mhurhangee/ep-ind-claims huggingface dataset:
A cold frame comprising at least one light-permeable roof element (15, 20, 31, 39) which is arranged on the upper side of the cold frame, wherein the roof element (15, 20, 31, 39) has an outer frame (16, 21, 32, 40) which bears a fine-mesh, light- and air-permeable lattice element (17, 22, 33, 42) which spans the interior of the cold frame, which is arranged in the interior of the frame, wherein the lattice element (17, 22, 33, 42) is configured as a flexible, fine-mesh net which is accommodated at at least two legs (21a-21d) of the frame (21, 32) in upwardly open grooves (23, 34) arranged on the inner sides of the legs (21a-21d), wherein the lattice element (17, 22, 33, 42) is preferably fixedly clamped in each groove (23, 34) by a clamping element, the grooves (23, 34) have an undercut and the lattice element (17, 22, 33, 42) is fixedly clamped by means of clamping elements which are arranged in the grooves (23, 34) and engage behind the undercuts of the grooves (23, 34), wherein a profiled rod which is inserted into the grooves (23, 34) is provided as clamping element which is designed as an elastic clamping profile which can be compressed in the transverse direction, wherein the outer frame (16, 21, 32, 40) bears a window element (28, 35, 43) which is arranged above the lattice element (17, 22, 33, 42) and covers the lattice element, which can preferably be fastened to the outer frame (21, 32, 40) and can be removed therefrom.
A nitride semiconductor laser element comprising an n-type semiconductor layer, a p-type semiconductor layer, an active layer between the n-type semiconductor layer and the p-type semiconductor layer, and an n-side optical guide layer being provided between the n-type semiconductor layer and the active layer, the active layer comprising two or more well layers, and at least one barrier layer provided between the well layers, the barrier layer comprising a barrier layer having band gap energy higher than that of the n-side optical guide layer, the p-type semiconductor layer comprising an electron barrier layer having band gap energy higher than that of all barrier layers comprised in the active layer, a p-side optical guide layer being provided between a final well layer and the electron barrier layer, the final well layer being a well layer nearest to the p-type semiconductor layer of the two or more well layers, the p-side optical guide layer comprising: a first region disposed on a side of the final well layer and having band gap energy lower than that of the n-side optical guide layer; and a second region disposed on a side of the electron barrier layer and having band gap energy higher than that of the n-side optical guide layer. a first region disposed on a side of the final well layer and having band gap energy lower than that of the n-side optical guide layer; and a second region disposed on a side of the electron barrier layer and having band gap energy higher than that of the n-side optical guide layer.
A method of identifying a second-generation BRAF inhibitor, comprising: a) selecting a potential drug using computer-assisted modeling with a three-dimensional crystal or solution structure of a mutant BRAF polypeptide, wherein said mutant BRAF polypeptide comprises an amino acid sequence having at least one amino acid substitution as compared to a BRAF V600E polypeptide having SEQ ID NO: 4, the at least one amino acid substitution conferring resistance to one or more BRAF inhibitors on the mutant BRAF polypeptide, wherein the at least one amino acid substitution is selected from the group consisting of A29, H72, S113, S124, P162, C194, L227, P231, C251, V291, Q329, K483, L485, T521, V528, D587, P655, S657, S683, P686, C696, L697, P722, F738, and C748; b) contacting said potential drug with the mutant BRAF polypeptide; and c) detecting the interaction of said potential drug with the mutant BRAF polypeptide; wherein a compound that is capable of interacting with the mutant BRAF polypeptide is identified as a second-generation BRAF inhibitor. a) selecting a potential drug using computer-assisted modeling with a three-dimensional crystal or solution structure of a mutant BRAF polypeptide, wherein said mutant BRAF polypeptide comprises an amino acid sequence having at least one amino acid substitution as compared to a BRAF V600E polypeptide having SEQ ID NO: 4, the at least one amino acid substitution conferring resistance to one or more BRAF inhibitors on the mutant BRAF polypeptide, wherein the at least one amino acid substitution is selected from the group consisting of A29, H72, S113, S124, P162, C194, L227, P231, C251, V291, Q329, K483, L485, T521, V528, D587, P655, S657, S683, P686, C696, L697, P722, F738, and C748; b) contacting said potential drug with the mutant BRAF polypeptide; and c) detecting the interaction of said potential drug with the mutant BRAF polypeptide;
Setting and/or measurement apparatus for setting and/or measuring a tool that comprises at least one cutting edge with a inclination angle having a tool spindle which is rotatable around a tool rotational axis, with an image capturing unit that comprises at least one optical axis, along which the tool is capturable, and with a linear adjustment mechanism that is provided to traverse relatively to each other at least one part of the image capturing unit and the tool at least substantially parallel to the rotary tool axis, characterized by a subsequent tracking device, which is provided to traverse the image capturing unit during a rotational movement of the tool spindle with a traversing speed which depends at least from the inclination angle, at least along the tool rotational axis, and by an input unit, which is provided for the input of at least one parameter for determining the traversing speed, wherein the subsequent tracking device is provided to set the traversing speed along the tool rotational axis in dependence of a tool rotational speed.
An image quantization parameter decoding method for decoding a quantization parameter for a video decoding process that is based on context-based adaptive binary arithmetic coding, the image quantization parameter decoding method comprising: generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a bin string comprising i) a first bin indicating whether or not a delta quantization parameter is significant, ii) other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, and iii) a sign bin, which is subsequent to the other bins, indicating whether the delta quantization parameter is positive or negative; generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using a context for each of the first bin and the other bins, and using no context for the sign bin, and wherein the binary-arithmetic-decoding is performed until the predetermined number of the other bins are decoded in the case where the delta quantization parameter is significant. generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a bin string comprising i) a first bin indicating whether or not a delta quantization parameter is significant, ii) other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, and iii) a sign bin, which is subsequent to the other bins, indicating whether the delta quantization parameter is positive or negative; generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using a context for each of the first bin and the other bins, and using no context for the sign bin, and wherein the binary-arithmetic-decoding is performed until the predetermined number of the other bins are decoded in the case where the delta quantization parameter is significant.
Activating mechanism for a medicament delivery device, comprising: - an outer body, - a cartridge containing a dosage of a medicament and sealed with a sealing element (2.1) that is arranged across an open distal end of the cartridge, - a cartridge carrier adapted to hold the cartridge, - a needle safety mechanism adapted to hold a double-ended hollow needle and to relatively move along a longitudinal axis with respect to the cartridge and to the outer body to cover or to expose the needle, - wherein in an initial position of the medicament delivery device, the double-ended hollow needle is spaced from the cartridge in a distal direction, - wherein when the needle safety mechanism is pressed into the outer body, a proximal end of the needle pierces the sealing element (2.1), - wherein the needle safety mechanism comprises an inner needle sleeve and an outer needle sleeve, characterized in that the outer needle sleeve comprises at least one resilient arm (7.2) that comprises - a first section (7.2.1) that protrudes radially inwards and that is provided to engage with a second recess (5.2) arranged on an outer surface of the inner needle sleeve and - a second section (7.2.2) that protrudes radially outwards and that bears against an inner surface of the outer body. - an outer body, - a cartridge containing a dosage of a medicament and sealed with a sealing element (2.1) that is arranged across an open distal end of the cartridge, - a cartridge carrier adapted to hold the cartridge, - a needle safety mechanism adapted to hold a double-ended hollow needle and to relatively move along a longitudinal axis with respect to the cartridge and to the outer body to cover or to expose the needle, - wherein in an initial position of the medicament delivery device, the double-ended hollow needle is spaced from the cartridge in a distal direction, - wherein when the needle safety mechanism is pressed into the outer body, a proximal end of the needle pierces the sealing element (2.1), - wherein the needle safety mechanism comprises an inner needle sleeve and an outer needle sleeve, - a first section (7.2.1) that protrudes radially inwards and that is provided to engage with a second recess (5.2) arranged on an outer surface of the inner needle sleeve and - a second section (7.2.2) that protrudes radially outwards and that bears against an inner surface of the outer body.
A calibration device for a vehicle Advanced Driver Assistant System, comprising: a foldable base, comprising a bearing seat and a plurality of bearing arms rotatably arranged on the bearing seat; a stand assembly, disposed on the bearing seat, wherein the bearing arms are able to be folded relative to the bearing seat in a direction approaching the stand assembly; a beam assembly, disposed on a top of the stand assembly and comprising two foldable beams; and characterized in that an end of the bearing arm away from the bearing seat is provided with a traveling wheel and a height adjusting member, and the height adjusting member being a knob screw, the traveling wheel being a brake-type universal wheel, the knob screw is threadedly connected with the bearing arm and an end of the knob screw is rotatably disposed onto the brake-type universal wheel, and the other end of the knob screw is provided with a knob handle. a foldable base, comprising a bearing seat and a plurality of bearing arms rotatably arranged on the bearing seat; a stand assembly, disposed on the bearing seat, wherein the bearing arms are able to be folded relative to the bearing seat in a direction approaching the stand assembly; a beam assembly, disposed on a top of the stand assembly and comprising two foldable beams; and characterized in that an end of the bearing arm away from the bearing seat is provided with a traveling wheel and a height adjusting member, and the height adjusting member being a knob screw, the traveling wheel being a brake-type universal wheel, the knob screw is threadedly connected with the bearing arm and an end of the knob screw is rotatably disposed onto the brake-type universal wheel, and the other end of the knob screw is provided with a knob handle.
A measuring system for measuring the displacement of at least one point of a bridge, wherein said bridge has a resonance frequency comprised in the frequency band [fl, fh] where fl<fh, said measuring system comprising: - a geophone adapted to be applied in said at least one point of said bridge, said geophone having a resonance frequency fr greater than fh and a frequency response for f<fh substantially equal to that of a double shunt; - an analogue compensation device connected in series to said geophone and having a frequency response equal to that of a double integrator in the frequency band [fl, fh], so that the series of said geophone and said analogue compensation device has a frequency response with a substantially constant module in the frequency band [fl, fh]; - an analogue integrator device connected in series to said analogue compensation device; - an analogue/digital converter device connected in series to said analogue integrator device, said analogue/digital converter device being adapted to convert the output signal from said analogue integrator device into a digital signal. where said analogue compensation device comprises: - a first amplification stage; - a double low-pass filter connected in series to said first amplification stage and having a cutoff frequency ft no greater than fl, said double low-pass filter being an active filter that realizes a second amplification stage. - a geophone adapted to be applied in said at least one point of said bridge, said geophone having a resonance frequency fr greater than fh and a frequency response for f<fh substantially equal to that of a double shunt; - an analogue compensation device connected in series to said geophone and having a frequency response equal to that of a double integrator in the frequency band [fl, fh], so that the series of said geophone and said analogue compensation device has a frequency response with a substantially constant module in the frequency band [fl, fh]; - an analogue integrator device connected in series to said analogue compensation device; - an analogue/digital converter device connected in series to said analogue integrator device, said analogue/digital converter device being adapted to convert the output signal from said analogue integrator device into a digital signal. - a first amplification stage; - a double low-pass filter connected in series to said first amplification stage and having a cutoff frequency ft no greater than fl, said double low-pass filter being an active filter that realizes a second amplification stage.
Process for producing a highly stressable component composed of a α+γ-titanium aluminide alloy for piston engines and gas turbines, in particular aircraft engines, characterized in that a TiAl alloy having the following composition (in atom%): 40-48% of Al, 2-8% of Nb, 0.1-9% of at least one element which stabilizes the β phase and is selected from among Mo, V, Ta, Cr, Mn, Ni, Cu, Fe, Si, 0-0.5% of B, and a balance of Ti and melting-related impurities is used as alloy, where forming is carried out in a single stage proceeding from a preform having a volume distribution which varies over the longitudinal axis and the component is formed isothermally in the β phase region with a logarithmic strain rate of 0.01-0.5 1/s. 40-48% of Al, 2-8% of Nb, 0.1-9% of at least one element which stabilizes the β phase and is selected from among Mo, V, Ta, Cr, Mn, Ni, Cu, Fe, Si, 0-0.5% of B,
Arrangement for testing the proper operational capability of an elevator, in which an elevator car is movable inside an elevator shaft having an elevator shaft pit area, where an optical distance measuring device for measuring a change in a distance from an elevator car underside of the elevator car is arranged inside said elevator shaft pit area, and the distance measuring device is connected to a computer for evaluation of the values measured therewith, characterized in that the distance measuring device and the computer are combined in a case.
Printable multicomponent system comprising at least one isocyanate component and at least one isocyanate-reactive component, wherein the isocyanate component comprises at least one compound having aliphatically bonded isocyanate groups and the isocyanate-reactive component comprises at least one compound having isocyanate-reactive groups, characterized in that a mixture of the isocyanate component and isocyanate-reactive component has a pot life at a temperature of 23°C of ≤ 30 minutes, the isocyanate component and the isocyanate-reactive component each have a use life of ≥16 hours at 20°C and a relative humidity of 50%, the isocyanate component and the isocyanate-reactive component each have a viscosity measured at 70°C and a constant shear rate of 100 1/s of ≤ 100 mPas and the gap Ra between the Hansen solubility parameter of the compound having aliphatically bonded isocyanate groups or optionally a mixture of all compounds having isocyanate groups and the Hansen solubility parameter of the compound having isocyanate-reactive groups or optionally a mixture of all compounds having isocyanate-reactive groups is ≤ 25 and wherein the surface tension of the isocyanate and/or isocyanate-reactive component is ≤ 30 mN/m at 23°C determined according to DIN EN 14370:2004-11, measurement with plate, wherein the pot life is the time in which the viscosity of the mixture of the isocyanate component and the isocyanate-reactive component doubles at a temperature of 23°C, wherein the use life is the duration for which a printing operation where the isocyanate component and the isocyanate-reactive component are printed with a printing head may be interrupted at 20°C and 50% relative humidity without printing quality being impaired upon resumption of printing.
A prediction system configured to predict a defect of a target product, the prediction system comprising a first pre-trained model trained based on a defect characteristic value indicating a defect associated with a location in an existing product, a feature of a three-dimensional shape of the existing product, and conditional information indicating a manufacturing condition of the existing product, wherein the first pre-trained model is configured to, when a feature of a three-dimensional shape of the target product is input, output a defect characteristic value indicating a defect associated with a location in the target product, the prediction system further comprises a second pre-trained model configured to, when shape information indicating the three-dimensional shape of the existing product is input, output the feature of the three-dimensional shape of the existing product, and the first pre-trained model is trained by using the feature output from the second pre-trained model. the first pre-trained model is configured to, when a feature of a three-dimensional shape of the target product is input, output a defect characteristic value indicating a defect associated with a location in the target product, the prediction system further comprises a second pre-trained model configured to, when shape information indicating the three-dimensional shape of the existing product is input, output the feature of the three-dimensional shape of the existing product, and the first pre-trained model is trained by using the feature output from the second pre-trained model.
An assembly comprising: - a first circuit board comprising one or more first connectors (101, 102) at an edge thereof, - a second circuit board comprising one or more second connectors (121, 122) at an edge thereof, the first and second connectors being adapted to connect to each other, wherein the assembly further comprises a cooling structure attached to both the first and second circuit boards and preventing the second circuit board from moving, relatively to the first circuit board, so as to disconnect the first and second connectors, wherein: - the cooling structure is a concave element configured to form, with the first and second circuit boards, an enclosure, the assembly comprising an air forcing element for forcing air into or out of the enclosure and - the first circuit board and the concave element define, at the edge of the first circuit board and above the first circuit board, a space, the second circuit board having an element extending away therefrom at the edge of the second circuit board and into the space. - a first circuit board comprising one or more first connectors (101, 102) at an edge thereof, - a second circuit board comprising one or more second connectors (121, 122) at an edge thereof, the first and second connectors being adapted to connect to each other, - the cooling structure is a concave element configured to form, with the first and second circuit boards, an enclosure, the assembly comprising an air forcing element for forcing air into or out of the enclosure and - the first circuit board and the concave element define, at the edge of the first circuit board and above the first circuit board, a space, the second circuit board having an element extending away therefrom at the edge of the second circuit board and into the space.
Connecting device for pipes or hoses with a connecting body having a borehole for the passage of a medium flowing through the pipe or hose, and with a tubular end piece that can be inserted into a receptacle provided at the front end of the connecting body and fixable therein between a loosened position and an assembly position by means of a union nut arranged rotatably on the outside of the connecting body, whereby between the opposing end faces of union nut and connecting body an indicator is arranged showing the state of assembly of the connecting device, wherein the indicator comprises two ring-shaped indicator bodys (13, 14) each bearing one marking and formed on the end faces of connecting body and union nut in such a manner, that at the start of assembly of the union nut the markings of the two indicator bodys (13, 14) are at different points on the circumference of the connecting body and union nut and when assembly of the connecting device is complete they are moved into a position corresponding with each other through the relative rotation of the two indicator bodys (13, 14) moved about through screwing on the union nut, characterised in that each indicator body (13, 14) is formed by a separate indicator ring connected with the connecting body and the union nut respectively and wherein one indicator ring (13, 14) after reaching the stop between the stop surfaces of the indicator rings (13, 14) through the relative movement resulting from screwing the union nut onto the connecting body and after overcoming a predefined resistance is arranged in a rotatable manner.