mhurhangee/ep-ind-claims huggingface dataset:
A breathing conduit for providing a flow of respiratory gases, whether formed with a patient interface or as a separate conduit, the conduit comprising a collapsible portion, a lateral cross section of the collapsible portion comprising: a first side (611, 511) for positioning against a user's face, a second side (612, 512) opposite the first side and facing away from the user's face, the first and second sides (611, 612, 511, 512) joined by first and second fold points (621, 622, 521, 522), in an open configuration the first and second fold points (621, 622, 521, 522) are spaced away from the user's face in use, wherein an inner length of the first side (611, 511) between the fold points (621, 622, 521, 522) and an inner length of the second side (612, 512) between the fold points (621, 622, 521, 522) are substantially equal, and in a partially closed or closed configuration the second side (612, 512) being moved towards or against the first side (611, 511) with the collapsible portion folding at the first and second fold points (621, 622, 521, 522), wherein the thickness of the first and second fold points (621, 622, 521, 522) is less than the thickness of the remainder of the lateral cross section of the collapsible portion. a first side (611, 511) for positioning against a user's face, a second side (612, 512) opposite the first side and facing away from the user's face, the first and second sides (611, 612, 511, 512) joined by first and second fold points (621, 622, 521, 522), in an open configuration the first and second fold points (621, 622, 521, 522) are spaced away from the user's face in use, wherein an inner length of the first side (611, 511) between the fold points (621, 622, 521, 522) and an inner length of the second side (612, 512) between the fold points (621, 622, 521, 522) are substantially equal, and in a partially closed or closed configuration the second side (612, 512) being moved towards or against the first side (611, 511) with the collapsible portion folding at the first and second fold points (621, 622, 521, 522), wherein the thickness of the first and second fold points (621, 622, 521, 522) is less than the thickness of the remainder of the lateral cross section of the collapsible portion.
A control component for controlling a mobile machine, said control component comprising: a vehicle guidance system for determining a course correction for said mobile machine based upon position data received from a position determining component; and a steering controller coupled with said vehicle guidance system, characterised in that said steering controller is provided for being coupled to one of an electric and a hydraulic steering component coupled with the steering mechanism of said mobile machine, said steering controller being provided: for determining whether it is coupled to an electric steering component or a hydraulic steering component; for generating a steering command based upon said course correction and upon the steering component coupled to the steering controller, and for conveying said steering command to said one of an electric steering component and a hydraulic steering component coupled with the steering mechanism of said mobile machine. a vehicle guidance system for determining a course correction for said mobile machine based upon position data received from a position determining component; and a steering controller coupled with said vehicle guidance system, characterised in that said steering controller is provided for being coupled to one of an electric and a hydraulic steering component coupled with the steering mechanism of said mobile machine, said steering controller being provided: for determining whether it is coupled to an electric steering component or a hydraulic steering component; for generating a steering command based upon said course correction and upon the steering component coupled to the steering controller, and for conveying said steering command to said one of an electric steering component and a hydraulic steering component coupled with the steering mechanism of said mobile machine. for determining whether it is coupled to an electric steering component or a hydraulic steering component; for generating a steering command based upon said course correction and upon the steering component coupled to the steering controller, and for conveying said steering command to said one of an electric steering component and a hydraulic steering component coupled with the steering mechanism of said mobile machine.
A method of controlling a movement of a window cleaning apparatus that is attached and moved on a window, the method comprising: determining a movement path of the window cleaning apparatus on the basis of the width of a window; and cleaning the window while moving the window cleaning apparatus along the determined movement path characterized in that the determining of a movement path includes: comparing the width of the window with a reference value; and setting the movement path of the window cleaning apparatus to be different in accordance with the compared result. determining a movement path of the window cleaning apparatus on the basis of the width of a window; and cleaning the window while moving the window cleaning apparatus along the determined movement path comparing the width of the window with a reference value; and setting the movement path of the window cleaning apparatus to be different in accordance with the compared result.
A stepper motor driven actuator comprising: a stepper motor; a cam operatively connected to the stepper motor, the cam rotating position in response to stepping of the stepper motor, the cam positioned within a valve body having an inlet port, a rod port, a head port and at least one drain port; a control piston positioned within the valve body and having a nozzle positioned on a first side of the cam in close proximity to a surface of the cam and movable between a null position and flow positions, the nozzle having a flow path leading from a first end of the control piston, the control piston further including a means for applying a force (160; 162) on a second end of the control piston, the control piston moving as a result of a pressure imbalance at the ends of the control piston occurring in response to a change in position of the cam; and an actuator having a piston integral to a rack that is operably coupled to the cam, the piston having a first side and a second side, the first side being in fluid communication with the head port and the second side being in fluid communication with the rod port, the cam moving in response to the rack moving, characterized in that the control piston has only a single nozzle. a stepper motor; a cam operatively connected to the stepper motor, the cam rotating position in response to stepping of the stepper motor, the cam positioned within a valve body having an inlet port, a rod port, a head port and at least one drain port; a control piston positioned within the valve body and having a nozzle positioned on a first side of the cam in close proximity to a surface of the cam and movable between a null position and flow positions, the nozzle having a flow path leading from a first end of the control piston, the control piston further including a means for applying a force (160; 162) on a second end of the control piston, the control piston moving as a result of a pressure imbalance at the ends of the control piston occurring in response to a change in position of the cam; and an actuator having a piston integral to a rack that is operably coupled to the cam, the piston having a first side and a second side, the first side being in fluid communication with the head port and the second side being in fluid communication with the rod port, the cam moving in response to the rack moving, characterized in that the control piston has only a single nozzle.
A robot cleaner, comprising: a main body; a suction unit that sucks air including foreign substances into the main body; a moving unit that moves the main body; and a dust collecting unit that has a filter for filtering the foreign substances included in the air sucked by the suction unit and a dust collecting case that collects the foreign substances filtered by the filter; characterized by a detection unit that detects whether the filter is attached to the main body; wherein the filter is detachably coupled to the dust collecting case, and the filter is attached to the main body in a state in which the filter is attached to the dust collecting case. a main body; a suction unit that sucks air including foreign substances into the main body; a moving unit that moves the main body; and a dust collecting unit that has a filter for filtering the foreign substances included in the air sucked by the suction unit and a dust collecting case that collects the foreign substances filtered by the filter; characterized by a detection unit that detects whether the filter is attached to the main body; wherein the filter is detachably coupled to the dust collecting case, and the filter is attached to the main body in a state in which the filter is attached to the dust collecting case.
A method for manufacturing a film-formed molded product which comprises a non-conductive first molded product and a metal coating film that covers the first molded product and has an electromagnetic wave transmission performance, comprising: a process (a) in which a first mold and a second mold are mold-clamped, a first material is injected into a first space between the first mold and the second mold, and thereby the first molded product comprising the first material is formed; a process (b) in which after the first mold and the second mold are mold-opened, the first molded product is moved with respect to the second mold between the first mold and the second mold; and a process (c) in which after the process (b), the first mold and the second mold are mold-clamped, and the metal coating film is formed on the surface of the first molded product by a first film-forming part comprised in the second mold; wherein the method is characterized in that cracks are generated on the metal coating film when the temperatures of the first molded product and the metal coating film are changed after the process (c), and thereby an electromagnetic wave transmission performance is imparted to the metal coating film; and that the first material and a second material which constitutes the metal coating film have coefficients of thermal expansion different from each other. a process (a) in which a first mold and a second mold are mold-clamped, a first material is injected into a first space between the first mold and the second mold, and thereby the first molded product comprising the first material is formed; a process (b) in which after the first mold and the second mold are mold-opened, the first molded product is moved with respect to the second mold between the first mold and the second mold; and a process (c) in which after the process (b), the first mold and the second mold are mold-clamped, and the metal coating film is formed on the surface of the first molded product by a first film-forming part comprised in the second mold; wherein the method is characterized in that cracks are generated on the metal coating film when the temperatures of the first molded product and the metal coating film are changed after the process (c), and thereby an electromagnetic wave transmission performance is imparted to the metal coating film; and that the first material and a second material which constitutes the metal coating film have coefficients of thermal expansion different from each other.
A motor drive device comprising: a brushless DC motor configured to drive a load, the brushless DC motor including a permanent magnet and a stator having a three-phase winding; a speed controller configured to decide a pulse width modulation ON ratio for performing PWM control on the brushless DC motor; a PWM ON ratio increasing-reducing unit configured to increase or reduce the PWM ON ratio in accordance with a driving speed of the brushless DC motor; a drive unit configured to perform the PWM control to drive the brushless DC motor in accordance with the PWM ON ratio decided by the PWM ON ratio increasing-reducing unit; a position detector configured to detect a rotational position of a rotor based on an induced voltage generated in the three-phase winding of the stator; and a speed detector configured to calculate a current driving speed of the brushless DC motor and an average speed of one past rotation from position information detected by the position detector, characterized in that the PWM ON ratio increasing-reducing unit sets the PWM ON ratio to a ratio equal to or lower than the PWM ON ratio decided by the speed controller in an interval in which the driving speed of the brushless DC motor is lower than a predetermined speed, and sets the PWM ON ratio to a ratio equal to or higher than the PWM ON ratio decided by the speed controller in an interval in which the driving speed is higher than the predetermined speed, wherein the predetermined speed is the average speed of one past rotation. a brushless DC motor configured to drive a load, the brushless DC motor including a permanent magnet and a stator having a three-phase winding; a speed controller configured to decide a pulse width modulation ON ratio for performing PWM control on the brushless DC motor; a PWM ON ratio increasing-reducing unit configured to increase or reduce the PWM ON ratio in accordance with a driving speed of the brushless DC motor; a drive unit configured to perform the PWM control to drive the brushless DC motor in accordance with the PWM ON ratio decided by the PWM ON ratio increasing-reducing unit; a position detector configured to detect a rotational position of a rotor based on an induced voltage generated in the three-phase winding of the stator; and a speed detector configured to calculate a current driving speed of the brushless DC motor and an average speed of one past rotation from position information detected by the position detector, characterized in that the PWM ON ratio increasing-reducing unit sets the PWM ON ratio to a ratio equal to or lower than the PWM ON ratio decided by the speed controller in an interval in which the driving speed of the brushless DC motor is lower than a predetermined speed, and sets the PWM ON ratio to a ratio equal to or higher than the PWM ON ratio decided by the speed controller in an interval in which the driving speed is higher than the predetermined speed, wherein the predetermined speed is the average speed of one past rotation.
A hand-held device for locally piercing skin, with: - a housing; - a drive device, which is disposed in the housing and is configured to provide a driving force; - a piercing device, which is disposed in the housing and has at least one piercing needle disposed on a needle carrier; and - a coupling device, which is disposed in the housing and which connects the drive device to the piercing device such that the driving force can be transmitted to the piercing device in order to move the needle carrier with the at least one piercing needle repeatedly between a forward and a rearward position during operation; wherein the coupling device has a lever mechanism which is configured to receive a driving stroke provided by the drive device via an input of the lever mechanism on the drive side when the driving force is transmitted, to convert the driving stroke into a working stroke which is different from the driving stroke, and to deliver the working stroke to the piercing device via an output of the lever mechanism, wherein the housing is constructed in multiple pieces with housing parts which can be detached from one another, wherein a handpiece is formed with a rear housing part in which the drive device is disposed, and an interchangeable skin piercing module is formed with a front housing part in which the piercing device is disposed, characterized in that the rear housing part is a handpiece with a drive unit of an electric toothbrush. - a housing; - a drive device, which is disposed in the housing and is configured to provide a driving force; - a piercing device, which is disposed in the housing and has at least one piercing needle disposed on a needle carrier; and - a coupling device, which is disposed in the housing and which connects the drive device to the piercing device such that the driving force can be transmitted to the piercing device in order to move the needle carrier with the at least one piercing needle repeatedly between a forward and a rearward position during operation;
An adjustment device for a disc brake, for adjusting the wear for brake pads, comprising a guide sleeve, in which a wrap spring is arranged, a groove ring, which encompasses the guide sleeve, wherein the groove ring is coupled to a closure cap via a torsion spring and an opening ring encompassing the groove ring, characterized in that the adjustment device has an intermediate ring for overcoming a play S between the guide sleeve and the wrap spring.
A developing member, comprising: a substrate; an elastic layer provided on the substrate; and a coating layer provided on the elastic layer, wherein the elastic layer contains a cured substance of a mixture containing the following to: organopolysiloxane having two or more vinyl groups bonded to a silicon atom in one molecule and having a viscosity at 25°C of 10 Pa·s or more and 100 Pa·s or less; organopolysiloxane including constituent units of SiO 4/2 unit and R 1 R 2 R 3 SiO 1/2 unit, where R 1, R 2, and R 3 each represent one of a methyl group and a vinyl group, and having two or more vinyl groups bonded to a silicon atom in one molecule; organohydrogenpolysiloxane having two or more hydrogen atoms bonded to a silicon atom in one molecule; and carbon black. a substrate; an elastic layer provided on the substrate; and a coating layer provided on the elastic layer, wherein the elastic layer contains a cured substance of a mixture containing the following to: organopolysiloxane having two or more vinyl groups bonded to a silicon atom in one molecule and having a viscosity at 25°C of 10 Pa·s or more and 100 Pa·s or less; organopolysiloxane including constituent units of SiO 4/2 unit and R 1 R 2 R 3 SiO 1/2 unit, where R 1, R 2, and R 3 each represent one of a methyl group and a vinyl group, and having two or more vinyl groups bonded to a silicon atom in one molecule; organohydrogenpolysiloxane having two or more hydrogen atoms bonded to a silicon atom in one molecule; and carbon black. organopolysiloxane having two or more vinyl groups bonded to a silicon atom in one molecule and having a viscosity at 25°C of 10 Pa·s or more and 100 Pa·s or less; organopolysiloxane including constituent units of SiO 4/2 unit and R 1 R 2 R 3 SiO 1/2 unit, where R 1, R 2, and R 3 each represent one of a methyl group and a vinyl group, and having two or more vinyl groups bonded to a silicon atom in one molecule; organohydrogenpolysiloxane having two or more hydrogen atoms bonded to a silicon atom in one molecule; and carbon black.
Process for cleaning and sanitizing surgical tools or surgical instruments in general, comprising the use of abrasive cleaning material, emitted under pressure and at high speed against said instruments for abrading and removing the substances that adhere to the surfaces of the same instruments, characterized in that said abrasive cleaning material comprises sodium bicarbonate salts, mixtures of the same.
An agricultural equipment for a motor vehicle, comprising: - a tool part, for example for the processing of a ground or vegetation, - a hitch part, intended to be fastened to said motor vehicle, - connection means forming a deformable parallelogram, comprising two juxtaposed links (15, 16) whose ends (15 a, 16 a 1, 16 b 1) are pivotally mounted about vertical axes of rotation (15 a ', 16 c, 16 d) to said tool part and said hitch part, and - offset operation means, to adjust the lateral offset of said tool part with respect to said hitch part by pivoting of said links (15, 16) about their respective axes of rotation (15 a ', 16 c, 16 d), - one at least of said pivoting links (15, 16) consisting in at least one telescopic member that has a length at rest, with an available stroke in lengthening and/or shortening with respect to said length at rest, characterized in that said telescopic member is associated with means for elastic return to said length at rest. - a tool part, for example for the processing of a ground or vegetation, - a hitch part, intended to be fastened to said motor vehicle, - connection means forming a deformable parallelogram, comprising two juxtaposed links (15, 16) whose ends (15 a, 16 a 1, 16 b 1) are pivotally mounted about vertical axes of rotation (15 a ', 16 c, 16 d) to said tool part and said hitch part, and - offset operation means, to adjust the lateral offset of said tool part with respect to said hitch part by pivoting of said links (15, 16) about their respective axes of rotation (15 a ', 16 c, 16 d), - one at least of said pivoting links (15, 16) consisting in at least one telescopic member that has a length at rest, with an available stroke in lengthening and/or shortening with respect to said length at rest,
An integrated circuit (100; 300), comprising: a magnetic sensing element for sensing a magnetic field emitted by a system; a fault detection module (102; 200) coupled to the magnetic sensing element, the fault detection module including circuitry to detect a fault condition in the system, indicated by the magnitude of the sensed magnetic field; and a fault pin to indicate the fault condition, characterized in that the fault detection module is further configured to self-test operation of the circuitry, wherein the self-test is terminated when a magnetic field above a given threshold is detected. a magnetic sensing element for sensing a magnetic field emitted by a system; a fault detection module (102; 200) coupled to the magnetic sensing element, the fault detection module including circuitry to detect a fault condition in the system, indicated by the magnitude of the sensed magnetic field; and a fault pin to indicate the fault condition, characterized in that the fault detection module is further configured to self-test operation of the circuitry, wherein the self-test is terminated when a magnetic field above a given threshold is detected.