mhurhangee/ep-ind-claims huggingface dataset:
A device network system comprising: a first network including a first device group and a first line group, the first device group including a plurality of first devices (101, ···, 109, 109X, 109Y, 150), the first line group being connected to the plurality of first devices; a second network including a second device group and a second line group, the second device group including a plurality of second devices (201, ···, 209, 209X, 209Y, 250), the second line group being connected to the plurality of second devices; and a first processing unit that is adapted to perform a recognition process on the first device group of the first network, wherein in the first network, communication between the first devices is performed by using a high frequency, and the recognition process performed by the first processing unit uses a recognition signal having a low frequency, wherein the first processing unit is adapted to transmit a first recognition signal which has a low frequency and which is for recognizing the plurality of first devices as devices of an identical group the device network system further comprising a first filter (HPFa) that is disposed between the first network and the second network, that is adapted to pass a communication signal which has a high frequency and which is for communication between the first devices and the second devices, and that is adapted to block the first recognition signal. a first network including a first device group and a first line group, the first device group including a plurality of first devices (101, ···, 109, 109X, 109Y, 150), the first line group being connected to the plurality of first devices; a second network including a second device group and a second line group, the second device group including a plurality of second devices (201, ···, 209, 209X, 209Y, 250), the second line group being connected to the plurality of second devices; and a first processing unit that is adapted to perform a recognition process on the first device group of the first network, wherein in the first network, communication between the first devices is performed by using a high frequency, and the recognition process performed by the first processing unit uses a recognition signal having a low frequency, wherein the first processing unit is adapted to transmit a first recognition signal which has a low frequency and which is for recognizing the plurality of first devices as devices of an identical group the device network system further comprising a first filter (HPFa) that is disposed between the first network and the second network, that is adapted to pass a communication signal which has a high frequency and which is for communication between the first devices and the second devices, and that is adapted to block the first recognition signal.
A method for manufacturing a dental prosthesis where a dental reinforcement (13, 33) is to be arranged inside resin, the method comprising: turning information on an intraoral shape into data; designing, in a form of data, a shape of a body that is a part to be formed of resin based on the data; determining, in the form of data, a position of the dental reinforcement (13, 33) that is to be arranged inside the body; forming, in the form of data, a space and an opening that communicates with an outside in the position in the body where the dental reinforcement (13, 33) is to be arranged, based on the position, to design a body with an opening (15, 35); making the body with an opening (15, 35), wherein the body is formed of resin; inserting the dental reinforcement (13, 33) into the body, wherein the dental reinforcement (13, 33) is formed of glass fibers; and covering the opening of the body. turning information on an intraoral shape into data; designing, in a form of data, a shape of a body that is a part to be formed of resin based on the data; determining, in the form of data, a position of the dental reinforcement (13, 33) that is to be arranged inside the body; forming, in the form of data, a space and an opening that communicates with an outside in the position in the body where the dental reinforcement (13, 33) is to be arranged, based on the position, to design a body with an opening (15, 35); making the body with an opening (15, 35), wherein the body is formed of resin; inserting the dental reinforcement (13, 33) into the body, wherein the dental reinforcement (13, 33) is formed of glass fibers; and covering the opening of the body.
An endoscope system,, comprising: an endoscope, including an endoscope electro-pneumatic connection assembly having a leak test port; an endoscope electro-optic subsystem which is connectable to said endoscope, via said endoscope electro-pneumatic connection assembly in a manner which precludes access to said leak test port when said endoscope electro-optic subsystem and said endoscope, are directly connected at said electro-pneumatic connection assembly; and an electro-pneumatic adaptor, which is connectable to said endoscope, at said electro-pneumatic connection assembly and comprises: an adaptor electro-pneumatic connection assembly, including: an electrical connector for connection to an electrical connector of said endoscope,; a pneumatic connector portion for connection to a pneumatic connector portion of said endoscope electro-pneumatic connection assembly; and a leak test port connector for connection to said leak test port of said endoscope,; an adaptor electrical port assembly to which said endoscope electro-optic subsystem is connectable; and a pneumatic port with a conduit pneumatically connecting the pneumatic port to said leak test port connector. an endoscope, including an endoscope electro-pneumatic connection assembly having a leak test port; an endoscope electro-optic subsystem which is connectable to said endoscope, via said endoscope electro-pneumatic connection assembly in a manner which precludes access to said leak test port when said endoscope electro-optic subsystem and said endoscope, are directly connected at said electro-pneumatic connection assembly; and an electro-pneumatic adaptor, which is connectable to said endoscope, at said electro-pneumatic connection assembly and comprises: an adaptor electro-pneumatic connection assembly, including: an electrical connector for connection to an electrical connector of said endoscope,; a pneumatic connector portion for connection to a pneumatic connector portion of said endoscope electro-pneumatic connection assembly; and a leak test port connector for connection to said leak test port of said endoscope,; an adaptor electrical port assembly to which said endoscope electro-optic subsystem is connectable; and a pneumatic port with a conduit pneumatically connecting the pneumatic port to said leak test port connector. an adaptor electro-pneumatic connection assembly, including: an electrical connector for connection to an electrical connector of said endoscope,; a pneumatic connector portion for connection to a pneumatic connector portion of said endoscope electro-pneumatic connection assembly; and a leak test port connector for connection to said leak test port of said endoscope,; an adaptor electrical port assembly to which said endoscope electro-optic subsystem is connectable; and a pneumatic port with a conduit pneumatically connecting the pneumatic port to said leak test port connector.
A safety monitoring device for a lift car which is moveable in a lift shaft by means of a travelling mechanism via a lift control system and whose actual position can be monitored by means of a position detecting device, having two-channel evaluation of the position signals by means of a microprocessor (13a, 13b) in each case for position-dependent, actual determination of the speed of the lift car and for comparison with a predetermined movement profile, in the case a predetermined actual speed set value is exceeded it being provided to generate a trigger signal for sending via a safety relay feature, characterized in that the position detecting device supplies two position signals, made independently of each other, in a predetermined time pattern, and the microprocessors (13a, 13b) communicate with each other via a line for the purpose of mutual monitoring, which means that a crosswise data comparison is carried out.
Method for operating an actuator device, wherein the actuator device has a magnetic actuating element, at least one magnetic field sensor for detecting a magnetic field of the actuating element and a drive mechanism for moving the actuating element between two mechanical end stops (126, 128) in relation to the at least one magnetic field sensor, wherein the method comprises at least the following steps: reading in a sensor signal from an interface with respect to the at least one magnetic field sensor and a drive signal from an interface with respect to the drive mechanism, wherein the sensor signal represents at least one magnetic field characteristic of a magnetic field of the actuating element, wherein the drive signal represents a driving direction and a power consumption of the drive mechanism; determining a position (316, 362, 363) of the actuating element by using the sensor signal and the drive signal; generating a state signal by using the determined position (316, 362, 363), wherein the state signal represents an actuating state of the actuator device; and providing the state signal for outputting at an output interface. reading in a sensor signal from an interface with respect to the at least one magnetic field sensor and a drive signal from an interface with respect to the drive mechanism, wherein the sensor signal represents at least one magnetic field characteristic of a magnetic field of the actuating element, wherein the drive signal represents a driving direction and a power consumption of the drive mechanism; determining a position (316, 362, 363) of the actuating element by using the sensor signal and the drive signal; generating a state signal by using the determined position (316, 362, 363), wherein the state signal represents an actuating state of the actuator device; and providing the state signal for outputting at an output interface.
An assembly for closing a bore for a fastening element disposed in a countersunk manner within the bore wherein the bore for receiving a closure element or a closure unit features a radially expanded end portion and wherein at least one recess (45, 50) is radially introduced or formed in the area of the end portion, and the closure element or the closure unit engages with the recess (45, 50) via connecting means, wherein at least one recess (45, 50) for the closure element or the closure unit creates a stop in an axial direction, characterized in that the bore is disposed within a grinding chamber of an agitator bead mill and that the closure element or the closure unit is provided with a wear-resistant protective layer and/or a wear-resistant protective body (25, 95) at its open end.
Terminal equipment for an optical fibre network, comprising an optical fibre patch cable with a termination intended to be connected, and particularly joined, to an outer optical fibre, an electrical connector, particularly a RJ45 connector, for the connection to a data network by copper wires, an electro-optical converter operatively connected to said electrical connector and to said optical fibre patch cable in order to convert electrical signals received from said electrical connector into optical signals to be transmitted to said optical fibre patch cable and vice versa, a fastening system for said termination, characterized in that said fastening system can be oriented with respect to said electrical connector and that said fastening system is firmly engaged with a movable body of a plate, wherein the movable body has the possibility to rotate and wherein said electro-optical converter and said electrical connector are fitted upon said plate.
A tyre changing machine comprising a frame restable on a rest surface; a wheel support assembly for locking and rotating a rim of a wheel from which to demount or on which to mount a respective tyre, said wheel support assembly being mounted on the frame; at least a bead breaking arm associable to the frame; a bead breaking tool associated to said bead breaking arm and adapted to carry out a bead breaking operation of the tyre from the wheel, the bead breaking arm being movable between a disengaged position, wherein said bead breaking tool is substantially distanced with respect to the tyre to be debeaded, and a working position, wherein said bead breaking tool can engage on said tyre; characterised in that the tyre changing machine further comprises: an electric motor having an output drive shaft for moving the bead breaking arm between the disengaged position and the working position and/or vice versa; and means for selectively transmitting drive from the electric motor to the bead breaking arm or to the wheel support assembly and adapted to selectively activate said bead breaking arm or said wheel support assembly. an electric motor having an output drive shaft for moving the bead breaking arm between the disengaged position and the working position and/or vice versa; and means for selectively transmitting drive from the electric motor to the bead breaking arm or to the wheel support assembly and adapted to selectively activate said bead breaking arm or said wheel support assembly.
A driving assistance device that is used in a vehicle capable of switching between autonomous driving and driving that requires operation by a driver, the driving assistance device comprising: a different vehicle information acquisition unit configured to acquire autonomous driving information on different vehicles (VA to VF) that travel on a traveling road of the vehicle; an autonomous driving ratio acquisition unit configured to acquire a ratio of autonomous driving among the different vehicles (VA to VF) from the autonomous driving information on the different vehicles (VA to VF) acquired by the different vehicle information acquisition unit; and a notification control unit configured to provide information for supporting determination on switching between autonomous driving and driving that requires operation by a driver, in accordance with the ratio of autonomous driving among the different vehicles (VA to VF), wherein the notification control unit is configured to give a notice of recommendation for switching to the autonomous driving if the ratio of autonomous driving is equal to or larger than a predetermined ratio, characterized in that the predetermined ratio is changed depending on a road type of the traveling road of the vehicle. a different vehicle information acquisition unit configured to acquire autonomous driving information on different vehicles (VA to VF) that travel on a traveling road of the vehicle; an autonomous driving ratio acquisition unit configured to acquire a ratio of autonomous driving among the different vehicles (VA to VF) from the autonomous driving information on the different vehicles (VA to VF) acquired by the different vehicle information acquisition unit; and a notification control unit configured to provide information for supporting determination on switching between autonomous driving and driving that requires operation by a driver, in accordance with the ratio of autonomous driving among the different vehicles (VA to VF), wherein the notification control unit is configured to give a notice of recommendation for switching to the autonomous driving if the ratio of autonomous driving is equal to or larger than a predetermined ratio, characterized in that the predetermined ratio is changed depending on a road type of the traveling road of the vehicle.
A heat exchanger assembly comprising at least two manifolds, each of which comprises a longitudinal cover having defined therein at least one longitudinal channel and also many slots located on a surface of said cover, wherein said slots are in fluid communication to said at least one channel and the cover is closed at both ends; and a header applied on said cover and extending beyond the closed ends of said cover, wherein the header has a plurality of slots at positions corresponding to the positions of said slots of said cover and further said header is fixedly connected to and sealed against said cover; flat tubes extending between the manifolds for conducting a cooling medium, wherein the ends of each flat tube are tightly attached in corresponding slots of the headers of the manifolds, fins extending between adjacent flat tubes, characterized in that: in the parts of the header extending beyond the closed ends of the cover additional extreme slots are formed, while the heat exchanger assembly comprises additional extreme flat tubes extending parallel to the flat tubes between the extreme openings of the opposed manifolds, wherein the ends of said extreme flat tubes pass through the extreme slots of the header and are at least in part bent towards the ends of the respective cover. at least two manifolds, each of which comprises a longitudinal cover having defined therein at least one longitudinal channel and also many slots located on a surface of said cover, wherein said slots are in fluid communication to said at least one channel and the cover is closed at both ends; and a header applied on said cover and extending beyond the closed ends of said cover, wherein the header has a plurality of slots at positions corresponding to the positions of said slots of said cover and further said header is fixedly connected to and sealed against said cover; a longitudinal cover having defined therein at least one longitudinal channel and also many slots located on a surface of said cover, wherein said slots are in fluid communication to said at least one channel and the cover is closed at both ends; and a header applied on said cover and extending beyond the closed ends of said cover, wherein the header has a plurality of slots at positions corresponding to the positions of said slots of said cover and further said header is fixedly connected to and sealed against said cover; flat tubes extending between the manifolds for conducting a cooling medium, wherein the ends of each flat tube are tightly attached in corresponding slots of the headers of the manifolds, fins extending between adjacent flat tubes,
A cam for locking and unlocking a hook of a hooking device intended for lifting and transporting loads, including a central hub, at least one arm disposed radially relative to the central hub and a shaft rotating said central hub, characterised in that a first end of the shaft is coupled to a first rotation device and a second end of said shaft is coupled to a second rotation device independent of said first rotation device.
Method of modernising a lift door system of a lift installation, wherein the original lift door system comprises: - at least one cage door arranged at a cage, - a door drive which drives the cage door, - a cage door / shaft door coupling which is mounted at the cage door, wherein fastening points of the coupling are arranged in a door opening region (HTxBT) when the cage door is closed, - at least one shaft door arranged in a storey (E1 to EN) of the lift installation and - a shaft door lock, which is mounted at the shaft door and which locks the shaft door when no engagement of the cage door / shaft door coupling is present and enables opening of the shaft door when the coupling is in engagement with the shaft door lock, wherein the fastening points of the shaft door lock are arranged in the region of the door opening (HTxBT) when the shaft door is closed, wherein the existing original shaft doors with associated existing shaft door frames and shaft door guides are retained and the modernisation comprises the following method steps: - demounting the door drive and the cage door / shaft door coupling, - mounting a new door drive and a new cage door / shaft door coupling at the cage, wherein fastening points of the new coupling are arranged in the region above the door opening (HTxBT), - demounting the shaft door lock and - mounting a new shaft door lock at the original shaft door in correspondence with the arrangement of the new cage door / shaft door coupling. - at least one cage door arranged at a cage, - a door drive which drives the cage door, - a cage door / shaft door coupling which is mounted at the cage door, wherein fastening points of the coupling are arranged in a door opening region (HTxBT) when the cage door is closed, - at least one shaft door arranged in a storey (E1 to EN) of the lift installation and - a shaft door lock, which is mounted at the shaft door and which locks the shaft door when no engagement of the cage door / shaft door coupling is present and enables opening of the shaft door when the coupling is in engagement with the shaft door lock, wherein the fastening points of the shaft door lock are arranged in the region of the door opening (HTxBT) when the shaft door is closed, - demounting the door drive and the cage door / shaft door coupling, - mounting a new door drive and a new cage door / shaft door coupling at the cage, wherein fastening points of the new coupling are arranged in the region above the door opening (HTxBT), - demounting the shaft door lock and - mounting a new shaft door lock at the original shaft door in correspondence with the arrangement of the new cage door / shaft door coupling.
A dispensing device for nasal irrigation comprising a body portion surrounding a chamber (1238,1710) containing a fluid under pressure and equipped with a valve, and an actuator assembly (1250, 1400) comprising a tip portion, an external shell and an inner component, the tip portion having a fluid path that is fluidly connected to the chamber, the tip portion comprising one or more apertures (1216,1316) on a distal portion, and the actuator assembly causing fluid flow to exit the tip portion through the fluid path and the one or more apertures (1216,1316) at a predetermined pressure level when actuated, wherein the inner component comprises a base tube, a sealing portion and an extruding portion, wherein the base tube comprises an internal cylinder portion and wherein the base tube can couple with the body and be actuated by displacing to open the valve of the body and to release pressurized fluid and wherein the extruding portion of the inner component is a tapered cylinder comprising a base portion and a tip and wherein the base portion is wider than the tip of the tapered cylinder and wherein the base portion connecting to the sealing portion, and wherein the tip portion comprises an inner chamber and wherein the extruding portion is disposed in the inner chamber and wherein a canal is formed from the clearance between the inner chamber of the tip portion and the extruding portion of the inner component and wherein the canal can provide fluid connectivity between the tube and the apertures, and wherein a cavity is formed inside the extrusion portion approximately tangentially to the sealing portion, and characterized in that the sealing portion comprising an orifice coupled with the internal cylindrical portion of the base tube for attenuation and regulation of fluid pressure and wherein the sealing portion including a stepped structure for sealing to the external shell of the actuator assembly to form a passage that allows fluid to substantially sealingly communicate from the base tube to the apertures, and wherein during operation, when actuating the actuator assembly with the base tube, pressurized fluid ejects from the chamber into the base tube and travels through the internal cylindrical portion of the base tube into the orifice and then into the canal wherein the cavity serves as a buffer for pressure release and wherein after the canal and the cavity are filled with the fluid, the fluid will be ejected through the apertures (1216,1316).