mhurhangee/patent-ind-claim-en huggingface dataset:
Control module , connected to a microcontroller configured for controlling light modules of a lighting system , having: - a cover plate with at least partially translucent display surfaces and control surfaces , - a flat sensor electronics layer arrangement arranged below it, having - sensor electrode surfaces arranged on the side facing the cover plate , - sensor electronics components for controlling the sensor electrode surfaces , - light apertures , - a retaining and light-chamber unit with openings , which is arranged on the side of the sensor electronics layer arrangement facing away from the cover plate , the positions of which openings correspond to the positions of the light apertures on the sensor electronics layer arrangement , - a number of display LEDs arranged on the side of the light chamber unit facing away from the sensor electronics layer arrangement , by means of which display LEDs the translucent display surfaces and control surfaces on the cover plate are illuminated through the light chamber unit . - a cover plate with at least partially translucent display surfaces and control surfaces , - a flat sensor electronics layer arrangement arranged below it, having - sensor electrode surfaces arranged on the side facing the cover plate , - sensor electronics components for controlling the sensor electrode surfaces , - light apertures , - sensor electrode surfaces arranged on the side facing the cover plate , - sensor electronics components for controlling the sensor electrode surfaces , - light apertures , - a retaining and light-chamber unit with openings , which is arranged on the side of the sensor electronics layer arrangement facing away from the cover plate , the positions of which openings correspond to the positions of the light apertures on the sensor electronics layer arrangement , - a number of display LEDs arranged on the side of the light chamber unit facing away from the sensor electronics layer arrangement , by means of which display LEDs the translucent display surfaces and control surfaces on the cover plate are illuminated through the light chamber unit .
A system for heating/cooling a target unit, the system comprising: a heater/cooler unit including: a heater/cooler that includes a heater/cooler element and a heater/cooler pump ; and a heat exchanger that includes a heat exchange element , wherein the heater/cooler pump is configured to pump a first fluid through the heater/cooler element and the heat exchange element and back to the heater/cooler pump ; and characterised by a heat transfer fluid module including a heat transfer fluid tank that defines a fluid reservoir configured to contain a second fluid for pumping to and through the heat exchanger to transfer heating/cooling between the first fluid and the second fluid and for pumping to and through a target unit to transfer heating/cooling between the second fluid and the target unit. a heater/cooler unit including: a heater/cooler that includes a heater/cooler element and a heater/cooler pump ; and a heat exchanger that includes a heat exchange element , wherein the heater/cooler pump is configured to pump a first fluid through the heater/cooler element and the heat exchange element and back to the heater/cooler pump ; and characterised by a heater/cooler that includes a heater/cooler element and a heater/cooler pump ; and a heat exchanger that includes a heat exchange element , wherein the heater/cooler pump is configured to pump a first fluid through the heater/cooler element and the heat exchange element and back to the heater/cooler pump ; and characterised by a heat transfer fluid module including a heat transfer fluid tank that defines a fluid reservoir configured to contain a second fluid for pumping to and through the heat exchanger to transfer heating/cooling between the first fluid and the second fluid and for pumping to and through a target unit to transfer heating/cooling between the second fluid and the target unit.
A set comprising a first panel , a second panel and a mechanical locking device for locking the first panel to the second panel , wherein - the first panel comprises a first edge surface and a first panel surface , - the second panel comprises a second panel surface , - the first edge surface is facing the second panel surface in a locked position of the first and the second panel , - the mechanical locking device comprises a panel groove at the second panel surface , a flexible tongue positioned in the panel groove , a rod-shaped element at the first edge surface and an insertion groove at the second panel surface extending from the second panel surface to the panel groove , - the rod-shaped element is configured to be inserted into the insertion groove and the rod-shaped element comprises a recess , - the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface , - the panel groove extending at an angle (α) in the second panel in view of the second panel surface , - a width (W1) of the panel groove in the second panel surface is smaller than a width (W2) of the first edge surface such that the first edge surface covers the panel groove when the first panel is locked towards the second panel , and - the width (W1) of the panel groove in the second panel surface is larger than a diameter (D2) of the rod-shaped element . - the first panel comprises a first edge surface and a first panel surface , - the second panel comprises a second panel surface , - the first edge surface is facing the second panel surface in a locked position of the first and the second panel , - the mechanical locking device comprises a panel groove at the second panel surface , a flexible tongue positioned in the panel groove , a rod-shaped element at the first edge surface and an insertion groove at the second panel surface extending from the second panel surface to the panel groove , - the rod-shaped element is configured to be inserted into the insertion groove and the rod-shaped element comprises a recess , - the flexible tongue is configured to cooperate with the recess for a locking of the first panel to the second panel in a first direction which is perpendicular to the second panel surface , - the panel groove extending at an angle (α) in the second panel in view of the second panel surface , - a width (W1) of the panel groove in the second panel surface is smaller than a width (W2) of the first edge surface such that the first edge surface covers the panel groove when the first panel is locked towards the second panel , and - the width (W1) of the panel groove in the second panel surface is larger than a diameter (D2) of the rod-shaped element .
Use of an isolated amino acid sequence having no more than 50 amino acids comprising the NFL-TBS 40-63 peptide (SEQ ID NO: 1), or a biologically active derivative thereof comprising at least 18 successive amino acids of SEQ ID NO:1, for targeting chemical compounds or biological materials to neural stem cells in vitro.
Method of operating an electronically regulated return system for borrowed objects, more particularly for manually movable transport carts, characterised in that the borrowed object is permanently connected to a communication modules, which receives a wirelessly transmitted first signal A of a transmission means of a collection point, wherein the communications module comprises a means for evaluating the position and location of the borrowed object, which utilises the first signal A to determine the position and location of the borrowed object relative to the transmission means, wherein when the position and location of the borrowed object in relation to the collection point are known, it is determined whether the borrowed object is placed in the collection point, wherein the communications module wirelessly sends out a third signal C by way of which the communications module of a second borrowed object determines the position and/or location of the second borrowed object relative to the first object and wherein an identifier is added to the third signal C which is used as a counter, wherein the counter defines the line-up in the collection point and/or the place in the line-up, and through measuring the signal strength, the distance to the communications module sending out the identifier is determined.
Packaging in parallelepiped shape for the reception of glasses , comprising a precut element having a rear wall field , a front wall field , and two side wall fields that are connected to one another by means of folding edges and that surround a rectangular base surface, wherein a bottom section for forming a bottom of the parallelepiped shape is arranged at the rear wall field , at the front wall field , and/or at the side wall fields ; and wherein a top section is arranged at the rear wall field and flips over the rectangular base section of the parallelepiped shape at the upper side in the closed state, wherein a fixing field is arranged at at least one of the side wall fields and/or at the front wall field , said fixing field being foldable below the top section and having holding means , characterized in that the holding means for pressing into an upper-side opening of at least one glass are configured to fix same in that the holding means have at least one folding tab that is foldably formed in the fixing field , with the folding tab being pressable into the opening of the glass as an upside-down roof.
A visible light communication transmitter for colour shift keying, characterized in that the transmitter at least comprises: at least six graphene-based light emitting devices (LED-1, LED-2, ... LED-8) of different peak transmission wavelengths from each other.
A social media streaming system , comprising: a server , comprising a server-trading module ; and, at least one client device , comprising a display component , and an input component , wherein the input component is configured to generate a trading request , and send the trading request to the server , wherein when the server receives the trading request , subsequently, the server-trading module generates a trading log based on the trading request , wherein the client device is enabled to delete the trading request after the trading log is generated; characterized in that the client device sets up a deleting configuration , comprising a client deleting time configuration , wherein the client device is configured to automatically delete the trading request based on the client deleting time configuration ; wherein the deleting configuration further comprises a server deleting time configuration , configured to delete the trading log from the server based on the server deleting time configuration ; wherein the client device comprises a one-click-secured configuration, wherein while the one-click-secured configuration is activated, the client deleting time configuration and the server deleting time configuration are set to immediately execution. a server , comprising a server-trading module ; and, at least one client device , comprising a display component , and an input component , wherein the input component is configured to generate a trading request , and send the trading request to the server , wherein when the server receives the trading request , subsequently, the server-trading module generates a trading log based on the trading request , wherein the client device is enabled to delete the trading request after the trading log is generated; characterized in that the client device sets up a deleting configuration , comprising a client deleting time configuration , wherein the client device is configured to automatically delete the trading request based on the client deleting time configuration ; wherein the deleting configuration further comprises a server deleting time configuration , configured to delete the trading log from the server based on the server deleting time configuration ; wherein the client device comprises a one-click-secured configuration, wherein while the one-click-secured configuration is activated, the client deleting time configuration and the server deleting time configuration are set to immediately execution.
A method for changing oil in the gearbox of a wind turbine ; wherein the wind turbine comprises a tower , a rotor, a nacelle, and electricity generator, the rotor being functionally connected to the generator through the gearbox; the method comprising - providing a transportable oil tank at the wind turbine, the oil tank being made of a flexible and collapsible polymer sheet material and comprises an empty upper chamber and a lower chamber filled with clean oil, the upper chamber being provided on top of the lower chamber for exerting gravity pressure on the lower chamber when the upper chamber is filled with oil; - connecting a drain pipe to the gear box and to the upper chamber and draining used oil from the gearbox through the drain pipe and into the upper chamber ; - after filling of the upper chamber with the used oil, extracting clean oil from the lower chamber by a pumping unit, the extraction being assisted by the gravity pressure of the used oil in the upper chamber on the collapsible lower chamber for minimizing a risk for cavitation of the pumping unit, and pumping clean oil with the pumping unit from the lower chamber through a filling pipe up to the nacelle and into the gearbox, further comprising transporting the oil tank with a vessel on sea to the wind turbine , which is an off-shore wind turbine with a platform at the lower part of the tower , and lifting the oil tank , while the lower chamber is filled with clean oil and the upper chamber is empty, from the vessel onto the platform ; performing the oil change at the wind turbine ; subsequently, lifting the oil tank , while the upper chamber is filled with used oil and the lower chamber is empty, from the platform onto the vessel and transporting the oil tank with the vessel to a location remote from the wind turbine . - providing a transportable oil tank at the wind turbine, the oil tank being made of a flexible and collapsible polymer sheet material and comprises an empty upper chamber and a lower chamber filled with clean oil, the upper chamber being provided on top of the lower chamber for exerting gravity pressure on the lower chamber when the upper chamber is filled with oil; - connecting a drain pipe to the gear box and to the upper chamber and draining used oil from the gearbox through the drain pipe and into the upper chamber ; - after filling of the upper chamber with the used oil, extracting clean oil from the lower chamber by a pumping unit, the extraction being assisted by the gravity pressure of the used oil in the upper chamber on the collapsible lower chamber for minimizing a risk for cavitation of the pumping unit, and pumping clean oil with the pumping unit from the lower chamber through a filling pipe up to the nacelle and into the gearbox,
A pharmaceutical composition comprising: - a compound of formula (I) wherein R is selected from the group consisting of chlorine, 6-oxo-1,6-dihydro-pyridin-3-carbonitrile, and 6-oxo-1,6-dihydro-pyridin-3-trifluoromethyl; and R1 is independently selected from the group consisting of H, (C1-C4)alkyl, -CH 2 -phosphate, and phosphate; - -3-amino-4-[(3-hexylphenyl)amino]-4-oxobutyl]-phosphonic acid (W 146), and - a compound selected from [2-amino-2-(3-octyl-phenylcarbamoyl)-ethyl] ester of phosphoric acid (VPC 23019), 2-(4-chlorophenyl) hydrazide of N -(4-chlorophenyl)-3,3-dimethyl-2-oxobutanimidic acid (TY52156), and a molecule siRNA of SEQ ID NO:1, or pharmaceutically acceptable salts thereof, and at least a pharmaceutically acceptable excipients and/or salts thereof. - a compound of formula (I) wherein R is selected from the group consisting of chlorine, 6-oxo-1,6-dihydro-pyridin-3-carbonitrile, and 6-oxo-1,6-dihydro-pyridin-3-trifluoromethyl; and R1 is independently selected from the group consisting of H, (C1-C4)alkyl, -CH 2 -phosphate, and phosphate; - -3-amino-4-[(3-hexylphenyl)amino]-4-oxobutyl]-phosphonic acid (W 146), and - a compound selected from [2-amino-2-(3-octyl-phenylcarbamoyl)-ethyl] ester of phosphoric acid (VPC 23019), 2-(4-chlorophenyl) hydrazide of N -(4-chlorophenyl)-3,3-dimethyl-2-oxobutanimidic acid (TY52156), and a molecule siRNA of SEQ ID NO:1,
A wall panel, comprising a front face , a return lip extending from at least one edge of the front face to define a flange lying approximately parallel to and behind the front face , and a mounting clip formed in the flange for attaching the wall panel to a support structure (C), wherein the mounting clip comprises a tab having a curved formation thus having a distance from the front face that varies along its length, the formation being shaped to include a local minimum distance (D MIN ) from the front face, characterised in that the front face , return lip and flange are formed integrally and in that the tab has a fixed end , a free end , three or more curves between the fixed and free ends and a flat end portion in the region of the free end , the flat end portion in the region of the free end being substantially parallel with the front face of the panel. a front face , a return lip extending from at least one edge of the front face to define a flange lying approximately parallel to and behind the front face , and a mounting clip formed in the flange for attaching the wall panel to a support structure (C), wherein the mounting clip comprises a tab having a curved formation thus having a distance from the front face that varies along its length, the formation being shaped to include a local minimum distance (D MIN ) from the front face, characterised in that the front face , return lip and flange are formed integrally and in that the tab has a fixed end , a free end , three or more curves between the fixed and free ends and a flat end portion in the region of the free end , the flat end portion in the region of the free end being substantially parallel with the front face of the panel.
A device for clamping flexible pressure plates at a plate cylinder of a sheet-fed offset printing press comprising plate tensioning rails arranged axially parallel in a cylinder channel , comprising a toggle lever drive for generating a clamping movement comprising an upper and lower lever element each, wherein the lever elements are coupled by means of a toggle lever joint , and comprising a spring assembly, which is arranged in the area of the toggle lever joint so as to act on the toggle lever drive, so that, by the action of the spring assembly in the plate tensioning rail , the clamping movement for pressure plates into a clamping position can be performed by means of displacement of the lever elements , and, to open the plate tensioning rail , comprising one or several expandable pneumatic or hydraulic elements , respectively, which are assigned to the toggle lever drive for displacing the lever elements from a clamping position into an open position, that a lower rail is provided, which performs the clamping movement in combination with the lever elements , that the lower rail is arranged so as to be displaceable linearly and essentially radially to the plate cylinder with respect to an upper rail , which is firmly connected to a rail body of the plate tensioning rail , and that, to move the lower rail into an open position with respect to the upper rail , one or several expandable pneumatic or hydraulic elements , respectively, are provided, which are arranged so as to act on the spring assembly, which strains the toggle lever drive, to displace the lever elements from the clamping position into an open position, wherein the spring assembly is formed by individually arranged pressure springs , characterized in that the pressure springs are arranged so as to be supported on the rail body of the plate tensioning rail and so as to act on a first transfer element each, wherein each first transfer element is arranged at the rail body so as to be guided in a longitudinally movable manner between a pressure spring and so as to act centrally on the toggle lever joint .
An uninterruptible power supply comprising an input end (100-1) configured to be coupled to an input power source (Vin) and an output end (100-2) coupled to a load , characterized in that the uninterruptible power supply comprises: a switching unit coupled to the input end (100-1) and the output end (100-2), a charging unit coupled to the input end (100-1), an energy storage unit coupled to the charging unit , a conversion unit coupled to the charging unit , the energy storage unit , and the output end (100-2), and a control unit coupled to the charging unit , wherein when the input power source (Vin) is available, the switching unit is configured to switch the power of the input power source (Vin) into a first output power (Vo1,Vo1') and provide the first output power (Vo1,Vo1') to the output end (100-2), and the charging unit is configured to convert the power of the input power source (Vin) into a first power (V1) and provide the first power (V1) to the control unit and to charge the energy storage unit ; when the input power source (Vin) is not available, the conversion unit is configured to convert the electricity of the energy storage unit into a second output power (Vo2,Vo2') and provide the second output power (Vo2,Vo2') to the output end (100-2), and the conversion unit is configured to provide a second power (V2) to the charging unit and the charging unit is configured to convert the second power (V2) into the first power (V1) and provide the first power (V1) to the control unit . a switching unit coupled to the input end (100-1) and the output end (100-2), a charging unit coupled to the input end (100-1), an energy storage unit coupled to the charging unit , a conversion unit coupled to the charging unit , the energy storage unit , and the output end (100-2), and a control unit coupled to the charging unit , wherein when the input power source (Vin) is available, the switching unit is configured to switch the power of the input power source (Vin) into a first output power (Vo1,Vo1') and provide the first output power (Vo1,Vo1') to the output end (100-2), and the charging unit is configured to convert the power of the input power source (Vin) into a first power (V1) and provide the first power (V1) to the control unit and to charge the energy storage unit ; when the input power source (Vin) is not available, the conversion unit is configured to convert the electricity of the energy storage unit into a second output power (Vo2,Vo2') and provide the second output power (Vo2,Vo2') to the output end (100-2), and the conversion unit is configured to provide a second power (V2) to the charging unit and the charging unit is configured to convert the second power (V2) into the first power (V1) and provide the first power (V1) to the control unit .
A biosensor comprising: a working electrode; and a reference electrode comprising a substrate and an electrode layer formed of paste, wherein the paste comprises a mixture of silver chloride powder having an average particle diameter of 1 μm to 10 μm, a carbon-based conductive material and a resin, and does not comprise solid silver.