mhurhangee/ep-ind-claims huggingface dataset:
A resin modified dental luting cement composition comprising (a) a polymerizable resin component; (b) a polyacidic polymer component; (c) a filler component comprising a particulate zinc oxide containing filler adapted to be reactive with the polyacidic polymer component in a cement reaction, and an inert particulate filler which cannot react with the polyacidic polymer in a cement reaction; (d) a redox initiator system for initiating polymerization of the polymerizable resin component, which comprises an oxidizing agent and a reducing agent; and (e) water, characterized in that the polymerizable resin component comprises a compound of the following formula: wherein R 1 and R 2 which may be the same or different, independently represent a hydrogen atom or a C 1-6 alkyl group or a C 1-6 fluoroalkyl group; R 3 which may the same or different when more than one R 3 is present, independently represent a hydrogen atom or a C 1-6 alkyl group or a C 1- 6 fluoroalkyl group; R 4 represents a hydrogen atom or a C 1-6 alkyl group or a C 1-6 fluoroalkyl group; a is an integer of from 1 to 4; b is 0 or an integer of from 1 to 9; and c is 0 or an integer of from 1 to 9. (a) a polymerizable resin component; (b) a polyacidic polymer component; (c) a filler component comprising a particulate zinc oxide containing filler adapted to be reactive with the polyacidic polymer component in a cement reaction, and an inert particulate filler which cannot react with the polyacidic polymer in a cement reaction; a particulate zinc oxide containing filler adapted to be reactive with the polyacidic polymer component in a cement reaction, and an inert particulate filler which cannot react with the polyacidic polymer in a cement reaction; (d) a redox initiator system for initiating polymerization of the polymerizable resin component, which comprises an oxidizing agent and a reducing agent; and (e) water, R 1 and R 2 which may be the same or different, independently represent a hydrogen atom or a C 1-6 alkyl group or a C 1-6 fluoroalkyl group; R 3 which may the same or different when more than one R 3 is present, independently represent a hydrogen atom or a C 1-6 alkyl group or a C 1- 6 fluoroalkyl group; R 4 represents a hydrogen atom or a C 1-6 alkyl group or a C 1-6 fluoroalkyl group; a is an integer of from 1 to 4; b is 0 or an integer of from 1 to 9; and c is 0 or an integer of from 1 to 9.
An accumulating apparatus for accumulating continuous sheet supplied from an upstream apparatus while continuously feeding said continuous sheet to a downstream apparatus, comprising: upper rollers each of which is parallel with a horizontal direction; lower rollers each of which is parallel with a horizontal direction; an upper arm and a lower arm; and a motion transmitting mechanism (60, 60a, 60b) mechanically coupling said upper arm with said lower arm, when one arm of said upper arm and said lower arm is moved with respect to a vertical direction, said motion transmitting mechanism simultaneously moving the other arm toward an opposite direction with respect to said vertical direction; wherein said upper rollers are arranged along an arm main body of said upper arm, said lower rollers are arranged along an arm main body of said lower arm, said continuous sheet is held in contact with said upper rollers and said lower rollers alternately to repeatedly travel between said upper arm and said lower arm, and said motion transmitting mechanism is a plurality of gears comprising: an upper gear fixed to said upper arm; and a lower gear fixed to said lower arm and engaged with said upper gear; characterized in that said upper arm and said lower arm are swung up and down, and in a state where said continuous sheet is removed from said upper arm and said lower arm, said upper arm and said lower arm are moved away from each other. upper rollers each of which is parallel with a horizontal direction; lower rollers each of which is parallel with a horizontal direction; an upper arm and a lower arm; and a motion transmitting mechanism (60, 60a, 60b) mechanically coupling said upper arm with said lower arm, when one arm of said upper arm and said lower arm is moved with respect to a vertical direction, said motion transmitting mechanism simultaneously moving the other arm toward an opposite direction with respect to said vertical direction; wherein said upper rollers are arranged along an arm main body of said upper arm, said lower rollers are arranged along an arm main body of said lower arm, said continuous sheet is held in contact with said upper rollers and said lower rollers alternately to repeatedly travel between said upper arm and said lower arm, and said motion transmitting mechanism is a plurality of gears comprising: an upper gear fixed to said upper arm; and a lower gear fixed to said lower arm and engaged with said upper gear; an upper gear fixed to said upper arm; and a lower gear fixed to said lower arm and engaged with said upper gear; characterized in that said upper arm and said lower arm are swung up and down, and in a state where said continuous sheet is removed from said upper arm and said lower arm, said upper arm and said lower arm are moved away from each other.
A paper sheet recognition apparatus for determining fitness of a paper sheet based on a captured image of the paper sheet, the paper sheet recognition apparatus comprising: a storage section that stores threshold value information; a fitness determining unit that determines the fitness of the paper sheet based on a threshold value in a valid area by referring to the threshold value information in the storage section, the fitness including a plurality of categories; a statistics calculating unit that uses the captured image of the paper sheet to be learned as a learning-purpose image that is divided into areas of a predetermined number of pixels, and calculates statistics for each of the areas by statistically calculating a summation value for the pixels included in the area for a plurality of the learning-purpose images; and a valid area determining unit that determines the valid area of the image for each of the plurality of categories based on the statistics; characterized by a threshold value determining unit that determines the threshold value in the valid area for each of the plurality of categories based on the statistics and stores a determined threshold value as the threshold value information in the storage section. a storage section that stores threshold value information; a fitness determining unit that determines the fitness of the paper sheet based on a threshold value in a valid area by referring to the threshold value information in the storage section, the fitness including a plurality of categories; a statistics calculating unit that uses the captured image of the paper sheet to be learned as a learning-purpose image that is divided into areas of a predetermined number of pixels, and calculates statistics for each of the areas by statistically calculating a summation value for the pixels included in the area for a plurality of the learning-purpose images; and a valid area determining unit that determines the valid area of the image for each of the plurality of categories based on the statistics; characterized by a threshold value determining unit that determines the threshold value in the valid area for each of the plurality of categories based on the statistics and stores a determined threshold value as the threshold value information in the storage section.
A flexible screen comprising a display area and a bonding structure, the bonding structure comprising a bonding area connected to the display area and a chip mounted in the bonding area; wherein a flexible protective layer is arranged in the bonding area and the flexible protective layer surrounds around the chip, the flexible protective layer comprises a first protective layer arranged around the chip in the horizonal direction and a second protective layer arranged at the periphery of the first protective layer in the horizontal direction; an inner side of the first protective layer is attached at peripheral edges of the chip, so that the peripheral edges of the chip are connected to a surface of the flexible screen by the first protective layer, the first protective layer and the second protective layer have different materials and both are flexible materials, a thickness of the first protective layer is greater than that of the second protective layer; the second protective layer covers the first protective layer, the second protective layer is distributed in the bonding area, and covers the peripheral areas of the chip; and the first protective layer is a polyimide adhesive layer coated around the chip, and the second protective layer is a UV adhesive layer coated at the periphery of the first protective layer. the bonding structure comprising a bonding area connected to the display area and a chip mounted in the bonding area; wherein a flexible protective layer is arranged in the bonding area and the flexible protective layer surrounds around the chip, the flexible protective layer comprises a first protective layer arranged around the chip in the horizonal direction and a second protective layer arranged at the periphery of the first protective layer in the horizontal direction; an inner side of the first protective layer is attached at peripheral edges of the chip, so that the peripheral edges of the chip are connected to a surface of the flexible screen by the first protective layer, the first protective layer and the second protective layer have different materials and both are flexible materials, a thickness of the first protective layer is greater than that of the second protective layer; the second protective layer covers the first protective layer, the second protective layer is distributed in the bonding area, and covers the peripheral areas of the chip; and the first protective layer is a polyimide adhesive layer coated around the chip, and the second protective layer is a UV adhesive layer coated at the periphery of the first protective layer.
A method for immobilizing a molecularly imprinted polymer onto a substrate, comprising: a. providing a substrate having an amorphous carbon surface; and b. grafting covalently the molecularly imprinted polymer directly onto the amorphous carbon surface, wherein step b comprises - contacting a precursor mixture of the molecularly imprinted polymer with the amorphous carbon surface-the precursor mixture comprising unreacted alkenyl groups-and polymerizing the precursor mixture, wherein polymerizing the precursor mixture comprises exposing the precursor mixture to UV light, or - providing molecularly imprinted polymer particles onto the amorphous carbon surface-the molecularly imprinted polymer particles comprising unreacted alkenyl groups-and photografting the molecularly imprinted polymer particles onto the amorphous carbon surface by exposure to UV light, thereby reacting the unreacted alkenyl groups with the amorphous carbon surface to form the direct covalent grafting. a. providing a substrate having an amorphous carbon surface; and b. grafting covalently the molecularly imprinted polymer directly onto the amorphous carbon surface, - contacting a precursor mixture of the molecularly imprinted polymer with the amorphous carbon surface-the precursor mixture comprising unreacted alkenyl groups-and polymerizing the precursor mixture, wherein polymerizing the precursor mixture comprises exposing the precursor mixture to UV light, or - providing molecularly imprinted polymer particles onto the amorphous carbon surface-the molecularly imprinted polymer particles comprising unreacted alkenyl groups-and photografting the molecularly imprinted polymer particles onto the amorphous carbon surface by exposure to UV light,
A dispenser member, such as a pump or a valve, including a body defining an inlet tube and in which a valve rod is axially movable back and forth, the body being provided with a vent lip that extends around the body, pointing outwards and downwards towards the inlet tube, thereby defining an outer edge that is not in contact with the body, the vent lip being formed by a sleeve that is engaged axially around the body to form a seal between them, characterized in that the sleeve form a leaktight sheath that is engaged in leaktight manner around the inlet tube of the body the vent lip being situated axially above the sealing sheath.
Electrical supply equipment for an agricultural or municipal working vehicle, in particular a tractor, and/or attachments which can be coupled to the working vehicle, wherein the equipment has a generator for generating electrical energy, in particular a low voltage generator, which can be driven by a propulsion engine of the working vehicle, and at least one connection device for transmitting the electrical energy generated by the generator during operation to the attachment, characterized in that the equipment has a protection device interposed between the generator and the at least one connection device for intercepting voltage spikes in the event of a surge occurring during an operation of the generator, wherein the protection device has at least one braking chopper and at least one braking resistor connected thereto.
A method for controlling service parameters for the use of a communication connection for exchanging words, such as speech/voice, and/or data between subscribers (A-Party, B-Party), wherein one subscriber (A-Party) uses a mobile terminal that is operable in a mobile network forming a service area having a cellular network structure composed of radio cells (2, 3, 4, 5, 6) for the communication connection and at least one preferred area is setup by the mobile network, which area is at least partially located in the service area of the mobile network, in which preferred area one can setup separately adjustable service parameters for the use of a communication connection for at least one subscriber (A-Party), if this one is staying in the preferred area, wherein a device transmits and/or delivers an identifier for the control of separately adjustable service parameters for the use of a communication connection in the preferred area to at least one subscriber (A-Party), the subscriber (A-Party) transmits the identifier to the mobile network by means of a message service of the mobile network before and/or upon initiation of a communication connection, the mobile network allocates the identifier to the MSISDN of the subscriber (A-Party), sets up and activates separately adjustable service parameters for the use of a communication connection in the preferred area corresponding to the transmitted identifier, and the activated service parameters will be used for the communication connection if a communication connection is initiated when the subscriber (A-Party) is staying in the preferred area.
A display device, comprising: a display module configured to display an image; a printed circuit board disposed below the display module; and a flexible substrate comprising two opposite ends that are connected to the display module and the printed circuit board, respectively, wherein the flexible substrate comprises: a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module and the printed circuit board, respectively, thereby connecting the display module electrically to the printed circuit board; a bubble-prevention layer disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer disposed on the circuit layer (FBCB) and the bubble-prevention layer to cover the circuit layer (FBCB) and the bubble-prevention layer, wherein at least a portion of the flexible substrate positioned between the two opposite ends of the flexible substrate is bent to form a bent portion, wherein the bubble-prevention layer comprises a surface, on which a plurality of dents, grooves, or protrusions are defined. a display module configured to display an image; a printed circuit board disposed below the display module; and a flexible substrate comprising two opposite ends that are connected to the display module and the printed circuit board, respectively, wherein the flexible substrate comprises: a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module and the printed circuit board, respectively, thereby connecting the display module electrically to the printed circuit board; a bubble-prevention layer disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer disposed on the circuit layer (FBCB) and the bubble-prevention layer to cover the circuit layer (FBCB) and the bubble-prevention layer, wherein at least a portion of the flexible substrate positioned between the two opposite ends of the flexible substrate is bent to form a bent portion, wherein the bubble-prevention layer comprises a surface, on which a plurality of dents, grooves, or protrusions are defined. a circuit layer (FBCB) comprising two opposite ends, which are in contact with the display module and the printed circuit board, respectively, thereby connecting the display module electrically to the printed circuit board; a bubble-prevention layer disposed on the two opposite ends of the circuit layer (FBCB); and a cover layer disposed on the circuit layer (FBCB) and the bubble-prevention layer to cover the circuit layer (FBCB) and the bubble-prevention layer, wherein at least a portion of the flexible substrate positioned between the two opposite ends of the flexible substrate is bent to form a bent portion, wherein the bubble-prevention layer comprises a surface, on which a plurality of dents, grooves, or protrusions are defined.
Apparatus for determining the electrical conductivity of target human or animal tissue using magnetic impedance spectroscopy comprising: excitation means for producing a magnetic field which is capable of inducing currents in the target human or animal tissue; detection means for detecting perturbations in said magnetic field caused by said induced currents, the detection means including screening means for minimising sensitivity to tissues other than the target tissue; processing means for determining an electrical conductivity of said target human or animal tissue from said perturbations; wherein said excitation means and said detection means are arranged co-linearly with the detection means comprising two sensing coils, placed at equal distances on either side of the excitation means such that the target tissue can be placed in front of one of the sensing coils such that, in use, the target tissue is not located between said excitation means and said detection means. excitation means for producing a magnetic field which is capable of inducing currents in the target human or animal tissue; detection means for detecting perturbations in said magnetic field caused by said induced currents, the detection means including screening means for minimising sensitivity to tissues other than the target tissue; processing means for determining an electrical conductivity of said target human or animal tissue from said perturbations; wherein said excitation means and said detection means are arranged co-linearly with the detection means comprising two sensing coils, placed at equal distances on either side of the excitation means such that the target tissue can be placed in front of one of the sensing coils such that, in use, the target tissue is not located between said excitation means and said detection means.
A power conversion system for driving an AC motor comprising: a first power conversion apparatus comprising a cascade of a first converter configured to control its DC output voltage and a first inverter; and a second power conversion apparatus comprising a cascade of a second converter configured to control its DC output voltage and a second inverter, wherein, outputs of the first inverter and the second inverter are connected in parallel via a coupling reactor, characterized in that the power conversion system is configured to control the DC output voltage of the first converter or the DC output voltage of the second converter in accordance with a difference between a first detection current detected by a first current detector detecting an output current of the first inverter and a second detection current detected by a second current detector detecting an output current of the second inverter to suppress a cross current flowing between the first inverter and the second inverter. a first power conversion apparatus comprising a cascade of a first converter configured to control its DC output voltage and a first inverter; and a second power conversion apparatus comprising a cascade of a second converter configured to control its DC output voltage and a second inverter, wherein, outputs of the first inverter and the second inverter are connected in parallel via a coupling reactor, characterized in that the power conversion system is configured to control the DC output voltage of the first converter or the DC output voltage of the second converter in accordance with a difference between a first detection current detected by a first current detector detecting an output current of the first inverter and a second detection current detected by a second current detector detecting an output current of the second inverter to suppress a cross current flowing between the first inverter and the second inverter.
A method for adjusting the ignition advance, controlled by a computer, of an internal combustion engine including at least one cylinder, this method including the operations consisting, for the computer, in: - recording a number of cycles performed in the cylinder and the value of an ignition advance curative correction for each cycle, and - calculating an ignition advance adaptive correction during which the computer averages the curative correction value as a function of the number of cycles elapsed, then calculates an adaptive correction value on the basis of this average, characterized in that the triggering of the task of calculating the adaptive correction is realised when a predefined number of cycles has been reached, this number of cycles triggering the task of calculating the adaptive correction being variable and defined by the computer as a function of the operating speed of the engine. - recording a number of cycles performed in the cylinder and the value of an ignition advance curative correction for each cycle, and - calculating an ignition advance adaptive correction during which the computer averages the curative correction value as a function of the number of cycles elapsed, then calculates an adaptive correction value on the basis of this average,