mhurhangee/ep-ind-claims huggingface dataset:
A blocking agent compound for fixing blanks for ophthalmic and/or optical lenses, preferably plastics-based spectacle lens blanks, wherein the compound comprises a mixture, wherein the mixture contains: (a) at least one polyol (polyalcohol), wherein the compound contains the polyol in quantities of 20 to 40 % by weight, relative to the compound, and (b) at least one organic polyester, wherein the compound contains the organic polyester in quantities of 50 to 80 % by weight, relative to the compound, wherein (b) the polyester comprises at least two mutually different polyesters and, wherein the at least two mutually different polyesters and differ from one another in at least one parameter selected from the group of molecular weight, hydroxyl number, acid number, softening point, glass transition temperature, melting range or melting temperature, dynamic viscosity, density and crystallinity, wherein the first polyester exhibits a molecular weight in the range of 1500 to 2500 Da and the second polyester exhibits a molecular weight in the range of 3000 to 4000 Da and wherein the first polyester and the second polyester exhibit mutually different dynamic viscosities, wherein the dynamic viscosities differ from one another by at least 500 mPa·s above the melting and/or glass transition range in a temperature range from 80 °C to 130 °C. (a) at least one polyol (polyalcohol), wherein the compound contains the polyol in quantities of 20 to 40 % by weight, relative to the compound, and (b) at least one organic polyester, wherein the compound contains the organic polyester in quantities of 50 to 80 % by weight, relative to the compound, wherein (b) the polyester comprises at least two mutually different polyesters and, wherein the at least two mutually different polyesters and differ from one another in at least one parameter selected from the group of molecular weight, hydroxyl number, acid number, softening point, glass transition temperature, melting range or melting temperature, dynamic viscosity, density and crystallinity, wherein the first polyester exhibits a molecular weight in the range of 1500 to 2500 Da and the second polyester exhibits a molecular weight in the range of 3000 to 4000 Da and wherein the first polyester and the second polyester exhibit mutually different dynamic viscosities, wherein the dynamic viscosities differ from one another by at least 500 mPa·s above the melting and/or glass transition range in a temperature range from 80 °C to 130 °C.
A process for the production of an enzyme product, the process comprising the steps of submerged fermentation of an Aspergillus tubingensis strain having deposit accession number CBS123488 in a fermentation medium, which medium comprises vegetable material comprising cereal bran and sugar beet pulp, to obtain a fermentation broth comprising said enzyme product.
Method for generation of quadrature modulation formats, comprising the steps of: - feeding at least a first and a second input modulated optical signals respectively to a first multi-input interface and a second multi-input interface, wherein a different amplitude is given respectively to the first input modulated optical signal and to the second input modulated optical signal by, - then, transmitting the first and the second input modulated optical signals respectively to a first input of a first optical wavelength converter and a first input of a second optical wavelength converter, - distributing a monochromatic non-modulated continuous optical signal having an output wavelength (λ O) generated in a light source to a second input of the first optical wavelength converter and to a second input of the second optical wavelength converter, - in the first optical wavelength converter, copying the first input modulated optical signal into the continuous optical signal, generating an inphase component (I(t)), - in the second optical wavelength converter, copying the second input modulated optical signal is onto the continuous optical signal, generating a quadrature component (Q(t)), - in a optical phase-shifter, shifting the phase of the quadrature component (Q(t)), by Π/2 in the domain of the output wavelength (λ O) of the continuous optical signal, - summing in an adder the inphase component (I(t)), and the quadrature component (Q(t)), generating a quadraturely modulated optical signal (IQ(t)). - feeding at least a first and a second input modulated optical signals respectively to a first multi-input interface and a second multi-input interface, - then, transmitting the first and the second input modulated optical signals respectively to a first input of a first optical wavelength converter and a first input of a second optical wavelength converter, - distributing a monochromatic non-modulated continuous optical signal having an output wavelength (λ O) generated in a light source to a second input of the first optical wavelength converter and to a second input of the second optical wavelength converter, - in the first optical wavelength converter, copying the first input modulated optical signal into the continuous optical signal, generating an inphase component (I(t)), - in the second optical wavelength converter, copying the second input modulated optical signal is onto the continuous optical signal, generating a quadrature component (Q(t)), - in a optical phase-shifter, shifting the phase of the quadrature component (Q(t)), by Π/2 in the domain of the output wavelength (λ O) of the continuous optical signal, - summing in an adder the inphase component (I(t)), and the quadrature component (Q(t)), generating a quadraturely modulated optical signal (IQ(t)).
Building component made of building elements in skeleton framing design, wherein the building element comprises: a frame structure with column- and/or bar-elements as well as in between arranged infill elements, wherein at least one column-element and/or one bar-element have pipes in the inside cross section thereof with a working fluid therein, wherein the at least one column- and/or the at least one bar-element is integrated as a condenser or evaporator of a reversible heat pump (30, 31), wherein a compressor- and/or an expansion valve-unit are inserted in between the pipes by means of valves (V1, V2, V3,V4), wherein at least a dehumidification shaft is provided in the building component, which is arranged between the frame structure and a slab (14, 15) or a further frame structure, and which has therein an air-duct-collector provided for temperature regulation, wherein the air-duct-collector comprises a pipe with a working fluid therein, so that at least one of the dehumidification shafts in the building component is operable as a condenser or an evaporator of the reversible heat pump (30, 31). a frame structure with column- and/or bar-elements as well as in between arranged infill elements, wherein at least one column-element and/or one bar-element have pipes in the inside cross section thereof with a working fluid therein, wherein the at least one column- and/or the at least one bar-element is integrated as a condenser or evaporator of a reversible heat pump (30, 31), wherein a compressor- and/or an expansion valve-unit are inserted in between the pipes by means of valves (V1, V2, V3,V4), wherein at least a dehumidification shaft is provided in the building component, which is arranged between the frame structure and a slab (14, 15) or a further frame structure, and which has therein an air-duct-collector provided for temperature regulation, wherein the air-duct-collector comprises a pipe with a working fluid therein, so that at least one of the dehumidification shafts in the building component is operable as a condenser or an evaporator of the reversible heat pump (30, 31).
A field instrument comprising: a sensor unit for carrying out a measurement, a processing unit comprising a central processing unit (3, 3-1) for carrying out a processing operation that adjusts the value of current flowing through a two-wire transmission path according to a measurement value obtained from the sensor unit, a first power supply unit for generating a first power supply from the current flowing though said transmission path; a second power supply unit for receiving a supply of power from the first power supply unit and providing a second power supply to the processing unit; a current control element provided on a first current path, designated as supply path, flowing from said first power supply unit toward said second power supply unit; and a load circuit provided on a second current path, designated as branch flow path, flowing from said first power supply unit toward said second power supply unit, said branch flow path being distinct from the supply path; the processing unit comprising a current control element control means for controlling the element status of said current control element as necessary and for causing the current flowing through said supply path and toward said second power supply unit to branch to said branch flow path in the amount required to operate said load circuit. a sensor unit for carrying out a measurement, a processing unit comprising a central processing unit (3, 3-1) for carrying out a processing operation that adjusts the value of current flowing through a two-wire transmission path according to a measurement value obtained from the sensor unit, a first power supply unit for generating a first power supply from the current flowing though said transmission path; a second power supply unit for receiving a supply of power from the first power supply unit and providing a second power supply to the processing unit; a current control element provided on a first current path, designated as supply path, flowing from said first power supply unit toward said second power supply unit; and a load circuit provided on a second current path, designated as branch flow path, flowing from said first power supply unit toward said second power supply unit, said branch flow path being distinct from the supply path; the processing unit comprising a current control element control means for controlling the element status of said current control element as necessary and for causing the current flowing through said supply path and toward said second power supply unit to branch to said branch flow path in the amount required to operate said load circuit.
An apparatus comprising: a first transistor having a gate terminal configured to receive an input signal, a drain terminal configured to output an amplified signal, and a source terminal connected to a signal ground by a source degeneration inductor; a second transistor having a source terminal connected to the drain terminal of the first transistor and a drain terminal connected to a first output load; and a third transistor having a gate terminal connected to the drain terminal of the first transistor, a drain terminal connected to a second output load and a source terminal connected to a signal ground, wherein the drain terminal of the third transistor is selectively connected to the first load through a switch. a first transistor having a gate terminal configured to receive an input signal, a drain terminal configured to output an amplified signal, and a source terminal connected to a signal ground by a source degeneration inductor; a second transistor having a source terminal connected to the drain terminal of the first transistor and a drain terminal connected to a first output load; and a third transistor having a gate terminal connected to the drain terminal of the first transistor, a drain terminal connected to a second output load and a source terminal connected to a signal ground, wherein the drain terminal of the third transistor is selectively connected to the first load through a switch.
A biocompatible, bioabsorbable deacetylated and reacetylated chitosan material having a degree of N-deacetylation of between 15% and 40% and an acid content between 2% w/w and 8% w/w.
Method for operating at least one organic light-emitting diode, OLED, wherein - the OLED is supplied with PWM pulses, - the course of one or more rising or falling edges of the brightness of the OLED at the beginning or end of a PWM pulse of the OLED is detected directly or indirectly; and - the current amplitude of the PWM pulses is set as a function of the detected course of the edge(s). - the OLED is supplied with PWM pulses, - the course of one or more rising or falling edges of the brightness of the OLED at the beginning or end of a PWM pulse of the OLED is detected directly or indirectly; and - the current amplitude of the PWM pulses is set as a function of the detected course of the edge(s).
A bushing comprising: - a conducting bar provided with a connection profile at each end (20, 22); - a fitting for retaining said conducting bar through a wall, said fitting comprising means for connecting to said wall; and - a cover for protecting an exposed end of said conducting bar that projects on one side of said fitting, said cover comprising a case that comprises two half-shells designed to together encapsulate said exposed end of said conducting bar, each half-shell having an open outline in a transverse section relative to the direction of said conducting bar; and - means for rigidly connecting together said two half-shells on either side of said exposed end of said conducting bar, said case having a general bell shape delimiting an opening for the passage of at least said exposed end of said conducting bar, characterised in that said opening defines a peripheral bearing surface on said wall, and said case does not have direct or indirect contact with said fitting. - a conducting bar provided with a connection profile at each end (20, 22); - a fitting for retaining said conducting bar through a wall, said fitting comprising means for connecting to said wall; and - a cover for protecting an exposed end of said conducting bar that projects on one side of said fitting, said cover comprising a case that comprises two half-shells designed to together encapsulate said exposed end of said conducting bar, each half-shell having an open outline in a transverse section relative to the direction of said conducting bar; and - means for rigidly connecting together said two half-shells on either side of said exposed end of said conducting bar, said case having a general bell shape delimiting an opening for the passage of at least said exposed end of said conducting bar, characterised in that said opening defines a peripheral bearing surface on said wall, and said case does not have direct or indirect contact with said fitting.
V-ribbed belt composed of elastomer material, having a profiled drive side which is designed for the transmission of force to complementarily shaped belt pulleys and having a rear side which is situated opposite the drive side and which is substantially smooth, wherein the belt has, proceeding from the drive side, a substructure with a ribbed profile, formed in particular as a PK profile in accordance with DIN 7867, a layer of embedded tensile members, and a top layer, wherein the top layer is formed substantially without fibers, and the elastomer mixtures of the substructure and of the top layer comprise ethylene propylene rubber and/or ethylene propylene diene rubber (EPDM), characterized in that the profile depth of the ribbed profile amounts to 1.5 to 1.9 mm and the top layer of the V-ribbed belt is formed with a thickness of 1.8 to 3 mm, preferably with a thickness of 2.0 to 2.5 mm.
Short-circuit test device comprising an electrical circuit having two conductive ends (12, 14), said ends (12, 14) being intended to be connected to just one electrical line conductor, wherein said circuit comprises a main conductor, switch means for switching the connection between said two ends (12, 14), in series with a unit for monitoring the flow of current between the two ends (12, 14), and characterized in that said circuit furthermore comprises test means in parallel with the monitoring unit, said test means being designed so as to be used on just one conductor and able to be activated by the monitoring unit, and designed so as to determine whether the current flowing between the two ends (12, 14) is a short circuit when said test means are connected to the line conductor to which the conductive ends (12, 14) of the electrical circuit of the test device are intended to be connected.
A silicon oxynitride film formation method comprising: a casting step in which a film-formable coating composition containing a polysilazane compound is cast on a substrate surface to form a coat, a drying step in which the coat is dried to remove excess of the solvent therein, and a UV irradiation step in which the dried coat is irradiated with UV light in an atmosphere containing oxygen in a small amount, at a temperature lower than 50°C and the irradiation time is 30 minutes or more, said atmosphere being created by a flow of inert gas or by reducing pressure and introducing an inert gas. a casting step in which a film-formable coating composition containing a polysilazane compound is cast on a substrate surface to form a coat, a drying step in which the coat is dried to remove excess of the solvent therein, and a UV irradiation step in which the dried coat is irradiated with UV light in an atmosphere containing oxygen in a small amount, at a temperature lower than 50°C and the irradiation time is 30 minutes or more, said atmosphere being created by a flow of inert gas or by reducing pressure and introducing an inert gas.
A connector for a ceiling framework formed of main beams and of secondary beams or cross beams, intended to make the connection between these according to the "stab-in" system, characterized in that it comprises two parts, a primary clip and a secondary clip, which are associated with one another via a fusible means capable of melting at the temperature of a fire so as to cause said two parts to separate.
A method for controlling a system that uses an energy source to both heat sanitary water and control temperature of a habitable space, the method comprising: determining a sanitary water priority; determining a space conditioning priority (220, 240); comparing the sanitary water priority to the space conditioning priority; and directing energy from the energy source to heat the sanitary water and/or condition the space based upon the compared priorities; characterised in that when there are competing load requirements between sanitary water heating and temperature control, at least one of the sanitary water priority and space conditioning priority is non-binary. determining a sanitary water priority; determining a space conditioning priority (220, 240); comparing the sanitary water priority to the space conditioning priority; and directing energy from the energy source to heat the sanitary water and/or condition the space based upon the compared priorities; characterised in that when there are competing load requirements between sanitary water heating and temperature control, at least one of the sanitary water priority and space conditioning priority is non-binary.
A method to generate an attenuation correction map by means of a computer to compensate imaging errors in emission tomography resulting from the presence of hardware parts inside the imaging volume of an emission tomograph, comprising the following steps: (1.a) preparing or providing one or more 3-dimensional CAD models of the hardware parts to be compensated; (1.b) converting the required components of the CAD models into a 3-dimensional image data set into voxels on a predetermined grid and assigning a filling factor to each voxel; (1.c) pointwise multiplying the 3-dimensional image data set of each component with the respective known attenuation coefficient of the material that forms the respective component and the respective energy corresponding to the emission tomography radio tracer used; and (1.d) super-imposing the 3-dimensional image data sets of all components of the hardware parts to be compensated for to form an attenuation correction map. (1.a) preparing or providing one or more 3-dimensional CAD models of the hardware parts to be compensated; (1.b) converting the required components of the CAD models into a 3-dimensional image data set into voxels on a predetermined grid and assigning a filling factor to each voxel; (1.c) pointwise multiplying the 3-dimensional image data set of each component with the respective known attenuation coefficient of the material that forms the respective component and the respective energy corresponding to the emission tomography radio tracer used; and (1.d) super-imposing the 3-dimensional image data sets of all components of the hardware parts to be compensated for to form an attenuation correction map.
A fixture comprising: a housing having at least one socket for receiving and providing power to one or more light units; a mounting portion for attaching the fixture to a support structure; a terminal block within the housing adapted to be connected to an external power source and having a plurality of output terminals, a first one of the plurality of output terminals electrically connected to the at least one socket; a power over Ethernet, POE, power sourcing device within the housing electrically connected to a second one of the plurality of output terminals of the terminal block, the POE power sourcing device configured to provide a data connection and a power connection to a plurality of peripheral bus receptacles (20, 40); characterised in that the fixture further comprises a wireless telecommunications device within the housing and operatively connected to one of the plurality of peripheral bus receptacles (20, 40), the wireless telecommunications device configured to receive power from the POE power sourcing device and provide a connection between devices connected to the plurality of peripheral bus receptacles and a global computer information network. a housing having at least one socket for receiving and providing power to one or more light units; a mounting portion for attaching the fixture to a support structure; a terminal block within the housing adapted to be connected to an external power source and having a plurality of output terminals, a first one of the plurality of output terminals electrically connected to the at least one socket; a power over Ethernet, POE, power sourcing device within the housing electrically connected to a second one of the plurality of output terminals of the terminal block, the POE power sourcing device configured to provide a data connection and a power connection to a plurality of peripheral bus receptacles (20, 40); characterised in that the fixture further comprises a wireless telecommunications device within the housing and operatively connected to one of the plurality of peripheral bus receptacles (20, 40), the wireless telecommunications device configured to receive power from the POE power sourcing device and provide a connection between devices connected to the plurality of peripheral bus receptacles and a global computer information network.