mhurhangee/patent-ind-claim-en huggingface dataset:
An induction heat cooking apparatus comprising: a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; an inverter configured to receive the voltage from the rectifier to supply current to heating coils ; the heating coils configured to generate magnetic fields when the current flows by the inverter ; a resonance capacitor comprising a plurality of capacitors connected to each other and connected to DC terminals which the voltage is outputted from the rectifier ; characterised by a wireless power transfer, WPT, capacitor connected in parallel to the resonance capacitor ; and a mode conversion switch configured to determine whether to connect the resonance capacitor to the WPT capacitor in parallel. a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; an inverter configured to receive the voltage from the rectifier to supply current to heating coils ; the heating coils configured to generate magnetic fields when the current flows by the inverter ; a resonance capacitor comprising a plurality of capacitors connected to each other and connected to DC terminals which the voltage is outputted from the rectifier ; characterised by a wireless power transfer, WPT, capacitor connected in parallel to the resonance capacitor ; and a mode conversion switch configured to determine whether to connect the resonance capacitor to the WPT capacitor in parallel.
A membrane structure comprising a composite comprising a substrate and an optically transparent resin layer formed on the substrate, wherein the substrate comprises a woven fabric and a composition layer formed on the woven fabric and comprising tetrafluoroethylene resin and silicon dioxide.
An electronic device for surveillance and monitoring of an area, which comprises the following: i, means for data collection from the specific area, ii. means for processing the collected data, iii, means for transmitting the processed data and for the exchange of information with one or more remote servers, iv. means for access control in this area and v. means programmed to manage various local electrical and / or electronic devices and to perform remote intervention to connected devices, vi. a voltage regulator that is connected to the public switched telephone network, PSTN, the voltage regulator comprising a Zener diode in series with a resistance to maintain a power consumption of the electronic device of less than 4mW thereby allowing the PSTN to be used for communication while the electronic device is operating.
A seal system comprising: a first member ; a seal carried by the first member and having a seal face; and a second member rotatable relative to the first member about an axis and having: a seat , the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs, wherein the second member further comprises: an annular channel axially spaced from the seat face, the passageway legs connected to the annular channel , wherein: the passageway legs and the annular channel are in a first piece ; and a second piece encircles and is attached to the first piece ; characterised in that the second piece has a circumferential array of apertures and cooperates with the first piece to define a plenum extending from the annular channel . a first member ; a seal carried by the first member and having a seal face; and a second member rotatable relative to the first member about an axis and having: a seat , the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs, a seat , the seat having a seat face in sliding sealing engagement with the seal face; and a circumferential array of passageway legs, wherein the second member further comprises: an annular channel axially spaced from the seat face, the passageway legs connected to the annular channel , wherein: the passageway legs and the annular channel are in a first piece ; and a second piece encircles and is attached to the first piece ; characterised in that the second piece has a circumferential array of apertures and cooperates with the first piece to define a plenum extending from the annular channel . the passageway legs and the annular channel are in a first piece ; and a second piece encircles and is attached to the first piece ; characterised in that the second piece has a circumferential array of apertures and cooperates with the first piece to define a plenum extending from the annular channel .
A fixing agent amount setting method of setting a usage amount of a fixing agent, the fixing agent being liquid for fixing a colored ink, the colored ink being an ink that represents a color, on a medium, the method characterized by the steps of: making a fixing agent density, which is an amount of the fixing agent to eject per unit area, correspond with a colored ink density, which is an amount of the colored ink to eject per unit area, and setting the fixing agent density to a value smaller than or equal to an upper limit value of a fixing agent density corresponding to a maximum fixing agent density at which color unevenness does not occur on the medium. making a fixing agent density, which is an amount of the fixing agent to eject per unit area, correspond with a colored ink density, which is an amount of the colored ink to eject per unit area, and setting the fixing agent density to a value smaller than or equal to an upper limit value of a fixing agent density corresponding to a maximum fixing agent density at which color unevenness does not occur on the medium.
A method of preparing a diester-based material, which is carried out by a continuous preparation process of a diester-based material including a reaction part in which a total of n reaction units from a first reaction unit to an nth reaction unit are connected in series, the reaction unit including a reactor which esterifies dicarboxylic acid and alcohol, the method comprising: esterifying dicarboxylic acid and alcohol in a reactor of the first reaction unit to produce a reaction product, and supplying a lower discharge stream including the reaction product to a reaction unit at a rear end through a lower discharge line; and supplying a liquid material through a liquid supply line connected to the lower discharge line of the reactor of the first reaction unit, wherein the liquid material is the alcohol or a lower discharge stream from the reactor of any one or more reaction units of reaction units from a second reaction unit to the nth reaction unit, and wherein a pump is provided in an arbitrary area of the lower discharge line from the reactor of the first reaction unit, and the liquid supply line is connected to a front end of the pump. esterifying dicarboxylic acid and alcohol in a reactor of the first reaction unit to produce a reaction product, and supplying a lower discharge stream including the reaction product to a reaction unit at a rear end through a lower discharge line; and supplying a liquid material through a liquid supply line connected to the lower discharge line of the reactor of the first reaction unit, wherein the liquid material is the alcohol or a lower discharge stream from the reactor of any one or more reaction units of reaction units from a second reaction unit to the nth reaction unit, and wherein a pump is provided in an arbitrary area of the lower discharge line from the reactor of the first reaction unit, and the liquid supply line is connected to a front end of the pump.
A liquid droplet discharge head comprising a reservoir comprising a slit portion through which a flexible substrate is extracted outward, wherein a closing member is disposed in the slit portion , and a sealing resin is disposed on the closing member , characterized in that the closing member has a rod shape along a shape of the slit portion and comprises a convex structure portion (HBP_400) having a substantially semicircular cross-section raised upward in a longitudinal direction of the closing member . a reservoir comprising a slit portion through which a flexible substrate is extracted outward, wherein a closing member is disposed in the slit portion , and a sealing resin is disposed on the closing member , characterized in that the closing member has a rod shape along a shape of the slit portion and comprises a convex structure portion (HBP_400) having a substantially semicircular cross-section raised upward in a longitudinal direction of the closing member .
An apparatus comprising: a register bank comprising at least one chain of registers comprising a plurality of registers (102A-N, 103A-N) serially connected in a chain, each register of the chain of registers configured to store a parameter in use, the or each chain of registers having an input node at a first end of the chain and an output node at an, opposed, second end of the chain, the register bank including a scan chain arrangement configured to provide for sequential output, at the output node, of the parameters stored in the registers of the chain by way of sequentially shifting the parameters stored in each register of the chain to an adjacent register in the chain in a direction of the output node; a feedback arrangement configured such that each parameter provided at the output node is fed back to the input node of that chain thereby providing for restoration of the parameters stored in the chain of registers once the scan chain arrangement has provided for output all of the parameters of the chain; the apparatus being characterised in that it comprises: a checksum determination element configured to calculate a checksum upon a plurality of the parameters of the chain(s) of registers received from the output node by the scan chain arrangement and comprising a comparator configured to compare the checksum to a previously calculated checksum stored in a memory of the checksum determination element for identification of changes to the parameters of the at least one chain of registers. a register bank comprising at least one chain of registers comprising a plurality of registers (102A-N, 103A-N) serially connected in a chain, each register of the chain of registers configured to store a parameter in use, the or each chain of registers having an input node at a first end of the chain and an output node at an, opposed, second end of the chain, the register bank including a scan chain arrangement configured to provide for sequential output, at the output node, of the parameters stored in the registers of the chain by way of sequentially shifting the parameters stored in each register of the chain to an adjacent register in the chain in a direction of the output node; a feedback arrangement configured such that each parameter provided at the output node is fed back to the input node of that chain thereby providing for restoration of the parameters stored in the chain of registers once the scan chain arrangement has provided for output all of the parameters of the chain; the apparatus being characterised in that it comprises: a checksum determination element configured to calculate a checksum upon a plurality of the parameters of the chain(s) of registers received from the output node by the scan chain arrangement and comprising a comparator configured to compare the checksum to a previously calculated checksum stored in a memory of the checksum determination element for identification of changes to the parameters of the at least one chain of registers.
A medical scope comprising: an imaging head supported by and rotatably movable relative to a body about an axis of rotation extending from the body, the imaging head including an image sensor and a light emitter for illuminating a field of view of the image sensor a light path extending from the body parallel to the axis of rotation to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body across a wireless interface between the imaging head and the body; and a light transmitter in the imaging head, the light transmitter being coupled to the light path to transmit image data from the image sensor to the body across the interface. an imaging head supported by and rotatably movable relative to a body about an axis of rotation extending from the body, the imaging head including an image sensor and a light emitter for illuminating a field of view of the image sensor a light path extending from the body parallel to the axis of rotation to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body across a wireless interface between the imaging head and the body; and a light transmitter in the imaging head, the light transmitter being coupled to the light path to transmit image data from the image sensor to the body across the interface.
Circuit for controlling a creep mode in a vehicle, wherein the creep mode may be activated by selecting a reverse direction, wherein the circuit is designed to receive the selector lever signal from a selector lever of the vehicle and to provide a movement signal for the vehicle, and wherein the creep mode remains active when moving the selector lever from the reverse position (R) through the neutral position (N) to the drive position (D).
A labyrinthine bee feeding apparatus comprising: a base unit comprising: a receptacle defining an interior atrium ; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend , wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit ; at least one feeding medium dispensary within the interior atrium ; and a one-way port leading from the interior atrium to exterior of the base unit ; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and wherein the apparatus is configured to receive and secure a feeding medium vessel in fluid communication with the at least feeding medium dispensary . a base unit comprising: a receptacle defining an interior atrium ; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend , wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit ; at least one feeding medium dispensary within the interior atrium ; and a one-way port leading from the interior atrium to exterior of the base unit ; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and a receptacle defining an interior atrium ; at least one entry aperture connected to one or more labyrinthine passages each having at least one bend , wherein each of the at least one bend is configured to allow passage of a bee therethrough and to inhibit passage of a yellow jacket, wasp, or hornet, and wherein the one or more labyrinthine passages are from the entry aperture to the interior atrium of the base unit ; at least one feeding medium dispensary within the interior atrium ; and a one-way port leading from the interior atrium to exterior of the base unit ; wherein the one-way port is configured to allow a bee to exit the interior atrium and to inhibit entry of a bee, a yellow jacket, wasp, or hornet; and wherein the apparatus is configured to receive and secure a feeding medium vessel in fluid communication with the at least feeding medium dispensary .
A storage tray for protecting one or more optical fibers mechanically coupled to a plate-like optoelectronic device , wherein the storage tray is configured to be coupled with the optoelectronic device and comprises a fiber storage portion which is configured to receive and store the one or more optical fibers , wherein the storage tray further comprises a fiber receiving portion and a fiber redirecting portion , wherein the storage tray has a bottom side which is configured to be coupled with an upper side of the plate-like optoelectronic device , and wherein the fiber receiving portion extends further downwards with respect to the bottom side , having a coupling surface facing a lateral surface of the plate-like optoelectronic device .
An audio system, comprising: an audio amplifier (206-L) adapted to amplify a first analog audio signal to generate a second analog audio signal; a power supply adapted to supply power to the audio amplifier; a volume control module adapted to generate a signal indicating a volume level related to the second analog audio signal; and a control module adapted to control an amount of power delivered by the power supply to the audio amplifier in response to the volume level signal, characterized in that the power supply is adapted to deliver pulse width modulated, PWM, power to the audio amplifier when the volume level signal indicates a volume level above a predetermined threshold, and wherein the power supply is adapted to deliver pulse frequency modulated, PFM, power to the audio amplifier when the volume level signal indicates a volume level below the predetermined threshold. an audio amplifier (206-L) adapted to amplify a first analog audio signal to generate a second analog audio signal; a power supply adapted to supply power to the audio amplifier; a volume control module adapted to generate a signal indicating a volume level related to the second analog audio signal; and a control module adapted to control an amount of power delivered by the power supply to the audio amplifier in response to the volume level signal, characterized in that the power supply is adapted to deliver pulse width modulated, PWM, power to the audio amplifier when the volume level signal indicates a volume level above a predetermined threshold, and wherein the power supply is adapted to deliver pulse frequency modulated, PFM, power to the audio amplifier when the volume level signal indicates a volume level below the predetermined threshold.
A battery charging system, comprising: a battery gauge configured to be coupled with one or more sensors in a battery , and a controller configured to couple to the battery gauge and a plurality of power converters , so as to supply power to a terminal of the battery , wherein the controller is configured to: repeatedly update a servo target at a first rate in accordance with a first feedback control loop process that is based on a comparison between one or more profile target values of a charging profile and one or more battery metrics , wherein the one or more battery metrics are measured by the battery gauge and are based on at least one of a battery current or a battery voltage measured by the one or more sensors , wherein a priority level is assigned to each of the plurality of power converters, and the one or more profile target values are determined based on the assigned priority levels, so that the plurality of converters are configured to simultaneously charge the battery in accordance with their respective assigned priority level, characterized in that : each assigned priority level is based on a characteristic of a power supply coupled to the power converter; and that the assigned priority level of at least one of the plurality of power converters is not fixed. a battery gauge configured to be coupled with one or more sensors in a battery , and a controller configured to couple to the battery gauge and a plurality of power converters , so as to supply power to a terminal of the battery , wherein the controller is configured to: repeatedly update a servo target at a first rate in accordance with a first feedback control loop process that is based on a comparison between one or more profile target values of a charging profile and one or more battery metrics , wherein the one or more battery metrics are measured by the battery gauge and are based on at least one of a battery current or a battery voltage measured by the one or more sensors , wherein a priority level is assigned to each of the plurality of power converters, and the one or more profile target values are determined based on the assigned priority levels, so that the plurality of converters are configured to simultaneously charge the battery in accordance with their respective assigned priority level, characterized in that : each assigned priority level is based on a characteristic of a power supply coupled to the power converter; and that the assigned priority level of at least one of the plurality of power converters is not fixed.
Haircutter for trimming and styling hair of the head, comprising at least one blade head and at least one grip laterally disposed on the blade head , wherein at least one longitudinal face of the blade head comprises at least one working section disposed thereat which is recessed from an alignment line of the longitudinal face , and wherein at least one haircutting blade comprising at least one cutting edge can be accommodated in the blade head and disposed so that its cutting edge is at least partially exposed in the working section , not protruding beyond the alignment line , wherein the blade head comprises at least two blade head sections provided to be removably coupled to one another by means of at least one blocking device , that is, a first blade head section and a second blade head section , wherein the blocking device comprises at least one locking mechanism provided for operation by means of at least one operating member , and wherein the operating member is provided by at least part of the grip , and wherein actuating the operating member causes the locking mechanism to shift at least from an operating position to an off position, to allow releasing the coupled blade head sections from one another, characterized in that the locking mechanism comprises at least one safety member , which can be locked by means of the operating member to the second blade head section so as to assume the operating position, and which, in the operating position, extends at least partially at least from the first blade head section to the second blade head section , wherein the first blade head section comprises at least one through hole through which the safety member extends, so that one end of the safety member is connected with the grip , and the other of the ends of the safety member can be connected with the second blade head section . wherein the blocking device comprises at least one locking mechanism provided for operation by means of at least one operating member , and wherein the operating member is provided by at least part of the grip , and wherein actuating the operating member causes the locking mechanism to shift at least from an operating position to an off position, to allow releasing the coupled blade head sections from one another, characterized in that the locking mechanism comprises at least one safety member , which can be locked by means of the operating member to the second blade head section so as to assume the operating position, and which, in the operating position, extends at least partially at least from the first blade head section to the second blade head section , wherein the first blade head section comprises at least one through hole through which the safety member extends, so that one end of the safety member is connected with the grip , and the other of the ends of the safety member can be connected with the second blade head section .