mhurhangee/patent-ind-claim-en huggingface dataset:
A bent pipe for a refrigerant to flow therein, comprising: a plurality of bent portions ; a plurality of connecting pipe sections , each connecting two adjacent bent portions ; and two retention members to keep the bending angle of the bending pipe constant; wherein the axes of the connecting pipe sections , the bent portions and the two retention members are in the same plane; each retention member being successively fixed at different locations along its length to the bent portions on one side of the bent pipe , wherein one retention member is successively fixed at different locations along its length to the bent portions on one side of the bent pipe by welding the retention member successively at different locations along its length to the outer apex of each of the bent portions on the one side of the bent pipe , and the other retention member is successively fixed at different locations along its length to the bent portions on the other side of the bent pipe , opposite to the one side of the bent pipe , by welding the retention member successively at different locations along its length to the outer apex of each of the bent portions on the other side of the bent pipe opposite to the one side of the bent pipe . a plurality of bent portions ; a plurality of connecting pipe sections , each connecting two adjacent bent portions ; and two retention members to keep the bending angle of the bending pipe constant; wherein the axes of the connecting pipe sections , the bent portions and the two retention members are in the same plane; each retention member being successively fixed at different locations along its length to the bent portions on one side of the bent pipe , wherein one retention member is successively fixed at different locations along its length to the bent portions on one side of the bent pipe by welding the retention member successively at different locations along its length to the outer apex of each of the bent portions on the one side of the bent pipe , and the other retention member is successively fixed at different locations along its length to the bent portions on the other side of the bent pipe , opposite to the one side of the bent pipe , by welding the retention member successively at different locations along its length to the outer apex of each of the bent portions on the other side of the bent pipe opposite to the one side of the bent pipe .
An accent lamp removably attachable to an automotive headlamp having a headlamp base carrying a headlamp capsule , the accent lamp comprising: a base ; a solid state light source disposed on a mounting surface attached to the base , the solid state light source arranged to emit light in a principal direction (P) away from the mounting surface ; and a first retaining member disposed on the base and being adapted to attach and selectively detach to a first portion of the headlamp base , the first retaining member being disposed at a height, as seen in a direction extending along the principal direction (P), above the mounting surface . a base ; a solid state light source disposed on a mounting surface attached to the base , the solid state light source arranged to emit light in a principal direction (P) away from the mounting surface ; and a first retaining member disposed on the base and being adapted to attach and selectively detach to a first portion of the headlamp base , the first retaining member being disposed at a height, as seen in a direction extending along the principal direction (P), above the mounting surface .
Apparatus , preferably for the production of quicklime and/or magnesia and/or dolomite or cement clinker, comprising a) a kiln for firing carbonaceous, pourable raw material, preferably limestone and/or magnesite and/or dolomite and/or marl, b) an exhaust gas reutilization device for reutilizing the CO 2 -containing kiln exhaust gas emerging from the kiln , the exhaust gas reutilization device having a conversion device for converting, preferably with the addition of hydrogen, the CO 2 contained in the exhaust gas into hydrocarbon and/or alcohol, preferably a methanation device for converting the CO 2 contained in the exhaust gas into methane and water with the addition of hydrogen, characterized in that the kiln comprises means for operating the kiln with a CO 2 atmosphere and no fuel heater for burning fuels in the kiln interior of the kiln , wherein CO 2 atmosphere means that the kiln process gas present in the kiln interior of the kiln has a CO 2 content of ≥ 80 ma.- %, preferably ≥ 90 ma.-%, particularly preferably ≥ 98 ma.-%, and in that the kiln has a raw material sluice (9;39), which can be closed in a gas-tight manner, for introducing the raw material in batches into a kiln interior and means for flushing the raw material sluice (9;39) with flushing gas. a) a kiln for firing carbonaceous, pourable raw material, preferably limestone and/or magnesite and/or dolomite and/or marl, b) an exhaust gas reutilization device for reutilizing the CO 2 -containing kiln exhaust gas emerging from the kiln , the exhaust gas reutilization device having a conversion device for converting, preferably with the addition of hydrogen, the CO 2 contained in the exhaust gas into hydrocarbon and/or alcohol, preferably a methanation device for converting the CO 2 contained in the exhaust gas into methane and water with the addition of hydrogen, the kiln comprises means for operating the kiln with a CO 2 atmosphere and no fuel heater for burning fuels in the kiln interior of the kiln , wherein CO 2 atmosphere means that the kiln process gas present in the kiln interior of the kiln has a CO 2 content of ≥ 80 ma.- %, preferably ≥ 90 ma.-%, particularly preferably ≥ 98 ma.-%, and in that the kiln has a raw material sluice (9;39), which can be closed in a gas-tight manner, for introducing the raw material in batches into a kiln interior and means for flushing the raw material sluice (9;39) with flushing gas.
A side panel for a drawer , having a carrier rail , which has a support section for supporting a bottom panel and a wall section for fixing wall elements, wherein a groove-like channel is arranged between the support section and the wall section , wherein a pivotably mounted detent latch (10, 10', 10", 110) is arranged in the groove-like channel , which protrudes in a detent position with a projection from an opening on a side wall of the groove-like channel , wherein the detent latch (10, 10', 10") is pre-tensioned by a spring in the detent position.
A flush toilet having a toilet seat , a pivot axis that is on a side of a rear end of the toilet seat , and a toilet body having a rim , said flush toilet being configured so that the toilet seat is placed on the rim of the toilet body with the toilet seat free to open and close on the pivot axis , wherein a projection rib for preventing dirty water from flowing out is formed on a front upper face of the rim so that it extends along an outer periphery of the rim , and the projection rib is provided so that the projection rib is outside a front periphery of the toilet seat when the toilet seat is in closing state as seen in a horizontal plane, said flush toilet being characterized in that an upper lend of the projection rib is at a lower height than an upper face of the toilet seat when the toilet seat is in closing state, and in that the upper end of the projection rib is at a height substantially the same as a height of an upper end of a gap between the front upper face of the rim and a front lower face of the toilet seat when the toilet seat is in closing state. a projection rib for preventing dirty water from flowing out is formed on a front upper face of the rim so that it extends along an outer periphery of the rim , and the projection rib is provided so that the projection rib is outside a front periphery of the toilet seat when the toilet seat is in closing state as seen in a horizontal plane, said flush toilet being characterized in that an upper lend of the projection rib is at a lower height than an upper face of the toilet seat when the toilet seat is in closing state, and in that the upper end of the projection rib is at a height substantially the same as a height of an upper end of a gap between the front upper face of the rim and a front lower face of the toilet seat when the toilet seat is in closing state.
A power amplifier , comprising: one or more radiofrequency, RF, output terminals ; and a Gallium Nitride, GaN, semiconductor die on which a power field-effect transistor, FET, is integrated, said FET comprising a plurality of FET cells (U1, U4, U5, U8) that are adjacently arranged in a row, wherein the FET cells (U1, U4, U5, U8) are connected either directly or indirectly to the one or more RF output terminals via a respective first inductor (L3,n), wherein, for FET cells (U1, U8) arranged at opposing ends of the row of FET cells: a total FET cell gate width (Uw) is larger than the total FET cell gate width (Uw) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells; and an inductance of the first inductor (L3,n) is smaller than the inductance of the first inductor (L3,n) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells. one or more radiofrequency, RF, output terminals ; and a Gallium Nitride, GaN, semiconductor die on which a power field-effect transistor, FET, is integrated, said FET comprising a plurality of FET cells (U1, U4, U5, U8) that are adjacently arranged in a row, wherein the FET cells (U1, U4, U5, U8) are connected either directly or indirectly to the one or more RF output terminals via a respective first inductor (L3,n), wherein, for FET cells (U1, U8) arranged at opposing ends of the row of FET cells: a total FET cell gate width (Uw) is larger than the total FET cell gate width (Uw) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells; and an inductance of the first inductor (L3,n) is smaller than the inductance of the first inductor (L3,n) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells. a total FET cell gate width (Uw) is larger than the total FET cell gate width (Uw) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells; and an inductance of the first inductor (L3,n) is smaller than the inductance of the first inductor (L3,n) for one or more FET cells (U4, U5) arranged in the middle of the row of FET cells.
Method for adjusting a pulse sequence for imaging in the context of an MR examination of a patient having the following steps: - detecting an examination movement signal, which is dependent on the movement of the patient, in a period before detecting MR signals during the MR examination, - determining an item of movement probability information using the examination movement signal and an item of determination information, wherein the item of movement probability information comprises a probability detail relating to the future movement of the patient, wherein the item of determination information is derived from a combination and/or linking of the examination movement signal with previously detected further movement signals, wherein a known portion of an inner organ movement and/or a breathing of the examination movement signal is separated from the examination movement signal and the determination of the movement probability information is carried out using the remaining examination movement signal, - adjusting a pulse sequence, which is optimally matched to the capability of the patient to suppress possible movements, using the item of movement probability information. - detecting an examination movement signal, which is dependent on the movement of the patient, in a period before detecting MR signals during the MR examination, - determining an item of movement probability information using the examination movement signal and an item of determination information, wherein the item of movement probability information comprises a probability detail relating to the future movement of the patient, - adjusting a pulse sequence, which is optimally matched to the capability of the patient to suppress possible movements, using the item of movement probability information.
A photovoltaic module comprising: a first outer protective layer comprising a glass sheet having a thickness of 100 μm or less; a second outer protective layer comprising a glass sheet having a thickness of 100 μm or less; and a plurality of photovoltaic wafers defining an active area of the photovoltaic module and at least partially surrounded by an encapsulant layer between the first and second outer protective layers; wherein the first outer protective layer and the second outer protective layer are approximately less than 100 μm in thickness across a substantial entirety of the active area; and the glass sheet of the first outer protective layer and the glass sheet of the second outer protective layer are aluminoborosilicate glasses that are substantially sodium-free; and the photovoltaic module further comprises an additional glass layer comprising a Na-based glass, wherein the Na-based glass comprises more than 1 wt.% Na and has a thickness and rigidity exceeding that of the first and second outer protective layers; wherein the additional glass layer is separated from the photovoltaic wafers by one of the first and second protective layers to form an impurity barrier that impedes impurity migration from the additional glass layer into the portions of the module encapsulated by first and second outer protective layers. a first outer protective layer comprising a glass sheet having a thickness of 100 μm or less; a second outer protective layer comprising a glass sheet having a thickness of 100 μm or less; and a plurality of photovoltaic wafers defining an active area of the photovoltaic module and at least partially surrounded by an encapsulant layer between the first and second outer protective layers; wherein the first outer protective layer and the second outer protective layer are approximately less than 100 μm in thickness across a substantial entirety of the active area; and the glass sheet of the first outer protective layer and the glass sheet of the second outer protective layer are aluminoborosilicate glasses that are substantially sodium-free; and the photovoltaic module further comprises an additional glass layer comprising a Na-based glass, wherein the Na-based glass comprises more than 1 wt.% Na and has a thickness and rigidity exceeding that of the first and second outer protective layers; wherein the additional glass layer is separated from the photovoltaic wafers by one of the first and second protective layers to form an impurity barrier that impedes impurity migration from the additional glass layer into the portions of the module encapsulated by first and second outer protective layers.
Centrifugal compressor unit comprising a first motor , at least one compressor comprising a driven shaft driven by the rotor of the first motor and a set of vanned rotors mounted on the driven shaft , the assembly consisting of the motor and the compressor being mounted in a gas-tight common housing operated by the compressor unit , the rotor of the first motor and the driven shaft being connected by a flexible coupling placed in the housing , characterized in that it comprises a second motor which is placed in the housing and of which the rotor is connected to the driven shaft by a second flexible coupling .
A split type cage , in which a plurality of pockets each accommodating an engagement element between an inner ring and an outer ring of a one-way clutch are formed along a circumferential direction, and a spring provided in each pocket urges the engagement element toward one side in the circumferential direction to thereby cause a reaction toward an other side in the circumferential direction to act, said split type cage comprising: a pair of annular portions which are provided between the inner ring and the outer ring so as to face in an axial direction, and which comprise a plurality of recess portions formed on an inner periphery side at intervals in the circumferential direction; and a pillar portion which is a separate member from the pair of annular portions , which comprises pillar end portions on both end sides in the axial direction and fitted in the recess portions , and on which the reaction acts, wherein the recess portion comprises a wedge-shaped surface which forms a wedge-shaped space between the wedge-shaped surface and an outer peripheral surface of the inner ring , the wedge-shaped space becoming narrower in a radial direction toward the other side in the circumferential direction, and wherein the pillar end portion has a wedge shape in which a radial dimension decreases toward the other side in the circumferential direction, and comprises a radial outside surface which contacts the wedge-shaped surface and a radial inside surface which contacts the outer peripheral surface of the inner ring , characterized in that a circumferential dimension of the recess portion is larger than a circumferential dimension of the pillar end portion . a pair of annular portions which are provided between the inner ring and the outer ring so as to face in an axial direction, and which comprise a plurality of recess portions formed on an inner periphery side at intervals in the circumferential direction; and a pillar portion which is a separate member from the pair of annular portions , which comprises pillar end portions on both end sides in the axial direction and fitted in the recess portions , and on which the reaction acts, wherein the recess portion comprises a wedge-shaped surface which forms a wedge-shaped space between the wedge-shaped surface and an outer peripheral surface of the inner ring , the wedge-shaped space becoming narrower in a radial direction toward the other side in the circumferential direction, and wherein the pillar end portion has a wedge shape in which a radial dimension decreases toward the other side in the circumferential direction, and comprises a radial outside surface which contacts the wedge-shaped surface and a radial inside surface which contacts the outer peripheral surface of the inner ring , characterized in that a circumferential dimension of the recess portion is larger than a circumferential dimension of the pillar end portion .
A cell comprising: a support body having a pillar shape, containing metallic nickel and nickel oxide, and comprising a gas-flow passage passing through an interior of the support body in a longitudinal direction, a first end portion comprising an outlet of the gas-flow passage and a second end portion comprising an inlet of the gas-flow passage; a first electrode layer located upon the support body; a solid electrolyte layer located upon the first electrode layer; and a second electrode layer located upon the solid electrolyte layer, wherein the support body has a lower ratio of metallic nickel at the first end portion than at a central portion in the longitudinal direction, wherein the ratio of metallic nickel is (peak value of metallic nickel obtained through X-ray diffraction)/(sum of peak value of metallic nickel obtained through X-ray diffraction and peak value of nickel oxide) × 100 (%), wherein the sum of a peak value of NiO and a peak value of Ni 2 O 3 is the peak value of the nickel oxide. a support body having a pillar shape, containing metallic nickel and nickel oxide, and comprising a gas-flow passage passing through an interior of the support body in a longitudinal direction, a first end portion comprising an outlet of the gas-flow passage and a second end portion comprising an inlet of the gas-flow passage; a first electrode layer located upon the support body; a solid electrolyte layer located upon the first electrode layer; and a second electrode layer located upon the solid electrolyte layer, wherein the support body has a lower ratio of metallic nickel at the first end portion than at a central portion in the longitudinal direction, wherein the ratio of metallic nickel is (peak value of metallic nickel obtained through X-ray diffraction)/(sum of peak value of metallic nickel obtained through X-ray diffraction and peak value of nickel oxide) × 100 (%), wherein the sum of a peak value of NiO and a peak value of Ni 2 O 3 is the peak value of the nickel oxide.
A refrigeration cycle system comprising: a refrigerant circuit having a compressor configured to compress a refrigerant; means for detecting a compressor current, which is an electric current supplied at least to the compressor ; means for acquiring a first detection value, which is a value of the compressor current at a point of time when a first time has elapsed from starting of the compressor ; means for acquiring a second detection value, which is a value of the compressor current at a point of time when a second time shorter than the first time has elapsed from the starting of the compressor ; and means for stopping the compressor in a case where the first detection value does not exceed a first reference value, and a difference between the first detection value and the second detection value does not exceed a second reference value. a refrigerant circuit having a compressor configured to compress a refrigerant; means for detecting a compressor current, which is an electric current supplied at least to the compressor ; means for acquiring a first detection value, which is a value of the compressor current at a point of time when a first time has elapsed from starting of the compressor ; means for acquiring a second detection value, which is a value of the compressor current at a point of time when a second time shorter than the first time has elapsed from the starting of the compressor ; and means for stopping the compressor in a case where the first detection value does not exceed a first reference value, and a difference between the first detection value and the second detection value does not exceed a second reference value.
Microfluidic print head of a printer , comprising a distal face and: - at least one first channel referred to as injection channel configured for injecting an ink onto a substrate , the injection channel leading onto the distal face through a first opening referred to as injection opening , - at least one second channel referred to as suction channel configured for suctioning up the ink, among others, the suction channel leading onto the distal face through a second opening referred to as suction opening , the print head being characterised in that it comprises: - a groove defined on the distal face and wherein the suction opening leads, - at least one light source or optical waveguide configured for transmitting the light emitted by a light source , and in that the light source or optical waveguide is configured to project a beam of light onto a lighting zone located on the distal face , the lighting zone in turn being configured to project a beam of light from the distal face thereof. - at least one first channel referred to as injection channel configured for injecting an ink onto a substrate , the injection channel leading onto the distal face through a first opening referred to as injection opening , - at least one second channel referred to as suction channel configured for suctioning up the ink, among others, the suction channel leading onto the distal face through a second opening referred to as suction opening , - a groove defined on the distal face and wherein the suction opening leads, - at least one light source or optical waveguide configured for transmitting the light emitted by a light source ,