mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a bonded body in which a ceramic member made of ceramics, the ceramics being aluminum nitride (AlN), silicon nitride (Si 3 N 4) or alumina (Al 2 O 3), and a Cu member made of Cu or a Cu alloy are bonded to each other, the method comprising: a laminating step of laminating the ceramic member and the Cu member in a state where a Ti paste and a Cu-P-Sn-Ni brazing filler material containing 3 mass% to 10 mass% of P are interposed between the Cu member and the ceramic member, wherein the Cu-P-Sn-Ni brazing filler material is disposed close to the ceramic member, and the Ti paste is disposed close to the Cu member and contains Ti powder or TiH 2 powder as an active metal material, a resin, and a solvent, the Ti powder having a particle diameter of 5 (μm to 40 μm, and the TiH 2 powder having a particle diameter of 15 μm or less; and a heating step of heating the ceramic member and the Cu member which are laminated, wherein the ceramic member and the Cu member are placed into and heated in a vacuum heating furnace while being pressurized at a pressure of 0.10 MPa to 3.43 MPa (1 kgf/cm 2 to 35 kgf/cm 2) in a laminating direction, the internal pressure of the vacuum heating furnace is set to a range of 10 -6 Pa to 10 -3 Pa, the heating temperature is set to a range of 600°C to 650°C, and the heating time is set to a range of 30 minutes to 360 minutes. a laminating step of laminating the ceramic member and the Cu member in a state where a Ti paste and a Cu-P-Sn-Ni brazing filler material containing 3 mass% to 10 mass% of P are interposed between the Cu member and the ceramic member, wherein the Cu-P-Sn-Ni brazing filler material is disposed close to the ceramic member, and the Ti paste is disposed close to the Cu member and contains Ti powder or TiH 2 powder as an active metal material, a resin, and a solvent, the Ti powder having a particle diameter of 5 (μm to 40 μm, and the TiH 2 powder having a particle diameter of 15 μm or less; and a heating step of heating the ceramic member and the Cu member which are laminated, wherein the ceramic member and the Cu member are placed into and heated in a vacuum heating furnace while being pressurized at a pressure of 0.10 MPa to 3.43 MPa (1 kgf/cm 2 to 35 kgf/cm 2) in a laminating direction, the internal pressure of the vacuum heating furnace is set to a range of 10 -6 Pa to 10 -3 Pa, the heating temperature is set to a range of 600°C to 650°C, and the heating time is set to a range of 30 minutes to 360 minutes.
A tablet discharge for removing tablets pressed in a tablet press, having a main discharge channel that has a least one branch in at least one first discharge channel, and at least one second discharge channel separated from the first discharge channel by at least one partition wall, wherein a shunt is provided at the branch which can be actuated such that the tablets are optionally guided out of the main discharge channel into the first discharge channel or into the second discharge channel, wherein the shunt has a guide channel for the tablets, and a guide gearing is provided by means of which the guide channel can be moved between a first position connecting the main discharge channel to the first discharge channel and a second position connecting the main discharge channel to the second discharge channel, characterized in that the end of the guide channel facing away from the main discharge channel is rotatably mounted about a first rotary axis on a first end of a coupling rod, wherein the second end of the coupling rod is rotatably mounted about a second rotary axis on the partition wall, and wherein an actuator is provided that rotates the coupling rod about the second rotary axis to move the guide channel between the first and second position, wherein a rotary movement of the coupling rod is translated into a combined rotary and linear movement of the guide channel, and the end of the guide channel facing away from the discharge channel at least temporarily assumes a distance from the partition wall while moving between the first position and second position.
NH-fuse circuit breaker comprising a housing for accommodating a plurality of NH fuses, said housing being orientated vertically when assembled, the housing being configured to dissipate excess heat, generated by the NH fuses located in the housing, upwards out of the housing into the environment by way of convection within the housing past the sides of NH fuses arranged above, three NH fuses for protecting three current phases (L1, L2, L3) being contained in the housing, characterised in that a first NH fuse and a second NH fuse are arranged side by side within the housing, and a third NH fuse positioned above is provided, excess heat generated by the first NH fuse being passed upwards past the side of a first lateral surface of the third NH fuse, and excess heat generated by the second NH fuse being passed upwards past the side of a second, opposite lateral surface of the third NH fuse, without heating up the third NH fuse, in that for each current phase one or two associated plug-in contact elements (5, 6, 7) are provided on the rear face of the housing of the NH-fuse circuit breaker and can be plugged into corresponding contact slots of the associated live bar or of a bar adapter for the live bar, and in that each of the plug-in contact elements (5, 6, 7) is mechanically protected by two protective ribs arranged on either side. the housing being configured to dissipate excess heat, generated by the NH fuses located in the housing, upwards out of the housing into the environment by way of convection within the housing past the sides of NH fuses arranged above, three NH fuses for protecting three current phases (L1, L2, L3) being contained in the housing, characterised in that a first NH fuse and a second NH fuse are arranged side by side within the housing, and a third NH fuse positioned above is provided, excess heat generated by the first NH fuse being passed upwards past the side of a first lateral surface of the third NH fuse, and excess heat generated by the second NH fuse being passed upwards past the side of a second, opposite lateral surface of the third NH fuse, without heating up the third NH fuse, in that for each current phase one or two associated plug-in contact elements (5, 6, 7) are provided on the rear face of the housing of the NH-fuse circuit breaker and can be plugged into corresponding contact slots of the associated live bar or of a bar adapter for the live bar, and in that each of the plug-in contact elements (5, 6, 7) is mechanically protected by two protective ribs arranged on either side.
Vacuum pump device for a motor vehicle comprising a camshaft, the device comprising a vacuum pump which is intended to produce a reduced pressure in a vacuum circuit, a drive shaft rotatably driving the vacuum pump, a coupling mechanism having a coupled state in which the camshaft rotatably drives the drive shaft, and an uncoupled state in which the drive shaft is not rotatably driven, a pneumatic actuator which is supplied with pneumatic energy by the vacuum circuit, which pneumatic actuator carries out a change of state of the coupling mechanism between the coupled state and the uncoupled state characterized in that the device comprises an activation system with two states which is capable of controlling the coupling mechanism when a first reduced pressure threshold and a second reduced pressure threshold are reached.
An information processing apparatus including an interpreter which interprets a PostScript, PS, command, the information processing apparatus including: a reception unit configured to receive a first PS command for instructing a setting of a PS password to the interpreter and a second PS command including a print instruction and a PS password; a volatile storage unit configured to store the PS password set in accordance with the first PS command; a processor configured to execute a process in accordance with a result of interpretation of the print instruction included in the second PS command in a case where the PS password included in the second PS command coincides with the PS password stored in the volatile storage device; a display controller configured to perform control of display of a setting screen for inputting a PS password to be set in the interpreter in a display unit; a nonvolatile storage device configured to store the PS password input through the setting screen; and a controller configured to perform control to store the PS password stored in the nonvolatile storage device as the PS password of the interpreter in the volatile storage device at a predetermined timing. a reception unit configured to receive a first PS command for instructing a setting of a PS password to the interpreter and a second PS command including a print instruction and a PS password; a volatile storage unit configured to store the PS password set in accordance with the first PS command; a processor configured to execute a process in accordance with a result of interpretation of the print instruction included in the second PS command in a case where the PS password included in the second PS command coincides with the PS password stored in the volatile storage device; a display controller configured to perform control of display of a setting screen for inputting a PS password to be set in the interpreter in a display unit; a nonvolatile storage device configured to store the PS password input through the setting screen; and a controller configured to perform control to store the PS password stored in the nonvolatile storage device as the PS password of the interpreter in the volatile storage device at a predetermined timing.
A cache memory error detection circuit for detecting bit flips in a valid indicator in cache memory, comprising: a means for advancing an invalidate interval state based on an invalidate operation performed on a cache memory; a means for generating a redundant information indicator (46 - 46) for each of an at least one cache entry (18 - 18) in the cache memory based on the invalidate interval state, in response to establishment of the at least one cache entry; and a means for, in response to a valid indicator for an accessed cache entry in the cache memory indicating a valid state: receiving the redundant information indicator (46 - 46) for the accessed cache entry (18 - 18) in the cache memory; receiving the invalidate interval state; generating a current redundant information indicator based on the invalidate interval state; and comparing the redundant information indicator (46 - 46) for the accessed cache entry to the current redundant information indicator. a means for advancing an invalidate interval state based on an invalidate operation performed on a cache memory; a means for generating a redundant information indicator (46 - 46) for each of an at least one cache entry (18 - 18) in the cache memory based on the invalidate interval state, in response to establishment of the at least one cache entry; and a means for, in response to a valid indicator for an accessed cache entry in the cache memory indicating a valid state: receiving the redundant information indicator (46 - 46) for the accessed cache entry (18 - 18) in the cache memory; receiving the invalidate interval state; generating a current redundant information indicator based on the invalidate interval state; and comparing the redundant information indicator (46 - 46) for the accessed cache entry to the current redundant information indicator. receiving the redundant information indicator (46 - 46) for the accessed cache entry (18 - 18) in the cache memory; receiving the invalidate interval state; generating a current redundant information indicator based on the invalidate interval state; and comparing the redundant information indicator (46 - 46) for the accessed cache entry to the current redundant information indicator.
A mobile terminal comprising: a first frame; a second frame including a third rear portion coupled to a rear face of the first frame and being movable in a first direction, and including a first roller disposed at an end in the first direction of the third rear portion; a third frame coupled to a rear face of the third rear portion being movable in the first direction; a flexible display panel surrounding the first roller and having one end on a front face of the first frame and another end disposed on the third frame; a driving unit configured to drive the second frame from the first frame in the first direction or in a second direction reverse to the first direction; and a spring member connecting the third frame to the third rear portion of the second frame and configured to provide a constant force in the second direction to the third frame, wherein the spring member includes: a fixed shaft, wherein the fixed shaft is a shaft of the first roller; a spiral spring wound around or unwound from the fixed shaft, a wire connecting an end of the spiral spring to the third frame; and a shaft fixed to the third rear portion and surrounded by the wire such that both ends of the wire are directed in the first direction and wherein the spiral spring is configured to generate a constant attractive force while being wound around or unwound from the fixed shaft. a first frame; a second frame including a third rear portion coupled to a rear face of the first frame and being movable in a first direction, and including a first roller disposed at an end in the first direction of the third rear portion; a third frame coupled to a rear face of the third rear portion being movable in the first direction; a flexible display panel surrounding the first roller and having one end on a front face of the first frame and another end disposed on the third frame; a driving unit configured to drive the second frame from the first frame in the first direction or in a second direction reverse to the first direction; and a spring member connecting the third frame to the third rear portion of the second frame and configured to provide a constant force in the second direction to the third frame, a fixed shaft, wherein the fixed shaft is a shaft of the first roller; a spiral spring wound around or unwound from the fixed shaft, a wire connecting an end of the spiral spring to the third frame; and a shaft fixed to the third rear portion and surrounded by the wire such that both ends of the wire are directed in the first direction and wherein the spiral spring is configured to generate a constant attractive force while being wound around or unwound from the fixed shaft.
A respiratory therapy apparatus for providing a therapy for a respiratory disorder, the respiratory therapy apparatus comprising: a power input circuit to connect to one or more of a low-power power supply (4210-ALT) and a high-power power supply, a controller coupled to the power input circuit and configured to detect which of the low-power power supply (4210-ALT) and the high-power power supply is connected to the respiratory therapy apparatus, the controller configured to, based on which power supply is detected to be connected, selectively activate one of a first mode of operation of the respiratory therapy apparatus and a second mode of operation of the respiratory therapy apparatus, wherein the first mode of operation is a non-therapy mode and the second mode of operation is a therapy mode, wherein the therapy mode comprises powering a motor of a blower for generating a flow of gas to a respiratory interface for a user. a power input circuit to connect to one or more of a low-power power supply (4210-ALT) and a high-power power supply, a controller coupled to the power input circuit and configured to detect which of the low-power power supply (4210-ALT) and the high-power power supply is connected to the respiratory therapy apparatus, the controller configured to, based on which power supply is detected to be connected, selectively activate one of a first mode of operation of the respiratory therapy apparatus and a second mode of operation of the respiratory therapy apparatus, wherein the first mode of operation is a non-therapy mode and the second mode of operation is a therapy mode, wherein the therapy mode comprises powering a motor of a blower for generating a flow of gas to a respiratory interface for a user.
A semiconductor device for detection of radiation, comprising: - a semiconductor substrate with a main surface, - a dielectric layer comprising at least one compound of a semiconductor material, the dielectric layer being arranged on or above the main surface, - an integrated circuit including at least one component sensitive to radiation, the integrated circuit being arranged in the substrate at or near the main surface, - a wiring of the integrated circuit, the dielectric layer comprising an intermetal dielectric layer, the wiring being arranged in the intermetal dielectric layer, - an electrically conductive through-substrate via contacting the wiring, and - an optical filter element arranged immediately on the dielectric layer above the component sensitive to radiation, characterized in that - the dielectric layer comprises a passivation layer at least above the through-substrate via, - the passivation layer comprises a dielectric material that is different from the intermetal dielectric layer, - the wiring is arranged between the main surface and the passivation layer - the passivation layer is arranged in or on the intermetal dielectric layer, - the passivation layer comprises an opening above the component sensitive to radiation, the intermetal dielectric layer being free from the passivation layer in the opening, and - the optical filter element is arranged on the intermetal dielectric layer above or in the opening of the passivation layer. - a semiconductor substrate with a main surface, - a dielectric layer comprising at least one compound of a semiconductor material, the dielectric layer being arranged on or above the main surface, - an integrated circuit including at least one component sensitive to radiation, the integrated circuit being arranged in the substrate at or near the main surface, - a wiring of the integrated circuit, the dielectric layer comprising an intermetal dielectric layer, the wiring being arranged in the intermetal dielectric layer, - an electrically conductive through-substrate via contacting the wiring, and - an optical filter element arranged immediately on the dielectric layer above the component sensitive to radiation, - the dielectric layer comprises a passivation layer at least above the through-substrate via, - the passivation layer comprises a dielectric material that is different from the intermetal dielectric layer, - the wiring is arranged between the main surface and the passivation layer - the passivation layer is arranged in or on the intermetal dielectric layer, - the passivation layer comprises an opening above the component sensitive to radiation, the intermetal dielectric layer being free from the passivation layer in the opening, and - the optical filter element is arranged on the intermetal dielectric layer above or in the opening of the passivation layer.
Method for the manufacture of the innerliner compound comprising: - a first mixing step wherein at least one cross-linkable unsaturated chain polymeric base and a filler system are mixed together; - a final mixing step wherein a vulcanization system is added and mixed with the mixture deriving from an earlier mixing step; said method being characterized by the fact that it comprises an intermediate mixing step interposed between said first mixing step and said final mixing step, and wherein lignin is added and mixed into the mixture deriving from a previous mixing step. - a first mixing step wherein at least one cross-linkable unsaturated chain polymeric base and a filler system are mixed together; - a final mixing step wherein a vulcanization system is added and mixed with the mixture deriving from an earlier mixing step;
Nanogel compound comprising • a nanogel matrix component (2, 3) comprising a dendritic polyglycerol crosslinked by poly(N-isopropylacrylamide), and • a first conjugation component which forms a semi-interpenetrating network with the nanogel matrix component, characterized in that the first conjugation component is 2-acrylamido-2-methyl-1-propanesulfonic acid. • a nanogel matrix component (2, 3) comprising a dendritic polyglycerol crosslinked by poly(N-isopropylacrylamide), and • a first conjugation component which forms a semi-interpenetrating network with the nanogel matrix component,
A non-aqueous electrolytic solution for use in a non-aqueous electrolyte secondary battery which comprises a positive electrode capable of having occluded therein and releasing metal ions, a negative electrode capable of having occluded therein and releasing metal ions, and a non-aqueous electrolytic solution comprising a non-aqueous solvent and an electrolyte dissolved in the non-aqueous solvent, the non-aqueous electrolytic solution containing a compound represented by the general formula below in an amount of 0.01 to 4.5% by mass, based on the mass of the non-aqueous electrolytic solution, wherein, when the non-aqueous electrolytic solution contains propylene carbonate, the non-aqueous electrolytic solution contains ethylene carbonate and propylene carbonate, and satisfies at least one of the requirements that the volume ratio of the ethylene carbonate and the propylene carbonate be 99:1 to 40:60, and that the content of the propylene carbonate in the non-aqueous solvent be 10% by volume or less: wherein, in the general formula, n represents an integer of 1 to 4; each of R 1 and R 2 independently represents hydrogen, fluorine, or a hydrocarbon group having 2 carbon atoms or less and optionally being substituted with fluorine, wherein the total of the number of carbon atoms of R 1 and the number of carbon atoms of R 2 is 2 or less, wherein when n is 2 or more, a plurality R 1 's are the same or different and a plurality of R 2 's are the same or different; and R 3 represents a carbonyl group, a sulfinyl group, a sulfonyl group, or a group represented by the following general formula: wherein, in the general formula, R 4 represents fluorine or a hydrocarbon group having 1 to 10 carbon atoms and optionally being substituted with fluorine, wherein the non-aqueous electrolytic solution contains a hexafluorophosphate as the electrolyte.