mhurhangee/ep-ind-claims huggingface dataset:
A steel sheet of a composition comprising, in mass%, C: 0.05 to 0.25%, Si: 0.005% or more and 1.0% or less, Mn: 2.0 to 4.0%, P: 0.100% or less, S: 0.02% or less, Al: 1.0% or less, N: 0.001 to 0.015%, one or more selected from the group consisting of Ti: 0.003 to 0.100%, Nb: 0.003 to 0.100%, Mo: 0.005 to 0.500%, optionally at least one selected from the group consisting of Cr: 0.005 to 2.000%, V: 0.005 to 2.000%, Cu: 0.005 to 2.000%, Ni: 0.005 to 2.000%, B: 0.0001 to 0.0050%, Ca: 0.0001 to 0.0050%, REM: 0.0001 to 0.0050%, Sb: 0.0010 to 0.1000%, and Sn: 0.0010 to 0.5000%, and the balance being Fe and unavoidable impurities, wherein polygonal ferrite is 0 to 60%, and a total of martensite, bainite, and residual austenite is 40 to 100% in terms of an area ratio in a range of 20 μm in a sheet thickness direction from a steel sheet surface, wherein the content of Mn in martensite present in the range of 20 μm in the sheet thickness direction from the steel sheet surface ([Mn] SM) and the content of Mn at a location, in the bulk, of 1/4-thickness of the steel sheet toward a center in the sheet thickness direction from the steel sheet surface ([Mn] B) satisfies [Mn] SM /[Mn] B ≤ 1.5, wherein at a location 300 μm in the sheet thickness direction from the steel sheet surface, the martensite has an area ratio of 40 to 80% and the polygonal ferrite and the bainite have an average crystal grain size of less than 15 μm, wherein the tensile strength is 1180 MPa or more, wherein a JIS 5 tensile test piece was collected in a direction orthogonal to the rolling direction, and subjected to a JIS Z 2241 tensile test at a strain rate of 10 -3 m/s and the sample was collected according to JIS Z 2201 and the tensile test was executed according to JIS Z 2241, and wherein the R/t value is 3.5 or less, wherein a strip-shaped test piece having 30 mm in width and 100 mm in length was collected and subjected to a flexure test in which the test piece was bent in a direction parallel to the rolling direction by performing a V-bend test at an angle of 90° under the conditions of a stroke speed of 500 mm/s, a press load of 10 ton, and a press-retention time of 5 seconds, and by observing the ridge line at the bending position using a magnifier at a magnification of 10 times, the minimum bending radius, in mm, at which cracks of 0.5 mm or more could not recognized was determined, and R/t was calculated by dividing the minimum bending radius by the sheet thickness, in mm.
Glow plug comprising a heating pin which is formed from a metal casing which accommodates a ceramic heating cartridge and is welded to the front region of a tubular body of which the rear region is fitted with a connector for the supply of power, wherein the electrical connection to earth is made by means of the metal casing and the tubular body, wherein the supply is performed starting from the connector by means of a centre electrode which is accommodated in an insulated manner in the tubular body, which glow plug is characterized in that the electrical connection between the rear side of the heating cartridge, which is provided with an input contact, and the front end of the centre electrode contains: - an electrically conductive connecting piece, - an electrically conductive cylindrical head which is fastened to the front region of the centre electrode and has a supporting collar, - an electrically insulating sleeve which surrounds the front section of the head beyond the collar and partially surrounds the connecting piece, - wherein the tubular body has a recess at its front end, which recess forms a supporting shoulder which accommodates an insulating disc for centring and electrical insulation, wherein the collar has a smaller cross section than the recess in order to rest on the shoulder, - wherein the sub-unit which is made up of the connecting piece and the head is pressed between the supply contact, the rear side of the heating cartridge and the supporting shoulder of the tubular body, wherein the connecting piece is pressed, by way of its front side, against the input contact and, by way of its rear side, against the front end of the head, the collar of the said head being pressed against the support by means of the insulating disc. - an electrically conductive connecting piece, - an electrically conductive cylindrical head which is fastened to the front region of the centre electrode and has a supporting collar, - an electrically insulating sleeve which surrounds the front section of the head beyond the collar and partially surrounds the connecting piece, - wherein the tubular body has a recess at its front end, which recess forms a supporting shoulder which accommodates an insulating disc for centring and electrical insulation, wherein the collar has a smaller cross section than the recess in order to rest on the shoulder, - wherein the sub-unit which is made up of the connecting piece and the head is pressed between the supply contact, the rear side of the heating cartridge and the supporting shoulder of the tubular body, wherein the connecting piece is pressed, by way of its front side, against the input contact and, by way of its rear side, against the front end of the head, the collar of the said head being pressed against the support by means of the insulating disc.
A system, comprising: a memory; or more processors coupled to the memory, wherein the one or more processors are configured to: provide push-to-talk services via a data channel that accesses a mobile network; monitor an attribute of data connectivity on the data channel; measure an attribute of voice data received within the data channel comprising a clock drift; determine that a voice quality based at least on the attribute of data connectivity and the attribute of voice data measured does not satisfy a threshold; provide a confirmation prompt to switch from the data channel to a voice channel that accesses the mobile network; dial a telephone number through the voice channel to access a voice conference bridge; and route PTT communications via the voice channel. a memory; or more processors coupled to the memory, wherein the one or more processors are configured to: provide push-to-talk services via a data channel that accesses a mobile network; monitor an attribute of data connectivity on the data channel; measure an attribute of voice data received within the data channel comprising a clock drift; determine that a voice quality based at least on the attribute of data connectivity and the attribute of voice data measured does not satisfy a threshold; provide a confirmation prompt to switch from the data channel to a voice channel that accesses the mobile network; dial a telephone number through the voice channel to access a voice conference bridge; and route PTT communications via the voice channel. provide push-to-talk services via a data channel that accesses a mobile network; monitor an attribute of data connectivity on the data channel; measure an attribute of voice data received within the data channel comprising a clock drift; determine that a voice quality based at least on the attribute of data connectivity and the attribute of voice data measured does not satisfy a threshold; provide a confirmation prompt to switch from the data channel to a voice channel that accesses the mobile network; dial a telephone number through the voice channel to access a voice conference bridge; and route PTT communications via the voice channel.
A node, the node in communication with a wireless communication system, the node configured, at least in part, to: communicate with at least a first serving cell and a second serving cell over an interface; receive a first subframe partitioning configuration for the first serving cell; receive a second subframe partitioning configuration for the second serving cell; and apply at least a part of the first subframe partitioning configuration and at least a part of the second subframe partitioning configuration to at least one of the first serving cell or the second serving cell; characterized in that a direction of a subframe of the second subframe partitioning configuration is different from a direction of a corresponding subframe of the first subframe partitioning configuration. communicate with at least a first serving cell and a second serving cell over an interface; receive a first subframe partitioning configuration for the first serving cell; receive a second subframe partitioning configuration for the second serving cell; and apply at least a part of the first subframe partitioning configuration and at least a part of the second subframe partitioning configuration to at least one of the first serving cell or the second serving cell; characterized in that a direction of a subframe of the second subframe partitioning configuration is different from a direction of a corresponding subframe of the first subframe partitioning configuration.
A molten salt nuclear reactor comprising: a substantially frustum-shaped reactor core containing a fissionable fuel salt, the reactor core having a heated fuel salt outlet, a cooled fuel salt inlet, and a thermal center, corresponding to a location in the reactor core where most heat would be generated by ongoing nuclear fission reactions in the reactor core in the absence of flow through the reactor, above the cooled fuel salt inlet; at least one heat exchanger that receives heated fuel salt at a heat exchanger fuel salt inlet below the reactor core's heated fuel salt outlet, transfers heat from the fuel salt to a coolant, and discharges the cooled fuel salt at a heat exchanger fuel salt outlet fluidly connected to the reactor core's cooled fuel salt inlet; and wherein the thermal center of the reactor core is at a level below the heat exchanger fuel salt outlet; wherein the substantially frustum-shaped reactor core is oriented such that the area of the base of the substantially frustum-shaped reactor core is larger than the area of the top; and wherein the location of the thermal center causes natural circulation in the case of a loss of forced flow while the reactor is in a state of criticality. a substantially frustum-shaped reactor core containing a fissionable fuel salt, the reactor core having a heated fuel salt outlet, a cooled fuel salt inlet, and a thermal center, corresponding to a location in the reactor core where most heat would be generated by ongoing nuclear fission reactions in the reactor core in the absence of flow through the reactor, above the cooled fuel salt inlet; at least one heat exchanger that receives heated fuel salt at a heat exchanger fuel salt inlet below the reactor core's heated fuel salt outlet, transfers heat from the fuel salt to a coolant, and discharges the cooled fuel salt at a heat exchanger fuel salt outlet fluidly connected to the reactor core's cooled fuel salt inlet; and wherein the thermal center of the reactor core is at a level below the heat exchanger fuel salt outlet; wherein the substantially frustum-shaped reactor core is oriented such that the area of the base of the substantially frustum-shaped reactor core is larger than the area of the top; and wherein the location of the thermal center causes natural circulation in the case of a loss of forced flow while the reactor is in a state of criticality.
Method for removing radioactive impurities from waste water which accrues during the decontamination of the cooling circuit of nuclear reactors or of parts thereof or during the operation of a nuclear reactor, during which the waste water is guided via ion exchangers for the removal of metal ions contained in it, and then exclusively an MnO 2 precipitate is generated in the waste water with the aid of permanganic acid which is added to this as an oxidising agent and one or more reducing agents which are contained in or added to the waste water from the group of organic reducing agents and reducing agents which are able to be oxidised to water, and no further additives are added apart from the oxidising agent and the reducing agent, wherein the MnO 2 precipitate is separated from the waste water.
A user terminal device (1, 1') comprising a first antenna arrangement (2, 2'), a second antenna arrangement, a first radio chain arrangement and a second radio chain arrangement, where the first antenna arrangement comprises at least a first antenna element (6, 7; 16), a first antenna port and a second antenna port, characterized in that the second antenna arrangement comprises a third antenna port, a fourth antenna port, a first polarized antenna element arranged for transmitting and/or receiving signals at a first polarization via the third antenna port and a second polarized antenna element arranged for transmitting and/or receiving signals at a second polarization via the fourth antenna port, where the polarizations (P1, P2) are mutually orthogonal in at least one direction, and where the user terminal device (1, 1') further comprises a first switching device and a second switching device, where the first switching device is arranged to connect the first radio chain arrangement with either the first antenna port or the third antenna port, and where the second switching device is arranged to connect the second radio chain arrangement with either the second antenna port or the fourth antenna port.
A circuit comprising: a rectifying bridge having at least one first thyristor (T1, T2) in series with a first rectifying element (D3, D4) between a first terminal and a second rectified output terminal of the bridge, characterized in that the circuit comprises at least one diode in series with a DC voltage source between a gate of the thyristor and said second terminal. a rectifying bridge having at least one first thyristor (T1, T2) in series with a first rectifying element (D3, D4) between a first terminal and a second rectified output terminal of the bridge, characterized in that the circuit comprises at least one diode in series with a DC voltage source between a gate of the thyristor and said second terminal.
A tandem OLED device having at least two spaced electrodes (110, 170) comprising: a) at least first and second broadband light-emitting units (120.1, 120.2... 120.N) disposed between the electrodes (110, 170) that produce different emission spectra and each light-emitting unit (120.x) produces light that has two or more spaced peak spectral components (305, 325); b) an intermediate connector (130.x) disposed between each of the light-emitting units (120.x); and c) an array of at least three different color filters (105a, 105b, 105c) associated with the device that receives light from the broadband light-emitting units (120.x), the band pass of each of the color filters being selected to produce different colored light, wherein the full width at half maximum of at least one of such spaced peak spectral components (305, 325) produced by each emitting unit is within the band pass of a color filter, and wherein each of the at least three different color filters (105a, 105b, 105c) receives at least one spaced peak spectral component having a full width at half maximum that is within its band pass, and wherein the first broadband light-emitting unit (120.1) produces blue and red spaced peak spectral components, but not a green spaced peak spectral component, and the second broadband light-emitting unit (120.2) produces at least blue and green spaced peak spectral components. a) at least first and second broadband light-emitting units (120.1, 120.2... 120.N) disposed between the electrodes (110, 170) that produce different emission spectra and each light-emitting unit (120.x) produces light that has two or more spaced peak spectral components (305, 325); b) an intermediate connector (130.x) disposed between each of the light-emitting units (120.x); and c) an array of at least three different color filters (105a, 105b, 105c) associated with the device that receives light from the broadband light-emitting units (120.x), the band pass of each of the color filters being selected to produce different colored light,
Wheel suspension for a vehicle wheel, in particular rear wheel, of a motor vehicle, driven by means of a cardan shaft, having a wheel mount which has a wheel-side bearing element which mounts the vehicle wheel rotatably and an axle-side bearing element, between which an actuator is switched for adjusting a toe and/or camber angle, said actuator having a wheel-side rotating part and an axle-side rotating part which are rotatable with respect to each other around their rotational axes (27, 28), and the wheel-side rotating part is able to be deflected by a pivot angle (φ) relative to the axle-side rotating part during rotation of the two rotating parts (23, 25), the rotating parts (23, 25) are formed as hollow cylinders, and a torque transmission joint is switched in the cardan shaft guided through an actuator cavity, characterised in that the two rotating parts (23, 25) arranged one next to the other in the vehicle transverse direction (y) limit an actuator cavity on the outer side, and that the torque transmission joint is arranged to be laterally offset to the wheel mount by an offset in the vehicle transverse direction (y) as well as to be completely outside the actuator cavity.
A lock cylinder for an electronic key, having a core, which can be moved in a housing, having a locking channel arranged in the core for the introduction of the key and an antenna arranged in the housing for the detection of electronic signals of the key and having an electronic blocking device for the selective blocking or release of the movement of the core in dependence on the signals of the key, characterized in that the antenna in the housing is directly opposite a transmission antenna in the core for the contactless transmission of the signals of the key and that a receiving antenna is arranged in the core directly on the locking channel and is connected to the transmission antenna via electrical conductors.
A chiller plant (12, 112), comprising: a chiller circuit (12A, 112A) including a chiller and a process fluid circuit, the chiller being configured to provide a process fluid at a first temperature; and an air handling circuit (12B, 112B) including a plurality of ice storage tanks and an air handling unit, characterized in that the chiller circuit (12A, 112A) and the air handling circuit (12B, 112B) are fluidly connectable such that the chiller is used to create ice for the plurality of ice storage tanks; wherein the chiller plant comprises flow control devices (24, 26, 28) each configured to move between a flow disabled state and a flow enabled state, for fluidly separating and fluidly connecting the chiller circuit (12A, 112A) and the air handling circuit (12B, 112B). a chiller circuit (12A, 112A) including a chiller and a process fluid circuit, the chiller being configured to provide a process fluid at a first temperature; and an air handling circuit (12B, 112B) including a plurality of ice storage tanks and an air handling unit, characterized in that the chiller circuit (12A, 112A) and the air handling circuit (12B, 112B) are fluidly connectable such that the chiller is used to create ice for the plurality of ice storage tanks; wherein the chiller plant comprises flow control devices (24, 26, 28) each configured to move between a flow disabled state and a flow enabled state, for fluidly separating and fluidly connecting the chiller circuit (12A, 112A) and the air handling circuit (12B, 112B).
Isolating rail for a supporting profile (2, 3), in particular for a facade, window, sloping glazing or a glazed roof, comprising a main body of a first material, on which at least one web for a push-fit connection is formed on one side, in order to fix the isolating rail on or in a screw-connection groove (20, 30) of the supporting profile (2, 3), the main body being produced from a rigid foam, characterized in that the main body consists of at least two parts (11a, 11b), which are separated along a centre plane and are welded, adhesively bonded or in some other way permanently connected to one another.
An actuator simulator, comprising: a first interface configured to communicate with a programmable computer; a second interface configured to communicate with an actuator controller; a simulation module in communication with each of the first interface and the second interface, the simulation module being configured to receive at least one actuator simulation model corresponding to at least one actuator from the first interface, receive excitation signals and command signals for operating the actuator from the second interface, and determine simulated feedback signals based on the excitation signals, the command signals, and the actuator simulation model, and a third interface configured to communicate with the actuator, the simulation module being configured to receive, via the third interface, actual feedback signals from the actuator in response to the excitation signals and the command signals, and being configured to transmit characterization data corresponding to the actual feedback signals and the simulated feedback signals to the programmable computer through the first interface. a first interface configured to communicate with a programmable computer; a second interface configured to communicate with an actuator controller; a simulation module in communication with each of the first interface and the second interface, the simulation module being configured to receive at least one actuator simulation model corresponding to at least one actuator from the first interface, receive excitation signals and command signals for operating the actuator from the second interface, and determine simulated feedback signals based on the excitation signals, the command signals, and the actuator simulation model, and a third interface configured to communicate with the actuator, the simulation module being configured to receive, via the third interface, actual feedback signals from the actuator in response to the excitation signals and the command signals, and being configured to transmit characterization data corresponding to the actual feedback signals and the simulated feedback signals to the programmable computer through the first interface.
A compound represented by the formula: or a pharmaceutically acceptable salt thereof, wherein A is C 5 alkyl, C 6 alkyl, C 5 alkenyl, C 6 alkenyl, C -(CH 2) n -CH 3 or CH -(CH 2) n -CH 3 wherein n is 3 or 4; R 1 is H, OH or F; R 2 is H, OH, F or CH 2 -OH; R 3 is H, OH, F or CH 2 Ph; R 4 is H, OH or F; Q is 1) (CH 2) m C OH wherein m is 1 or 2, 2) CH -C OH, 3) CF 2 -C OH, or 4) C -C OH; for use in preventing and/or slowing progression of and/or treating fibrosis in a subject in need thereof, wherein the subject has a fibrotic disease which is pulmonary fibrosis, liver fibrosis, skin fibrosis or cardiac fibrosis, and the skin fibrosis is selected from scarring, hypertrophic scarring, keloid scarring, and dermal fibrotic disorder, and the cardiac fibrosis is cardiomyopathy. A is C 5 alkyl, C 6 alkyl, C 5 alkenyl, C 6 alkenyl, C -(CH 2) n -CH 3 or CH -(CH 2) n -CH 3 wherein n is 3 or 4; R 1 is H, OH or F; R 2 is H, OH, F or CH 2 -OH; R 3 is H, OH, F or CH 2 Ph; R 4 is H, OH or F; Q is 1) (CH 2) m C OH wherein m is 1 or 2, 2) CH -C OH, 3) CF 2 -C OH, or 4) C -C OH; 1) (CH 2) m C OH wherein m is 1 or 2, 2) CH -C OH, 3) CF 2 -C OH, or 4) C -C OH;