mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing installation for the production of security or book documents, comprising - a main conveying apparatus constructed and arranged to convey a first manufacturing component (110, 210, 310) for a security or book document along a main conveying direction; - a first secondary conveying apparatus constructed and arranged to convey at least one second manufacturing component (121, 221, 223, 321, 323) for a security or book document along a first secondary conveying direction; - a first heating unit constructed and arranged to heat an adhesive; - a first coating apparatus constructed and arranged to apply the heated adhesive to at least a portion of a surface of the second manufacturing component (121, 221, 223, 321, 323); - a first positioning apparatus constructed and arranged to position the second manufacturing component (121, 221, 223, 321, 323) with the heated adhesive on the first manufacturing component (110, 210, 310); - a thermal press (40, 42, 43) constructed and arranged to press together the first manufacturing component (110, 210, 310) and the manufacturing components disposed on the first manufacturing component; wherein at least the first coating apparatus is further constructed and arranged to apply at least enough heated adhesive to at least a part of the second manufacturing component (121, 221, 223, 321, 323) so that elements (B1, B2) raised from the surface of the second manufacturing component (121, 221, 223, 321, 323) are formed by the heated adhesive so that the heated adhesive is applied to the second manufacturing component (121, 221, 223, 321, 323), 221, 223, 321, 323) are formed by the heated adhesive, so that the heated adhesive forms a plane adhesive contact surface without raised elements on the second manufacturing component (121, 221, 223, 321, 323). - a main conveying apparatus constructed and arranged to convey a first manufacturing component (110, 210, 310) for a security or book document along a main conveying direction; - a first secondary conveying apparatus constructed and arranged to convey at least one second manufacturing component (121, 221, 223, 321, 323) for a security or book document along a first secondary conveying direction; - a first heating unit constructed and arranged to heat an adhesive; - a first coating apparatus constructed and arranged to apply the heated adhesive to at least a portion of a surface of the second manufacturing component (121, 221, 223, 321, 323); - a first positioning apparatus constructed and arranged to position the second manufacturing component (121, 221, 223, 321, 323) with the heated adhesive on the first manufacturing component (110, 210, 310); - a thermal press (40, 42, 43) constructed and arranged to press together the first manufacturing component (110, 210, 310) and the manufacturing components disposed on the first manufacturing component; wherein
Device for regulating rate of flow of propellant fluid for an electric thruster, of a thermo-capillary device type comprising at least one capillary duct that is electrically conductive and capable of regulating the rate of flow of propellant fluid under the action of a change in temperature of the duct, said at least one capillary duct being connected to an electric current source such that such electric current passing through the capillary duct causes heating of the capillary duct by Joule effect, said at least one capillary duct comprising a nickel-based alloy.
A method of moving one or more stalled helicases past one or more spacers in a polynucleotide, comprising contacting (a) the one or more stalled helicases and the polynucleotide with a transmembrane pore and (b) applying a potential across the pore and thereby moving the one or more helicases past the one or more spacers on the polynucleotide.
An assembly comprising a non-metallic EMR-transmissive substrate mounted in a framework structure and bonded to the framework structure, characterized in that the framework structure has an internal peripheral flange that matches the size and configuration of a peripheral edge of the EMR-transmissive substrate and the non-metallic EMR-transmissive substrate is mounted on the internal peripheral flange, and a bonding zone is provided between a larger diameter interior wall of the framework structure and a side wall of the EMR-transmissive substrate, and the EMR-transmissive substrate is bonded to the framework by means of a ceramic material having a partially amorphous and partially crystalline structure retained in the bonding zone.
An electrical device comprising an electrical high-frequency filter and a shield separating the filter from at least one further electrical component (9, 13) of the device, wherein the filter is configured for filtering an AC signal with a frequency in a range of 25 MHz - 30 MHz, the device further comprising a signal conductor which operably connects the filter to the further component (9, 13) and traverses the shield for transmitting the AC signal from the filter to the component (9, 13), a feedthrough capacitor system being electrically arranged between the signal conductor and the shield, wherein the feedthrough capacitor system comprises a plurality of surface mount capacitors electrically arranged between the signal conductor and the shield, the surface mount capacitors being surface mounted on a circuit board.
A method for producing a compound B, which comprises reacting a compound A as a starting material by means of stannous chloride in accordance with the following reaction formula and which includes a purification step of bringing the above reaction liquid into contact with a mixed liquid of a compound having a benzene ring and a potassium hydroxide aqueous solution to carry out liquid separation and obtaining the compound B from the obtained organic layer: where the compound A may be a single compound or a mixture of plural compounds.
A method of delivering fiber optic communication service comprising: embedding a fiber optic cable (14, 40, 60) within a channel formed within a roadway, wherein the fiber optic cable (14, 40, 60) includes a communications optical fiber (46, 68) extending a length of the channel; embedding a strain-sensing optical fiber within the channel; wherein the communications optical fiber (46, 68) and the strain-sensing optical fiber are mechanically coupled to each other such that the strain experienced by the strain-sensing optical fiber relates to a strain experienced by the communications optical fiber (46, 68); determining strain experienced by the strain-sensing optical fiber from a strain signal generated by the strain-sensing optical fiber; comparing the determined strain to a predetermined allowable strain threshold; locating a roadway defect along the fiber optic cable (14, 40, 60) when the determined strain exceeds the predetermined allowable strain threshold; and decreasing the strain experienced by the strain-sensing optical fiber and the fiber optic cable (14, 40, 60) by modifying the roadway at the location of the roadway defect. embedding a fiber optic cable (14, 40, 60) within a channel formed within a roadway, wherein the fiber optic cable (14, 40, 60) includes a communications optical fiber (46, 68) extending a length of the channel; embedding a strain-sensing optical fiber within the channel; wherein the communications optical fiber (46, 68) and the strain-sensing optical fiber are mechanically coupled to each other such that the strain experienced by the strain-sensing optical fiber relates to a strain experienced by the communications optical fiber (46, 68); determining strain experienced by the strain-sensing optical fiber from a strain signal generated by the strain-sensing optical fiber; comparing the determined strain to a predetermined allowable strain threshold; locating a roadway defect along the fiber optic cable (14, 40, 60) when the determined strain exceeds the predetermined allowable strain threshold; and decreasing the strain experienced by the strain-sensing optical fiber and the fiber optic cable (14, 40, 60) by modifying the roadway at the location of the roadway defect.
Auxiliary device for friction welding broached disks equipped with slots for receiving blade feet, consisting in a viscoelastic polymer circular belt, the belt comprising an alternation of bosses and notches, characterised in that the belt comprises a circular and closed bandage to be arranged tightly around the periphery of the disk by tightening the teeth of the disk by a radial restraint of the bandage, and the bosses and the notches are on the inside face of the bandage.
A compound represented by formula: (wherein X 1 represents an optionally substituted benzothiazolyl, benzoxazolyl, imidazopyridyl, imidazopyrimidyl, or benzimidazolyl group; X 2 represents a hydrogen atom, a halogen atom, or a chelate-forming group; ring A represents a benzene ring or a pyridine ring; and ring B represents an optionally substituted 5-membered aromatic heterocyclic group selected from the group consisting of oxazolyl and pyrazolyl, which is bonded to the benzene ring or the pyridine ring via a carbon atom of ring B, wherein the substituent of ring B is one to three substituents selected from among a halogen atom, an alkyl group, an alkoxy group, and a chelate-forming group), wherein X 1, X 2, or ring B has at least one radioactive nuclide; a salt thereof, a solvate of any of these, or a transition metal coordination compound of any of these. X 1 represents an optionally substituted benzothiazolyl, benzoxazolyl, imidazopyridyl, imidazopyrimidyl, or benzimidazolyl group; X 2 represents a hydrogen atom, a halogen atom, or a chelate-forming group; ring A represents a benzene ring or a pyridine ring; and ring B represents an optionally substituted 5-membered aromatic heterocyclic group selected from the group consisting of oxazolyl and pyrazolyl, which is bonded to the benzene ring or the pyridine ring via a carbon atom of ring B, wherein the substituent of ring B is one to three substituents selected from among a halogen atom, an alkyl group, an alkoxy group, and a chelate-forming group),
Dispenser for tablets or similar pieced material, comprising a storage chamber that is arranged in a dispenser housing provided with a lower contact surface, and is intended for storing the material, and from which storage chamber material to be dispensed can be transferred by means of a dispensing mechanism to a dispensing opening that is provided at least during actuation, the dispenser comprising a movable button that is assigned to the dispensing mechanism for the actuation thereof, and comprising a tamper-evident closure in order to stop the material being dispensed and/or to indicate the use state, the button being designed as a lateral button which can be moved at least by a movement component in a direction transverse to a vertical on the lower contact surface once the original state has been interfered with, and the tamper-evident closure comprising a blocking element (6, 16, 21, 28, 31) which prevents the lateral button being actuated or prevents the material being dispensed before the original state is interfered with, the tamper-evident closure comprising a projection which in particular penetrates a recess in the housing, characterised in that the tamper-evident closure comprises a tab on the side of the housing, which tab is located at the lower end of the lateral button that is pivotally fixed at its upper end.
A portable control push-button panel suitable for being used in maintenance operations in an elevator plant, said control push-button panel comprising a body featuring a prismatic shape and defined by first and second parts (3, 4) coupled with each other, the first part including a plurality of control members, controlling the elevator functions, on one face, the second part including walls rising from a flat surface so as to define a cavity, at least one member being associated with said body, said member being suitable for generating light about the control push-button panel, said member suitable for generating light being incorporated in a corresponding wall of its respective part (3, 4) of the body of the push-button panel, characterized in that said part (3, 4) of the body incorporating said member is the second part of said body, said second part including at least one slot suitable for accommodating a transparent or translucent insert, said insert being molded and having a body featuring a U-shaped cross section and delimiting a seat suitable for accommodating said member suitable for generating light, said member being inserted into said seat after the molding of said body, said slot being provided in a corresponding side wall (21, 23) of the second part of said body, this second part being overmolded onto the transparent or translucent insert and hence being overmolded on the member suitable for generating light.
An electronic device for processing audio data, the electronic device comprising: a plurality of microphones (617, 618, 619, 1188) configured to obtain audio data related to sound from a plurality of sound sources disposed in different directions; and an audio data processing module configured to divide the obtained audio data by each sound source direction range, distinguish at least one sound section, where sounds of a specified frequency band exist within a specified time interval, of the divided audio data from at least one mute section of the divided audio data, wherein the at least one sound section and the at least one mute section are of the same sound source direction range, and store only the at least one sound section of the divided audio data of each sound source direction range in a memory of the electronic device, characterized in that the audio data processing module is configured to display track information on a display of the electronic device while the audio data is being obtained wherein the displayed track information includes a sound source direction range, wherein the audio data processing module is configured to calculate a change angle corresponding to a rotation change of the electronic device and correct the sound source direction range corresponding to the calculated change angle, wherein the audio data processing module is configured to display the sound source direction range of the audio data corrected based on the change angle. a plurality of microphones (617, 618, 619, 1188) configured to obtain audio data related to sound from a plurality of sound sources disposed in different directions; and an audio data processing module configured to divide the obtained audio data by each sound source direction range, distinguish at least one sound section, where sounds of a specified frequency band exist within a specified time interval, of the divided audio data from at least one mute section of the divided audio data, wherein the at least one sound section and the at least one mute section are of the same sound source direction range, and store only the at least one sound section of the divided audio data of each sound source direction range in a memory of the electronic device, characterized in that the audio data processing module is configured to display track information on a display of the electronic device while the audio data is being obtained wherein the displayed track information includes a sound source direction range, wherein the audio data processing module is configured to calculate a change angle corresponding to a rotation change of the electronic device and correct the sound source direction range corresponding to the calculated change angle, wherein the audio data processing module is configured to display the sound source direction range of the audio data corrected based on the change angle.
A method of culturing heterologous protein-secreting mammalian cells in a cell culture supernatant wherein the cell culture supernatant is maintained at a pH that is set at X±0.05 wherein X has a value of from 7.15 to 7.20, with the proviso that the pH is set at greater than 7.10, wherein the cell culture is a continuous culture maintained at a density of 1.4x10 6 to 2.8x10 6 cells/ml.
A dermatological kit comprising a first container comprising a first composition and a second container comprising a second composition, different from the first composition, wherein the first composition comprises trichloroacetic acid and a hibiscus acid, wherein the second composition comprises a material of Mauritia flexuosa origin and a hibiscus acid, and wherein the second composition has a sun protection factor of at least 15.
A variable valvetrain for actuating a valve of an internal combustion engine, comprising: an actuation system for periodically opening and closing the valve, the actuation system comprising a first drive means mounted rotatably about a first rotational axis in a support body in such a manner that a position of the first rotational axis is variable for adjusting a valve lift of the valve; and a control system (90, 100) comprising: - A gas position operating element (92, 102), whose position is variable in dependence on a gas command; - A movable adjustment element (95, 105) which is so coupled to the support body that by movement of the adjustment element the position of the first rotational axis is changed and thereby the valve lift is adjusted; and - A force-fit element (94, 104) connecting the gas position operating element (92, 102) in a force-fit manner to the adjustment element (95, 105). an actuation system for periodically opening and closing the valve, the actuation system comprising a first drive means mounted rotatably about a first rotational axis in a support body in such a manner that a position of the first rotational axis is variable for adjusting a valve lift of the valve; and a control system (90, 100) comprising: - A gas position operating element (92, 102), whose position is variable in dependence on a gas command; - A movable adjustment element (95, 105) which is so coupled to the support body that by movement of the adjustment element the position of the first rotational axis is changed and thereby the valve lift is adjusted; and - A force-fit element (94, 104) connecting the gas position operating element (92, 102) in a force-fit manner to the adjustment element (95, 105). - A gas position operating element (92, 102), whose position is variable in dependence on a gas command; - A movable adjustment element (95, 105) which is so coupled to the support body that by movement of the adjustment element the position of the first rotational axis is changed and thereby the valve lift is adjusted; and - A force-fit element (94, 104) connecting the gas position operating element (92, 102) in a force-fit manner to the adjustment element (95, 105).
An atherectomy catheter comprising: a catheter body comprising an outer shaft; a deflectable distal tip coupled to the catheter body at a pivot point; a rotatable cutter proximal to the distal tip; and a cutter drive shaft configured to rotate the rotatable cutter; characterized in that the atherectomy catheter comprises a pull shaft which is concentric with the outer shaft and the drive shaft and which is coupled to the distal tip through a pull-wire, wherein the pull shaft is configured such that pulling the pull shaft activates the pull-wire to deflect the distal tip at the pivot point, thereby exposing the rotatable cutter. a catheter body comprising an outer shaft; a deflectable distal tip coupled to the catheter body at a pivot point; a rotatable cutter proximal to the distal tip; and a cutter drive shaft configured to rotate the rotatable cutter; characterized in that the atherectomy catheter comprises a pull shaft which is concentric with the outer shaft and the drive shaft and which is coupled to the distal tip through a pull-wire, wherein the pull shaft is configured such that pulling the pull shaft activates the pull-wire to deflect the distal tip at the pivot point, thereby exposing the rotatable cutter.
Method for treating laundry in a program-controlled washing machine with a sensor for determining a level of the liquid located in the wash container, the sensor signal of which being registered during the method, with a drum and with a program controller, characterised in that in a wetting phase a) during the rotation of the drum water is filled in in a quantity q until a predefined threshold value (p 1, p 2, p 3) for the hydrostatic pressure p is reached and until a predefined threshold value ((Δp/Δt) 1, (Δp/Δt) 2, (Δp/Δt) 3) for the temporal gradient of the hydrostatic pressure p is reached and a comparison of the measured hydrostatic pressure p, the filled-in water quantity q and the change over time (Δp/Δt) is performed with corresponding values stored in the program controller. a) during the rotation of the drum water is filled in in a quantity q until a predefined threshold value (p 1, p 2, p 3) for the hydrostatic pressure p is reached and until a predefined threshold value ((Δp/Δt) 1, (Δp/Δt) 2, (Δp/Δt) 3) for the temporal gradient of the hydrostatic pressure p is reached and a comparison of the measured hydrostatic pressure p, the filled-in water quantity q and the change over time (Δp/Δt) is performed with corresponding values stored in the program controller.
A liner assembly (60, 62) for a combustor of a gas turbine engine comprising: a heat shield (72, 74); and a support shell (68, 70) with a convex profile which faces said heat shield (72, 74); characterised in that: said convex profile is defined by a hyperbolic cosine function. a heat shield (72, 74); and a support shell (68, 70) with a convex profile which faces said heat shield (72, 74); characterised in that: said convex profile is defined by a hyperbolic cosine function.
Method for producing a ball stud comprising a joint ball and a shank, wherein the shank comprises at least a neck region adjoining the joint ball and a fastening portion opposite the joint ball, characterised by the steps: a) plastic forming of a semi-finished ball stud product; b) mechanical working of the semi-finished ball stud product; c) rolling of the surface of the joint ball; d) thermochemical surface hardening of the semi-finished ball stud product; e) removal of the surface-hardened layer at least in the neck region and/or the fastening portion, wherein at least 25μm of the surface-hardened layer is removed; f) oxidising of the semi-finished ball stud product; g) polishing of the joint ball. a) plastic forming of a semi-finished ball stud product; b) mechanical working of the semi-finished ball stud product; c) rolling of the surface of the joint ball; d) thermochemical surface hardening of the semi-finished ball stud product; e) removal of the surface-hardened layer at least in the neck region and/or the fastening portion, wherein at least 25μm of the surface-hardened layer is removed; f) oxidising of the semi-finished ball stud product; g) polishing of the joint ball.
A heat shrinkable film, wherein the film comprises at least one internal layer comprising a polyamide, another internal layer comprising a polyvinylidene chloride (PVDC) polymer and an outer layer comprising styrene butadiene copolymer, wherein the film shrinks at least 10% in at least one of the longitudinal and transverse directions when heated at 90 °C for 4 seconds, the shrinkability is measured according to ASTM 2732.
Pivoting device for a motor vehicle, which has a holder and a pivoting body which is mounted on the holder via an articulated mounting so as to be pivotable about a pivot axis, wherein the pivoting body and the holder are held together on the articulated mounting by means of a snap fastening between at least two articulation elements (33.1, 33.2, 34.1, 34.2) of the articulated mounting, and the pivoting device has a blocking element, characterized in that a closing or release of the snap fastening is possible in at least one first angular position of the pivoting body in relation to the holder and the closing or release of the snap fastening is blocked in at least one second angular position by a relative movement of the two articulation elements (33.1, 33.2, 34.1, 34.2) being blocked in a form-fitting manner by the blocking element, which relative movement is necessary for releasing the snap fastening.