mhurhangee/ep-ind-claims huggingface dataset:
Dental treatment unit with water unit comprising a water collector with an inlet for water and cleaning chemicals and an outlet; a removable instrument hose adapter for insertion into a first slot (3c1) of the water collector, wherein the instrument hose adapter has one or more instrument hose adapter openings for connecting instrument hoses, wherein in the inserted state the instrument hose adapter openings are in fluid communication with the outlet; a removable suction hose adapter for insertion into a second slot (3c2) of the water collector, wherein the suction hose adapter has one or more suction hose adapter openings for connecting suction hoses, wherein in the inserted state the suction hose adapter openings are in fluid communication with the inlet, the instrument hose adapter and the suction hose adapter are designed to be interchangeable so that each can be inserted selectively into the first slot (3c1) or into the second slot (3c2), characterized in that the suction hose adapter has a reservoir which is designed to receive water and cleaning chemicals from the inlet, wherein the suction hose adapter has an integrated start button for cleaning the suction hose. a water collector with an inlet for water and cleaning chemicals and an outlet; a removable instrument hose adapter for insertion into a first slot (3c1) of the water collector, wherein the instrument hose adapter has one or more instrument hose adapter openings for connecting instrument hoses, wherein in the inserted state the instrument hose adapter openings are in fluid communication with the outlet; a removable suction hose adapter for insertion into a second slot (3c2) of the water collector, wherein the suction hose adapter has one or more suction hose adapter openings for connecting suction hoses, wherein in the inserted state the suction hose adapter openings are in fluid communication with the inlet, the instrument hose adapter and the suction hose adapter are designed to be interchangeable so that each can be inserted selectively into the first slot (3c1) or into the second slot (3c2), characterized in that the suction hose adapter has a reservoir which is designed to receive water and cleaning chemicals from the inlet, wherein the suction hose adapter has an integrated start button for cleaning the suction hose.
A variable gain amplifier, VGA, with output phase invariance, wherein the VGA has a substantially constant phase delay from input to output as a gain setting of the VGA changes, the VGA comprising: a gain transistor configured to generate a signal current based on amplifying a radio frequency, RF, input signal received from an input terminal; an output cascode transistor electrically connected in series with a first degeneration resistor between an output terminal and the gain transistor; a shunt cascode transistor electrically connected in series with a second degeneration resistor between a DC voltage and the gain transistor, wherein the first and second degeneration resistors provide a zero in a transfer function of the VGA to compensate for a pole in the transfer function arising from the output cascode transistor and the shunt cascode transistor, to provide output phase invariance of the VGA for different gain settings; and a gain control circuit configured to control the gain setting of the VGA by biasing the output cascode transistor and the shunt cascode transistor to control a proportion of the signal current that flows through the output cascode transistor relative to the shunt cascode transistor. a gain transistor configured to generate a signal current based on amplifying a radio frequency, RF, input signal received from an input terminal; an output cascode transistor electrically connected in series with a first degeneration resistor between an output terminal and the gain transistor; a shunt cascode transistor electrically connected in series with a second degeneration resistor between a DC voltage and the gain transistor, wherein the first and second degeneration resistors provide a zero in a transfer function of the VGA to compensate for a pole in the transfer function arising from the output cascode transistor and the shunt cascode transistor, to provide output phase invariance of the VGA for different gain settings; and a gain control circuit configured to control the gain setting of the VGA by biasing the output cascode transistor and the shunt cascode transistor to control a proportion of the signal current that flows through the output cascode transistor relative to the shunt cascode transistor.
A method of operating an Hybrid Fiber Coax, HFC, cable network using a virtual converged cable access platform configured to relay data between at least one cable modem and operator server; said virtual converged cable access platform comprising at least one virtual converged cable access platform, CCAP, controller, at least one edge router, and a plurality of digital optical fiber nodes, DOFN,, connected to at least one set of neighborhood cable television, CATV, cables with at least one CATV connected cable modem, said method comprising: using said DOFN to detect said cable modem, and transmit notification of said cable modem detection via said edge router to said virtual CCAP controller, and using said virtual CCAP controller and said edge router to create and acknowledge said cable modem; using said virtual CCAP controller and edge router to discover at least one operator server, and further using said DOFN to relay data between said cable modem and said operator servers by way of said edge router and said virtual CCAP controller; further using said virtual CCAP controller to transmit cable service rules to said edge router, and receive acknowledgement of said service rules from said edge router; wherein the amount and type of data relayed between said cable modem and said operator servers is controlled by said service rules. using said DOFN to detect said cable modem, and transmit notification of said cable modem detection via said edge router to said virtual CCAP controller, and using said virtual CCAP controller and said edge router to create and acknowledge said cable modem; using said virtual CCAP controller and edge router to discover at least one operator server, and further using said DOFN to relay data between said cable modem and said operator servers by way of said edge router and said virtual CCAP controller; further using said virtual CCAP controller to transmit cable service rules to said edge router, and receive acknowledgement of said service rules from said edge router; wherein the amount and type of data relayed between said cable modem and said operator servers is controlled by said service rules.
A permanent magnet motor pump for improving the structure stiffness of a stationary shaft and comprising a monitor device and multiple main magnets, wherein the monitor device comprises multiple second magnets and a monitor set, the number of the second magnets is the same as that of the main magnets, the second magnets are assembled at one end of the inner side of a rotor yoke of an inner rotor in the vicinity of the bottom side of a containment shell and the magnetic pole direction of the second magnets is different from the main magnets; the axial length of the second magnets is at least more than twice as great as the length of an axial movement including the axial wear of a bearing of the inner rotor, the monitor device is characterized in that: the second magnets are encapsulated with the main magnets to be prevented from being corroded by a corrosive fluid, the magnetic flux line forms a secondary magnetic loop which coexists with the main magnetic loop in the rotor yoke; and the monitor set comprises a secondary yoke and multiple monitor elements, the monitor elements are installed on a surface of the ring-shaped secondary yoke with ferromagnetic material and are encapsulated into a component with an isolating material; the inner side of the secondary yoke is fixed with an outer-diameter surface of a monitoring shaft metal rear support or a monitoring composited shaft metal rear support; a magnet alignment point is installed on a rear end of the secondary yoke and connected to an axis alignment point of the monitoring shaft metal rear support or the monitoring composited shaft metal rear support and a magnet alignment point of a winding stator of a stator; two axial ends of the second magnets do not exceed the axial ranges of the secondary yoke. the second magnets are encapsulated with the main magnets to be prevented from being corroded by a corrosive fluid, the magnetic flux line forms a secondary magnetic loop which coexists with the main magnetic loop in the rotor yoke; and the monitor set comprises a secondary yoke and multiple monitor elements, the monitor elements are installed on a surface of the ring-shaped secondary yoke with ferromagnetic material and are encapsulated into a component with an isolating material; the inner side of the secondary yoke is fixed with an outer-diameter surface of a monitoring shaft metal rear support or a monitoring composited shaft metal rear support; a magnet alignment point is installed on a rear end of the secondary yoke and connected to an axis alignment point of the monitoring shaft metal rear support or the monitoring composited shaft metal rear support and a magnet alignment point of a winding stator of a stator; two axial ends of the second magnets do not exceed the axial ranges of the secondary yoke.
Device for treating a packaging film (16, 32, 60, 61), comprising a first embossing unit, which has at least one embossing roll (3, 4, 5) with embossing structures that are arranged in a basic grid for satinizing the packaging film (16, 60) and/or with embossing structures that deviate from the basic grid for creating authentication features and/or logos on the packaging film, the operating cycle of the first embossing unit being synchronizable with the process cycle of the packaging process, characterized by a second embossing unit (10, 51), to which the packaging film can be fed at the rate of the operating cycle of the first embossing unit after passing through the latter, the second embossing unit comprising at least two folding rolls (11, 12, 52, 53) for applying folds (27a-f, 58, 59) to the packaging film, wherein the device comprises a first control unit of the first embossing unit, which is synchronizable with the process cycle of the packaging installation, and a second control unit of the second embossing unit (10, 51), the second control unit serving for the synchronization of the operating cycle of the second embossing unit with the operating cycle of the first embossing unit.
A compressed-air system of a motor vehicle comprising a compressor for supplying at least two compressed-air circuits (4a, 4b) with compressed air, at least one first and one second compressed-air circuit (4a, 4b), each having a circuit safety valve (3a, 3b) for pneumatically decoupling the compressed-air circuits (4a, 4b) from one another, and a pressure-limiting element for limiting the air pressure inside the first compressed-air circuit, this presume limitation element being arranged in functional terms between the first compressed-air circuit and the circuit safety valve that decouples it, characterised in that the circuit safety valve has an opening pressure that is higher than the opening pressure of the circuit safety valves (3b, 3c) of the second and of a third compressed-air circuit (4b, 4c), the first compressed-air circuit of the parking brake and the second and third compressed-air circuits (4b, 4c) being assigned to the service brakes.
A mobile station comprising: an Access Stratum, AS, function corresponding to an AS terminated between the mobile station and a radio base station; and a Non Access Stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, wherein the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station is detected; the AS function is configured to detect a failure in the radio link and to activate a second timer, when the quality deterioration of the radio link is not recovered before the first timer expires, and to perform a cell selection process during a time that the second timer is activated; when a specific cell is discovered during a time that the second timer is activated, the AS function is configured to transition to an idle state after unsuccessfully attempting to establish a radio link with a radio base station that manages the specific cell, and to notify to the NAS function the failure; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to the mobile switching center. an Access Stratum, AS, function corresponding to an AS terminated between the mobile station and a radio base station; and a Non Access Stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, wherein the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station is detected; the AS function is configured to detect a failure in the radio link and to activate a second timer, when the quality deterioration of the radio link is not recovered before the first timer expires, and to perform a cell selection process during a time that the second timer is activated; when a specific cell is discovered during a time that the second timer is activated, the AS function is configured to transition to an idle state after unsuccessfully attempting to establish a radio link with a radio base station that manages the specific cell, and to notify to the NAS function the failure; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to the mobile switching center.
A distance measuring system comprising a distance measuring device coupled to a camera including a photo sensor and a lens, and to a rotator configured to drive the camera in rotation around a rotation axis between an unaligned position and an aligned position, wherein a reference plane extends perpendicularly to said rotation axis, the distance measuring device comprising: a distance obtaining module configured to: obtain an unaligned target image of a target captured by the camera, such that a projection of the unaligned target image formed on the photo sensor onto the reference plane does not overlap with a projection of a center point of the photo sensor onto the reference plane, and calculate a projection distance (x) between the projection of the unaligned target image and the projection of the center point; an angle obtaining module configured to obtain a rotation angle (θ) between the unaligned position at which the camera captures the unaligned target image and the aligned position at which the camera captures an aligned target image of the target, a projection of the aligned target image onto the reference plane overlapping with the projection of the center point of the photo sensor; and a computing module coupled to the distance obtaining module and the angle obtaining module, and configured to calculate a target distance L between the target and the camera based on the projection distance x, the rotation angle θ, and a focal length ƒ of the lens as follows: L=xƒ / (x -ƒ tan(θ)). obtain an unaligned target image of a target captured by the camera, such that a projection of the unaligned target image formed on the photo sensor onto the reference plane does not overlap with a projection of a center point of the photo sensor onto the reference plane, and calculate a projection distance (x) between the projection of the unaligned target image and the projection of the center point; an angle obtaining module configured to obtain a rotation angle (θ) between the unaligned position at which the camera captures the unaligned target image and the aligned position at which the camera captures an aligned target image of the target, a projection of the aligned target image onto the reference plane overlapping with the projection of the center point of the photo sensor; and a computing module coupled to the distance obtaining module and the angle obtaining module, and configured to calculate a target distance L between the target and the camera based on the projection distance x, the rotation angle θ, and a focal length ƒ of the lens as follows: L=xƒ / (x -ƒ tan(θ)).
A display device, comprising: a pixel electrode portion electrically connected to a thin film transistor (1100, 2100) including a gate electrode; a semiconductor light emitting device (1050, 2050) configured to emit light to form an individual pixel, and including a conductive electrode (1152, 1156); a conductive adhesive layer (1030, 2030) adhered to the semiconductor light emitting device (1050, 2050), and configured to electrically connect the pixel-electrode portion to the conductive electrode; an interlayer insulating layer on the thin film transistor (1100, 2100); and a buffer layer (1200, 2200) including an elastic material and disposed between the interlayer insulating layer and the conductive adhesive layer (1030, 2030), wherein one surface of the buffer layer is a surface covered by the conductive adhesive layer, and another surface of the buffer layer that is an opposite surface to the one surface is a portion for covering the interlayer insulating layer, wherein the pixel electrode portion comprises a first pixel electrode disposed on the interlayer insulating layer of the thin film transistor (1100, 2100), and a second pixel electrode extended to one surface of the buffer layer through the buffer layer from the first pixel electrode. a pixel electrode portion electrically connected to a thin film transistor (1100, 2100) including a gate electrode; a semiconductor light emitting device (1050, 2050) configured to emit light to form an individual pixel, and including a conductive electrode (1152, 1156); a conductive adhesive layer (1030, 2030) adhered to the semiconductor light emitting device (1050, 2050), and configured to electrically connect the pixel-electrode portion to the conductive electrode; an interlayer insulating layer on the thin film transistor (1100, 2100); and a buffer layer (1200, 2200) including an elastic material and disposed between the interlayer insulating layer and the conductive adhesive layer (1030, 2030), wherein one surface of the buffer layer is a surface covered by the conductive adhesive layer, and another surface of the buffer layer that is an opposite surface to the one surface is a portion for covering the interlayer insulating layer, wherein the pixel electrode portion comprises a first pixel electrode disposed on the interlayer insulating layer of the thin film transistor (1100, 2100), and a second pixel electrode extended to one surface of the buffer layer through the buffer layer from the first pixel electrode.
A method for obtaining an amnion-derived stem cell(s) (ADSCs) comprising: (a) separating an amniotic membrane tissue sample from the chorion of a mammalian placenta after birth; (b) cutting the amniotic membrane tissue sample into small pieces and culturing the small pieces of the amniotic membrane tissue sample; (c) preparing a single-cell culture of ADSC(s) emerged from the small pieces of the amniotic membrane tissue sample after removal of explants; (d) culturing the ADSC(s); and (e) obtaining or isolating the ADSC(s). (a) separating an amniotic membrane tissue sample from the chorion of a mammalian placenta after birth; (b) cutting the amniotic membrane tissue sample into small pieces and culturing the small pieces of the amniotic membrane tissue sample; (c) preparing a single-cell culture of ADSC(s) emerged from the small pieces of the amniotic membrane tissue sample after removal of explants; (d) culturing the ADSC(s); and (e) obtaining or isolating the ADSC(s).
Control apparatus for an electric drive system comprising a converter and an electric machine, wherein the control apparatus comprises: a control device, which is designed to generate control signals for driving the voltage transformer in accordance with a predetermined modulation method and to provide the control signals to the voltage transformer, wherein the control apparatus comprises a monitoring device, which is designed to ascertain a temperature in a rotor of the electric machine; characterized in that the control device is designed to adapt the modulation method using the ascertained temperature in the rotor and to increase a switching frequency of the control signals for driving the voltage transformer if the temperature in the rotor of the electric machine exceeds a predefined limit value. a control device, which is designed to generate control signals for driving the voltage transformer in accordance with a predetermined modulation method and to provide the control signals to the voltage transformer, wherein the control apparatus comprises a monitoring device, which is designed to ascertain a temperature in a rotor of the electric machine; characterized in that the control device is designed to adapt the modulation method using the ascertained temperature in the rotor and to increase a switching frequency of the control signals for driving the voltage transformer if the temperature in the rotor of the electric machine exceeds a predefined limit value.
A firearm sensor system comprising: one or more sensor groups, each configured for attachment to a firearm, wherein one of the one or more sensor groups comprises a wireless transmission component for wirelessly transmitting the sensor data; a sensor control panel comprising circuit elements; a data storage device comprising a computer-readable medium having an executable application stored on the computer-readable medium, wherein the application, when executed on a computing device, receives data from the one or more sensor groups via a wireless communication system and presents the data from the one or more sensor groups in a user interface displayed on a monitor; the sensor system being characterized in that: sensor group comprises a force sensor for measuring a position of a firearm bolt relative to a start position of the bolt; and data from said force sensor (511A, 511B) are indicative of a bolt position versus time during a firearm discharge, and wherein the circuit elements are adapted to interpret said data from said force sensor and determine if said firearm discharge is a proper discharge or a faulty discharge. one or more sensor groups, each configured for attachment to a firearm, wherein one of the one or more sensor groups comprises a wireless transmission component for wirelessly transmitting the sensor data; a sensor control panel comprising circuit elements; a data storage device comprising a computer-readable medium having an executable application stored on the computer-readable medium, wherein the application, when executed on a computing device, receives data from the one or more sensor groups via a wireless communication system and presents the data from the one or more sensor groups in a user interface displayed on a monitor; the sensor system being characterized in that: sensor group comprises a force sensor for measuring a position of a firearm bolt relative to a start position of the bolt; and data from said force sensor (511A, 511B) are indicative of a bolt position versus time during a firearm discharge, and wherein the circuit elements are adapted to interpret said data from said force sensor and determine if said firearm discharge is a proper discharge or a faulty discharge. sensor group comprises a force sensor for measuring a position of a firearm bolt relative to a start position of the bolt; and data from said force sensor (511A, 511B) are indicative of a bolt position versus time during a firearm discharge, and wherein the circuit elements are adapted to interpret said data from said force sensor and determine if said firearm discharge is a proper discharge or a faulty discharge.