mhurhangee/ep-ind-claims huggingface dataset:
Thread-cutting apparatus comprising a device for cutting a thread on a workpiece by means of a planetary gear for producing opposing directions of rotation for use with a hand-operated power tool, wherein the planetary gear comprises: a ring gear to produce a rotation with a first direction of rotation, a sun gear to produce a rotation in a second direction, wherein the first direction of rotation runs counter to the second direction of rotation, and an output gear, wherein the output gear can be moved axially within the device, wherein the output gear is coupled in a first position with the sun gear and coupled in a second position with the ring gear wherein the output gear can be shifted into the first position by an element and wherein the output gear can be shifted by contact pressure of the device onto the workpiece and by a motor, especially an electric motor, to drive the ring gear, characterised in that the output gear is driven in each case via a symmetrically formed coupling with a lobe -cam arrangement of the device so that the device is suitable for cutting both right-hand and left-hand threads.
A method of playing E-book content, the method comprising: receiving, by an E-book display device, synchronization information including a mapping relationship between frames of a multimedia content and page and/or line information of the E-book content associated with the frames of the multimedia content; receiving, by the E-book display device, event information for a first event associated with the multimedia content in a multimedia display device, wherein the event information includes information regarding a first time point when the first event is to be performed; and based on receiving the event information for the first event, performing, by the E-book display device, a second event, corresponding to the first event, associated with the E-book content displayed in the E-book display device, at the first time point, based on the synchronization information and the event information, wherein the first event and the second event are performed synchronously based on the synchronization information and the event information. receiving, by an E-book display device, synchronization information including a mapping relationship between frames of a multimedia content and page and/or line information of the E-book content associated with the frames of the multimedia content; receiving, by the E-book display device, event information for a first event associated with the multimedia content in a multimedia display device, wherein the event information includes information regarding a first time point when the first event is to be performed; and based on receiving the event information for the first event, performing, by the E-book display device, a second event, corresponding to the first event, associated with the E-book content displayed in the E-book display device, at the first time point, based on the synchronization information and the event information, wherein the first event and the second event are performed synchronously based on the synchronization information and the event information.
A system for assembling a modular multistage pump assembly, the modular multistage pump assembly comprising a volute, having a suction chamber and a pressure chamber, and a pump stack having at least one stage, wherein a modular flange is arranged between the volute and the pump stack and removably coupled to both the pump stack and the volute so that it is exchangeable in such a way that different volutes and different pump stacks may be connected with one another by use of a corresponding modular flange, characterized by the system comprising at least two different pump stacks and/or at least two different volutes and at least two different modular flanges, which modular flanges are configured such that they allow the coupling of the different pump stacks with the different volutes.
A method executed by a computer for geophysical exploration, comprising: receiving seismic data collected by a group of seismic receivers; for plural modes of the coherent noise, estimating, for each mode and based on the received seismic data, noise propagation properties of the coherent noise; defining,a model of the coherent noise for the plural modes, the noise model having the estimated noise propagation properties as model parameters simulating the coherent noise using the model of the coherent noise to generate a synthetic noise; and subtracting the synthetic noise from seismic data. receiving seismic data collected by a group of seismic receivers; for plural modes of the coherent noise, estimating, for each mode and defining,a model of the coherent noise for the plural modes, the noise model having the estimated noise propagation properties as model parameters simulating the coherent noise using the model of the coherent noise to generate a synthetic noise; and subtracting the synthetic noise from seismic data.
A process for producing a recording medium having a base and an ink receiving layer, comprising: a step of applying an ink receiving layer coating liquid containing inorganic particles having a primary particle size of 3 nm or more and not more than 50 nm and a hydroxyl-containing polymer onto the base to form an ink receiving layer, such that a content of the inorganic particles in the formed ink receiving layer is 70 mass% or more and not more than 95 mass%, based on the total mass of the formed ink receiving layer; characterized in that the hydroxyl-containing polymer is polyvinyl alcohol; the coating liquid further comprises dialdehyde starch; and the method further comprises heating the coating liquid. a step of applying an ink receiving layer coating liquid containing inorganic particles having a primary particle size of 3 nm or more and not more than 50 nm and a hydroxyl-containing polymer onto the base to form an ink receiving layer, such that a content of the inorganic particles in the formed ink receiving layer is 70 mass% or more and not more than 95 mass%, based on the total mass of the formed ink receiving layer; characterized in that the hydroxyl-containing polymer is polyvinyl alcohol; the coating liquid further comprises dialdehyde starch; and the method further comprises heating the coating liquid.
An apparatus for the treatment of substrates, the apparatus having a housing, which forms a process chamber in an interior thereof; a plurality of through openings in housing; at least one seal arrangement (40, 41) in the area of each through opening, in order to seal the process chamber towards the surrounding environment; and at least one gas inlet adjacent to each of the seal arrangements (40, 41), the gas inlet being arranged such that gas exiting therefrom forms a gas barrier layer between the respective seal arrangement (40, 41) and a gas in the process chamber; wherein the housing comprises at least one side wall portion (16, 26) radially enclosing the process chamber, characterized in that the plurality of the through openings and the respective gas inlets are integrally formed in the side wall portion.
A quick hitch for mounting an implement on a machine, the quick hitch including an enclosure, the enclosure (10, 12, 14, 16, 30, 32) including at least one mounting means (6a, 6b, 6c) for connection to a machine, the enclosure accommodating a securing means for securing the quick hitch to an implement, the securing means having a first position in which the quick hitch is secured to an implement and a second position in which the quick hitch is not secured to an implement, the enclosure further including a first aperture through which a portion of the securing means extends when the securing means is in the first position, wherein the securing means includes a signal means, the signal means having a first position for signalling that the quick hitch is secured to an implement when the securing means is in the first position and a second position for signalling that the quick hitch is not secured to an implement when the securing means is in the second position; wherein the enclosure further includes an upper surface having an opening through which a portion of the signal means extends when the signal means is in either the first position or the second position; and wherein the opening includes a cover for preventing the ingress of dirt or debris into the enclosure and through which the portion of the signal means may extend. wherein the securing means includes a signal means, the signal means having a first position for signalling that the quick hitch is secured to an implement when the securing means is in the first position and a second position for signalling that the quick hitch is not secured to an implement when the securing means is in the second position; wherein the enclosure further includes an upper surface having an opening through which a portion of the signal means extends when the signal means is in either the first position or the second position; and wherein the opening includes a cover for preventing the ingress of dirt or debris into the enclosure and through which the portion of the signal means may extend.
An industrial slicer comprising: a cutting station that includes a plurality of blades (21, 22, 23) for slicing a food product, said blades (21, 22, 23) being spaced apart from each other by a cutting pitch, so as to obtain slices of said product having a thickness corresponding to the cutting pitch, and adjustment means (5, 7, 3, 31, 41) for adjusting the distance between the blades (21, 22, 23); wherein said adjustment means (5, 7, 3, 31, 41) includes a plurality of movable shifter elements that are associated with respective blades, said shifter elements being able to change the cutting pitch according to the position thereof; the slicer being characterized in that each blade (21, 22, 23) is attached at two points along the length thereof in the cutting station and in that each shifter element is interposed between the cited points of attachment of the respective blades (21, 22, 23).
A method of helping prevent drug contents of a drug vial (116, 118) from being trapped in the drug vial, comprising: inserting a spike through a seal of the drug vial (116, 118) to allow fluid communication between an interior of the drug vial (116, 118) and a channel defined by the spike; and deforming a portion of the seal away from a body of the drug vial (116, 118) to form a concave or dish shape along an inner surface of the seal to facilitate removal of the drug contents from the interior of the drug vial (116, 118), wherein deforming the portion of the seal away from the body of the drug vial (116, 118) comprises using a mechanism to partially retract the spike relative to the drug vial (116, 118). inserting a spike through a seal of the drug vial (116, 118) to allow fluid communication between an interior of the drug vial (116, 118) and a channel defined by the spike; and deforming a portion of the seal away from a body of the drug vial (116, 118) to form a concave or dish shape along an inner surface of the seal to facilitate removal of the drug contents from the interior of the drug vial (116, 118), wherein deforming the portion of the seal away from the body of the drug vial (116, 118) comprises using a mechanism to partially retract the spike relative to the drug vial (116, 118).
Multi-component resin system containing an isocyanate component, which comprises at least one aliphatic and/or aromatic polyisocyanate having an average NCO functionality of 2 or more, and an amine component, which comprises at least one amine which is reactive to isocyanate groups and has an average NH functionality of 2 or more, with the proviso that the multi-component resin system is free of polyaspartic acid esters, the isocyanate component and/or the amine component comprising at least one filler and at least one rheology additive and the total filling level of a mortar composition produced by mixing the isocyanate component and the amine component is in a range from 30 to 80 wt.%, characterized in that the isocyanate component contains a molecular sieve as a drying agent.
A fire resistant glass comprising a layer composite, which comprises at least one glass substrate, at least one IR-reflecting layer being deposited on the glass substrate and at least one protective layer each being applied onto the at least one IR-reflecting layer, wherein with the fire resistant glass according to DIN EN 13501- 02: 2007 a fire-resistance rating of higher than EW 60 is achieved, wherein each of both sides of the fire resistant glass has a surface area in a range of 0.0625 m 2 to 10 m 2 and wherein the IR-reflecting layer is a layer containing silver.
A laser cutting processing method for a plate shaped work, the laser cutting processing method, at a time of carrying out a laser cutting processing in a direction intersecting with a processing line of a minute width after the laser cutting processing for a work has been carried out, decelerating a laser cutting speed before a laser beam reaches said processing line at an initial laser cutting speed, and accelerating said laser cutting speed when an axial center of said laser beam is positioned within a prescribed range in vicinity of a central position in a width direction of said processing line, and carrying out an acceleration to return said laser cutting speed to said initial laser cutting speed, at a prescribed position before the axial center of said laser beam crosses said processing line, or at a position at which the axial center of said laser beam crosses said processing line, or at a prescribed position after the axial center of said laser beam has crossed said processing line, characterized by making a laser output of said laser beam to be zero or a preset minimum output, when the axial center of said laser beam is positioned within said prescribed range in vicinity of the central position in the width direction of said processing line. at a time of carrying out a laser cutting processing in a direction intersecting with a processing line of a minute width after the laser cutting processing for a work has been carried out, decelerating a laser cutting speed before a laser beam reaches said processing line at an initial laser cutting speed, and accelerating said laser cutting speed when an axial center of said laser beam is positioned within a prescribed range in vicinity of a central position in a width direction of said processing line, and carrying out an acceleration to return said laser cutting speed to said initial laser cutting speed, at a prescribed position before the axial center of said laser beam crosses said processing line, or at a position at which the axial center of said laser beam crosses said processing line, or at a prescribed position after the axial center of said laser beam has crossed said processing line, characterized by making a laser output of said laser beam to be zero or a preset minimum output, when the axial center of said laser beam is positioned within said prescribed range in vicinity of the central position in the width direction of said processing line.
A brain signal measurement and stimulation structure comprising: a flexible element comprising a contact part configured to be in contact with the surface of a cerebral cortex to measure a signal generated in the brain or transmit an external stimulus to the brain, a transmitting/receiving part configured to be positioned between a skull and a skin, and a connection part configured to connect the contact part and the transmitting/receiving part; and an integrated circuit connected to the transmitting/receiving part to transmit and receive a signal, wherein the flexible element comprises a lower-layer support substrate, a graphene electrode layer and a wiring layer formed on the lower-layer support substrate, and an insulation layer formed on the graphene electrode layer and the wiring layer, the insulation layer is etched such that the graphene electrode layer is partially exposed, and a part of the graphene electrode layer and a part of the wiring layer are adjacently connected, wherein at least one of the contact part and connection part has a serpentine structure. a flexible element comprising a contact part configured to be in contact with the surface of a cerebral cortex to measure a signal generated in the brain or transmit an external stimulus to the brain, a transmitting/receiving part configured to be positioned between a skull and a skin, and a connection part configured to connect the contact part and the transmitting/receiving part; and an integrated circuit connected to the transmitting/receiving part to transmit and receive a signal, wherein the flexible element comprises a lower-layer support substrate, a graphene electrode layer and a wiring layer formed on the lower-layer support substrate, and an insulation layer formed on the graphene electrode layer and the wiring layer, the insulation layer is etched such that the graphene electrode layer is partially exposed, and a part of the graphene electrode layer and a part of the wiring layer are adjacently connected, wherein at least one of the contact part and connection part has a serpentine structure.
Cutting device with a holder having a slit-like recess for holding a cutting insert which is releasably able to be clamped or is clamped under preload of a clamping finger in the form of a side of the recess which is elastically able to spread out, wherein the other side of the recess is formed by a base section of the holder, wherein the holder has a rotary bearing recess with an axis of rotation for rotatable insertion of an actuating element of an actuating tool, and wherein an actuating surface is provided, against which a further actuating element of the inserted actuating tool may be brought into contact, wherein the distance between the axis of rotation and the actuating surface reduces in its further course forward, so that the clamping finger may be spread apart by a rotary movement of the actuating tool to release the clamped cutting insert, wherein the rotary bearing recess is formed on sides of the base section and the actuating surface is formed by a length section of the edge of the clamping finger bordering the recess, characterised in that the actuating surface extends between two stops (34a, 34b) formed on the clamping finger for the inserted actuating element of the actuating tool.
A method for controlling a service data flow, comprising: acquiring, by a controller, index information related to a user equipment, UE, wherein the index information comprises at least a user information index, a public data network, PDN, connection index, a bearer index, and a service data flow table index that are related to the UE; sending, by the controller, the index information to a forwarder by using an entry notification message; when a first control event of a service data flow is triggered, acquiring, by the controller, a first instruction index according to the first control event, wherein the first instruction index comprises at least one type of the index information related to the UE; and sending, by the controller, the first instruction index to the forwarder by using first control signaling for instructing the forwarder to control the service data flow according to the first instruction index; wherein the forwarder performs a control operation on the service data flow with a corresponding control granularity according to the first instruction index. acquiring, by a controller, index information related to a user equipment, UE, wherein the index information comprises at least a user information index, a public data network, PDN, connection index, a bearer index, and a service data flow table index that are related to the UE; sending, by the controller, the index information to a forwarder by using an entry notification message; when a first control event of a service data flow is triggered, acquiring, by the controller, a first instruction index according to the first control event, wherein the first instruction index comprises at least one type of the index information related to the UE; and sending, by the controller, the first instruction index to the forwarder by using first control signaling for instructing the forwarder to control the service data flow according to the first instruction index; wherein the forwarder performs a control operation on the service data flow with a corresponding control granularity according to the first instruction index.
A polycarbonate resin composition, comprising: a polycarbonate resin containing a structural unit derived from a dihydroxy compound represented by the following formula: and an elastomer composed of a core•shell structure, wherein the polymerization catalyst used in the preparation of the polycarbonate resin is at least one metal compound selected from the group consisting of a lithium compound and a compound of a metal belonging to Group 2 of the long-form periodic table, and a core layer of the elastomer is at least one member selected from the group consisting of an alkyl (meth)acrylate and a (meth)acrylic acid, wherein a silicon•acryl composite compound is not contained in the polymer component forming the core layer.
A method of calibrating mass-to-charge ratio measurements obtained from a time-of-flight mass spectrometer disposed in series, and in fluid communication with, a comprehensive two-dimensional gas chromatographic system, wherein the method is characterized by: i) introducing a calibrant material into a mass spectrometer during an analytical run, the mass spectrometer comprising an ion source and the introducing occurring after a sample is introduced to a chromatographic system for the analytical run but before chromatographic analysis of the sample is complete, the introducing being carried out such that the calibrant material is pulsed into the ion source of the mass spectrometer during a multiplicity of secondary column dead bands and calibrant material and sample material are substantially not present contemporaneously at the ion source of the mass spectrometer; ii) acquiring a multiplicity of mass spectra of the calibrant material during the analytical run; and iii) calculating a multiplicity of mass calibrations on the basis of mass spectra obtained from the calibrant material introduced during the analytical run. i) introducing a calibrant material into a mass spectrometer during an analytical run, the mass spectrometer comprising an ion source and the introducing occurring after a sample is introduced to a chromatographic system for the analytical run but before chromatographic analysis of the sample is complete, the introducing being carried out such that the calibrant material is pulsed into the ion source of the mass spectrometer during a multiplicity of secondary column dead bands and calibrant material and sample material are substantially not present contemporaneously at the ion source of the mass spectrometer; ii) acquiring a multiplicity of mass spectra of the calibrant material during the analytical run; and iii) calculating a multiplicity of mass calibrations on the basis of mass spectra obtained from the calibrant material introduced during the analytical run.