mhurhangee/patent-ind-claim-en huggingface dataset:
Alpha-MSH analogue compound that is a derivative of alpha-MSH which exhibits agonist activity for the melanocortin-1 receptor (MC1R), the receptor to which alpha-MSH binds to initiate the production of melanin within a melanocyte, wherein the alpha-MSH analogue comprises a quaternary ammonium group in the backbone attached to the N-terminal end and wherein the alpha-MSH analogue is a hexapeptide.
A human body distance detection module for an electronic device, wherein the human body distance detection module is disposed in an internal space of the electronic device and comprises: a first metal sheet ; a capacitance sensor electrically connected to the first metal sheet and configured to obtain a capacitance to ground of the first metal sheet , the capacitance to ground configured to reflect a distance between a human body and the electronic device; and a second metal sheet , at least one part of the second metal sheet being disposed to be opposite to the first metal sheet , the second metal sheet and the first metal sheet being insulated from each other to enable mutual coupling, and at least one part of the second metal sheet being not parallel to the first metal sheet , wherein the second metal sheet comprises a flat plate portion and a bent portion formed by bending at least one side edge of the flat plate portion toward a side surface of the flat plate portion , at least one part of the flat plate portion being disposed to be opposite to and in parallel with the first metal sheet , the flat plate portion has a rectangular shape, and characterized in that two adjacent side edges of the flat plate portion have the bent portion . a first metal sheet ; a capacitance sensor electrically connected to the first metal sheet and configured to obtain a capacitance to ground of the first metal sheet , the capacitance to ground configured to reflect a distance between a human body and the electronic device; and a second metal sheet , at least one part of the second metal sheet being disposed to be opposite to the first metal sheet , the second metal sheet and the first metal sheet being insulated from each other to enable mutual coupling, and at least one part of the second metal sheet being not parallel to the first metal sheet , wherein the second metal sheet comprises a flat plate portion and a bent portion formed by bending at least one side edge of the flat plate portion toward a side surface of the flat plate portion , at least one part of the flat plate portion being disposed to be opposite to and in parallel with the first metal sheet , the flat plate portion has a rectangular shape, and characterized in that two adjacent side edges of the flat plate portion have the bent portion .
A method for producing a glass sheet, comprising the steps of: (I) bringing a mixed gas into contact with at least one surface of a sheet-shaped glass material so as to change a surface morphology of the glass material to an extent that light scattering properties of the glass material are changed, the mixed gas containing a fluorine element (F)-containing acid A and a chlorine element (Cl)-containing acid B and having a molar ratio of water to the acid A (molar concentration of water / molar concentration of acid A ) of less than 5, the glass material containing at least sodium as a component and having a temperature in a range from its glass transition temperature to a temperature 300°C higher than the glass transition temperature; and (II) cooling the sheet-shaped glass material obtained in the step (I) so as to obtain a glass sheet wherein in the mixed gas, the acid A is hydrogen fluoride (HF) and the concentration of HF in the mixed gas is 1 to 10 mol%, and wherein in the mixed gas, the acid B is hydrogen chloride (HCl) and the concentration of HCl contained in the mixed gas is 0.1 to 10 mol%. (I) bringing a mixed gas into contact with at least one surface of a sheet-shaped glass material so as to change a surface morphology of the glass material to an extent that light scattering properties of the glass material are changed, the mixed gas containing a fluorine element (F)-containing acid A and a chlorine element (Cl)-containing acid B and having a molar ratio of water to the acid A (molar concentration of water / molar concentration of acid A ) of less than 5, the glass material containing at least sodium as a component and having a temperature in a range from its glass transition temperature to a temperature 300°C higher than the glass transition temperature; and (II) cooling the sheet-shaped glass material obtained in the step (I) so as to obtain a glass sheet
A rotation preventing biopsy needle, comprising a needle tube assembly and a needle bar assembly, wherein the needle tube assembly comprises a needle tube and a needle tube handle , the needle bar assembly comprises a needle bar and a needle bar handle , a tail part of the needle tube is connected with the needle tube handle , and a tail part of the needle bar is connected with the needle bar handle , characterized in that : the needle tube handle is arranged with a first limiting device, the first limiting device comprising a limiting buckle ; the needle bar handle is arranged with a second limiting device, the second limiting device comprising a guide groove configured to mate with the limiting buckle , one end of the guide groove with a smaller diameter is a limiting groove , whereby the limiting buckle is configured to be inserted into one end of the guide groove with a larger diameter in an initial stage, along with a rotation of the needle bar handle , whereby an outer side surface of the limiting buckle is configured to rotate along an inner side surface fitting the guide groove and is stressed to deform towards an inner side, the limiting buckle further configured such that when the limiting buckle completely enters the limiting groove , the limiting buckle recovers its shape and then is meshed to limit an axial rotation of the needle bar handle . the needle tube handle is arranged with a first limiting device, the first limiting device comprising a limiting buckle ; the needle bar handle is arranged with a second limiting device, the second limiting device comprising a guide groove configured to mate with the limiting buckle , one end of the guide groove with a smaller diameter is a limiting groove , whereby the limiting buckle is configured to be inserted into one end of the guide groove with a larger diameter in an initial stage, along with a rotation of the needle bar handle , whereby an outer side surface of the limiting buckle is configured to rotate along an inner side surface fitting the guide groove and is stressed to deform towards an inner side, the limiting buckle further configured such that when the limiting buckle completely enters the limiting groove , the limiting buckle recovers its shape and then is meshed to limit an axial rotation of the needle bar handle .
Method of detecting analytes of interest which are present in a liquid of interest, which includes the following steps: - introducing a liquid of interest into a detection device including a lower substrate and an upper substrate , said lower and upper substrates being arranged facing each other, said upper substrate having a first surface , said lower substrate including at least one electrochemical oscillator having a detection surface , said first surface being parallel to said detection surface , said detection surface facing said first surface ; - forming a finger of liquid on said first surface by liquid dielectrophoresis, under the effect of an electrical control, the finger of liquid extending along two approximately coplanar movement electrodes which are arranged on said first surface , said movement electrodes including at least one drop formation zone facing said detection surface ; - stopping the electrical control, so that the finger of liquid breaks by capillarity, generating at least one drop on one of said at least one drop formation zones , said at least one drop having sufficient thickness to come into contact with said detection surface ; - detecting said analytes of interest which are present in said at least one drop by detection means (70, 71; 72, 73; 74; 75; 76) working with said detection surface . - introducing a liquid of interest into a detection device including a lower substrate and an upper substrate , said lower and upper substrates being arranged facing each other, said upper substrate having a first surface , said lower substrate including at least one electrochemical oscillator having a detection surface , said first surface being parallel to said detection surface , said detection surface facing said first surface ; - forming a finger of liquid on said first surface by liquid dielectrophoresis, under the effect of an electrical control, the finger of liquid extending along two approximately coplanar movement electrodes which are arranged on said first surface , said movement electrodes including at least one drop formation zone facing said detection surface ; - stopping the electrical control, so that the finger of liquid breaks by capillarity, generating at least one drop on one of said at least one drop formation zones , said at least one drop having sufficient thickness to come into contact with said detection surface ; - detecting said analytes of interest which are present in said at least one drop by detection means (70, 71; 72, 73; 74; 75; 76) working with said detection surface .
A mechanic-hydraulic system with a pressure regulator for maintaining a constant tractive force of a winch, comprising a drum , a rope , a pressure regulator , a coupling comprising a hydraulic cylinder , characterized in that it further comprises a pushing cylinder mounted onto forks , a spring and a pole , wherein the pushing cylinder is pushed away with each new layer of the towing rope on the winch drum , wherein the cylinder rotates the axis of forks , which carry the pushing cylinder ; that rotation of the forks' axis causes movement of a pole , which pushes a piston of the pressure regulator for one step, consequently causing an increase in oil pressure, which causes an increase of the cylinder piston pressure on couplings, resulting in an increase of the drum momentum; that distances »e«, »f« and »g« change with each movement of the pushing cylinder or the forks' axis due to a new layer of the towing rope on the drum , resulting in closing or opening of the pressure regulator with movable part of attachments, which consequently increases or decreases oil pressure in the hydraulic system, wherein the distance »e« is the distance between the centreline of the axis and an area in a groove , where a first part of the pole is fixed, and the distance »f« is the length of the pole , namely between the first part of the pole and the centreline of the mounting of the second part of the pole in a holder , in contact with the piston of the pressure regulator , and the distance »g« is between the centreline of the axis , where the bottom part of an accessory is mounted, and the centreline of the upper part of the accessory , where the spring is mounted and pre-strained to pull the forks and thereby push the pushing cylinder on the drum ; that in accordance with changes in distances »e«, »f« and »g« and directly connected forks of the pushing cylinder , the spring and the pole , an almost constant tractive force of the winch is maintained.
A cooling fan comprising: a fan housing having an air inlet formed on a front surface thereof and through which air flows and an air outlet formed on a side surface of the fan housing and through which air is discharged; an impeller mounted inside the fan housing to introduce air in an axial direction thereof and discharge air in a radial direction thereof; a bypass passage formed at an edge of the air inlet so that air flowing in a direction opposite to the air outlet can be discharged to the outside; an air suction passage for sucking air formed in the inside of the impeller of the fan housing ; and an air discharge passage through which air is discharged, which is formed outside the impeller , characterized in that the bypass passage comprises: a first bypass passage portion which is formed at a position close to the air outlet , such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion , wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed. a fan housing having an air inlet formed on a front surface thereof and through which air flows and an air outlet formed on a side surface of the fan housing and through which air is discharged; an impeller mounted inside the fan housing to introduce air in an axial direction thereof and discharge air in a radial direction thereof; a bypass passage formed at an edge of the air inlet so that air flowing in a direction opposite to the air outlet can be discharged to the outside; an air suction passage for sucking air formed in the inside of the impeller of the fan housing ; and an air discharge passage through which air is discharged, which is formed outside the impeller , characterized in that the bypass passage comprises: a first bypass passage portion which is formed at a position close to the air outlet , such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion , wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed. a first bypass passage portion which is formed at a position close to the air outlet , such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion , wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed.
A method for processing a channel state information, CSI, processing unit, applied to user equipment, UE, the method comprising: receiving first signaling from a base station , wherein the first signaling is used to instruct to deactivate a first cell that provides a service for the UE, or used to instruct the UE to switch from a source bandwidth part, BWP, to a target BWP; and the method characterized in that when target information satisfies a preset condition, processing a first CSI processing unit by using a first processing manner corresponding to the target information , wherein the first processing manner is occupying or releasing the first CSI processing unit, the target information comprises at least the first signaling, the first CSI processing unit is a CSI processing unit for measuring a first downlink reference signal resource, and the first downlink reference signal resource is a downlink reference signal resource in the first cell or the source BWP. receiving first signaling from a base station , wherein the first signaling is used to instruct to deactivate a first cell that provides a service for the UE, or used to instruct the UE to switch from a source bandwidth part, BWP, to a target BWP; and the method characterized in that when target information satisfies a preset condition, processing a first CSI processing unit by using a first processing manner corresponding to the target information , wherein the first processing manner is occupying or releasing the first CSI processing unit, the target information comprises at least the first signaling, the first CSI processing unit is a CSI processing unit for measuring a first downlink reference signal resource, and the first downlink reference signal resource is a downlink reference signal resource in the first cell or the source BWP.
A screen device for an opening, e.g. a window or a door in a building or vehicle, comprising a first elongated frame part having two ends, a second and a third elongated frame part , respectively, that are oriented at right angles to the first frame part , being connected at each end of the first frame part to a first one of its two ends, a first crossbar and a second crossbar which are arranged in parallel to the first fixedly arranged frame part and movable independently of each other along the two further frame parts , and a pleated screen element that is arranged between the first crossbar and the second crossbar , the crossbars being guided by guide cords , characterized in that at least one of the crossbars is formed by two profiles that are arranged in parallel to each other and leave a space between them in which a strip provided with holes for respective ones of said guide cords is received.
A rechargeable battery jump starting device , the rechargeable battery jump starting device comprising: a 12V or 24V power supply ; a supplemental power supply to increase voltage of the 12V or 24V power supply, wherein the 12V or 24V power supply and the supplemental power supply are configured as separate battery packs; a controlled impedance comprising a current limit module, a cable impedance, and a switch impedance for maximum safe current delivery during a pre-conditioning stage; and a discharged vehicle battery pre-conditioning system comprising a microcontroller unit configured to, during a pre-conditioning stage of boosting a discharged vehicle battery prior to jump starting the vehicle engine, switch in the controlled impedance and the supplemental power supply with the 12V or 24V power supply for increasing an operating voltage, wherein the rechargeable battery jump starting device is configured to use the rising voltage of the discharged vehicle battery to automatically turn off the pre-conditioning stage; and a device for connecting the rechargeable battery jump starting device to the discharged vehicle battery for jump starting the vehicle engine. a 12V or 24V power supply ; a supplemental power supply to increase voltage of the 12V or 24V power supply, wherein the 12V or 24V power supply and the supplemental power supply are configured as separate battery packs; a controlled impedance comprising a current limit module, a cable impedance, and a switch impedance for maximum safe current delivery during a pre-conditioning stage; and a discharged vehicle battery pre-conditioning system comprising a microcontroller unit configured to, during a pre-conditioning stage of boosting a discharged vehicle battery prior to jump starting the vehicle engine, switch in the controlled impedance and the supplemental power supply with the 12V or 24V power supply for increasing an operating voltage, wherein the rechargeable battery jump starting device is configured to use the rising voltage of the discharged vehicle battery to automatically turn off the pre-conditioning stage; and a device for connecting the rechargeable battery jump starting device to the discharged vehicle battery for jump starting the vehicle engine.
A processor-implemented method for detection of Mild Cognitive Impairment(MCI) in a subject, comprising: receiving sensor data from a plurality of sensors, wherein the received sensor data indicates Activities of Daily Living (ADL) pertaining to a subject for a specific time interval ; substituting, by using Long Short-Term Memory (LSTM), corrupt sensor data in the received sensor data with correct sensor data to generate corrected sensor data, wherein the corrupt sensor data is substituted with the correct sensor data based on a learning pattern and historical data stored in a database ; generating a semantic vector representation of the corrected sensor data, wherein the semantic vector representation comprises a plurality of sub-vectors, wherein each of the plurality of sub-vectors comprise of a subset of the corrected sensor data of a pre-determined time interval ; optimizing, by using an auto encoder, size of the semantic vector representation of the corrected sensor data to generate an optimized vector data ; estimating a dynamic threshold parameter (Ø) based on one or more similarity values obtained from a comparison of (i) the optimized vector data for the time interval with (ii) an adjacent optimized vector data comprising corresponding corrected sensor data stored in a database ; performing a comparison of the one or more similarities values with the dynamic threshold parameter ; and detecting, based on the comparison, one or more abnormalities indicative of behavior deviation of the subject . receiving sensor data from a plurality of sensors, wherein the received sensor data indicates Activities of Daily Living (ADL) pertaining to a subject for a specific time interval ; substituting, by using Long Short-Term Memory (LSTM), corrupt sensor data in the received sensor data with correct sensor data to generate corrected sensor data, wherein the corrupt sensor data is substituted with the correct sensor data based on a learning pattern and historical data stored in a database ; generating a semantic vector representation of the corrected sensor data, wherein the semantic vector representation comprises a plurality of sub-vectors, wherein each of the plurality of sub-vectors comprise of a subset of the corrected sensor data of a pre-determined time interval ; optimizing, by using an auto encoder, size of the semantic vector representation of the corrected sensor data to generate an optimized vector data ; estimating a dynamic threshold parameter (Ø) based on one or more similarity values obtained from a comparison of (i) the optimized vector data for the time interval with (ii) an adjacent optimized vector data comprising corresponding corrected sensor data stored in a database ; performing a comparison of the one or more similarities values with the dynamic threshold parameter ; and detecting, based on the comparison, one or more abnormalities indicative of behavior deviation of the subject .