mhurhangee/ep-ind-claims huggingface dataset:
A battery cell comprising an anode, an electrolyte, and a cathode, wherein one of the anode or cathode comprises solid metal oxide nanomaterial in a range of 10% wt. to less than 80% wt., the solid metal oxide nanomaterial having particle sizes less than 100 nm and a surface that is acidic but not superacidic, the surface having a pH<5 measured when the solid metal oxide nanomaterial is suspended in water at 5 wt % and a Hammett function H 0 >-12, the solid metal oxide nanomaterial including at least one of a lithium oxide, an aluminum oxide, a titanium oxide, a manganese oxide, an iron oxide, a zirconium oxide, an indium oxide, a tin oxide, an antimony oxide, or a bismuth oxide; the electrolyte being an acidic electrolyte or an electrolyte containing acidic species.
A method performed by a web server (101; 202; 302), comprising: receiving an SSL Hello message from a client (103; 201; 301); determining that the SSL Hello message does not include a hostname; identifying two or more corresponding hostnames from an IP:Port-to-hostname mapping (106; 203; 303) using an IP address and port associated with the SSL Hello message; modifying a selected corresponding hostname to create an SSL certificate search name, wherein the selected corresponding hostname is a first-listed hostname of the two or more corresponding hostnames from the IP:Port-to-hostname mapping; and searching an SSL certificate store (105; 204; 304) using the SSL certificate search name. receiving an SSL Hello message from a client (103; 201; 301); determining that the SSL Hello message does not include a hostname; identifying two or more corresponding hostnames from an IP:Port-to-hostname mapping (106; 203; 303) using an IP address and port associated with the SSL Hello message; modifying a selected corresponding hostname to create an SSL certificate search name, wherein the selected corresponding hostname is a first-listed hostname of the two or more corresponding hostnames from the IP:Port-to-hostname mapping; and searching an SSL certificate store (105; 204; 304) using the SSL certificate search name.
An algae modified pp spunbond non-woven fabric, wherein: the polypropylene spunbond non-woven fabric contains 0.1-2% of alginate, wherein: the alginate is generated by modifying alginic acid; the alginic acid is extracted from natural algae, the alginate is prepared following the steps below: Alginic acid is dissolved in a solvent, into which are added 1-(3-dimethylaminopropyl)-3-ethyl carbodiimide hydrochloride and N-hydroxy succinimide at 10∼35°C and reacted with stirring for 5∼10 hours to get a reaction solution; polyamine is added into the reaction solution and reacted with stirring at 40∼80°C for 10∼24 hours to get a mixed solution; deionized water is added into the mixed solution and dialyzed by a dialysis bag with a molecular weight of 3500 to get a dialysate; the dialysate is lyophilized to get the alginate; The solvent is N,N-dimethylformamide or dimethyl sulfoxide; The polyamine is hexamethylenediamine or tri(2-aminoethyl) amine; The mass ratio of alginic acid, the solvent, 1-(3-dimethylaminopropyl)-3-ethyl carbodiimide hydrochloride, N-hydroxy succinimide, polyamine and deionized water is 100:300∼600:5∼ 15:7∼14:1∼10:300∼600. Alginic acid is dissolved in a solvent, into which are added 1-(3-dimethylaminopropyl)-3-ethyl carbodiimide hydrochloride and N-hydroxy succinimide at 10∼35°C and reacted with stirring for 5∼10 hours to get a reaction solution; polyamine is added into the reaction solution and reacted with stirring at 40∼80°C for 10∼24 hours to get a mixed solution; deionized water is added into the mixed solution and dialyzed by a dialysis bag with a molecular weight of 3500 to get a dialysate; the dialysate is lyophilized to get the alginate; The solvent is N,N-dimethylformamide or dimethyl sulfoxide; The polyamine is hexamethylenediamine or tri(2-aminoethyl) amine; The mass ratio of alginic acid, the solvent, 1-(3-dimethylaminopropyl)-3-ethyl carbodiimide hydrochloride, N-hydroxy succinimide, polyamine and deionized water is 100:300∼600:5∼ 15:7∼14:1∼10:300∼600.
Battery retaining device for one or more batteries comprising a retaining frame for inserting the battery, a retaining bracket, which is placeable on an edge of the battery, and a clamping device for clamping the battery between the retaining frame and the retaining bracket; characterized in that the clamping device comprises a transverse threaded bolt, which is fixed rotatably onto the retaining frame.
Process for the representation of a scanning function by means of a neuronal network, consisting of: - an at least two-dimensional array of receivers with a plurality of sensors and/or detectors distributed thereon. - an at least two-dimensional array of optical elements, such as lenses, which converts the incident wave front, which can be represented as scanning function, into component parts which contain phase information, with the following steps: - the scanning function is transmitted to the neuronal network for processing. - a number of comparison functions are made available to the neuronal network. characterized in - that a primary comparison function is selected by the neuronal network through comparison of the scanning function with several of the comparison functions, wherein the primary comparison functions stem from a complete function base or form at least a subgroup of this function base, - wherein the selected primary comparison function is determined as dominant representation function, - wherein the representation function is subtracted from the scanning function and the difference is processed like the original scanning function, - wherein a difference function is formed until a result falls below the predeterminable value or until another end criterion is reached, - wherein the determined representation functions as a whole form the scanning function. - an at least two-dimensional array of receivers with a plurality of sensors and/or detectors distributed thereon. - an at least two-dimensional array of optical elements, such as lenses, which converts the incident wave front, which can be represented as scanning function, into component parts which contain phase information, with the following steps: - the scanning function is transmitted to the neuronal network for processing. - a number of comparison functions are made available to the neuronal network. - that a primary comparison function is selected by the neuronal network through comparison of the scanning function with several of the comparison functions, wherein the primary comparison functions stem from a complete function base or form at least a subgroup of this function base, - wherein the selected primary comparison function is determined as dominant representation function, - wherein the representation function is subtracted from the scanning function and the difference is processed like the original scanning function, - wherein a difference function is formed until a result falls below the predeterminable value or until another end criterion is reached, - wherein the determined representation functions as a whole form the scanning function.
A speech synthesis apparatus comprising: a content selection unit that selects a text content item to be converted into speech; an effect determination unit that selects related information which can be at least converted into text and which is related to the text content item selected by the content selection unit, but is not included in advance within the text content item; wherein the effect determination unit converts the related information into text and combines the converted text of the related information with the text data of the text content item selected by the content selection unit; a text-to-speech conversion unit that converts the combined text data of the related information and the supplied text content item into a speech signal; and a speech output unit that outputs the speech signal supplied from the text to-speech conversion unit. a content selection unit that selects a text content item to be converted into speech; an effect determination unit that selects related information which can be at least converted into text and which is related to the text content item selected by the content selection unit, but is not included in advance within the text content item; wherein the effect determination unit converts the related information into text and combines the converted text of the related information with the text data of the text content item selected by the content selection unit; a text-to-speech conversion unit that converts the combined text data of the related information and the supplied text content item into a speech signal; and a speech output unit that outputs the speech signal supplied from the text to-speech conversion unit. an effect determination unit that selects related information which can be at least converted into text and which is related to the text content item selected by the content selection unit, but is not included in advance within the text content item; wherein the effect determination unit converts the related information into text and combines the converted text of the related information with the text data of the text content item selected by the content selection unit; a text-to-speech conversion unit that converts the combined text data of the related information and the supplied text content item into a speech signal; and a speech output unit that outputs the speech signal supplied from the text to-speech conversion unit.
Subscriber station (10; 30) for a bus system, having a transmitting/receiving device (12; 120; 1200) for transmitting or receiving a message (45; 46; 47) from at least one further subscriber station of the bus system via the bus system, in which bus system exclusive collision-free access to a bus of the bus system by a subscriber station (10, 20, 30) is at least occasionally ensured, the transmitting/receiving device (12; 120; 1200) having an emission control device for controlling the properties of the transmitting/receiving device (12; 120; 1200) for reducing line-conducted emissions in the bus system, characterized in that the transmitting/receiving device (12; 120; 1200) is also configured to switch the emission control device on or off depending on the arbitration phase (451; 453) and the data area of the message (45; 46; 47).
A device for impregnating individual fibers, individual threads, or individual rovings with a matrix material, comprising a porous material that is soaked with the matrix material, and a metering installation for metering matrix material into the porous material, wherein an installation by way of which the individual fiber to be impregnated, the individual thread to be impregnated, or the individual roving to be impregnated can be pressed against an end face of the porous material is comprised, or wherein the porous material is received in a sleeve and the individual fiber, the individual thread, or the individual roving can be guided through the porous material in the sleeve, where the porous material is an open-cell foam having a cell size of a mean diameter in the range from 70 to 250 μm, and where the device is specified such that the porous material is not oversaturated with the matrix material.
A medical guide wire comprising a core wire having a distal end-side small-diameter portion and a proximal end-side large-diameter portion having a larger outside diameter than the outside diameter of the distal end-side small-diameter portion, and a coil spring installed on an outer periphery of the distal end-side small-diameter portion of the core wire along an axial direction and fixed to the core wire at at least the front end portion and rear end portion thereof, wherein the outside diameter of the proximal end-side large-diameter portion of the core wire and the outside diameter of coil of the coil spring are each at most 0.3048 mm [0.012 inch], the front end portion of the coil spring is fixed to the core wire by gold-containing solder, and the length of a distal end portion stiffened by the gold-containing solder is 0.1 to 0.5 mm.
An oral pharmaceutical composition in the form of a solid dosage form comprising 600 mg ±10% of rifamycin SV, or a pharmaceutically acceptable salt thereof, and one or more pharmaceutically acceptable excipients, wherein the oral pharmaceutical composition comprises: at least one lipophilic compound; at least one hydrophilic compound; and at least one amphiphilic compound; and a gastro-resistant coating which dissolves and/or breaks down when exposed to an aqueous medium having a pH in the range of pH 5 to pH 6.5; such that the oral pharmaceutical composition is formulated for modified, delayed and/or extended release. at least one lipophilic compound; at least one hydrophilic compound; and at least one amphiphilic compound; and a gastro-resistant coating which dissolves and/or breaks down when exposed to an aqueous medium having a pH in the range of pH 5 to pH 6.5; such that the oral pharmaceutical composition is formulated for modified, delayed and/or extended release.
A method of controlling a robot, comprising a step of: obtaining a measured coordinate value (q1, q2, q3) of a feature point (MK1, MK2, MK3) by using a vision sensor supported by the robot, said method being characterized by comprising the steps of setting (S102, S201) a target coordinate value (p1, p2, p3) which relates to positional relationship of the feature point (MK1, MK2, MK3); setting (S103, S201) a determination point (p add) which is provided separately from the feature point, and which moves following an operation of the robot; calculating (S203, S204) a coordinate transformation parameter (R,t) so that a distance between the target coordinate value (p1, p2, p3) and the measured coordinate value (q1, q2, q3) gets smaller; computing a first difference (d add) which corresponds to a distance between the coordinate values of the determination point obtained before (p add) and after (p' add) a coordinate transformation by the coordinate transformation parameter (R,t); determining whether the first difference (d add) is equal to or smaller than a predetermined threshold (δ); and correcting (S207, S208) a posture of the robot if it is determined that the first difference (d add) is not equal to or smaller than the predetermined threshold (δ). obtaining a measured coordinate value (q1, q2, q3) of a feature point (MK1, MK2, MK3) by using a vision sensor supported by the robot, said method being characterized by comprising the steps of setting (S102, S201) a target coordinate value (p1, p2, p3) which relates to positional relationship of the feature point (MK1, MK2, MK3); setting (S103, S201) a determination point (p add) which is provided separately from the feature point, and which moves following an operation of the robot; calculating (S203, S204) a coordinate transformation parameter (R,t) so that a distance between the target coordinate value (p1, p2, p3) and the measured coordinate value (q1, q2, q3) gets smaller; computing a first difference (d add) which corresponds to a distance between the coordinate values of the determination point obtained before (p add) and after (p' add) a coordinate transformation by the coordinate transformation parameter (R,t); determining whether the first difference (d add) is equal to or smaller than a predetermined threshold (δ); and correcting (S207, S208) a posture of the robot if it is determined that the first difference (d add) is not equal to or smaller than the predetermined threshold (δ).
A multi-core system, comprising: a Direct Memory Access, DMA, device (130, 200); a source core; and a destination core; characterized in that the source core is adapted to set a source channel start signal to notify that a source channel is available, the source channel being formed between the source core and the DMA device (130, 200); and the destination core is adapted to set a destination channel start signal to notify that a destination channel is available, the destination channel being formed between the destination core and the DMA device (130, 200), wherein, when the source channel start signal and the destination channel start signal are determined as set, the DMA device (130, 200) transmits data of the source core to the destination core. a Direct Memory Access, DMA, device (130, 200); a source core; and a destination core; characterized in that the source core is adapted to set a source channel start signal to notify that a source channel is available, the source channel being formed between the source core and the DMA device (130, 200); and the destination core is adapted to set a destination channel start signal to notify that a destination channel is available, the destination channel being formed between the destination core and the DMA device (130, 200), wherein, when the source channel start signal and the destination channel start signal are determined as set, the DMA device (130, 200) transmits data of the source core to the destination core.
Ahead structure of an applicator, comprising: a sleeve, wherein the sleeve is hollow, and the sleeve comprises a first connecting portion and a second connecting portion; an applying head, wherein a through hole is provided inside the applying head, and the applying head comprises a head and an annular tail; a clamp, wherein the clamp comprises a bottom and at least one pair of symmetrical and elastic jaws connected to the bottom, the annular tail is placed between the jaws, the jaws can fasten tightly the applying head, the clamp is provided inside the sleeve, the bottom of the clamp is fixedly connected to the first connecting portion of the sleeve, and the head of the applying head protrudes out of the sleeve; and a fixing base, wherein the fixing base comprises a base and a hollow fixing rod connected to the base, the base of the fixing base is fixedly connected to the second connecting portion, an end of the fixing rod is inserted into the through hole of the applying head and connected to the through hole, and the other end of the fixing rod is connected to an exterior. a sleeve, wherein the sleeve is hollow, and the sleeve comprises a first connecting portion and a second connecting portion; an applying head, wherein a through hole is provided inside the applying head, and the applying head comprises a head and an annular tail; a clamp, wherein the clamp comprises a bottom and at least one pair of symmetrical and elastic jaws connected to the bottom, the annular tail is placed between the jaws, the jaws can fasten tightly the applying head, the clamp is provided inside the sleeve, the bottom of the clamp is fixedly connected to the first connecting portion of the sleeve, and the head of the applying head protrudes out of the sleeve; and a fixing base, wherein the fixing base comprises a base and a hollow fixing rod connected to the base, the base of the fixing base is fixedly connected to the second connecting portion, an end of the fixing rod is inserted into the through hole of the applying head and connected to the through hole, and the other end of the fixing rod is connected to an exterior.
A three-dimensional printer of a fused deposition modeling comprising: a nozzle part configured to heat a filament to a sufficient temperature to eject the filament onto a printing plate; the printing plate on which the filament ejected from the nozzle part is stacked, and a cooling part provided on the nozzle part to cool the nozzle part; wherein the printing plate includes a silicon thermal plate configured to apply heat to a printed object stacked on an upper side, and the silicon thermal plate locally applies heat from a lower side of the printed object to harden the filament ejected from the nozzle part and simultaneously prevent shrinkage of the filament ejected from the nozzle part, and characterized in that the cooling part includes a lower plate provided with a thermal plate configured to generate high-temperature heat at one side thereof and having an upper surface to which a ceramic paper is attached so that the heat generated from the thermal plate is radiated to a lower end, the thermal plate hardens the filament ejected from the nozzle part and simultaneously locally applies heat to an upper side of the printed object stacked on the printing plate, and the silicon thermal plate locally applies heat to the lower side of the printed object. a nozzle part configured to heat a filament to a sufficient temperature to eject the filament onto a printing plate; the printing plate on which the filament ejected from the nozzle part is stacked, and a cooling part provided on the nozzle part to cool the nozzle part; wherein the printing plate includes a silicon thermal plate configured to apply heat to a printed object stacked on an upper side, and the silicon thermal plate locally applies heat from a lower side of the printed object to harden the filament ejected from the nozzle part and simultaneously prevent shrinkage of the filament ejected from the nozzle part, and characterized in that the cooling part includes a lower plate provided with a thermal plate configured to generate high-temperature heat at one side thereof and having an upper surface to which a ceramic paper is attached so that the heat generated from the thermal plate is radiated to a lower end, the thermal plate hardens the filament ejected from the nozzle part and simultaneously locally applies heat to an upper side of the printed object stacked on the printing plate, and the silicon thermal plate locally applies heat to the lower side of the printed object.
Operating device for activating at least two devices, comprising a toothed plate with a plurality of teeth, a first gearwheel arrangement with at least one first gearwheel and a second gearwheel arrangement with at least one second gearwheel, wherein - the at least one first gearwheel of the first gearwheel arrangement and the at least one second gearwheel of the second gearwheel arrangement are in mesh with the teeth of the toothed plate, - the at least one first gearwheel of the first gearwheel arrangement and the at least one second gearwheel of the second gearwheel arrangement are mounted to be rotatable about axes extending orthogonally to one another, - the rear side of the toothed plate is accessible by way of an opening in a control surface of the operating device, - the first gearwheel arrangement can be coupled with a first device and the second gearwheel arrangement can be coupled with a second device and - the toothed plate is formed by two racks merged with one another in two axes. - the at least one first gearwheel of the first gearwheel arrangement and the at least one second gearwheel of the second gearwheel arrangement are in mesh with the teeth of the toothed plate, - the at least one first gearwheel of the first gearwheel arrangement and the at least one second gearwheel of the second gearwheel arrangement are mounted to be rotatable about axes extending orthogonally to one another, - the rear side of the toothed plate is accessible by way of an opening in a control surface of the operating device, - the first gearwheel arrangement can be coupled with a first device and the second gearwheel arrangement can be coupled with a second device and - the toothed plate is formed by two racks merged with one another in two axes.