mhurhangee/ep-ind-claims huggingface dataset:
Optoelectronic oscillator for producing an optical and/or electrical pulse comb, - comprising a monolithically integrated passive mode-locked semiconductor laser and comprising an optical feedback loop which guides part of the optical radiation from the semiconductor laser and couples said radiation back into the semiconductor laser as feedback pulses (Pr), wherein the damping of the feedback loop is between 27.5 and 37.5 dB, and - wherein the semiconductor laser would emit comb-like optical pulses - referred to as primary pulses below - without influence by the feedback pulses (Pr) and emits influenced, comb-like output pulses (Pa) in the case of influence by the feedback pulses (Pr), which output pulses have a smaller temporal jitter or a smaller phase noise than the primary pulses, characterized in that - the time lag of the feedback loop is selected in such a way that each feedback pulse (Pr) is incident within the temporal full width at half maximum of a subsequent primary pulse which the semiconductor laser would have produced without influence by the incident feedback pulse (Pr), and - is selected in such a way that 6000 to 7000 optical pulses circulate therein. - comprising a monolithically integrated passive mode-locked semiconductor laser and comprising an optical feedback loop which guides part of the optical radiation from the semiconductor laser and couples said radiation back into the semiconductor laser as feedback pulses (Pr), wherein the damping of the feedback loop is between 27.5 and 37.5 dB, and - wherein the semiconductor laser would emit comb-like optical pulses - referred to as primary pulses below - without influence by the feedback pulses (Pr) and emits influenced, comb-like output pulses (Pa) in the case of influence by the feedback pulses (Pr), which output pulses have a smaller temporal jitter or a smaller phase noise than the primary pulses, characterized in that - the time lag of the feedback loop is selected in such a way that each feedback pulse (Pr) is incident within the temporal full width at half maximum of a subsequent primary pulse which the semiconductor laser would have produced without influence by the incident feedback pulse (Pr), and - is selected in such a way that 6000 to 7000 optical pulses circulate therein.
Method for adjusting at least one device for changing the spreading ring sector of a disc spreader which comprises at least one adjustable metering device, at least one distributor disc which is arranged underneath the metering device and is provided with thrower blades, and the at least one device for changing the spreading ring sector of the granular material on the ground, wherein (a) functional dependences of at least one setting parameter of the device for changing the spreading ring sector on a throwing parameter are stored in a database of a control unit which is assigned to the device for adjusting the spreading ring sector; (b) a setpoint value of the throwing parameter and/or of the setting parameter corresponding thereto are/is input in the control unit; (c) at least one actual value of the throwing parameter is determined using at least one sensor which is arranged near to the circumference of the distributor disc; (d) the actual value, which is determined using the sensor, of the throwing parameter is compared with the setpoint value thereof in the control unit; and (e) in the case of a deviation of the actual value of the throwing parameter from the setpoint value by more than a predetermined maximum value the setting parameter of the device for changing the spreading ring sector is re-adjusted, with the result that the throwing parameter which corresponds thereto deviates from the setpoint value thereof by less than the maximum value, characterized in that the functional dependencies, stored in the database, of the at least one setting parameter on the throwing parameter take into account the type of the respective distributor disc and/or the thrower blades thereof, wherein the throwing parameter is a parameter which is representative of the circumferential distribution of the granular material, which parameter comprises an angle value in a polar coordinate system with a centre which is arranged on the rotational axis of the distributor disc and which is capable of representing the circumferential distribution of the granular material. (a) functional dependences of at least one setting parameter of the device for changing the spreading ring sector on a throwing parameter are stored in a database of a control unit which is assigned to the device for adjusting the spreading ring sector; (b) a setpoint value of the throwing parameter and/or of the setting parameter corresponding thereto are/is input in the control unit; (c) at least one actual value of the throwing parameter is determined using at least one sensor which is arranged near to the circumference of the distributor disc; (d) the actual value, which is determined using the sensor, of the throwing parameter is compared with the setpoint value thereof in the control unit; and (e) in the case of a deviation of the actual value of the throwing parameter from the setpoint value by more than a predetermined maximum value the setting parameter of the device for changing the spreading ring sector is re-adjusted, with the result that the throwing parameter which corresponds thereto deviates from the setpoint value thereof by less than the maximum value,
A charge neutralizer comprising: a vacuum chamber which is capable of having a charged object installed therein and comprises a high vacuum processing unit; and a plasma generator configured to supply plasma caused by an electron cyclotron resonance to an inside of the vacuum chamber, wherein the plasma generator comprises: a plasma source configured to generate the plasma; a flange configured to install the plasma source inside the vacuum chamber; a connector which is positioned between the plasma source and the flange, connects the plasma source with the flange, and is configured to transfer heat generated in the plasma source; and a heat conductor which is positioned at least one of or both of between the flange and the connector and between the plasma source and the connector and has a thermal conductivity higher than that of the connector. a vacuum chamber which is capable of having a charged object installed therein and comprises a high vacuum processing unit; and a plasma generator configured to supply plasma caused by an electron cyclotron resonance to an inside of the vacuum chamber, wherein the plasma generator comprises: a plasma source configured to generate the plasma; a flange configured to install the plasma source inside the vacuum chamber; a connector which is positioned between the plasma source and the flange, connects the plasma source with the flange, and is configured to transfer heat generated in the plasma source; and a heat conductor which is positioned at least one of or both of between the flange and the connector and between the plasma source and the connector and has a thermal conductivity higher than that of the connector. a plasma source configured to generate the plasma; a flange configured to install the plasma source inside the vacuum chamber; a connector which is positioned between the plasma source and the flange, connects the plasma source with the flange, and is configured to transfer heat generated in the plasma source; and a heat conductor which is positioned at least one of or both of between the flange and the connector and between the plasma source and the connector and has a thermal conductivity higher than that of the connector.
Composition in dried powder form, able to be sprinkled for use by distribution and sprinkling, and effective for preventing the development of evil-smelling volatile substances from solid urban waste and their fractions collected separately, comprising chitosan or chitosan nitrate characterized in that it comprises one or more inorganic nitrate electron-acceptor components chosen from a group consisting of potassium nitrate, ammonium nitrate, calcium nitrate, magnesium nitrate or nitrate of iron and one or more further salts of iron or salts of manganese or oxides of iron or oxides of manganese electron-acceptor components, with the exclusion of components comprising silver and of chitosan-metal complexes.
Bistable magnetic actuator having a polarized magnetic circuit and parallel working air gaps, with a flat permanent magnet being integrated between the outer legs (2, 3) of a U-shaped soft iron yoke, which magnet carries a soft iron central leg and applies a magnetic flux generated by the permanent magnet to a rocker armature supported by the soft iron central leg, and with a separately controllable excitation winding (4, 5) on each outer leg (2, 3) providing pivoting pulses for the rocker armature to change from one permanent-magnetically latched rocker position to the other, characterized by a wiring configured such that when a magnetic flux is generated by the excitation winding of the same magnetic circuit but in a direction opposite to the magnetic flux generated by the permanent magnet, the magnetic flux generated by the permanent magnet and leading through the magnetic circuit closed by the rocking armature commutates into the parallel magnetic circuit branch of the electromagnetically unexcited excitation winding, thereby pivoting the rocking armature with the assistance of the secondary flux generated by the permanent magnet in this parallel circuit.
A process for producing a fibre composition and a protein composition, wherein the process comprises: a) providing dried brewer's spent grain having a moisture content of 10% by weight or less; b) micronising the dried brewer's spent grain using a pin mill to provide micronised brewer's spent grain having a particle size of from 30 to 130 μm and a particle size of from 150 to 350 μm, as determined by laser diffraction; c) fractionating the micronised brewer's spent grain using an air classifier to provide a coarse fraction and a fine fraction; and d) collecting the coarse fraction to provide the fibre composition and collecting the fine fraction to provide the protein composition, wherein the fibre composition has a total combined content of protein and dietary fibre (% dry matter by weight) of between 70 and 100% and a ratio of protein to dietary fibre (dry matter by weight) of between 0.30 and 0.55; and, wherein the protein composition has a total combined content of protein and dietary fibre (% dry matter by weight) of between 80 and 100% and a ratio of protein to dietary fibre (dry matter by weight) of between 0.75 and 1.5; wherein the total dietary fibre content is determined by AOAC 991.43 and the total protein content is determined by the Kjeldahl method using a conversion factor of 6.25. a) providing dried brewer's spent grain having a moisture content of 10% by weight or less; b) micronising the dried brewer's spent grain using a pin mill to provide micronised brewer's spent grain having a particle size of from 30 to 130 μm and a particle size of from 150 to 350 μm, as determined by laser diffraction; c) fractionating the micronised brewer's spent grain using an air classifier to provide a coarse fraction and a fine fraction; and d) collecting the coarse fraction to provide the fibre composition and collecting the fine fraction to provide the protein composition, wherein the fibre composition has a total combined content of protein and dietary fibre (% dry matter by weight) of between 70 and 100% and a ratio of protein to dietary fibre (dry matter by weight) of between 0.30 and 0.55; and, wherein the protein composition has a total combined content of protein and dietary fibre (% dry matter by weight) of between 80 and 100% and a ratio of protein to dietary fibre (dry matter by weight) of between 0.75 and 1.5;
Fifth wheel assembly comprising a primary coupling device and a fifth wheel plate, wherein the fifth wheel plate has a trailer surface, wherein the trailer surface has an outwardly facing normal, wherein the fifth wheel plate has an retraction opening, wherein the retraction opening extends in a retraction direction, wherein the primary coupling device comprises a base body, a drive, a coupling mechanism, a cover device and a plug element, wherein the base body is designed to be fixed to the fifth wheel assembly and/or the trailer, wherein the plug element has energy conducting contacts which point in particular in a plug-in direction, wherein the drive is mechanically connected to the cover device via the coupling mechanism, wherein the cover device has at least one cover element, wherein the cover element is displaceable by the drive between a first position and a second position, wherein in the first position of the cover element the plug element is released, and wherein in the second position of the cover element the plug element is covered, characterized in that the retraction direction is at least substantially parallel to the plug-in direction. wherein the fifth wheel plate has a trailer surface, wherein the trailer surface has an outwardly facing normal, wherein the fifth wheel plate has an retraction opening, wherein the retraction opening extends in a retraction direction, wherein the primary coupling device comprises a base body, a drive, a coupling mechanism, a cover device and a plug element, wherein the base body is designed to be fixed to the fifth wheel assembly and/or the trailer, wherein the plug element has energy conducting contacts which point in particular in a plug-in direction, wherein the drive is mechanically connected to the cover device via the coupling mechanism, wherein the cover device has at least one cover element, wherein the cover element is displaceable by the drive between a first position and a second position, wherein in the first position of the cover element the plug element is released, and wherein in the second position of the cover element the plug element is covered, characterized in that the retraction direction is at least substantially parallel to the plug-in direction.
Threaded dental implant intended to be screwed into a jawbone for supporting at least one abutment and/or a dental superstructure, and having a socket arrangement with a first section and a second section with respective geometrical profiles around a longitudinal center axis of the implant, wherein the first section is devised to cooperate with an abutment for securing the abutment in a determined position in the implant, wherein the second section is devised to cooperate with an insertion tool for screwing the implant into the jawbone, - the first section comprising an annular coronal contact surface on top of an opening centric at a coronal end of the implant, followed in an apical direction by a first tapered section having a diameter decreasing in the apical direction, by a first cylindrical section, by first anti-rotational means and by a threaded section; - the second section comprising a flat horizontal platform perpendicular to the longitudinal center axis and apically below the first cylindrical section, and further followed in apical direction by second anti-rotational means, wherein - the second section further comprises an annular retention recess positioned around the longitudinal center axis and between the first cylindrical section and the flat horizontal platform, the retention recess having at least in part a diameter larger than the diameter of the first cylindrical section and being adapted to engage with a retention means of the insertion tool. - the first section comprising an annular coronal contact surface on top of an opening centric at a coronal end of the implant, followed in an apical direction by a first tapered section having a diameter decreasing in the apical direction, by a first cylindrical section, by first anti-rotational means and by a threaded section; - the second section comprising a flat horizontal platform perpendicular to the longitudinal center axis and apically below the first cylindrical section, and further followed in apical direction by second anti-rotational means, wherein - the second section further comprises an annular retention recess positioned around the longitudinal center axis and between the first cylindrical section and the flat horizontal platform, the retention recess having at least in part a diameter larger than the diameter of the first cylindrical section and being adapted to engage with a retention means of the insertion tool.
A coated paperboard comprising: a single-ply paperboard substrate having a first major side and a second major side, and having an internal sizing agent incorporated therein; and a barrier coating on the first major side of the single-ply paperboard substrate, the barrier coating having an elastic modulus of at least 1.5 GPa. a single-ply paperboard substrate having a first major side and a second major side, and having an internal sizing agent incorporated therein; and a barrier coating on the first major side of the single-ply paperboard substrate, the barrier coating having an elastic modulus of at least 1.5 GPa.
Dental milling blank for the production of permanent indirect restorations in the CAD/CAM process, characterized in that it has a water sorption WSP of less than/equal to 15 μg/mm 3, measured according to ISO 4049 and an E modulus E greater than/equal to 15 GPa, measured according to the ADA specification No. 27 and a quotient Q of WSP/E of less than 1 μg/(GPa x mm 3) and consists of the polymerization product of a radically curable dental composition, which comprises a) inorganic fillers, wherein the total mass of the inorganic fillers is at least 83 wt.%, based on the total mass of the composition, b) radically polymerizable monomers, c) one or more initiators for radically curing, wherein the radically polymerizable monomers b) comprise bifunctional (meth)acrylates and wherein the proportion by weight of ethoxylated bisphenol-A dimethacrylate with an average degree of ethoxylation of 2 to 4 ethoxy groups per molecule is greater than 40 wt.% and less than 50 wt.% of b). a) inorganic fillers, wherein the total mass of the inorganic fillers is at least 83 wt.%, based on the total mass of the composition, b) radically polymerizable monomers, c) one or more initiators for radically curing,
Method for manufacturing a folded panel, comprising the following steps: - feeding a panel with a front side and a rear side, - installing an elongated recess at the rear so that at the front between remaining panel sections (1a, 1b) a flexible transition section remains at the front of the recess, - bending the panel sections (1a, 1b) relative to each other to a folded condition with a desired curvature of the transition section, - applying an adhesive in the recess in order to fix the folded condition, characterized in that, before the panel sections (1a, 1b) are bent relative to each other, a template is inserted into the recess, which template has an end face with a shape such that the transition section in the folded condition abuts the end face, and the transition section is bent around the end face while bending the panel sections (1a, 1b), after which the template is removed and the panel so folded is held in the folded position and then the adhesive is applied. - feeding a panel with a front side and a rear side, - installing an elongated recess at the rear so that at the front between remaining panel sections (1a, 1b) a flexible transition section remains at the front of the recess, - bending the panel sections (1a, 1b) relative to each other to a folded condition with a desired curvature of the transition section, - applying an adhesive in the recess in order to fix the folded condition,
A system comprising: - a plurality of network device nodes; - a distributed queue cluster comprising first network device nodes, each of the first network device nodes presenting a representational state transfer application programming interface, 2. RESTful API, wherein the first network device nodes cooperate to: - receive information from end nodes of a network; and - store the information in memory of the first network device nodes (201- 205), - a distributed parallel processing cluster comprising second network device nodes that cooperate to: - retrieve the information from the memory of the first network device nodes; and - perform one or more tasks on the information to produce processing results, and - a distributed database cluster comprising third network device nodes that cooperate to store processing results in memory of the third network device nodes; wherein the distributed queue cluster, the distributed parallel processing cluster, and the distributed database cluster are part of a local network that is connectable to an external network, the local network comprising a wireless mesh network, and wherein each of the first, second, and third network device nodes are configurable to be assigned functional roles as each of a network device node of the distributed queue cluster, a network device node of the distributed parallel processing cluster, and a network device node of the distributed database cluster, and wherein, for the one or more tasks, a network device node among the second network device nodes is selected as a leader responsible for task execution, wherein the system further comprises at least one gateway configured to perform the role of the distributed queue cluster, the distributed parallel processing cluster, and the distributed database cluster at the same time such that the system continues to operate locally as long as at least one gateway continues to run, even if the local network is not connected to an external network or the connection to the external network fails. - a plurality of network device nodes; - a distributed queue cluster comprising first network device nodes, each of the first network device nodes presenting a representational state transfer application programming interface, 2. RESTful API, wherein the first network device nodes cooperate to: - receive information from end nodes of a network; and - store the information in memory of the first network device nodes (201- 205), - receive information from end nodes of a network; and - store the information in memory of the first network device nodes (201- 205), - a distributed parallel processing cluster comprising second network device nodes that cooperate to: - retrieve the information from the memory of the first network device nodes; and - perform one or more tasks on the information to produce processing results, and - retrieve the information from the memory of the first network device nodes; and - perform one or more tasks on the information to produce processing results, and - a distributed database cluster comprising third network device nodes that cooperate to store processing results in memory of the third network device nodes;
Brewing device, in particular for a coffee machine for the preparation of coffee beverages, with a brewing chamber delimited by a brewing plunger and a brewing pot for receiving ground coffee, wherein the ground coffee arranged in the brewing chamber can be compressed by way of a relative movement between the brewing pot and the brewing plunger, wherein a drive device is provided for adjusting the brewing pot relative to the brewing plunger and wherein a coupling is arranged between a drive shaft of the drive device and the brewing pot, which coupling opens when a predefined torque occurs and decouples an adjustment movement of the brewing pot from a rotational movement of the drive shaft, characterised in that a setting device is provided for setting the predefined torque at the coupling.