mhurhangee/patent-ind-claim-en huggingface dataset:
3D hot-melt printing process for producing a three-dimensional product (P) essentially from a polymer powder or polymer filaments wherein the product is built up layer-by-layer by applying polymer plies of powder or filament to a respective previously produced layer and by selective local heating predetermined points of the layer above a sintering or melting temperature of the powder or filaments and sintering or fusing the melted points with the underlying layer, wherein the respective newly applied polymer ply and optionally at least one underlying layer is preheated to a temperature with a predetermined difference to the sintering or melting temperature by flat or migrating irradiation of short-wave or medium-wave IR radiation, wherein the preheating of at least the newly applied polymer ply and/or the local heating above the sintering or melting temperature is carried out by means of near IR radiation, in particular with a radiation density maximum in the wavelength range between 0.77 and 1.2 μm and with high power density above 200 KW/m 2 and wherein for local heating above the sintering or melting temperature near IR radiation with a radiation density maximum between 0.77 and 1.0 μm is used and wherein the radiation of at least one linear halogen radiator, in particular a plurality of halogen radiators , with a radiator temperature of more than 2700K, in particular up to 3100K, is used as near IR radiation. wherein the product is built up layer-by-layer by applying polymer plies of powder or filament to a respective previously produced layer and by selective local heating predetermined points of the layer above a sintering or melting temperature of the powder or filaments and sintering or fusing the melted points with the underlying layer, wherein the respective newly applied polymer ply and optionally at least one underlying layer is preheated to a temperature with a predetermined difference to the sintering or melting temperature by flat or migrating irradiation of short-wave or medium-wave IR radiation, wherein the preheating of at least the newly applied polymer ply and/or the local heating above the sintering or melting temperature is carried out by means of near IR radiation, in particular with a radiation density maximum in the wavelength range between 0.77 and 1.2 μm and with high power density above 200 KW/m 2 and wherein for local heating above the sintering or melting temperature near IR radiation with a radiation density maximum between 0.77 and 1.0 μm is used and wherein the radiation of at least one linear halogen radiator, in particular a plurality of halogen radiators , with a radiator temperature of more than 2700K, in particular up to 3100K, is used as near IR radiation.
A L-Carnitine supplement for use in a method of treatment for decreasing skeletal muscle damage during and after intensive physical activity of an active canine, the method comprising administering to the active canine that is undergoing and/or has undergone physical activity that lasts at least 20 minutes and increases a heart rate of the active canine from about 5% to about 150% or more of a resting heart rate of the active canine and wherein the physical activity results in an intensity equivalent of at least 50% of the canine's V0 2 max, an amount of said L-carnitine supplement of from 5 milligrams per kg body weight per day to 25 milligrams per kilogram of body weight per day, wherein the L-Carnitine supplement is administered to the canine in an amount sufficient to inhibit increases in myoglobin amounts in blood after activity such that the myoglobin amounts in blood of the canine receiving the L-carnitine supplement are reduced by greater than 50% in comparison to the same canine that has not received the L-carnitine supplement, and/or such that the mammal has a creatine kinase value after physical activity that is at least 5% less, in comparison to the same mammal that has not received the L-carnitine supplement. an amount of said L-carnitine supplement of from 5 milligrams per kg body weight per day to 25 milligrams per kilogram of body weight per day, wherein the L-Carnitine supplement is administered to the canine in an amount sufficient to inhibit increases in myoglobin amounts in blood after activity such that the myoglobin amounts in blood of the canine receiving the L-carnitine supplement are reduced by greater than 50% in comparison to the same canine that has not received the L-carnitine supplement, and/or such that the mammal has a creatine kinase value after physical activity that is at least 5% less, in comparison to the same mammal that has not received the L-carnitine supplement.
A terminal device comprising: an encoding unit configured to and/or programmed to divide a first sequence that is a transport block with CRC into a plurality of code blocks, and generate coded bits by applying an error correcting code to the plurality of the code blocks, and a transmission unit configured to and/or programmed to transmit a second sequence on a PUSCH in 1 ms TTI scheduled by a PDCCH, wherein in a case that the PDCCH is detected in a common search space and the CRC is scrambled by P-RNTI or SI RNTI or Temporary C-RNTI, the second sequence is given by mapping the first coded bits to a first matrix in a frequency-axis prioritized manner, and reading out the first coded bits in a time-axis prioritized manner, the first matrix being defined by the frequency-axis and the time-axis, and in a case that the PDCCH is detected in a UE specific search space and the CRC is scrambled by C-RNTI or SPS RNTI, the second sequence is given by being mapping the second coded bits to a second matrix in the frequency-axis prioritized manner, and reading out the second coded bits in the frequency-axis prioritized manner, the second matrix being defined by the frequency-axis and the time-axis. an encoding unit configured to and/or programmed to divide a first sequence that is a transport block with CRC into a plurality of code blocks, and generate coded bits by applying an error correcting code to the plurality of the code blocks, and divide a first sequence that is a transport block with CRC into a plurality of code blocks, and generate coded bits by applying an error correcting code to the plurality of the code blocks, and a transmission unit configured to and/or programmed to transmit a second sequence on a PUSCH in 1 ms TTI scheduled by a PDCCH, wherein in a case that the PDCCH is detected in a common search space and the CRC is scrambled by P-RNTI or SI RNTI or Temporary C-RNTI, the second sequence is given by mapping the first coded bits to a first matrix in a frequency-axis prioritized manner, and reading out the first coded bits in a time-axis prioritized manner, the first matrix being defined by the frequency-axis and the time-axis, and in a case that the PDCCH is detected in a UE specific search space and the CRC is scrambled by C-RNTI or SPS RNTI, the second sequence is given by being mapping the second coded bits to a second matrix in the frequency-axis prioritized manner, and reading out the second coded bits in the frequency-axis prioritized manner, the second matrix being defined by the frequency-axis and the time-axis.
Passenger transport installation , in particular escalator or moving walkway, comprising a plurality of step units which can travel along a target travel path by means of guide rollers on a guide rail system , the installation comprising a detection apparatus for detecting signs of wear, characterized in that the detection apparatus has: • at least one detector roller mounted in place of one of the guide rollers , the detector roller having a discontinuous circumferential surface in the rolling direction of the detector roller ; and • a monitoring device for recording audio data and/or image data along the target travel path ; the audio data and/or image data containing feedback effects on the guide rail system caused by the detector roller . • at least one detector roller mounted in place of one of the guide rollers , the detector roller having a discontinuous circumferential surface in the rolling direction of the detector roller ; and • a monitoring device for recording audio data and/or image data along the target travel path ;
A clamping assembly for coupling adjacent turbine components (54(a), 54(b), 54(c)) of a turbomachine, comprising: a shaft ; a first plurality of clamps ; and a second plurality of clamps , each of the first plurality of clamps and the second plurality of clamps comprising: a first wall ; a second wall extending outwardly from the first wall in a first direction; and a third wall extending outwardly from the first wall in a second direction; wherein each of the first walls of each adjacent pair of the first plurality of clamps is longitudinally spaced apart by one of the second plurality of clamps ; wherein the first walls and the second walls of the first plurality of clamps and the second plurality of clamps collectively define a first slot that receives the shaft the clamping assembly being characterised in that : the first walls and the third walls of the first plurality of clamps and the second plurality of clamps collectively define a second slot for receiving the adjacent turbine components (54(a), 54(b), 54(c)); wherein the shaft thermally expands at the same rate or at a greater rate than the first and the second pluralities of clamps ; and wherein the second walls of the first plurality of clamps are transversely spaced apart from the second walls of the second plurality of clamps . a shaft ; a first plurality of clamps ; and a second plurality of clamps , each of the first plurality of clamps and the second plurality of clamps comprising: a first wall ; a second wall extending outwardly from the first wall in a first direction; and a third wall extending outwardly from the first wall in a second direction; a first wall ; a second wall extending outwardly from the first wall in a first direction; and a third wall extending outwardly from the first wall in a second direction; wherein each of the first walls of each adjacent pair of the first plurality of clamps is longitudinally spaced apart by one of the second plurality of clamps ; wherein the first walls and the second walls of the first plurality of clamps and the second plurality of clamps collectively define a first slot that receives the shaft the clamping assembly being characterised in that : the first walls and the third walls of the first plurality of clamps and the second plurality of clamps collectively define a second slot for receiving the adjacent turbine components (54(a), 54(b), 54(c)); wherein the shaft thermally expands at the same rate or at a greater rate than the first and the second pluralities of clamps ; and wherein the second walls of the first plurality of clamps are transversely spaced apart from the second walls of the second plurality of clamps .
Cooking appliance apparatus (10a-c), in particular hob apparatus, with a plurality of at least two heating branches (12a-c), each of which comprise at least one heating unit (14a-c) and at least one branch switching unit (16a-c), with a switching unit (18a-c) common to the heating branches (12a-c) and with at least one control unit (20a-c), which, in an operating state for adjusting a heating power of at least one of the heating branches (12a-c) to be operated, adapts at least one switching parameter (22a-c) of a set of switching parameters of the branch switching unit (16a-c) of the at least one heating branch (12-a-c) to be operated, wherein the control unit (20a-c) periodically operates the branch switching units (16a-c) of the heating branches 12a-c) to be operated with a common cycle duration (28a-c) in each case, characterised in that in the operating state the control unit (20a-c) operates the common switching unit (18a-c) periodically with the common cycle duration (28a-c).
A superconducting system comprising: a coplanar superconducting circuit comprising: a first ground plane region ; a second ground plane region electrically isolated from the first ground plane region by portions of the coplanar superconducting circuit ; and a tunable coupler having a first port (P 1 ) and a second port (P 2 ), the tunable coupler comprising: a variable inductance coupling element coupled between the first port (P 1 ) and the second port (P 2 ); a first termination inductor having a first end coupled to a first end of the variable inductance coupling element, and a second end coupled to the first ground plane region ; and a second termination inductor having a first end coupled to a second end of the variable inductance coupling element, and a second end coupled to the second ground plane region . a first ground plane region ; a second ground plane region electrically isolated from the first ground plane region by portions of the coplanar superconducting circuit ; and a tunable coupler having a first port (P 1 ) and a second port (P 2 ), the tunable coupler comprising: a variable inductance coupling element coupled between the first port (P 1 ) and the second port (P 2 ); a first termination inductor having a first end coupled to a first end of the variable inductance coupling element, and a second end coupled to the first ground plane region ; and a second termination inductor having a first end coupled to a second end of the variable inductance coupling element, and a second end coupled to the second ground plane region . a variable inductance coupling element coupled between the first port (P 1 ) and the second port (P 2 ); a first termination inductor having a first end coupled to a first end of the variable inductance coupling element, and a second end coupled to the first ground plane region ; and a second termination inductor having a first end coupled to a second end of the variable inductance coupling element, and a second end coupled to the second ground plane region .
A handlebar carrier for coupling a handlebar to a power operated-tool, the power tool including a support shaft and an internal combustion engine , the handlebar carrier comprising: a carrier body for coupling to the support shaft ; and a handlebar clamp attached to the carrier body and arranged to movably couple the handlebar to the carrier body such that the handlebar is movable between an operational position and a first non-operational position, characterized in that the handlebar carrier further includes a kill-switch operable to prevent operation of the internal combustion engine when the handlebar is moved out of the operational position. a carrier body for coupling to the support shaft ; and a handlebar clamp attached to the carrier body and arranged to movably couple the handlebar to the carrier body such that the handlebar is movable between an operational position and a first non-operational position, characterized in that the handlebar carrier further includes a kill-switch operable to prevent operation of the internal combustion engine when the handlebar is moved out of the operational position.
An assembly comprising a conductor and a conductor contact to be assembled therewith, the conductor having a free end section adapted to be received in the conductor contact, the conductor contact comprising - a sleeve with an opening adapted to receive the free end section of the conductor, - a contact tip with an opening adapted to receive the sleeve , the sleeve comprising a tapered outer surface on a compressible section surrounding said opening and the contact tip comprising a tapered surface inside the opening adapted to compress the compressible section of the sleeve when the contact tip surrounds the sleeve , and an outer smooth surface ; characterized in that the contact tip has an outer circumference at the opening substantially equivalent to a circumference of the conductor at an axial distance from the free end substantially equivalent to the axial depth of the opening in the sleeve adapted to receive the free end thereby providing a smooth transition from the surface of the conductor to the surface of the conductor contact, wherein the assembly of the conductor contact and the conductor presents a smooth cylindrical surface when the contact tip is connected to the conductor . - a sleeve with an opening adapted to receive the free end section of the conductor, - a contact tip with an opening adapted to receive the sleeve ,
A crystalline salt of 5-methyl- -tetrahydrofolic acid and L-isoleucine ethyl ester wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to L-isoleucine ethyl ester is from 1:0.3 to 1:2.0 (in mol/mol) and/or hydrates and/or solvates thereof.
A flow conditioning device for operatively coupling to an inlet of a compressor and for conditioning a wet gas stream having a plurality of liquid droplets and a gas flow, the flow conditioning device comprising: a first segment comprising a first convergent section configured to break the plurality of liquid droplets from a first size to a second size; and a second segment coupled to the first segment and comprising a second convergent section configured to break the plurality of liquid droplets from the second size to a third size; wherein the first segment further comprises a first divergent section operatively coupled between the first convergent section and the second convergent section and configured to decelerate the wet gas stream; and further comprising a wedge disposed at a central body of the first divergent section to form the second segment. a first segment comprising a first convergent section configured to break the plurality of liquid droplets from a first size to a second size; and a second segment coupled to the first segment and comprising a second convergent section configured to break the plurality of liquid droplets from the second size to a third size; wherein the first segment further comprises a first divergent section operatively coupled between the first convergent section and the second convergent section and configured to decelerate the wet gas stream; and further comprising a wedge disposed at a central body of the first divergent section to form the second segment.
A filling system for a vacuum insulated structure comprising: a powder processor including: a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface ; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall ; an evacuator coupled to a vacuum port positioned in the outer hopper wall ; and an aperture exit positioned at a bottom of the hopper ; a vacuum insulated structure including: a liner positioned inside a wrapper ; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity ; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell ; wherein the powder processor loads the shell with a heated and at least partially degassed vacuum insulation material through the loading port while a vacuum is applied to the shell through the at least one gas permeable feature . a powder processor including: a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface ; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall ; an evacuator coupled to a vacuum port positioned in the outer hopper wall ; and an aperture exit positioned at a bottom of the hopper ; a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface ; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall ; an evacuator coupled to a vacuum port positioned in the outer hopper wall ; and an aperture exit positioned at a bottom of the hopper ; a vacuum insulated structure including: a liner positioned inside a wrapper ; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity ; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell ; a liner positioned inside a wrapper ; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity ; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell ;