mhurhangee/ep-ind-claims huggingface dataset:
A printing unit, comprising: a head unit including a thermal head configured to perform printing on a recording sheet; a platen unit, which includes a platen roller configured to convey the recording sheet, and is separably combined with the head unit; a fixed blade provided to any one of the head unit and the platen unit; a movable blade, which is provided to another one of the head unit and the platen unit, and is relatively movable with respect to the fixed blade; a drive mechanism, which includes a drive rack coupled to the movable blade, and is configured to move the movable blade between a standby position being separated from the fixed blade and a cutting position at which the movable blade rides on the fixed blade; an operation lever being movable between a lock position at which the platen unit is locked to the head unit and a releasing position at which the platen unit is unlocked from the head unit; and a return mechanism configured to move the movable blade from the cutting position toward the standby position side under a state in which the movable blade is stopped at the cutting position, characterized in that the return mechanism includes a lever returning mechanism configured to, under the state in which movable blade is stopped at the cutting position, transmit motive power generated along with an operation of the operation lever from the lock position toward the releasing position to the drive mechanism to move the movable blade toward the standby position and to return the operated operation lever from the releasing position side to the lock position. a head unit including a thermal head configured to perform printing on a recording sheet; a platen unit, which includes a platen roller configured to convey the recording sheet, and is separably combined with the head unit; a fixed blade provided to any one of the head unit and the platen unit; a movable blade, which is provided to another one of the head unit and the platen unit, and is relatively movable with respect to the fixed blade; a drive mechanism, which includes a drive rack coupled to the movable blade, and is configured to move the movable blade between a standby position being separated from the fixed blade and a cutting position at which the movable blade rides on the fixed blade; an operation lever being movable between a lock position at which the platen unit is locked to the head unit and a releasing position at which the platen unit is unlocked from the head unit; and a return mechanism configured to move the movable blade from the cutting position toward the standby position side under a state in which the movable blade is stopped at the cutting position, characterized in that the return mechanism includes a lever returning mechanism configured to, under the state in which movable blade is stopped at the cutting position, transmit motive power generated along with an operation of the operation lever from the lock position toward the releasing position to the drive mechanism to move the movable blade toward the standby position and to return the operated operation lever from the releasing position side to the lock position.
Hair curler (100, 200, 300) having a modular structure comprising: - a longitudinally developing support pin having a first and a second end; - a plurality of hair lock support elements (2, 3, 4, 5, 6) insertable and disengageable on said support pin; - a first and a second end plate positioned at said first and second ends of said support pin; characterized in that the hair curler (100, 200, 300) further comprises - one or more separation plates (21, 31, 41, 51, 61) insertable and disengageable on said support pin and interposed between adjacent support elements (2, 3, 4, 5, 6). - a longitudinally developing support pin having a first and a second end; - a plurality of hair lock support elements (2, 3, 4, 5, 6) insertable and disengageable on said support pin; - a first and a second end plate positioned at said first and second ends of said support pin; characterized in that the hair curler (100, 200, 300) further comprises - one or more separation plates (21, 31, 41, 51, 61) insertable and disengageable on said support pin and interposed between adjacent support elements (2, 3, 4, 5, 6).
An apparatus comprising: a cover portion including a conductive cover part; a first conductive loop connected to the conductive cover part; and a first coupling member, connectable to radio circuitry and configured to electromagnetically couple with at least one of the first conductive loop and the conductive cover part, wherein at least the conductive cover part and the first conductive loop have a first electrical length and are configured to operate in a first frequency band, and wherein the first conductive loop is galvanically connected to the conductive cover part at first and second ends (30, 32) of the first conductive loop, and the conductive cover part includes a continuous conductive loop. a cover portion including a conductive cover part; a first conductive loop connected to the conductive cover part; and a first coupling member, connectable to radio circuitry and configured to electromagnetically couple with at least one of the first conductive loop and the conductive cover part, wherein at least the conductive cover part and the first conductive loop have a first electrical length and are configured to operate in a first frequency band, and wherein the first conductive loop is galvanically connected to the conductive cover part at first and second ends (30, 32) of the first conductive loop, and the conductive cover part includes a continuous conductive loop.
A method of providing tactile feedback in an apparatus for providing tactile feedback comprising a touch-sensitive screen, a set of electrodes under said touch sensitive screen, a haptic voltage signal generator, a current sensing device and a haptic feedback controller, said method comprising: by said haptic voltage signal generator, applying a haptic signal to the set of electrodes; by said touch sensitive screen, detecting a touch input; by said current sensing device, measuring a displacement current from the touch input to the set of electrodes, wherein the displacement current is based on the touch input and a grounding path between a source of the haptic signal and the touch input; by said haptic feedback controller, determining whether or not the displacement current at subsequent points in time indicates a change, wherein the displacement current is an effect of the amplitude of the haptic signal, and sending indications to the haptic voltage signal generator to modify or not the amplitude of the haptic signal; and by said haptic voltage signal generator, modifying or not the amplitude of the haptic signal based on indications from said haptic feedback controller, wherein the amplitude of the haptic signal is modified or not for a desired displacement current to be achieved so as to provide the user with a consistent haptic experience. by said haptic voltage signal generator, applying a haptic signal to the set of electrodes; by said touch sensitive screen, detecting a touch input; by said current sensing device, measuring a displacement current from the touch input to the set of electrodes, wherein the displacement current is based on the touch input and a grounding path between a source of the haptic signal and the touch input; by said haptic feedback controller, determining whether or not the displacement current at subsequent points in time indicates a change, wherein the displacement current is an effect of the amplitude of the haptic signal, and sending indications to the haptic voltage signal generator to modify or not the amplitude of the haptic signal; and by said haptic voltage signal generator, modifying or not the amplitude of the haptic signal based on indications from said haptic feedback controller, wherein the amplitude of the haptic signal is modified or not for a desired displacement current to be achieved so as to provide the user with a consistent haptic experience.
Filter unit for a hydraulic system, in particular for a hydraulic clutch system, for filtering solid components from a hydraulic fluid, comprising a first fluid path which leads from a first fluid connector to a second fluid connector, a filter element for two-sided filtering of solid particles being provided in the first fluid path, the filter unit additionally having a second fluid path which leads from the first fluid connector to the second fluid connector and in which a stroke storage volume for receiving an automatically filtered fluid volume is arranged, an outlet (124, 125) of the stroke storage volume, which outlet (124, 125) is connected fluidically to the fluid connector (104, 106) which serves as a fluid outlet, opening at a predefined fluid inlet pressure, characterized in that the stroke storage volume has at least one fluid inlet which is equipped with a filter element (130, 132), and is delimited by way of two pistons (126, 128) which are connected to one another in a force-acting manner and can be moved in a sleeve which delimits the stroke storage volume, the pistons (126, 128) having, on their end side, the fluid inlet which is equipped with a filter element (130, 132), and being prestressed by a spring in the direction of the stroke storage volume, the outlet (124, 125) of the stroke storage volume opening in the case of a movement of the piston (126, 128) counter to the spring force.
Bicycle frame, comprising a front frame part and a rear frame part, each designed to accommodate a front or rear wheel (12, 14), wherein the rear frame part comprises at least one chainstay which connects a rear dropout, for receiving the rear wheel, to a bottom bracket housing on the front frame part, wherein the bicycle frame is a rigid frame, characterised in that the chainstay on the bottom bracket housing side has a hook end with at least one hook element which engages around the bottom bracket housing in an enclosing portion, wherein the hook element is part of an ISCG, International Standard Chain Guide, and has at least one receiving means for a chain guide and/or a chainring ram protection, and wherein the hook element is integrally bonded to the bottom bracket housing.
An apparatus for controlling an exhaust gas temperature generated by an internal combustion engine comprising a plurality of banks of cylinders, the apparatus comprising: an operating condition module configured to determine an operating load of the internal combustion engine; a cylinder bank control module configured to select a limited bank operating mode when the determined operating load is below a predetermined load threshold and to send a cylinder bank control instruction comprising the selected limited bank operating mode; a cylinder bank command module configured to generate a cylinder bank command based on the cylinder bank control instruction so that a first bank of cylinders of the plurality of banks of cylinders is at least partially disabled and operation of a second bank of cylinders of the plurality of banks of cylinders is enabled; and a switch module configured to enable operation of the first bank of cylinders and at least partially disable operation of the second bank of cylinders during operation of the internal combustion engine in the limited bank operating mode in response to an operating time threshold being reached, the operating time threshold comprising a temperature time threshold and a wear time threshold; and wherein the temperature time threshold is selected to ensure that an exhaust aftertreatment system component associated with the non-operational bank does not fall below a desired temperature threshold. an operating condition module configured to determine an operating load of the internal combustion engine; a cylinder bank control module configured to select a limited bank operating mode when the determined operating load is below a predetermined load threshold and to send a cylinder bank control instruction comprising the selected limited bank operating mode; a cylinder bank command module configured to generate a cylinder bank command based on the cylinder bank control instruction so that a first bank of cylinders of the plurality of banks of cylinders is at least partially disabled and operation of a second bank of cylinders of the plurality of banks of cylinders is enabled; and a switch module configured to enable operation of the first bank of cylinders and at least partially disable operation of the second bank of cylinders during operation of the internal combustion engine in the limited bank operating mode in response to an operating time threshold being reached, the operating time threshold comprising a temperature time threshold and a wear time threshold; and wherein the temperature time threshold is selected to ensure that an exhaust aftertreatment system component associated with the non-operational bank does not fall below a desired temperature threshold.
Method for carrying out a parking operation of a vehicle by means of a driver assistance system, the method comprising the steps of: - detecting objects in an environment of the vehicle; - determining a target position taking account of the environment detection; - determining a trajectory to the target position; - carrying out the parking operation along the determined trajectory by means of a control unit, wherein the trajectory is adapted to take account of successively detected objects in the environment during the parking operation; characterised in that - at the start of the parking operation, either a direct parking manoeuvre or a further parking manoeuvre is selected by a user of the driver assistance system, and - if the further parking manoeuvre is selected, a stopping point along the trajectory is determined, the stopping point being provided for the exit of a user of the vehicle and the target position being reached in one go in the continuation of the parking operation. - detecting objects in an environment of the vehicle; - determining a target position taking account of the environment detection; - determining a trajectory to the target position; - carrying out the parking operation along the determined trajectory by means of a control unit, wherein the trajectory is adapted to take account of successively detected objects in the environment during the parking operation; - at the start of the parking operation, either a direct parking manoeuvre or a further parking manoeuvre is selected by a user of the driver assistance system, and - if the further parking manoeuvre is selected, a stopping point along the trajectory is determined, the stopping point being provided for the exit of a user of the vehicle and the target position being reached in one go in the continuation of the parking operation.
A method, comprising: positioning a mold relative to a substrate (12/22/112); injecting a composition (14/114) including a hydrophilic polymer between the mold and the substrate (12/22/112) and overmolding the composition (14/114) onto a surface of the substrate (12/22/112) in an overmolded configuration corresponding to a configuration defined by the mold, the composition being a therapeutic composition overmolded onto the substrate for delivery of the composition to teeth and/or oral tissue; and separating the mold from the substrate (12/22/112) while substantially retaining the composition (14/114) in the overmolded configuration. positioning a mold relative to a substrate (12/22/112); injecting a composition (14/114) including a hydrophilic polymer between the mold and the substrate (12/22/112) and overmolding the composition (14/114) onto a surface of the substrate (12/22/112) in an overmolded configuration corresponding to a configuration defined by the mold, the composition being a therapeutic composition overmolded onto the substrate for delivery of the composition to teeth and/or oral tissue; and separating the mold from the substrate (12/22/112) while substantially retaining the composition (14/114) in the overmolded configuration.
A stirring product comprising a handheld stirrer assembly and an accommodating device for accommodating the handheld stirrer assembly, wherein the handheld stirrer assembly comprises a handheld portion installed with a drive motor and a control unit, a transmission stirring portion adapted to be detachably connected to the handheld portion and transmit an output torque of the handheld portion by virtue of an transmission rod thereof, and at least one stirring cutter adapted to be detachably installed to a head of the transmission rod of the transmission stirring portion; characterized in that: the accommodating device comprises an accessory accommodating base, an accommodating and supporting partition cover adapted to cover the accessory accommodating base, and an accommodating main cover with a measuring cup function adapted to cover the accessory accommodating base and the accommodating and supporting partition cover; wherein the accommodating main cover takes on the shape of a bucket; when the handheld stirrer assembly is accommodated in the accommodating device, the stirring cutter is placed in a space between the accessory accommodating base and the accommodating and supporting partition cover; the handheld portion and the transmission stirring portion are supported by the accommodating and supporting partition cover, and placed in a space between the accommodating and supporting partition cover and the accommodating main cover. the accommodating device comprises an accessory accommodating base, an accommodating and supporting partition cover adapted to cover the accessory accommodating base, and an accommodating main cover with a measuring cup function adapted to cover the accessory accommodating base and the accommodating and supporting partition cover; wherein the accommodating main cover takes on the shape of a bucket; when the handheld stirrer assembly is accommodated in the accommodating device, the stirring cutter is placed in a space between the accessory accommodating base and the accommodating and supporting partition cover; the handheld portion and the transmission stirring portion are supported by the accommodating and supporting partition cover, and placed in a space between the accommodating and supporting partition cover and the accommodating main cover.
assembly intended to be part of a motor vehicle trunk lid, the assembly comprising: - a panel and at least one reinforcement defining an opening, and - a first glue line intended to fasten a rear window of the trunk lid on the panel, the rear window defining a thickness direction, the reinforcement including a body, and an end extending along the first glue line, characterized in that the end forms a flexible blade intended to be received in a housing formed by the panel and the rear window. - a panel and at least one reinforcement defining an opening, and - a first glue line intended to fasten a rear window of the trunk lid on the panel, the rear window defining a thickness direction,
System for calibrating an inertial measurement unit of a vehicle, which is a land vehicle, the inertial measurement unit having a first acceleration sensor for measuring a translational acceleration along a first sensor axis and/or a first rate-of-rotation sensor for measuring a rate of rotation about the first sensor axis and also a second acceleration sensor for measuring a translational acceleration along a second sensor axis and/or a second rate-of-rotation sensor for measuring a rate of rotation about the second sensor axis, both the first and the second sensor axis being tilted with respect to a first vehicle direction, characterized in that at least one sensing device is designed to sense a movement of the vehicle in the first vehicle direction and/or about the first vehicle direction, and the system is designed to calibrate the inertial measurement unit during driving on the basis of calibration data from the at least one sensing device.
A method of data transmission in a multiple antenna system, the method comprising: generating mapping symbols by mapping modulation symbols for a first codeword and modulation symbols for a second codeword to a plurality of layers; and transmitting the mapping symbols through a plurality of antennas, characterized in that when a number of the plurality of layers is larger than 4, at least one of the modulation symbols for the first codeword and the modulation symbols for the second codeword is mapped to at least 3 layers, wherein when the number of the plurality of layers is 5, the modulation symbols for the first codeword are mapped to 2 layers and the modulation symbols for the second codeword are mapped to remaining 3 layers, and when the number of the plurality of layers is 6, the modulation symbols for the first codeword are mapped to 3 layers and the modulation symbols for the second codeword are mapped to remaining 3 layers, and when the number of the plurality of layers is 7, the modulation symbols for the first codeword are mapped to 3 layers and the modulation symbols for the second codeword are mapped to remaining 4 layers, and when the number of the plurality of layers is 8, the modulation symbols for the first codeword are mapped to 4 layers and the modulation symbols for the second codeword are mapped to remaining 4 layers. generating mapping symbols by mapping modulation symbols for a first codeword and modulation symbols for a second codeword to a plurality of layers; and transmitting the mapping symbols through a plurality of antennas,
A conveying apparatus for conveying laden or unladen load carriers, having a) a first conveying unit and a second conveying unit, wherein each conveying unit (12, 14) is displaceable on ground-level rollers, and the first conveying unit and the second conveying unit are movable relative to one another and independently of one another along a respective direction of travel (H, I), characterized in that the conveying apparatus b) comprises a device for determining the position and the location of the first conveying unit relative to the second conveying unit, having i) a camera arranged at the first conveying unit, ii) a feature arranged at the second conveying unit or a feature combination (42, 44, 50, 54) arranged at the second conveying unit, wherein the feature or the feature combination has an extent in the direction of travel and an extent perpendicular to the direction of travel, wherein the extents are capturable by the camera. a) a first conveying unit and a second conveying unit, wherein each conveying unit (12, 14) is displaceable on ground-level rollers, and the first conveying unit and the second conveying unit are movable relative to one another and independently of one another along a respective direction of travel (H, I), characterized in that the conveying apparatus b) comprises a device for determining the position and the location of the first conveying unit relative to the second conveying unit, having i) a camera arranged at the first conveying unit, ii) a feature arranged at the second conveying unit or a feature combination (42, 44, 50, 54) arranged at the second conveying unit, wherein the feature or the feature combination has an extent in the direction of travel and an extent perpendicular to the direction of travel, wherein the extents are capturable by the camera. i) a camera arranged at the first conveying unit, ii) a feature arranged at the second conveying unit or a feature combination (42, 44, 50, 54) arranged at the second conveying unit, wherein the feature or the feature combination has an extent in the direction of travel and an extent perpendicular to the direction of travel, wherein the extents are capturable by the camera.