mhurhangee/ep-ind-claims huggingface dataset:
An opto-chemical sensor comprising a sensor layer arranged on a carrier and formed from spun nanofibers doped with a luminescent dye, wherein the sensor layer has an emissivity after excitation with electromagnetic radiation that can be changed by substances to be detected selected from O 2, CO 2, lactate, glucose, NH 3, nitrogen oxides and ions or measured variables to be determined selected from the pH-value, the moisture and the temperature in a gas or liquid phase, wherein the sensor layer is formed from nanofibers having a diameter between 50 nm and 1000 nm, wherein the nanofibers comprise a polymer selected from the group consisting of polysaccharide-based polymers selected from cellulose, cellulose acetate, chitosan, carboxymethyl cellulose, ethyl cellulose, trimethylsilyl cellulose (TMSC) or hyaluronic acid; ethylene vinyl alcohol copolymer (EVOH), poly (vinyl butyral), polyamide, polyacrylic acid, polyacrylonitrile, polyethyleneoxide, polyoxymethylene, polyester selected from polyethylene and polybutylene terephthalate (PET, PBT) or polytrimethylene terephthalate; polylactide and polylactide polyglycolide copolymers (PLGA), polyacrylates selected from poly(methyl methacrylate) (PMMA) or polyacrylamides, polyglycols, polysulfone, polyetherimide, polythiophene, polyaniline (PANi), polysilanes, polyimides, ethylene-vinyl acetate copolymers (EVAc), polystyrol, polyurethanes, polyvinyl alcohol (PVOH), polyvinyl chloride, polyvinylidene fluoride (PVDF) as well as fluorinated copolymers, polyamines, polyvinylpyrrolidone, polycarbonates or mixtures thereof, wherein the nanofibers are doped with at least one luminescent dye selected from the group of metal porphyrins, benzoporphyrins, naphthoporphyrins, phthalocyanines, perylene diimines, pyrenes; xanthene dyes, azo dyes, bodipy dyes, bipyridines, phenantrolines, coumarins and acetyl acetonates of ruthenium and iridium; acridine dyes, oxazine dyes, coumarins, azaannulenes, squarines, 8-hydroxyquinolines, luminescent nanoparticles selected from quantum dots or nanocrystals; carbostyryls, terbium complexes, inorganic phosphors or dyes of the aforementioned classes derivatized or bound to ionophores, and wherein the nanofibers further contain an anionic, cationic or nonionic surfactant.
Device for setting the miter angle of a machine tool, in particular a circular saw, containing - a clamping block comprising at least one slot (16, 18); and - a pivot lever on which the machine tool can be mounted, and which is mounted such that it is pivotable about a pivot point relative to the clamping block between a minimum miter angle and a maximum miter angle, the slot containing at least two stop elements (20, 22, 24) positioned so as to be offset from one another and a setting mechanism comprising a lever element being provided for selecting a maximum miter angle, the lever element containing a counter stop element which, according to the rotational alignment of the lever element, can be aligned in such a way that the counter stop element can strike the relevant stop element (20, 22, 24) according to the selected maximum miter angle, as a result of which the pivoting movement of the pivot lever relative to the clamping block can be limited so as to set the maximum miter angle, characterized in that the slot contains three stop elements (20, 22, 24) positioned so as to be offset from one another, it being possible to align the counter stop element in the first slot such that the counter stop element strikes the first stop element, the second stop element or the third stop element so as to fix the relevant maximum miter angle and the setting mechanism containing a display and limitation element which contains a display scale and an elongate recess, the display scale being used to display the selectable maximum miter angle and the elongate recess being used to guide and limit the rotational movement of the counter stop element. - a clamping block comprising at least one slot (16, 18); and - a pivot lever on which the machine tool can be mounted, and which is mounted such that it is pivotable about a pivot point relative to the clamping block between a minimum miter angle and a maximum miter angle,
Hydraulic cylinder-piston unit with a cylinder having a interior cylinder chamber confined by means of an interior cylinder wall and two end walls (23, 27), with a piston guided in the interior cylinder chamber by means of a piston rod and with an elastically deformable compensating sealing element which is guided in the interior cylinder chamber and is movable relative to the piston, wherein a compensating spring is arranged between the compensating sealing element and the nearest end wall (23, 27) confining the interior cylinder chamber, wherein the compensating sealing element is guided on the interior cylinder wall by means of two sealing rings (84, 85) spaced apart from each other, wherein the compensating spring is supported directly on the compensating sealing element and wherein the compensating sealing element is additionally guided on the piston rod by means of an interior sealing ring, characterized in that the interior sealing ring is arranged offset in the direction of the piston to the portion of the compensating sealing element confined by the sealing rings (84, 85).
A feed system for feeding raw material into a converting machine, the feed system comprising: a plurality of infeed guides, each of the plurality of infeed guides comprising a first end, a second end disposed adjacent said converting machine, and a generally S-shaped segment between the first and second ends, the generally S-shaped segment having a center portion, wherein raw material can be fed between the first and second ends through the generally S-shaped segment; and a frame supporting the plurality of infeed guides, characterised by the frame comprising a pivoting frame that is adapted to selectively change the height of the center portion of each S-shaped segment of the plurality of infeed guides. a plurality of infeed guides, each of the plurality of infeed guides comprising a first end, a second end disposed adjacent said converting machine, and a generally S-shaped segment between the first and second ends, the generally S-shaped segment having a center portion, wherein raw material can be fed between the first and second ends through the generally S-shaped segment; and a frame supporting the plurality of infeed guides, characterised by the frame comprising a pivoting frame that is adapted to selectively change the height of the center portion of each S-shaped segment of the plurality of infeed guides.
A rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): a highly unsaturated diene elastomer; a reinforcing filler; a methylene acceptor selected from 3-hydroxydiphenylamine, 4-hydroxydiphenylamine and combinations thereof; and a methylene donor, wherein a ratio of the methylene acceptor to the methylene donor is greater than 10:1. a highly unsaturated diene elastomer; a reinforcing filler; a methylene acceptor selected from 3-hydroxydiphenylamine, 4-hydroxydiphenylamine and combinations thereof; and a methylene donor, wherein a ratio of the methylene acceptor to the methylene donor is greater than 10:1.
A system for testing steam sterilization efficiency, comprising a challenge device being mounted on a measuring unit, said measuring unit including a base unit and at least two temperature sensors (21, 22) connected to at least one data receiver of the base unit, the challenge device having a proximal end being in contact with the measuring unit, where at least one connector (17, 17', 17", 18, 18') for connecting the challenge device to the base unit is provided at the proximal end, and a distal end facing away from the measuring unit, said challenge device comprising a measuring chamber, a first opening for insertion of a first temperature sensor of the measuring unit in the measuring chamber, and a second opening allowing air exchange between surroundings and the measuring chamber, where said first opening is adapted for insertion of the first temperature sensor in a direction parallel to a length axis of the challenge device, and where said air exchange is achieved via a hollow air flow passage extending between the second opening and the measuring chamber, and said challenge device being detachably attached to the measuring unit, characterized in that the measuring chamber is closed except for the first and second openings (13, 14), that said air flow passage includes an outlet, which is located at a distance from the second opening in the direction of the length axis, and that the second opening is positioned so that it faces the base unit. the challenge device having a proximal end being in contact with the measuring unit, where at least one connector (17, 17', 17", 18, 18') for connecting the challenge device to the base unit is provided at the proximal end, and a distal end facing away from the measuring unit, said challenge device comprising a measuring chamber, a first opening for insertion of a first temperature sensor of the measuring unit in the measuring chamber, and a second opening allowing air exchange between surroundings and the measuring chamber, where said first opening is adapted for insertion of the first temperature sensor in a direction parallel to a length axis of the challenge device, and where said air exchange is achieved via a hollow air flow passage extending between the second opening and the measuring chamber, and said challenge device being detachably attached to the measuring unit, characterized in that the measuring chamber is closed except for the first and second openings (13, 14), that said air flow passage includes an outlet, which is located at a distance from the second opening in the direction of the length axis, and that the second opening is positioned so that it faces the base unit.
A cell-adhesive protein comprising methionine, wherein at least a portion of methionine residues is oxidized, wherein 7% or more of the methionine residues in the protein is oxidized.
Method for providing a user interface, in particular in a vehicle, in which - at least one graphical object (15A-15F) provided for interaction is displayed in a display area (4, 5, 7) outside the user's reach, - a user's gesture is detected in a detection space which is spatially separate from the display area (4, 5, 7), - the graphical object is selected for interaction, and - an interaction associated with the gesture is carried out using the selected graphical object, - the position(s) adopted by the selected graphical object during interaction being outside the user's reach, characterized in that - a first phase of the gesture is detected on a touch-sensitive surface in the user's reach, and - a second phase of the gesture is contactlessly detected in space, - the trajectories of the first and second phases of the gesture being associated with one another. - at least one graphical object (15A-15F) provided for interaction is displayed in a display area (4, 5, 7) outside the user's reach, - a user's gesture is detected in a detection space which is spatially separate from the display area (4, 5, 7), - the graphical object is selected for interaction, and - an interaction associated with the gesture is carried out using the selected graphical object, - the position(s) adopted by the selected graphical object during interaction being outside the user's reach, characterized in that - a first phase of the gesture is detected on a touch-sensitive surface in the user's reach, and - a second phase of the gesture is contactlessly detected in space, - the trajectories of the first and second phases of the gesture being associated with one another.
Method for detecting the disconnection of the light load of a dimmer switch in the form of a power supply stage which is variable by phase control connected to the sector, said load being placed between on the one hand the output of the power supply stage variable by phase control and on the other hand neutral, the power supply stage being connected between the phase of the sector and the load, characterised by - control of the value of the command instruction of the power supply stage of the load, - if said instruction is such that said stage does not supply the load: • measuring the voltage U pc between the phase and the output of the power supply stage, • comparing at least a fraction of this voltage U pc with a corresponding fraction of a predetermined threshold voltage U s lower than the peak voltage of the sector and • blocking the dimmer switch in the state of non-supply of load if the measured voltage U pc is lower than the predetermined threshold voltage U s. - control of the value of the command instruction of the power supply stage of the load, - if said instruction is such that said stage does not supply the load: • measuring the voltage U pc between the phase and the output of the power supply stage, • comparing at least a fraction of this voltage U pc with a corresponding fraction of a predetermined threshold voltage U s lower than the peak voltage of the sector and • blocking the dimmer switch in the state of non-supply of load if the measured voltage U pc is lower than the predetermined threshold voltage U s. • measuring the voltage U pc between the phase and the output of the power supply stage, • comparing at least a fraction of this voltage U pc with a corresponding fraction of a predetermined threshold voltage U s lower than the peak voltage of the sector and • blocking the dimmer switch in the state of non-supply of load if the measured voltage U pc is lower than the predetermined threshold voltage U s.
Food dicer, wherein the dicer comprises: - a cutting grid with a plurality of cutting elements and a plurality of openings (11, 11a, 11b, 11c) embodied between the cutting elements for a food pressed through the cutting grid in each case; - a supply shaft for leading the respective food to the cutting grid; and - a blade which can be rotated in a peripheral direction about an axis of rotation and which is designed, with a rotation, to pass an outlet of the supply shaft facing the cutting grid; wherein the cutting grid and the supply shaft are fixed or can be fixed in a torsion-resistant manner relative to one another in a position in which each point (P 1, P 2) of the blade, which can pass a central region of the outlet with a rotation of the blade, runs at least over a section of one or more of the openings (11, 11a, 11b, 11c) after passing the outlet, characterised in that the outlet and the cutting grid each have a cross-section which is essentially symmetrical to a respective axis of symmetry (S1, S2), which runs radially with respect to the axis of rotation of the blade, and wherein the axis of symmetry of the cross-section of the cutting grid is rotated about an angle (α) in the peripheral direction of the blade compared with the axis of symmetry of the cross-section of the outlet, said angle lying in a range of 1° to 10°, more preferably of 1° to 5°. - a cutting grid with a plurality of cutting elements and a plurality of openings (11, 11a, 11b, 11c) embodied between the cutting elements for a food pressed through the cutting grid in each case; - a supply shaft for leading the respective food to the cutting grid; and - a blade which can be rotated in a peripheral direction about an axis of rotation and which is designed, with a rotation, to pass an outlet of the supply shaft facing the cutting grid;
A method for an optical network termination, ONT, of transferring a message to a host device, wherein the ONT and the host device are connected to form a combined ONT-host unit, and the message is related to an ONT Management and Control Interface, OMCI, -configuration of the combined ONT-host unit, the ONT being provided with a memory that is accessible also to the host device, the memory comprising a lock registry, the method comprising: - determining, by reading the lock registry, if the memory is available; - locking the memory to the host device, by writing in the lock registry, when determining that the memory is available; - writing the message in the memory, the message being related to the OMCI-configuration of the combined ONT-host unit, wherein the message indicates an operation to be performed by the host device; and - indicating in the lock registry that the message from the ONT is available in the memory. - determining, by reading the lock registry, if the memory is available; - locking the memory to the host device, by writing in the lock registry, when determining that the memory is available; - writing the message in the memory, the message being related to the OMCI-configuration of the combined ONT-host unit, wherein the message indicates an operation to be performed by the host device; and - indicating in the lock registry that the message from the ONT is available in the memory.
A tray for foods, in particular for red and white meats and fish, comprising a bottom, side walls (3a, 3b, 3c, 3d), which extend in height from the bottom, and a peripheral edge, wherein the bottom comprises a plurality of elevations, comprising a side surface and an upper surface, wherein the upper surface comprises one or more grooves, characterised in that the upper surface of the elevations comprises one or more notches, preferably having a smaller depth than that of the one or more grooves.
A control system for a vehicle, the control system comprising one or more controllers, wherein the control system is configured to: enable a driver assistance system in dependence on information from a plurality of sensors (310, 312); determine that one or more of the plurality of sensors is inoperative while another one or more of the plurality of sensors is operative; and restrict functionality of the enabled driver assistance system in dependence on the inoperative one or more sensors, wherein the driver assistance system is configured to provide one or more parking assistance functions, the one or more parking assistance functions comprising automated parking and parking space detection, and wherein restricting the functionality comprises restricting automated parking without restricting parking space detection, in dependence on the inoperative one or more of the sensors, such that, when automated parking is not available, the parking space detection function is operable to render an alert via a human machine interface when a detected parking space meets parking suitability conditions and to alert a driver that parking in said detected space has to be performed manually. enable a driver assistance system in dependence on information from a plurality of sensors (310, 312); determine that one or more of the plurality of sensors is inoperative while another one or more of the plurality of sensors is operative; and restrict functionality of the enabled driver assistance system in dependence on the inoperative one or more sensors, wherein the driver assistance system is configured to provide one or more parking assistance functions, the one or more parking assistance functions comprising automated parking and parking space detection, and wherein restricting the functionality comprises restricting automated parking without restricting parking space detection, in dependence on the inoperative one or more of the sensors, such that, when automated parking is not available, the parking space detection function is operable to render an alert via a human machine interface when a detected parking space meets parking suitability conditions and to alert a driver that parking in said detected space has to be performed manually.
A system having a wall formwork (22, 23), an anchor system and a locking device for the anchor system of the wall formwork (22, 23), the locking device having mounting means for mounting the locking device to one end of the anchor rod of the anchor system and a mounting device for mounting the locking device to the wall formwork (22, 23), wherein the mounting device comprises a bolt for mounting to the wall formwork (22, 23), the wall formwork being provided with a formwork facing, a supporting profile for the formwork facing and an anchor rod bore hole (24, 25) passing through the wall formwork (22, 23) as well as through the supporting profile, wherein two non-threaded holes for mounting the locking device adjacent to the anchor rod bore hole (24, 25) are present on the back side in the supporting profile and are arranged in a distance from the anchor rod bore hole (24, 25) of not more than 15 cm, characterized in that the mounting device comprises a screw which is tilted relatively to a bottom side of the locking device such that said screw may be secured in one of the holes, wherein the distance between two thread pitches of the screw is higher than the thickness of the wall, which comprises the hole.
A method for manufacturing a metal component with a three-dimensional edge, the method being for manufacturing the metal component with a three-dimensional edge from a blank as a raw material, the blank being cut from a metal sheet and having a curve-shaped curved edge portion having two ends, the metal component with a three-dimensional edge being manufactured by processing the curved edge portion, or further, the curved edge portion and part of the blank adjacent to the curved edge portion into a three-dimensional shape by forming, the method comprising: a step of defining a bend formation line that serves as a first step and that defines the bend formation line in the curved edge portion so that a bend radius of a section of a bent portion downwardly or upwardly bent along a curve of the curved edge portion is from 0.5 to 30 mm; and a step of forming the three-dimensional shape that serves as a second step following the first step, and that processes the curved edge portion or further, the curved edge portion and the part of the blank adjacent to the curved edge portion into the three-dimensional shape using the bend formation line as a starting point by moving both end portions of the curved edge portion so as to reduce or increase a distance between both the ends. a step of defining a bend formation line that serves as a first step and that defines the bend formation line in the curved edge portion so that a bend radius of a section of a bent portion downwardly or upwardly bent along a curve of the curved edge portion is from 0.5 to 30 mm; and a step of forming the three-dimensional shape that serves as a second step following the first step, and that processes the curved edge portion or further, the curved edge portion and the part of the blank adjacent to the curved edge portion into the three-dimensional shape using the bend formation line as a starting point by moving both end portions of the curved edge portion so as to reduce or increase a distance between both the ends.