mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a seed sticker in which a seed is placed, comprising: preparing a transfer paper having a coating layer formed thereon, which is cut and supplied into a predetermined length; characterized by forming an adhesive layer by coating an adhesive on the coating layer of the transfer paper; preparing a seed pellet and arranging the seed pellet at regular intervals on the adhesive layer; stacking a red clay soil sheet on the seed pellet (30; stacking a water-soluble resin film on the red clay soil sheet so as to cover both the seed pellet and the red clay soil sheet, wherein edges of the water-soluble resin film are bonded to the adhesive layer; and cutting the finished seed sticker into a predetermined size and a desired shape, wherein the red clay soil sheet includes a mixture of red clay soil, stone, and glue, wherein an identification code is printed on the film or an RFID chip is built in the film. preparing a transfer paper having a coating layer formed thereon, which is cut and supplied into a predetermined length; characterized by forming an adhesive layer by coating an adhesive on the coating layer of the transfer paper; preparing a seed pellet and arranging the seed pellet at regular intervals on the adhesive layer; stacking a red clay soil sheet on the seed pellet (30; stacking a water-soluble resin film on the red clay soil sheet so as to cover both the seed pellet and the red clay soil sheet, wherein edges of the water-soluble resin film are bonded to the adhesive layer; and cutting the finished seed sticker into a predetermined size and a desired shape, wherein the red clay soil sheet includes a mixture of red clay soil, stone, and glue, wherein an identification code is printed on the film or an RFID chip is built in the film.
An electronic control device, comprising: a power supply (3a, 3b) in which a multiple of power supply system lines are provided; a multiple of drive units (10a, 10b) to which the power is independently supplied from the power supply system lines; and at least one controller that outputs control signals to the multiple of drive units (10a, 10b), wherein the electronic control device is configured so that negative side lines of the power supply system lines are connected by one ground line in the controller. a power supply (3a, 3b) in which a multiple of power supply system lines are provided; a multiple of drive units (10a, 10b) to which the power is independently supplied from the power supply system lines; and at least one controller that outputs control signals to the multiple of drive units (10a, 10b), wherein the electronic control device is configured so that negative side lines of the power supply system lines are connected by one ground line in the controller.
A dishwasher comprising; - a body, - a tub inside the body wherein the washing operation takes place, - a first arm rotatably attachable to the bottom of the tub through a water inlet and around a first axis via a first hub, wherein the first hub comprises a first retainer at least partially inserted inside the water inlet and a tubular first pin extending in between the first retainer and the first arm - a second arm rotatably attachable on to the first arm around a second axis via a second hub, wherein the first hub and the second hub comprises a first gear and a second gear respectively, wherein the first gear and the second gear are rotatably connected to each other through at least an intermediary gear placed inside the first arm, wherein the second arm is in fluid communication with the first arm which is in fluid communication with the water inlet, and - an assembly means for fixing the first arm onto the tub in an initial relative position to the tub predetermined by the manufacturer and characterized in that the assembly means comprises: a locking bracket placed on to the first retainer having a ring shaped base wherein the tubular first pin is passing through and two first protrusions protruding upwards from the base towards the first arm, and a first indentation formed on to the first arm wherein the first protrusions are seated inside. - a body, - a tub inside the body wherein the washing operation takes place, - a first arm rotatably attachable to the bottom of the tub through a water inlet and around a first axis via a first hub, wherein the first hub comprises a first retainer at least partially inserted inside the water inlet and a tubular first pin extending in between the first retainer and the first arm - a second arm rotatably attachable on to the first arm around a second axis via a second hub, wherein the first hub and the second hub comprises a first gear and a second gear respectively, wherein the first gear and the second gear are rotatably connected to each other through at least an intermediary gear placed inside the first arm, wherein the second arm is in fluid communication with the first arm which is in fluid communication with the water inlet, and - an assembly means for fixing the first arm onto the tub in an initial relative position to the tub predetermined by the manufacturer and characterized in that the assembly means comprises: a locking bracket placed on to the first retainer having a ring shaped base wherein the tubular first pin is passing through and two first protrusions protruding upwards from the base towards the first arm, and a first indentation formed on to the first arm wherein the first protrusions are seated inside.
Driver device for driving a load, in particular an LED unit having one or more LEDs, comprising: - input terminals for receiving an input voltage from an external power source for powering the load, - a rectifier for rectifying the input voltage, and - connection means for connecting the input terminals to each other and for providing a current path (66, 68) dependent on the polarity of the input voltage, wherein the connection means comprise a first current path for connecting the input terminals in a first current direction and a second current path, at least partly different from the first current path, for connecting the input terminals in a second current direction opposite to the first current direction, wherein the first and the second current path (66, 68) each comprise a current control unit (88, 90) for controlling a bleeding current (13,14) in the respective current path (66, 68) and wherein the first and the second current path (66, 68) each comprise decoupling means (92, 94) for blocking the bleeding current (I3, I4) in the respective current path (66, 68) in a reverse direction opposite to the respective current direction. - input terminals for receiving an input voltage from an external power source for powering the load, - a rectifier for rectifying the input voltage, and - connection means for connecting the input terminals to each other and for providing a current path (66, 68) dependent on the polarity of the input voltage,
Sanitary insert unit (1, 2, 3, 4, 5, 50, 60) having an insert housing, in which insert housing a valve having a valve piston is provided, which valve piston is guided in a displaceable manner in the insert housing and is movable from a rest position, under the pressure of the inflowing water, counter to the restoring force of at least one restoring element, wherein the insert unit (1, 2, 3, 4, 5, 50, 60) has at least one movement damper, which damps or brakes the movement of the valve piston from the rest position into the open position, characterized in that the at least one movement damper is configured as a hydraulic damper which has a damper housing, in which damper housing a damper piston is guided in a displaceable manner, wherein, during a sliding movement from the rest position into the open position, the damper piston displaces oil or similar viscous fluid from one side of the damper piston to the other side of the damper piston through at least one connecting duct.
Method for planning the application of a spreadable material mixture using an agricultural spreader, comprising the step of: - detecting the individual components of the spreadable material mixture; characterized by the steps of: - determining component-related setting parameters (30a, 30b, 32a, 32b, 34a, 34b) for the agricultural spreader for a planned spreading process for a plurality of or all individual components of the spreadable material mixture; and - evaluating the common applicability of the individual components of the spreadable material mixture on the basis of the determined component-related setting parameters (30a, 30b, 32a, 32b, 34a, 34b) by a calculating means, characterized in that evaluating the common applicability of the individual components of the spreadable material mixture comprises the following step: - investigating the existence of one or more compromise setting parameters (38a, 38b, 40a, 40b), the setting of which on the agricultural spreader causes the lateral distributions of a plurality of or all individual components of the spreadable material mixture to lie within a tolerance range, and in that outputting a result of the evaluation of the common applicability of the individual components of the spreadable material mixture has the following step: - outputting the one or more compromise setting parameters (38a, 38b, 40a, 40b) as setting recommendations for the agricultural spreader. - detecting the individual components of the spreadable material mixture; characterized by the steps of: - determining component-related setting parameters (30a, 30b, 32a, 32b, 34a, 34b) for the agricultural spreader for a planned spreading process for a plurality of or all individual components of the spreadable material mixture; and - evaluating the common applicability of the individual components of the spreadable material mixture on the basis of the determined component-related setting parameters (30a, 30b, 32a, 32b, 34a, 34b) by a calculating means, - investigating the existence of one or more compromise setting parameters (38a, 38b, 40a, 40b), the setting of which on the agricultural spreader causes the lateral distributions of a plurality of or all individual components of the spreadable material mixture to lie within a tolerance range, and in that outputting a result of the evaluation of the common applicability of the individual components of the spreadable material mixture has the following step: - outputting the one or more compromise setting parameters (38a, 38b, 40a, 40b) as setting recommendations for the agricultural spreader.
Method for stabilising the pressure of the water supply of a cooling section for a metal processing line, wherein the cooling section is supplied with water from a water reservoir through a pipeline filled with water, wherein the method comprises the following steps: - provision of a pressure container partly filled with air and partly with water; and - provision of a direct connection between the pressure container and the pipeline for a direct exchange of water between the pressure container and the pipeline so that in the event that the water pressure in the pipeline drops, water is pressed directly into the pipeline out of the pressure container through the connection provided. - provision of a pressure container partly filled with air and partly with water; and - provision of a direct connection between the pressure container and the pipeline for a direct exchange of water between the pressure container and the pipeline so that in the event that the water pressure in the pipeline drops, water is pressed directly into the pipeline out of the pressure container through the connection provided.
A management unit adapted to act as Power Sourcing Equipment for a PoE (Power-over-Ethernet) installation, comprising at least one first port to which lamps can be connected, whereby said at least one first port is a PoE connector, wherein the management unit is adapted to control the power delivered at the at least one first port in dependence on predetermined switching rules, characterized in that a dim down of the lamps is executed by reducing the power level provided on the at least one first port.
A secondary battery, comprising: an electrode assembly, a packing bag, an electrode lead and an insulation part; the electrode assembly is housed in the packing bag, the packing bag has a sealing part on an edge, and the electrode lead is connected to the electrode assembly and passes through the sealing part; the sealing part, which is formed by hot-pressing, comprises a main body area, a first step area and a first transition area; the main body area, the first transition area and the first step area are located on a same side of the electrode lead along a width direction, and the main body area, the first transition area and the first step area are successively arranged along a direction approaching the electrode lead; the insulation part is wrapped around outside of the electrode lead and separates the sealing part from the electrode lead; the insulation part has a first portion, and the first step area covers the first portion on both sides in a thickness direction; along the thickness direction, a thickness of the main body area is H 1 mm, a sum of thicknesses of the first portion and the first step area is H 2 mm; along the width direction, a width of the first step area is L 1 mm, along the width direction, a width of the first transition area is L 2 mm; H 1, H 2, L 1 and L 2 satisfy the following relational expressions: H 1 < H 2; 0.1 mm < H 2 − H 1 < 0.6 mm; L 1 is 0.4mm~2.5mm, L 2 is 0.1mm~0.5mm; 0.02 ≤ L 1 − 0.3 10 H 2 − 2 ≤ 2.2. the electrode assembly is housed in the packing bag, the packing bag has a sealing part on an edge, and the electrode lead is connected to the electrode assembly and passes through the sealing part; the sealing part, which is formed by hot-pressing, comprises a main body area, a first step area and a first transition area; the main body area, the first transition area and the first step area are located on a same side of the electrode lead along a width direction, and the main body area, the first transition area and the first step area are successively arranged along a direction approaching the electrode lead; the insulation part is wrapped around outside of the electrode lead and separates the sealing part from the electrode lead; the insulation part has a first portion, and the first step area covers the first portion on both sides in a thickness direction; along the thickness direction, a thickness of the main body area is H 1 mm, a sum of thicknesses of the first portion and the first step area is H 2 mm; along the width direction, a width of the first step area is L 1 mm, along the width direction, a width of the first transition area is L 2 mm; H 1, H 2, L 1 and L 2 satisfy the following relational expressions: H 1 < H 2; 0.1 mm < H 2 − H 1 < 0.6 mm; L 1 is 0.4mm~2.5mm, L 2 is 0.1mm~0.5mm; 0.02 ≤ L 1 − 0.3 10 H 2 − 2 ≤ 2.2.
Glow plug having a metal housing which has a longitudinal bore in which a glow pencil is accommodated, the said glow pencil having a glow tube and a glow coil which is arranged in the glow tube, wherein the glow tube makes electrical contact with one end of the glow coil and a connection pin makes electrical contact with the other end of the said glow coil, wherein the connection pin projects into an axial opening in the glow tube and there is connected to the glow tube in an electrically insulating manner by means of a heating element seal in a seal section, characterized in that at least one electrical insulation layer is formed on the glow tube and/or on the connection pin at least in the seal section, and in that the glow tube is pressed onto the connection pin in the region of the electrical insulation layer, so that the heating element seal is formed by the press connection and the electrical insulation layer.
A method for determining Alzheimer's disease in a human patient, comprising the steps of: determining, in a sample from said human patient, a differential level of at least one miRNA within said sample, wherein the at least one miRNA is of SEQ ID NO: 77, and wherein the presence of a differential level of the at least one miRNA compared to the level of the at least one miRNA in a healthy control subject is indicative of the presence of Alzheimer's disease in the human patient.
An agricultural implement comprising: a distribution assembly (132, 302, 500) configured to receive particulate material from a source (120, 111, 124, 304, 504) and to distribute the particulate material to a plurality of remote locations, and a plurality of seeding units configured to inject particulate material into a ground surface, characterised in that: each of a plurality of metering modules (110, 308, 1200) comprises a metering roller (314, 1208) controllable independently of the other metering modules (110, 308, 1200) to selectively meter a flow of the particulate material into a plurality of venturi cups of one of the plurality of metering modules (110, 308, 1200) at each of the plurality of remote locations; a plurality of lines (112, 1210) are connected to the plurality of venturi cups, wherein one of the plurality of lines (112, 1210) is connected to one of the plurality of venturi cups, and wherein each seeding unit is connected to one of the plurality of lines (112, 1210). a distribution assembly (132, 302, 500) configured to receive particulate material from a source (120, 111, 124, 304, 504) and to distribute the particulate material to a plurality of remote locations, and a plurality of seeding units configured to inject particulate material into a ground surface, characterised in that: each of a plurality of metering modules (110, 308, 1200) comprises a metering roller (314, 1208) controllable independently of the other metering modules (110, 308, 1200) to selectively meter a flow of the particulate material into a plurality of venturi cups of one of the plurality of metering modules (110, 308, 1200) at each of the plurality of remote locations; a plurality of lines (112, 1210) are connected to the plurality of venturi cups, wherein one of the plurality of lines (112, 1210) is connected to one of the plurality of venturi cups, and wherein each seeding unit is connected to one of the plurality of lines (112, 1210). each of a plurality of metering modules (110, 308, 1200) comprises a metering roller (314, 1208) controllable independently of the other metering modules (110, 308, 1200) to selectively meter a flow of the particulate material into a plurality of venturi cups of one of the plurality of metering modules (110, 308, 1200) at each of the plurality of remote locations; a plurality of lines (112, 1210) are connected to the plurality of venturi cups, wherein one of the plurality of lines (112, 1210) is connected to one of the plurality of venturi cups, and wherein each seeding unit is connected to one of the plurality of lines (112, 1210).
Method to access a data store previously locked using a passphrase from a device, said method including the preliminary steps of: - for the device, requesting the user to enter a personal code on the device; - for the device, calculating a first function of at least the personal code; - for the device, sending, for storage, said first function to a server knowing the passphrase; said method further comprising the following steps, when the user request access to the data store: - for the device, requesting the user to enter the personal code, - for the device, generating an access code by applying said first function to at least the entered personal code; - for the device, sending out, to the server, at least an identifier (ID UD) of the device and the access code; - for the server, comparing the access code with the preliminary received first function; - for the server, if the access code is correct, returning the passphrase to the device; - for the device, unlocking the data store using the received passphrase in combination with the entered personal code. - for the device, requesting the user to enter a personal code on the device; - for the device, calculating a first function of at least the personal code; - for the device, sending, for storage, said first function to a server knowing the passphrase; - for the device, requesting the user to enter the personal code, - for the device, generating an access code by applying said first function to at least the entered personal code; - for the device, sending out, to the server, at least an identifier (ID UD) of the device and the access code; - for the server, comparing the access code with the preliminary received first function; - for the server, if the access code is correct, returning the passphrase to the device; - for the device, unlocking the data store using the received passphrase in combination with the entered personal code.
A compound of formula or stereoisomers thereof, wherein: R 1 is selected from H, methyl, methoxy; R 2 is H or methyl; R 3 is selected from H, methyl, methoxy; or R 1 and R 3 together form -CH=CH-CH=CH-; R 4 and R 5 are methyl and n is 1, or R 4 is H, R 5 is selected from phenyl, para-fluorophenyl, para-methoxyphenyl, para-isopropylphenyl, para-trifluoromethyl phenyl or para-methylphenyl and n is 2; m is an integer from 1 to 10; p is 0 or 1; R 6 is H or methyl. R 1 is selected from H, methyl, methoxy; R 2 is H or methyl; R 3 is selected from H, methyl, methoxy; or R 1 and R 3 together form -CH=CH-CH=CH-; R 4 and R 5 are methyl and n is 1, or R 4 is H, R 5 is selected from phenyl, para-fluorophenyl, para-methoxyphenyl, para-isopropylphenyl, para-trifluoromethyl phenyl or para-methylphenyl and n is 2; m is an integer from 1 to 10; p is 0 or 1; R 6 is H or methyl.
A polyester resin for toner, comprising 9 to 25 % by mass of a constitutional unit derived from isosorbide and 5 to 25 parts by mol of a constitutional unit derived from a tri- or higher polyhydric carboxylic acid when the total content of whole acid component in the polyester resin for toner is 100 parts by mol, wherein a softening temperature is within a range of 135 to 150°C, a difference (T4-Tg) between the softening temperature and a glass transition temperature (Tg) is 75°C or more, and a storage elastic modulus G' at 180°C is within a range of 400 to 1,000 Pa, wherein the storage elastic modulus G' at 180°C is determined by using AR-2000ex manufactured by TA Instruments, a sample was set between 25 mmφ parallel plates with a thickness of 1 mm, and then the measurement was performed within a range from 100°C to 200°C under the conditions of a frequency of 1 Hz, a strain of 1%, and a temperature raising rate of 3°C/minute, the softening temperature is determined as the temperature at which 1/2 of 1.0 g of a sample exhibited flow by using a flow tester CFT-500 manufactured by Shimadzu Corporation, the measurement was performed by a nozzle measuring 1 mmφ × 10 mm under the constant rate heating conditions of a load of 294 N (30 Kgf) and a temperature raising rate of 3°C/minute, and wherein the glass transition temperature is determined by the measurement using a differential scanning calorimeter as disclosed in the description. a softening temperature is within a range of 135 to 150°C, a difference (T4-Tg) between the softening temperature and a glass transition temperature (Tg) is 75°C or more, and a storage elastic modulus G' at 180°C is within a range of 400 to 1,000 Pa, wherein the storage elastic modulus G' at 180°C is determined by using AR-2000ex manufactured by TA Instruments, a sample was set between 25 mmφ parallel plates with a thickness of 1 mm, and then the measurement was performed within a range from 100°C to 200°C under the conditions of a frequency of 1 Hz, a strain of 1%, and a temperature raising rate of 3°C/minute, the softening temperature is determined as the temperature at which 1/2 of 1.0 g of a sample exhibited flow by using a flow tester CFT-500 manufactured by Shimadzu Corporation, the measurement was performed by a nozzle measuring 1 mmφ × 10 mm under the constant rate heating conditions of a load of 294 N (30 Kgf) and a temperature raising rate of 3°C/minute, and wherein the glass transition temperature is determined by the measurement using a differential scanning calorimeter as disclosed in the description.