mhurhangee/ep-ind-claims huggingface dataset:
A device (100, 300) for measuring an optical characteristic of a fluid, comprising: a first light pipe defining a first light path running from a first pipe input to a first pipe output; a second light pipe defining a second light path separate from the first light path, running from a second pipe input to a second pipe output; and a mount (120, 320) coupled to the first light pipe, the mount defining a separation of a first space having a fluid medium under test from a second space having a reference medium, wherein the mount (120, 320) comprises a planar body having first and second sides, and wherein the first space is adjacent the first side and the second space is adjacent the second side, wherein the first light pipe comprises a first material with a first predetermined refractive index value, wherein the second light pipe comprises a second material with a second predetermined RI value, wherein a sensing portion (212, 412) of the first light pipe is disposed in the first space, and wherein the second light pipe is disposed entirely in the second space. a first light pipe defining a first light path running from a first pipe input to a first pipe output; a second light pipe defining a second light path separate from the first light path, running from a second pipe input to a second pipe output; and a mount (120, 320) coupled to the first light pipe, the mount defining a separation of a first space having a fluid medium under test from a second space having a reference medium, wherein the mount (120, 320) comprises a planar body having first and second sides, and wherein the first space is adjacent the first side and the second space is adjacent the second side, wherein the first light pipe comprises a first material with a first predetermined refractive index value, wherein the second light pipe comprises a second material with a second predetermined RI value, wherein a sensing portion (212, 412) of the first light pipe is disposed in the first space, and wherein the second light pipe is disposed entirely in the second space.
A photoresist sheet comprising: a) a photosensitive layer comprising i) from 20 to 80 weight percent ethylene-vinyl acetate copolymer, ii) less than 20 percent polyvinyl acetate, and iii) less than 40 percent of a photopolymer; and b) a carrier sheet. a) a photosensitive layer comprising i) from 20 to 80 weight percent ethylene-vinyl acetate copolymer, ii) less than 20 percent polyvinyl acetate, and iii) less than 40 percent of a photopolymer; and i) from 20 to 80 weight percent ethylene-vinyl acetate copolymer, ii) less than 20 percent polyvinyl acetate, and iii) less than 40 percent of a photopolymer; and b) a carrier sheet.
Correction module for a transfer function (H(w)) of a transmission channel of a CDMA communication system comprising at least one CDMA data transmitter and a CDMA data receiver, the CDMA data receiver comprising the correction module, the correction module being suitable for applying, to the signal (S R) received by the receiver, a correction function corresponding to the conjugated complex function of the transfer function (H(w)), and in which the correction module comprises an impulse response filter (FIR G) associated with the conjugated complex function, the v coefficients of which are determined from coefficients of an impulse response filter (FIR H) associated with the transfer function of the transmission channel and arranged in the inverse order of the impulse response filter (FIR H) associated with the transfer function of the transmission channel, the correction module being suitable for determining the value of the coefficients of the impulse response filter (FIR H) associated with the transfer function of the transmission channel by applying an inverse fast Fourier transform and by retaining the real part.
A bacterial cell of strain Pasteurella DD1 capable of using glycerol as a carbon source comprising a heterologous polypeptide having formate dehydrogenase activity.
Bone clamp comprising: - a main body comprising at one end a first jaw (1.1), - a second jaw rotationally connected to the main body and being opposite of the first jaw (1.1), the second jaw comprising at least an open jaw position and closed jaw position so that both first (1.1) and second jaws define a grip portion, and - an actuator configured for opening and closing the second jaw, the actuator being rotationally connected to the main body and comprising at least an open actuator position and a closed actuator position, wherein the actuator and the second jaw are linked by a kinematic chain so that the passage of the actuator from one actuator position to another actuator position causes the second jaw to pass from one jaw position to another jaw position respectively, the rotational movement of the actuator is contained in a first plane and the rotational movement of the second jaw is contained in a second plane wherein the orientation of the first plane and the orientation of the second plane are different, characterised in that the kinematic chain is partially housed within the main body, the actuator pivots in a first joint (1.2) of the main body and the second jaw pivots in a second joint (1.3) of the main body by means of the rotation of the actuator, the second joint (1.3) being separated from the first joint (1.2). - a main body comprising at one end a first jaw (1.1), - a second jaw rotationally connected to the main body and being opposite of the first jaw (1.1), the second jaw comprising at least an open jaw position and closed jaw position so that both first (1.1) and second jaws define a grip portion, and - an actuator configured for opening and closing the second jaw, the actuator being rotationally connected to the main body and comprising at least an open actuator position and a closed actuator position, the actuator and the second jaw are linked by a kinematic chain so that the passage of the actuator from one actuator position to another actuator position causes the second jaw to pass from one jaw position to another jaw position respectively, the rotational movement of the actuator is contained in a first plane and the rotational movement of the second jaw is contained in a second plane wherein the orientation of the first plane and the orientation of the second plane are different, characterised in that the kinematic chain is partially housed within the main body, the actuator pivots in a first joint (1.2) of the main body and the second jaw pivots in a second joint (1.3) of the main body by means of the rotation of the actuator, the second joint (1.3) being separated from the first joint (1.2).
A paper guide rope braided from a plurality of textile subunits (2, 2', 2"), i.e. the accumulations of fibre material which end up lying in parallel and next to each other in the rope, wherein each subunit contains a plurality of twisted yarns made from multifilament yarn, wherein the textile material of at least part of the twisted yarns consists of polyamide, wherein the titre of at least part of the twisted yarns, preferably of all the twisted yarns, is in each case at most 5000 dtex, characterized in that the twist rate of at least part of the twisted yarns, preferably of all the twisted yarns, is in each case at least 150 T/m.
A solar cell module producing energy using the sunlight, wherein the solar cell module comprises: a transparent member; an encapsulant allowing the transparent member to be bonded to an upper surface thereof; a plurality of solar cells fixed within the encapsulant; and a back sheet bonded to a lower surface of the encapsulant, wherein the back sheet comprises: a substrate; a polytetrafluoroethylene film layer formed on a lower surface of the substrate, and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate, formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell, wherein the surface layer is disposed between the encapsulant and the substrate. a transparent member; an encapsulant allowing the transparent member to be bonded to an upper surface thereof; a plurality of solar cells fixed within the encapsulant; and a back sheet bonded to a lower surface of the encapsulant, wherein the back sheet comprises: a substrate; a polytetrafluoroethylene film layer formed on a lower surface of the substrate, and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate, formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell, wherein the surface layer is disposed between the encapsulant and the substrate. a substrate; a polytetrafluoroethylene film layer formed on a lower surface of the substrate, and having a thickness ranging from 10μm to 250 μm; characterized by a surface layer formed on an upper surface of the substrate, formed of polyethylene, having a thickness ranging from 5μm to 30μm, and containing a white inorganic substance to enhance tensile strength and dimensional stability of the back sheet and to reflect light of the sun incident onto the back sheet toward the solar cell to increase an amount of light received by the solar cell, wherein the surface layer is disposed between the encapsulant and the substrate.
An antenna module comprising: a printed circuit board on which at least one layer is stacked and including a feed port formed at a portion of a upper surface thereof; a first antenna array disposed on the upper surface of the printed circuit board; a second antenna array disposed on the upper surface of the printed circuit board and spaced apart from the first antenna array; a first feed line to electrically connect the feed port and the first antenna array, the first feed line including a compensator to adjust a length of the first feed line; wherein the compensator comprises a planar metal pattern on the upper surface of the printed circuit board comprising a repeating series of unit patterns, each unit pattern comprising inductance components (721, 722, 723) connected in series and capacitance components (731, 732, 733, 734) connected in parallel, a dielectric layer disposed on the upper surface of the metal pattern, a metal layer disposed on the upper surface of the dielectric layer so as to be spaced apart by a preset distance from the metal pattern, and a ground layer on a bottom surface of the printed circuit board; and a second feed line to electrically connect the feed port and the second antenna array, wherein the length of the first feed line is shorter than a length of the second feed line; and wherein the compensator generates a phase shift of 360 degrees in an electrical signal supplied by the first feed line to the first antenna array so as make the electrical length of the first feed line identical to the electrical length of the second feed line. a printed circuit board on which at least one layer is stacked and including a feed port formed at a portion of a upper surface thereof; a first antenna array disposed on the upper surface of the printed circuit board; a second antenna array disposed on the upper surface of the printed circuit board and spaced apart from the first antenna array; a first feed line to electrically connect the feed port and the first antenna array, the first feed line including a compensator to adjust a length of the first feed line; wherein the compensator comprises a planar metal pattern on the upper surface of the printed circuit board comprising a repeating series of unit patterns, each unit pattern comprising inductance components (721, 722, 723) connected in series and capacitance components (731, 732, 733, 734) connected in parallel, a dielectric layer disposed on the upper surface of the metal pattern, a metal layer disposed on the upper surface of the dielectric layer so as to be spaced apart by a preset distance from the metal pattern, and a ground layer on a bottom surface of the printed circuit board; and a second feed line to electrically connect the feed port and the second antenna array, wherein the length of the first feed line is shorter than a length of the second feed line; and wherein the compensator generates a phase shift of 360 degrees in an electrical signal supplied by the first feed line to the first antenna array so as make the electrical length of the first feed line identical to the electrical length of the second feed line.
Apparatus for overturning coils comprising a carrying framework, a tilting support structure articulated to said carrying framework according to a substantially horizontal tilting axis, characterized in that said tilting support structure is defined by a first support surface and by a second support surface, said first support surface and said second support surface being arranged substantially orthogonal, and in that it comprises centring means for centring and inserting inside a hollow pin of a bell-shaped reel support supported on and/or contrasting against said first support surface, said support structure being adapted to tilt about said tilting axis between a load configuration, wherein said first support surface is substantially vertical and an overturned operating configuration wherein said first support surface is substantially horizontal.
A method for coupling a nucleoside phosphoramidite during the synthesis of an oligonucleotide to a universal support, to a first nucleoside, or to an extending oligonucleotide, wherein said oligonucleotide comprises a region of 3 or more consecutive guanine monomers, and wherein said method comprising the steps of: (i) generating a coupling solution, wherein said coupling solution comprises: (a) said nucleoside phosphoramidite; (b) an activating reagent; and (c) one or more solvents, wherein one of said one or more solvents is N,N- dimethylformamide; and (ii) contacting said coupling solution with said universal support, with said first nucleoside, or with said extending oligonucleotide. (i) generating a coupling solution, wherein said coupling solution comprises: (a) said nucleoside phosphoramidite; (b) an activating reagent; and (c) one or more solvents, wherein one of said one or more solvents is N,N- dimethylformamide; and (a) said nucleoside phosphoramidite; (b) an activating reagent; and (c) one or more solvents, wherein one of said one or more solvents is N,N- dimethylformamide; and (ii) contacting said coupling solution with said universal support, with said first nucleoside, or with said extending oligonucleotide.
Window comprising at least two selective glass panes (2, 3) coated with a selective film, and which selective glass panes (2, 3) comprise an uncoated area (5, 6) for improving the penetration of radio waves, characterized in that in one selective glass pane the uncoated area is lattice-shaped and in other selective glass panes the uncoated area is at the same point as the lattice-shaped uncoated area and of the same form as the area defined by the lattice-shaped, uncoated area.
A discharge device comprising a discharge head that discharges a liquid material from a nozzle opening connected to a cavity by varying an internal pressure of the cavity using an actuator, wherein the discharge head includes a monitoring portion that is light transmissive and provided between the cavity and the nozzle opening, and the discharge device further comprises: a detection apparatus that includes an image pickup unit that carries out image recognition on particle-like bodies included in the liquid material using light to detect a result that is a number and/or form of the particle-like bodies included in the liquid material at the monitoring portion of the discharge head; and a control apparatus that changes a state of the particle-like bodies at the monitoring portion by driving the actuator according to the detected result of the detection apparatus. wherein the discharge head includes a monitoring portion that is light transmissive and provided between the cavity and the nozzle opening, and the discharge device further comprises: a detection apparatus that includes an image pickup unit that carries out image recognition on particle-like bodies included in the liquid material using light to detect a result that is a number and/or form of the particle-like bodies included in the liquid material at the monitoring portion of the discharge head; and a control apparatus that changes a state of the particle-like bodies at the monitoring portion by driving the actuator according to the detected result of the detection apparatus. a detection apparatus that includes an image pickup unit that carries out image recognition on particle-like bodies included in the liquid material using light to detect a result that is a number and/or form of the particle-like bodies included in the liquid material at the monitoring portion of the discharge head; and a control apparatus that changes a state of the particle-like bodies at the monitoring portion by driving the actuator according to the detected result of the detection apparatus.
A method for detecting an error in an assembly, in particular an assembly of a flying object, wherein the assembly can be characterised by at least one parameter, and wherein the method comprises the steps: a) acquiring several values of the parameter at several points in time and/or at several measuring points, b) grouping the values of the parameter in several groups, characterised by the steps: c) determining the number of values in each group, d) generating a statistic with the number of values of the groups, with the number of values being represented throughout the groups, e) comparing the generated statistic with a predefined statistic by means of statistical methods, and f) triggering an error signal if the degree of the statistical comparison exceeds a predetermined value. a) acquiring several values of the parameter at several points in time and/or at several measuring points, b) grouping the values of the parameter in several groups, characterised by the steps: c) determining the number of values in each group, d) generating a statistic with the number of values of the groups, with the number of values being represented throughout the groups, e) comparing the generated statistic with a predefined statistic by means of statistical methods, and f) triggering an error signal if the degree of the statistical comparison exceeds a predetermined value.
A negative active material for a rechargeable lithium battery, comprising a porous silicon-carbon composite comprising silicon, carbon and magnesium silicate, MgSiOs, having a diffraction peak intensity ratio I MgSiO3 /I Si of 0.001 < I MgSiO3 /I Si < 0.01, which is a ratio of a diffraction peak intensity I MgSiO3 by MgSiOs at 2θ = 30° to 32° to a diffraction peak intensity I Si by Si detected at 2θ = 27.5° to 29.5° in an X-ray diffraction analysis. a porous silicon-carbon composite comprising silicon, carbon and magnesium silicate, MgSiOs, having a diffraction peak intensity ratio I MgSiO3 /I Si of 0.001 < I MgSiO3 /I Si < 0.01, which is a ratio of a diffraction peak intensity I MgSiO3 by MgSiOs at 2θ = 30° to 32° to a diffraction peak intensity I Si by Si detected at 2θ = 27.5° to 29.5° in an X-ray diffraction analysis.
Device for cycling training, comprising a support, a drive system to which a bicycle is intended to be connected and a pendulum that joins the support to the drive system, the device comprising; - at least one actuator, extending from a closed proximal end towards an open distal end, to damp the swing of the cyclist where the closed proximal end is connected to the pendulum and where the open distal end is connected to a base of the support, with - the pendulum being a longitudinal element extending in vertical direction (y) and comprising ends (6a, 6b), where the upper end is rotationally joined to the support by an upper end by means of an upper connecting element and where the lower end is rotationally joined to the closed proximal end of the actuator and to the drive system by means of a lower connecting element, where - the drive system is rotationally connected to the pendulum by means of the lower connecting element by an upper part of the drive system and to the support by means of a guide mechanism through a lower part of the drive system. - at least one actuator, extending from a closed proximal end towards an open distal end, to damp the swing of the cyclist where the closed proximal end is connected to the pendulum and where the open distal end is connected to a base of the support, with - the pendulum being a longitudinal element extending in vertical direction (y) and comprising ends (6a, 6b), where the upper end is rotationally joined to the support by an upper end by means of an upper connecting element and where the lower end is rotationally joined to the closed proximal end of the actuator and to the drive system by means of a lower connecting element, where - the drive system is rotationally connected to the pendulum by means of the lower connecting element by an upper part of the drive system and to the support by means of a guide mechanism through a lower part of the drive system.
A door with a door leaf which, starting from a closed position, can be wound up to form a multi-layer winding in the course of an opening movement and has a plurality of slats which generally extend horizontally with their longitudinal axes approximately perpendicular to the direction of the opening movement, and with a guide arrangement for guiding the opening movement comprising preferably helically shaped guide rails in the region of the lateral edges of the slats, which guide rails are arranged in planes that run approximately perpendicularly to the longitudinal axes of the slats, guide elements mounted on lateral edges of the slat which leads during the opening movement being able to be introduced into the radially outermost windings of said guide rails, the guide elements being fastened to the lateral edges of the leading slat by means of pivot levers on the leading slat and being mounted on the slat so as to be pivotable with respect to pivot axes running parallel to the longitudinal axis of the slat, a sealing arrangement disposed on the leading slat and disposed between consecutive winding layers in the open position in a rest position being provided which, upon reaching the closed position, can be shifted out of the rest position into a sealing position by pivoting the leading slat relative to the guide element guided in the guide rail about the pivot axis, in which sealing position it preferably rests against a fixed sealing device.