mhurhangee/patent-ind-claim-en huggingface dataset:
- A communicating sensor for a home automation system, the communicating sensor comprising a main module externally having a light-sensing surface and carrying an electronic unit , the electronic unit being configured to communicate remotely with a control unit of the home automation system, characterised in that the communicating sensor further comprises a support , the support being separable from the main module and comprising: - a fastening element of the support against a support surface , and - a body , the body being integral with the fastener , the body comprising a through-hole , a front opening and a rear opening , both the front and rear openings being open into the body opposite each other with respect to the through-hole provided inside the body , the fastening element being disposed on the side of the rear opening , the through-hole housing the main module alternately in two orientations: ∘ a first orientation, in which the light-sensing surface is framed by the front aperture , for receiving light through the front aperture , and ∘ a second orientation, opposite to the first orientation, in which the light-sensing surface is framed by the rear aperture , for receiving light through the rear aperture . - a fastening element of the support against a support surface , and - a body , the body being integral with the fastener , the body comprising a through-hole , a front opening and a rear opening , both the front and rear openings being open into the body opposite each other with respect to the through-hole provided inside the body , the fastening element being disposed on the side of the rear opening , the through-hole housing the main module alternately in two orientations: ∘ a first orientation, in which the light-sensing surface is framed by the front aperture , for receiving light through the front aperture , and ∘ a second orientation, opposite to the first orientation, in which the light-sensing surface is framed by the rear aperture , for receiving light through the rear aperture . ∘ a first orientation, in which the light-sensing surface is framed by the front aperture , for receiving light through the front aperture , and ∘ a second orientation, opposite to the first orientation, in which the light-sensing surface is framed by the rear aperture , for receiving light through the rear aperture .
Fuel injector (10; 10a) having a sealing element (26; 26a) for a high-pressure connection in the fuel injector (10; 10a), wherein the sealing element (26; 26a) is of sleeve-shaped form and, at its outer circumference, has two radially outwardly projecting first sealing regions which are designed for abutting against a component and which are spaced apart from one another axially in relation to the longitudinal axis of the sealing element (26; 26a), wherein the sealing element (26; 26a) is arranged in the region of a recess (19; 19a) which is formed by two components of the fuel injector (10; 10a), and wherein the two components axially adjoin one another perpendicularly with respect to a longitudinal axis of the sealing element (26; 26a), characterized in that the sealing element radially expands under the high-pressure pressurization of the recess (19; 19a), such that the two first sealing regions of the sealing element (26; 26a) bear sealingly against the recess (19; 19a).
A therapeutic agent for use in treating amyotrophic lateral sclerosis comprising a growth hormone secretagogue receptor agonist or a pharmaceutically acceptable salt thereof as an active ingredient, wherein the growth hormone secretagogue receptor agonist is ghrelin, GHRP-6, or anamorelin, for administration to an individual having amyotrophic lateral sclerosis with non-serious dysphagia.
An elevator traction system, comprising: a car side wheel train; a transition wheel train; a counter-weight side wheel train; and a rope comprising a first end and a second end that are fixed to the top of a hoistway , the rope passing through the car side wheel train, the transition wheel train, and the counter-weight side wheel train sequentially, the car side wheel train comprising a first sheave and a third sheave that are fixed to the top of a car and a second sheave that is fixed to the top of the hoistway , wherein the first sheave and the third sheave are arranged to be parallel to each other and perpendicular to the second sheave ; wherein a spin axis of the second sheave is arranged on a longitudinal center line of the top of the car ; characterized in that the transition wheel train comprises a first transition sheave and a second transition sheave that are disposed separately at the top of the hoistway ; and in that the transition wheel train further comprises a tension sheave between the first transition sheave and the second transition sheave , the tension sheave is disposed to be located in a plane the same as that of the first transition sheave and the second transition sheave , and the tension sheave is disposed to increase a wrap angle between the rope and the first transition sheave and/or second transition sheave . a car side wheel train; a transition wheel train; a counter-weight side wheel train; and a rope comprising a first end and a second end that are fixed to the top of a hoistway , the rope passing through the car side wheel train, the transition wheel train, and the counter-weight side wheel train sequentially, the car side wheel train comprising a first sheave and a third sheave that are fixed to the top of a car and a second sheave that is fixed to the top of the hoistway , wherein the first sheave and the third sheave are arranged to be parallel to each other and perpendicular to the second sheave ; wherein a spin axis of the second sheave is arranged on a longitudinal center line of the top of the car ; characterized in that the transition wheel train comprises a first transition sheave and a second transition sheave that are disposed separately at the top of the hoistway ; and in that the transition wheel train further comprises a tension sheave between the first transition sheave and the second transition sheave , the tension sheave is disposed to be located in a plane the same as that of the first transition sheave and the second transition sheave , and the tension sheave is disposed to increase a wrap angle between the rope and the first transition sheave and/or second transition sheave .
An electrosurgical apparatus comprising: a housing having a passage extending therethrough; a gas flow tube having a proximal end and a distal end , the gas flow tube being at least partially disposed in the passage of the housing ; and an electrode disposed within the flow tube and configured to be energized to form cold plasma at the distal end of the gas flow tube when an inert gas flows through the gas flow tube , wherein the distal end of the gas flow tube includes a cylindrical augmenter disposed around the distal end of the gas flow tube , the cylindrical augmenter including a distal end and a proximal end , the distal end and proximal end of the cylindrical augmenter each including an opening, the proximal opening of the cylindrical augmenter formed by a space between the proximal end of the cylindrical augmenter and the gas flow tube , and wherein when inert gas flows through the gas flow tube , the cylindrical augmenter is configured to create a Venturi effect to draw ambient air into the proximal opening of the cylindrical augmenter to mix the ambient air with the inert gas to increase radical species production in the plasma. a housing having a passage extending therethrough; a gas flow tube having a proximal end and a distal end , the gas flow tube being at least partially disposed in the passage of the housing ; and an electrode disposed within the flow tube and configured to be energized to form cold plasma at the distal end of the gas flow tube when an inert gas flows through the gas flow tube , wherein the distal end of the gas flow tube includes a cylindrical augmenter disposed around the distal end of the gas flow tube , the cylindrical augmenter including a distal end and a proximal end , the distal end and proximal end of the cylindrical augmenter each including an opening, the proximal opening of the cylindrical augmenter formed by a space between the proximal end of the cylindrical augmenter and the gas flow tube , and wherein when inert gas flows through the gas flow tube , the cylindrical augmenter is configured to create a Venturi effect to draw ambient air into the proximal opening of the cylindrical augmenter to mix the ambient air with the inert gas to increase radical species production in the plasma.
A coffee grinder that is used for grinding coffee, comprising a grinding mechanism having at least a grinder outlet , at least a flow channel that directs the ground coffee particles conveyed from the outlet of the grinder in order to transfer them to a container (M), and its inlet positioned right below the grinder outlet and connected to the grinder such that it can rotate according to the channel inlet axis (X) that passes through the center of said inlet, and a motion control motor that successively moves said flow channel at the inlet axis (X) in opposite radial directions (R) in a suitable amount and frequency in order to prevent the sticking of the ground coffee particles located in the flow channel , to said flow channel . at least a flow channel that directs the ground coffee particles conveyed from the outlet of the grinder in order to transfer them to a container (M), and its inlet positioned right below the grinder outlet and connected to the grinder such that it can rotate according to the channel inlet axis (X) that passes through the center of said inlet, and a motion control motor that successively moves said flow channel at the inlet axis (X) in opposite radial directions (R) in a suitable amount and frequency in order to prevent the sticking of the ground coffee particles located in the flow channel , to said flow channel .
A method for supplying at least one processing apparatus for the processing of elongate, rod-shaped paper bodies of a number of paper bodies corresponding to a large receptacle, wherein the number comprises at least several thousand paper bodies, wherein in the method the elongate, rod-shaped paper bodies are fed by means of at least one reusable container , in which the elongate, rod-shaped paper bodies are arranged as unsorted and non-oriented bulk material, to at least one feeding device of the processing apparatus , wherein the elongate, rod-shaped paper bodies of the number of paper bodies corresponding to a large receptacle are oriented by means of at least one emptying station via at least one conveying apparatus in an orienting apparatus of the processing apparatus so that the elongate, rod-shaped paper bodies are brought into a defined processing position comprising position and orientation of each elongate, rod-shaped paper body, so that the elongate, rod-shaped paper bodies are able to be fed in the defined processing position to the processing apparatus, in which each elongate, rod-shaped paper body can be processed only if it is situated in the defined processing position, and wherein individual or all elongate, rod-shaped paper bodies of the number of paper bodies corresponding to a large receptacle are oriented in the orienting apparatus so that the elongate, rod-shaped paper bodies are already in the defined processing position when they reach or enter the processing apparatus .
An expandable spinal rod system comprising: a first rod portion having an internal cavity ; a capture nut attachable with the first rod portion a second rod portion positioned within the internal cavity of the first rod portion, and moveable in a first axial direction relative to the first rod portion; and a locking mechanism , characterized in that the capture nut includes a tapered surface , and the locking member is engageable with the tapered surface of the capture nut in order to bear on the second rod portion to prevent the second rod portion from moving in a second axial direction. a first rod portion having an internal cavity ; a capture nut attachable with the first rod portion a second rod portion positioned within the internal cavity of the first rod portion, and moveable in a first axial direction relative to the first rod portion; and a locking mechanism , characterized in that the capture nut includes a tapered surface , and the locking member is engageable with the tapered surface of the capture nut in order to bear on the second rod portion to prevent the second rod portion from moving in a second axial direction. the capture nut includes a tapered surface , and the locking member is engageable with the tapered surface of the capture nut in order to bear on the second rod portion to prevent the second rod portion from moving in a second axial direction.
A system for monitoring a water level within a pipe , comprising: an ultrasonic generation unit comprising two or more ultrasonic transducers (111-1, 111-2, 111-3) which are disposed at spaced locations on an outside of the pipe and generate ultrasonic waves, and a support unit which supports the ultrasonic transducers so that the transducers fixedly come into contact with the outside of the pipe; an ultrasonic examination unit which controls the generation of the ultrasonic waves by driving the ultrasonic transducers, detects a reflected wave of the ultrasonic wave, collects information about the reflected wave, and inputs/outputs the information; characterized in that the system further comprises: a solid contact medium which is provided on one side of the ultrasonic transducers and brings the ultrasonic transducers into contact with the outside of the pipe, and wherein the ultrasonic transducers are arranged to receive the ultrasonic waves reflected by a metal layer on the opposite side of the pipe, and a data processing unit which determines a water level based on the information whether the ultrasonic waves are reflected back to the transducers where the ultrasonic waves are generated and processes or stores the information about the water level. an ultrasonic generation unit comprising two or more ultrasonic transducers (111-1, 111-2, 111-3) which are disposed at spaced locations on an outside of the pipe and generate ultrasonic waves, and a support unit which supports the ultrasonic transducers so that the transducers fixedly come into contact with the outside of the pipe; an ultrasonic examination unit which controls the generation of the ultrasonic waves by driving the ultrasonic transducers, detects a reflected wave of the ultrasonic wave, collects information about the reflected wave, and inputs/outputs the information; characterized in that the system further comprises: a solid contact medium which is provided on one side of the ultrasonic transducers and brings the ultrasonic transducers into contact with the outside of the pipe, and wherein the ultrasonic transducers are arranged to receive the ultrasonic waves reflected by a metal layer on the opposite side of the pipe, and a data processing unit which determines a water level based on the information whether the ultrasonic waves are reflected back to the transducers where the ultrasonic waves are generated and processes or stores the information about the water level.
A manufacturing method of a laminated sheet having a printed layer , given that a table that associates density data of a specific area included in image data with a burnup degree of the printed layer corresponding to the specific area at printing based on the image data is an image-burnup degree conversion table, the method comprising: identifying (S101) the image-burnup degree conversion table that satisfies a printing condition for a laminated sheet by a processor ; acquiring (S102) printed image data that is image data for forming the printed layer of the laminated sheet by the processor; calculating (S103) the burnup degree of the printed layer based on the image-burnup degree conversion table and the printed image data by the processor; determining (S104) whether the laminated sheet satisfies a burnup degree standard based on the calculated burnup degree by the processor; and if it is determined that the burnup degree standard is satisfied, forming (S105) the printed layer in accordance with the printing condition and the printed image data by a printer in response to a command of the processor. identifying (S101) the image-burnup degree conversion table that satisfies a printing condition for a laminated sheet by a processor ; acquiring (S102) printed image data that is image data for forming the printed layer of the laminated sheet by the processor; calculating (S103) the burnup degree of the printed layer based on the image-burnup degree conversion table and the printed image data by the processor; determining (S104) whether the laminated sheet satisfies a burnup degree standard based on the calculated burnup degree by the processor; and if it is determined that the burnup degree standard is satisfied, forming (S105) the printed layer in accordance with the printing condition and the printed image data by a printer in response to a command of the processor.
A fan for air/gas mixing systems in burners of heating equipment, comprising: - a fan impeller which is received in a volute which is provided with a motor support plate , - a motor on the shaft of which the impeller is keyed, - a motor support comprising a first metal frame for mounting vibration damping elements , the first metal frame being fixedly joined to the motor support plate , the motor being supported on the first metal frame with the vibration damping elements being interposed, - a motor control printed circuit board which is positioned near the motor, - a protection and containment cap of the board/motor assembly, characterized in that the cap is produced from plastics material and in that it comprises a second frame of plastics material which can be connected to the first metal frame and interconnection means and counter-means which are provided on the cap and on the second frame , respectively, and which mutually cooperate in order to fix the cap to the fan by means of the second frame. - a fan impeller which is received in a volute which is provided with a motor support plate , - a motor on the shaft of which the impeller is keyed, - a motor support comprising a first metal frame for mounting vibration damping elements , the first metal frame being fixedly joined to the motor support plate , the motor being supported on the first metal frame with the vibration damping elements being interposed, - a motor control printed circuit board which is positioned near the motor, - a protection and containment cap of the board/motor assembly,
An ironing system comprising a steam generating device comprising a steam chamber provided with a coating comprising a coating base material with metal particles at least partly embedded in the coating base material , wherein the coating base material comprises a mixed metal silicate compound, wherein the mixed metal silicate compound comprises an alkali metal element and a first metal element, wherein the metal particles comprise a second metal element, and wherein the first metal element and the second metal element are the same chemical element of the periodic table of the elements.
A method, comprising: measuring a distance from a lens to a mark ; calculating a focus position for an autofocus system that focuses the lens on the mark ; determining whether or not the mark is a dot peen mark; and in response to determining the mark is a dot peen mark: applying an offset to the calculated focus position to produce an offset focus position; setting the autofocus system to the offset focus position; acquiring an image of the mark with the autofocus system set to the offset focus position; providing the image of the mark to a decoder for decoding; repeating the applying, setting, acquiring, and providing, with a gradually increasing offset, until the decoder successfully decodes the image of the mark; in response to determining the mark is not a dot peen mark: applying an offset setting of zero to the calculated focus position; and acquiring an image of the mark with the autofocus system set to the calculated focus position. measuring a distance from a lens to a mark ; calculating a focus position for an autofocus system that focuses the lens on the mark ; determining whether or not the mark is a dot peen mark; and in response to determining the mark is a dot peen mark: applying an offset to the calculated focus position to produce an offset focus position; setting the autofocus system to the offset focus position; acquiring an image of the mark with the autofocus system set to the offset focus position; providing the image of the mark to a decoder for decoding; repeating the applying, setting, acquiring, and providing, with a gradually increasing offset, until the decoder successfully decodes the image of the mark; applying an offset to the calculated focus position to produce an offset focus position; setting the autofocus system to the offset focus position; acquiring an image of the mark with the autofocus system set to the offset focus position; providing the image of the mark to a decoder for decoding; repeating the applying, setting, acquiring, and providing, with a gradually increasing offset, until the decoder successfully decodes the image of the mark; in response to determining the mark is not a dot peen mark: applying an offset setting of zero to the calculated focus position; and acquiring an image of the mark with the autofocus system set to the calculated focus position.
A grinding device, comprising a stirring-type grinding separator, wherein the stirring-type grinding separator comprises a separation cover and a separation impeller coaxial with the separation cover, and a spiral separator is disposed in the separation cover and has an end connected with the separation impeller and an end matched with a through hole in the separation cover.