mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a PCD cutter element, comprising: (a) coating, by atomic layer deposition, a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); and (c) forming a PCD cutter element using the coated diamond particles after (b), such that the PCD cutter element has an outermost layer of uncoated diamond particles and the plurality of coated diamond particles are disposed within the outer most layer of uncoated diamond particles. (a) coating, by atomic layer deposition, a plurality of diamond particles by directly depositing the coating on an outer surface of each diamond particle of the plurality of diamond particles to form a plurality of coated diamond particles; (b) removing oxides from the plurality of coated diamond particles after (a); and (c) forming a PCD cutter element using the coated diamond particles after (b), such that the PCD cutter element has an outermost layer of uncoated diamond particles and the plurality of coated diamond particles are disposed within the outer most layer of uncoated diamond particles.
A floor of a shower, wherein the floor comprises at least one floor plate made of natural stone, artificial stone, fine stoneware or ceramic and wherein the floor has at least one drain device, wherein the drain device comprises a drain opening arranged in the floor plate, wherein the floor plate has a single groove or not more than two groove sections (15a, 15b) opening into the drain opening, wherein the groove or groove sections (15a, 15b) are arcuate in cross-section and are kept flat, wherein the groove or the groove sections (15a, 15b) are polished and have a uniform depth of approx. 0.6 - 1 mm along their length without a gradient.
Air filter device for an internal combustion engine in a motor vehicle, comprising an air filter which is supported in an air filter housing by means of a support, it being possible for air to flow through the support at least in regions, and the support comprising a connection region for connecting a line for said air, characterised in that the support is a separate component from the air filter housing, an opening in the air filter housing being closed by means of a base plate of the support.
A method of generating a cell line that has reduced apoptosis for incorporating a non-natural amino acid into a protein, the method comprising inactivating one or more target site(s) or region(s) in a cell, wherein the one or more target site(s) or region(s) is a pro-apoptotic gene involved in an apoptotic pathway, wherein the pro-apoptotic gene is selected from Bax and Bak, wherein the cell expresses a selector codon-containing gene of interest, and wherein the cell comprises an orthogonal aminoacyl tRNA synthetase (O-RS), and an orthogonal suppressor tRNA (O-tRNA).
A connection housing for a medical implant, comprising a connection body, which is made of electrically insulating material and which has at least one externally accessible cavity for connecting an implantable electrode line, contact means, which are located in the externally accessible cavity; and a plate-shaped substrate consisting of insulating material and having at least one electrically conductive strip conductor structure (41, 44), wherein the contact means are securely electrically conductively connected to one or more of the at least one strip conductor structures present in or on the substrate material of the substrate, characterised in that the contact means are arranged on the substrate and are securely mechanically connected to the substrate; and the substrate is embedded in the connection body such that the contact means are present in the externally accessible cavity.
A method of providing multimodal medical images, the method comprising: loading first image data and second image data obtained by two different imaging modalities, the first image data and the second image data including an object; generating object modelling data based on the first image data; revising the object modelling data based on the second image data; and displaying, on a display, the first image data, the second image data and the object modelling data, wherein the object modeling data is a virtual model of body tissues of the object, the structure and shape of the virtual model being determined according to shapes of the body tissues, characterised by further comprising: determining, in response to receiving an input of a selection of a location on the displayed object modelling data, locations (520-1, 520-2, 520-3) on the displayed first image data and the displayed second image data which correspond to a selected location on the displayed object modelling data; and displaying the determined locations on the first image data and the second image data, respectively. loading first image data and second image data obtained by two different imaging modalities, the first image data and the second image data including an object; generating object modelling data based on the first image data; revising the object modelling data based on the second image data; and displaying, on a display, the first image data, the second image data and the object modelling data, wherein the object modeling data is a virtual model of body tissues of the object, the structure and shape of the virtual model being determined according to shapes of the body tissues, characterised by further comprising: determining, in response to receiving an input of a selection of a location on the displayed object modelling data, locations (520-1, 520-2, 520-3) on the displayed first image data and the displayed second image data which correspond to a selected location on the displayed object modelling data; and displaying the determined locations on the first image data and the second image data, respectively. determining, in response to receiving an input of a selection of a location on the displayed object modelling data, locations (520-1, 520-2, 520-3) on the displayed first image data and the displayed second image data which correspond to a selected location on the displayed object modelling data; and displaying the determined locations on the first image data and the second image data, respectively.
A device for capturing debris in blood vessel, the device comprising: a core wire that is arranged in a blood vessel; a filter member that includes a baglike filter arranged in the blood vessel such that an opening faces to an upstream side of blood flow, and a ringlike elastic wire rod that is attached around an opening edge part of the filter to be, in a spread state, formed in an annular shape spread by elastically restoring force thereof, can be brought into two states, i.e., a folded state and the spread state of being spread in the blood vessel, and is attached to the core wire; a plurality of linear bodies of which one end parts are respectively attached to a plurality of positions of the ringlike elastic wire rod and the other end parts are attached on a base side of the core wire with respect to the one end parts, the plurality of linear bodies connecting the filter member to the core wire; and a slide tube inside which the core wire passes, characterized in that the device is configured such that, in a case of moving the slide tube toward a fore end side of the core wire from the spread state to thereby pull the linear bodies into the slide tube from the other end parts, the one end parts of the respective linear bodies and the plurality of positions of the ringlike elastic wire rod come close to each other, the plurality of positions being respectively attached to the one end parts, and the ringlike elastic wire rod is bent so as to hold a fore end part outer circumferential surface of the slide tube from radially outside, and brought into the folded state; the device further comprising a guide member having a guide surface that is, in the folded state, substantially formed between a fore end part of a holding part in the ringlike elastic wire rod and an outer circumferential surface of the slide tube on a base side with respect to the fore end part. a core wire that is arranged in a blood vessel; a filter member that includes a baglike filter arranged in the blood vessel such that an opening faces to an upstream side of blood flow, and a ringlike elastic wire rod that is attached around an opening edge part of the filter to be, in a spread state, formed in an annular shape spread by elastically restoring force thereof, can be brought into two states, i.e., a folded state and the spread state of being spread in the blood vessel, and is attached to the core wire; a plurality of linear bodies of which one end parts are respectively attached to a plurality of positions of the ringlike elastic wire rod and the other end parts are attached on a base side of the core wire with respect to the one end parts, the plurality of linear bodies connecting the filter member to the core wire; and a slide tube inside which the core wire passes,
A method for monitoring an intermittently running rotating machine by a battery-powered monitoring device, the monitoring device comprising a battery, at least one sensor unit powered by the battery, and a control unit powered by the battery, the method comprising: - Carrying out (102, 204), by the sensor unit, a low-power measurement of an operation status quantity ω indicative of an operation status of the rotating machine; - Evaluating (104, 206, 208), by the control unit, a high-power measurement condition μ ( ω, τ) indicating whether or not a high-power measurement is to be carried out, wherein the evaluating is based on the measured operation status quantity ω and on a time duration τ since a previous high-power measurement; and - in case of the evaluated high-power measurement condition μ ( ω, τ) being found to be met, carrying out (108, 210), by the sensor unit, the high-power measurement, thereby obtaining monitoring data δ from the sensor unit, wherein the low-power measurement and the evaluating steps are carried out repeatedly. - Carrying out (102, 204), by the sensor unit, a low-power measurement of an operation status quantity ω indicative of an operation status of the rotating machine; - Evaluating (104, 206, 208), by the control unit, a high-power measurement condition μ ( ω, τ) indicating whether or not a high-power measurement is to be carried out, wherein the evaluating is based on the measured operation status quantity ω and on a time duration τ since a previous high-power measurement; and - in case of the evaluated high-power measurement condition μ ( ω, τ) being found to be met, carrying out (108, 210), by the sensor unit, the high-power measurement, thereby obtaining monitoring data δ from the sensor unit, wherein
A sheet-like medium stack guiding device, comprising: a left limit plate and a right limit plate located at an outer end of a medium passage which is formed by a left passage plate and a right passage plate; a driving mechanism being in a transmission connection with the left limit plate and the right limit plate, and adapted to drive the left limit plate and the right limit plate to move in a medium length direction; wherein the driving mechanism comprises a screw shaft and a screw driving motor which are connected together by a gear set, and wherein the screw shaft is provided with threads having opposite screwing directions at a left end and a right end thereof respectively, the left limit plate and the right limit plate are provided with nuts corresponding to the threads of the screw shaft respectively, and the screw shaft is slidably mounted between the left limit plate and the right limit plate so that the left limit plate and the right limit plate are driven to move towards or away from each other under the driving of the screw motor; and a guiding shaft configured to pass through the left limit plate and the right limit plate, characterized in that two ends of the guiding shaft are fixed to the left passage plate and the right passage plate respectively. a left limit plate and a right limit plate located at an outer end of a medium passage which is formed by a left passage plate and a right passage plate; a driving mechanism being in a transmission connection with the left limit plate and the right limit plate, and adapted to drive the left limit plate and the right limit plate to move in a medium length direction; wherein the driving mechanism comprises a screw shaft and a screw driving motor which are connected together by a gear set, and wherein the screw shaft is provided with threads having opposite screwing directions at a left end and a right end thereof respectively, the left limit plate and the right limit plate are provided with nuts corresponding to the threads of the screw shaft respectively, and the screw shaft is slidably mounted between the left limit plate and the right limit plate so that the left limit plate and the right limit plate are driven to move towards or away from each other under the driving of the screw motor; and a guiding shaft configured to pass through the left limit plate and the right limit plate, characterized in that two ends of the guiding shaft are fixed to the left passage plate and the right passage plate respectively.
A method for manufacturing a wire-bondless surface mountable high voltage semiconductor package, said method comprising: providing a leadframe; front etching said leadframe to provide an etched leadframe including space to receive a diode; mounting, in said space, a diode having a cathode and an anode; placing, over said leadframe and said diode, a III-nitride transistor having a gate, a source, and a drain, said source of said III-nitride transistor being mechanically and electrically coupled to said cathode of said diode; applying a mold compound to encapsulate said III-nitride transistor, said diode, and said leadframe; forming, by back etching of said etched leadframe, a first leadframe paddle portion and a second leadframe paddle portion 212(b), said first leadframe paddle portion supporting and connected to said gate of said III-nitride transistor and said anode of said diode and said second leadframe paddle portion supporting and connected to said drain of said III-nitride transistor, said first and second leadframe paddle portions enabling said high voltage semiconductor package to be surface mountable; wherein said diode is situated over said first leadframe paddle portion and said III-nitride transistor is situated over said second leadframe paddle portion in said wire-bondless surface mountable high voltage semiconductor package. providing a leadframe; front etching said leadframe to provide an etched leadframe including space to receive a diode; mounting, in said space, a diode having a cathode and an anode; placing, over said leadframe and said diode, a III-nitride transistor having a gate, a source, and a drain, said source of said III-nitride transistor being mechanically and electrically coupled to said cathode of said diode; applying a mold compound to encapsulate said III-nitride transistor, said diode, and said leadframe; forming, by back etching of said etched leadframe, a first leadframe paddle portion and a second leadframe paddle portion 212(b), said first leadframe paddle portion supporting and connected to said gate of said III-nitride transistor and said anode of said diode and said second leadframe paddle portion supporting and connected to said drain of said III-nitride transistor, said first and second leadframe paddle portions enabling said high voltage semiconductor package to be surface mountable; wherein said diode is situated over said first leadframe paddle portion and said III-nitride transistor is situated over said second leadframe paddle portion in said wire-bondless surface mountable high voltage semiconductor package.
Method for the enhanced recovery of oil from an underground formation, in which a viscoelastic aqueous fluid comprising at least one viscosifying zwitterionic surfactant is injected into the said formation and the said fluid is conducted through this formation in order to displace the oil from the formation and to recover it via a different point from that where the viscoelastic aqueous fluid was introduced, characterized in that the said fluid exhibits an amount of a base sufficient to bring its pH to a value of greater than 10.
A method of using an alert file on an electronic device, comprising: determining if an audio format of the alert file is in a first category comprising at least one high complexity audio format or is in a second category comprising at least one low complexity audio format; converting the audio format of the alert file to one of the at least one low complexity audio format based on an amount of free memory on the electronic device if the audio format of the alert file is in the first category; saving the alert file with the converted audio format on the electronic device; associating the alert file and the converted alert file with an alert event; receiving the alert event; selecting one of the alert file and the converted alert file based on an operating mode of the electronic device responsive to receiving the alert event; and mixing audio generated from the selected one of the alert file and the converted alert file with other audio unrelated to the alert event. determining if an audio format of the alert file is in a first category comprising at least one high complexity audio format or is in a second category comprising at least one low complexity audio format; converting the audio format of the alert file to one of the at least one low complexity audio format based on an amount of free memory on the electronic device if the audio format of the alert file is in the first category; saving the alert file with the converted audio format on the electronic device; associating the alert file and the converted alert file with an alert event; receiving the alert event; selecting one of the alert file and the converted alert file based on an operating mode of the electronic device responsive to receiving the alert event; and mixing audio generated from the selected one of the alert file and the converted alert file with other audio unrelated to the alert event.
An endoscope objective optical system comprising, in order from an object side, a first lens comprising a negative single lens, a second lens comprising a positive single lens, an aperture stop, a third lens comprising a positive single lens, and a fourth lens comprising a positive combined lens, wherein the first lens has a flat surface facing the object side, the second lens has a flat surface facing an image side, and the third lens has a meniscus shape having a convex surface facing the image side, the endoscope objective optical system satisfying the following conditions: 0.3 < Df / f < 1.15 n 1 < 1.79 n 2 > n 1 0.6 < IH / f < 0.83 wherein Df is the distance from a surface of the first lens facing the object side to the aperture stop, f is the focal length of the entire system, n1 is the refractive index of the first lens (d-line), n2 is the refractive index of the second lens (d-line), IH is the maximum image height of the entire system. Df is the distance from a surface of the first lens facing the object side to the aperture stop, f is the focal length of the entire system, n1 is the refractive index of the first lens (d-line), n2 is the refractive index of the second lens (d-line), IH is the maximum image height of the entire system.
A three-dimensional dual-axis hinge module for assembling into a foldable device having an upper cover and a body, the three-dimensional dual-axis hinge module comprising: a dual-axis hinge and a dual-axis circuit board, wherein the dual-axis hinge comprises: an upper component and a lower component, wherein the upper component and the lower component are assembled to form a perpendicular connecting section, and an upper hinge and a lower hinge, wherein the upper hinge and the lower hinge are extended from two ends of the perpendicular connecting section and approximately perpendicular to the perpendicular connecting section such that the upper hinge and the lower hinge are disposed in two parallel planes and the upper hinge is approximately perpendicular to the lower hinge; the dual-axis circuit board comprises: an upper circuit board; an upper loop; a lower circuit board; a lower loop; and a connecting section circuit board comprising a raised section, an upper transition section and a lower transition section, wherein two ends of the raised section connect with the upper loop and the lower loop, respectively; and wherein the upper circuit board connects to the upper transition section, and the lower circuit board connects to the lower transition section; and the dual-axis circuit board is assembled between the upper component and the lower component of the dual-axis hinge, and the raised section, the upper transition section and the lower transition section are fixed in the perpendicular connecting section.
Method for monitoring a treatment of a patient, preferably for monitoring hemodialysis, hemodiafiltration and/or peritoneal dialysis, the method comprising the steps of: - irradiating a sample of a liquid used in the treatment with irradiation light of at least a first irradiation wavelength; - detecting light emitted by the irradiated sample in at least a first detection wavelength wherein the detection wavelength is different from the first irradiation wavelength, and - determining the presence and/or concentration of at least one analyte in the sample on the basis of the detected light, characterized in that the liquid is a dialysis liquid and the detected light includes fluorescence light and the presence and/or concentration of the at least one analyte in the sample is determined on the basis of the detected fluorescence light, wherein the irradiation light is UV-light having a wavelength of between 180 nm and 400 nm. - irradiating a sample of a liquid used in the treatment with irradiation light of at least a first irradiation wavelength; - detecting light emitted by the irradiated sample in at least a first detection wavelength wherein the detection wavelength is different from the first irradiation wavelength, and - determining the presence and/or concentration of at least one analyte in the sample on the basis of the detected light,
A heat-generating composition, comprising a hetero-structure nanomaterial which comprises (a) a first material comprising MnFe 2 O 4; and (b) a second material comprising CoFe 2 O 4; wherein the first material is enclosed in the second material. (a) a first material comprising MnFe 2 O 4; and (b) a second material comprising CoFe 2 O 4;