mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically driven power transmission system box assembly positioned by stepped pins , wherein: the box assembly comprises: a housing and shaft assembly , several stepped pins , a first housing , and a first bearing (6-8); the housing and shaft assembly comprises a housing and a shaft supported on the housing; each stepped pin comprises an engagement section and a guide section, a diameter of the engagement section is greater than a diameter of the guide section, and an end part of the engagement section is fixed in a fixing pin hole of the housing; the first housing is installed and fixed to the housing and shaft assembly under guidance of the guide section; and a rear end of the shaft is supported on the first housing via the first bearing (6-8); the housing of the housing and shaft assembly comprises a middle housing and a second housing , and the shaft is fixedly supported on the middle housing and the second housing via a middle bearing and a second bearing , respectively; a gap between the guide section of each stepped pin and a positioning pin hole of the first housing is configured to ensure, during an assembly process of more than half of an axial length of rollers of the first bearing (6-8) entering a raceway of an inner ring of the first bearing (6-8) a radial space between the inner ring of the first bearing (6-8) and, an outer ring of the first bearing (6-8) and the rollers of the first bearing, to prevent surface scratches on the rollers of the first bearing and the inner ring of the first bearing caused by over-positioning. the box assembly comprises: a housing and shaft assembly , several stepped pins , a first housing , and a first bearing (6-8); the housing and shaft assembly comprises a housing and a shaft supported on the housing; each stepped pin comprises an engagement section and a guide section, a diameter of the engagement section is greater than a diameter of the guide section, and an end part of the engagement section is fixed in a fixing pin hole of the housing; the first housing is installed and fixed to the housing and shaft assembly under guidance of the guide section; and a rear end of the shaft is supported on the first housing via the first bearing (6-8); the housing of the housing and shaft assembly comprises a middle housing and a second housing , and the shaft is fixedly supported on the middle housing and the second housing via a middle bearing and a second bearing , respectively; a gap between the guide section of each stepped pin and a positioning pin hole of the first housing is configured to ensure, during an assembly process of more than half of an axial length of rollers of the first bearing (6-8) entering a raceway of an inner ring of the first bearing (6-8) a radial space between the inner ring of the first bearing (6-8) and, an outer ring of the first bearing (6-8) and the rollers of the first bearing, to prevent surface scratches on the rollers of the first bearing and the inner ring of the first bearing caused by over-positioning.
An ultrasonic wave acupuncture device , comprising: an ultrasonic source , adapted to generate ultrasonic waves; and an ultrasonic-source controller , electrically connected to the ultrasonic source to generate a plurality of ultrasonic-source voltage pulses to control a frequency, an amplitude, and a pulse length of the ultrasonic waves generated by the ultrasonic source ; the ultrasonic wave acupuncture device being characterized in further comprising: a liquid lens adapted to focus the ultrasonic wave, a liquid-lens controller , electrically connected to the liquid lens to generate a plurality of liquid-lens voltage pulses to control a focal length of the liquid lens , so as to focus the ultrasonic waves on a specific location; and a power supply , electrically connected to the ultrasonic-source controller and the liquid-lens controller , adapted to provide voltage to the ultrasonic-source controller to control the ultrasonic source and to provide voltage to the liquid-lens controller to control the liquid lens , wherein the ultrasonic-source voltage pulses generated by the ultrasonic-source controller and the liquid-lens voltage pulses generated by the liquid-lens controller are aligned with each other. an ultrasonic source , adapted to generate ultrasonic waves; and an ultrasonic-source controller , electrically connected to the ultrasonic source to generate a plurality of ultrasonic-source voltage pulses to control a frequency, an amplitude, and a pulse length of the ultrasonic waves generated by the ultrasonic source ; the ultrasonic wave acupuncture device being characterized in further comprising: a liquid lens adapted to focus the ultrasonic wave, a liquid-lens controller , electrically connected to the liquid lens to generate a plurality of liquid-lens voltage pulses to control a focal length of the liquid lens , so as to focus the ultrasonic waves on a specific location; and a power supply , electrically connected to the ultrasonic-source controller and the liquid-lens controller , adapted to provide voltage to the ultrasonic-source controller to control the ultrasonic source and to provide voltage to the liquid-lens controller to control the liquid lens ,
Connection terminal for connecting at least one electrical conductor, comprising a housing , a first connection space which is formed in the housing , a second connection space which is formed in the housing , a first busbar piece which is arranged in the first connection space , a second busbar piece which is arranged in the second connection space , a first leg spring which is arranged in the first connection space and has a clamping limb and a holding limb , and a second leg spring which is arranged in the second connection space and has a clamping limb and a holding limb , wherein the first connection space and the second connection space are designed in a manner adjoining one another, and wherein the first leg spring is arranged in the first connection space and the second leg spring is arranged in the second connection space in such a way that the holding limb of the first leg spring is supported on the holding limb of the second leg spring , characterized in that , for the purpose of supporting the holding limb of the first leg spring on the holding limb of the second leg spring , an edge region of a free end of the first leg spring bears against an edge region of a free end of the second leg spring .
A method for controlling a wireless phone , the method comprising: receiving input from a plurality of separate corner sensors , each of said plurality of corner sensors being located at a respective corner of a case edge of said wireless phone , wherein said plurality of corner sensors are configured based on one or both of: a holding position of said wireless phone , said holding position being determined by additional touch-sensors located on surfaces of said wireless phone other than the corners, and a spatial orientation of said wireless phone , said spatial orientation being determined by a sensor internal to the wireless phone that detects spatial orientations, and controlling one or more functions of said wireless phone based on said input received by said plurality of corner sensors ; wherein said wireless phone is operable to detect simultaneous input from said plurality of said corner sensors to register an input gesture. receiving input from a plurality of separate corner sensors , each of said plurality of corner sensors being located at a respective corner of a case edge of said wireless phone , wherein said plurality of corner sensors are configured based on one or both of: a holding position of said wireless phone , said holding position being determined by additional touch-sensors located on surfaces of said wireless phone other than the corners, and a spatial orientation of said wireless phone , said spatial orientation being determined by a sensor internal to the wireless phone that detects spatial orientations, and a holding position of said wireless phone , said holding position being determined by additional touch-sensors located on surfaces of said wireless phone other than the corners, and a spatial orientation of said wireless phone , said spatial orientation being determined by a sensor internal to the wireless phone that detects spatial orientations, and controlling one or more functions of said wireless phone based on said input received by said plurality of corner sensors ; wherein said wireless phone is operable to detect simultaneous input from said plurality of said corner sensors to register an input gesture.
Auxiliary rafter for arrangement between a first skylight and a second skylight of a skylight assembly , characterised by a cranked rafter element having a support element for supporting the two skylights , wherein on opposite sides of the supporting element two fastening elements , which are arranged offset relative to the supporting element with respect to a longitudinal centre plane of the supporting element , adjoin the supporting element for fastening the auxiliary rafter to a roof structure of a roof , and wherein on a side of the longitudinal centre plane facing away from the fastening elements an intermediate window element is provided for spacing the two skylights on the rafter element .
A robot cleaner comprising: a cleaner body including a wheel unit for autonomous traveling; a suction unit disposed at a front of the cleaner body ; a sensing unit disposed at the front of the cleaner body ; a dust container accommodated in a dust container accommodation part formed at the cleaner body , the dust container being configured to collect dust filtered from sucked air; and a dust container cover disposed to cover a top surface of the dust container , characterized in that : the suction unit has a shape protruding frontward of the cleaner body , a front surface of the sensing unit protrudes from a front surface of the cleaner body , and the sensing unit is disposed to overlap with the suction unit in a vertical direction of the cleaner body . a cleaner body including a wheel unit for autonomous traveling; a suction unit disposed at a front of the cleaner body ; a sensing unit disposed at the front of the cleaner body ; a dust container accommodated in a dust container accommodation part formed at the cleaner body , the dust container being configured to collect dust filtered from sucked air; and a dust container cover disposed to cover a top surface of the dust container , characterized in that : the suction unit has a shape protruding frontward of the cleaner body , a front surface of the sensing unit protrudes from a front surface of the cleaner body , and the sensing unit is disposed to overlap with the suction unit in a vertical direction of the cleaner body . the suction unit has a shape protruding frontward of the cleaner body , a front surface of the sensing unit protrudes from a front surface of the cleaner body , and the sensing unit is disposed to overlap with the suction unit in a vertical direction of the cleaner body .
A polishing composition for a semiconductor process, comprising: water; and a polishing particle selected from the group consisting of colloidal silica, fumed silica, ceria, alumina, titania, zirconia, and mixtures thereof, included in an amount of 5 wt.% to 15 wt.%, based on the total weight of the polishing composition, and an amine-based agent for improving a polishing rate, wherein the polishing particle includes a functional group bonded to a surface of the polishing particle, the functional group includes an amine group, and wherein the content of the amine group included in the functional group bonded to the surface of the polishing particles is 0.008 wt% to 0.06 wt%, based on the total weight of the polishing composition, and the content of the amine group included in the agent for improving a polishing rate is 0.006 wt% to 0.05 wt%, based on the total weight of the polishing composition, and wherein a polishing selectivity of a silicon nitride layer to a boron-doped polysilicon layer is 1: 100 to 1:600. water; and a polishing particle selected from the group consisting of colloidal silica, fumed silica, ceria, alumina, titania, zirconia, and mixtures thereof, included in an amount of 5 wt.% to 15 wt.%, based on the total weight of the polishing composition, and an amine-based agent for improving a polishing rate, wherein the polishing particle includes a functional group bonded to a surface of the polishing particle, the functional group includes an amine group, and wherein the content of the amine group included in the functional group bonded to the surface of the polishing particles is 0.008 wt% to 0.06 wt%, based on the total weight of the polishing composition, and the content of the amine group included in the agent for improving a polishing rate is 0.006 wt% to 0.05 wt%, based on the total weight of the polishing composition, and wherein a polishing selectivity of a silicon nitride layer to a boron-doped polysilicon layer is 1: 100 to 1:600.
A computer-implemented method for anonymously transmitting data in a network, comprising: receiving, by a network node , from a client device , a request data structure ; identifying , by the network node , in the request data structure , a first substructure containing personal data and a second substructure not containing personal data; encrypting , by the network node , the first substructure and transmitting the first encrypted substructure and the second substructure to a server , wherein the personal data encrypted in the first substructure cannot be decrypted by the server ; receiving , by the network node , from the server a response data structure; wherein the response data structure comprises the first encrypted substructure and a third encrypted substructure , wherein the third encrypted substructure cannot be decrypted by the network node ; and decrypting , by the network node , the first encrypted substructure and transmitting the first decrypted substructure and the third encrypted substructure to the client device , wherein the third encrypted substructure can be decrypted by the client device . receiving, by a network node , from a client device , a request data structure ; identifying , by the network node , in the request data structure , a first substructure containing personal data and a second substructure not containing personal data; encrypting , by the network node , the first substructure and transmitting the first encrypted substructure and the second substructure to a server , wherein the personal data encrypted in the first substructure cannot be decrypted by the server ; receiving , by the network node , from the server a response data structure; wherein the response data structure comprises the first encrypted substructure and a third encrypted substructure , wherein the third encrypted substructure cannot be decrypted by the network node ; and decrypting , by the network node , the first encrypted substructure and transmitting the first decrypted substructure and the third encrypted substructure to the client device , wherein the third encrypted substructure can be decrypted by the client device .
Modular greening device for a building, consisting of multiple modules each having visible vegetation elements on one of the large faces thereof, said modules having the form of a generally flat, parallelepiped-shaped support, which is thin in relation to its lateral dimensions and with a base which is formed by a rigid plate and at least two solid lateral walls , the open face of the module which is opposite said base enabling the vegetation elements to pass therethrough, said base being covered by a multilayer culture complex successively comprising at least a first fibrous synthetic material and a flexible grating , characterized in that - said complex is formed by two sheets of synthetic felt with a thickness of 10 millimeters, and a weight ranging from 400 to 600 g/m 2 , and a core formed by a flexible grate made of plastics material, with a mesh having a cross-section of a few millimeters, arranged between said two sheets - the joining of adjacent modules is provided by a butt joint between a lower edge of a first module and an upper edge of an adjacent module, the lower edge of the first module having a flange extending on the outer side of the plate , complementary to a flange extending on the inner side of the adjacent plate - said device comprising a porous or perforated pipe running along an upper border for supplying water and, in a lower part, a water collection gutter . - said complex is formed by two sheets of synthetic felt with a thickness of 10 millimeters, and a weight ranging from 400 to 600 g/m 2 , and a core formed by a flexible grate made of plastics material, with a mesh having a cross-section of a few millimeters, arranged between said two sheets - the joining of adjacent modules is provided by a butt joint between a lower edge of a first module and an upper edge of an adjacent module, the lower edge of the first module having a flange extending on the outer side of the plate , complementary to a flange extending on the inner side of the adjacent plate - said device comprising a porous or perforated pipe running along an upper border for supplying water and, in a lower part, a water collection gutter .
A device for locating and dilating a natural ostium of a maxillary sinus, the device comprising: an elongate shaft , comprising: a substantially rigid proximal portion ; a curved distal portion ; an atraumatic distal tip at the end of the curved distal portion, wherein the curved distal portion has a size and shape to allow passage of the distal portion into a nasal cavity to position the atraumatic distal tip within or near a maxillary sinus ostium; and an inflation lumen passing through at least part of the shaft; and at least one inflatable balloon configured about the curved distal portion of the shaft and extending from proximal to the curve along the shaft to beyond the distal tip, wherein the balloon is in fluid communication with the inflation lumen and is adapted to inflate on the curve such that the balloon is elongate along the curved distal portion when inflated. an elongate shaft , comprising: a substantially rigid proximal portion ; a curved distal portion ; an atraumatic distal tip at the end of the curved distal portion, a substantially rigid proximal portion ; a curved distal portion ; an atraumatic distal tip at the end of the curved distal portion, wherein the curved distal portion has a size and shape to allow passage of the distal portion into a nasal cavity to position the atraumatic distal tip within or near a maxillary sinus ostium; and an inflation lumen passing through at least part of the shaft; and at least one inflatable balloon configured about the curved distal portion of the shaft and extending from proximal to the curve along the shaft to beyond the distal tip, wherein the balloon is in fluid communication with the inflation lumen and is adapted to inflate on the curve such that the balloon is elongate along the curved distal portion when inflated.
A hearing instrument comprising a wireless communication unit for wireless communication, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument , a filter circuit interconnecting the battery and a power management circuit of the hearing instrument , the filter circuit comprising tuning components , the filter circuit being configured to control a coupling between the battery and a ground potential at RF frequencies, the power management circuit comprising a voltage regulator, a switch mode regulator, a AC-DC converter and controller, or a switching DC-DC converter, the wireless communication unit being interconnected with the battery , the battery being configured for being used for the emission and reception of an electromagnetic field having an RF wavelength, wherein values of said tuning components are selected to obtain a filter circuit resonance corresponding to the RF wavelength. a wireless communication unit for wireless communication, a speaker interconnected with the wireless communication unit and being configured to provide an output audio signal, a battery configured to supply power to the hearing instrument , a filter circuit interconnecting the battery and a power management circuit of the hearing instrument , the filter circuit comprising tuning components , the filter circuit being configured to control a coupling between the battery and a ground potential at RF frequencies, the power management circuit comprising a voltage regulator, a switch mode regulator, a AC-DC converter and controller, or a switching DC-DC converter, the wireless communication unit being interconnected with the battery , the battery being configured for being used for the emission and reception of an electromagnetic field having an RF wavelength, wherein values of said tuning components are selected to obtain a filter circuit resonance corresponding to the RF wavelength.
A load-predicting and control system for a subway station heating, ventilation and air conditioning system, comprising a basic database, a sensing system, a load predicting unit and a controller; wherein, the basic database is configured to store historical data of the subway station heating, ventilation and air conditioning system; the sensing system is configured to provide measured data of the subway station heating, ventilation and air conditioning system to the load predicting unit; wherein the load predicting unit is configured to calculate a predicted load value of the subway station heating, ventilation and air conditioning system based on the historical data and the measured data, and output the predicted load value to the controller; the controller is configured to issue a control command based on the predicted load value, to control the subway station heating, ventilation and air conditioning system to operate; the historical data and the measured data comprise at least one of a real-time person number in a subway station, subway station information, an environment temperature, and an environment humidity; the subway station heating, ventilation and air conditioning system further comprises a load amount determining unit, which determines an actual load amount based on the measured data of the sensing system; and the load predicting unit revises a next predicted load of a next load prediction based on a difference between the predicted load value and the actual load amount fed back from the load amount determining unit. the sensing system is configured to provide measured data of the subway station heating, ventilation and air conditioning system to the load predicting unit; wherein the load predicting unit is configured to calculate a predicted load value of the subway station heating, ventilation and air conditioning system based on the historical data and the measured data, and output the predicted load value to the controller; the controller is configured to issue a control command based on the predicted load value, to control the subway station heating, ventilation and air conditioning system to operate; the historical data and the measured data comprise at least one of a real-time person number in a subway station, subway station information, an environment temperature, and an environment humidity; the subway station heating, ventilation and air conditioning system further comprises a load amount determining unit, which determines an actual load amount based on the measured data of the sensing system; and the load predicting unit revises a next predicted load of a next load prediction based on a difference between the predicted load value and the actual load amount fed back from the load amount determining unit.