mhurhangee/ep-ind-claims huggingface dataset:
A chip comprising: a logic device; and a non-reprogrammable ROM provided in a system on chip of the chip, the ROM storing a plurality of compressed configuration images for configuring the logic device; wherein the chip further comprises a control block having a mode selection pin adapted to receive a selected mode, the selected mode being one or both of a boot mode and a configuration mode; the control block is adapted, in the configuration mode, to select a configuration image from the plurality of configuration images stored in said ROM and an external memory, wherein the boot mode is for booting the system on chip, and the control block is caused, in the configuration mode, to avoid using uncompressed configuration information from the external memory and to use instead configuration information based on a compressed configuration image stored in the ROM. a logic device; and a non-reprogrammable ROM provided in a system on chip of the chip, the ROM storing a plurality of compressed configuration images for configuring the logic device; wherein the chip further comprises a control block having a mode selection pin adapted to receive a selected mode, the selected mode being one or both of a boot mode and a configuration mode; the control block is adapted, in the configuration mode, to select a configuration image from the plurality of configuration images stored in said ROM and an external memory, wherein the boot mode is for booting the system on chip, and the control block is caused, in the configuration mode, to avoid using uncompressed configuration information from the external memory and to use instead configuration information based on a compressed configuration image stored in the ROM.
A method for nanoencapsulation of a plurality of drugs comprising: separately linking each of the plurality of drugs with a corresponding polymer backbone with nearly 100% loading efficiency by forming the corresponding polymer backbone by ring opening polymerization beginning with the corresponding drug, wherein each of the corresponding polymer backbones has the same or similar physicochemical properties and has approximately the same chain length; mixing the plurality of linked drugs and polymers at selectively predetermined ratios at selectively and precisely controlled drug ratios; and synthesizing the mixed plurality of linked drugs and polymers into a nanoparticle. separately linking each of the plurality of drugs with a corresponding polymer backbone with nearly 100% loading efficiency by forming the corresponding polymer backbone by ring opening polymerization beginning with the corresponding drug, wherein each of the corresponding polymer backbones has the same or similar physicochemical properties and has approximately the same chain length; mixing the plurality of linked drugs and polymers at selectively predetermined ratios at selectively and precisely controlled drug ratios; and synthesizing the mixed plurality of linked drugs and polymers into a nanoparticle.
A method for sequencing a nucleic acid sample, comprising: a. providing a plurality of particles adjacent to a sensor array, wherein an individual particle of said plurality is positioned adjacent to an individual sensor of said sensor array and is coupled to a nucleic acid molecule generated from said nucleic acid sample, wherein said sensor array is capable of parallel sequencing of said nucleic acid sample, and wherein said individual sensor provides a virtual wall by a local electric field or local magnetic field during sequencing that isolates said individual sensor from other sensors of said sensor array; b. hybridizing a primer to said nucleic acid molecule; c. performing a primer extension reaction by contacting said nucleic acid molecule with nucleotide bases in the presence of a polymerase adjacent to said nucleic acid molecule; d. detecting an impedance surface change of said individual particle resulting from incorporation events associated with one or more of said nucleotide bases during said primer extension reaction; e. monitoring and correcting for phase error introduced during said primer extension reaction; and f. generating a sequence of said nucleic acid sample at reduced phase error. a. providing a plurality of particles adjacent to a sensor array, wherein an individual particle of said plurality is positioned adjacent to an individual sensor of said sensor array and is coupled to a nucleic acid molecule generated from said nucleic acid sample, wherein said sensor array is capable of parallel sequencing of said nucleic acid sample, and wherein said individual sensor provides a virtual wall by a local electric field or local magnetic field during sequencing that isolates said individual sensor from other sensors of said sensor array; b. hybridizing a primer to said nucleic acid molecule; c. performing a primer extension reaction by contacting said nucleic acid molecule with nucleotide bases in the presence of a polymerase adjacent to said nucleic acid molecule; d. detecting an impedance surface change of said individual particle resulting from incorporation events associated with one or more of said nucleotide bases during said primer extension reaction; e. monitoring and correcting for phase error introduced during said primer extension reaction; and f. generating a sequence of said nucleic acid sample at reduced phase error.
An ADAM9 inhibitor compound or a pharmaceutically acceptable salt, hydrate or stereoisomer of the compound for use in treatment of cancer, and/or inhibition of the growth or metastasis of cancer cells in a person in need thereof, wherein the ADAM9 inhibitor compound represented by a structural formula of the following table: compound structural formula 2X-0295 2X-0336 4X-0296 4X-0301 4X-0302 4X-0311 4X-0312 4X-0314 5X-0314 6X-0202 6X-0214 6X-0229 6X-0309 6X-0310 6X-0311 11W-0296 12W-0232 12W-0264 12W-0266 12W-0271 12W-0272 12W-0274 12W-0275 12W-0290 13W-0300 13W-0301 13W-0302 13W-0303 13W-0304 13W-0305 13W-0306 13W-0307
An electrical capacitance tomography system for determining, in use, a distribution of a fluid in a vessel comprising: a plurality of electrodes disposed in or about the vessel; and a processor operably coupled to the electrodes and being configured to determine from outputs therefrom, by an ECT method, the distribution of fluid in the vessel, wherein at least some of the plurality of electrodes are mesh electrodes characterised in that the mesh electrodes and the vessel are configured to permit a second non-ECT system to measure the fluid distribution inside the vessel; wherein at least one portion of the vessel is transparent to visible light; wherein the mesh electrodes are substantially transparent to visible light; and wherein the at least one portion transparent to visible light is in alignment with the substantially transparent mesh electrodes to permit the second non-ECT system to measure the fluid distribution inside the vessel. a plurality of electrodes disposed in or about the vessel; and a processor operably coupled to the electrodes and being configured to determine from outputs therefrom, by an ECT method, the distribution of fluid in the vessel, wherein at least some of the plurality of electrodes are mesh electrodes characterised in that the mesh electrodes and the vessel are configured to permit a second non-ECT system to measure the fluid distribution inside the vessel; wherein at least one portion of the vessel is transparent to visible light; wherein the mesh electrodes are substantially transparent to visible light; and wherein the at least one portion transparent to visible light is in alignment with the substantially transparent mesh electrodes to permit the second non-ECT system to measure the fluid distribution inside the vessel.
A method of a circuit including a sensor /microcontroller, MCU, circuit component, a battery, a current limiting component, a transmitter and a reservoir capacitor, the sensor/MCU circuit component being configured to generate sensor data, comprising: passively draining current from the battery via the current limiting component to the reservoir capacitor to store energy in the reservoir capacitor so that during the operation of the circuit, the transmitter utilises energy only from the reservoir capacitor; and generating a signal including a series of data packets including sensor data at particular time intervals wherein the sensor/MCU circuit component simultaneously passively drains current from the battery so that during operation of the circuit, the passive drain of the battery is the only source of energy to the sensor/MCU circuit component; and transmitting the series of data packets with only the stored energy of the reservoir capacitor, and wherein the series of data packets is configured so that the transmitting step does not drain the reservoir capacitor of all stored energy. passively draining current from the battery via the current limiting component to the reservoir capacitor to store energy in the reservoir capacitor so that during the operation of the circuit, the transmitter utilises energy only from the reservoir capacitor; and generating a signal including a series of data packets including sensor data at particular time intervals wherein the sensor/MCU circuit component simultaneously passively drains current from the battery so that during operation of the circuit, the passive drain of the battery is the only source of energy to the sensor/MCU circuit component; and transmitting the series of data packets with only the stored energy of the reservoir capacitor, and wherein the series of data packets is configured so that the transmitting step does not drain the reservoir capacitor of all stored energy.
A yarn winding machine comprising: a plurality of winding units; a section duct through which rejection material generated in at least one of the winding units flows; a section suction device having a rotating blade and generating a suction current in the section duct for sucking the rejection material from the winding unit; a filter member arranged between the section duct and the section suction device; a main duct connected to the section duct and through which the rejection material from the section duct flows; a main suction device that generates a suction current in the main duct for moving the rejection material from the section duct; and a controlling section that performs, when the main suction device is generating the suction current, a deceleration control of temporarily reducing a rotational speed of the blade while maintaining the rotating state of the blade, characterized in that the section suction device includes a section driving section that generates a power to rotate the blade, and the controlling section performs the deceleration control by turning off an electric power of the section driving section and turns on the electric power of the section driving section before the rotation of the blade of the section suction device stops. a plurality of winding units; a section duct through which rejection material generated in at least one of the winding units flows; a section suction device having a rotating blade and generating a suction current in the section duct for sucking the rejection material from the winding unit; a filter member arranged between the section duct and the section suction device; a main duct connected to the section duct and through which the rejection material from the section duct flows; a main suction device that generates a suction current in the main duct for moving the rejection material from the section duct; and a controlling section that performs, when the main suction device is generating the suction current, a deceleration control of temporarily reducing a rotational speed of the blade while maintaining the rotating state of the blade, characterized in that the section suction device includes a section driving section that generates a power to rotate the blade, and the controlling section performs the deceleration control by turning off an electric power of the section driving section and turns on the electric power of the section driving section before the rotation of the blade of the section suction device stops.
A device for feeding products, comprising at least one feeder designed as a conveyor belt, which supplies products to at least one transport system, wherein the transport system has corresponding compartments for receiving a respective product, and the feeder and the transport system are arranged perpendicular to one another, and wherein the transport system is movable in a transport direction that is oriented perpendicular to a feed direction of the feeder, at least one sensor for detecting accumulating products, wherein at least one ejection means is provided for removing at least one product that is located on the feeder and is accumulating, characterized in that the ejection means is arranged between the feeder and the transport system, in that the device comprises a controller that, when the product bottleneck is detected, activates the at least one ejection means and the transport means, and in that the transport system is controlled by the controller in a mode of operation deviating from normal operation for removing at least one accumulating product, namely moved counter to the otherwise usual transport direction. wherein the transport system has corresponding compartments for receiving a respective product, and the feeder and the transport system are arranged perpendicular to one another, and wherein the transport system is movable in a transport direction that is oriented perpendicular to a feed direction of the feeder, at least one sensor for detecting accumulating products, wherein at least one ejection means is provided for removing at least one product that is located on the feeder and is accumulating, characterized in that the ejection means is arranged between the feeder and the transport system, in that the device comprises a controller that, when the product bottleneck is detected, activates the at least one ejection means and the transport means, and in that the transport system is controlled by the controller in a mode of operation deviating from normal operation for removing at least one accumulating product, namely moved counter to the otherwise usual transport direction.
Device with two machine parts (4, 6), which are movable relative to each other and which are connected to each other by means of a supply line, and with a measuring unit - wherein the supply line comprises a sensor line for measuring the torsion of the supply line, and - wherein the sensor line comprises two conductors, which form a conductor pair, with a capacitance which is dependent on the distance between the two conductors, - wherein, to enable the distance between the conductors to be changed during torsion, a soft material is arranged between the two conductors, which is compressed or expanded during torsion, - wherein, to determine the direction of the torsion, the conductor pair is stranded and then, depending on the direction of the torsion, the distance is increased or reduced, - wherein the sensor cable is connected to the measuring unit, which is designed in such a way that the capacitance of the sensor cable is measured and that the torsion is inferred by means of the capacitance. - wherein the supply line comprises a sensor line for measuring the torsion of the supply line, and - wherein the sensor line comprises two conductors, which form a conductor pair, with a capacitance which is dependent on the distance between the two conductors, - wherein, to enable the distance between the conductors to be changed during torsion, a soft material is arranged between the two conductors, which is compressed or expanded during torsion, - wherein, to determine the direction of the torsion, the conductor pair is stranded and then, depending on the direction of the torsion, the distance is increased or reduced, - wherein the sensor cable is connected to the measuring unit, which is designed in such a way that the capacitance of the sensor cable is measured and that the torsion is inferred by means of the capacitance.
A replaceable unit for an electrophotographic image forming device, comprising: a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; and a magnet in the reservoir movable in response to rotation of the shaft; characterized by an engagement member positioned on an exterior of the top of the housing, the engagement member is aligned with a point in a path of movement of the magnet in the reservoir, the engagement member has a front surface that is unobstructed to contact and push a housing in the image forming device supporting a magnetic sensor to an operating position, in which the magnetic sensor is able to detect the magnet in the reservoir, during insertion of the replaceable unit into the image forming device. a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; and a magnet in the reservoir movable in response to rotation of the shaft; characterized by an engagement member positioned on an exterior of the top of the housing, the engagement member is aligned with a point in a path of movement of the magnet in the reservoir, the engagement member has a front surface that is unobstructed to contact and push a housing in the image forming device supporting a magnetic sensor to an operating position, in which the magnetic sensor is able to detect the magnet in the reservoir, during insertion of the replaceable unit into the image forming device.
A micro-gyroscope, particularly for determining rotational motions about an X and/or Y and/or Z axis, having a substrate, having a plurality of oscillating sample masses (4, 5), having springs for attaching the oscillating masses (4, 5) to the substrate, having drive elements, preferably electrodes, particularly fork electrodes, for oscillating at least some of the masses (4, 5) in the radial direction relative to a central armature in the X-Y plane in order to produce Coriolis forces during rotation of the substrate, and having sensor elements in order to detect deflections of the masses (4, 5) particularly due to the Coriolis forces generated, characterized in that, at least some of the masses (4, 5) are disposed in two groups, wherein some of the masses are associated with a first group and others of the masses are associated with a second group, that the masses (4, 5) of both groups can be excited by the drive elements jointly to a primary oscillating motion in the radial direction relative to a central armature in the plane of the X axis / Y axis, and the individual masses (4, 5) are distributed among corresponding secondary motions to be measured as a reaction to the Coriolis forces, that the masses of the first group are disposed on the substrate so as to allow motions out of the X-Y plane as secondary motions, that the masses of the second group are disposed on the substrate so as to allow motions perpendicular to the primary oscillating displacement in the plane of the X axis / Y axis as secondary motions.
Joint body for adjusting a masonry guide relative to a brick wall to be laid, said joint body being configured to be received in a joint of the wall, wherein the joint body (10; 110; 210) comprises two parts (11, 12; 111, 112; 211, 212) of which one part (12; 112; 212) is slideable into the other part (11; 111; 211) to a position of rest, characterized in that the two parts are connected to each other in a position of use by either a breakable connection or a snap connection, which connection serves to fix the parts in the position of use and which connection breaks or snaps loose under the influence of an impact force.
- A device for gripping a shell, comprising a spreader comprising, between its both ends, an attachment point intended to allow a hoist hook to be attached, such that the device comprises, at a first end, or front end, a first open cradle comprising a first gap and intended to support the warhead of a shell, the gripping device comprising, at a second end, or rear end, a second open cradle comprising a second gap and intended to support the base of the shell, the first and second cradles having an inner diameter (01,02) substantially greater than the part of the shell passing therethrough, the device also comprising, at the second cradle, a stop means intended to limit the translation of the shell towards the rear end.
Apparatus for assisting a driver of a vehicle, having a first image capturing device, which is arranged, viewed in the vehicle transverse direction (y), laterally outside on a first exterior side of the vehicle, and a second image capturing device, which is arranged, opposite the first exterior side, on a second exterior side of the vehicle, wherein in each case a driving path region (15, 17), located, viewed in the vehicle transverse direction (y), laterally next to the vehicle and, viewed in the vehicle longitudinal direction (x), behind a driver of the vehicle, is capturable in image and/or film by means of each image capturing device (9, 13), and having a display device, by means of which a portion of the captured driving path regions (15, 17) is displayable to the driver, wherein the image capturing devices (9, 13) and the display device form a substitution for lateral vehicle external mirrors, characterized in that an object ascertainment device is provided, which is connected via a data link to the image capturing devices (9, 13) and by means of which the positions of objects, which are located in driving path regions (15, 17) which have been captured by means of the image capturing devices (9, 13), relative to the vehicle are ascertainable from the recordings of the image capturing devices (9, 13), wherein the image capturing devices (9, 13) and the object ascertainment device form a stereo camera system, in that at least one partial region of the capturable driving path regions (15, 17) is not simultaneously capturable by means of the image capturing devices (9, 13), with the result that said partial region does not form an overlap region of the captured driving path regions (15, 17), in that a position ascertainment device is provided, by means of which a first position of the vehicle on the driving path is ascertainable at a first time point (t 1), and by means of which a second position of the vehicle, which differs from the first position, on the driving path is ascertainable at a second time point (t 2), wherein a partial region of the driving path regions (15, 17) which is not simultaneously capturable is capturable in the first position by means of the first image capturing device, while said partial region is capturable in the second position by means of the second image capturing device, and in that the positions of objects, located in the partial region which is not simultaneously capturable, relative to the vehicle are ascertainable by means of the object ascertainment device from the different positions (31, 33) which have been ascertained by means of the position ascertainment device, and from the partial region which has been captured in the different positions (31, 33) by means of the image capturing devices (9, 13).