mhurhangee/ep-ind-claims huggingface dataset:
Hob apparatus, in particular induction hob apparatus, with a plurality of heating units (12a-b), which define at least one variable cooking surface area (14a-b), which has at least one permanently defined first partial cooking surface area (16a-b) and at least one permanently defined second partial cooking surface area (18a-b), characterised in that at least one control unit (38a-b), which, in at least one operating state in which at least one part of an item of cookware (60a-b) is placed in the partial cooking surface areas (16a-b, 18a-b) in each case, keeps a total output power, specifically a sum of the output powers of all heating units (12a-b) defining the partial cooking surface area (16a-b, 18a-b) at a particular time point, of first heating units (12a1-b1) of the heating units (12a-b) which define the first partial cooking surface area (16a-b) and a total output power of second heating units (12a2-b2) of the heating units (12a-b) which define the second partial cooking surface area (18a-b), at least essentially constant at all times, specifically that, in the operating state, the control unit (38a-b) sets a total output power at a given time point and a further total output power at a given further time point such that a quotient of a smaller power of the total output powers and of a larger power of the total output powers amounts to at least 0.9.
A disease diagnosis system implemented in a system including a processor and a storage device for storing a neural network and using a biometric image and the neural network, wherein the disease is a type of cancer, the disease diagnosis system comprising: a micro-neural network for receiving a predetermined tile included in the biometric image through an input layer and including a plurality of first layers and an output layer, wherein a stride value is set to the micro-neural network; and a macro-neural network for receiving a macro-tile including the tile and at least one of tiles adjacent to the tile through an input layer and including a plurality of second layers and the output layer, wherein a stride value is set to the macro-neural network; wherein the stride value of the macro-neural network is larger than the stride value of the micro-neural network; wherein the output layer includes at least a state channel (236, 237, 238) indicating a probability of a biological tissue corresponding to the tile to have a Gleason pattern value of a predetermined range; and wherein the output layer is determined on the basis of output data of a first right-before layer included in the first layers and located right before the output layer and a second right-before layer included in the second layers and located right before the output layer. a micro-neural network for receiving a predetermined tile included in the biometric image through an input layer and including a plurality of first layers and an output layer, wherein a stride value is set to the micro-neural network; and a macro-neural network for receiving a macro-tile including the tile and at least one of tiles adjacent to the tile through an input layer and including a plurality of second layers and the output layer, wherein a stride value is set to the macro-neural network; wherein the stride value of the macro-neural network is larger than the stride value of the micro-neural network; wherein the output layer includes at least a state channel (236, 237, 238) indicating a probability of a biological tissue corresponding to the tile to have a Gleason pattern value of a predetermined range; and wherein the output layer is determined on the basis of output data of a first right-before layer included in the first layers and located right before the output layer and a second right-before layer included in the second layers and located right before the output layer.
A pixel structure for OLED display, comprising a plurality rows of pixel unit groups, wherein each pixel unit group comprises a plurality of pixel units arranged repeatedly in sequence, each pixel unit comprising a first sub pixel, a second sub pixel and a third sub pixel; wherein in each pixel unit, the second sub pixel and the third sub pixel are lined up along one of the sides of the first sub pixel; and in the pixel unit group in an even row, the arrangement of the first sub pixel, the second sub pixel and the third sub pixel of the pixel unit is formed by flipping the pixel unit of the pixel unit group in an odd row horizontally by 180°; characterized in that the first sub pixel and a vertical center line (A-A') of horizontal spacing between said first sub pixel and the closest sub pixel thereto of the second sub pixel and the third sub pixel are on the same side of a vertical center line (B-B') of the pixel unit; and that the vertical center line (A-A') of horizontal spacing and the vertical center line (B-B') of the pixel unit do not overlap; in that the pixel unit has a shape of square, the first sub pixel has a shape of rectangle, the second sub pixel and the third sub pixel are aligned vertically along the long side of the first sub pixel, and the length of the long side of the first sub pixel is larger than two-thirds of the side length of the pixel unit; in that the area of the first sub pixel is larger than that of the second sub pixel and that of the third sub pixel, and is smaller than half of the area of the pixel unit; and in that the pixel unit group in the even row is arranged to be offset by a first distance with respect to the pixel unit group in the odd row in a horizontal direction, so that the same sub pixels of two adjacent rows of pixel units are arranged in dislocation in a horizontal direction and so that the distances from the first sub pixel in an even row to two adjacent first sub pixels in an odd row adjacent to the even row are the same.
A Charging Data Function, CDF, device for providing integrity protection of a Charging Data Record, CDR, comprising a memory and one or more processors, said memory comprising instructions which when executed on the said one or more processors, cause the CDF device to: - receive, from a Charging Trigger Function, CTF, device the CDR; - compute a hash value of the CDR; - store the hash value and a CDR identifier of the CDR in a blockchain ledger; - obtain an index for the hash value stored in the blockchain ledger; and - send the index to a Charging Gateway Function, CGF device. - receive, from a Charging Trigger Function, CTF, device the CDR; - compute a hash value of the CDR; - store the hash value and a CDR identifier of the CDR in a blockchain ledger; - obtain an index for the hash value stored in the blockchain ledger; and - send the index to a Charging Gateway Function, CGF device.
Brake plunger for a disk brake of a commercial vehicle, having - an adjusting spindle with a threaded pipe and a spindle foot and a pressure piece arranged on the spindle foot axially to a longitudinal axis of the adjusting spindle, - wherein the pressure piece has a contact pressure surface facing away from the threaded pipe and capable of being pressed against a brake lining of the disc brake, a neck piece remote from the contact pressure surface and a transitional region between the contact pressure surface and the neck piece that has a circumferential radius (r U) widening from a circumferential radius (m) of the neck piece to a circumferential radius (r A) of the contact pressure surface, characterized in that - a press ring with an annular contact pressure surface bearing on the neck piece is pressed onto the neck piece to form a receiving groove between an underside of the press ring facing the transitional region and the transitional region. - an adjusting spindle with a threaded pipe and a spindle foot and a pressure piece arranged on the spindle foot axially to a longitudinal axis of the adjusting spindle, - wherein the pressure piece has a contact pressure surface facing away from the threaded pipe and capable of being pressed against a brake lining of the disc brake, a neck piece remote from the contact pressure surface and a transitional region between the contact pressure surface and the neck piece that has a circumferential radius (r U) widening from a circumferential radius (m) of the neck piece to a circumferential radius (r A) of the contact pressure surface, - a press ring with an annular contact pressure surface bearing on the neck piece is pressed onto the neck piece to form a receiving groove between an underside of the press ring facing the transitional region and the transitional region.
A soil working machine comprising a frame and at least one tool-holder structure which can be coupled to the frame, said tool-holder structure comprising a deformable parallelogram to which at least one tool can be coupled, this deformable parallelogram comprising an upper connecting rod, a lower connecting rod and two uprights, called front and rear, connected to the connecting rods (5, 6) by a pivot link of axis (XX'), called horizontal, in the usage configuration of the tool-holder structure for a deformation of the parallelogram in the direction of a lowering or raising of the at least one tool, this parallelogram being pivotally coupled to the frame by a single link, called pivot link, having a pivot axis (YY'), an actuator being arranged between the parallelogram and the frame, this actuator being an actuator for driving the pivoting movement of the entire parallelogram about the pivot axis (YY') of its pivot link to the frame and the parallelogram being provided with at least one element for clamping the deformation of the parallelogram, characterized in that the pivot axis (YY') of the pivot link of the parallelogram to the frame is combined with the axis (XX') of the pivot link between the upper connecting rod and one of the uprights of the parallelogram.
A printer comprising: a printing unit configured to perform printing while conveying a sheet; a paper feeding unit configured to feed the sheet to the printing unit; a circulation conveying unit including a route and configured to convey the sheet sent out from the printing unit along the route, the route including a switchback route for turning over the sheet; a paper refeeding unit configured to refeed the sheet turned over in the switchback route to the printing unit; and a controller configured to control a paper feeding by the paper feeding unit and a paper refeeding by the paper refeeding unit based on a paper feeding schedule for duplex printing which specifies paper feeding timings by the paper feeding unit and paper refeeding timings by the paper refeeding unit for a case other than a misfeeding of any of second and subsequent sheets in the paper feeding by the paper feeding unit such that the sheet refed from the paper refeeding unit and the sheet fed from the paper feeding unit are alternately conveyed to the printing unit, wherein, upon the misfeeding of any of the second and subsequent sheets in the paper feeding by the paper feeding unit during the duplex printing, the controller drives the paper feeding unit to perform a paper feeding retry characterized in that the paper feeding retry is performed at one or more of the paper feeding timings in the paper feeding schedule for duplex printing. a printing unit configured to perform printing while conveying a sheet; a paper feeding unit configured to feed the sheet to the printing unit; a circulation conveying unit including a route and configured to convey the sheet sent out from the printing unit along the route, the route including a switchback route for turning over the sheet; a paper refeeding unit configured to refeed the sheet turned over in the switchback route to the printing unit; and a controller configured to control a paper feeding by the paper feeding unit and a paper refeeding by the paper refeeding unit based on a paper feeding schedule for duplex printing which specifies paper feeding timings by the paper feeding unit and paper refeeding timings by the paper refeeding unit for a case other than a misfeeding of any of second and subsequent sheets in the paper feeding by the paper feeding unit such that the sheet refed from the paper refeeding unit and the sheet fed from the paper feeding unit are alternately conveyed to the printing unit, wherein, upon the misfeeding of any of the second and subsequent sheets in the paper feeding by the paper feeding unit during the duplex printing, the controller drives the paper feeding unit to perform a paper feeding retry characterized in that the paper feeding retry is performed at one or more of the paper feeding timings in the paper feeding schedule for duplex printing.
Structural element, with a facing shell having a first concrete layer and having a textile reinforcement, with a carrier shell having a second concrete layer and having a carrier shell reinforcement, wherein the carrier shell is arranged at a distance from the facing shell, with several connecting bodies which are arranged between the textile reinforcement and the carrier shell reinforcement and are connected to both the carrier shell and the facing shell, characterised in that each connecting body has a rigid three-dimensional shape and is formed by a three-dimensional textile mesh structure.
A fluid ejection apparatus comprising: a fluid ejector comprising: a pumping chamber, an ejection nozzle coupled to the pumping chamber, and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle; a first compliant assembly formed in a surface of an inlet feed channel, the inlet feed channel fluidically connected to a fluid inlet of the pumping chamber; and a second compliant assembly formed in a surface of an outlet feed channel, the outlet feed channel fluidically connected to a fluid outlet of the pumping chamber, wherein a compliance of the first compliant assembly is different from a compliance of the second compliant assembly, and wherein a compliance of the ejection nozzle is greater than the compliance of the first compliant assembly and the compliance of the second compliant assembly. a fluid ejector comprising: a pumping chamber, an ejection nozzle coupled to the pumping chamber, and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle; a pumping chamber, an ejection nozzle coupled to the pumping chamber, and an actuator configured to cause fluid to be ejected from the pumping chamber through the ejection nozzle; a first compliant assembly formed in a surface of an inlet feed channel, the inlet feed channel fluidically connected to a fluid inlet of the pumping chamber; and a second compliant assembly formed in a surface of an outlet feed channel, the outlet feed channel fluidically connected to a fluid outlet of the pumping chamber, wherein a compliance of the first compliant assembly is different from a compliance of the second compliant assembly, and wherein a compliance of the ejection nozzle is greater than the compliance of the first compliant assembly and the compliance of the second compliant assembly.
Method for quantifying one or more nucleic acids of a genome in a sample, wherein in an amplification reaction, a. a first nucleic acid is amplified, the locus that is amplified is a multicopy locus within the genome, wherein the locus shares at least 80 % sequence identity to a sequence according to SEQ ID NO. 1 over a stretch of 80 base pairs, and wherein, the multicopy locus has copies on at least two different chromosomes, b. a second nucleic acid that has been added as an internal control is also amplified, c. the amount of amplification product from the amplification of the first nucleic acid is determined. a. a first nucleic acid is amplified, the locus that is amplified is a multicopy locus within the genome, wherein the locus shares at least 80 % sequence identity to a sequence according to SEQ ID NO. 1 over a stretch of 80 base pairs, and wherein, the multicopy locus has copies on at least two different chromosomes, b. a second nucleic acid that has been added as an internal control is also amplified, c. the amount of amplification product from the amplification of the first nucleic acid is determined.
Free lost-shot escape mechanism for a timepiece, said timepiece comprising: - a gearwheel intended to be driven by a drive member and comprising a gear wheel which is rotatable about an axis of rotation and arranged in kinematic connection with at least one escape wheel of the escape mechanism, - an oscillator adapted to receive an impulse from said escape wheel in order to sustain its oscillations, said escape mechanism further comprising: - a release mobile arranged to cooperate in rotation with the escape wheel and to move, during a release phase, under an impulse from the oscillator, between an engagement position in which the advance of the gear is blocked and a release position in which the advance of the gear is free, and - a unidirectional drive device for the release mobile arranged to transmit said oscillator impulse to the release mobile from the engagement position to the release position, the escape mechanism being characterised in that the release mobile and the unidirectional drive device are arranged to cooperate with means (10, 12) configured to accumulate a portion of the energy supplied by an oscillator impulse upon release of the release mobile on the one hand and to restore it in the form of an acceleration of the escape wheel upon transmission by the escape wheel of a impulse to the oscillator on the other hand. - a gearwheel intended to be driven by a drive member and comprising a gear wheel which is rotatable about an axis of rotation and arranged in kinematic connection with at least one escape wheel of the escape mechanism, - an oscillator adapted to receive an impulse from said escape wheel in order to sustain its oscillations, said escape mechanism further comprising: - a release mobile arranged to cooperate in rotation with the escape wheel and to move, during a release phase, under an impulse from the oscillator, between an engagement position in which the advance of the gear is blocked and a release position in which the advance of the gear is free, and - a unidirectional drive device for the release mobile arranged to transmit said oscillator impulse to the release mobile from the engagement position to the release position, the escape mechanism being characterised in that the release mobile and the unidirectional drive device are arranged to cooperate with means (10, 12) configured to accumulate a portion of the energy supplied by an oscillator impulse upon release of the release mobile on the one hand and to restore it in the form of an acceleration of the escape wheel upon transmission by the escape wheel of a impulse to the oscillator on the other hand.
A cover glass comprising: a glass layer; a viscoelastic layer; and an acoustic impedance adjusting layer disposed between the glass layer and the viscoelastic layer, wherein when acoustic impedance of the glass layer is Zg, acoustic impedance of the acoustic impedance adjusting layer is Zm, and acoustic impedance of the viscoelastic layer is Zd, a relationship of Zg > Zm > Zd is satisfied, wherein the acoustic impedance adjusting layer is in contact with the glass layer, wherein the glass layer forms the outermost surface of the cover glass, and wherein the viscoelastic layer is in contact with the acoustic impedance adjusting layer. a glass layer; a viscoelastic layer; and an acoustic impedance adjusting layer disposed between the glass layer and the viscoelastic layer, wherein when acoustic impedance of the glass layer is Zg, acoustic impedance of the acoustic impedance adjusting layer is Zm, and acoustic impedance of the viscoelastic layer is Zd, a relationship of Zg > Zm > Zd is satisfied, wherein the acoustic impedance adjusting layer is in contact with the glass layer, wherein the glass layer forms the outermost surface of the cover glass, and wherein the viscoelastic layer is in contact with the acoustic impedance adjusting layer.
A method of determining the phase of an estrous cycle of a mammal, comprising combining the biological sample obtained from the mammal with an anthocyanin pigment and flavonol pigment to induce a reaction that provides a color response on a hydrophobic substrate, and correlating the corresponding color response to the estrus phase of the estrous cycle.
Method for generating a description file of a binary stream, based on a description schema describing a structure and a content conforming to a predetermined format and comprising a set of attributes and elements, said binary stream being composed of a plurality of fields, characterized in that said method comprises: - a step of assigning at least one value of at least one identified field of said stream to at least one variable defined by an attribute of said description schema, called an assignment attribute; - a step of storing said at least one variable; - a step of determining at least one characteristic of at least one element of said description file, based on an evaluation of a conditional expression relating to said at least one value; - a step of generating a portion of said description file as a function of said characteristic(s) determined during said determination step. - a step of assigning at least one value of at least one identified field of said stream to at least one variable defined by an attribute of said description schema, called an assignment attribute; - a step of storing said at least one variable; - a step of determining at least one characteristic of at least one element of said description file, based on an evaluation of a conditional expression relating to said at least one value; - a step of generating a portion of said description file as a function of said characteristic(s) determined during said determination step.
A fluid composition for chemical-mechanical polishing, comprising: a solvent; 0.5 - 5 wt% of a primary oxidizing agent having an oxidation potential of 0.4 V or greater, wherein the primary oxidizing agent comprises an ion, salt, acid or base of permanganate or Ce +4; 0.1 - 0.5 wt% of a secondary oxidizing agent, wherein the secondary oxidizing agent comprises an ion, salt or acid of persulfate and having a higher oxidation potential than the first oxidizing agent; and 0.05 - 0.75 wt% of a multivalent cation component comprising Fe 3+, Al 3+ or Co 3+. 0.5 - 5 wt% of a primary oxidizing agent having an oxidation potential of 0.4 V or greater, wherein the primary oxidizing agent comprises an ion, salt, acid or base of permanganate or Ce +4; 0.1 - 0.5 wt% of a secondary oxidizing agent, wherein the secondary oxidizing agent comprises an ion, salt or acid of persulfate and having a higher oxidation potential than the first oxidizing agent; and 0.05 - 0.75 wt% of a multivalent cation component comprising Fe 3+, Al 3+ or Co 3+.