mhurhangee/ep-ind-claims huggingface dataset:
A system for reducing NOx emission levels during the manufacture of cement clinker comprising a calciner unit further comprising: an upper portion; a lower portion; a NOx reduction zone in the lower portion having a refractory layer on an inside surface thereof; a tertiary air inlet in the upper portion for introducing tertiary air into the upper portion; a main calciner meal inlet located above the NOx reduction zone for introducing a main calciner meal portion into the upper portion; a first cooling calciner meal inlet located in the NOx reduction zone for introducing a first cooling calciner meal portion; and a fuel inlet located in or below the NOx reduction zone for introducing fuel into the NOx reduction zone for supporting a hot core of the hot kiln gas within the peripheral layer of the meal in the NOx reduction zone; characterized in that, the first cooling calciner meal inlet is arranged such that the first cooling calciner meal portion is introduced tangentially into the NOx reduction zone, forming a peripheral layer of meal in the NOx reduction zone protecting the refractory layer from hot kiln gas. an upper portion; a lower portion; a NOx reduction zone in the lower portion having a refractory layer on an inside surface thereof; a tertiary air inlet in the upper portion for introducing tertiary air into the upper portion; a main calciner meal inlet located above the NOx reduction zone for introducing a main calciner meal portion into the upper portion; a first cooling calciner meal inlet located in the NOx reduction zone for introducing a first cooling calciner meal portion; and a fuel inlet located in or below the NOx reduction zone for introducing fuel into the NOx reduction zone for supporting a hot core of the hot kiln gas within the peripheral layer of the meal in the NOx reduction zone; characterized in that, the first cooling calciner meal inlet is arranged such that the first cooling calciner meal portion is introduced tangentially into the NOx reduction zone, forming a peripheral layer of meal in the NOx reduction zone protecting the refractory layer from hot kiln gas.
A display device comprising: a display panel, provided with a through hole extending through the display panel in a thickness direction thereof, and the display panel comprising: a frame area surrounding the through hole; and an active area surrounding the frame area; and a cover plate covering the display panel, the cover plate comprising: a first region covering the active area; a second region covering the frame area; and a third region covering the through hole; characterized in that: a surface of the second region adjacent to the display panel is provided with a light-shielding portion thereon, and the light-shielding portion comprises the surface of the second region adjacent to the display panel; and a roughness of a surface of the light-shielding portion adjacent to the display panel is larger than a roughness of a surface of the first region adjacent to the display panel and larger than a roughness of a surface of the third region adjacent to the display panel. a display panel, provided with a through hole extending through the display panel in a thickness direction thereof, and the display panel comprising: a frame area surrounding the through hole; and an active area surrounding the frame area; and a frame area surrounding the through hole; and an active area surrounding the frame area; and a cover plate covering the display panel, the cover plate comprising: a first region covering the active area; a second region covering the frame area; and a third region covering the through hole; characterized in that: a surface of the second region adjacent to the display panel is provided with a light-shielding portion thereon, and the light-shielding portion comprises the surface of the second region adjacent to the display panel; and a roughness of a surface of the light-shielding portion adjacent to the display panel is larger than a roughness of a surface of the first region adjacent to the display panel and larger than a roughness of a surface of the third region adjacent to the display panel. a first region covering the active area; a second region covering the frame area; and a third region covering the through hole; characterized in that: a surface of the second region adjacent to the display panel is provided with a light-shielding portion thereon, and the light-shielding portion comprises the surface of the second region adjacent to the display panel; and a roughness of a surface of the light-shielding portion adjacent to the display panel is larger than a roughness of a surface of the first region adjacent to the display panel and larger than a roughness of a surface of the third region adjacent to the display panel. a surface of the second region adjacent to the display panel is provided with a light-shielding portion thereon, and the light-shielding portion comprises the surface of the second region adjacent to the display panel; and a roughness of a surface of the light-shielding portion adjacent to the display panel is larger than a roughness of a surface of the first region adjacent to the display panel and larger than a roughness of a surface of the third region adjacent to the display panel.
Stretchable film comprising at least two layers, layer A and layer B, each layer having an inner surface being in contact with the respective other layer, and an outer surface being opposite the inner surface, wherein layer A comprises a polymer 1 composition layer B comprises thermoplastic polyurethane composition, and optionally a polymer 2 composition, the polyurethane in the thermoplastic polyurethane composition is prepared from ∘ an organic diisocyanate ∘ a polyol comprising a diol A and a diol B, wherein the diol A comprises ethoxy and propoxy groups and the diol B comprises butoxy groups. ∘ a chain extender and the thermoplastic polyurethane composition comprises a salt, an ionic liquid, or a salt and an ionic liquid, wherein the film has an elongation at break of more than 50 % measured according to DIN ISO 53504, 2017-03. layer A comprises a polymer 1 composition layer B comprises thermoplastic polyurethane composition, and optionally a polymer 2 composition, the polyurethane in the thermoplastic polyurethane composition is prepared from ∘ an organic diisocyanate ∘ a polyol comprising a diol A and a diol B, wherein the diol A comprises ethoxy and propoxy groups and the diol B comprises butoxy groups. ∘ a chain extender ∘ an organic diisocyanate ∘ a polyol comprising a diol A and a diol B, wherein the diol A comprises ethoxy and propoxy groups and the diol B comprises butoxy groups. ∘ a chain extender and the thermoplastic polyurethane composition comprises a salt, an ionic liquid, or a salt and an ionic liquid, wherein the film has an elongation at break of more than 50 % measured according to DIN ISO 53504, 2017-03.
A PIF peptide selected from SEQ ID NO: 1; SEQ ID NO: 2; SEQ ID NO: 3: SEQ ID NO: 4; SEQ ID NO: 5; SEQ ID NO: 6; SEQ ID NO: 7; or SEQ ID NO: 8 for use in the treatment of an active or latent infection, wherein the active or latent infection is selected from Listeria monocytogenes, Mycobacterium tuberculosis, Heliobacter pylori, Borrelia burgdorferi sensu stricto, Borelia afzelii, and Borrelia garinii.
Steel including tantalum in a proportion of at least 0.1 per cent by weight and at most 2 per cent by weight inclusive and a carbon content of at least 0.25 per cent by weight and at most 1.1 per cent by weight, optionally further including at least one alloy element in a proportion by weight between 0.1 and 5 per cent by weight, where the alloy element is molybdenum, nickel, silicon, manganese or chromium, optionally also including at least one further alloy element in a proportion by weight between 0.01 and 2 per cent by weight, where the further alloy element is niobium, titanium or vanadium, including tantalum in a proportion by weight greater than 10 times the proportion by weight of niobium and a balance of iron.
Method of MR imaging of an object positioned in the examination volume of a MR device, the method comprising the steps of: a) generating MR signals by subjecting the object to a number of shots of a multi-echo imaging sequence comprising RF pulses and switched magnetic field gradients, wherein a train of echo signals is generated by each shot; b) acquiring the echo signals according to a stack-of-stars or stack-of-spirals scheme, wherein the echo signals are acquired as radial or spiral k-space profiles (S1-S12) arranged at different positions along a slice direction in k-space, wherein echo signals from different k-space slices are acquired in each shot of the imaging sequence, wherein the acquisition is started in a different slice in each shot, wherein the relaxation time weightings of the echo signals are varied during acquisition of the full signal data set such that the echo signals attributed to each given k-space slice are acquired with different relaxation time weightings, thereby acquiring the echo signals from each k-space slice with different relaxation time weightings; and c) reconstructing at least one MR image of a desired contrast from the acquired echo signals using a k-space weighted image contrast (KWIC) filter. a) generating MR signals by subjecting the object to a number of shots of a multi-echo imaging sequence comprising RF pulses and switched magnetic field gradients, wherein a train of echo signals is generated by each shot; b) acquiring the echo signals according to a stack-of-stars or stack-of-spirals scheme, wherein the echo signals are acquired as radial or spiral k-space profiles (S1-S12) arranged at different positions along a slice direction in k-space, wherein echo signals from different k-space slices are acquired in each shot of the imaging sequence, wherein the acquisition is started in a different slice in each shot, wherein the relaxation time weightings of the echo signals are varied during acquisition of the full signal data set such that the echo signals attributed to each given k-space slice are acquired with different relaxation time weightings, thereby acquiring the echo signals from each k-space slice with different relaxation time weightings; and c) reconstructing at least one MR image of a desired contrast from the acquired echo signals using a k-space weighted image contrast (KWIC) filter.
A driver's cab for an agricultural vehicle, in particular for a tractor, the cab interior of which is delimited upwardly by a roof which includes a transparent roof panel, wherein associated with the transparent roof panel are means (6, 7, 8, 9, 10) for directedly applying a fluid to remove contamination from the transparent roof panel, characterised in that the transparent roof panel with a front edge immediately adjoins a windscreen and the transparent roof panel is glued along the front edge to the windscreen.
An optical target assembly to secure an optical target relative to a vehicle wheel assembly consisting of a wheel rim having a circumferential lip and a tire mounted thereon for rotation about an axis, comprising: a base assembly including a contact surface configured for non-determined abutting placement against an outer surface of the vehicle wheel assembly, between the circumferential lip of the wheel rim and an axial center point of the wheel rim; an optical target (200A, 200B) carried by a target support assembly secured to a target mount of said base assembly axially outboard from said contact surface in a non-determined relation to the wheel rim; characterized by at least one locking attachment mechanism configured (104A, 104B, 106, 300) to maintain said contact surface in contact with, and immobile relative to, said outer surface of the wheel assembly during a vehicle service procedure; wherein said target support assembly includes a first target surface and a separate second target surface, with a plurality of optical target elements disposed on each of said first and second target surfaces, the first target surface separately disposed axially outward from the second target surface, and is offset from a plane of the second target surface; and wherein said optical target is axially positioned on said base assembly to be visible along a line of sight associated with said vehicle wheel assembly at a zero steer angle position, and to remain visible along said line of sight over a steer angle range for the vehicle wheel assembly of at least 10 degrees. a base assembly including a contact surface configured for non-determined abutting placement against an outer surface of the vehicle wheel assembly, between the circumferential lip of the wheel rim and an axial center point of the wheel rim; an optical target (200A, 200B) carried by a target support assembly secured to a target mount of said base assembly axially outboard from said contact surface in a non-determined relation to the wheel rim; characterized by at least one locking attachment mechanism configured (104A, 104B, 106, 300) to maintain said contact surface in contact with, and immobile relative to, said outer surface of the wheel assembly during a vehicle service procedure; wherein said target support assembly includes a first target surface and a separate second target surface, with a plurality of optical target elements disposed on each of said first and second target surfaces, the first target surface separately disposed axially outward from the second target surface, and is offset from a plane of the second target surface; and wherein said optical target is axially positioned on said base assembly to be visible along a line of sight associated with said vehicle wheel assembly at a zero steer angle position, and to remain visible along said line of sight over a steer angle range for the vehicle wheel assembly of at least 10 degrees.
Method for checking the presence and/or legibility of product information or package contents information of a package, comprising the steps of: a) applying the product information to the product or package contents information to the package, using a printing device; b) applying a separate identification means formed in addition to the product information or package contents information, using the same printing device; and c) detecting the product or package, by means of a reading device, in order to determine whether the identification means is present and is legible, wherein the identification means comprises a barcode, wherein individual bars of the barcode are aligned parallel to an imprint direction and the reading device comprises an optical reading device, wherein the imprint direction is predetermined by a movement of the product or package contents information on a conveyor belt. a) applying the product information to the product or package contents information to the package, using a printing device; b) applying a separate identification means formed in addition to the product information or package contents information, using the same printing device; and c) detecting the product or package, by means of a reading device, in order to determine whether the identification means is present and is legible, wherein the identification means comprises a barcode, wherein individual bars of the barcode are aligned parallel to an imprint direction and the reading device comprises an optical reading device, wherein the imprint direction is predetermined by a movement of the product or package contents information on a conveyor belt.
Method for digital triggering of a recording of one or more signals sampled at individual sampling times on a digital oscilloscope, wherein the digital triggering is carried out if the time gap (Δt) between two triggering events occurring which is determined from the number (n) of sampling times of the sampled signals between the two triggering events, overshoots or undershoots a time threshold value (SW t), characterised in that in the event of neither unambiguous identification nor unambiguous non-identification of an overshooting or undershooting of the time threshold value (SW t) by the time gap (Δt) between two triggering events occurring when the number (n) of sampling times between the two triggering events lies between an upper limit value (GW o1, GW o2) and a lower limit value (GW u1, GW u2), the individual sampled values of the sampled signals to be recorded on the digital oscilloscope are temporarily stored and subjected to a following fine analysis, and in that the sampled values of the signals to be displayed on the digital oscilloscope temporarily stored since the identification of a first triggering event are in each case delayed in relation to one another by a different number of sampling cycles (T i) and passed on for the fine analysis of the triggering condition to a first-in/first-out memory in which they are temporarily stored.
An electronic apparatus configured to execute an application to perform a function using personal information, the apparatus comprising: a storage configured to store the personal information, and information related to protection of the personal information which is set for the application; and a processor configured to: in response to receiving a request for the personal information from the application, determine whether to protect the personal information based on the set information, encrypt the personal information and provide the encrypted personal information to the application based on the determination result, the apparatus characterized in that: the processor is configured to, in response to receiving an execution request with respect to a function related to encrypted personal information from the application, obtain the personal information by decrypting the encrypted personal information and execute the function based on the personal information. a storage configured to store the personal information, and information related to protection of the personal information which is set for the application; and a processor configured to: in response to receiving a request for the personal information from the application, determine whether to protect the personal information based on the set information, encrypt the personal information and provide the encrypted personal information to the application based on the determination result, in response to receiving a request for the personal information from the application, determine whether to protect the personal information based on the set information, encrypt the personal information and provide the encrypted personal information to the application based on the determination result, the apparatus characterized in that: the processor is configured to, in response to receiving an execution request with respect to a function related to encrypted personal information from the application, obtain the personal information by decrypting the encrypted personal information and execute the function based on the personal information.
A method for determining a sequence group, comprising: determining a symbol index of a first specified orthogonal frequency division multiplexing, OFDM, symbol in a scheduling unit; and determining a sequence group used by a channel or a signal on the scheduling unit according to the symbol index, wherein the sequence group used by the channel or signal is determined by the following formula according to the symbol index: f gh n s, l = ∑ i = 0 7 c 8 N ∗ n S + l + i ⋅ 2 i mod Q; u = f gh n s l + f ss mod Q; wherein the u denotes an index of the sequence group, Q equals to a total number of sequence groups, a definition of f ss is determined by a cell physical ID, n s is a serial number of the scheduling unit, and l is the symbol index of the symbol in the scheduling unit, N is a number of symbols comprised in each scheduling unit; c( i) is a pseudo-random sequence with an initial value of ⌊ n ID RS 30 ⌋; n ID RS is the cell physical ID of the cell, or a virtual cell physical ID configured by a higher layer. determining a symbol index of a first specified orthogonal frequency division multiplexing, OFDM, symbol in a scheduling unit; and determining a sequence group used by a channel or a signal on the scheduling unit according to the symbol index, wherein the sequence group used by the channel or signal is determined by the following formula according to the symbol index: f gh n s, l = ∑ i = 0 7 c 8 N ∗ n S + l + i ⋅ 2 i mod Q; u = f gh n s l + f ss mod Q; wherein the u denotes an index of the sequence group, Q equals to a total number of sequence groups, a definition of f ss is determined by a cell physical ID, n s is a serial number of the scheduling unit, and l is the symbol index of the symbol in the scheduling unit, N is a number of symbols comprised in each scheduling unit; c( i) is a pseudo-random sequence with an initial value of ⌊ n ID RS 30 ⌋; n ID RS is the cell physical ID of the cell, or a virtual cell physical ID configured by a higher layer.
A local device including an application layer, operating system layer, and hardware layer, wherein the application layer includes user level application software comprising at least one software application having features that require a license in order to function, an operating system of the local device resides in the operating system layer and manages portions of the hardware layer and provides common functionality to the applications in application layer, and the hardware layer includes the physical components that form the local device, the hardware layer including one or more central processing units, CPUs, and the hardware layer including management firmware, the management firmware being located within a microcontroller in a chipset associated with a processing device of the local device and providing hardware-based functionality for managing the local device, the management firmware including operating system-independent storage, wherein program code is stored within the management firmware to cause the local device to periodically contact a management server, including that the local device initiates communication (425, 430) with the management server, when the local device is in a powered-down state or the operating system is inactive, to present identifying information and to allow the management server associating licensing information with the local device and writing the licensing information to the operating system-independent storage on the local device; the software application being functionable to: receive a request to perform an action at the local device; determine that the requested action requires a license; and access, via a firmware interface, the licensing information from the operating system-independent storage on the local device to determine if a valid license for the requested action exists. receive a request to perform an action at the local device; determine that the requested action requires a license; and access, via a firmware interface, the licensing information from the operating system-independent storage on the local device to determine if a valid license for the requested action exists.