mhurhangee/ep-ind-claims huggingface dataset:
A method for producing anhydrosugar alcohol comprising the steps of: converting hydrogenated sugar to anhydrosugar alcohol by dehydration reaction, distilling the resulting liquid of the reaction of said step, contacting the resulting distillate of said step with active carbon having an average particle size of from 0.25 mm to 0.75 mm, contacting the resulting product of said step with cationic ion exchange resin, and contacting the resulting product of said step with anionic ion exchange resin, wherein the hydrogenated sugar is selected from the group consisting of sorbitol, mannitol, iditol and mixtures thereof, and wherein the anhydrosugar alcohol is selected from the group consisting of isosorbide, isomannide, isoidide and mixtures thereof. converting hydrogenated sugar to anhydrosugar alcohol by dehydration reaction, distilling the resulting liquid of the reaction of said step, contacting the resulting distillate of said step with active carbon having an average particle size of from 0.25 mm to 0.75 mm, contacting the resulting product of said step with cationic ion exchange resin, and contacting the resulting product of said step with anionic ion exchange resin,
Large time constant steering circuit for slowly changing a voltage (Vout2) on a node between at least two discrete voltage levels, the circuit comprising an input node for receiving an input voltage, an output node for presenting an output voltage (Vout2), a capacitive part connected at said output node for providing said output voltage (Vout2) and a resistive part (M21, M22) connected between said input and output nodes for conducting a charging current (I charge) from said input node to said capacitive part or a discharging current (I discharge) from said capacitive part to said input node depending on said input voltage, said resistive part (M21, M22) comprising a semiconductor structure connected between said input node and said capacitive part, said semiconductor structure comprising: a first PMOS transistor having a first conductive path in a first direction and a first gate for triggering said first conductive path, a second PMOS transistor having a second conductive path in a second direction and a second gate for triggering said second conductive path, said first and second conductive paths being connected in series between said input node and said capacitive part such that said first direction is opposite to said second direction, said first and second PMOS transistors having shorted source and bulk connections; characterized in that said first and second gates are jointly connected to a supply voltage node configured for receiving a supply voltage, so that upon applying said supply voltage to the supply voltage node, triggering of respectively said first and second conductive paths is avoided and respectively said first and second PMOS transistors (M21, M22) are maintained in an OFF state below weak inversion, such that said semiconductor structure forms two base-to-base connected bipolar transistors (Q31, Q32) as only available path which passes only leakage currents (I leakage,BB) for charging or discharging said capacitive part. a first PMOS transistor having a first conductive path in a first direction and a first gate for triggering said first conductive path, a second PMOS transistor having a second conductive path in a second direction and a second gate for triggering said second conductive path, said first and second conductive paths being connected in series between said input node and said capacitive part such that said first direction is opposite to said second direction, said first and second PMOS transistors having shorted source and bulk connections; characterized in that said first and second gates are jointly connected to a supply voltage node configured for receiving a supply voltage, so that upon applying said supply voltage to the supply voltage node, triggering of respectively said first and second conductive paths is avoided and respectively said first and second PMOS transistors (M21, M22) are maintained in an OFF state below weak inversion, such that said semiconductor structure forms two base-to-base connected bipolar transistors (Q31, Q32) as only available path which passes only leakage currents (I leakage,BB) for charging or discharging said capacitive part.
An enclosed power converter comprising: an outer housing formed of dielectric material, the outer housing including a low voltage compartment and a high voltage compartment; and a first conductive shield element lining an outer wall of the low voltage compartment, the first conductive shield element being electrically coupled to an electrical DC voltage input received by the low voltage compartment, such as to maintain a minimum voltage difference between the first conductive shield element and components enclosed by the first conductive shield element; characterized by: a second conductive shield element lining an outer wall of the high voltage compartment and connected to a DC voltage output (254, 256) of an electrical component disposed in the high voltage compartment, such as to maintain a minimum voltage difference between the second conductive shield element and components enclosed by the second conductive shield element; a first leakage current sensor disposed between the low voltage compartment and the high voltage compartment; a primary signal processing circuit configured to integrate a leakage current measured by the first leakage current sensor and determine whether the input to the first leakage current sensor exceeds an expected value, and a controller configured to send a warning or perform a shutdown if the input to the first current sensor exceeds the expected value, optionally wherein the primary signal processing circuit is connected to the first conductive shield element. an outer housing formed of dielectric material, the outer housing including a low voltage compartment and a high voltage compartment; and a first conductive shield element lining an outer wall of the low voltage compartment, the first conductive shield element being electrically coupled to an electrical DC voltage input received by the low voltage compartment, such as to maintain a minimum voltage difference between the first conductive shield element and components enclosed by the first conductive shield element; a second conductive shield element lining an outer wall of the high voltage compartment and connected to a DC voltage output (254, 256) of an electrical component disposed in the high voltage compartment, such as to maintain a minimum voltage difference between the second conductive shield element and components enclosed by the second conductive shield element; a first leakage current sensor disposed between the low voltage compartment and the high voltage compartment; a primary signal processing circuit configured to integrate a leakage current measured by the first leakage current sensor and determine whether the input to the first leakage current sensor exceeds an expected value, and a controller configured to send a warning or perform a shutdown if the input to the first current sensor exceeds the expected value, optionally wherein the primary signal processing circuit is connected to the first conductive shield element.
An edible composition comprising at least 5 %, preferably at least 10 % dry weight at least one flavonoid aglycone and at least 5 %, preferably at least 10 % dry weight at least one flavonoid monoglucoside, wherein the flavonoid monoglucoside is at least 20 %, preferably at least 40 %, most preferably at least 60 % more resistant to hydrolysis by lactase phloridzin hydrolase than quercetin-4-glucoside, and wherein the flavonoid aglycone is a GLUT 2 inhibitor and the flavonoid monoglucoside is a SGLT 1 inhibitor, and wherein the flavonoid aglycone is selected from the group consisting of apigenin, luteolin, kaempferol, myricetin, naringenin, pinocembrin, hesperetin, genistein and mixtures thereof, and wherein the flavonoid monoglucoside is selected from the group consisting of luteolin-7-glucoside, apigenin-8-C-glucoside, kaempferol-7-O-glucoside, kaempferol-3-O-glucoside, naringenin-7-O-glucoside, daidzein-8-glucoside, cyanidin-3-glucoside, pelagonidin-3-glucoside, malvidin-3-glucoside, delphinidin-3-glucoside and mixtures thereof.
An electronic device comprising: a housing; a display and/or a speaker; a first gas sensor configured to sense a gas outside of the housing; a second gas sensor configured to sense the same gas, outside of the housing, the second gas sensor being spaced apart from the first gas sensor; a processor electrically connected to the first gas sensor, and the second gas sensor; and a memory electrically connected to the processor, characterized in that the memory stores instructions that cause, upon execution, the processor to: acquire a first data while monitoring the gas outside the housing by using the first gas sensor, acquire a second data while monitoring the same gas outside the housing by using the second gas sensor, compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker, including information related to the occurrence direction of the gas relative to the electronic device based on the determination. a housing; a display and/or a speaker; a first gas sensor configured to sense a gas outside of the housing; a second gas sensor configured to sense the same gas, outside of the housing, the second gas sensor being spaced apart from the first gas sensor; a processor electrically connected to the first gas sensor, and the second gas sensor; and a memory electrically connected to the processor, characterized in that the memory stores instructions that cause, upon execution, the processor to: acquire a first data while monitoring the gas outside the housing by using the first gas sensor, acquire a second data while monitoring the same gas outside the housing by using the second gas sensor, compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker, including information related to the occurrence direction of the gas relative to the electronic device based on the determination. acquire a first data while monitoring the gas outside the housing by using the first gas sensor, acquire a second data while monitoring the same gas outside the housing by using the second gas sensor, compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker, including information related to the occurrence direction of the gas relative to the electronic device based on the determination.
A merchandise security system, comprising a data management unit for managing a state of a protected merchandise, an alarm unit comprising a sensor module to monitor the state of the merchandise and an alarm disabling unit for disabling an alarm enabled state of the alarm unit, wherein the alarm unit further comprises a data communications module configured to use near field communications "NFC" and a storage module, and the alarm unit, the alarm disabling unit and the data management unit communicate with each other using NFC, the alarm unit is configured to detect, in the alarm enabled state, whether the protected merchandise is in a normal state, and send out an alarm signal to the data management unit when detecting that the protected merchandise is not in a normal state; characterized in that the data management unit is configured to synchronize unlocking data in the alarm disabling unit, and sets unlocking judgment data in the storage module of the alarm unit; and the alarm unit is configured to judge, according to the unlocking judgment data stored in the storage module, whether the unlocking data is legitimate, and disable the alarm enabled state when judging that the unlocking data is legitimate, wherein the alarm unit is configured to have a plurality of unlocking judgment data stored in the storage module, the alarm disabling unit only has one unlocking data embedded therein, each of the unlocking judgment data corresponds to unique legitimate unlocking data embedded in the alarm disabling unit, and the alarm enabled state of the alarm unit can only be disabled by an alarm disabling unit having the unique legitimate unlocking data embedded therein. the alarm unit further comprises a data communications module configured to use near field communications "NFC" and a storage module, and the alarm unit, the alarm disabling unit and the data management unit communicate with each other using NFC, the alarm unit is configured to detect, in the alarm enabled state, whether the protected merchandise is in a normal state, and send out an alarm signal to the data management unit when detecting that the protected merchandise is not in a normal state; characterized in that the data management unit is configured to synchronize unlocking data in the alarm disabling unit, and sets unlocking judgment data in the storage module of the alarm unit; and the alarm unit is configured to judge, according to the unlocking judgment data stored in the storage module, whether the unlocking data is legitimate, and disable the alarm enabled state when judging that the unlocking data is legitimate, wherein the alarm unit is configured to have a plurality of unlocking judgment data stored in the storage module, the alarm disabling unit only has one unlocking data embedded therein, each of the unlocking judgment data corresponds to unique legitimate unlocking data embedded in the alarm disabling unit, and the alarm enabled state of the alarm unit can only be disabled by an alarm disabling unit having the unique legitimate unlocking data embedded therein.
A dental care apparatus, which comprises a dental care unit and a patient chair arranged in the immediate vicinity of each other, and to which is structurally connected a treatment arm for dental care instruments, and optionally an arm for some other appliance or a device used in a dental care environment, such as a display, wherein the dental care apparatus comprises at least one arm part arranged in the immediate vicinity of the dental care unit, to which arm part imaging means comprising an X-radiation source and an image information receiver, designed for dental extraoral imaging, are arranged, in which apparatus the mutual position of said arm part and the patient chair is arranged such that the arm part is positioned or positionable above said patient chair, and in which apparatus said arm part carrying the imaging means (14, 15), and/or the patient chair, is arranged rotatable by an actuator, wherein said X-radiation source and image information receiver as well as said arm part carrying them are arranged to be positioned such that said arm part positions above a skull of a patient in a sitting position in the patient chair, and said X-radiation source and image information receiver on opposite sides of the skull, wherein a vertical support column or a corresponding support structure (1, 16) for supporting said arm part arranged to carry the imaging means is arranged to the apparatus, and that said arm part is attached to this support structure (1, 16) via at least one other arm part extending substantially horizontally and wherein a patient support means arranged to be positioned or positionable above the patient chair, between the aforesaid X-radiation source and image information receiver arranged at a distance from each other, is arranged to the apparatus.
Device for packaging an article having a shaping face and a feeding device for a first foil in front of the shaping face, which is formed by at least three pressure faces of dies, the pressure faces of which are fastened to carriers which are respectively guided slideably in guides contained in an array and which are fixable in respect to one another in a position, wherein the pressure faces of the dies having openings which are connectable in a controlled way of a low pressure source and/or the dies have side walls forming channels between the dies, which extend in parallel to the longitudinal axis of the dies into the shaping face and which are connected to a low pressure source in a controlled way, wherein the low pressure source is connected to a section of the dies opposite of their pressure faces, characterized by an optical scanning device for the article, wherein the carriers are driven and are moveable in dependence on signals of the scanning device for the three-dimensional form of the article along the guide in a controlled way into a position and are fixable.
Smart glasses configured for determining the posture of the smart glasses relative to a vehicle, wherein the smart glasses comprise a display, means for wireless radio transmission and a camera and also electronic computation means; the smart glasses being configured for the following: continually making recordings of the surroundings of the smart glasses by using the camera; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses. wherein the smart glasses comprise a display, means for wireless radio transmission and a camera and also electronic computation means; the smart glasses being configured for the following: continually making recordings of the surroundings of the smart glasses by using the camera; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses. continually making recordings of the surroundings of the smart glasses by using the camera; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses.
A heat exchanger unit comprising: a heat exchanger configured to receive heat generated by a combustion reaction and to heat heating water, the heat exchanger including a heat exchange pipe having an empty space formed therein in which the heating water flows and a heat transfer fin through which the heat exchange pipe passes; heat-insulating pipes disposed adjacent to the heat exchanger with respect to a first direction and configured to receive the heating water and allow the heating water to flow through the heat-insulating pipes to thermally insulate the heat exchanger; and heat-insulating side plates located between opposite sides of the heat exchanger and the heat-insulating pipes with respect to the first direction, characterized in that the heat transfer fin includes, on opposite sides thereof with respect to the first direction, contact portions formed to correspond to at least partial areas of outer surfaces of the heat-insulating pipes such that the outer surfaces of the heat-insulating pipes make contact with the contact portions, with the heat-insulating side plates therebetween. a heat exchanger configured to receive heat generated by a combustion reaction and to heat heating water, the heat exchanger including a heat exchange pipe having an empty space formed therein in which the heating water flows and a heat transfer fin through which the heat exchange pipe passes; heat-insulating pipes disposed adjacent to the heat exchanger with respect to a first direction and configured to receive the heating water and allow the heating water to flow through the heat-insulating pipes to thermally insulate the heat exchanger; and heat-insulating side plates located between opposite sides of the heat exchanger and the heat-insulating pipes with respect to the first direction, characterized in that the heat transfer fin includes, on opposite sides thereof with respect to the first direction, contact portions formed to correspond to at least partial areas of outer surfaces of the heat-insulating pipes such that the outer surfaces of the heat-insulating pipes make contact with the contact portions, with the heat-insulating side plates therebetween.
A process for the cryopreservation of a sample, comprising: placing a biological sample in an isochoric system; reducing the temperature of the isochoric system in a controlled manner comprising: (i) cooling the biological sample until a first temperature is reached; and characterized in that the controlled manner further comprises: (ii) maintaining the sample at the first temperature for a certain period of time so that thermodynamic equilibrium for both pressure and temperature is achieved at the first temperature; (iii) repeating steps (i) and (ii) at an X number of temperatures until a subfreezing temperature for the biological sample is achieved, wherein X is an integer of 2 or greater. placing a biological sample in an isochoric system; reducing the temperature of the isochoric system in a controlled manner comprising: (i) cooling the biological sample until a first temperature is reached; (i) cooling the biological sample until a first temperature is reached; and characterized in that the controlled manner further comprises: (ii) maintaining the sample at the first temperature for a certain period of time so that thermodynamic equilibrium for both pressure and temperature is achieved at the first temperature; (iii) repeating steps (i) and (ii) at an X number of temperatures until a subfreezing temperature for the biological sample is achieved, wherein X is an integer of 2 or greater. (ii) maintaining the sample at the first temperature for a certain period of time so that thermodynamic equilibrium for both pressure and temperature is achieved at the first temperature; (iii) repeating steps (i) and (ii) at an X number of temperatures until a subfreezing temperature for the biological sample is achieved, wherein X is an integer of 2 or greater.
Device for representing events in duel shooting, wherein a visualizing unit is provided for representing events via which an event can be represented in the perception region of the markman's eye, characterised in that the visualizing unit is fastenable to a piece of equipment in the immediate vicinity of the marksman during shooting.