mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the redox chemical looping combustion of a gaseous hydrocarbon-based feedstock, in which: - a gaseous hydrocarbon-based feedstock is combusted in a reduction zone operating as a fluidized bed by placing it in contact with a redox-active mass in the form of particles; - catalytic reforming of said feedstock is performed in said reduction zone on contact with a reforming catalyst different from the redox-active mass, said catalyst being in the form of fluidized particles not transported into said reduction zone such that said catalyst does not leave said reduction zone, said reforming catalyst particles having a size of between 1 mm and 30 mm; - the synthesis gas produced by the catalytic reforming in said reduction zone is combusted by placing it in contact with said redox-active mass; - the particles of redox-active mass which have resided in the reduction zone are sent into an oxidation zone operating as a fluidized bed to oxidize said particles of redox-active mass by placing them in contact with a stream of oxidizing gas. - a gaseous hydrocarbon-based feedstock is combusted in a reduction zone operating as a fluidized bed by placing it in contact with a redox-active mass in the form of particles; - catalytic reforming of said feedstock is performed in said reduction zone on contact with a reforming catalyst different from the redox-active mass, said catalyst being in the form of fluidized particles not transported into said reduction zone such that said catalyst does not leave said reduction zone, said reforming catalyst particles having a size of between 1 mm and 30 mm; - the synthesis gas produced by the catalytic reforming in said reduction zone is combusted by placing it in contact with said redox-active mass; - the particles of redox-active mass which have resided in the reduction zone are sent into an oxidation zone operating as a fluidized bed to oxidize said particles of redox-active mass by placing them in contact with a stream of oxidizing gas.
A method (P1) for generating an executable file to be loaded in a non-volatile memory of a secure element , said executable file being derived from a parent executable file , said parent executable file comprising ranges of physical addresses referencing: - a second binary code of at least a native feature (F) which is removable from the parent executable file; - bytecodes of at least a java feature (Pkg); wherein during the generation of the derived executable file: - selecting (E11) at least one native feature (F) from said set of native features (F) to be removed; - defining (E12) the range of physical addresses where the second binary code of said at least one selected native feature (F) is stored in the parent executable file; - selecting (E13) at least one java feature (Pkg) from said set of java features to be relocated; - in the generated derived executable file, relocating (E14) the bytecodes of said at least one selected java feature (Pkg) in said defined range of physical addresses according to a predefined optimization relocation algorithm, wherein the relocating process is performed according to the size of the bytecodes to be relocated and the size of the defined range of the physical addresses. - a second binary code of at least a native feature (F) which is removable from the parent executable file; - bytecodes of at least a java feature (Pkg); - selecting (E11) at least one native feature (F) from said set of native features (F) to be removed; - defining (E12) the range of physical addresses where the second binary code of said at least one selected native feature (F) is stored in the parent executable file; - selecting (E13) at least one java feature (Pkg) from said set of java features to be relocated; - in the generated derived executable file, relocating (E14) the bytecodes of said at least one selected java feature (Pkg) in said defined range of physical addresses according to a predefined optimization relocation algorithm, wherein the relocating process is performed according to the size of the bytecodes to be relocated and the size of the defined range of the physical addresses.
A method of operation of a transmit point in a cellular communications network , the transmit point being one of a plurality of non-co-located transmit points of a shared cell that has a shared cell identifier, comprising: transmitting a Positioning Reference Signal, PRS, having at least one parameter that is a function of a cell portion identifier of the transmit point , the at least one parameter comprising at least one of a group consisting of: a frequency-shift of the PRS, a portion of a system bandwidth in which the PRS is transmitted, and a PRS sequence used for the PRS; wherein the at least one parameter of the PRS that is a function of the cell portion identifier of the transmit point comprises the frequency-shift of the PRS; and wherein the frequency-shift of the PRS is a function of the cell portion identifier of the transmit point and the shared cell identifier. transmitting a Positioning Reference Signal, PRS, having at least one parameter that is a function of a cell portion identifier of the transmit point , the at least one parameter comprising at least one of a group consisting of: a frequency-shift of the PRS, a portion of a system bandwidth in which the PRS is transmitted, and a PRS sequence used for the PRS; wherein the at least one parameter of the PRS that is a function of the cell portion identifier of the transmit point comprises the frequency-shift of the PRS; and wherein the frequency-shift of the PRS is a function of the cell portion identifier of the transmit point and the shared cell identifier.
A method of transferring assistance data from a server to a target , the method comprising: segmenting the assistance data into a plurality of Long Term Evolution Positioning Protocol, LPP, ProvideAssistanceData messages by the server and assigning a session identification to the plurality of LLP ProvideAssistanceData messages by the server ; sending a first LPP ProvideAssistanceData message with the session identification from the server to the target ; releasing and reestablishing a connection between the server and the target after sending the first LPP ProvideAssistanceData message; and sending a second LPP ProvideAssistanceData message with the session identification from the server to the target after reestablishing the connection, wherein a last acknowledgement of receipt received by the server from the target prior to the releasing the connection is for a message i-1, wherein resuming the transfer of the assistance data comprises sending a next message i with respect to the message i-1 by the server to the target . segmenting the assistance data into a plurality of Long Term Evolution Positioning Protocol, LPP, ProvideAssistanceData messages by the server and assigning a session identification to the plurality of LLP ProvideAssistanceData messages by the server ; sending a first LPP ProvideAssistanceData message with the session identification from the server to the target ; releasing and reestablishing a connection between the server and the target after sending the first LPP ProvideAssistanceData message; and sending a second LPP ProvideAssistanceData message with the session identification from the server to the target after reestablishing the connection, wherein a last acknowledgement of receipt received by the server from the target prior to the releasing the connection is for a message i-1, wherein resuming the transfer of the assistance data comprises sending a next message i with respect to the message i-1 by the server to the target .
Container manufactured from a plastic material in an extrusion blow molding process, having a container body comprising a first end and a second end substantially opposite the first end , wherein the second end is closed in a fluid-tight manner and is configured as a container bottom with a support base , characterized in that the first end has a first sealing surface on its inner wall and a second sealing surface substantially opposite the first sealing surface , wherein the first and the second sealing surface are formed by an adherable or weldable material and whereby the first and the second sealing surface can be connected to one another in a fluid tight manner so that the container can be closed in a fluid tight manner.
A hydrogen filling station control system, comprising: a first compressor , a second compressor , a first storage tank , a detector and a controller, wherein a discharge pressure of the second compressor is larger than or equal to the gas storage pressure of the first storage tank , the first compressor and the second compressor are connected to the first storage tank , and the detector is configured to detect a pressure of the first storage tank ; and the controller is configured to: control the first compressor to inflate and pressurize the first storage tank ; characterized in that : a discharge pressure of the first compressor is smaller than a gas storage pressure of the first storage tank , and the controller is further configured to: control, when the pressure of the first storage tank is equal to a first preset pressure, the second compressor to inflate and pressurize the first storage tank . a first compressor , a second compressor , a first storage tank , a detector and a controller, wherein a discharge pressure of the second compressor is larger than or equal to the gas storage pressure of the first storage tank , the first compressor and the second compressor are connected to the first storage tank , and the detector is configured to detect a pressure of the first storage tank ; and the controller is configured to: control the first compressor to inflate and pressurize the first storage tank ; characterized in that : a discharge pressure of the first compressor is smaller than a gas storage pressure of the first storage tank , and the controller is further configured to: control, when the pressure of the first storage tank is equal to a first preset pressure, the second compressor to inflate and pressurize the first storage tank .
An arrangement for speech detection positionable on or close to the head of a speaking person , comprising: a speech detection region comprising a microphone ; and a silencer arrangement positionable in front of the mouth of the person , namely so: - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth ; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement , characterised in that the silencer arrangement comprises at least one vibro-acoustic region and/or in that the silencer arrangement has, at least in sections, a fibrous surface texture with a plurality of protruding fibrous material sections at a front facing the person. a speech detection region comprising a microphone ; and a silencer arrangement positionable in front of the mouth of the person , namely so: - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth ; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement , - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth ; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement , characterised in that the silencer arrangement comprises at least one vibro-acoustic region and/or in that the silencer arrangement has, at least in sections, a fibrous surface texture with a plurality of protruding fibrous material sections at a front facing the person.
Method for producing a catalytically active wall flow filter for removing particles from the exhaust gas of internal combustion engines, the wall flow filter comprising a length L, a catalytically active coating Z and the channels E and A, which extend in parallel between a first end and a second end of the wall flow filter and which are separated by porous walls forming surfaces O E and O A , and the channels E being closed at the second end and the channels A being closed at the first end, the coating Z being deposited with a loading of 20 g/l to 200 g/l in the channels A on the walls of the surfaces O A , and the coating extending over the walls of the surfaces O A , starting from the second end of the wall flow filter, over a length of 10% to 90% of the length L, characterized in that subsequently at least one dry powder gas aerosol comprising high-melting metal compounds has additionally been applied to the inlet region E of the catalytically coated filter, the powder gas aerosol being applied to the catalytically coated filter by dispersing the powder in a gas which is then fed to a gas flow and subsequently sucked through the filter on the inlet side, and the ratio of the average particle diameter d50 of the Q 3 distribution, measured according to the latest ISO13320 on the filing date, in the dry powder aerosol to the average pore diameter of the filter after coating with washcoat, measured according to the latest version of DIN66134 on the filing date, being between 0.03 and 2, and the aerosol being sucked through the filter at a speed of 5 m/s to 50 m/s, so that the cell wall regions which have the strongest through-flow are covered with loose, inherently porous powder accumulations in the pores.
A computer-implemented method for laying out a window structure on a construction project , comprising: - capturing of a compass direction of at least one building side of the construction project, - capturing of window areas of the window structure assigned to building sides of the construction project, and - calculating design parameters of the window structure based on the collected data and a database of windows, wherein calculating the design parameters includes optimizing a lighting situation of the construction project and - detecting a noise level in the interior and/or exterior of the construction project, using a microphone of the mobile device , wherein calculating the design parameters comprises optimizing a noise situation of the construction project . - capturing of a compass direction of at least one building side of the construction project, - capturing of window areas of the window structure assigned to building sides of the construction project, and - calculating design parameters of the window structure based on the collected data and a database of windows, wherein calculating the design parameters includes optimizing a lighting situation of the construction project and - detecting a noise level in the interior and/or exterior of the construction project, using a microphone of the mobile device , wherein calculating the design parameters comprises optimizing a noise situation of the construction project .
A method of preparing (R)-2-amino-3-phenylpropyl carbamate hydrochloride while minimizing contamination with 2-chloropropane, the method comprising crystallizing (R)-2-amino-3-phenylpropyl carbamate from isopropanol in the presence of aqueous HCl, thereby producing crystals of (R)-2-amino-3-phenylpropyl carbamate hydrochloride.
Elastically flexible hollow profile , having an electrically operating switching strip which is firmly integrated in a chamber of the hollow profile , and having a sheath made of an elastomer, which can be activated when the hollow profile is deformed, characterized in that the switching strip , with its sheath , projects freely beyond the hollow profile at at least one end of the hollow profile .
Method for producing hollow microspheres of glass (M) - wherein an aqueous suspension of starting materials, comprising finely ground glass and waterglass, is prepared, - wherein firing material particles (G) are produced from said suspension, - wherein the firing material particles (G) are mixed with a pulverulent release agent (T), - wherein the mixture of firing material particles (G) and release agent (T) is introduced into a firing chamber of a furnace , and - wherein the firing material particles (G) expand in the firing chamber at a firing temperature exceeding the softening temperature of the finely ground glass to form the hollow microspheres (M), characterized in that the release agent (T) contains AIO (OH). - wherein an aqueous suspension of starting materials, comprising finely ground glass and waterglass, is prepared, - wherein firing material particles (G) are produced from said suspension, - wherein the firing material particles (G) are mixed with a pulverulent release agent (T), - wherein the mixture of firing material particles (G) and release agent (T) is introduced into a firing chamber of a furnace , and - wherein the firing material particles (G) expand in the firing chamber at a firing temperature exceeding the softening temperature of the finely ground glass to form the hollow microspheres (M),
A spark plug that is equipped with (a) an insulator that is generally cylindrically formed to have a small-diameter stem portion on a front end side and has a through hole passing though in an axial direction, (b) a center electrode inserted on the front end side of the through hole , and (c) a main metal member that is generally cylindrically formed to have an engaging projection portion projecting inwardly in the diametral direction and retains the insulator inserted thereinto, at the engaging projection portion , the spark plug being characterized by that, when an inner diameter of the engaging projection portion is represented by D IN (mm), the maximum outer diameter of a portion, which faces an inner circumferential surface of the engaging projection portion , of the stem portion is represented by d OUT (mm), and its inner diameter is represented by d IN (mm), and dielectric constant of the insulator is represented by ε, condition of "(D IN - d OUT )/2 ≤ 0.40 (mm)", condition of "(d OUT - d IN )/2 ≤ 1.65 (mm)", and condition of "ε ≥ 9.4 " are satisfied.
Pressure sensor assembly having a remotely parameterizable, electrical threshold device , at least comprising: - an electrical sensor element ; - a transmission unit which is connected at least to the sensor element and to a data bus line leading to an external connection ; - a monitoring unit which contains the threshold device and is connected to the sensor element and an actuator for generating an output signal; - a closed housing in which at least the transmission unit and the overload protection unit are arranged; characterized - in that the transmission unit is connected to the monitoring unit via at least one internal data bus line which is interrupted at an electrically switchable bridge switching element , and - in that at least one parameterization module connected to the threshold device is provided in the monitoring unit for adjusting a lower and/or an upper pressure limit value, which parameterization module can be connected to the transmission unit via the internal data bus line by closing the bridge switching element , and - in that the bridge switching element can be closed via a release element which can be actuated out of the region close to the housing from the outside. - an electrical sensor element ; - a transmission unit which is connected at least to the sensor element and to a data bus line leading to an external connection ; - a monitoring unit which contains the threshold device and is connected to the sensor element and an actuator for generating an output signal; - a closed housing in which at least the transmission unit and the overload protection unit are arranged; - in that the transmission unit is connected to the monitoring unit via at least one internal data bus line which is interrupted at an electrically switchable bridge switching element , and - in that at least one parameterization module connected to the threshold device is provided in the monitoring unit for adjusting a lower and/or an upper pressure limit value, which parameterization module can be connected to the transmission unit via the internal data bus line by closing the bridge switching element , and - in that the bridge switching element can be closed via a release element which can be actuated out of the region close to the housing from the outside.
A method in a Radio Unit, RU, for facilitating Clear Channel Assessment, CCA, comprising: - detecting (S310), in a first transmission period while the RU is operating in a first channel, whether one or more candidate channels are unoccupied; - determining (S320), when the first channel is not clear for transmission in a second transmission period, whether any of the one or more candidate channels that is detected to be unoccupied is clear for transmission in the second transmission period; - characterized by selecting (S330) one of the one or more candidate channels that is determined to be clear, for transmission in the second transmission period; - transmitting a reservation signal over the selected candidate channel; - reporting the selected candidate channel to a Digital Unit, DU; and - receiving a transmission configuration associated with the selected candidate channel from the DU; and - reporting a CCA failure to a Digital Unit, DU, only when none of the one or more candidate channels is detected to be unoccupied or determined to be clear. - detecting (S310), in a first transmission period while the RU is operating in a first channel, whether one or more candidate channels are unoccupied; - determining (S320), when the first channel is not clear for transmission in a second transmission period, whether any of the one or more candidate channels that is detected to be unoccupied is clear for transmission in the second transmission period; - characterized by selecting (S330) one of the one or more candidate channels that is determined to be clear, for transmission in the second transmission period; - transmitting a reservation signal over the selected candidate channel; - reporting the selected candidate channel to a Digital Unit, DU; and - receiving a transmission configuration associated with the selected candidate channel from the DU; and - reporting a CCA failure to a Digital Unit, DU, only when none of the one or more candidate channels is detected to be unoccupied or determined to be clear.
A grain-oriented electrical steel sheet comprising: a base steel sheet; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, wherein the insulation coating has a crystalline phosphide-containing layer containing a crystalline phosphide in an area in contact with the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and wherein the crystalline phosphide is one or two or more of Fe 3 P, Fe 2 P, FeP, FeP 2 , Fe 2 P 2 O 7 , (Fe,Cr) 3 P, (Fe,Cr) 2 P, (Fe,Cr)P, (Fe,Cr)P 2 , and (Fe,Cr) 2 P 2 O 7 . a base steel sheet; an intermediate layer arranged in contact with the base steel sheet; and an insulation coating arranged in contact with the intermediate layer to be an outermost surface, wherein the insulation coating has a crystalline phosphide-containing layer containing a crystalline phosphide in an area in contact with the intermediate layer when viewing a cross section whose cutting direction is parallel to a thickness direction, and wherein the crystalline phosphide is one or two or more of Fe 3 P, Fe 2 P, FeP, FeP 2 , Fe 2 P 2 O 7 , (Fe,Cr) 3 P, (Fe,Cr) 2 P, (Fe,Cr)P, (Fe,Cr)P 2 , and (Fe,Cr) 2 P 2 O 7 .