mhurhangee/patent-ind-claim-en huggingface dataset:
A light source comprising a light-emitting diode, LED, and including an illumination ramping circuit for the light-emitting diode, LED, comprising: a first control path including a first resistor in series with a first diode , the first control path configured to control an on time of the LED; a second control path including a second resistor in series with a second diode , the second control path configured to control an off time of the LED, the first and second control paths being in parallel with one another, in between a first node and a second node ; a capacitor coupled between the second node and an electrical ground ; and a transistor for switching the LED on and off, the transistor including a gate terminal coupled to the second node wherein the first resistor and the second resistor are connected in the second node with the capacitor and a gate terminal of the transistor, and the LED is coupled between the source terminal of the transistor and the electrical ground ; and wherein one of the first resistor and the second resistor is a variable resistor. a first control path including a first resistor in series with a first diode , the first control path configured to control an on time of the LED; a second control path including a second resistor in series with a second diode , the second control path configured to control an off time of the LED, the first and second control paths being in parallel with one another, in between a first node and a second node ; a capacitor coupled between the second node and an electrical ground ; and a transistor for switching the LED on and off, the transistor including a gate terminal coupled to the second node wherein the first resistor and the second resistor are connected in the second node with the capacitor and a gate terminal of the transistor, and the LED is coupled between the source terminal of the transistor and the electrical ground ; and wherein one of the first resistor and the second resistor is a variable resistor.
A vehicle headlamp comprising a main lighting module arranged to emit a main light beam corresponding to a low beam, a plurality of adjacent complementary lighting modules (3, 3', 3"), each arranged to emit a complementary light beam different from said main light beam means for adjusting the elevation and azimuth of each of said light modules (2, 2', 2", 3, 3', 3"), and a control unit , characterized in that the adjusting means is capable of adjusting the elevational and azimuthal orientation of each of said complementary light modules independently of each other so as to perform a plurality of distinct photometric functions and in that the complementary modules (3, 3', 3") are arranged and controlled by the control unit which is able to control the lighting intensity and the orientation of each of the complementary lighting modules in order to project their beams (74, 73, and 72) from a side face of the main beam according to the angle of rotation of the steering wheel of the vehicle in order to achieve a continuous complementary lighting of the main beam during a turn.
An electrically power assisted bicycle, comprising: an electric motor configured to generate an assist force assisting human power of a rider; a detachable battery configured to supply electric power to at least the electric motor ; and an operation panel including at least one operation button configured to accept an input operation from the rider, a time display area configured to display time, a control circuit configured to control display in the time display area , and a built-in battery configured to supply electric power to the control circuit ; wherein: in a state where the detachable battery is attached to the electrically power assisted bicycle and the electrically power assisted bicycle is in a power-on state, the control circuit is allowed to be supplied with the electric power from the detachable battery ; and in the case where the electrically power assisted bicycle is turned on from a power-off state in a state where a remaining capacity of the built-in battery is insufficient, the control circuit is configured to control display, in the time display area , to not display the reset time but information different from the time is displayed, indicating that the remaining capacity of the built-in battery is insufficient. an electric motor configured to generate an assist force assisting human power of a rider; a detachable battery configured to supply electric power to at least the electric motor ; and an operation panel including at least one operation button configured to accept an input operation from the rider, a time display area configured to display time, a control circuit configured to control display in the time display area , and a built-in battery configured to supply electric power to the control circuit ; wherein: in a state where the detachable battery is attached to the electrically power assisted bicycle and the electrically power assisted bicycle is in a power-on state, the control circuit is allowed to be supplied with the electric power from the detachable battery ; and in the case where the electrically power assisted bicycle is turned on from a power-off state in a state where a remaining capacity of the built-in battery is insufficient, the control circuit is configured to control display, in the time display area , to not display the reset time but information different from the time is displayed, indicating that the remaining capacity of the built-in battery is insufficient. in a state where the detachable battery is attached to the electrically power assisted bicycle and the electrically power assisted bicycle is in a power-on state, the control circuit is allowed to be supplied with the electric power from the detachable battery ; and in the case where the electrically power assisted bicycle is turned on from a power-off state in a state where a remaining capacity of the built-in battery is insufficient, the control circuit is configured to control display, in the time display area , to not display the reset time but information different from the time is displayed, indicating that the remaining capacity of the built-in battery is insufficient.
A composition, comprising: a microvesicle derived from an edible plant; and a plasma membrane coating the microvesicle, the plasma membrane derived from a targeting cell. a microvesicle derived from an edible plant; and a plasma membrane coating the microvesicle, the plasma membrane derived from a targeting cell.
A method performed by a User Equipment, UE, providing uplink based mobility operation of the user equipment, UE , in a wireless network, the method comprising: obtaining, by the UE , an uplink-based, UL-based, mobility specific identification, ID, in a mobility configuration message provided to the UE by an access node when the UE is initially configured for uplink based mobility operation of the uplink mobility procedure in the wireless network, wherein obtaining, by the UE , the UL-based mobility specific ID comprise receiving the UL-based mobility specific ID by the UE in the mobility configuration message when the UE transits from downlink based mobility to uplink based mobility and wherein the UL-based mobility specific ID is unique within a zone and may be utilized with respect to a plurality of cells in the wireless network; and utilizing, by the UE , the UL-based mobility specific ID for decoding signals transmitted to the UE in operation of the uplink mobility procedure. obtaining, by the UE , an uplink-based, UL-based, mobility specific identification, ID, in a mobility configuration message provided to the UE by an access node when the UE is initially configured for uplink based mobility operation of the uplink mobility procedure in the wireless network, wherein obtaining, by the UE , the UL-based mobility specific ID comprise receiving the UL-based mobility specific ID by the UE in the mobility configuration message when the UE transits from downlink based mobility to uplink based mobility and wherein the UL-based mobility specific ID is unique within a zone and may be utilized with respect to a plurality of cells in the wireless network; and utilizing, by the UE , the UL-based mobility specific ID for decoding signals transmitted to the UE in operation of the uplink mobility procedure.
Cellulose acetate having a cellulose triacetate I crystal structure, wherein a temperature at which a weight loss relative to weight at 100°C reaches 5% is 200°C or higher when the cellulose acetate is heated at a heating rate of 10°C/min under a nitrogen atmosphere; wherein a combined sulfuric acid content is 20 ppm or greater and 500 ppm or less; and wherein the average degree of substitution of the cellulose acetate is 2.0 or higher and 3.0 or lower. a temperature at which a weight loss relative to weight at 100°C reaches 5% is 200°C or higher when the cellulose acetate is heated at a heating rate of 10°C/min under a nitrogen atmosphere; wherein a combined sulfuric acid content is 20 ppm or greater and 500 ppm or less; and wherein the average degree of substitution of the cellulose acetate is 2.0 or higher and 3.0 or lower.
A composition comprising bacteria selected from the group consisting of Enterococcus hirae, Lactobacillus johnsonii and mixtures thereof, for use as an adjuvant to an antineoplastic treatment administered to a cancer patient.
An organic light-emitting diode, OLED, display apparatus comprising: a plurality of components (240-1, 240-2, ..., 240-n) which are to perform an operation of the OLED display apparatus; a power supplying unit ; a rectifier which rectifies an input voltage supplied from the power supplying unit, wherein the rectifier comprises a power factor correction, PFC, unit which corrects a power factor of the input voltage; and a voltage level converter which converts a level of the input voltage rectified by the rectifier and supplies the input voltage having the converted level to the plurality of components, wherein the voltage level converter converts a level of a direct current, DC, voltage output from the PFC unit into a voltage level for driving a display panel and supplies the DC voltage having the voltage level to the plurality of components, a controller which turns on the PFC unit when the display panel performs a light emitting operation, characterised in that the controller turns off the PFC unit when the display panel performs a data voltage charging operation. a plurality of components (240-1, 240-2, ..., 240-n) which are to perform an operation of the OLED display apparatus; a power supplying unit ; a rectifier which rectifies an input voltage supplied from the power supplying unit, wherein the rectifier comprises a power factor correction, PFC, unit which corrects a power factor of the input voltage; and a voltage level converter which converts a level of the input voltage rectified by the rectifier and supplies the input voltage having the converted level to the plurality of components, wherein the voltage level converter converts a level of a direct current, DC, voltage output from the PFC unit into a voltage level for driving a display panel and supplies the DC voltage having the voltage level to the plurality of components, a controller which turns on the PFC unit when the display panel performs a light emitting operation, characterised in that the controller turns off the PFC unit when the display panel performs a data voltage charging operation.
A composition for detection of SARS-CoV-2 viral gene, the composition comprising: a primer of SEQ ID NO: 1, a primer of SEQ ID NO: 2, and a probe of SEQ ID NO: 3; or a primer of SEQ ID NO: 4, a primer of SEQ ID NO: 5, and a probe of SEQ ID NO: 6.
Removable electric propulsion system for a rolling object , said propulsion system comprising a chassis provided with at least one wheel driven by an electric machine and with at least one non-driven wheel , said electric propulsion system comprising at least one means for hitching said electric propulsion system to said rolling object , said hitching means comprising two means for the combined and simultaneous gripping and lifting of wheels of said rolling object , said means being connected to one another by an actuator allowing the combined and simultaneous gripping and lifting means to be moved towards or away from one another, characterized in that at least one of said combined and simultaneous gripping and lifting means comprises at least one frame connected to the chassis and at least one pivoting element capable of supporting the wheel of the rolling object , said frame being connected to at least one pivoting element by a first pivot connection of substantially horizontal axis, the pivoting element being a rocker, the rocker comprising two planar parts that are rigidly connected to one another and form a non-zero open angle (θ), the axis of rotation of the rocker being positioned at the connection between the two planar parts of the rocker so as to form a bend, the two planar parts of the rocker serving to cause the rocker to pivot about its axis of rotation, in one direction or the other, without using an actuator to generate the pivoting.
A circulator , comprising: first , second and third conductors forming three equally spaced junctions; and a permanent magnet in operable communication with the first second and third conductors and configured to apply a shaped bias magnetic field to a ferrite resonator in operable communication with the first, second, and third conductors, characterised in that the permanent magnet comprises a substantially planar and monolithic structure having at least first and second substantially concentric regions defined thereon, the first region comprising an inner concentric region having a first magnetic field strength level and the second region comprising an outer concentric region having a second magnetic field strength level, wherein the first magnetic field strength level is higher than the second level, and wherein the first and second magnetic field strength levels are configured to cooperate to shape an external bias magnetic field of the permanent magnet to counteract at least a portion of a demagnetizing effect resulting from of an overall shape of the ferrite resonator, so as to achieve a substantially uniform internal magnetic bias within at least a portion of the ferrite resonator. first , second and third conductors forming three equally spaced junctions; and a permanent magnet in operable communication with the first second and third conductors and configured to apply a shaped bias magnetic field to a ferrite resonator in operable communication with the first, second, and third conductors, characterised in that the permanent magnet comprises a substantially planar and monolithic structure having at least first and second substantially concentric regions defined thereon, the first region comprising an inner concentric region having a first magnetic field strength level and the second region comprising an outer concentric region having a second magnetic field strength level, wherein the first magnetic field strength level is higher than the second level, and wherein the first and second magnetic field strength levels are configured to cooperate to shape an external bias magnetic field of the permanent magnet to counteract at least a portion of a demagnetizing effect resulting from of an overall shape of the ferrite resonator, so as to achieve a substantially uniform internal magnetic bias within at least a portion of the ferrite resonator.
A development cartridge attachable/detachable to/from a main body of an image forming apparatus, the development cartridge comprising: a photosensitive drum configured to form an electrostatic latent image thereon; a developer roller configured to develop the electrostatic latent image by supplying a developer to the photosensitive drum ; a housing configured to support the photosensitive drum and the developer roller ; a developer roller gear provided on a rotation shaft of the developer roller ; wherein an indentation is provided in a side wall of the housing and is indented inward from an outer wall of the side wall in a length direction of the developing roller , an opening is provided in the indentation and is configured to partially expose the developer roller gear to the outside of the housing , and a driven coupler provided at an end of the photosensitive drum , characterized in that the photosensitive drum and the developer roller are individually connected to a driver provided in the main body when the development cartridge is attached to the main body , wherein the developer roller gear is connected to a driving gear of the main body when the development cartridge is attached to the main body , and wherein the driven coupler is connected to a driving coupler of the main body and located coaxially with the driving gear of the main body. a photosensitive drum configured to form an electrostatic latent image thereon; a developer roller configured to develop the electrostatic latent image by supplying a developer to the photosensitive drum ; a housing configured to support the photosensitive drum and the developer roller ; a developer roller gear provided on a rotation shaft of the developer roller ; wherein an indentation is provided in a side wall of the housing and is indented inward from an outer wall of the side wall in a length direction of the developing roller , an opening is provided in the indentation and is configured to partially expose the developer roller gear to the outside of the housing , and a driven coupler provided at an end of the photosensitive drum , characterized in that the photosensitive drum and the developer roller are individually connected to a driver provided in the main body when the development cartridge is attached to the main body , wherein the developer roller gear is connected to a driving gear of the main body when the development cartridge is attached to the main body , and wherein the driven coupler is connected to a driving coupler of the main body and located coaxially with the driving gear of the main body.
A compound, which is wherein R is (CH 2 CH 2 O) 2 H, (CH 2 ) 3 C(O)NH 2 , (CH 2 ) 4 CH(NH 2 )COOH (CH 2 ) 3 COOH, (CH 2 ) 3 NHC(O)NH 2 , or (CH 2 CH 2 O) 3 H; q ranges from 1 to 4; and Ab is trastuzumab.
Method for preparing a three-dimensional polymer scaffold for use in tissue-engineering, said method comprising the subsequent steps of a) providing a polymeric precursor scaffold (p-PS) comprising at least one biodegradable natural polymer (P A ) ; b) treating the polymeric precursor scaffold (p-PS) with a cross-linking agent comprising glutaraldehyde to induce cross-linking of the natural polymer (P A ), thereby forming a cross-linked polymer scaffold (x-PS) ; b') treating the cross-linked polymer scaffold (x-PS) with aqueous or gaseous blocking agent selected from the group consisting of glycine and glutamic acid to block non-reacted glutaraldehyde groups, then b'') treating the cross-linked polymer scaffold (x-PS) under reduced pressure by multiple application of vacuum for less than 1 s, or freeze-drying the cross-linked polymer scaffold (x-PS) to remove excess glutaraldehyde; and c) subjecting the cross-linked polymer scaffold (x-PS) of step b) to low-pressure plasma treatment involving exposure of the polymer scaffold to an ionized oxygen-containing gas plasma for a period of 2 to 30 minutes at a pressure in the range of 10 -3 to 10 -6 bar and a temperature below 40°C, affording the three-dimensional polymer scaffold (3D-PS). a) providing a polymeric precursor scaffold (p-PS) comprising at least one biodegradable natural polymer (P A ) ; b) treating the polymeric precursor scaffold (p-PS) with a cross-linking agent comprising glutaraldehyde to induce cross-linking of the natural polymer (P A ), thereby forming a cross-linked polymer scaffold (x-PS) ; b') treating the cross-linked polymer scaffold (x-PS) with aqueous or gaseous blocking agent selected from the group consisting of glycine and glutamic acid to block non-reacted glutaraldehyde groups, then b'') treating the cross-linked polymer scaffold (x-PS) under reduced pressure by multiple application of vacuum for less than 1 s, or freeze-drying the cross-linked polymer scaffold (x-PS) to remove excess glutaraldehyde; and c) subjecting the cross-linked polymer scaffold (x-PS) of step b) to low-pressure plasma treatment involving exposure of the polymer scaffold to an ionized oxygen-containing gas plasma for a period of 2 to 30 minutes at a pressure in the range of 10 -3 to 10 -6 bar and a temperature below 40°C, affording the three-dimensional polymer scaffold (3D-PS).
A method for measuring a quantity of a first cell type in a blood fluid sample, the sample including a second cell type, the method comprising: determining a population of the second cell type in a first volume of the sample by flowing the first volume through a hematology cell counter , wherein the hematology cell counter is configured to detect a change in electrical impedance in response to a second type cell flowing through the hematological cell counter or to detect an obstruction of a light path in response to a second type cell flowing through the hematological cell counter ; acquiring images of a first number of the first type cells and a second number of the second cell types by injecting a second volume of the sample into a sheath fluid flowing within a flowcell so as to provide a sample stream having a thickness and a width greater than the thickness, the acquired images being acquired along an image path traversing the thickness of the sample stream ; determining a ratio of the first number of the first cell type to the second number of the second cell types using the acquired images; and calculating a cell quantity measure of the first cell type in the sample using the ratio and the population of the second cell type. determining a population of the second cell type in a first volume of the sample by flowing the first volume through a hematology cell counter , wherein the hematology cell counter is configured to detect a change in electrical impedance in response to a second type cell flowing through the hematological cell counter or to detect an obstruction of a light path in response to a second type cell flowing through the hematological cell counter ; acquiring images of a first number of the first type cells and a second number of the second cell types by injecting a second volume of the sample into a sheath fluid flowing within a flowcell so as to provide a sample stream having a thickness and a width greater than the thickness, the acquired images being acquired along an image path traversing the thickness of the sample stream ; determining a ratio of the first number of the first cell type to the second number of the second cell types using the acquired images; and calculating a cell quantity measure of the first cell type in the sample using the ratio and the population of the second cell type.
A method of controlling a door opening and closing device of a refrigerator, comprising the ordered steps of: detecting (S110) that operation of a motor is halted; disconnecting (S120) the motor from a power circuit and connecting the motor to a back electromotive force circuit when operation of the motor is halted; disconnecting (S135) the motor from the back electromotive force circuit and connecting the motor to the power circuit when a predetermined back electromotive force value is detected; and activating (S140) the motor to rotate a door in a closing direction. detecting (S110) that operation of a motor is halted; disconnecting (S120) the motor from a power circuit and connecting the motor to a back electromotive force circuit when operation of the motor is halted; disconnecting (S135) the motor from the back electromotive force circuit and connecting the motor to the power circuit when a predetermined back electromotive force value is detected; and activating (S140) the motor to rotate a door in a closing direction.