mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining a pharmaceutical composition characterised in that it consists in dissolving the S modafinil in a fluid in the supercritical state, and then after expansion of the said fluid, recovering the said S modafinil by absorbing it at the surface by an inert carrier in the form of granules.
A driver for driving light emitting diode circuits (10, 20, 30), comprising - first and second terminals (1, 2) for receiving a voltage signal from a source, and - a first switching circuit (11, 12) coupled to the second terminal and to a third terminal, the first and the third terminal (1, 3) being arranged to be coupled to electrodes of a first light emitting diode circuit, and the first switching circuit (11, 12) comprising a first switch and a first timing circuit for, in response to a first pulse signal added to the voltage signal, activating the first switch, characterised in that, the first signal is a pulse signal, and the first switch, when activated, being in a conductive mode and then staying in that conductive mode independently of the first pulse signal. - first and second terminals (1, 2) for receiving a voltage signal from a source, and - a first switching circuit (11, 12) coupled to the second terminal and to a third terminal, the first and the third terminal (1, 3) being arranged to be coupled to electrodes of a first light emitting diode circuit, and the first switching circuit (11, 12) comprising a first switch and a first timing circuit for, in response to a first pulse signal added to the voltage signal, activating the first switch,
A method of controlling a power supply to charge a device, using software comprising: setting a nominal power output level for the power supply through a waveform controlled by a micro-controller (209; 309; 409); providing a charge pump oscillator (201; 301; 401; 601) controlled by a digital enable signal of the micro-controller, enabling the charge pump oscillator when the micro-controller determines that a voltage level output by the power supply is below a target value, and disabling the charge pump oscillator when the micro-controller determines that the voltage level output by the power supply is above the target value; identifying when the device is fully charged based on a voltage drop to the device, the voltage drop being proportional to current flowing to the device, switching off power to the device, and moving the power supply to a keep-alive mode, in which the output level for the power supply is decreased below the nominal output level; providing an analog standby safety mechanism (310; 410; 610) to move the power supply to the keep-alive mode of the power supply when the micro-controller is halted, crashed, or in an error state, the keep-alive mode ensuring that the voltage level output by the power supply does not fall to zero. setting a nominal power output level for the power supply through a waveform controlled by a micro-controller (209; 309; 409); providing a charge pump oscillator (201; 301; 401; 601) controlled by a digital enable signal of the micro-controller, enabling the charge pump oscillator when the micro-controller determines that a voltage level output by the power supply is below a target value, and disabling the charge pump oscillator when the micro-controller determines that the voltage level output by the power supply is above the target value; identifying when the device is fully charged based on a voltage drop to the device, the voltage drop being proportional to current flowing to the device, switching off power to the device, and moving the power supply to a keep-alive mode, in which the output level for the power supply is decreased below the nominal output level; providing an analog standby safety mechanism (310; 410; 610) to move the power supply to the keep-alive mode of the power supply when the micro-controller is halted, crashed, or in an error state, the keep-alive mode ensuring that the voltage level output by the power supply does not fall to zero.
A display device, comprising: a display panel; a light guide plate arranged at the rear side of the display panel; a reflector arranged on the rear surface of the light guide plate; a bottom cover arranged on the rear surface of the reflector, wherein the bottom cover is made of a glass material; and a light-emitting diode housing, on which a light-emitting diode is mounted so as to supply light to a first end of the light guide plate, characterized in that: the light-emitting diode is mounted on a first end part of the light-emitting diode housing; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof. a display panel; a light guide plate arranged at the rear side of the display panel; a reflector arranged on the rear surface of the light guide plate; a bottom cover arranged on the rear surface of the reflector, wherein the bottom cover is made of a glass material; and a light-emitting diode housing, on which a light-emitting diode is mounted so as to supply light to a first end of the light guide plate, characterized in that: the light-emitting diode is mounted on a first end part of the light-emitting diode housing; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof. the light-emitting diode is mounted on a first end part of the light-emitting diode housing; and a second end part of the light-emitting diode housing is coupled to the rear surface of the bottom cover at a first end thereof; wherein the bottom cover and the light-emitting diode housing are coupled to each other with a first adhesive member; and further wherein the second end part of the light-emitting diode housing is divided into two or more portions along a longitudinal direction from side to side of the bottom cover at the first end thereof.
A use of an isocyanate mixture with an NCO content from 2 to 22% by weight, characterised in that it contains (a) NCO prepolymers with an NCO content from 1.5 to 18% by weight, and (b) a monomeric 2,2'-diisocyanatodiphenylmethane in a quantity from 1 to 40% by weight, with respect to the isocyanate mixture, for producing a resilient layer for a sports floor by mixing the isocyanate mixture in quantities of 6-25% with: - a rubber granulate such as, for example, SBR, EPDM, recycling granulate of grain size 0.5-50 mm and/or - fibres having a length 0.1-50 mm and/or - mineral additives of grain size 1-20 mm. (a) NCO prepolymers with an NCO content from 1.5 to 18% by weight, and (b) a monomeric 2,2'-diisocyanatodiphenylmethane in a quantity from 1 to 40% by weight, with respect to the isocyanate mixture, - a rubber granulate such as, for example, SBR, EPDM, recycling granulate of grain size 0.5-50 mm and/or - fibres having a length 0.1-50 mm and/or - mineral additives of grain size 1-20 mm.
Vent cutter positioned in a processing line comprising grooves (4, 5, 6), wherein the vent cutter is provided with wheels (7, 8, 9) that are guided in said grooves (4, 5, 6) to drive respective parts of the vent cutter that are connected to said wheels (7, 8, 9) up-and-down, wherein a rotatable cutter with at least a forward cutting edge for cutting tissue around a vent of poultry is drivingly connected to a first wheel, a centering pin inside the cutter with a thickened end portion for insertion into the vent prior to cutting is drivingly connected to a second wheel, and a clamping sleeve inside of the cutter and surrounding the centering pin is drivingly connected to a third wheel, wherein the grooves (4, 5, 6) vary in height so as to effect that the respective parts of the vent cutter that connect to said wheels (7, 8, 9) are concertedly, albeit in their own phasing, movable up-and-down and arranged to first introduce the centering pin with the thickened end portion into the vent, and then to progress the cutter until it is introduced into the poultry whilst the centering pin with the thickened end portion has remained in place of the vent of the suspended poultry, and then to advance the clamping sleeve after rotating the cutter for clamping the cut loose tissue between the clamping sleeve and the thickened end portion of the centering pin, and finally to retract the centering pin and the clamping sleeve while still clamping said tissue for severing the vent from the poultry, characterized in that the grooves (4, 5, 6) are arranged to provide that the clamping sleeve is movable to a position with respect to the cutter in which the clamping sleeve shields the vent cutter from further cutting the poultry's tissue.
Synchronizer for mechanical transmissions, the synchronizer being arranged to be mounted on a transmission shaft extending along a longitudinal axis (x) to selectively connect the transmission shaft for rotation with at least one gear wheel (14, 16) idly mounted on said shaft, the synchronizer comprising a hub which is arranged to be torsionally connected with the transmission shaft and is provided with external teeth, an actuating sleeve which is slidable in the direction of a longitudinal axis (x) of the transmission shaft and is provided with internal teeth meshing with the external teeth of the hub, at least one synchronizing ring which is provided with external teeth arranged to mesh with the internal teeth of the actuating sleeve and has, on its radially internal side, a friction surface arranged to cooperate with a friction surface associated to a respective gear wheel (14, 16) to allow the generation of a friction torque between the synchronizing ring and the associated gear wheel (14, 16), a pre-synchronization system comprising a plurality of blocking elements operatively placed between the hub and the actuating sleeve, and a phasing system (60, 62; 70, 72, 74) arranged to ensure a given angular positioning of said at least one synchronizing ring with respect to the hub about said longitudinal axis (x), the phasing system (60, 62; 70, 72, 74) comprising a plurality of first cavities (62; 74) provided on an internal cylindrical surface of a ring gear of the hub forming the external teeth of the hub; characterised in that said first cavities (62; 74) have an arc-shaped or round-shaped cross-section, in particular a semi-circular cross-section.
A shuttering element (1, 10) with a first and a second shuttering wall which, whilst leaving free a gap through which a flat joint barrier of pre-determined thickness (d) is capable of being pressed, are connected beyond the gap with the aid of a connecting device having at least one bracket, wherein the joint barrier is capable of being fixed in its position in the gap in a clamped manner with non-positive locking by means of springing parts of the shuttering element (1, 10), characterized in that the joint barrier is capable of being fixed in a clamped manner with non-positive locking by mutually facing parts of the bracket, in that the mutually facing parts of the bracket which is designed in a springing manner are at a distance (A K) - in the relaxed form of the said bracket - which is smaller than the thickness (d) of the joint barrier.
A cleaner comprising: a suction motor that generates suction force; a suction unit that guides air and dust sucked by the suction force generated by the suction motor; a dust separation unit that separates dust from the air guided through the suction unit; a main printed circuit board, PCB, that generates control signals for the suction motor and includes a first PCB and a second PCB spaced apart from each other; a handle unit that receives the main PCB; and a PCB connector that connects the first PCB and the second PCB to each other and is coupled to the handle unit. a suction motor that generates suction force; a suction unit that guides air and dust sucked by the suction force generated by the suction motor; a dust separation unit that separates dust from the air guided through the suction unit; a main printed circuit board, PCB, that generates control signals for the suction motor and includes a first PCB and a second PCB spaced apart from each other; a handle unit that receives the main PCB; and a PCB connector that connects the first PCB and the second PCB to each other and is coupled to the handle unit.
Method for characterizing an electrochemical device of a given type, in operation, for a prognosis of future operation of the device according to said operation, the method comprising: - A preliminary step of storage in memory, for a type of device corresponding to that given type, of a plurality of models of variation over time of at least one operating parameter of the device, depending on the respective operating points of the device, and - Subsequent common steps implemented by a processor accessing said memory and having at least one connection the device for: - Obtain information relating to a common operating point of the device, - Retrieve in the memory at least one variation pattern corresponding to the current operating point of the device, - Receive from the device at least one measurement of a current value of the operating parameter, - Compare said measurement to the model of variation retrieved from memory, to locate temporally the operation of the device, and, from there, - Estimate a prognosis of operation of the device, said current operating point of the device being defined according to: - at least one input variable, corresponding to an operating parameter imposed on the electrochemical device, and - at least one output variable, corresponding to a parameter delivered by the electrochemical device in relation to its operation. - A preliminary step of storage in memory, for a type of device corresponding to that given type, of a plurality of models of variation over time of at least one operating parameter of the device, depending on the respective operating points of the device, and - Subsequent common steps implemented by a processor accessing said memory and having at least one connection the device for: - Obtain information relating to a common operating point of the device, - Retrieve in the memory at least one variation pattern corresponding to the current operating point of the device, - Receive from the device at least one measurement of a current value of the operating parameter, - Compare said measurement to the model of variation retrieved from memory, to locate temporally the operation of the device, and, from there, - Estimate a prognosis of operation of the device, - Obtain information relating to a common operating point of the device, - Retrieve in the memory at least one variation pattern corresponding to the current operating point of the device, - Receive from the device at least one measurement of a current value of the operating parameter, - Compare said measurement to the model of variation retrieved from memory, to locate temporally the operation of the device, and, from there, - Estimate a prognosis of operation of the device, - at least one input variable, corresponding to an operating parameter imposed on the electrochemical device, and - at least one output variable, corresponding to a parameter delivered by the electrochemical device in relation to its operation.
Discharge head for a massage applicator for discharging and massaging-in cream-like liquids, having the following features: a. the discharge head is formed for attachment to a liquid reservoir, and b. the discharge head has a base portion with a receptacle for positionally fixed coupling to an outlet portion of the liquid reservoir, and c. the discharge head has a massage portion which has a massage surface, wherein the massage surface is provided with a massage profile and is penetrated by at least one outlet opening, and d. the massage portion is attached movably with respect to the base portion between a proximal and a distal end position along a main direction of extent, and e. the discharge head has a pumping device with a volumetrically variable pump chamber, an inlet valve and an outlet valve, by means of which valves liquid can be conveyed out of the liquid reservoir to the outlet opening, wherein the pump chamber is delimited by a wall of the base portion and a wall of the movable massage portion, characterized by the following feature: f. the discharge head has a slotted-guide mechanism (40, 60) with a slotted-guide track and a slotted-guide slider, by way of which a guided movement of the massage portion with respect to the base portion in the superimposed direction of rotation and main direction of extent is enabled. a. the discharge head is formed for attachment to a liquid reservoir, and b. the discharge head has a base portion with a receptacle for positionally fixed coupling to an outlet portion of the liquid reservoir, and c. the discharge head has a massage portion which has a massage surface, wherein the massage surface is provided with a massage profile and is penetrated by at least one outlet opening, and d. the massage portion is attached movably with respect to the base portion between a proximal and a distal end position along a main direction of extent, and e. the discharge head has a pumping device with a volumetrically variable pump chamber, an inlet valve and an outlet valve, by means of which valves liquid can be conveyed out of the liquid reservoir to the outlet opening, wherein the pump chamber is delimited by a wall of the base portion and a wall of the movable massage portion, f. the discharge head has a slotted-guide mechanism (40, 60) with a slotted-guide track and a slotted-guide slider, by way of which a guided movement of the massage portion with respect to the base portion in the superimposed direction of rotation and main direction of extent is enabled.
An active thermal management device comprising a phase change material unit configured to store thermal energy, a switch configured to thermally connect the phase change material unit with a source of thermal energy, a further switch configured to thermally connect the phase change material unit to a sink of thermal energy, characterised in that the active thermal management device further comprises a first group of lighting emitting diodes operable as the source of thermal energy.
A compound of Formula I: [R a -NP] m -L p wherein NP is EWDLVGIPGKRSERFYECCKE [SEQ ID NO:1] or SERFYECCKE [SEQ ID NO: 12]; m is 1 or 2; p is 0 when m is 1 and p is 1 when m is 2; L is a linker group; R a is a group of the formula: wherein * represents the site of attachment to NP; n is 1 or 2; R 2 is C 1-6 alkyl; and R 3 and R 4 are independently selected from H and C 1-4 alkyl, or pharmaceutically acceptable salts thereof. NP is EWDLVGIPGKRSERFYECCKE [SEQ ID NO:1] or SERFYECCKE [SEQ ID NO: 12]; m is 1 or 2; p is 0 when m is 1 and p is 1 when m is 2; L is a linker group; R a is a group of the formula: wherein * represents the site of attachment to NP; n is 1 or 2; R 2 is C 1-6 alkyl; and R 3 and R 4 are independently selected from H and C 1-4 alkyl, * represents the site of attachment to NP; n is 1 or 2; R 2 is C 1-6 alkyl; and R 3 and R 4 are independently selected from H and C 1-4 alkyl,
An aqueous resin dispersion, obtained by subjecting a polymerizable compound comprising a compound having a carbon-carbon unsaturated bond to an emulsion polymerization in the presence of a surfactant represented by a general formula shown below and a surfactant free from a radical-polymerizable substituent, said surfactant being a non-ionic polyoxyalkylene styrenated phenyl ether: R 1: D-1: D-2: wherein in the general formula, R 0 represents an alkyl group having a carbon number of from 1 to 4, R 1 represents at least one group selected from substituents represented by structural formulae described above, in these structural formulae, R 2 represents a hydrogen atom or a methyl group, D represents a substituent represented by general formula D-1 or D-2 shown above, in these structural formulae, R 3 represents a hydrogen atom or a methyl group, m1 represents a number of from 1 to 2, m2 represents a number of from 1 to 3, m3 represents a number of 0 or 1, AO represents an oxyalkylene group having a carbon number of from 2 to 4, n is an average addition molar number of alkylene oxide and represents a number in a range of from 0 to 1,000, and X represents a group selected from -(CH 2) a -SO 3 M, -(CH 2) b -COOM, -PO 3 M 2, -P O 2 M, and -CO-CH 2 -CH(SO 3 M)-COOM, in these structural formulae, a and b each represents a number of from 0 to 4, Z represents a residue in which X is eliminated from the general formula, and M each represents a hydrogen atom, an alkali metal atom, an alkaline earth metal atom, an alkyl ammonium, an alkanol ammonium, or an ammonium.
Hub for at least partially muscle-powered vehicles and in particular two-wheeled vehicles, having a hub axle, a hub body, a rotatable driving device, and having a freewheel device, wherein the freewheel device comprises a first and a second engagement component (6, 7) cooperating with one another having at least one axial toothing (8, 9) each, wherein the freewheel device is biased to an engaging position via a magnetic biasing device, wherein a first magnetic device biases the first engagement component and a second magnetic device biases the second engagement component to the engaging position, characterized in that both the first magnetic device and the second magnetic device comprise a pair of mutually repelling magnetic components each, and that at least one magnetic component (14, 24) comprises at least one carrier unit (15, 25) and a multitude of magnetic units (18, 28) disposed thereat.