mhurhangee/patent-ind-claim-en huggingface dataset:
An electric connection box comprising: an insulating casing ; at least one internal electric part that is accommodated inside the casing and is electrically connected to a plurality of internal electric wires (We1) drawn from an inside to an outside of the casing ; and a terminal block that is provided with at least one external electric part electrically connected to at least one external electric wire (We2) and is assembled into the casing outside the casing , wherein the casing includes an accommodation member that accommodates the internal electric part, and a removable member that is attached to and detached from the accommodation member , the terminal block includes a holding member that holds the external electric part , and the holding member is formed as one part integrated with the removable member , characterized in that the removable member is a cover that is attached to and detached from the accommodation member . an insulating casing ; at least one internal electric part that is accommodated inside the casing and is electrically connected to a plurality of internal electric wires (We1) drawn from an inside to an outside of the casing ; and a terminal block that is provided with at least one external electric part electrically connected to at least one external electric wire (We2) and is assembled into the casing outside the casing , wherein the casing includes an accommodation member that accommodates the internal electric part, and a removable member that is attached to and detached from the accommodation member , the terminal block includes a holding member that holds the external electric part , and the holding member is formed as one part integrated with the removable member , characterized in that the removable member is a cover that is attached to and detached from the accommodation member .
A compound corresponding to one of the following formulas (VIII) to (XI):
Gearless and compact external rotor drive system, in particular for passenger and freight elevators, which comprises an electric motor and a first and a second bearing end plate , which stand on a common base plate, and wherein the bearing end plates are located on the opposite sides of the stator of the electric motor , wherein the stator of the electric motor is anchored in a fixed manner on one side to the first bearing end plate and said stator of the electric motor carries a bearing of the external rotor of the electric motor on the side of the first bearing end plate , permanent magnets are positioned on the inner periphery of the external rotor and cable grooves or other drive means of a drive tubing are positioned on the outer periphery of said rotor, and the external rotor is mounted on the other side in a second bearing end plate by means of a shaft with a projection .
A method comprising: establishing, at a second device , a connection to a first device through a first network ; selecting, at the second device , a third device among at least one device which is connected to the first device through a second network different from the first network and is detected through the first device ; and transmitting, at the second device , a request to the first device , wherein the request requests that the third device perform a function of the third device. establishing, at a second device , a connection to a first device through a first network ; selecting, at the second device , a third device among at least one device which is connected to the first device through a second network different from the first network and is detected through the first device ; and transmitting, at the second device , a request to the first device , wherein the request requests that the third device perform a function of the third device.
A telescoping sight , comprising: a sight housing ; a moveable lens configured to be moved within the sight housing along a longitudinal axis of the sight housing; characterised by : a cam mechanism comprising: a focus cam having a spiral track formed therein, wherein the focus cam is rotatably mounted on the sight housing about an axis that extends laterally with respect to the sight housing; and a feature configured to be received within the spiral track, wherein the feature is constrained to move with the moveable lens within the sight housing; a coarse focus adjustment control being operable to rotate the focus cam to move the moveable lens via the spiral track; and a fine focus adjustment control, the fine focus adjustment control being interoperable with the spiral track to control the motion of the moveable lens. a sight housing ; a moveable lens configured to be moved within the sight housing along a longitudinal axis of the sight housing; characterised by : a cam mechanism comprising: a focus cam having a spiral track formed therein, wherein the focus cam is rotatably mounted on the sight housing about an axis that extends laterally with respect to the sight housing; and a feature configured to be received within the spiral track, wherein the feature is constrained to move with the moveable lens within the sight housing; a coarse focus adjustment control being operable to rotate the focus cam to move the moveable lens via the spiral track; and a fine focus adjustment control, the fine focus adjustment control being interoperable with the spiral track to control the motion of the moveable lens. a cam mechanism comprising: a focus cam having a spiral track formed therein, wherein the focus cam is rotatably mounted on the sight housing about an axis that extends laterally with respect to the sight housing; and a feature configured to be received within the spiral track, wherein the feature is constrained to move with the moveable lens within the sight housing; a focus cam having a spiral track formed therein, wherein the focus cam is rotatably mounted on the sight housing about an axis that extends laterally with respect to the sight housing; and a feature configured to be received within the spiral track, wherein the feature is constrained to move with the moveable lens within the sight housing; a coarse focus adjustment control being operable to rotate the focus cam to move the moveable lens via the spiral track; and a fine focus adjustment control, the fine focus adjustment control being interoperable with the spiral track to control the motion of the moveable lens.
A radiotherapy device comprising: at least one shielding shell segment, the at least one shielding shell segment constituting a shielding chamber, the shielding chamber being arranged on a periphery of the radiotherapy device and shielding radiation generated by the radiotherapy device; a gantry configured to carry a radiation source; and a shielding layer being arranged on the outside of the gantry with the gantry being enclosed by the shielding layer, and the shielding layer being connected with the shielding chamber to shield radiation generated by the radiotherapy device. a gantry configured to carry a radiation source; and a shielding layer being arranged on the outside of the gantry with the gantry being enclosed by the shielding layer, and the shielding layer being connected with the shielding chamber to shield radiation generated by the radiotherapy device.
A network slice template management method, comprising the steps of receiving, by a first management unit , a subnet management request, wherein the subnet management request carries indication information of a subnet template, wherein the first management unit includes a network slice subnet management function, NSSMF, and the indication information of a subnet template includes an identifier of a network slice subnet template, NSST ID; obtaining, by the first management unit, network service descriptor, NSD, association information based on the indication information of the subnet template, wherein the NSD association information comprises a network service instantiation level; obtaining, by the first management unit, a network service instance based on the NSD association information, sending, by the first management unit, a creation request to a third management unit, wherein the creation request comprises the NSD association information; receiving, by the first management unit from the third management unit, network service instance information corresponding to a network service instance created by the third management unit; creating, by the first management unit, a network slice subnet instance after receiving the subnet management request; and associating, by the first management unit, the network slice subnet instance with the network service instance. receiving, by a first management unit , a subnet management request, wherein the subnet management request carries indication information of a subnet template, wherein the first management unit includes a network slice subnet management function, NSSMF, and the indication information of a subnet template includes an identifier of a network slice subnet template, NSST ID; obtaining, by the first management unit, network service descriptor, NSD, association information based on the indication information of the subnet template, wherein the NSD association information comprises a network service instantiation level; obtaining, by the first management unit, a network service instance based on the NSD association information, sending, by the first management unit, a creation request to a third management unit, wherein the creation request comprises the NSD association information; receiving, by the first management unit from the third management unit, network service instance information corresponding to a network service instance created by the third management unit; creating, by the first management unit, a network slice subnet instance after receiving the subnet management request; and associating, by the first management unit, the network slice subnet instance with the network service instance.
A water chamber adapted for use in conjunction with a heater base and having an inlet gases port and an outlet gases port in one side wall, both said inlet gases port and outlet gases port including an elongate flow tube extending into said water chamber from an inner periphery of each gases port with an opening at a distal end of said flow tube being spaced from the wall of said chamber , said chamber further includes a baffle between the opening of said inlet gases port tube and the opening of said outlet gases port tube , characterised in that said direction in which the openings of said inlet and outlet gases port tubes face is not the same.
Connecter for coupling several wall elements for constructing rooms, in particular for coupling insulating panels that are formed by filling a cavity with a fluid foam material, wherein the connecter is embedded in the foam material in the process, - having a housing , which forms a base wall that is arranged in a base plane B and has a front wall opposite the base wall , said front wall being arranged in a front wall plane F, - having an entry opening for a locking hook in the front wall , - having an accommodation chamber in the housing for at least one locking element, wherein - the housing forms an air channel, - the air channel extends from the front plane F in the direction of the base plane B, - the air channel forms an air inlet opening in the base plane and an air outlet opening in the front plane, - the housing forms fixing tabs that have an accommodation cylinder for a fixing element that is open in the front plane, by means of which the connecter is held on a wall element frame during foaming, - the accommodation cylinder forms an air inlet opening in the base plane, - a fixing element is held in the accommodation cylinder , characterised in that - the accommodation cylinder forms the air channel for the fixing element, - the fixing element held in the accommodation cylinder forms a relief channel, along which air can escape between the inlet opening and the outlet opening . - having a housing , which forms a base wall that is arranged in a base plane B and has a front wall opposite the base wall , said front wall being arranged in a front wall plane F, - having an entry opening for a locking hook in the front wall , - having an accommodation chamber in the housing for at least one locking element, - the housing forms an air channel, - the air channel extends from the front plane F in the direction of the base plane B, - the air channel forms an air inlet opening in the base plane and an air outlet opening in the front plane, - the housing forms fixing tabs that have an accommodation cylinder for a fixing element that is open in the front plane, by means of which the connecter is held on a wall element frame during foaming, - the accommodation cylinder forms an air inlet opening in the base plane, - a fixing element is held in the accommodation cylinder , characterised in that - the accommodation cylinder forms the air channel for the fixing element, - the fixing element held in the accommodation cylinder forms a relief channel, along which air can escape between the inlet opening and the outlet opening .
An electrically heated aerosol-generating system for receiving an aerosol-forming article , the system comprising: a tubular portion for receiving an aerosol-forming article ; a heater element comprising an end face and positioned proximate an end of the tubular portion so that the end face is proximate an end of an aerosol-forming article when the aerosol-forming article is inserted into the tubular portion ; and an annular thermally conductive element provided on an inner surface of the tubular portion , the annular thermally conductive element comprising a first portion connected to the heater element and a second portion arranged to contact an aerosol-forming article when the aerosol-forming article is inserted into the tubular portion ; wherein the system is configured to supply a first amount of electrical energy to the heater element to heat the heater element to a first temperature, wherein the system is configured to supply a second amount of electrical energy to the heater element to maintain the heater element at a second temperature, wherein the second temperature is lower than the first temperature and wherein the difference between the first and second temperatures is at least 100 degrees Celsius. a tubular portion for receiving an aerosol-forming article ; a heater element comprising an end face and positioned proximate an end of the tubular portion so that the end face is proximate an end of an aerosol-forming article when the aerosol-forming article is inserted into the tubular portion ; and an annular thermally conductive element provided on an inner surface of the tubular portion , the annular thermally conductive element comprising a first portion connected to the heater element and a second portion arranged to contact an aerosol-forming article when the aerosol-forming article is inserted into the tubular portion ; wherein the system is configured to supply a first amount of electrical energy to the heater element to heat the heater element to a first temperature, wherein the system is configured to supply a second amount of electrical energy to the heater element to maintain the heater element at a second temperature, wherein the second temperature is lower than the first temperature and wherein the difference between the first and second temperatures is at least 100 degrees Celsius.
An electrophysiology catheter comprising: an elongated body ; a distal section distal of the elongated body ; and an electrode sleeve mounted on the distal section , the electrode sleeve comprising: a band extending circumferentially around the distal section , the band constructed of an electrically-nonconductive material; a plurality of discrete electrodes affixed to the band , each occupying a different radial position around the band , wherein each discrete electrode has a curved outer surface and the plurality of discrete electrodes are arranged on the band such that their curved outer surfaces trace a circumference around the band. an elongated body ; a distal section distal of the elongated body ; and an electrode sleeve mounted on the distal section , the electrode sleeve comprising: a band extending circumferentially around the distal section , the band constructed of an electrically-nonconductive material; a plurality of discrete electrodes affixed to the band , each occupying a different radial position around the band , wherein each discrete electrode has a curved outer surface and the plurality of discrete electrodes are arranged on the band such that their curved outer surfaces trace a circumference around the band. a band extending circumferentially around the distal section , the band constructed of an electrically-nonconductive material; a plurality of discrete electrodes affixed to the band , each occupying a different radial position around the band , wherein each discrete electrode has a curved outer surface and the plurality of discrete electrodes are arranged on the band such that their curved outer surfaces trace a circumference around the band.
A connector, comprising: a housing , the housing being provided therein with a plurality of module channels arranged in sequence, in each module channel a signal transmission module being assembled, movably in a direction perpendicular to the extending direction of the module channel, the signal transmission module comprising an insulator and a signal contact member arranged in the insulator, the housing being further provided with a shielding net , the shielding net being provided with a plurality of mesh holes corresponding to the various module channels to allow the corresponding signal transmission modules to pass through, the signal transmission module having a shielding ring sleeve segment arranged at a position corresponding to a corresponding mesh hole and sheathed outside the insulator, a shielding contact conductively bonded to the shielding ring sleeve segment of a corresponding signal transmission module being respectively provided at each mesh hole of the shielding net , the shielding contact protruding towards the centre of the corresponding mesh hole , each mesh hole being rectangular, and four sides of the rectangular mesh hole being each provided with a shielding contact , each of the module channels being provided with a channel port through which the signal contact member of a corresponding signal transmission module extends, and a baffle for blocking the signal transmission modules from disengagement being provided in the housing at the position corresponding to the channel ports, the shielding net being located between the baffle and the various module channels.
A distributed sensing system for monitoring pressure of a tire of an aircraft and for use in a landing gear of the aircraft including a tire (474-1,474-2), a wheel (472-1,472-2), and a stationary structure , the distributed sensing system comprising: a distributed sensing portion installable on the wheel and configured to receive a power signal from a primary portion, the distributed sensing portion including, a sensor capable of monitoring the pressure of the tire and outputting an analog reading, an analog to digital converter configured to convert the analog reading to a raw digital signal, and a microcontroller configured to compensate the raw digital signal to a conditioned digital signal based on the monitored pressure of the tire, and to modulate the power signal received from the primary portion to encode the conditioned digital signal in the power signal by modulating a current flow to the distributed sensing portion; and the distributed sensing system further comprising: the primary portion installable on the stationary structure and configured to wirelessly provide the power signal to the distributed sensing portion and including, a signal demodulation module configured to extract the conditioned digital signal from the modulated power signal and, a controller configured to communicate data with a brake control unit of the aircraft,the data being based on the conditioned digital signal. a distributed sensing portion installable on the wheel and configured to receive a power signal from a primary portion, the distributed sensing portion including, a sensor capable of monitoring the pressure of the tire and outputting an analog reading, an analog to digital converter configured to convert the analog reading to a raw digital signal, and a microcontroller configured to compensate the raw digital signal to a conditioned digital signal based on the monitored pressure of the tire, and to modulate the power signal received from the primary portion to encode the conditioned digital signal in the power signal by modulating a current flow to the distributed sensing portion; and a sensor capable of monitoring the pressure of the tire and outputting an analog reading, an analog to digital converter configured to convert the analog reading to a raw digital signal, and a microcontroller configured to compensate the raw digital signal to a conditioned digital signal based on the monitored pressure of the tire, and to modulate the power signal received from the primary portion to encode the conditioned digital signal in the power signal by modulating a current flow to the distributed sensing portion; and the distributed sensing system further comprising: the primary portion installable on the stationary structure and configured to wirelessly provide the power signal to the distributed sensing portion and including, a signal demodulation module configured to extract the conditioned digital signal from the modulated power signal and, a controller configured to communicate data with a brake control unit of the aircraft,the data being based on the conditioned digital signal.
A radio frequency, RF, system , the RF system comprising: a transmission line configured to communicate an RF signal between a first port and a second port ; one or more resistors coupled to the transmission line at a location between the first port and the second port , each of the one or more resistors providing a path for injecting DC current to the transmission line to provide DC bias for the RF signal; wherein each of the one or more resistors is coupled to the transmission line via a point connection , and characterised in that the point connection has a length that is less than about 5% of a length of the transmission line. a transmission line configured to communicate an RF signal between a first port and a second port ; one or more resistors coupled to the transmission line at a location between the first port and the second port , each of the one or more resistors providing a path for injecting DC current to the transmission line to provide DC bias for the RF signal; wherein each of the one or more resistors is coupled to the transmission line via a point connection , and characterised in that the point connection has a length that is less than about 5% of a length of the transmission line.
System for connecting smart devices in a building, the system comprising at least two bridging devices, each arranged in relative proximity of at least one of at least two smart devices arranged at different locations within the building, wherein the at least two bridging devices are connected to the smart devices via a wireless connection and to at least one router device, wherein the building comprises multiple dwelling units or enclosed areas, characterized in that the smart devices relating to a specific dwelling unit or enclosed area of the building are logically combined to a virtual home area network, wherein a single centralised Energy Service Interface is adapted to provide multiple virtual communication hubs which are configured to form the virtual home area networks for each dwelling or enclosed area, and wherein the virtual communication hubs also are adapted to interact with a Head End System.