mhurhangee/patent-ind-claim-en huggingface dataset:
A phototherapy treatment apparatus comprising: a bed including (i) at least one of a transparent or a translucent material, (ii) a surface having a plurality of microstructures capable of dispersing light, (iii) a bottom surface and (iv) a plurality of side surfaces ; a housing holding the bed; and a light source supported by the housing, the light source being positioned in the housing such that light generated by the light source is directed at one of the plurality of the side surfaces and is transmitted through the transparent or the translucent material of the bed and through the plurality of microstructures such that the light exits the plurality of microstructures having a more diffusive distribution, and wherein the surface having the plurality of microstructures is a top surface, and wherein the light generated by the light source is directed at the one of the plurality of the side surfaces of the bed at an angle such as to produce total internal reflection of the light transmistted through the transparent or the translucent material of the bed and such that the light transmistted through the transparent or the translucent material of the bed exits from the plurality of microstructures at the top surface of the bed. a bed including (i) at least one of a transparent or a translucent material, (ii) a surface having a plurality of microstructures capable of dispersing light, (iii) a bottom surface and (iv) a plurality of side surfaces ; a housing holding the bed; and a light source supported by the housing, the light source being positioned in the housing such that light generated by the light source is directed at one of the plurality of the side surfaces and is transmitted through the transparent or the translucent material of the bed and through the plurality of microstructures such that the light exits the plurality of microstructures having a more diffusive distribution, and wherein the surface having the plurality of microstructures is a top surface, and wherein the light generated by the light source is directed at the one of the plurality of the side surfaces of the bed at an angle such as to produce total internal reflection of the light transmistted through the transparent or the translucent material of the bed and such that the light transmistted through the transparent or the translucent material of the bed exits from the plurality of microstructures at the top surface of the bed.
An intermediate transfer medium which comprises a substrate, and at least a protective layer and a receiving layer which are layered in that order on one surface side of the substrate; wherein the protective layer comprises at least one of (a) polyester of high polymerization degree which has a number average molecular weight (Mn) of not less than 12, 000 and Tg of not lower than 60 °C, and (b) polyester urethane, in an amount of not less than 50 % by weight on a base of total weight of the protective layer.
An isolated cortical bone-derived stem cell (CBSC) capable of differentiating into a cardiomyocyte, wherein the cell expresses CD29, Sca-1, CD105, CD44, CD106, CD73, CD271, and CD90.
A method of determining the replacement state of wear of a rope made of a textile fibre material, characterized by the combination of the measures that, in the course of using the rope, - the elongation of the rope is monitored across its entire length and the rope is discarded when the elongation of the rope across the entire length exceeds a specified maximum value in %, and - the local elongation of a discrete rope section is monitored and the rope is discarded when the local elongation of the rope section exceeds a specified maximum value in %, wherein the maximum value of the local elongation of the rope section is greater than the maximum value of the elongation of the rope across the entire length. - the elongation of the rope is monitored across its entire length and the rope is discarded when the elongation of the rope across the entire length exceeds a specified maximum value in %, and - the local elongation of a discrete rope section is monitored and the rope is discarded when the local elongation of the rope section exceeds a specified maximum value in %,
A compound of Formula I, or a pharmaceutically acceptable salt thereof, wherein: R 2 is H, halo, C 1-6 alk, or C 1-6 haloalk; R 3 is C 1-6 alk, C 1-6 haloalk, -O-C 1-6 alk, or -CN; R 4 is a 5- to 6-membered heteroaryl; Each of R 6 and R 7 is hydrogen; and Each of R 5a ; R 5b ; R 5c ; R 5d ; and R 5e is independently hydrogen or halo, wherein R 1 is selected from -CH 2 -CF 3 , -CH 2 -CH 2 -CF 3 , -CH 2 -CH 2 -CH 2 -CF 3 , -CH 2 -CH(CH 3 )-CF 3 , -CH 2 -CF 2 -CF 3 , -CH 2 -C(CH 3 ) 2 -CF 3 , -C(CH 3 ) 2 -CH 2 -CF 3 , -CF 2 -CH 2 -CF 3 , or -CH 2 -CH 2 -CHF 2 . R 2 is H, halo, C 1-6 alk, or C 1-6 haloalk; R 3 is C 1-6 alk, C 1-6 haloalk, -O-C 1-6 alk, or -CN; R 4 is a 5- to 6-membered heteroaryl; Each of R 6 and R 7 is hydrogen; and Each of R 5a ; R 5b ; R 5c ; R 5d ; and R 5e is independently hydrogen or halo,
A method of calibrating and linearization of a position sensor , comprising: Reading Spatial Angle data from a position sensor at a set of positions of a target swept over receive coils in the position sensor ; calculating calibration parameters from the Spatial Angle data by matching an electrical measured position with a mechanical reference position; determining an initial position value from the Spatial Angle data and the calibration parameters; determining linearization parameters from the initial position value by linearization of the measured position; and writing the calibration parameters and the linearization parameters into the position sensor . Reading Spatial Angle data from a position sensor at a set of positions of a target swept over receive coils in the position sensor ; calculating calibration parameters from the Spatial Angle data by matching an electrical measured position with a mechanical reference position; determining an initial position value from the Spatial Angle data and the calibration parameters; determining linearization parameters from the initial position value by linearization of the measured position; and writing the calibration parameters and the linearization parameters into the position sensor .
Optical image capture unit for capturing a code , comprising optical capture means which are designed such that an image signal that depicts the code and has a hardware-dependent and pixel-based resolution can be generated, characterized by evaluation means which are designed such that a dimension measurement of a smallest code unit in the image signal can be determined and indication means which are designed such that a size reserve for the minimum resolution limit can be ascertained as a ratio between the dimension measurement of the smallest code unit and a predefinable limit value.
Sensor for universal-current-sensitive determination of a residual current, - the sensor having a magnetic field-sensitive component , a first main winding , a test winding and a shield , - the magnetic field-sensitive component being a component made of a soft-magnetic material, - the magnetic field-sensitive component having a through-opening, the through-opening of the magnetic field-sensitive component being formed in cross section as an oval having two axes of symmetry, - the first main winding and the test winding each surrounding the magnetic field-sensitive component with a plurality of turns, - the first main winding being designed to be actively supplied with an electric current by means of a current source or a voltage source, - the shield having a receiving space that is designed to receive the magnetic field-sensitive component , the first main winding and the test winding, - the receiving space of the shield being delimited in the radial direction by a shield outer wall and a shield inner wall , - the shield inner wall defining a through-opening of the shield , the through-opening of the shield being formed as an oval having two axes of symmetry, - the shield having a circumferential gap in the region of the shield inner wall , - the sensor being designed to be arranged around at least two electrical conductors , - the through-opening of the magnetic field-sensitive component having at least one clear width along an axis of symmetry, characterized in that the at least one clear width is in a range between 25.2 and 32 mm, preferably in a range between 25.5 and 29 mm and particularly preferably between 25.8 and 27 mm. - the sensor having a magnetic field-sensitive component , a first main winding , a test winding and a shield , - the magnetic field-sensitive component being a component made of a soft-magnetic material, - the magnetic field-sensitive component having a through-opening, the through-opening of the magnetic field-sensitive component being formed in cross section as an oval having two axes of symmetry, - the first main winding and the test winding each surrounding the magnetic field-sensitive component with a plurality of turns, - the first main winding being designed to be actively supplied with an electric current by means of a current source or a voltage source, - the shield having a receiving space that is designed to receive the magnetic field-sensitive component , the first main winding and the test winding, - the receiving space of the shield being delimited in the radial direction by a shield outer wall and a shield inner wall , - the shield inner wall defining a through-opening of the shield , the through-opening of the shield being formed as an oval having two axes of symmetry, - the shield having a circumferential gap in the region of the shield inner wall , - the sensor being designed to be arranged around at least two electrical conductors , - the through-opening of the magnetic field-sensitive component having at least one clear width along an axis of symmetry,
A method for assembling a system for measurement of a glucose level, comprising: providing a sensor control device including: an electronics housing comprising a shell having an upper surface with a first aperture defined in the upper surface at a first location and a depression defined in the upper surface at a second location spaced apart from the first location, a mount mated to the shell and having an underside with a second aperture defined therein, the second aperture being coaxially aligned with the first aperture, a circuit board within the electronics housing and having a plurality of electronic modules , a glucose sensor electrically coupled with the circuit board and configured to measure a glucose level, and an adhesive patch attached to the underside of the mount and configured to secure the sensor control device on a user's skin; characterised in that the method further includes controlling the electronics housing in at least one degree of freedom using the depression during factory assembly.
A method of manufacturing a compressed composite gunpowder using a polymer emulsion, the method comprising: a polymer-emulsion-manufacturing step of mixing a monomer of a polymer binder and an emulsifier with a process water and then adding an initiator to thus manufacture a polymer emulsion using a polymerization reaction; a slurry-manufacturing step of mixing a raw material including an explosive and an emulsion breaker with fresh process water to thus manufacture a slurry; an agglomerated-particle-forming step of adding the manufactured polymer emulsion to the manufactured slurry to thus form agglomerated particles in which a surface of the raw material is coated with the polymer binder; a process-water-exchanging step of collecting the agglomerated particles using filtration and adding again the collected agglomerated particles to a new process water; a plasticizer addition step of adding a plasticizer, thus agglomerating the agglomerated particles and the plasticizer; and an agglomerated-particle-obtaining step of collecting the agglomerated particles using filtration and drying the collected agglomerated particles, wherein during the polymer-emulsion-manufacturing step, the monomer forms the polymer binder of one or more among a styrene butadiene rubber (SBR), neoprene, a nitrile butadiene rubber (NBR), an acrylic rubber, a fluorine-based rubber, and polyisobutylene using the polymerization reaction. a polymer-emulsion-manufacturing step of mixing a monomer of a polymer binder and an emulsifier with a process water and then adding an initiator to thus manufacture a polymer emulsion using a polymerization reaction; a slurry-manufacturing step of mixing a raw material including an explosive and an emulsion breaker with fresh process water to thus manufacture a slurry; an agglomerated-particle-forming step of adding the manufactured polymer emulsion to the manufactured slurry to thus form agglomerated particles in which a surface of the raw material is coated with the polymer binder; a process-water-exchanging step of collecting the agglomerated particles using filtration and adding again the collected agglomerated particles to a new process water; a plasticizer addition step of adding a plasticizer, thus agglomerating the agglomerated particles and the plasticizer; and an agglomerated-particle-obtaining step of collecting the agglomerated particles using filtration and drying the collected agglomerated particles, wherein during the polymer-emulsion-manufacturing step, the monomer forms the polymer binder of one or more among a styrene butadiene rubber (SBR), neoprene, a nitrile butadiene rubber (NBR), an acrylic rubber, a fluorine-based rubber, and polyisobutylene using the polymerization reaction.
A connector for a construction system including two plates , each plate having a trough open to one side and a central leaf running parallel to a centre axis of the trough and aside the centre axis, rising orthogonal to a general plane of the plates in such a way that the plates can be joined symmetrically such that the respective troughs meet and leave an accessible opening containing the central leaves one aside the other, the connector comprising a plug insertable the opening and a flat key insertable in side openings of the plug and in centre openings of the leaves to lock plates and plug in a rigid relationship.
A system for manufacturing a customized sole member for an article of footwear providing a personalized heel cushioning, comprising: a computing system adapted to receive a customer-selected rating of a first level of heel cushioning of a first sole member of a first article of footwear , the first sole member being formed from a first base sole layer; a cutting device adapted to cut one or more incisions in a material for a footwear sole member; and a second base sole layer for a second sole member for a second article of footwear , wherein the cutting device is adapted to cut one or more incisions in the second base sole layer based on the customer-selected rating of the first level of heel cushioning of the first sole member . a computing system adapted to receive a customer-selected rating of a first level of heel cushioning of a first sole member of a first article of footwear , the first sole member being formed from a first base sole layer; a cutting device adapted to cut one or more incisions in a material for a footwear sole member; and a second base sole layer for a second sole member for a second article of footwear , wherein the cutting device is adapted to cut one or more incisions in the second base sole layer based on the customer-selected rating of the first level of heel cushioning of the first sole member .
An engine electronic controller system for an aircraft having a first engine that includes a first compressor fan that rotates at a first speed cooperatively with the first engine generating a first thrust and a second engine that includes a second compressor fan that rotates at a second speed cooperatively with the second engine generating a second thrust , the engine electronic controller system comprising: a first engine electronic controller configured to communicate with and control the first engine; a second engine electronic controller configured to communicate with and control the second engine; and characterized by : at least one of a throttle quadrant assembly (TQA) and an auto thrust controller configured to communicate with the first and second engine electronic controllers to provide engine thrust commands , wherein when the engine thrust commands correspond to an engine response within a no dwell zone (NDZ) that is defined from a compressor fan speed lower boundary to a compressor fan speed upper boundary , the first engine electronic controller is operative to direct the first engine to have the first speed of the first compressor fan one of at and below the compressor fan speed lower boundary and the second engine electronic controller is operative to direct the second engine to have the second speed of the second compressor fan one of at and above the compressor fan speed upper boundary such that the second thrust of the second engine is greater than the first thrust of the first engine to produce an overall average thrust that corresponds to the engine response within the no dwell zone (NDZ). a first engine electronic controller configured to communicate with and control the first engine; a second engine electronic controller configured to communicate with and control the second engine; and characterized by : at least one of a throttle quadrant assembly (TQA) and an auto thrust controller configured to communicate with the first and second engine electronic controllers to provide engine thrust commands , wherein when the engine thrust commands correspond to an engine response within a no dwell zone (NDZ) that is defined from a compressor fan speed lower boundary to a compressor fan speed upper boundary , the first engine electronic controller is operative to direct the first engine to have the first speed of the first compressor fan one of at and below the compressor fan speed lower boundary and the second engine electronic controller is operative to direct the second engine to have the second speed of the second compressor fan one of at and above the compressor fan speed upper boundary such that the second thrust of the second engine is greater than the first thrust of the first engine to produce an overall average thrust that corresponds to the engine response within the no dwell zone (NDZ).
A voltage-controlled oscillator , comprising: a programmable current source configured to output a first current wherein each of first select signals and each of second select signals together control the first current output by the programmable current source; an inductor having a tap and being coupled to a positive-side output node and a negative side output node , wherein the tap is coupled to receive the first current ; a coarse grain capacitor array coupled to the positive-side output node and the negative side output node and coupled to respectively receive the first select signals wherein each of the first select signals together control an effective capacitance from the coarse grain capacitor array ; a varactor coupled to the positive-side output node and the negative side output node and coupled to receive a control voltage ; wherein the varactor includes first MuGFETs ; a transconductance cell coupled to the positive-side output node and the negative side output node and having a common node ; and a frequency scaled bias current source-resistor network coupled to the common node and coupled to receive the first select signals , wherein each of the first select signals together control an effective resistance for a cumulative-current path for a second current through the frequency scaled bias current source-resistor network. a programmable current source configured to output a first current wherein each of first select signals and each of second select signals together control the first current output by the programmable current source; an inductor having a tap and being coupled to a positive-side output node and a negative side output node , wherein the tap is coupled to receive the first current ; a coarse grain capacitor array coupled to the positive-side output node and the negative side output node and coupled to respectively receive the first select signals wherein each of the first select signals together control an effective capacitance from the coarse grain capacitor array ; a varactor coupled to the positive-side output node and the negative side output node and coupled to receive a control voltage ; wherein the varactor includes first MuGFETs ; a transconductance cell coupled to the positive-side output node and the negative side output node and having a common node ; and a frequency scaled bias current source-resistor network coupled to the common node and coupled to receive the first select signals , wherein each of the first select signals together control an effective resistance for a cumulative-current path for a second current through the frequency scaled bias current source-resistor network.
Method for the detection of corrosion within an at least partially electrically conductive housing of an electric energy storage unit , the electric energy storage unit having a positive terminal and featuring a resistance element with a preassigned electrical resistance value (R ttc , R 1 , R 2 , R 3 , R 4 ) between the positive terminal and the at least partially electrically conductive housing , comprising the following steps: - Determining state of charge values of the electric energy storage unit for at least one first instant of time and at least one second instant of time and determining an electrical isolation resistance value (R iso ) between the housing of the electric energy storage unit and at least one reference point which is situated outside of the electric energy storage unit for at least one third instant of time; and - First comparison of a difference of the determined state of charge values with a predefined state of charge difference value for the electric energy storage unit and a second comparison of the determined electrical isolation resistance value (R iso ) with a predefined electrical isolation resistance value (R iso,th ) for the electric energy storage unit ; and - Generating a signal concerning the detection of corrosion depending on the first comparison result and the second comparison result. - Determining state of charge values of the electric energy storage unit for at least one first instant of time and at least one second instant of time and determining an electrical isolation resistance value (R iso ) between the housing of the electric energy storage unit and at least one reference point which is situated outside of the electric energy storage unit for at least one third instant of time; and - First comparison of a difference of the determined state of charge values with a predefined state of charge difference value for the electric energy storage unit and a second comparison of the determined electrical isolation resistance value (R iso ) with a predefined electrical isolation resistance value (R iso,th ) for the electric energy storage unit ; and - Generating a signal concerning the detection of corrosion depending on the first comparison result and the second comparison result.
Tank drainage device for a fresh water tank on a rail vehicle, wherein a thermostatic switch is thermally coupled to the fresh water, wherein the thermostatic switch is arranged on a drainage line and, in the event of the temperature in the tank falling below a predefined temperature, triggers a timing element , which thereby opens a drainage valve for a predefined period of time, characterised in that this period of time is measured on the volume of the tank and the discharge volume per unit time through the drainage line so that the tank is emptied in any event.