mhurhangee/ep-ind-claims huggingface dataset:
An image processing device, comprising: an image data acquisition unit configured to acquire first image data including a logo image of a first resolution to be printed on a first printer; a logo image data storage unit configured to store logo image data of a different resolution than the first resolution; a logo analyzer configured to read the first image data, and to apply pattern matching using the logo image data stored in the logo image data storage unit to determine whether the logo image is contained in the first image data; a printing position controller configured to specify a printing position of the logo image of a second resolution in second image data; an image data generating unit configured to convert the logo image stored in the logo image data storage unit to a logo image of the second resolution, and to generate the second image data containing the logo image of the second resolution according to the printing position specified by the printing position controller, to be printed on a replacement printer, wherein the first resolution is the resolution of the first printer and the second resolution is the resolution of the replacement printer, and wherein the image data generating unit is adapted to replace, when the logo analyzer determines that the logo image is contained in the first image data, the logo image in the first image data with the logo image of the second resolution. an image data acquisition unit configured to acquire first image data including a logo image of a first resolution to be printed on a first printer; a logo image data storage unit configured to store logo image data of a different resolution than the first resolution; a logo analyzer configured to read the first image data, and to apply pattern matching using the logo image data stored in the logo image data storage unit to determine whether the logo image is contained in the first image data; a printing position controller configured to specify a printing position of the logo image of a second resolution in second image data; an image data generating unit configured to convert the logo image stored in the logo image data storage unit to a logo image of the second resolution, and to generate the second image data containing the logo image of the second resolution according to the printing position specified by the printing position controller, to be printed on a replacement printer, wherein the first resolution is the resolution of the first printer and the second resolution is the resolution of the replacement printer, and wherein the image data generating unit is adapted to replace, when the logo analyzer determines that the logo image is contained in the first image data, the logo image in the first image data with the logo image of the second resolution.
A peptide, or a salt thereof, comprising or consisting of the amino acid sequence of SEQ ID NO: 2 IHMVYSKRSGKPRGYAFIEY [SEQ ID NO: 2], comprising a phosphoserine at position 9, and an oxidized Methionine at position 3. IHMVYSKRSGKPRGYAFIEY [SEQ ID NO: 2],
Swing door, which can be opened by hand and is a safety-relevant functional door in a building - in particular emergency exit, panic or fire door - which has a stationary frame and a wing pivotally mounted thereto on a vertical axis, characterised in that the swing door has a counter which is capable of counting opening-closing cycles of the wing relative to the frame up to the order of the number of opening-closing cycles, from which maintenance of the swing door is advisable, wherein the respective counting pulses are triggered by the pivotal movement of the wing relative to the frame, and wherein the counter is mounted in a rabbet of the swing door.
A method of data protection in machine learning using a supervised joint training model in which sample labels are used to characterize sample categories and in which a party which comprises a subsection of the joint training model with a sample label is referred to as an active party and a party which comprises a subsection of the joint training model without a sample label is referred to as a passive party, the method being carried out by an execution body which is an active party and characterized by acquiring gradient correlation information respectively corresponding to a target sample and a reference sample belonging to the same batch as the target sample, wherein a sample set to which the target sample belongs pertains to a binary classification sample set that is imbalanced in distribution; generating information of to-be-added data noise according to a comparison result of the gradient correlation information corresponding to the target sample and the gradient correlation information corresponding to the reference sample; correcting an initial gradient transfer value corresponding to the target sample according to the information of the to-be-added data noise, to generate corrected gradient transfer information, so as to enable gradient transfer information corresponding to samples belonging to different categories in the sample set to be consistent, wherein the initial gradient transfer value characterizes a basis that is transferred from an active party to a passive party of the j oint training model and is used for adjusting parameters of the joint training model; and sending the corrected gradient transfer information to a passive party of the joint training model, so as to enable the passive party to adjust a parameter of the joint training model according to the corrected gradient transfer information. acquiring gradient correlation information respectively corresponding to a target sample and a reference sample belonging to the same batch as the target sample, wherein a sample set to which the target sample belongs pertains to a binary classification sample set that is imbalanced in distribution; generating information of to-be-added data noise according to a comparison result of the gradient correlation information corresponding to the target sample and the gradient correlation information corresponding to the reference sample; correcting an initial gradient transfer value corresponding to the target sample according to the information of the to-be-added data noise, to generate corrected gradient transfer information, so as to enable gradient transfer information corresponding to samples belonging to different categories in the sample set to be consistent, wherein the initial gradient transfer value characterizes a basis that is transferred from an active party to a passive party of the j oint training model and is used for adjusting parameters of the joint training model; and sending the corrected gradient transfer information to a passive party of the joint training model, so as to enable the passive party to adjust a parameter of the joint training model according to the corrected gradient transfer information.
Atomic force microscope measuring device (1, 30) comprising a micro-cantilever (20, 51) for probing a sample, wherein the measuring device comprises an optical microscope (21, 52), preferably a fluorescence microscope, a confocal microscope, a fluorescence energy transfer (FRET) microscope, a DIC and/or phase contrast microscope, all of those preferably construed as an inverted microscope; and an illumination source, wherein the illumination source is located at the opposite side of the cantilever (20, 51) with respect to the optical microscope (21, 52), wherein the measuring device comprises an intensity modulated light source exciting the cantilever (20, 51), wherein the cantilever is transparent for a wavelength of the visual spectrum, such that the light generated by the illumination source can go through the sample and be collected by the optical microscope (21, 52).
Device for trapping flammable gases produced by radiolysis and/or thermolysis in a containment formed in a system for transporting and/or storing radioactive materials, the device comprising a casing delimiting a cavity in which are situated active means able to trap the flammable gases, the casing being continuous except for at least one opening which is occupied by a filter and communicating exclusively with the containment, the filter allowing the flammable gases to pass through, characterised in that the filter slows down or stops other gases and stops carbon monoxide.
A circuit for level shifting an input signal from a first voltage level to a second voltage level, comprising: an alternating current, AC-coupled voltage boost circuit configured to boost the input signal such that first and second nodes of the voltage boost circuit have a voltage value greater than or equal to the first voltage level; a first logic inverter configured to produce a first output signal having a magnitude up to the second voltage level, wherein the first node of the voltage boost circuit is directly connected to a control input of the first logic inverter and to a first capacitor configured to receive a logical inverse of the input signal; and a second logic inverter configured to produce a second output signal having a magnitude up to the second voltage level, wherein the second node of the voltage boost circuit is directly connected to a control input of the second logic inverter and to a second capacitor configured to receive the input signal, wherein the voltage boost circuit is powered by a third voltage level, and wherein the first voltage level is equal to the third voltage level, wherein the voltage boost circuit comprises first and second switches (206, 208) configured, when closed, to connect the third voltage level to the first and second nodes of the voltage boost circuit, respectively, wherein the second node of the voltage boost circuit is a control for the first switch, and wherein the first node of the voltage boost circuit is a control for the second switch. an alternating current, AC-coupled voltage boost circuit configured to boost the input signal such that first and second nodes of the voltage boost circuit have a voltage value greater than or equal to the first voltage level; a first logic inverter configured to produce a first output signal having a magnitude up to the second voltage level, wherein the first node of the voltage boost circuit is directly connected to a control input of the first logic inverter and to a first capacitor configured to receive a logical inverse of the input signal; and a second logic inverter configured to produce a second output signal having a magnitude up to the second voltage level, wherein the second node of the voltage boost circuit is directly connected to a control input of the second logic inverter and to a second capacitor configured to receive the input signal, wherein the voltage boost circuit is powered by a third voltage level, and wherein the first voltage level is equal to the third voltage level, wherein the voltage boost circuit comprises first and second switches (206, 208) configured, when closed, to connect the third voltage level to the first and second nodes of the voltage boost circuit, respectively, wherein the second node of the voltage boost circuit is a control for the first switch, and wherein the first node of the voltage boost circuit is a control for the second switch.
Apparatus having a combined magnetic resonance apparatus, which features at least one main magnet for generating a main magnetic field in an examination space for a magnetic resonance measurement, and a radiation therapy apparatus, which is provided to generate a particle beam and which features a beam guide (44, 70, 71, 83), wherein the magnetic resonance apparatus features an essentially magnetic-field-free region and the beam guide (44, 70, 71, 83) for the particle beam runs along the essentially magnetic-field-free region, characterised in that the beam guide (44, 70, 71, 83) of the particle beam runs at least partially within the main magnet along the essentially magnetic-field-free region, wherein the main magnet features a first magnetic field coil for generating a first magnetic field and at least one second magnetic field coil for generating a second magnetic field, so that the essentially magnetic-field-free region is produced within the main magnet.
A processor-based system hybrid ring bus interconnect, comprising: a plurality of ring buses (34, 36) each having a bus width and configured to receive bus transaction messages from at least one requester device; and a plurality of inter-ring routers coupled to the plurality of ring buses; characterised in that the plurality of inter-ring routers are configured to dynamically direct the bus transaction messages among the plurality of ring buses based on bandwidth requirements of the at least one requester device; and further comprising a resource manager configured to control the plurality of inter-ring routers and further configured to activate and deactivate each of the plurality of ring buses independently. a plurality of ring buses (34, 36) each having a bus width and configured to receive bus transaction messages from at least one requester device; and a plurality of inter-ring routers coupled to the plurality of ring buses; characterised in that the plurality of inter-ring routers are configured to dynamically direct the bus transaction messages among the plurality of ring buses based on bandwidth requirements of the at least one requester device; and further comprising a resource manager configured to control the plurality of inter-ring routers and further configured to activate and deactivate each of the plurality of ring buses independently.
A nonaqueous electrolytic solution secondary battery comprising: a nonaqueous electrolytic solution that contains a lithium salt and a nonaqueous solvent to dissolve the lithium salt; a negative electrode capable of occluding and releasing a lithium ion; and a positive electrode, wherein: the negative electrode contains a negative electrode active material that occludes and releases a lithium ion at a potential nobler than 1.0 V, vs. Li/Li +, wherein the negative electrode active material is a lithium titanium composite oxide; characterized in that the nonaqueous solvent contains diethyl carbonate; and the nonaqueous electrolytic solution further contains an acid anhydride, wherein the content of the acid anhydride is 0.01% by mass to 0.9% by mass of the entire nonaqueous electrolytic solution, and wherein the acid anhydride is succinic anhydride. the negative electrode contains a negative electrode active material that occludes and releases a lithium ion at a potential nobler than 1.0 V, vs. Li/Li +, wherein the negative electrode active material is a lithium titanium composite oxide; characterized in that the nonaqueous solvent contains diethyl carbonate; and the nonaqueous electrolytic solution further contains an acid anhydride, wherein the content of the acid anhydride is 0.01% by mass to 0.9% by mass of the entire nonaqueous electrolytic solution, and wherein the acid anhydride is succinic anhydride.
Method for teleoperated driving of a vehicle, wherein knowledge (14, 15, 16) is gained by collecting information about the environment of the vehicle, characterized - in that the knowledge (14, 15, 16) is used to make a prediction regarding a future quality of service of a mobile radio connection of the vehicle with respect to a vehicle control centre, and - in that the knowledge (14, 15, 16) and the prediction are used to make adjustments to the provided scope of functions, the operating limits of the vehicle and/or a navigable area that relate to the teleoperated driving. - in that the knowledge (14, 15, 16) is used to make a prediction regarding a future quality of service of a mobile radio connection of the vehicle with respect to a vehicle control centre, and - in that the knowledge (14, 15, 16) and the prediction are used to make adjustments to the provided scope of functions, the operating limits of the vehicle and/or a navigable area that relate to the teleoperated driving.
A mount (40, 90, 100, 120) for mounting a cable harness to a support comprising a harness receiving portion (42,104,122), and a fastener attachment portion (80, 101, 125) from which a fastener for securing the mount to said support is extendable, wherein the mount is configured to orientate said fastener extending from the fastener attachment portion to extend about the harness receiving portion to secure said cable harness to the mount when the mount is secured to said support by the fastener.
Apparatus for transmitting signals from and to a plurality of terminals (2, 3), wherein the apparatus has a number of signal connections and a number of antenna connections (AA1, AA2, AA3), wherein the apparatus has at least two antenna connections (AA1, AA2, AA3), wherein one signal connection is a primary connection (HA1, HA2, HA3), or a secondary connection (NA1, NA2), wherein the apparatus has at least one primary connection (HA1, HA2, HA3) for each terminal (2, 3) which can be connected, wherein the number of signal connections is greater than the number of antenna connections (AA1, AA2, AA3), wherein the apparatus also comprises at least one linking element, wherein each primary connection (HA1, HA2, HA3) can be linked to each antenna connection (AA1, AA2, AA3) via a signal link, wherein the apparatus comprises at least one device for detecting transmitting activity, characterised in that by means of the device for detecting transmitting activity, an actively transmitting main connection (HA1, HA2, HA3) can be detected on the basis of a signal characteristic of a signal, wherein an actively transmitting main connection (HA1, HA2, HA3) can be detected when a signal level of the signal is greater than a predetermined threshold value, wherein the signal is present on a signal link section which is linked to the main connection (HA1, HA2, HA3), wherein signaling links between the signal connections and the antenna connections (AA1, AA2, AA3) can be established on the basis of the detected actively transmitting main connections (HA1, HA2, HA3), wherein, in the event of an inadequate energy supply to the apparatus, at least one signal connection (HA1, HA2, HA3, NA1, NA2) can be connected to an antenna connection (AA1, AA2, AA3).
A solar cell comprising: a substrate of a first conductive type; an emitter region of a second conductive type opposite the first conductive type, the emitter region forming a p-n junction along with the substrate; a passivation layer positioned on a back surface of the substrate, the passivation layer having a plurality of via holes exposing portions of the back surface of the substrate; a first electrode connected to the emitter region; and a second electrode which is positioned on a back surface of the passivation layer and is connected to the substrate through the plurality of via holes, wherein the passivation layer includes a first passivation layer, which is positioned on the back surface of the substrate and is formed of amorphous silicon, and a second passivation layer, which is positioned on a back surface of the first passivation layer and is formed of amorphous silicon nitride, and the first passivation layer has a thickness of 50 nm to 100 nm and the refractive index of 3.0 to 3.8, and the second passivation layer has a thickness of 10 nm to 50 nm and the refractive index of 1.8 to 1.9. a substrate of a first conductive type; an emitter region of a second conductive type opposite the first conductive type, the emitter region forming a p-n junction along with the substrate; a passivation layer positioned on a back surface of the substrate, the passivation layer having a plurality of via holes exposing portions of the back surface of the substrate; a first electrode connected to the emitter region; and a second electrode which is positioned on a back surface of the passivation layer and is connected to the substrate through the plurality of via holes, wherein the passivation layer includes a first passivation layer, which is positioned on the back surface of the substrate and is formed of amorphous silicon, and a second passivation layer, which is positioned on a back surface of the first passivation layer and is formed of amorphous silicon nitride, and the first passivation layer has a thickness of 50 nm to 100 nm and the refractive index of 3.0 to 3.8, and the second passivation layer has a thickness of 10 nm to 50 nm and the refractive index of 1.8 to 1.9.
Device for continuously treating a web substrate in a plasma enhanced process, the device comprising at least one treatment station (12a, 12b) including a process chamber, wherein at least one plasma treatment unit (13a, 13b) is allocated to the at least one treatment station (12a, 12b) which is designed to form a plasma zone (14a, 14b) within the process chamber for treating a surface of the web substrate, the device further comprises a transporting system configured to continuously transport the web substrate (15a, 15b) through the at least one treatment station (12a, 12b), with an unwind roller and a rewind roller, wherein the transporting system defines a transporting path of the web substrate through the process chamber, wherein the plasma treatment unit (13a, 13b) comprises at least one extensive antenna and at least one radiofrequency generator; wherein the transportation system in the process chamber defines a treatment path section for the web substrate, and wherein the treatment path section for the web substrate lies opposite to the at least one extensive antenna; characterized in that the at least one radiofrequency generator is configured to excite said at least one extensive antenna to at least one of its resonant frequencies, wherein the extensive antenna comprises a plurality of interconnected elementary resonant meshes (M1, M2, M3), each mesh comprising at least two conductive legs (1, 2) and at least two capacitors (5, 6), wherein the extensive antenna is arranged within the environment of the process chamber, wherein the plasma treatment unit (13a, 13b) comprises a separation surface which physically separates the at least one extensive antenna from the plasma zone (14a, 14b).
An improved attachment for furniture feet adjustable in height with respect to a piece of furniture, of the type comprising: a body provided with a seat suitable for firmly receiving an upper end of a foot adjustable in height (15,15'), it also comprises four pass-through openings for the passage of a manoeuvring tool of an adjustment mechanism of at least one further foot adjustable in height, wherein said openings being arranged at 90° with respect to each other characterized in that said openings lying along two symmetry axes (X,Y) orthogonal to each other, of said body.
A dowel for a crumbly supporting material comprising, being made from a metal sheet blank, an abutment collar on the material, an end and, between the collar and the end, an expandable tubular body, with expanding means (9, 10) arranged for receiving an element i) for fastening a part to the supporting material and ii) for expanding the body and anchoring the dowel in the supporting material, characterized in that the expanding means comprise a portion of the tubular body being partially die cut for, after the helical winding of the blank, forming a tapping and means (33, 34), in the partially die cut portion of the tubular body, ensuring the tapping continuity, wherein the tapping is die cut on bosses (50, 51).