mhurhangee/ep-ind-claims huggingface dataset:
Method for purifying fumes, in which: • steam is generated by an evaporator located on the path of the fumes to be treated, • a portion of this steam is passed to an activation reactor to activate residues, which have been collected in a bag filter the fumes to be treated were passed to and which have been recirculated for the most part to the activation reactor, • another portion of this steam used intermittently is superheated and passed to a catalytic denitrification reactor for the fumes to be treated to regenerate its catalyst that has been distributed over several layers (3001, 3002), wherein this catalytic denitrification reactor is segmented internally by physical segmentation devices (320, 330) in such a way that the corresponding segmentation is maintained for all the layers of the catalyst, and • the fumes to be treated are mixed with a denitrification reagent and are then fed over the entire catalyst continuously including during the regeneration of the catalyst achieved by the superheated steam, which is passed intermittently into the catalytic denitrification reactor, segment by segment. • steam is generated by an evaporator located on the path of the fumes to be treated, • a portion of this steam is passed to an activation reactor to activate residues, which have been collected in a bag filter the fumes to be treated were passed to and which have been recirculated for the most part to the activation reactor, • another portion of this steam used intermittently is superheated and passed to a catalytic denitrification reactor for the fumes to be treated to regenerate its catalyst that has been distributed over several layers (3001, 3002), wherein this catalytic denitrification reactor is segmented internally by physical segmentation devices (320, 330) in such a way that the corresponding segmentation is maintained for all the layers of the catalyst, and • the fumes to be treated are mixed with a denitrification reagent and are then fed over the entire catalyst continuously including during the regeneration of the catalyst achieved by the superheated steam, which is passed intermittently into the catalytic denitrification reactor, segment by segment.
A method for producing cis,trans -muconate comprising: providing cis,cis -muconate produced from a renewable carbon source through biocatalytic conversion; isomerizing cis,cis -muconate to cis,trans -muconate under reaction conditions in which substantially all of the cis,cis -muconate is isomerized to cis,trans -muconate at a pH between 3.5 and 4.5 inclusive; separating the cis,trans -muconate; and crystallizing the cis,trans -muconate. providing cis,cis -muconate produced from a renewable carbon source through biocatalytic conversion; isomerizing cis,cis -muconate to cis,trans -muconate under reaction conditions in which substantially all of the cis,cis -muconate is isomerized to cis,trans -muconate at a pH between 3.5 and 4.5 inclusive; separating the cis,trans -muconate; and crystallizing the cis,trans -muconate.
An apparatus, comprising: a set of NAND strings (700n, 710n, 720n, 730n), the set of NAND strings extends in a lower tier and an upper tier of a stack, the lower tier separated from the upper tier by an interface, each NAND string comprising a channel (700a, 710a, 720a, 730a), dummy memory cells (712, 713, 732, 733, 752, 753, 772, 773) adjacent to the interface on opposing sides of the interface and data memory cells (703-711, 714-716; 723-731, 734-736; 743-751, 754-756; 763-771, 774-776), wherein each NAND string comprises a drain end and a source end; and a control circuit (110, 122) configured to, in response to a read command, discharge the channels before reading selected data memory cells in the NAND strings, wherein to discharge the channels, the control circuit is configured to increase a voltage of the dummy memory cells at a first ramp up rate and increase a voltage of unselected data memory cells in one of the tiers which does not include the selected data memory cells at a second ramp up rate, wherein the first ramp up rate is greater than the second ramp up rate; wherein when discharging the channels, the drain ends and the source ends of the NAND strings are grounded. a set of NAND strings (700n, 710n, 720n, 730n), the set of NAND strings extends in a lower tier and an upper tier of a stack, the lower tier separated from the upper tier by an interface, each NAND string comprising a channel (700a, 710a, 720a, 730a), dummy memory cells (712, 713, 732, 733, 752, 753, 772, 773) adjacent to the interface on opposing sides of the interface and data memory cells (703-711, 714-716; 723-731, 734-736; 743-751, 754-756; 763-771, 774-776), wherein each NAND string comprises a drain end and a source end; and a control circuit (110, 122) configured to, in response to a read command, discharge the channels before reading selected data memory cells in the NAND strings, wherein to discharge the channels, the control circuit is configured to increase a voltage of the dummy memory cells at a first ramp up rate and increase a voltage of unselected data memory cells in one of the tiers which does not include the selected data memory cells at a second ramp up rate, wherein the first ramp up rate is greater than the second ramp up rate; wherein when discharging the channels, the drain ends and the source ends of the NAND strings are grounded.
A display module comprising: a substrate; a thin film transistor, TFT, layer formed on the substrate; and a plurality of pixels disposed on the TFT layer; wherein each of the plurality of pixels comprises at least three inorganic light emitting elements (130-1, 130-2, 130-3), wherein the TFT layer comprises: a plurality of electro-static discharge, ESD, protection circuits, and a plurality of pixel circuits configured to drive the at least three inorganic light emitting elements (130-1, 130-2, 130-3) for each pixel, wherein each ESD protection circuit of the plurality of ESD protection circuits is surrounded by a plurality of adjacent pixels among the plurality of pixels, the plurality of adjacent pixels comprising four adjacent pixels, wherein the plurality of adjacent pixels are arranged at a predetermined interval in a matrix array, wherein each of the at least three inorganic light emitting elements is mounted on and electrically connected to a corresponding pixel circuit among the plurality of pixel circuits, wherein each ESD protection circuit of the plurality of ESD protection circuits is located at a center of the four adjacent pixels. a substrate; a thin film transistor, TFT, layer formed on the substrate; and a plurality of pixels disposed on the TFT layer; wherein each of the plurality of pixels comprises at least three inorganic light emitting elements (130-1, 130-2, 130-3), wherein the TFT layer comprises: a plurality of electro-static discharge, ESD, protection circuits, and a plurality of pixel circuits configured to drive the at least three inorganic light emitting elements (130-1, 130-2, 130-3) for each pixel, wherein each ESD protection circuit of the plurality of ESD protection circuits is surrounded by a plurality of adjacent pixels among the plurality of pixels, the plurality of adjacent pixels comprising four adjacent pixels, wherein the plurality of adjacent pixels are arranged at a predetermined interval in a matrix array, wherein each of the at least three inorganic light emitting elements is mounted on and electrically connected to a corresponding pixel circuit among the plurality of pixel circuits, wherein each ESD protection circuit of the plurality of ESD protection circuits is located at a center of the four adjacent pixels. a plurality of electro-static discharge, ESD, protection circuits, and a plurality of pixel circuits configured to drive the at least three inorganic light emitting elements (130-1, 130-2, 130-3) for each pixel, wherein each ESD protection circuit of the plurality of ESD protection circuits is surrounded by a plurality of adjacent pixels among the plurality of pixels, the plurality of adjacent pixels comprising four adjacent pixels, wherein the plurality of adjacent pixels are arranged at a predetermined interval in a matrix array, wherein each of the at least three inorganic light emitting elements is mounted on and electrically connected to a corresponding pixel circuit among the plurality of pixel circuits, wherein each ESD protection circuit of the plurality of ESD protection circuits is located at a center of the four adjacent pixels.
A resource determination method, comprising determining, by a terminal device in a New Radio, NR, system, a time interval between a time domain resource of a power saving signal and a paging resource, wherein the paging resource is a Paging Frame, PF; and determining, by the terminal device in the NR system, a time domain resource for detecting the power saving signal based on the time interval, wherein the determining, by the terminal device in the NR system, the time interval between the time domain resource of the power saving signal and the paging resource, comprises: receiving, by the terminal device in the NR system, configuration information, wherein the configuration information comprises a first time interval, the method further comprises: determining, by the terminal device, a start point of a time interval where the time domain resource for detecting the power saving signal is located based on an offset. determining, by a terminal device in a New Radio, NR, system, a time interval between a time domain resource of a power saving signal and a paging resource, wherein the paging resource is a Paging Frame, PF; and determining, by the terminal device in the NR system, a time domain resource for detecting the power saving signal based on the time interval, wherein the determining, by the terminal device in the NR system, the time interval between the time domain resource of the power saving signal and the paging resource, comprises: receiving, by the terminal device in the NR system, configuration information, wherein the configuration information comprises a first time interval, the method further comprises: determining, by the terminal device, a start point of a time interval where the time domain resource for detecting the power saving signal is located based on an offset.
An apparatus, comprising: a housing including a first flange and a second flange, the housing configured to be disposed within a patient's mouth in each of a first orientation or a second orientation, wherein the housing is configured to wrap over at least a portion of the teeth of the patient; a light emitting panel having a first portion and a second portion, the first portion being at least partially encased within the first flange of the housing, the second portion being at least partially encased within the second flange of the housing, the light emitting panel configured to emit light to the alveolar soft tissue when the housing is disposed within the mouth; an electronic circuit operatively coupled to the light emitting panel, the electronic circuit configured to control the light emitting panel when the housing is disposed within the mouth; and a sensor configured to determine whether the apparatus is in said first orientation or second orientation; wherein the apparatus is configured to administer light therapy with respect to the upper jaw when in the first orientation and to administer light therapy with respect to the lower jaw when in the second orientation. a housing including a first flange and a second flange, the housing configured to be disposed within a patient's mouth in each of a first orientation or a second orientation, wherein the housing is configured to wrap over at least a portion of the teeth of the patient; a light emitting panel having a first portion and a second portion, the first portion being at least partially encased within the first flange of the housing, the second portion being at least partially encased within the second flange of the housing, the light emitting panel configured to emit light to the alveolar soft tissue when the housing is disposed within the mouth; an electronic circuit operatively coupled to the light emitting panel, the electronic circuit configured to control the light emitting panel when the housing is disposed within the mouth; and a sensor configured to determine whether the apparatus is in said first orientation or second orientation; wherein the apparatus is configured to administer light therapy with respect to the upper jaw when in the first orientation and to administer light therapy with respect to the lower jaw when in the second orientation.
A control panel for an apparatus, in particular for a domestic appliance, wherein: - the control panel comprises at least one front panel including at least one cut-out, - the control panel comprises at least one inner panel including a peripheral rabbet, - the peripheral rabbet encloses at least partially the circumference of the inner panel, so that a smaller flat front portion and a bigger flat rear portion of said inner panel are formed, - the control panel comprises at least one support frame including at least one recess at its front side, - the support frame is connected to a rear side of the front panel, - characterized in that the inner panel is arranged, so that the flat front portion of the inner panel is received by the cut-out of the front panel, while the flat rear portion of the inner panel is received by the recess of the support frame, wherein the inner panel is fastened between the front panel and the support frame, by connecting the support frame to the rear side of the front panel so that no separate fixation of the inner panel is necessary. - the control panel comprises at least one front panel including at least one cut-out, - the control panel comprises at least one inner panel including a peripheral rabbet, - the peripheral rabbet encloses at least partially the circumference of the inner panel, so that a smaller flat front portion and a bigger flat rear portion of said inner panel are formed, - the control panel comprises at least one support frame including at least one recess at its front side, - the support frame is connected to a rear side of the front panel, - characterized in that the inner panel is arranged, so that the flat front portion of the inner panel is received by the cut-out of the front panel, while the flat rear portion of the inner panel is received by the recess of the support frame, wherein the inner panel is fastened between the front panel and the support frame, by connecting the support frame to the rear side of the front panel so that no separate fixation of the inner panel is necessary.
Food processor with at least one preparation vessel, with at least one control unit, at least one internal display device and at least one data interface, wherein the preparation vessel has at least one heating device and at least one stirring device, wherein at least one user profile can be evaluated with the control unit, wherein the control unit at least activates and deactivates operating functions based on the evaluation of the user profile, so that the operating functions (8, 8a) available for a user correspond to the evaluated user profile, and wherein a user menu for the operation of at least one operating function by a user can be displayed with the internal display device, characterized in that the user profile to be evaluated by the control unit is determined on the basis of the processing of at least one environmental parameter, that radio signals receivable by the food processor serve as environmental parameters, and that a user profile is determined on the basis of the criterion, whether at least one or more predefined radio networks and/or a short-range transmitter and/or a predefined smartphone is/are available, and/or in that the user profile to be evaluated by the control unit is determined by processing data received from a data server via the data interface which can be connected to a data network.
A delamination container which comprises a laminate of at least two layers including an outer layer composed of a thermoplastic resin and an inner layer composed of a polyamide resin composition and capable of being delaminated from the outer layer to perform volume reduction deformation and in which an outside air introduction hole for introducing the outside air into between the outer layer and the inner layer is formed in the outer layer, wherein the polyamide resin composition for inner layer comprises: a polyamide resin (a) constituted of a diamine component including 70 mol% or more of m-xylylenediamine and a dicarboxylic acid component including 70 mol% or more of a linear aliphatic dicarboxylic acid having 6 to 18 carbon atoms; and a polyamide resin (b) constituted of a linear aliphatic component having 6 to 18 carbon atoms, wherein the polyamide resin (b) is at least one resin selected from the group consisting of nylon 6/66, nylon 6, nylon 11, and nylon 12; the polyamide resin composition has a tensile modulus of elasticity of 2,000 MPa or less at a temperature of 23°C and a humidity of 50% RH, and having a content of the polyamide resin (a) in the polyamide resin composition of 20 to 75% by mass. to perform volume reduction deformation and in which an outside air introduction hole for introducing the outside air into between the outer layer and the inner layer is formed in the outer layer, a polyamide resin (a) constituted of a diamine component including 70 mol% or more of m-xylylenediamine and a dicarboxylic acid component including 70 mol% or more of a linear aliphatic dicarboxylic acid having 6 to 18 carbon atoms; and a polyamide resin (b) constituted of a linear aliphatic component having 6 to 18 carbon atoms, wherein the polyamide resin (b) is at least one resin selected from the group consisting of nylon 6/66, nylon 6, nylon 11, and nylon 12; the polyamide resin composition has a tensile modulus of elasticity of 2,000 MPa or less at a temperature of 23°C and a humidity of 50% RH, and having a content of the polyamide resin (a) in the polyamide resin composition of 20 to 75% by mass.
A method of designing an implant suitable for a femoral condyle or a tibial plateau of a knee joint, the method comprising: determining implant size and/or shape by estimating meniscal dimensions based on measurements of at least one of cartilage and bone landmarks within the joint. determining implant size and/or shape by estimating meniscal dimensions based on measurements of at least one of cartilage and bone landmarks within the joint.
Control valve for adjusting a process fluid flow of a process plant, comprising a valve housing with a valve seat and a valve member connected to a valve rod, which valve member cooperates with the valve seat for opening and closing the control valve, with said valve rod being electrically connected to said valve housing via a contact device (42, 43, 45), characterized in that a measuring device is provided for the ohmic measurement of the contact resistance of the contact device (42, 43, 45), and in that the measuring device is arranged in a measuring line that connects the valve housing to the valve rod.
Sunshade assembly for a vehicle of the type comprising: a flexible sunscreen having a central part and two opposed inwardly folded longitudinal edges (4") which are connected to the central part by means of folding lines and which extend above or below said central part; a winding shaft for winding and unwinding the flexible sunscreen; two opposed longitudinal guides (6,7) for receiving therein and guiding corresponding ones of the inwardly folded longitudinal edges (4") of the flexible sunscreen, which guides are provided with locking members for engaging the inwardly folded longitudinal edges for preventing these edges from moving out of the longitudinal guides, wherein the locking members engage an outer end of the inwardly folded longitudinal edges (4") and wherein the central part of the flexible sunscreen mainly is manufactured from a first material with a first stiffness and wherein at least part of the inwardly folded longitudinal edges (4") and/or of the parts of the central part adjacent the edges (4") is/are made of a second material with a second higher stiffness and wherein the second material is embodied as a separate layer of said second material at least partly surrounding and attached to the edges (4"), characterized in that the inwardly folded longitudinal edges (4") each, in the folded position, define an inner surface and an outer surface and wherein said separate layer at the inner surface extends substantially up to the folding line. a flexible sunscreen having a central part and two opposed inwardly folded longitudinal edges (4") which are connected to the central part by means of folding lines and which extend above or below said central part; a winding shaft for winding and unwinding the flexible sunscreen; two opposed longitudinal guides (6,7) for receiving therein and guiding corresponding ones of the inwardly folded longitudinal edges (4") of the flexible sunscreen, which guides are provided with locking members for engaging the inwardly folded longitudinal edges for preventing these edges from moving out of the longitudinal guides, wherein the locking members engage an outer end of the inwardly folded longitudinal edges (4") and wherein the central part of the flexible sunscreen mainly is manufactured from a first material with a first stiffness and wherein at least part of the inwardly folded longitudinal edges (4") and/or of the parts of the central part adjacent the edges (4") is/are made of a second material with a second higher stiffness and wherein the second material is embodied as a separate layer of said second material at least partly surrounding and attached to the edges (4"), characterized in that the inwardly folded longitudinal edges (4") each, in the folded position, define an inner surface and an outer surface and wherein said separate layer at the inner surface extends substantially up to the folding line.
A tiered locking system for locking a lid onto a utility vault comprising: the lid; a housing attached to an end of the lid; the housing containing an L-bolt lock rotatable by a toggle to selectively engage a flange attached to an end wall of the utility vault; the housing further having access doors (104, 106) positioned over the toggle each having a hasp (108, 110) for receipt of a padlock, one of the access doors (104, 106) having an opening for access to the toggle; and a lockable hinged door on an upper surface of the lid for access to the padlock. the lid; a housing attached to an end of the lid; the housing containing an L-bolt lock rotatable by a toggle to selectively engage a flange attached to an end wall of the utility vault; the housing further having access doors (104, 106) positioned over the toggle each having a hasp (108, 110) for receipt of a padlock, one of the access doors (104, 106) having an opening for access to the toggle; and a lockable hinged door on an upper surface of the lid for access to the padlock.