, by the terminal device, the first channel. receiving, by a terminal device, downlink control information, wherein the downlink control information is used to indicate the terminal device to receive or send a first channel on a first resource; receiving, by the terminal device, first indication information, wherein the first indication information is used to indicate a second resource; and when the first resource and the second resource overlap in time domain, receiving or sending, by the terminal device, the first channel on a third resource, wherein the third resource and the second resource do not overlap in time domain, and wherein the receiving or sending, by the terminal device, the first channel on the third resource comprises: postponing receiving or sending, by the terminal device, the first channel.
A method performed by a wireless device served by a master node, MN, and a secondary node, SN, in a dual connectivity, DC, in a wireless communication system, the method comprising: receiving, from the MN via a signalling radio bearer 1, SRB1, a first radio resource control, RRC, reconfiguration message of which a transaction identifier, ID, is set to a first value, wherein the first RRC reconfiguration message comprises a second RRC reconfiguration message of which a transaction ID is set to a second value and the second RRC reconfiguration message is related to a conditional primary secondary cell change, CPC, command; transmitting, to the MN, a first RRC reconfiguration complete message of which a transaction ID is set to the first value, as a response message for the first RRC reconfiguration message; performing a CPC execution based on a CPC condition related to the CPC command being satisfied; and transmitting, to the MN based on the CPC execution, an RRC message comprising a second RRC reconfiguration complete message of which a transaction ID is set to a third value, as a response message for the second RRC reconfiguration message, wherein the RRC message does not include any transaction ID for the RRC message. receiving, from the MN via a signalling radio bearer 1, SRB1, a first radio resource control, RRC, reconfiguration message of which a transaction identifier, ID, is set to a first value, wherein the first RRC reconfiguration message comprises a second RRC reconfiguration message of which a transaction ID is set to a second value and the second RRC reconfiguration message is related to a conditional primary secondary cell change, CPC, command; transmitting, to the MN, a first RRC reconfiguration complete message of which a transaction ID is set to the first value, as a response message for the first RRC reconfiguration message; performing a CPC execution based on a CPC condition related to the CPC command being satisfied; and transmitting, to the MN based on the CPC execution, an RRC message comprising a second RRC reconfiguration complete message of which a transaction ID is set to a third value, as a response message for the second RRC reconfiguration message, wherein the RRC message does not include any transaction ID for the RRC message.
A process for manufacturing a geometrically segmented abradable coating on a turbine engine component, the process comprising in the following sequence the steps of: depositing a first layer of a ceramic topcoat on a geometric surface and within a bottom of each of a multiple of divots included on said surface, the first layer having a first hardness; depositing a second layer of the ceramic topcoat on the first layer, the second layer having a second hardness, the first hardness higher than the second hardness; depositing a third layer on the second layer, the third layer having a hardness about equivalent to the first hardness, whereby at the divot locations, the third layer corresponds with a top surface of the geometric surface and with the first layer on the top surface of the geometric surface; depositing a fourth layer on the third layer, the fourth layer having a hardness about equivalent to the second hardness; depositing a fifth layer on the fourth layer, the fifth layer having a hardness about equivalent to the first hardness; and machining the ceramic topcoat, wherein a divot depth is 0.254-1.27mm (10-50 mils), the first layer thickness spans from 0-15 % of the divot depth wherein 0% is the bottom of the divot and the third layer thickness spans 90-115 % the divot depth, wherein machining the ceramic topcoat comprises removing the raised material over the substrate features. depositing a first layer of a ceramic topcoat on a geometric surface and within a bottom of each of a multiple of divots included on said surface, the first layer having a first hardness; depositing a second layer of the ceramic topcoat on the first layer, the second layer having a second hardness, the first hardness higher than the second hardness; depositing a third layer on the second layer, the third layer having a hardness about equivalent to the first hardness, whereby at the divot locations, the third layer corresponds with a top surface of the geometric surface and with the first layer on the top surface of the geometric surface; depositing a fourth layer on the third layer, the fourth layer having a hardness about equivalent to the second hardness; depositing a fifth layer on the fourth layer, the fifth layer having a hardness about equivalent to the first hardness; and machining the ceramic topcoat, wherein a divot depth is 0.254-1.27mm (10-50 mils), the first layer thickness spans from 0-15 % of the divot depth wherein 0% is the bottom of the divot and the third layer thickness spans 90-115 % the divot depth, wherein machining the ceramic topcoat comprises removing the raised material over the substrate features.
A compound expressed in the following formula (where R 1 and R 2 independently denote a hydrogen atom or a methyl group, Y 1 and Y 2 independently denote an alkylene group having a carbon number of 1 to 9, and n 1 and n 2 independently denote an integer of 0 to 3).
A ferromagnetic amorphous alloy ribbon comprising an alloy having a composition represented by Fe a Si b B c C d where 80.5 ≤ a ≤ 83 at.%, 0.5 ≤ b ≤ 6 at.%, 12 ≤ c ≤ 16.5 at.%, 0.01 ≤ d ≤1 at.% with a + b + c + d = 100 and incidental impurities, the ribbon having a ribbon length, a ribbon thickness, a ribbon width, and a ribbon surface facing a casting atmosphere side, the ribbon, when in an annealed straight strip form, having a saturation magnetic induction exceeding 1.60 T and exhibiting a magnetic core loss of less than 0.14 W/kg when measured at 60 Hz and at 1.3 T induction level, the ribbon characterized in that: the ribbon has ribbon surface defects formed on the ribbon surface facing the casting atmosphere side; the ribbon surface defects are being measured in terms of a defect length, a defect depth, and a defect occurrence frequency; and the defect length along a direction of the ribbon's length is between 5 mm and 200 mm, the defect depth being at less than 0.4× t μm and the defect occurrence frequency being less than 0.05× w times within 1.5 m of the ribbon length, where t is the ribbon thickness and w is the ribbon width in mm. the ribbon has ribbon surface defects formed on the ribbon surface facing the casting atmosphere side; the ribbon surface defects are being measured in terms of a defect length, a defect depth, and a defect occurrence frequency; and the defect length along a direction of the ribbon's length is between 5 mm and 200 mm, the defect depth being at less than 0.4× t μm and the defect occurrence frequency being less than 0.05× w times within 1.5 m of the ribbon length, where t is the ribbon thickness and w is the ribbon width in mm.
Electric handheld device, comprising at least one device for detecting the handheld device being clasped by a hand, wherein the handheld device has a housing having an underside and opposite side walls, comprising - at least one transmitting electrode arranged on one of the side walls and able to emit an alternating electric field, and - at least one receiving electrode arranged on the respective other side wall, the alternating electric field being able to be coupled at least partly into said at least one receiving electrode, wherein the at least one transmitting electrode and the at least one receiving electrode are arranged on the handheld device such that, in the event of the handheld device being clasped by the hand, they are covered in each case at least partly by the hand, such that in the event of the handheld device being clasped by the hand, a first portion of the alternating electric field emitted by the transmitting electrode is coupled into the receiving electrode via the hand, wherein the first portion of the alternating electric field is a feature representative of the handheld device being clasped by the hand, and further comprising at least one electrically conductive structure coupled to the earth potential of the electric handheld device, wherein the electrically conductive structure is arranged relative to the transmitting electrode and to the receiving electrode so as substantially to prevent the alternating electric field emitted by the transmitting electrode from being coupled into the receiving electrode in the event of the handheld device not being clasped. - at least one transmitting electrode arranged on one of the side walls and able to emit an alternating electric field, and - at least one receiving electrode arranged on the respective other side wall, the alternating electric field being able to be coupled at least partly into said at least one receiving electrode,
A stent, the stent comprising: an elongated tubular member comprising a plurality of longitudinal filaments extending generally along a longitudinal axis of the elongated tubular member, a first helical filament extending in a first helical direction, and a second helical filament extending in a second helical direction opposite to the first helical direction, the plurality of longitudinal filaments, first helical filament, and second helical filament overlapping to form a plurality of cells; characterized in that the longitudinal filaments are intermittently helically wrapped with one of the first or second helical filaments (416, 418) to form a plurality of interlocking joints, the interlocking joints extending at a non-parallel angle relative to the longitudinal axis of the elongated tubular member. an elongated tubular member comprising a plurality of longitudinal filaments extending generally along a longitudinal axis of the elongated tubular member, a first helical filament extending in a first helical direction, and a second helical filament extending in a second helical direction opposite to the first helical direction, the plurality of longitudinal filaments, first helical filament, and second helical filament overlapping to form a plurality of cells; characterized in that the longitudinal filaments are intermittently helically wrapped with one of the first or second helical filaments (416, 418) to form a plurality of interlocking joints, the interlocking joints extending at a non-parallel angle relative to the longitudinal axis of the elongated tubular member.
A measurement device (100, 110 700) for electrochemically analyzing an analysis sample which is collected by a sensor having an electrode terminal at its one end, comprising: a sensor holding part which is integrated with the measurement device body, and is arranged for detachably holding the sensor; a connection terminal which is elastically-deformably supported by the measurement device body, and is arranged for elastically contacting the electrode terminal of the sensor that is held by the sensor holding part to take out a signal required for analysis; and an ejection mechanism (2, 3) having an element which is extrudably attached to the measurement device body, said element arranged for being brought into contact with the front side surface of the sensor viewed from the measurement device side so as to push the sensor which is held by the sensor holding part with the electrode terminal thereof elastically contacting the connection terminal while releasing the elastic contact of the electrode terminal of the sensor with the connection terminal, thereby to eject the sensor from the sensor holding part; characterized in that it further comprises a brake means (13, 21, 51c, 60b, 71a) provided at a portion of the measurement device body, said brake means (13, 21, 51c, 60b, 71a) arranged for elastically contacting the sensor to brake the movement of the sensor in the ejection direction while performing the operation of pushing the sensor by the ejection mechanism (2, 3), said brake means (13, 21, 51c, 60b, 71a) is placed for contacting the sensor at a sensor position which is by a predetermined amount anterior to the sensor position where the contact of the connection terminal with the electrode terminal of the sensor is released. a sensor holding part which is integrated with the measurement device body, and is arranged for detachably holding the sensor; a connection terminal which is elastically-deformably supported by the measurement device body, and is arranged for elastically contacting the electrode terminal of the sensor that is held by the sensor holding part to take out a signal required for analysis; and an ejection mechanism (2, 3) having an element which is extrudably attached to the measurement device body, said element arranged for being brought into contact with the front side surface of the sensor viewed from the measurement device side so as to push the sensor which is held by the sensor holding part with the electrode terminal thereof elastically contacting the connection terminal while releasing the elastic contact of the electrode terminal of the sensor with the connection terminal, thereby to eject the sensor from the sensor holding part;
Induction hob with at least one inductor arranged below a heating zone and a return element arranged and aligned in a radial direction with respect to the heating zone, which return element is made of a material with a high magnetic permeability for concentrically feeding back the field lines of a magnetic field generated by the inductor, wherein the return element has two lateral contour lines (24a, 24b), which connect a radially inner end of the return element to a radially outer end of the return element, characterised in that at least one of the lateral contour lines (24a, 24b) of the return element includes an angle to the radial direction which is variable over a radial extension of the return element.
Method for operating a user equipment with a radio access network of a mobile communication network, wherein the user equipment is enabled to be simultaneously connected to different mobile communication networks that have, or use, different pieces of network identifier information, wherein such different mobile communication networks comprise a first mobile communication network and, at least, a second mobile communication network, wherein the user equipment is enabled to be registered, using a first connection, to the first mobile communication network, and wherein the user equipment is furthermore enabled to be also registered, using a second connection, to at least the second mobile communication network, wherein, in order to use the user equipment with either one, or both, of the first and/or second mobile communication networks (100, 200), the method comprises the following steps: -- in a first step, the user equipment transmits a capability indication information, the capability indication information comprising at least a piece of information of whether the user equipment supports, or is enabled, to establish both the first connection and the second connection, wherein the capability indication information comprises information regarding the first mobile communication network when connecting to the second network, -- in a second step, the user equipment receives a multiple registration information, the multiple registration information comprising at least a piece of information of whether the user equipment is allowed to establish both the first connection and the second connection. -- in a first step, the user equipment transmits a capability indication information, the capability indication information comprising at least a piece of information of whether the user equipment supports, or is enabled, to establish both the first connection and the second connection, wherein the capability indication information comprises information regarding the first mobile communication network when connecting to the second network, -- in a second step, the user equipment receives a multiple registration information, the multiple registration information comprising at least a piece of information of whether the user equipment is allowed to establish both the first connection and the second connection.
A carrying bag, comprising: a bag element for accommodating items which has an access opening at an upper side of said bag element in its position of use; and a dimensionally stable support frame to which an upper edge region of said bag element in the position of use of said bag element is fixed such that said access opening of said bag element is accessible through said support frame, characterized in that a dimensionally stable holding bracket having a first projection and a second projection is provided on said support frame, by means of which said carrying bag can be hung from a board-shaped furniture element such that said first projection contacts an upper side of the furniture element and said second projection contacts an underside of the furniture element. a bag element for accommodating items which has an access opening at an upper side of said bag element in its position of use; and a dimensionally stable support frame to which an upper edge region of said bag element in the position of use of said bag element is fixed such that said access opening of said bag element is accessible through said support frame, characterized in that a dimensionally stable holding bracket having a first projection and a second projection is provided on said support frame, by means of which said carrying bag can be hung from a board-shaped furniture element such that said first projection contacts an upper side of the furniture element and said second projection contacts an underside of the furniture element.