mhurhangee/ep-ind-claims huggingface dataset:
Screw connecting terminal (1, 30) which comprises a clamping part, which is essentially in the form of a frame and has longitudinal, narrow and broad faces (11; 13; 8, 10), a clamping screw which is held in a threaded opening in the clamping part, and a busbar which passes through the interior of the frame-like clamping part and is arranged such that it can move with respect to the clamping part, and whose broad face when in the installed state is oriented parallel to the broad face (8, 10) of the clamping part, with the clamping part being movable in its longitudinal direction relative to the busbar by rotation of the clamping screw, such that a connecting conductor can be clamped firmly between the side of the busbar which faces away from the clamping screw and the broad face of the clamping part which faces away from the clamping screw, with the busbar being fitted at its free end with an approximately rectangular contact plate whose length is greater than the width of the interior of the clamping part which holds the busbar, such that the free ends (26, 27) of the contact plate project beyond the frame-like clamping part on both sides when the busbar is in the installed state, characterized in that the length of the contact plate is less than the height of the interior of the clamping part which holds the busbar.
A method of cutting out an RNA oligonucleotide chemically synthesized on a universal support from the support, comprising a step of bringing the support carrying the RNA oligonucleotide in contact with an aqueous solution containing alkylamine and a monovalent inorganic salt, wherein said universal support is selected from the group consisting of:
A method to determine location information about a second wireless access point of a wireless local area network, the method comprising: receiving assistance information from a location server at one or more mobile stations through one or more first wireless access points (503, 505) of a wireless cellular network, wherein the assistance information of the location server is used for calculating a plurality of locations (711, 713, 715, 721, 723, 725) of the one or more mobile stations by the one or more mobile stations; receiving, by the one or more mobile stations, one or more wireless signals from the second wireless access point indicating an identity of the second wireless access point; collecting data specifying the plurality of locations (711, 713, 715, 721, 723, 725) at which wireless signals transmitted from the second wireless access point are received by the one or more mobile stations; and calculating location information about the second wireless access point from the collected data and the calculated plurality of locations (711, 713, 715, 721, 723, 725) of the one or more mobile stations, wherein: the calculated location information comprises an estimated position of the second wireless access point. receiving assistance information from a location server at one or more mobile stations through one or more first wireless access points (503, 505) of a wireless cellular network, wherein the assistance information of the location server is used for calculating a plurality of locations (711, 713, 715, 721, 723, 725) of the one or more mobile stations by the one or more mobile stations; receiving, by the one or more mobile stations, one or more wireless signals from the second wireless access point indicating an identity of the second wireless access point; collecting data specifying the plurality of locations (711, 713, 715, 721, 723, 725) at which wireless signals transmitted from the second wireless access point are received by the one or more mobile stations; and calculating location information about the second wireless access point from the collected data and the calculated plurality of locations (711, 713, 715, 721, 723, 725) of the one or more mobile stations, wherein: the calculated location information comprises an estimated position of the second wireless access point.
A system comprising: - an aluminum capsule containing a product for the preparation of a beverage, by means of infusion or solubilization, such as coffee, tea, or herbal tea, comprising a hollow body for containing the product, made entirely of aluminum; - a capsule machine for preparing the beverage, comprising a pump, a boiler for heating the amount of water fed by the pump, electronic machine management means for electronically managing the pump and the boiler, and recognition means suitable for generating a magnetic field in a region of the machine, said recognition means comprising electronic detection management means for a) detecting a change in the magnetic field caused by the aluminum of the body of said capsule located in said region, b) sending a metal material recognition signal to the electronic machine management means, and for c) ordering the electronic machine management means to perform a predefined beverage preparation cycle on the basis of the change detected or for inhibiting the performance of any beverage preparation cycle on the basis of the change detected; wherein the recognition means are adapted to: - enable the performance of a predefined beverage preparation cycle only in presence of a change in the magnetic field which is characteristic of the capsule made of aluminum; and - inhibit the performance of any beverage preparation cycle in the presence of a change in the magnetic field which is characteristic of a capsule different from said aluminum capsule. - an aluminum capsule containing a product for the preparation of a beverage, by means of infusion or solubilization, such as coffee, tea, or herbal tea, comprising a hollow body for containing the product, made entirely of aluminum; - a capsule machine for preparing the beverage, comprising a pump, a boiler for heating the amount of water fed by the pump, electronic machine management means for electronically managing the pump and the boiler, and recognition means suitable for generating a magnetic field in a region of the machine, said recognition means comprising electronic detection management means for a) detecting a change in the magnetic field caused by the aluminum of the body of said capsule located in said region, b) sending a metal material recognition signal to the electronic machine management means, and for c) ordering the electronic machine management means to perform a predefined beverage preparation cycle on the basis of the change detected or for inhibiting the performance of any beverage preparation cycle on the basis of the change detected; - enable the performance of a predefined beverage preparation cycle only in presence of a change in the magnetic field which is characteristic of the capsule made of aluminum; and - inhibit the performance of any beverage preparation cycle in the presence of a change in the magnetic field which is characteristic of a capsule different from said aluminum capsule.
A method for online monitoring of a physical environment using a variable data sampling rate, said method implemented by a computing device, said method comprising: receiving, from a monitoring system using the computing device, a first set of data points associated with the physical environment using a first sampling rate while the data set indicates that the physical environment is in a first state; upon receiving a first data point of a second set of subsequent data points that indicates that the physical environment is in a second state, updating the first sampling rate to a second sampling rate to cause the monitoring system to sample the second set of data points of the physical environment at the second sampling rate; and characterized by upon receiving a number of consecutive data points of a third set of subsequent data points that indicate the physical environment is in the second state, updating the second sampling rate to the first sampling rate to cause the monitoring system to sample the third set of data points of the physical environment at the first sampling rate. receiving, from a monitoring system using the computing device, a first set of data points associated with the physical environment using a first sampling rate while the data set indicates that the physical environment is in a first state; upon receiving a first data point of a second set of subsequent data points that indicates that the physical environment is in a second state, updating the first sampling rate to a second sampling rate to cause the monitoring system to sample the second set of data points of the physical environment at the second sampling rate; and characterized by upon receiving a number of consecutive data points of a third set of subsequent data points that indicate the physical environment is in the second state, updating the second sampling rate to the first sampling rate to cause the monitoring system to sample the third set of data points of the physical environment at the first sampling rate.
A mobile measurement system for use in measuring a physical property of an external system, the mobile measurement system comprising: a handheld device configured to receive measurement data pertaining to a measurement of the external system, wherein the received measurement data comprises at least one measured electrical parameter corresponding to the physical property of the external system; a measurement device communicatively coupled to the handheld device, wherein the measurement device is configured, in use, to be applied to said external system at a physical interface, to measure the physical property of the external system during a period of time, and to generate the measurement data, wherein the generated measurement data corresponds to said period of time, and wherein the measurement device communicates the generated measurement data to the handheld device; and an optical sensing device communicatively coupled to the handheld device, wherein the optical sensing device, in use, generates optical data depicting an image of said physical interface of the measurement device and the external system while the measurement device is measuring the physical property of the external system, wherein the generated optical data corresponds to a particular point in time within said period of time, and wherein the mobile measurement system is further configured to associate and store the generated optical data corresponding to the particular point in time with said measurement data corresponding to said period of time. a handheld device configured to receive measurement data pertaining to a measurement of the external system, wherein the received measurement data comprises at least one measured electrical parameter corresponding to the physical property of the external system; a measurement device communicatively coupled to the handheld device, wherein the measurement device is configured, in use, to be applied to said external system at a physical interface, to measure the physical property of the external system during a period of time, and to generate the measurement data, wherein the generated measurement data corresponds to said period of time, and wherein the measurement device communicates the generated measurement data to the handheld device; and an optical sensing device communicatively coupled to the handheld device, wherein the optical sensing device, in use, generates optical data depicting an image of said physical interface of the measurement device and the external system while the measurement device is measuring the physical property of the external system, wherein the generated optical data corresponds to a particular point in time within said period of time, and wherein the mobile measurement system is further configured to associate and store the generated optical data corresponding to the particular point in time with said measurement data corresponding to said period of time.
Bus subscriber for a bus system having at least two lines (12, 16, 18), comprising at least one connection element that has at least two contacts (22, 24) that can each be connected to one of the lines (12, 16, 18), and an address allocation device to determine an address for the bus subscriber in the bus system based on the respective connection states of the contacts (22, 24) with respect to the lines (12, 16, 18), wherein the address of the bus subscriber in the bus system is detected using the address allocation device based on the respective connection states of the contacts (22, 24) with respect to the lines (12, 16, 18), wherein at least one of the contacts (22, 24) is connected to one of the lines (12, 16, 18) that is configured as a power supply line, characterized in that a supply device coupled to the contacts (22, 24) is provided to convert an external supply voltage, supplied to the bus subscriber by connection of the at least one contact to the power supply line, into an internal supply voltage (Vcc) of the bus subscriber.
A manufacturing method of a super absorbent polymer comprising: forming a hydrogel polymer by performing thermal polymerization or photopolymerization on a monomer composition including a water-soluble ethylenically unsaturated monomer in which an acidic group is included and at least one portion of the acidic group is neutralized and a polymerization initiator; performing coarse-pulverization on the hydrogel polymer; drying and pulverizing the coarse-pulverized hydrogel polymer, and performing classification into fine powder having a particle diameter of less than 150 μm and normal particles having a particle diameter of 150 to 850 μm; preparing a fine powder aqueous solution by mixing the fine powder, water, and an additive; and manufacturing a fine powder reassembly by mixing the fine powder aqueous solution and the coarse-pulverized hydrogel polymer, wherein: the additive includes sodium hydroxide, a cross-linking agent, and a thermal polymerization initiator, and the fine powder aqueous solution further includes porous particles. forming a hydrogel polymer by performing thermal polymerization or photopolymerization on a monomer composition including a water-soluble ethylenically unsaturated monomer in which an acidic group is included and at least one portion of the acidic group is neutralized and a polymerization initiator; performing coarse-pulverization on the hydrogel polymer; drying and pulverizing the coarse-pulverized hydrogel polymer, and performing classification into fine powder having a particle diameter of less than 150 μm and normal particles having a particle diameter of 150 to 850 μm; preparing a fine powder aqueous solution by mixing the fine powder, water, and an additive; and manufacturing a fine powder reassembly by mixing the fine powder aqueous solution and the coarse-pulverized hydrogel polymer, wherein: the additive includes sodium hydroxide, a cross-linking agent, and a thermal polymerization initiator, and the fine powder aqueous solution further includes porous particles. the additive includes sodium hydroxide, a cross-linking agent, and a thermal polymerization initiator, and the fine powder aqueous solution further includes porous particles.
A dosing system for dispensing at least one flowable preparation into an interior of a washing machine, comprising - at least one dosing device, which comprises - at least one electrical energy source for operating the dosing device, - at least one dosing unit for dispensing a predefined quantity of the at least one flowable preparation, - at least one sensor unit for monitoring the dosing unit, - at least one control unit which is coupled to the dosing unit and the sensor unit, and - at least one container, which can be coupled to the dosing device, for storing the at least one flowable preparation, the dosing unit having a peristaltic pump for dispensing the at least one flowable preparation, and the dosing system being suitable for free positioning within the interior of the washing machine, characterized in that the peristaltic pump comprises a rotating body, which is eccentrically mounted within a receptacle, for conveying the at least one flowable preparation through a pump hose. - at least one dosing device, which comprises - at least one electrical energy source for operating the dosing device, - at least one dosing unit for dispensing a predefined quantity of the at least one flowable preparation, - at least one sensor unit for monitoring the dosing unit, - at least one control unit which is coupled to the dosing unit and the sensor unit, and - at least one container, which can be coupled to the dosing device, for storing the at least one flowable preparation, the dosing unit having a peristaltic pump for dispensing the at least one flowable preparation, and the dosing system being suitable for free positioning within the interior of the washing machine, characterized in that the peristaltic pump comprises a rotating body, which is eccentrically mounted within a receptacle, for conveying the at least one flowable preparation through a pump hose.
Self-stabilizing scintillation detector system for the measurement of nuclear radiation, preferably gamma radiation, comprising a scintillation crystal, a photocathode and a photomultiplier tube PMT, the scintillation crystal being selected from a group of materials having a light decay time of at least 1ns, characterized in that the PMT is set to its highest possible gain, and the scintillation detector system further comprises a first and a second fast digital sampling analog to digital converter ADC, wherein the first ADC is connected to the anode output of the PMT for processing the current from the anode output relating to single photo electrons SPE being emitted as thermionic current from the photocathode, this first ADC being set to operate with a very high sampling rate of at least 10MHz, wherein the second ADC is connected to one of the PMT's dynodes for processing nuclear radiation induced signals.
A vehicle, preferably a utility vehicle, for example a bus, having: a lattice frame, which forms a framework structure of the vehicle and delimits a person-accommodating space of the vehicle; and at least one equipment component (16, 18, 20, 22, 24), preferably an internal equipment component, which is arranged in the person-accommodating space and is at least partly integrated into the lattice frame as a supporting section of the lattice frame, preferably for forming a new load path in the lattice frame, wherein: the at least one equipment component (16, 18, 20, 22, 24) has a vehicle seating device and/or a backrest device, which has at least one or more supports as the supporting section of the lattice frame, characterized in that the lattice frame forms an outer side wall of the vehicle, wherein the outer side wall has a plurality of supports of the lattice frame, which meet one another at an attachment point, and the supporting section of the at least one equipment component (16, 18, 20, 22, 24) meets the outer side wall at the attachment point of the outer side wall, and/or the lattice frame forms a floor assembly of the vehicle, wherein the floor assembly has a plurality of supports of the lattice frame, which meet at an attachment point, and the supporting section of the at least one equipment component (16, 18, 20, 22, 24) meets the floor assembly at the attachment point of the floor assembly. a lattice frame, which forms a framework structure of the vehicle and delimits a person-accommodating space of the vehicle; and at least one equipment component (16, 18, 20, 22, 24), preferably an internal equipment component, which is arranged in the person-accommodating space and is at least partly integrated into the lattice frame as a supporting section of the lattice frame, preferably for forming a new load path in the lattice frame, the at least one equipment component (16, 18, 20, 22, 24) has a vehicle seating device and/or a backrest device, which has at least one or more supports as the supporting section of the lattice frame, characterized in that the lattice frame forms an outer side wall of the vehicle, wherein the outer side wall has a plurality of supports of the lattice frame, which meet one another at an attachment point, and the supporting section of the at least one equipment component (16, 18, 20, 22, 24) meets the outer side wall at the attachment point of the outer side wall, and/or the lattice frame forms a floor assembly of the vehicle, wherein the floor assembly has a plurality of supports of the lattice frame, which meet at an attachment point, and the supporting section of the at least one equipment component (16, 18, 20, 22, 24) meets the floor assembly at the attachment point of the floor assembly.
Electric motor with housing, wherein the electric motor has a stator which is connected to the housing, wherein the stator has at least one stator winding formed from stator winding wire, wherein the ends of a respective stator winding wire are led onto a respective contact part and are electrically connected thereto, wherein the contact part is received and connected in a holding part, i.e. connected in a force-locking manner or clipped in, wherein the holding part is connected to the stator and housing, wherein each contact part has a respective elastically deflectable region which is electrically contacted and pressed on by a respectively associated conductor track region of a printed circuit board, wherein in that a region of the respective contact part is deflected in that the printed circuit board is pressed against the contact parts, wherein the printed circuit board is fastened to the housing, wherein the wiring of the stator windings is implemented in the printed circuit board, wherein the rotor has, at its end region facing the printed circuit board, a magnetic structure with which a sensor arranged on the printed circuit board is associated, so that the rotational position of the rotor is detectable.
Surgical device comprising an instrument, the instrument having a shank portion and a mouth portion, which latter is arranged at a distal end of the shank portion and has a mouth aperture, having a filament entrainer which is guided by the shank portion and which is displaceable from a withdrawn position in which it leaves the mouth aperture open, to an advanced position in which it bridges the mouth aperture and in which a distal end thereof projects through a through-opening in the mouth portion which is situated distally of the mouth aperture, and having a filament which can be guided by means of the filament entrainer through human or animal tissue in which a suture is to be made, or around human or animal tissue which is to be ligated, the filament being provided at the end with an enlargement which is entrained by the filament entrainer when said filament entrainer is displaced from its withdrawn to its advanced position, characterised in that the enlargement arranged at the end of the filament is formed by the material of the filament itself, the enlargement being pressed through the through-opening in the mouth portion when the filament entrainer is displaced from its withdrawn to its advanced position, accompanied by elastic deformation of at least part of said enlargement.