mhurhangee/ep-ind-claims huggingface dataset:
Conveyor belt system, wherein the conveyor belt system has a support frame, a conveyor belt and at least one drive, wherein the conveyor belt has at least one first electronic assembly, wherein the first electronic assembly has at least one first data memory and a first antenna for contactless communication, wherein the conveyor belt system has at least one first read-out communication apparatus for contactless read-out of data from the first data memory of the first electronic assembly, wherein the conveyor belt system has at least one first writing communication apparatus, wherein the conveyor belt system has at least one first sensor, wherein the first sensor is designed to detect the first data of at least one state variable of the conveyor belt system, wherein the first data is transferred from the first sensor to the first data memory during communication between the first writing communication apparatus and the first electronic assembly, wherein the conveyor belt system has at least one second read-out communication apparatus, characterised in that the conveyor belt system has at least one second drive, wherein the first read-out communication apparatus is connected to the first drive, wherein the second read-out communication apparatus is connected to the second drive, wherein the conveyor belt system has a plurality of drives, wherein, in each case, at least one writing communication apparatus is arranged between two adjacent drives, wherein one read-out communication apparatus is arranged adjacent to each drive.
Use of an additive composition for a lubricating oil wherein the additive composition comprises: a borated succinimide derivative; and an amino alcohol compound, being obtained by reacting a compound having an epoxy group with a compound having at least one secondary cyclic amino group, wherein the succinimide derivative is a succinimide having an alkyl group or an alkenyl group in an internal combustion engine for achieving a high-temperature detergency. a borated succinimide derivative; and an amino alcohol compound, being obtained by reacting a compound having an epoxy group with a compound having at least one secondary cyclic amino group, wherein the succinimide derivative is a succinimide having an alkyl group or an alkenyl group in an internal combustion engine for achieving a high-temperature detergency.
A method for monitoring the effectiveness of an ion exchange module in an ultrapure water purification circuit containing ultrapurified water and having a purified water inlet and a point of use outlet and a memory, the method comprising the steps of: (a) passing the water in the circuit through the ion exchange module a multiple of times without withdrawal of any water in the circuit through the point of use outlet, to provide ultrapurified water; (b) measuring the resistivity of the ultrapurified water provided by step (a) using one or more sensors to provide an ultrapurified benchmark resistivity value R 1 being >18.0 MΩ.cm; (c) storing the value R 1 in the memory; (d) introducing purified water having a resistivity of >0.03 MΩ.cm (at 25°C) into the circuit through the inlet; (e) passing the water in the circuit including the purified water of step (d) through the ion exchange module; (f) measuring the resistivity of the water after step (e) to provide a new water resistivity value R new; and (g) making a comparison of the quantitative difference between R 1 and R new, wherein a comparison of R 1 and R new being >0.2 MΩ.cm determines non-effectiveness of the ion exchange module. (a) passing the water in the circuit through the ion exchange module a multiple of times without withdrawal of any water in the circuit through the point of use outlet, to provide ultrapurified water; (b) measuring the resistivity of the ultrapurified water provided by step (a) using one or more sensors to provide an ultrapurified benchmark resistivity value R 1 being >18.0 MΩ.cm; (c) storing the value R 1 in the memory; (d) introducing purified water having a resistivity of >0.03 MΩ.cm (at 25°C) into the circuit through the inlet; (e) passing the water in the circuit including the purified water of step (d) through the ion exchange module; (f) measuring the resistivity of the water after step (e) to provide a new water resistivity value R new; and (g) making a comparison of the quantitative difference between R 1 and R new, wherein a comparison of R 1 and R new being >0.2 MΩ.cm determines non-effectiveness of the ion exchange module.
A lens for a camera, the camera having a flash and an image sensor, the lens comprising: a flash portion for covering the flash; an image sensor portion for covering the image sensor; and a barrier (402, 702) between the image sensor portion and the flash portion, wherein the lens comprises a foil layer applied onto a portion of a top surface of the lens wherein the foil does not cover open areas which correspond to at least a portion of the flash portion and the image sensor portion. a flash portion for covering the flash; an image sensor portion for covering the image sensor; and a barrier (402, 702) between the image sensor portion and the flash portion,
An operating unit for machine tools, preferably for processing section bars, in particular made of aluminium, light alloys, PVC or the like, the operating unit comprising an operating head provided with a tool and with at least one orientable nozzle, which can be connected to a source of a cooling and/or lubricating fluid of the tool, and is coupled to the operating head so as to move between at least two operating positions, in which the nozzle has different orientations relative to the tool; an orienting device to move the nozzle between said operating positions; and actuator means to move the operating head and the orienting device relative to one another so as to move the nozzle, at first, in contact with the orienting device and, then, between the operating positions; and being characterized in that the orienting device comprises two orienting members, which are movable relative to one another between an open position, in which the orienting members allow the nozzle to be inserted into/removed from the orienting device, and a closed position, in which the orienting members move the nozzle to a neutral reference position.
An implantable prosthetic valve assembly (10; 170; 250) comprising: a collapsible and expandable frame having a plurality of spaced struts that extend from a first end of the frame to a second end of the frame and define an outer periphery of the frame having an outermost surface; a prosthetic valve (14; 174; 254) secured within the collapsible and expandable frame by sutures that are inward of the outermost surface (41; 194; 224) of the periphery. a collapsible and expandable frame having a plurality of spaced struts that extend from a first end of the frame to a second end of the frame and define an outer periphery of the frame having an outermost surface; a prosthetic valve (14; 174; 254) secured within the collapsible and expandable frame by sutures that are inward of the outermost surface (41; 194; 224) of the periphery.
A method for testing and evaluating heat transfer elements at high temperature operations, the method comprising: introducing (step 102) a heat transfer fluid and a secondary fluid into at least one heat exchanger; measuring (step 104) at least one thermodynamic parameter related to heat transfer between the HTF and the secondary fluid; determining at least one thermo-physical parameter of said HTF based on at least one measured thermodynamic parameter related to the secondary fluid; grading the heat transfer fluid based on the at least one thermo-physical parameter of said HTF; the method being characterised in that it further comprises: determining (step 112) at least one stability related parameter for the heat transfer fluid, wherein the at least one stability related parameter indicates at least a rate of degradation in performance of the heat transfer fluid over a pre-determined time period. introducing (step 102) a heat transfer fluid and a secondary fluid into at least one heat exchanger; measuring (step 104) at least one thermodynamic parameter related to heat transfer between the HTF and the secondary fluid; determining at least one thermo-physical parameter of said HTF based on at least one measured thermodynamic parameter related to the secondary fluid; grading the heat transfer fluid based on the at least one thermo-physical parameter of said HTF; the method being characterised in that it further comprises: determining (step 112) at least one stability related parameter for the heat transfer fluid, wherein the at least one stability related parameter indicates at least a rate of degradation in performance of the heat transfer fluid over a pre-determined time period. determining (step 112) at least one stability related parameter for the heat transfer fluid, wherein the at least one stability related parameter indicates at least a rate of degradation in performance of the heat transfer fluid over a pre-determined time period.
A software token personalization method comprising the steps of: generating, at an authentication server, a first personalization seed; generating, at the authentication server, a first personalization initiating message comprising said first personalization seed; receiving, at a first authentication token (120, 300) associated with a specific user, said first personalization initiating message; retrieving, at the first authentication token, said first personalization seed from the received first personalization initiating message; generating, at the first authentication token, a second personalization seed from said retrieved first personalization seed; generating, at the first authentication token, a second personalization message comprising said generated second personalization seed; receiving, at a second software authentication token that is different from the first authentication token, said second personalization message; retrieving, at the second software authentication token, said second initialization seed from the received second personalization message; deriving, at the second software authentication token, a value for a credential generation key from the retrieved second personalization seed; and determining, at the authentication server, a server copy of the credential generation key. generating, at an authentication server, a first personalization seed; generating, at the authentication server, a first personalization initiating message comprising said first personalization seed; receiving, at a first authentication token (120, 300) associated with a specific user, said first personalization initiating message; retrieving, at the first authentication token, said first personalization seed from the received first personalization initiating message; generating, at the first authentication token, a second personalization seed from said retrieved first personalization seed; generating, at the first authentication token, a second personalization message comprising said generated second personalization seed; receiving, at a second software authentication token that is different from the first authentication token, said second personalization message; retrieving, at the second software authentication token, said second initialization seed from the received second personalization message; deriving, at the second software authentication token, a value for a credential generation key from the retrieved second personalization seed; and determining, at the authentication server, a server copy of the credential generation key.
An apparatus for imaging a luminescent sample, comprising: a radiation source arranged to illuminate the sample with excitation radiation, modulation means for modulating an intensity of the excitation radiation, detector means, comprising a plurality of pixels, for detecting luminescent radiation emitted by the sample, and control means for controlling the mutual phase relation of the radiation source and the detector means; wherein at least one pixel of the detector means comprises a radiation-sensitive element for converting incident radiation into an electric signal, at least one storage element (42.1, 42.2) for storing the electric signal, and transfer means (43.1, 43.2) for transferring the electric signal from the radiation-sensitive element to a selected one (42.1) of the storage elements (42.1, 42.2), the apparatus further comprising readout means for individually reading out the electric signal stored in the at least one storage element (42.1, 42.2) of said at least one pixel; characterized in that the detector means comprises a lock-in imager of the CCD/CMOS hybrid type including an APS readout circuitry operating at a modulation frequency up to 100 MHz and at speeds up to 30-50 frames per second. a radiation source arranged to illuminate the sample with excitation radiation, modulation means for modulating an intensity of the excitation radiation, detector means, comprising a plurality of pixels, for detecting luminescent radiation emitted by the sample, and control means for controlling the mutual phase relation of the radiation source and the detector means; wherein at least one pixel of the detector means comprises a radiation-sensitive element for converting incident radiation into an electric signal, at least one storage element (42.1, 42.2) for storing the electric signal, and transfer means (43.1, 43.2) for transferring the electric signal from the radiation-sensitive element to a selected one (42.1) of the storage elements (42.1, 42.2), the apparatus further comprising readout means for individually reading out the electric signal stored in the at least one storage element (42.1, 42.2) of said at least one pixel; characterized in that the detector means comprises a lock-in imager of the CCD/CMOS hybrid type including an APS readout circuitry operating at a modulation frequency up to 100 MHz and at speeds up to 30-50 frames per second.
A polynucleotide comprising a nucleic acid sequence comprising an open reading frame for a modified beetle luciferase, wherein the modified beetle luciferase comprises an internal insertion relative to a corresponding parental beetle luciferase, which insertion is at a residue or in a region in a beetle luciferase sequence which is tolerant to modification, wherein the insertion is in a region corresponding to residue 2 to 12, residue 116 to 126, residue 228 to 238, residue 262 to 272, residue 289 to 308, or residue 356 to 366 of a firefly luciferase or in a region corresponding to residue 15 to 30, residue 112 to 122, residue 352 to 362, residue 371 to 384, residue 393 to 414, or residue 485 to 495 of a click beetle luciferase, wherein the insertion comprises an amino acid sequence which directly or indirectly interacts with a molecule of interest relative to the corresponding parental beetle luciferase, and wherein the activity of the modified beetle luciferase is detectably altered in the presence of the molecule of interest.
Seating furniture, in particular office chair, comprising a frame part (6, 8) designed as a seat support or as a backrest support with two longitudinal struts (26, 26', 26") oriented along a longitudinal direction and at least one transverse strut (28, 28', 28") oriented along a transverse direction perpendicular thereto, and a lattice- or net-shaped covering with at least one mesh band being elastic in tension and flexually elastic, which comprises a number of fastening points on the band side, - wherein the fastened points of the or each mesh band of the covering are fastened in a non-positive and/or positive-locking manner to fastening contours (34, 46, 52) provided along the circumference of the frame part (6, 8), - wherein the or each mesh band is held between the fastening contours (34, 46, 52) by means of a prestress, - wherein the fastening points at band-free ends and/or at loops of the mesh band each comprise a groove block-like holding element, - wherein the frame part (6, 8) comprises a piping groove as fastening contour, into which the band-side holding elements are inserted or received, and - wherein the piping groove is oriented inclined relative to a clamping surface formed by the struts (26, 28). - wherein the fastened points of the or each mesh band of the covering are fastened in a non-positive and/or positive-locking manner to fastening contours (34, 46, 52) provided along the circumference of the frame part (6, 8), - wherein the or each mesh band is held between the fastening contours (34, 46, 52) by means of a prestress, - wherein the fastening points at band-free ends and/or at loops of the mesh band each comprise a groove block-like holding element, - wherein the frame part (6, 8) comprises a piping groove as fastening contour, into which the band-side holding elements are inserted or received, and - wherein the piping groove is oriented inclined relative to a clamping surface formed by the struts (26, 28).
A method for purifying L-hercynine, or its enantiomer, D-hercynine, or its racemic mixture, or one of its isotopically marked derivatives from a reaction mixture resulting from the reaction of L-histidine, or its enantiomer D-histidine or its racemic mixture, or one of its isotopically marked derivatives or one of its α-N-methylated derivatives, under controlled pH conditions, with a methylation agent MeX in a polar solvent or a mixture of polar solvents, at room temperature, characterized in that it comprises at least one step for separating the organic products from the inorganic salts formed during the reaction by electrodialysis; and in that the electrodialysis is conducted on a reaction medium adjusted to a pH comprised between 8.5 and 9.5, at the beginning of the electrodialysis.
A vehicle air vent comprising: a plurality of vanes installed in an air discharge port in a body so as to be rotatable in a horizontal direction, wherein the plurality of vanes is coupled to each other, wherein a knob is provided on one vane of the plurality of vanes so that when the knob is operated, all of the vanes are rotated together, a hinge shaft provided at each of an upper end and a lower end of each vane, and a hinge hole of a spacer provided at each of an upper end and a lower end of the air discharge port of the air vent body, for inserting and connecting the hinge shaft, wherein a damper bushing is installed below the hinge hole of the spacer to which the hinge shaft of the vane provided with the knob is connected, to thereby connect the damper bushing to a front end portion of the hinge shaft of the vane provided with the knob passing through the hinge hole, and wherein a damper bushing insertion space is provided above or below the hinge hole of the spacer to which the hinge shaft of the vane provided with the knob is connected, and the damper bushing is inserted into and installed in the damper bushing insertion space. a plurality of vanes installed in an air discharge port in a body so as to be rotatable in a horizontal direction, wherein the plurality of vanes is coupled to each other, wherein a knob is provided on one vane of the plurality of vanes so that when the knob is operated, all of the vanes are rotated together, a hinge shaft provided at each of an upper end and a lower end of each vane, and a hinge hole of a spacer provided at each of an upper end and a lower end of the air discharge port of the air vent body, for inserting and connecting the hinge shaft, wherein a damper bushing is installed below the hinge hole of the spacer to which the hinge shaft of the vane provided with the knob is connected, to thereby connect the damper bushing to a front end portion of the hinge shaft of the vane provided with the knob passing through the hinge hole, and wherein a damper bushing insertion space is provided above or below the hinge hole of the spacer to which the hinge shaft of the vane provided with the knob is connected, and the damper bushing is inserted into and installed in the damper bushing insertion space.
A locking device of a gas valve, which has a first body part and a second body part, both body parts having a slot (7A, 7B), a shape of the slot of each body part being arranged to match with a body of the gas valve, the first and the second body part having also fixing holes (8A, 8B, 9A, 9B), the locking device also comprising at least one fixing bolt for the fixing holes in order to fix the first body part and the second body part against each other, characterised by the first body part having also a cylinder body, the cylinder body having an inner space and openings (13A, 13B) at a first end and a second end of the cylinder body, the cylinder body having also a cavity in connection with the inner space, the locking device having also a cover that is provided with a hollow rod, the hollow rod having an open end and a side hole, and the hollow rod being in the inner space of the cylinder body, the locking device having also a lock cylinder having a projection, which is spring biased, and a first end with a key hole, the lock cylinder being in the cylinder body and in the hollow rod in such a way that the projection is in the side hole of the hollow rod, locking the lock cylinder and the cover with the cylinder body, the first end of the lock cylinder and the cover being at least partly above the fixing holes (8A, 9A) of the first body part, the cover being arranged to prevent opening of the gas valve when the lock cylinder is locked in which state the projection is partly in the cavity, and the cover being arranged to be turnable when the cylinder lock is unlocked, in which state the projection is at least sufficiently out of the cavity, in order to allow opening of the gas valve.
A sample processing device comprising: a dispenser that discharges liquid sucked from a first container housing liquid inside to a second container; a first holding mechanism that holds the first container; and a second holding mechanism that holds the second container, characterized in that the sample processing device has a control mechanism for, by airflow, controlling movement of liquid or mist spilled out of the first container or the second container upon sucking or discharging of the liquid by the dispenser. a dispenser that discharges liquid sucked from a first container housing liquid inside to a second container; a first holding mechanism that holds the first container; and a second holding mechanism that holds the second container, characterized in that the sample processing device has a control mechanism for, by airflow, controlling movement of liquid or mist spilled out of the first container or the second container upon sucking or discharging of the liquid by the dispenser.