mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a combination high pressure reforming and reducing shaft furnace for the production of direct reduced iron, wherein one or more burden uniformity enhancing devices are disposed within an interior portion of the shaft furnace, wherein the one or more burden uniformity enhancing devices comprise one or more rotating or reciprocating mixing shafts, or one or more agitators, wherein the one or more burden uniformity enhancing devices are disposed within both a reforming zone and a reducing zone within the interior portion of the shaft furnace, wherein the shaft furnace includes a plurality of pellet or agglomerate inlet pipes and one or more bustle gas inlet pipes, the method comprising: maintaining an interior portion of the shaft furnace at a pressure of greater than 506.625 kPa (= 5 atmospheres); selectively introducing iron ore pellets or agglomerates forming a burden in the shaft furnace; selectively introducing a bustle gas to be reformed and directly reduce the iron ore pellets and operating the one or more burden uniformity enhancing devices for churning the burden disposed within the interior portion of the shaft furnace and exposed to the pressure of greater than 506.625 kPa (= 5 atmospheres) such that both reforming and reducing take place uniformly throughout the burden disposed within the interior portion of the shaft furnace. maintaining an interior portion of the shaft furnace at a pressure of greater than 506.625 kPa (= 5 atmospheres); selectively introducing iron ore pellets or agglomerates forming a burden in the shaft furnace; selectively introducing a bustle gas to be reformed and directly reduce the iron ore pellets and operating the one or more burden uniformity enhancing devices for churning the burden disposed within the interior portion of the shaft furnace and exposed to the pressure of greater than 506.625 kPa (= 5 atmospheres) such that both reforming and reducing take place uniformly throughout the burden disposed within the interior portion of the shaft furnace.
A method for generating parking related data in respect of one or more navigable elements of a navigable network within a geographic area, each navigable element being represented by a segment of an electronic map, the electronic map comprising a plurality of segments representative of the navigable network, said method comprising: obtaining positional data relating to trips made by vehicles in the navigable network, each trip being a journey between stationary periods indicative of the vehicle being in a parked state; analysing, for each one of the plurality of trips, the positional data to identify a parking space search portion of the trip, wherein the step of analysing the positional data to identify the parking space search portion of the trip comprises analysing the positional data in respect of the trip to identify a start of the parking space search during the trip, the start of the parking space search defining the start of the parking space search portion of the trip, wherein the step of identifying the start of the parking space search comprises analysing the positional data relating to the trip to identify a point at which the speed of travel of the vehicle is below a predetermined threshold, and wherein the predetermined threshold is set with respect to a free flow speed for the segment; and analysing the positional data corresponding to the parking space search portions of the trips to obtain, for each one of a plurality of segments of the electronic map, a parking related parameter associated with the segment. obtaining positional data relating to trips made by vehicles in the navigable network, each trip being a journey between stationary periods indicative of the vehicle being in a parked state; analysing, for each one of the plurality of trips, the positional data to identify a parking space search portion of the trip, wherein the step of analysing the positional data to identify the parking space search portion of the trip comprises analysing the positional data in respect of the trip to identify a start of the parking space search during the trip, the start of the parking space search defining the start of the parking space search portion of the trip, wherein the step of identifying the start of the parking space search comprises analysing the positional data relating to the trip to identify a point at which the speed of travel of the vehicle is below a predetermined threshold, and wherein the predetermined threshold is set with respect to a free flow speed for the segment; and analysing the positional data corresponding to the parking space search portions of the trips to obtain, for each one of a plurality of segments of the electronic map, a parking related parameter associated with the segment.
A tube for measuring the differential pressure of a medium flowing through the pipe, wherein the tube comprises a tubular carrier and a tubular insertion element, wherein the insertion element is arranged on the inner wall of the carrier, and wherein the insertion element at least forms sections of an inner profile of the tube, wherein two channels (13, 21) penetrating the wall of the carrier are arranged one after the other in the flow direction of the medium, and wherein a groove (12, 18) surrounding the outer surface of the insertion element is arranged between the insertion element and the inner wall of the carrier, wherein the circumferential groove (12, 18) is connected on the one hand via a plurality of holes (9, 16) provided in the insertion element to the interior of the insertion element, through which medium flows, and on the other hand to one of the channels (13, 21), characterized in that the groove (12, 18) is formed in the form of an arc of a circle, in that the groove (12, 18) does not completely surround the circumference of the insertion element, in that the arc of a circle formed by the groove (12, 18) is orientated downwards in the region of the two ends thereof, in that a liquid collected at both ends of the arc of a circle can be drained back into the inner profile of the insertion element through one hole (9, 16) set in this region in each case.
A method of checking the authenticity of a document, such as an ID, a passport or a card, with a structure consisting of several co-laminated layers (2, 3, 3'), one of the inside layers being a fabric layer extending at least over a part of said document and having at least a first predefined zone with fabric material and at least a second predefined zone without fabric material, said zones (4,5) creating different optical characteristics at a surface of said document, wherein said method comprises at least the steps of: - illuminating different spots on a surface of the document at least in said first and second predefined zones (4,5) - detecting the light emitted by each of said spots (7,8) - determining if each spot at the surface of the document is located at the vertical of said first or second zone (4,5) in the inside of the document by observing the detected light emitted by each of said spots - authenticating the document if the type of zone (4,5) determined to be located at the vertical of said first or second zone (4,5) matches predefined zones, or if a shape or geometrical distribution formed by the detected light matches a predefined geometrical distribution or form repectively, or if the imaged formed by the recollection of the illuminated spots matches an image corresponding to the predefined zones (4,5). - illuminating different spots on a surface of the document at least in said first and second predefined zones (4,5) - detecting the light emitted by each of said spots (7,8) - determining if each spot at the surface of the document is located at the vertical of said first or second zone (4,5) in the inside of the document by observing the detected light emitted by each of said spots - authenticating the document if the type of zone (4,5) determined to be located at the vertical of said first or second zone (4,5) matches predefined zones, or if a shape or geometrical distribution formed by the detected light matches a predefined geometrical distribution or form repectively, or if the imaged formed by the recollection of the illuminated spots matches an image corresponding to the predefined zones (4,5).
An annular finger seal for a gas turbine engine, the annular finger seal comprising: a base portion defining a base edge of the annular finger seal and comprising a center pass-through aperture, wherein the base edge is continuous; and a finger portion defining a finger edge of the annular finger seal and comprising a plurality of fingers, wherein the finger edge is segmented by gaps disposed between adjacent fingers of the plurality of fingers, wherein the annular finger seal comprises a bend such that the base portion extends in a first direction and the finger portion extends in a second direction different than the first direction, wherein the gaps comprise circumferentially alternating first gaps and second gaps, wherein the first gaps extend a first distance from the finger edge towards the base edge and the second gaps extend a second distance, from the finger edge towards the base edge, the annular finger seal being characterised in that the second distance is different than the first distance; and wherein the first gaps extend through the bend and the second gaps terminate in the finger portion before the bend. a base portion defining a base edge of the annular finger seal and comprising a center pass-through aperture, wherein the base edge is continuous; and a finger portion defining a finger edge of the annular finger seal and comprising a plurality of fingers, wherein the finger edge is segmented by gaps disposed between adjacent fingers of the plurality of fingers, wherein the annular finger seal comprises a bend such that the base portion extends in a first direction and the finger portion extends in a second direction different than the first direction, wherein the gaps comprise circumferentially alternating first gaps and second gaps, wherein the first gaps extend a first distance from the finger edge towards the base edge and the second gaps extend a second distance, from the finger edge towards the base edge, the annular finger seal being characterised in that the second distance is different than the first distance; and wherein the first gaps extend through the bend and the second gaps terminate in the finger portion before the bend.
A wound electrode assembly for lithium-ion secondary battery, wherein the wound electrode assembly comprises a negative electrode plate comprising a negative electrode current collector and negative active material layers disposed on two opposite surfaces of the negative electrode current collector, and the negative active material layer comprises a negative active material; wherein the two negative active material layers respectively comprise an active material layer in an unpaired region facing no positive electrode plate and an active material layer in a paired region distributed successively in the length direction of the negative electrode plate, wherein the paired region has an opposite positive electrode plate, and two active material layers in the unpaired regions are arranged at both ends in the length direction of the negative electrode plate, and a first metallic lithium layer is disposed on the surface of one or both of the two active material layers in the unpaired regions, so that to form a first lithium pre-intercalation compound in either or both of the active material layers in the two unpaired regions; and characterized in that in each of the negative active material layers, the ratio of the area of the active material layer in the paired region to the area of the active material layer in the unpaired region is from 99:1 to 4:1. wherein the two negative active material layers respectively comprise an active material layer in an unpaired region facing no positive electrode plate and an active material layer in a paired region distributed successively in the length direction of the negative electrode plate, wherein the paired region has an opposite positive electrode plate, and two active material layers in the unpaired regions are arranged at both ends in the length direction of the negative electrode plate, and a first metallic lithium layer is disposed on the surface of one or both of the two active material layers in the unpaired regions, so that to form a first lithium pre-intercalation compound in either or both of the active material layers in the two unpaired regions; and characterized in that in each of the negative active material layers, the ratio of the area of the active material layer in the paired region to the area of the active material layer in the unpaired region is from 99:1 to 4:1.
Installation for the storage of potential energy with an hydraulic cylinder, a body to be raised, and with a gasket on the periphery of the body to be raised, characterised by the fact that the body to be raised is a mass of stone, shown as a piece of cut rock, that the hydraulic cylinder is shaped by the hollow space between the surrounding stone and the cut rock, and that the hollow space is sealed off from the surrounding rocks by the gasket.
A method of wireless communication performed by a user equipment, UE, comprising: receiving control information for a communication of the UE; wherein the control information includes an indication indicating whether the communication is associated with a slot-based data configuration where a Type A demodulation reference signal, DMRS, is used or a non-slot-based data configuration where a Type B DMRS is used; wherein the indication includes one or more bits that indicate whether the communication is associated with the slot-based data configuration or the non-slot-based data configuration; determining, based at least in part on the indication included in the control information, whether the communication is associated with the slot-based data configuration or the non-slot-based data configuration; and transmitting a DMRS associated with the communication based at least in part on whether the communication is associated with the slot-based configuration or the non-slot-based data configuration. receiving control information for a communication of the UE; wherein the control information includes an indication indicating whether the communication is associated with a slot-based data configuration where a Type A demodulation reference signal, DMRS, is used or a non-slot-based data configuration where a Type B DMRS is used; wherein the indication includes one or more bits that indicate whether the communication is associated with the slot-based data configuration or the non-slot-based data configuration; determining, based at least in part on the indication included in the control information, whether the communication is associated with the slot-based data configuration or the non-slot-based data configuration; and transmitting a DMRS associated with the communication based at least in part on whether the communication is associated with the slot-based configuration or the non-slot-based data configuration.
A cover, comprising: three flexible hinges (1110, 1112, 1114) disposed substantially parallel to an edge of the cover; a first and second cover section (1106, 1104) connected by a first hinge of the three flexible hinges (1110, 1112, 1114); a third cover section connected to the second cover section by a second hinge of the three flexible hinges (1110, 1112, 1114); and a connector (306, 1108) configured to attach the cover to a computing device, the connector (306, 1108) connected to the first cover section by a third hinge of the three flexible hinges (1110, 1112, 1114), wherein the first, second, and third hinges (1110, 1112, 1114), and the three first, second, and third cover sections (1106, 1104, 1102), are configured such that the cover forms a contour to accommodate an object located on a back side of the computing device, wherein the cover includes electrical circuitry and a sensor configured to determine a presence or absence of the object within the cover and to send information relating to the presence or absence of the object to the computing device. three flexible hinges (1110, 1112, 1114) disposed substantially parallel to an edge of the cover; a first and second cover section (1106, 1104) connected by a first hinge of the three flexible hinges (1110, 1112, 1114); a third cover section connected to the second cover section by a second hinge of the three flexible hinges (1110, 1112, 1114); and a connector (306, 1108) configured to attach the cover to a computing device, the connector (306, 1108) connected to the first cover section by a third hinge of the three flexible hinges (1110, 1112, 1114), wherein the first, second, and third hinges (1110, 1112, 1114), and the three first, second, and third cover sections (1106, 1104, 1102), are configured such that the cover forms a contour to accommodate an object located on a back side of the computing device, wherein the cover includes electrical circuitry and a sensor configured to determine a presence or absence of the object within the cover and to send information relating to the presence or absence of the object to the computing device.
Method for increasing the range of a spin-stabilized projectile moving in a surrounding medium, characterized in that the surrounding medium is conveyed from a dead water area of the projectile by means of a part of the rotational energy of the projectile under the inflowing boundary layer at the outside surface of the projectile and thus the velocity gradient of the boundary layer near the wall is lowered.
Use of collagen hydrolysate in non-therapeutic ameliorating of sleep, wherein the collagen hydrolysate is administered in a composition consisting of collagen hydrolysate, calculated on the active ingredients in the composition.
A dual coil loudspeaker system (10, 10') comprising: a voice coil having a first coil configured to receive a first electrical signal from a first source, and a second coil configured to receive a second electrical signal from a second source different from the first source; a field magnet configured to generate a magnetic field that interacts with magnetic fields created by the first coil and the second coil; and a diaphragm (24, 42) connected to the voice coil such that the diaphragm is displaced in response to energization of at least one of the first coil and the second coil, wherein the voice coil includes a tube connected to the diaphragm (24, 42), wherein the first coil is mounted on one of an outer surface of the tube and an inner surface of the tube; and the second coil is mounted on the other one of the outer surface of the tube and the inner surface of the tube; and wherein the second coil is adjacent the first coil in a radial dimension of the tube. a voice coil having a first coil configured to receive a first electrical signal from a first source, and a second coil configured to receive a second electrical signal from a second source different from the first source; a field magnet configured to generate a magnetic field that interacts with magnetic fields created by the first coil and the second coil; and a diaphragm (24, 42) connected to the voice coil such that the diaphragm is displaced in response to energization of at least one of the first coil and the second coil,
A diagnosis method using indicator elements to examine the element composition of a blood sample used for diagnosis based on the presence of chemical elements in a blood sample that differ in patients aged above 18 with the contents of Cr, Eu, Tb, Er, Tm, Lu, Ta, Ba, V, Pd as detailed below Cr below 0.0119±0.010 mg/kg Eu below 4.33*10 -5 ±8.57*10 -6 mg/kg Tb below 2.06*10 -5 ±9.06*10 -6 mg/kg Er below 2.27*10 -5 ±9.96*10 -6 mg/kg Tm below 1.31*10 -5 ±9.85*10 -6 mg/kg Lu below 1.25*10 -5 ±1.04*10 -5 mg/kg Ta below 2.31*10 -5 ±2.11*10 -5 mg/kg Ba above 0.0152±0.009 mg/kg V above 0.0122±0.079 mg/kg Pd above 0.000187±0.00013 mg/kg The index value is calculated as follows: Y = (10 -3 *3*Cr+5*(Eu+Tb+Er+Tm+ Lu+Ta))/(10 -1 *(V+4*Ba)+5*Pd) with a cardiovascular disease or a cancer pathology being diagnosed where Y is below 0.026 and no medical problem is identified where Y is above 0.093. Cr below 0.0119±0.010 mg/kg Eu below 4.33*10 -5 ±8.57*10 -6 mg/kg Tb below 2.06*10 -5 ±9.06*10 -6 mg/kg Er below 2.27*10 -5 ±9.96*10 -6 mg/kg Tm below 1.31*10 -5 ±9.85*10 -6 mg/kg Lu below 1.25*10 -5 ±1.04*10 -5 mg/kg Ta below 2.31*10 -5 ±2.11*10 -5 mg/kg Ba above 0.0152±0.009 mg/kg V above 0.0122±0.079 mg/kg Pd above 0.000187±0.00013 mg/kg
A mobile apparatus comprising: a housing, comprising a front housing and a rear housing;a receiver comprising one and/or two permanent magnets and situated in an upper end of the mobile apparatus; a circuit board disposed in the housing, the circuit board including a first side facing toward the front housing, a second side facing toward the rear housing, and a first antenna pattern provided on the second side of the circuit board; a shielding member disposed on the first side of the circuit board and between the receiver and the first antenna pattern, the shielding member being configured to shield the first antenna pattern from the one and/or two permanent magnets; a first communication circuit configured to perform short range communication through the first antenna pattern; characterized in that the receiver is disposed on the shielding member, and the first antenna pattern is also situated at an upper end of the mobile apparatus. a housing, comprising a front housing and a rear housing;a receiver comprising one and/or two permanent magnets and situated in an upper end of the mobile apparatus; a circuit board disposed in the housing, the circuit board including a first side facing toward the front housing, a second side facing toward the rear housing, and a first antenna pattern provided on the second side of the circuit board; a shielding member disposed on the first side of the circuit board and between the receiver and the first antenna pattern, the shielding member being configured to shield the first antenna pattern from the one and/or two permanent magnets; a first communication circuit configured to perform short range communication through the first antenna pattern; characterized in that the receiver is disposed on the shielding member, and the first antenna pattern is also situated at an upper end of the mobile apparatus.
A method for use by a mobile station, configured for both voice and data services, having selected a first wireless network available for communications with the mobile station, the method comprising: sending an attach request for data services to the first wireless network selected; and if a rejection having an error value from a set of error values indicating a permanent problem or fault with the network or service subscription associated with the end user of the mobile station is received from the first wireless network in response to the request, wherein the set of error values includes an error value associated with the rejection corresponding to a cause of data services not allowed by the current wireless network, selecting (601, 602, 614, 618, 624, 638, 640, 642, 643, 510) a second wireless network available for communications with the mobile station without reattempting the request to the first wireless network. sending an attach request for data services to the first wireless network selected; and if a rejection having an error value from a set of error values indicating a permanent problem or fault with the network or service subscription associated with the end user of the mobile station is received from the first wireless network in response to the request, wherein the set of error values includes an error value associated with the rejection corresponding to a cause of data services not allowed by the current wireless network, selecting (601, 602, 614, 618, 624, 638, 640, 642, 643, 510) a second wireless network available for communications with the mobile station without reattempting the request to the first wireless network.