mhurhangee/ep-ind-claims huggingface dataset:
An outdoor lighting network device for operating in an outdoor lighting network, the outdoor lighting network device comprising: a vendor-specific protocol stack for communication between the outdoor lighting network device and a vendor-specific management system for managing the outdoor lighting network, the vendor-specific protocol stack comprising a vendor-specific application layer using a vendor application protocol; and a common network protocol stack for communication between the outdoor lighting network device and a central management system for managing the outdoor lighting network, the common network protocol stack comprising an application layer using a common application protocol; wherein the outdoor lighting network device is adapted to translate communication messages from the common application protocol to the vendor-specific application protocol and vice versa; and wherein the common application protocol is adapted to send and/or receive configuration messages for the outdoor lighting network device to/from the central management system and the vendor-specific application protocol is adapted to send and/or receive initialization and/or commissioning messages for the outdoor lighting network device to/from the vendor-specific management system. a vendor-specific protocol stack for communication between the outdoor lighting network device and a vendor-specific management system for managing the outdoor lighting network, the vendor-specific protocol stack comprising a vendor-specific application layer using a vendor application protocol; and a common network protocol stack for communication between the outdoor lighting network device and a central management system for managing the outdoor lighting network, the common network protocol stack comprising an application layer using a common application protocol; wherein the outdoor lighting network device is adapted to translate communication messages from the common application protocol to the vendor-specific application protocol and vice versa; and wherein the common application protocol is adapted to send and/or receive configuration messages for the outdoor lighting network device to/from the central management system and the vendor-specific application protocol is adapted to send and/or receive initialization and/or commissioning messages for the outdoor lighting network device to/from the vendor-specific management system.
A jaw crusher hydraulic system for controlling the position of a movable jaw of a jaw crusher, the hydraulic system comprising at least one hydraulic cylinder having a piston comprising a piston rod arranged on a first side of the piston for positioning the movable jaw, the hydraulic cylinder comprising a bore side space arranged on a second side of the piston, which is opposite to the first side of the piston, for containing a hydraulic fluid taking up crushing forces exerted by the movable jaw on the piston rod during a crushing cycle of the jaw crusher, and an annular side space arranged on the first side of the piston for containing a hydraulic fluid pressing the piston against hydraulic fluid of the bore side space, characterised in the hydraulic system further comprising an annular side space accumulator which comprises a fluid compartment, which is in fluid contact with the annular side space, and a gas compartment arranged for containing a pressurized gas to apply a pressure on the hydraulic fluid in the annular side space.
A computer-implemented method for numerical simulation of a mechanical body, wherein the behavior of a motor vehicle in an impact is determined by the simulation, wherein a description of a behavior of connection points of the mechanical body is made, wherein an example-based model for describing the behavior of the connection points is used, wherein the example-based model is trainable on the basis of examples in order to assign one or more output variables to one or more input variables, and manages without analytical approach for the relationship of the input variables and output variables, wherein at least one connection point is integrated in a test body, wherein a determination region of the test body is formed by the at least one connection point, that the determination region is formed only in a part of the test body, that default values for global loading and global shifting of the test body are determined on the test body, that a numerical model of the test body is constructed using the example-based model for the at least one connection point, and that the example-based model is trained on the basis of the default values and the results of numerical simulations of the test body with the numerical model to determine the relationship between the global shifts and the global loading.
A communication method, comprising: generating a first reference signal; sending the first reference signal according to a first parameter set, the first parameter set comprising a reference signal periodicity, a number of repetition times in a periodicity, and a time offset set; and using a remote interference management identity for identifying a base station set sending the first reference signal, the remote interference management identity being associated with a frequency domain characteristic, a time domain characteristic, and a generation sequence of the first reference signal, wherein: the first reference signal is sent by an interfering base station or an interfered base station, and the first reference signal in response to being sent by the interfering base station and the first reference signal in response to being sent by the interfered base station have different time-frequency resource allocations. generating a first reference signal; sending the first reference signal according to a first parameter set, the first parameter set comprising a reference signal periodicity, a number of repetition times in a periodicity, and a time offset set; and using a remote interference management identity for identifying a base station set sending the first reference signal, the remote interference management identity being associated with a frequency domain characteristic, a time domain characteristic, and a generation sequence of the first reference signal, wherein: the first reference signal is sent by an interfering base station or an interfered base station, and the first reference signal in response to being sent by the interfering base station and the first reference signal in response to being sent by the interfered base station have different time-frequency resource allocations.
A process for separating phases of a mixture that contain an oxirane, comprising: receiving the mixture including a liquid aqueous phase, a liquid organic phase, the oxirane, and a solid phase titanium-silicalite catalyst; separating the mixture into the liquid aqueous phase that includes at least water, a peroxide compound, an alcohol and an olefin and the liquid organic phase that includes at least the olefin and a non-reactive co-solvent, where both the liquid aqueous phase and the liquid organic phase include the oxirane and wherein the liquid organic phase has a density greater than the liquid aqueous phase, the solid phase titanium-silicalite catalyst has a density greater than the liquid organic phase, and the solid phase titanium-silicalite catalyst has an affinity for the liquid aqueous phase, and where a first part of the solid phase titanium-silicalite catalyst remains suspended in the liquid aqueous phase and a second part of the solid phase titanium-silicalite catalyst settles through the liquid organic phase to a density driven position; recovering the liquid aqueous phase including the first part of the solid phase titanium-silicalite catalyst; and extracting at least the oxirane from the liquid aqueous phase with an extraction solvent. receiving the mixture including a liquid aqueous phase, a liquid organic phase, the oxirane, and a solid phase titanium-silicalite catalyst; separating the mixture into the liquid aqueous phase that includes at least water, a peroxide compound, an alcohol and an olefin and the liquid organic phase that includes at least the olefin and a non-reactive co-solvent, where both the liquid aqueous phase and the liquid organic phase include the oxirane and wherein the liquid organic phase has a density greater than the liquid aqueous phase, the solid phase titanium-silicalite catalyst has a density greater than the liquid organic phase, and the solid phase titanium-silicalite catalyst has an affinity for the liquid aqueous phase, and where a first part of the solid phase titanium-silicalite catalyst remains suspended in the liquid aqueous phase and a second part of the solid phase titanium-silicalite catalyst settles through the liquid organic phase to a density driven position; recovering the liquid aqueous phase including the first part of the solid phase titanium-silicalite catalyst; and extracting at least the oxirane from the liquid aqueous phase with an extraction solvent.
Compact heating system for a heating installation to supply buildings with heat energy, with a heating boiler with a burner and a burner chamber, in which a line system belonging to a heating circuit and/or a service water circuit and having a feed line and a return line (32, 31) is directed through the heating boiler for heating the heat transfer medium present in the line, wherein the compact heating system has a calorific value boiler comprising the heating boiler and an add-on heat exchanger, wherein the compact heating system has a housing in which the calorific value boiler and an internal unit of a heating pump, in particular an air/water heating pump, are arranged, wherein no buffer storage tank separate from the calorific value boiler and having a separate tank is provided within the housing of the compact heating system, and wherein the internal unit of the heating pump is coupled to the feed line and/or the return line (31, 32) of the line system for heating the heating circuit and/or the service water circuit, characterized in that the heating pump comprises an external unit connected to the internal unit via coolant lines, and that a liquefier is provided in the internal unit and a compressor and an evaporator are provided in the external unit.
Portable identification transmitter for a passive access system of a motor vehicle comprising, within housing: a) a supply battery, b) a microcontroller, c) HF transmitting and receiving circuits controlled by the microcontroller for communication with a motor-vehicle-side control device, d) an LF circuit arrangement (6, 7) coupled with the microcontroller with LF antennas for coupling-in electromagnetic fields in the LF frequency range, e) an electrical buffer that is coupled with the LF circuit arrangement (6, 7) in order to charge the electrical buffer by absorbing energy from electromagnetic fields coupled-in via the LF antennas, characterised by f) an electronic switching device that can decouple the battery from the microcontroller, wherein the microcontroller and the LF circuit arrangement are configured and coupled with the buffer such that, when the buffer is charged above a specified charging level, the opened electronic switching device can be actuated by the microcontroller in order to couple the battery with the microcomputer, with the microcomputer being supplied with energy from the buffer. a) a supply battery, b) a microcontroller, c) HF transmitting and receiving circuits controlled by the microcontroller for communication with a motor-vehicle-side control device, d) an LF circuit arrangement (6, 7) coupled with the microcontroller with LF antennas for coupling-in electromagnetic fields in the LF frequency range, e) an electrical buffer that is coupled with the LF circuit arrangement (6, 7) in order to charge the electrical buffer by absorbing energy from electromagnetic fields coupled-in via the LF antennas, characterised by f) an electronic switching device that can decouple the battery from the microcontroller,
A method for manufacturing an initiated pyrotechnic block in the form of a grooved multilayer block, said method comprising the following successive steps: 1) successive arrangement, in a shaping tool, of at least: a) a layer (a) of initiating composition, and b) a layer (b) of main composition, 2) shaping by compression. 1) successive arrangement, in a shaping tool, of at least: a) a layer (a) of initiating composition, and b) a layer (b) of main composition, a) a layer (a) of initiating composition, and b) a layer (b) of main composition, 2) shaping by compression.
A process of making compound 1-6: comprising: (a-2) reducing compound 1-3: in the presence of a KRED enzyme to produce compound 1-4: (b-2) coupling compound 1-4 with compound A-1, in the presence of Catalyst D to produce I-5(a): followed by deprotecting in situ with an acid to produce compound I-5(b) as a salt: I-5(a), where R N =P 1 or 1-5 (b) where, R N =H; (c-2) cyclizing and reducing compound I-5(b) in the presence of Catalyst E to produce compound 1-6 via 1-6-1: wherein P 1 is selected from the group consisting of Ac, Bn, Boc, Bz, Cbz, DMPM, FMOC, Ns, Moz, and Ts; and Y is selected from Cl, I, Br, and OTf; and R is limited to the group consisting of H, TMS, TES, TBDMS, TIPS and TBDPS; and R N is P 1 or H. (a-2) reducing compound 1-3: in the presence of a KRED enzyme to produce compound 1-4: (b-2) coupling compound 1-4 with compound A-1, in the presence of Catalyst D to produce I-5(a): followed by deprotecting in situ with an acid to produce compound I-5(b) as a salt: I-5(a), where R N =P 1 or 1-5 (b) where, R N =H; (c-2) cyclizing and reducing compound I-5(b) in the presence of Catalyst E to produce compound 1-6 via 1-6-1: wherein P 1 is selected from the group consisting of Ac, Bn, Boc, Bz, Cbz, DMPM, FMOC, Ns, Moz, and Ts; and Y is selected from Cl, I, Br, and OTf; and R is limited to the group consisting of H, TMS, TES, TBDMS, TIPS and TBDPS; and R N is P 1 or H. wherein P 1 is selected from the group consisting of Ac, Bn, Boc, Bz, Cbz, DMPM, FMOC, Ns, Moz, and Ts; and Y is selected from Cl, I, Br, and OTf; and R is limited to the group consisting of H, TMS, TES, TBDMS, TIPS and TBDPS; and R N is P 1 or H.
A weighing apparatus comprising: a load measuring mechanism that detects weighed data; environmental measurement means for detecting physical amounts in an environment in which the load measuring mechanism is installed; storage means for storing the weighed data detected by the load measuring mechanism, and environmental measurement data detected by the environmental measurement means; and an arithmetic processing unit which performs arithmetic processing by use of the weighed data and the environmental measurement data stored in the storage means, characterized in that the arithmetic processing unit is configured to correlate and record respective temporal fluctuations in the weighed data and the environmental measurement data, so as to make the temporal fluctuations visually recognizable via a display unit. a load measuring mechanism that detects weighed data; environmental measurement means for detecting physical amounts in an environment in which the load measuring mechanism is installed; storage means for storing the weighed data detected by the load measuring mechanism, and environmental measurement data detected by the environmental measurement means; and an arithmetic processing unit which performs arithmetic processing by use of the weighed data and the environmental measurement data stored in the storage means, characterized in that the arithmetic processing unit is configured to correlate and record respective temporal fluctuations in the weighed data and the environmental measurement data, so as to make the temporal fluctuations visually recognizable via a display unit.
A liquid pharmaceutical formulation comprising: 0.1-8% wt. % of nicotine; at least 65 wt.% water; and one or more of flavouring agents, co-solubilisers and solubilisers; wherein the formulation comprises a co-solubiliser and/or a solubiliser; wherein the nicotine is the form of a nicotine salt of nicotine and an acid; wherein the pharmaceutical formulation has a pH of from 4.5 to 5.9; and wherein the liquid pharmaceutical formulation is aerosolisable to form an inhalable formulation. 0.1-8% wt. % of nicotine; at least 65 wt.% water; and one or more of flavouring agents, co-solubilisers and solubilisers; wherein the formulation comprises a co-solubiliser and/or a solubiliser; wherein the nicotine is the form of a nicotine salt of nicotine and an acid; wherein the pharmaceutical formulation has a pH of from 4.5 to 5.9; and wherein the liquid pharmaceutical formulation is aerosolisable to form an inhalable formulation.
A method, comprising: identifying, in data traffic transmitted between multiple nodes that communicate over a network, a set of pairs of source and destination nodes, each pair consisting of a given source node and a given destination node, and one or more communication ports on the given destination node in each pair that are accessed by the data traffic from the given source node; identifying one or more noisy scanners, each of the noisy scanners comprising a given source node that accesses at least a specified first number of destination ports on at least a second specified number of destination nodes; computing, for each pair in the set, a respective baseline level that is indicative of an average of a first number of the communication ports that source nodes other than the given source node in the pair and other than any of the identified noisy scanners, accessed on the given destination node during a first time period; computing, for each pair in the set, a respective test score that is indicative of a difference between a second number of the communication ports that the given source node in the pair accessed on the given destination node during a second time period and the baseline level; and initiating a preventive action with respect to the given source node in any of the pairs for which the test score is greater than a specified level. identifying, in data traffic transmitted between multiple nodes that communicate over a network, a set of pairs of source and destination nodes, each pair consisting of a given source node and a given destination node, and one or more communication ports on the given destination node in each pair that are accessed by the data traffic from the given source node; identifying one or more noisy scanners, each of the noisy scanners comprising a given source node that accesses at least a specified first number of destination ports on at least a second specified number of destination nodes; computing, for each pair in the set, a respective baseline level that is indicative of an average of a first number of the communication ports that source nodes other than the given source node in the pair and other than any of the identified noisy scanners, accessed on the given destination node during a first time period; computing, for each pair in the set, a respective test score that is indicative of a difference between a second number of the communication ports that the given source node in the pair accessed on the given destination node during a second time period and the baseline level; and initiating a preventive action with respect to the given source node in any of the pairs for which the test score is greater than a specified level.
A joining device, particularly for joining a shelf to a wall of a piece of furniture, comprising - a cylindrical body provided with a first axial seat, a second seat, that is adjacent to said first seat, and a third seat, which is perpendicular and connected to said second seat, - a screw comprising a first stem adapted to be rotatably coupled in said first seat and provided with a first crown- shaped head that can be arranged rotatably within said second seat, and - a pinion adapted to interact with said first crown-shaped head, characterized in that said cylindrical body is insertable, in use, in a first hole provided transversely in the thickness of said shelf, said pinion being adapted to be temporarily arranged in said third seat and in that said pinion protrudes externally to said cylindrical body so as to be accommodatable, in use, within a second hole provided in said shelf. - a cylindrical body provided with a first axial seat, a second seat, that is adjacent to said first seat, and a third seat, which is perpendicular and connected to said second seat, - a screw comprising a first stem adapted to be rotatably coupled in said first seat and provided with a first crown- shaped head that can be arranged rotatably within said second seat, and - a pinion adapted to interact with said first crown-shaped head, characterized in that said cylindrical body is insertable, in use, in a first hole provided transversely in the thickness of said shelf, said pinion being adapted to be temporarily arranged in said third seat and in that said pinion protrudes externally to said cylindrical body so as to be accommodatable, in use, within a second hole provided in said shelf.
A method of providing an ovenable packaged food product comprising printing a substrate with an aqueous printing ink composition, drying said ink composition to provide a printed substrate and packaging a food stuff with said printed substrate, wherein the method excludes printing or applying any layers over the dried ink composition, wherein the ink composition comprises water and polyester resin.
An ultrasound device comprising - an ultrasonic transducer, - a coupling resonant circuit coupled to the ultrasonic transducer, - an adjusting unit for adjusting the resonant frequency of the coupling resonant circuit, and - a controlling and receiving unit for controlling the coupling resonant circuit for transmission of ultrasound waves by the ultrasonic transducer and for reception of ultrasound waves at the ultrasonic transducer, characterized in - that the adjusting unit comprises at least one controllable switch for selective added electric connection of one or a plurality of adjusting components in the form of one or a plurality of adjusting resistors (54,56) to the coupling resonant circuit. - an ultrasonic transducer, - a coupling resonant circuit coupled to the ultrasonic transducer, - an adjusting unit for adjusting the resonant frequency of the coupling resonant circuit, and - a controlling and receiving unit for controlling the coupling resonant circuit for transmission of ultrasound waves by the ultrasonic transducer and for reception of ultrasound waves at the ultrasonic transducer, - that the adjusting unit comprises at least one controllable switch for selective added electric connection of one or a plurality of adjusting components in the form of one or a plurality of adjusting resistors (54,56) to the coupling resonant circuit.
Glass hollowware formed by moulding, pressing or blowing having a soda-lime-silicate glass composition comprising the following constituents (in percentages by weight): SiO 2 64-75% Al 2 O 3 0-5% B 2 O 3 0-5% CaO 5-15% MgO 0-10% Na 2 O 10-18% K 2 O 0-5% BaO 0-5% And not comprising cerium oxide, characterized in that it includes the optical absorbents below, in contents varying within the following weight limits: Fe 2 O 3 (total iron) 0.01 to 0.15% V 2 O 5 (total vanadium) 0.11 to 0.40% MnO (total manganese) 0.05 to 0.25% in that the redox state of the glass does not exceed 0.2 and in that the glass has, for a thickness of 3 mm, an ultraviolet transmission T UV, measured between 295 and 380 nm, not exceeding 40% and chromatic coordinates (a*,b*) under illuminant C of between -3 and +3.