mhurhangee/ep-ind-claims huggingface dataset:
Briquette for producing a foamed slag on stainless steel melts in an electric arc furnace, containing a mixture of metal oxides, limestone, carbon and a binder, which is charged into the furnace and so arranged therein that below the slag at the metal/slag interface the metal oxides are reduced by the carbon and the limestone thermally dissociated and the resulting gases through formation of bubbles cause foaming of the slag, characterised in that the briquette for use thereof in different melts such as stainless steel, low-alloyed steel or high-alloyed steel is composed of defined desired mixtures of individual or multiple substances of the following basic components: O 2 carrier dust, slurry or slag with ≥ 10% FeO/Fe 2 O 3, dust, slurry or slag with ≥ 1% Cr 2 O 3, dust, slurry or slag with ≥ 1% MnO, dust, slurry or slag with ≥ % NiO, scale with ≥ 10% FeO/Fe 2 O 3, gas carrier dust with ≥ 40% CaCO 3, density former dust with FeCr, dust with Fe / low-alloyed fine scrap, dust with Cr / ferritic fine scrap, dust with Ni / austentic fine scrap / sanding dust, dust with Mn / ferritic or low-alloyed fine scrap, reducing agent carbon-containing substances ≥ 90% C, dust or fine granulate of coke, coal or graphite, binder molasses, cement, Ca 2 (calcium hydrate), each ≤ 5%
Method for creating an optical transmit signal comprising the steps of (a) creating an electrical discrete multi-tone signal (S TXi,DMT) according to digital input data (S TXi) carrying the information to be transmitted, the discrete multi-tone signal (S TXi,DMT) comprising a plurality of electrical partial signals, each electrical partial signal defining a sub-channel, wherein each electrical partial signal consists of a sub-carrier at a predetermined sub-carrier frequency which is modulated according to a dedicated modulation scheme, so that a dedicated portion of the digital input data is included in each sub-channel, (b) creating an optical signal (S TXi,opt) by using the electrical discrete multi-tone signal (S TXi,DMT) as modulating signal for amplitude-modulating the intensity of an optical carrier signal, and (c) bandpass-filtering the optical signal (S TXi,opt) in order to create an optical single sideband or vestigial sideband transmit signal (V TXi,opt) characterized in (d) that the optical filtering is effected in such a way that the optical frequency components remote from the optical carrier are attenuated less than optical frequencies components closer to the optical carrier in order to pre-emphasize the higher frequency components of the modulating signal (S TXi,DMT) according to a predetermined optical pre-emphasis filter function. (a) creating an electrical discrete multi-tone signal (S TXi,DMT) according to digital input data (S TXi) carrying the information to be transmitted, the discrete multi-tone signal (S TXi,DMT) comprising a plurality of electrical partial signals, each electrical partial signal defining a sub-channel, wherein each electrical partial signal consists of a sub-carrier at a predetermined sub-carrier frequency which is modulated according to a dedicated modulation scheme, so that a dedicated portion of the digital input data is included in each sub-channel, (b) creating an optical signal (S TXi,opt) by using the electrical discrete multi-tone signal (S TXi,DMT) as modulating signal for amplitude-modulating the intensity of an optical carrier signal, and (c) bandpass-filtering the optical signal (S TXi,opt) in order to create an optical single sideband or vestigial sideband transmit signal (V TXi,opt) (d) that the optical filtering is effected in such a way that the optical frequency components remote from the optical carrier are attenuated less than optical frequencies components closer to the optical carrier in order to pre-emphasize the higher frequency components of the modulating signal (S TXi,DMT) according to a predetermined optical pre-emphasis filter function.
A rotor (60C; 60T) for a gas turbine engine comprising: a rotor disk (66; 124) defined along an axis of rotation, said rotor disk (66; 124) including a rim (70; 128); and a plurality of blades (64; 102) which extend from said rotor disk (66; 124), wherein each blade (64;124) includes an attachment section (74; 132), a platform section (76; 134) and an airfoil section (78; 136) extending out from said platform section (76; 134), and wherein each of said plurality of blades (64; 102) extends from said rotor disk (66; 124) at an interface (801; 1361) between said rim (70; 128) and said attachment section (74; 132), said interface (801; 1361) defined along a spoke (80; 136) that comprises a circumferentially reduced section defined by interruptions which produce axial or semi-axial slots which flank each spoke (80;136), said platform section (76; 134) comprises at least one recess extending along an entire edge of the platform section (76; 134) for defining with an adjacent recess a teardrop shaped cavity that receives a first wire seal that extends axially, characterised in that a second wire seal extends circumferentially and is received in another teardrop shaped cavity, wherein the second wire seal is configured to be located between the rotor (60C; 60T) and an adjacent spacer (62C; 62T). a rotor disk (66; 124) defined along an axis of rotation, said rotor disk (66; 124) including a rim (70; 128); and a plurality of blades (64; 102) which extend from said rotor disk (66; 124), wherein each blade (64;124) includes an attachment section (74; 132), a platform section (76; 134) and an airfoil section (78; 136) extending out from said platform section (76; 134), and wherein each of said plurality of blades (64; 102) extends from said rotor disk (66; 124) at an interface (801; 1361) between said rim (70; 128) and said attachment section (74; 132), said interface (801; 1361) defined along a spoke (80; 136) that comprises a circumferentially reduced section defined by interruptions which produce axial or semi-axial slots which flank each spoke (80;136), said platform section (76; 134) comprises at least one recess extending along an entire edge of the platform section (76; 134) for defining with an adjacent recess a teardrop shaped cavity that receives a first wire seal that extends axially, characterised in that a second wire seal extends circumferentially and is received in another teardrop shaped cavity, wherein the second wire seal is configured to be located between the rotor (60C; 60T) and an adjacent spacer (62C; 62T).
A spectral mapping module comprising processing circuitry configured to: receive spectral activity information from one or more assets that have flown through an area, the spectral activity information being associated with location information indicating a respective location at which each portion of the spectral activity information was obtained; associate the spectral activity information with respective three dimensional volumetric elements that are each associated with respective portions of the area and that stack on each other to define different altitude layers; determine spectral activity indicators for each of the respective three dimensional volumetric elements that has spectral activity information associated therewith; and generate display data including the spectral activity indicators. receive spectral activity information from one or more assets that have flown through an area, the spectral activity information being associated with location information indicating a respective location at which each portion of the spectral activity information was obtained; associate the spectral activity information with respective three dimensional volumetric elements that are each associated with respective portions of the area and that stack on each other to define different altitude layers; determine spectral activity indicators for each of the respective three dimensional volumetric elements that has spectral activity information associated therewith; and generate display data including the spectral activity indicators.
A system for lowering a core body temperature of a patient, said system comprising: an endotracheal tube with at least two lumens terminating in separate distal ports (46 and 48) to separately deliver breathing gas and frozen particles to a respiratory system of the patient; a temperature sensor configured to measure a temperature of gas being exhaled through the breathing gas lumen; a controller configured to adjust a duration of frozen particle delivery through the frozen particle lumen, whereby a target core temperature of the patient can be achieved and maintained by adjusting the duration of the frozen particle delivery in response to changes in the temperature of the exhaled gas, wherein the controller is configured to adjust the duration of frozen particle delivery by causing delivery of a series of bursts or puffs of the frozen particles. an endotracheal tube with at least two lumens terminating in separate distal ports (46 and 48) to separately deliver breathing gas and frozen particles to a respiratory system of the patient; a temperature sensor configured to measure a temperature of gas being exhaled through the breathing gas lumen; a controller configured to adjust a duration of frozen particle delivery through the frozen particle lumen, whereby a target core temperature of the patient can be achieved and maintained by adjusting the duration of the frozen particle delivery in response to changes in the temperature of the exhaled gas, wherein the controller is configured to adjust the duration of frozen particle delivery by causing delivery of a series of bursts or puffs of the frozen particles.
A forged hollow axle, particularly a steerable axle, designed for a commercial vehicle, the axle having a main longitudinal extension in y-direction (y), a width in x-direction (x) and a height in z-direction (z) and being composed of at least two half shells (12a, 12b) fixedly joined at an interface which extends along its longitudinal extension (y), wherein a material thickness (d) in one or both of the half shells (12a, 12b) is distributed in the main longitudinal extension (y) and in one or both of width (x) and height (z) to provide a predetermined relation of a torsional stiffness and a bending stiffness in one or more spatial directions (x, y, z) in axle sections (30, 32a, 32b), said axle sections (30, 32a, 32b) comprising a middle section and an end section, the forged hollow axle being characterized in that the material is distributed so as to yield the torsional stiffness to be larger than the bending stiffness in x-direction in the middle section and so as to yield the bending stiffness in z-direction to be larger than the bending stiffness in x-direction in the end section outside the middle section.
Method for remotely controlling an automatic manoeuvre of a motor vehicle by means of a remote control device comprising a plurality of control members (21, 22, 23) controlling functions of the motor vehicle, the automatic manoeuvre being triggered by actuating the control members (21, 22, 23) of the remote control device according to a predetermined sequence, the method being characterized in that the predetermined sequence comprises the following successive operations: - actuating a first control member; - actuating a second control member before the expiry of a first predetermined delay; the first control member and the second control member being pushbuttons, the first control member being kept pressed for a time greater than a first predetermined time, the first predetermined delay beginning when the first control member is released. - actuating a first control member; - actuating a second control member before the expiry of a first predetermined delay;
A high strength stainless steel pipe for use in oil wells, which has superior corrosion resistance, comprising on a mass percent basis: 0.005% to 0.05% of C; 0.05% to 0.5% of Si; 0.2% to 1.8% of Mn; 0.03% or less of P; 0.005% or less of S; 15.5% to 18% of Cr; 1.5% to 5% of Ni; 1% to 3.5% of Mo; 0.02% to 0.2% of V; 0.01% to 0.15% of N; 0.006% or less of O; and the balance being Fe and unavoidable impurities, wherein the following equations and are satisfied Cr + 0.65 Ni + 0.6 Mo + 0.55 Cu − 20 C ≥ 19.5 Cr + Mo + 0.3 Si − 43.5 C − 0.4 Mn − Ni − 0.3 Cu − 9 N ≥ 11.5 where Cr, Ni, Mo, Cu, C, Si, Mn, and N represent the respective contents on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.002% to 0.05% of Al on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.5% to 3.5% of Cu on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises at least one selected from 0.03% to 0.2% of Nb, 0.03% to 0.3% of Ti, 0.03% to 0.2% of Zr, 0.2% to 3% of W, and 0.0005% to 0.01% of B on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.0005% to 0.01% of Ca on a mass percent basis, and wherein the stainless steel pipe has a texture containing a martensite phase as a primary phase and a ferrite phase at a volume fraction of 10% to 60%. 0.005% to 0.05% of C; 0.05% to 0.5% of Si; 0.2% to 1.8% of Mn; 0.03% or less of P; 0.005% or less of S; 15.5% to 18% of Cr; 1.5% to 5% of Ni; 1% to 3.5% of Mo; 0.02% to 0.2% of V; 0.01% to 0.15% of N; 0.006% or less of O; and where Cr, Ni, Mo, Cu, C, Si, Mn, and N represent the respective contents on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.002% to 0.05% of Al on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.5% to 3.5% of Cu on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises at least one selected from 0.03% to 0.2% of Nb, 0.03% to 0.3% of Ti, 0.03% to 0.2% of Zr, 0.2% to 3% of W, and 0.0005% to 0.01% of B on a mass percent basis, wherein the high strength stainless steel pipe optionally further comprises 0.0005% to 0.01% of Ca on a mass percent basis, and wherein the stainless steel pipe has a texture containing a martensite phase as a primary phase and a ferrite phase at a volume fraction of 10% to 60%.
A downlink control information receiving method, comprising: receiving downlink control information, DCI, wherein the DCI comprises G-bit resource allocation information, and the G-bit resource allocation information is used to indicate a resource allocated to a terminal device in a bandwidth part; and performing data transmission on the allocated resource, wherein G=max(LA,LB), LA is a length of resource allocation information determined when a resource is allocated to the terminal device in the bandwidth part based on a resource allocation type 0, LB is a length of resource allocation information determined when a resource is allocated to the terminal device in the bandwidth part based on a resource allocation type 1, and LA and LB are integers greater than or equal to 1. receiving downlink control information, DCI, wherein the DCI comprises G-bit resource allocation information, and the G-bit resource allocation information is used to indicate a resource allocated to a terminal device in a bandwidth part; and performing data transmission on the allocated resource, wherein G=max(LA,LB), LA is a length of resource allocation information determined when a resource is allocated to the terminal device in the bandwidth part based on a resource allocation type 0, LB is a length of resource allocation information determined when a resource is allocated to the terminal device in the bandwidth part based on a resource allocation type 1, and LA and LB are integers greater than or equal to 1.
Illuminating device comprising - a substrate, - a non-transparent spacer connected to the substrate in a hermetically sealed manner, - an opening in the spacer opposite to the substrate, and - a lighting element located below the spacer and below the opening, wherein electrical connections of the lighting element are passed through the substrate in a hermetically sealed manner, wherein the opening of the spacer is closed in a hermetically sealed manner with an optical element made of a glass material, the volume of which comprises at least one luminescent substance and as such is a luminescent glass composite material, characterized in that the glass composite material contains filling materials for adjusting a viscosity of a glass matrix during production of the illuminating device. - a substrate, - a non-transparent spacer connected to the substrate in a hermetically sealed manner, - an opening in the spacer opposite to the substrate, and - a lighting element located below the spacer and below the opening, wherein electrical connections of the lighting element are passed through the substrate in a hermetically sealed manner,
A cooling device comprising • a body, • a frame fixed on opposed walls in the body, • a resting surface provided on an inner portion of the frame, and • a plate placed on the resting surface, on which food is placed, characterized by • a locking latch mounted on the frame, having a flap provided thereon, the locking latch leaning against the plate by flexing through the flap being moved by a user during the plate being placed in the body, and enabling the plate to rest almost completely stationary on the resting surface and • the locking latch comprising a tab provided on the lower face of the locking latch, settling on the resting surface by leaning against it, in a position in which the plate is placed on the frame and the locking latch leaning against the plate. • a body, • a frame fixed on opposed walls in the body, • a resting surface provided on an inner portion of the frame, and • a plate placed on the resting surface, on which food is placed, characterized by • a locking latch mounted on the frame, having a flap provided thereon, the locking latch leaning against the plate by flexing through the flap being moved by a user during the plate being placed in the body, and enabling the plate to rest almost completely stationary on the resting surface and • the locking latch comprising a tab provided on the lower face of the locking latch, settling on the resting surface by leaning against it, in a position in which the plate is placed on the frame and the locking latch leaning against the plate.
An ancillary for tensioning an elongate element for the attachment of an implant (1, 4) on a bone element, in particular at least one portion of a vertebral body, by surrounding at least partially said bone element, said ancillary comprising a rod having proximal and distal ends and a longitudinal axis L, the distal end of said rod being provided with a bearing device to bear on the implant, said ancillary further comprises a device for tensioning said elongate element, characterized in that said tensioning device comprises a drum rotatably mounted about an axis T, transverse to the axis L, disposed at the proximal end of the rod and comprising a holding portion adapted to cooperate with the elongate element, and in that said tensioning device further comprises a device for driving in rotation the drum about the axis T, which makes it possible to tension the elongate element by winding of the elongate element around the drum, in that the driving device comprises a lever pivotally mounted about the axis T, and a clutch device configured so that the pivoting of the lever along the direction of rotation R1 in a first position drives in rotation the drum about the axis T, and in that the driving device comprises a clutch-release device configured so that, in the declutched position, the lever being pivoted about the axis T along a direction of rotation R2 opposite to the direction of rotation R1, the drum is freely rotatable about the axis T.
An electronic rear derailleur for a bicycle, comprising: a base member for attachment to a frame member of the bicycle; a movable member having a cage assembly attached thereto; a linkage coupling the movable member to the base member and operative to permit movement of the movable member relative to the base member; characterized in that the electronic rear derailleur further comprises: a power source connected to one of the base member and the movable member; a motor positioned at the other of the base member and the movable member; and an electrical conductor connecting the power source to the motor. a base member for attachment to a frame member of the bicycle; a movable member having a cage assembly attached thereto; a linkage coupling the movable member to the base member and operative to permit movement of the movable member relative to the base member; characterized in that the electronic rear derailleur further comprises: a power source connected to one of the base member and the movable member; a motor positioned at the other of the base member and the movable member; and an electrical conductor connecting the power source to the motor. a power source connected to one of the base member and the movable member; a motor positioned at the other of the base member and the movable member; and an electrical conductor connecting the power source to the motor.
A computer-implemented method comprising: for each of a multitude of users, based on an electronic association between an online user interface device identifier, which indicates an online user interface device of that user, and a received set-top box identifier, which indicates a set-top box of that user, using user profile information derived from online activity from an online user interface device of a first user of the multitude of users, which profile information does not include personally identifiable information, to automatically cause a first television advertisement to be directed to the set-top box indicated by the set-top box identifier associated with the online user interface device identifier of the first user's online user interface device, wherein the electronic association is based on a common IP address to which network traffic is routed for both the online user interface device and set-top box of the user. for each of a multitude of users, based on an electronic association between an online user interface device identifier, which indicates an online user interface device of that user, and a received set-top box identifier, which indicates a set-top box of that user, using user profile information derived from online activity from an online user interface device of a first user of the multitude of users, which profile information does not include personally identifiable information, to automatically cause a first television advertisement to be directed to the set-top box indicated by the set-top box identifier associated with the online user interface device identifier of the first user's online user interface device, wherein the electronic association is based on a common IP address to which network traffic is routed for both the online user interface device and set-top box of the user.
Assembly comprising a plurality of balancing weights for vehicle wheels, the balancing weights having a first face for fitting the balancing weight onto an inner peripheral surface of the rim of the wheels and a second face, opposing the first face, the balancing weights comprise at least one guideway (203, 204, 205) between the first face and the second face for guiding a connecting means (303, 304, 305) for stacking a plurality of the balancing weights, and the balancing weights are arranged in the same orientation and held together by the connecting means (303, 304, 305) to form a stack characterized in, that the connecting means (303, 304, 305) is a cord or wire.