mhurhangee/ep-ind-claims huggingface dataset:
A method for image fusion based on Principal Component Analysis for differential phase contrast imaging merging the absorption, differential phase and dark-field signals, comprising the step of: a) gathering a series of 2D images, each image comprising absorption dominated pixel and/or differential phase dominated pixel and/or dark field dominated signals; and characterized in that it further comprises the steps of: b) obtaining a vector image by the column-wise extraction of pixel values for each the absorption dominated pixels and the differential phase dominated pixels and the dark field dominated pixels, c) fusing the vector images of the absorption dominated pixels and the dark-field dominated pixels by a principal component analysis in order to generate PCA fused images; and d) merging the vector images of the differential phase dominated pixels into the corresponding PCA fused images by either spatial space methods, Fourier space methods or other suitable images fusion schemes, such as PCA. a) gathering a series of 2D images, each image comprising absorption dominated pixel and/or differential phase dominated pixel and/or dark field dominated signals; and characterized in that it further comprises the steps of: b) obtaining a vector image by the column-wise extraction of pixel values for each the absorption dominated pixels and the differential phase dominated pixels and the dark field dominated pixels, c) fusing the vector images of the absorption dominated pixels and the dark-field dominated pixels by a principal component analysis in order to generate PCA fused images; and d) merging the vector images of the differential phase dominated pixels into the corresponding PCA fused images by either spatial space methods, Fourier space methods or other suitable images fusion schemes, such as PCA.
A method for wastewater treatment using an anaerobic treatment of primary sludge in a digestion vessel and a separate treatment of excess sludge, characterized in that the excess sludge is disrupted and liquefied in a hydrolysis treatment and, independently of the primary sludge, is subjected to a separate anaerobic treatment.
Date mechanism comprising a date mobile comprising toothing with 31 teeth, a year cam in the form of a radial cam arranged concentrically with the date mobile and formed of twelve sectors associated with the different months of the year, and a drive mobile effecting one revolution in twenty four hours and carrying a date finger and a make-up finger, the date finger being arranged to cooperate with the toothing of the date mobile so as to drive the latter in a stepping manner, the date mobile for its part being arranged to drive the year cam at a rate of 1/12 th of a turn per revolution of the date mobile, the date mechanism further comprising a cam follower movably mounted on the date mobile so as to be able to follow the profile of the year cam while being connected for conjoint rotation with the date mobile, the follower comprising a toothing portion comprising at least one active flank (30, 31), the toothing portion being movable relative to the date mobile so as to be able to selectively occupy an inactive position and at least one active position depending on the angular position of the follower with respect to the profile of the year cam, the active flank (30, 31) being able to be located on the trajectory of the make-up finger and to cooperate with the latter when the toothing portion is in the active position, whereas it is constantly outside the range of the make-up finger when the toothing portion is in the inactive position; characterised in that the date mobile is in the form of a crown, the internal toothing of which has 31 teeth, and in that the year cam is an annular cam, the internal profile of which has an alternating arrangement of notches and platforms (53, 61).
Device for producing a functional shaft comprising a shaft and a number of functional elements (13, 15) which are applied to the functional shaft and which are pressed onto shaped portions of the shaft, having - a frame, - a pressing stamp which is arranged on the frame and which can be moved up and down in an axial direction and which has a coupling for receiving a functional shaft, - a pressing stamp drive for the axial movement of the pressing stamp, and - a shaping device for applying a structure which increases the shaft diameter to the shaft periphery, further characterised by, - a coupling which is connected to the pressing stamp in a rotationally secure manner for receiving the functional shaft, and - a shaping device having a passage which is arranged coaxially relative to the longitudinal axis of the pressing stamp. - a frame, - a pressing stamp which is arranged on the frame and which can be moved up and down in an axial direction and which has a coupling for receiving a functional shaft, - a pressing stamp drive for the axial movement of the pressing stamp, and - a shaping device for applying a structure which increases the shaft diameter to the shaft periphery, further characterised by, - a coupling which is connected to the pressing stamp in a rotationally secure manner for receiving the functional shaft, and - a shaping device having a passage which is arranged coaxially relative to the longitudinal axis of the pressing stamp.
A pair of left and right shoulder straps for a backpack, each of the shoulder straps comprising an upper end portion and a lower end portion, wherein the upper end portion is configured for being connected to an upper joint portion of a main body of the backpack and wherein the lower end portion is configured for being connected to a lower joint portion of the main body of the backpack via a lower strap, each of the shoulder straps for the backpack comprising a core material (4a, 4b) having elasticity and a surface fabric covering the core material (4a, 4b), the core material (4a, 4b) has a difference in elevation so that an outside of each shoulder strap is thicker than a thickness of an inside of each shoulder strap at least at a portion configured for contacting a body of a user when the backpack is being worn, wherein the outside of each shoulder strap is the part close to the arm of the user in a state where a backpack is worn, $ wherein the inside of each shoulder strap is the part close to the neck of the user in a state where a backpack is worn, wherein a thicker part of the core material (4a, 4b) is formed by attaching an additional core material to an outer rear surface of a base core material formed with a width of each shoulder strap, wherein the rear surface of the base core material is the surface contacting the body of the user when the backpack is being worn, wherein the additional core material is formed to be shorter than the entire length of the base core material, and wherein the additional core material is attached to the rear surface of the base core material by fixing means. each of the shoulder straps comprising an upper end portion and a lower end portion, wherein the upper end portion is configured for being connected to an upper joint portion of a main body of the backpack and wherein the lower end portion is configured for being connected to a lower joint portion of the main body of the backpack via a lower strap, each of the shoulder straps for the backpack comprising a core material (4a, 4b) having elasticity and a surface fabric covering the core material (4a, 4b), the core material (4a, 4b) has a difference in elevation so that an outside of each shoulder strap is thicker than a thickness of an inside of each shoulder strap at least at a portion configured for contacting a body of a user when the backpack is being worn, wherein the outside of each shoulder strap is the part close to the arm of the user in a state where a backpack is worn, $ wherein the inside of each shoulder strap is the part close to the neck of the user in a state where a backpack is worn, wherein a thicker part of the core material (4a, 4b) is formed by attaching an additional core material to an outer rear surface of a base core material formed with a width of each shoulder strap, wherein the rear surface of the base core material is the surface contacting the body of the user when the backpack is being worn, wherein the additional core material is formed to be shorter than the entire length of the base core material, and wherein the additional core material is attached to the rear surface of the base core material by fixing means.
A method of manufacturing an electrode array, said method comprising the steps of: forming a first insulating layer from a first nonconductive material with said first insulating layer having opposed first and second surfaces (204, 206); depositing, by pressure-driven extrusion printing, a first conductive material over a portion of the second surface of the first insulating layer to form a first conductive layer having opposed first and second surfaces (212, 214) with the first surface of the first conducting layer facing the first insulating layer, with another portion of the second surface of the first insulating layer remaining exposed; depositing a second nonconductive material over a portion of the second surface of the first conductive layer and over the exposed portion of the second surface of the first insulating layer to form a second insulating layer having opposed first and second surfaces (220, 222) and a gap extending between the first and second surfaces of the second insulating layer with the gap exposing a portion of the second surface of the first conductive layer; and depositing, by pressure-driven extrusion printing, a second conductive material into the gap and over the exposed portion of the second surface of the first conductive layer to form a second conductive layer electrically connected to the first conductive layer to form at least one electrode of the electrode array forming a first insulating layer from a first nonconductive material with said first insulating layer having opposed first and second surfaces (204, 206); depositing, by pressure-driven extrusion printing, a first conductive material over a portion of the second surface of the first insulating layer to form a first conductive layer having opposed first and second surfaces (212, 214) with the first surface of the first conducting layer facing the first insulating layer, with another portion of the second surface of the first insulating layer remaining exposed; depositing a second nonconductive material over a portion of the second surface of the first conductive layer and over the exposed portion of the second surface of the first insulating layer to form a second insulating layer having opposed first and second surfaces (220, 222) and a gap extending between the first and second surfaces of the second insulating layer with the gap exposing a portion of the second surface of the first conductive layer; and depositing, by pressure-driven extrusion printing, a second conductive material into the gap and over the exposed portion of the second surface of the first conductive layer to form a second conductive layer electrically connected to the first conductive layer to form at least one electrode of the electrode array
Coupling device for hose lines and/or pipelines, in particular for wall lead-throughs of pressure-medium lines, having two plate-like coupling carriers (18, 20) which can be connected to one another, which coupling carriers each have receiving openings (22, 24) for the fixed mounting of inserted plug-in coupling parts, namely plug parts on the one hand and socket parts on the other, such that by means of a joining connection of the coupling carriers (18, 20), the plug and socket parts (2, 4) are inserted into one another in pairs in a joining direction, wherein holding means configured in this manner are provided within each receiving opening (22, 24) of each coupling carrier (18, 20), such that on the one hand each plug-in coupling part (2, 4) can be plugged in a latching manner into the corresponding receiving opening (22, 24) when the coupling carriers (18, 20) are separated and, on the other hand, is also held non-releasably when the coupling carriers (18, 20) are in the connected state through automatic locking of the retaining means, characterized in that each receiving opening (22, 24) is formed along with the retaining means in a separate retaining insert (32, 34), wherein each retaining insert (32, 34) is inserted into an associated receiving means (36, 38) of the respective coupling carrier (18, 20) and fixed therein to prevent release.
A wireless power transmission apparatus (210, 610), comprising: a source unit (111, 211) comprising a source resonator (115, 700, 800, 900, 1000, 1100, 1200) to transmit wireless power to a target apparatus; and a near field focusing unit to focus a near field of a magnetic field onto the target apparatus, wherein the field focusing unit is arranged in front of the source unit (111, 211) between the source unit and the target apparatus and wherein the magnetic field is radiated in an omni-direction from the source resonator, CHARACTERIZED IN THAT the near field focusing unit comprises a meta-superstrate that has a negative refractive index that enables the incident waves to be redirected towards the target resonator, or one of a Mu Near Zero superstrate or Epsilon Near Zero superstrate that has a beam forming characteristic that enables the incident waves to be redirected towards the target resonator. a source unit (111, 211) comprising a source resonator (115, 700, 800, 900, 1000, 1100, 1200) to transmit wireless power to a target apparatus; and a near field focusing unit to focus a near field of a magnetic field onto the target apparatus, wherein the field focusing unit is arranged in front of the source unit (111, 211) between the source unit and the target apparatus and wherein the magnetic field is radiated in an omni-direction from the source resonator,
Method for actuating an actuating device, which permits actuating commands to be input in order to control a technical system, in particular a railway track system, wherein - the actual state of at least one section of the technical system is displayed on a display device of the actuating device, - incoming user-side actuating commands are processed in order to reposition components in the technical system, - in the case of an incoming user-side actuating command, an eye tracking device is used to determine whether the actuating person has looked at or is looking at the section of the technical system affected by the actuating command on the display device during or after input of the actuating command and - the generation of a control signal for implementing the actuating command also at least requires the actuating person to look at or have looked at the section, characterised in that - after inputting the user-side actuating command, a check is performed to determine whether the actuating person is looking at the section of the technical system affected by the actuating command, - if this is the case, a confirmation request is generated, with which the actuating person is requested to confirm the actuating command, and - the implementation of the actuating command at least also requires the actuating person to have confirmed the actuating command after the confirmation request. - the actual state of at least one section of the technical system is displayed on a display device of the actuating device, - incoming user-side actuating commands are processed in order to reposition components in the technical system, - in the case of an incoming user-side actuating command, an eye tracking device is used to determine whether the actuating person has looked at or is looking at the section of the technical system affected by the actuating command on the display device during or after input of the actuating command and - the generation of a control signal for implementing the actuating command also at least requires the actuating person to look at or have looked at the section, - after inputting the user-side actuating command, a check is performed to determine whether the actuating person is looking at the section of the technical system affected by the actuating command, - if this is the case, a confirmation request is generated, with which the actuating person is requested to confirm the actuating command, and - the implementation of the actuating command at least also requires the actuating person to have confirmed the actuating command after the confirmation request.
A method for producing elliptical, needle-shaped or rod-shaped polymer particles which satisfy conditions to below: a two-dimensional projection obtained by irradiating the particle with light from a direction orthogonal to a long axis of the particle has a length L with an average value L AV of from 0.1 to 80 μm, a two-dimensional projection obtained by irradiating the particle with light from a direction orthogonal to a long axis of the particle has a breadth D with an average value D AV of from 0.05 to 40 μm, and the aspect ratio L/D calculated from the length L and breadth D has an average value P AV of from 1.5 to 30, wherein L AV, D AV and P AV are measured by the method of the description, the method comprising the step of carrying out solution polymerization by heating a synthesis solution containing a mixed solvent of water, a hydrophilic organic solvent and a hydrophobic organic solvent, a high-molecular-weight stabilizer, a polymerization initiator and an unsaturated monomer and, at least after the start of heating, adjusting the pH of the synthesis solution to 5 or less or to 11 to 14. a two-dimensional projection obtained by irradiating the particle with light from a direction orthogonal to a long axis of the particle has a length L with an average value L AV of from 0.1 to 80 μm, a two-dimensional projection obtained by irradiating the particle with light from a direction orthogonal to a long axis of the particle has a breadth D with an average value D AV of from 0.05 to 40 μm, and the aspect ratio L/D calculated from the length L and breadth D has an average value P AV of from 1.5 to 30, wherein L AV, D AV and P AV are measured by the method of the description, the method comprising the step of carrying out solution polymerization by heating a synthesis solution containing a mixed solvent of water, a hydrophilic organic solvent and a hydrophobic organic solvent, a high-molecular-weight stabilizer, a polymerization initiator and an unsaturated monomer and, at least after the start of heating, adjusting the pH of the synthesis solution to 5 or less or to 11 to 14.
A drink comprising angiogenin and/or angiogenin hydrolysate in an amount of more than 0.8 mg/100 ml and not more than 150 mg/100 ml and lactoperoxidase and/or lactoperoxidase hydrolysate in the mass ratio to the angiogenin and/or angiogenin hydrolysate of 0.3 to 23, wherein at least one of angiogenin and lactoperoxidase is in the form of the hydrolysate.
A bracket that has an opening for mounting an anti-vibration member connected to one of a vibration generating side and a vibration receiving side, and that can be connected to the other of the vibration generating side and the vibration receiving side, the bracket comprising: a bracket body and a reinforcement portion, wherein the bracket body is made of resin, the bracket body includes a pair of column portions that are spaced apart and a pair of connecting portions (12, 13) arranged between the pair of column portions and connecting the pair of column portions, the bracket body further includes at least one plate portion, on at least one column portion in the pair of column portions, extending in an extending direction of the column portion and protruding in an extending direction of the connecting portions more than the column portion, characterised in that a rib (16, 17, 18) extending from a side of the opening to a bracket outer peripheral side and protruding in a penetration direction of the opening is provided on the plate portion, the reinforcement portion includes a bracket outer peripheral side reinforcement portion, the bracket outer peripheral side reinforcement portion forms an outer peripheral face of the bracket, and the bracket outer peripheral side reinforcement portion is arranged so as to overlap the rib when viewed in the penetration direction of the opening. a bracket body and a reinforcement portion, wherein the bracket body is made of resin, the bracket body includes a pair of column portions that are spaced apart and a pair of connecting portions (12, 13) arranged between the pair of column portions and connecting the pair of column portions, the bracket body further includes at least one plate portion, on at least one column portion in the pair of column portions, extending in an extending direction of the column portion and protruding in an extending direction of the connecting portions more than the column portion, characterised in that a rib (16, 17, 18) extending from a side of the opening to a bracket outer peripheral side and protruding in a penetration direction of the opening is provided on the plate portion, the reinforcement portion includes a bracket outer peripheral side reinforcement portion, the bracket outer peripheral side reinforcement portion forms an outer peripheral face of the bracket, and the bracket outer peripheral side reinforcement portion is arranged so as to overlap the rib when viewed in the penetration direction of the opening.
Lining-holder cartridge for a drum brake equipped with shoes comprising a block provided with a web (4; 44) and with a rim (5; 35) for fixing a friction lining, the assembly forming a shoe for a drum brake, the said cartridge comprising a curved support in the form of a cylinder sector able to be fixed directly to the rim (5; 35) of the said block, and the said cartridge being provided with a friction lining with a shape adapted to that of the said support, characterized in that the said support comprises at least one reinforcing gusset formed by at least one metal sector welded under the bottom face of the said support.
Process for treating a mixture which comprises sugar beet chips as extraction material, a sand and/or fine gravel fraction and a sugar solution as extraction solution, comprising the steps: (a) provision of the mixture in a mash section of a chip masher and (b) separation of sand and/or fine gravel from the mixture in a settling chamber which is arranged on the mash section and/or a pipe which leads away from the chip masher, characterized in that (c) to separate the sand and/or fine gravel from the extraction material, process fluid containing treated extraction solution is fed to the settling chamber through a feed connection on the settling chamber and a feed device coupled thereto and a flow in the direction of the mash section and/or the pipe is generated thereby, where the settling chamber is separated from the mash section and/or the pipe by a retention device in order to prevent at least part of the extraction material from getting into the settling chamber. (a) provision of the mixture in a mash section of a chip masher and (b) separation of sand and/or fine gravel from the mixture in a settling chamber which is arranged on the mash section and/or a pipe which leads away from the chip masher, characterized in that (c) to separate the sand and/or fine gravel from the extraction material, process fluid containing treated extraction solution is fed to the settling chamber through a feed connection on the settling chamber and a feed device coupled thereto and a flow in the direction of the mash section and/or the pipe is generated thereby, where the settling chamber is separated from the mash section and/or the pipe by a retention device in order to prevent at least part of the extraction material from getting into the settling chamber.