mhurhangee/patent-ind-claim-en huggingface dataset:
Light sensor comprising a plurality of pixels , each pixels comprising: a first MOS transistor (T1) with a first type of channel and a second MOS transistor (T2) with a second type of channel, the first and second transistors (T1, T2) being series-connected and having their sources (S) connected, a gate of the second transistor (T2) being configured to receive a comparative voltage (Vcmp); a first current source series-connected with the first and second transistors (T1, T2) between a first node configured to receive a first supply voltage (GND) and a second node configured to receive a second supply voltage (VDD2); a third MOS transistor (T3) and a second current source series-connected between a third node configured to receive a third supply voltage (GND) and a fourth node configured to receive a fourth supply voltage (VDD1), the third transistor (T3) having a gate connected to a fifth node of connection of the first current source with the first and second transistors (T1, T2) in series and having a channel of the same type as the one of the first transistor (T1); at least one photodiode (PD) coupled to a gate of the first transistor (T1); and a reset switch (RST) having a conduction terminal connected to the gate of the first transistor (T1). a first MOS transistor (T1) with a first type of channel and a second MOS transistor (T2) with a second type of channel, the first and second transistors (T1, T2) being series-connected and having their sources (S) connected, a gate of the second transistor (T2) being configured to receive a comparative voltage (Vcmp); a first current source series-connected with the first and second transistors (T1, T2) between a first node configured to receive a first supply voltage (GND) and a second node configured to receive a second supply voltage (VDD2); a third MOS transistor (T3) and a second current source series-connected between a third node configured to receive a third supply voltage (GND) and a fourth node configured to receive a fourth supply voltage (VDD1), the third transistor (T3) having a gate connected to a fifth node of connection of the first current source with the first and second transistors (T1, T2) in series and having a channel of the same type as the one of the first transistor (T1); at least one photodiode (PD) coupled to a gate of the first transistor (T1); and a reset switch (RST) having a conduction terminal connected to the gate of the first transistor (T1).
An aeronautical propulsion system comprising: - a drive shaft rotatable about an axis of rotation (X), - a fan , - a fan shaft configured to drive the fan in rotation about the axis of rotation (X), - a reduction mechanism coupling the drive shaft and the fan shaft , the propulsion system being characterised in that the reduction mechanism has two reduction stages and comprises: - a sun gear , centred on the axis of rotation (X) and configured to be driven in rotation by the drive shaft , - a ring gear , coaxial with the sun gear and configured to drive the fan shaft in rotation about the axis of rotation (X), and - a series of satellites distributed circumferentially about the axis of rotation (X) between the sun gear and the ring gear , each satellite comprising a first portion forming the first reduction stage meshed with the sun gear and a second portion forming the second reduction stage meshed with the ring gear , a diameter of the first portion being different from a diameter of the second portion , and in that the first portion of the satellites extends between the second portion of the satellites and the fan . - a drive shaft rotatable about an axis of rotation (X), - a fan , - a fan shaft configured to drive the fan in rotation about the axis of rotation (X), - a reduction mechanism coupling the drive shaft and the fan shaft , - a sun gear , centred on the axis of rotation (X) and configured to be driven in rotation by the drive shaft , - a ring gear , coaxial with the sun gear and configured to drive the fan shaft in rotation about the axis of rotation (X), and - a series of satellites distributed circumferentially about the axis of rotation (X) between the sun gear and the ring gear , each satellite comprising a first portion forming the first reduction stage meshed with the sun gear and a second portion forming the second reduction stage meshed with the ring gear , a diameter of the first portion being different from a diameter of the second portion ,
Extruder that is at least partly designed as a planetary roller extruder , wherein the part designed as the planetary roller extruder possesses a driven, externally toothed central spindle , wherein the central spindle is surrounded by, and spaced apart from an inner toothed housing, and externally toothed planetary spindles revolve in the cavity between central spindle and housing, wherein the toothing of the planetary spindles meshes with both the inner toothing of the housing as well as with the external toothing of the central spindle , wherein the central spindle is coupled with a journal of the drive , characterised in that , the journal of the drive is equipped with an internally toothed bore, whose toothing matches the external toothing of the central spindle and the central spindle is screwed in the journal .
A dosing system for cleaning liquids in the field of commercial cleaning, having a storage volume and a dosing device arranged on the storage volume , wherein the dosing device has a pipe section , which is connected to the storage volume , and a hollow piston , which is guided in the pipe section in a movable manner, wherein a cavity of the hollow piston located in a first position is accessible from the storage volume and the cavity of the hollow piston located in a second position is connected to surroundings of the dosing system , wherein the hollow piston has two end-face covers , which are spaced from one another by means of a spacer and define a dosing volume between them, characterized in that the spacer is constructed as a cylinder casing section and/or as one or more webs , wherein the webs are constructed to be connected to one another and/or divided one or multiple times in their longitudinal axis and/or connected to an end-face cover .
A kit for multi-coupling plate devices of the kind comprising a first fixed plate supporting female couplings and a second movable plate supporting male couplings adapted to be connected to the female couplings , said kit being adapted to be installed on said movable plate and comprising a connection plate comprising a plurality of seats for supporting a plurality of male couplings , the connection plate further comprising at least one shunt conduit , the kit further comprising a plurality of male couplings , inserted in said seats, each of said male couplings comprising at least a main body and an adapter both having a substantially cylindrical hollow and longitudinally extending form, wherein said main body comprises a front end , adapted to engage with a female coupling , and a rear end , to which said adapter is connected, each of said male couplings further comprising, inside said main body and axially slidable with respect thereto, at least one valve body and at least one inner slider , wherein said main body further comprises at least one radial through hole , which cooperates with the shunt conduit to put the inner part of the coupling into connection with the shunt conduit for shunting a fluid carried by the coupling , and wherein, on the inner surface of said main body and next to said radial hole , there is provided at least one seal configured to selectively achieve fluid-tightness in connection with the outer surface of said inner slider , said kit being thus adapted to provide said movable plate with a shunt function.
A method for power headroom reporting of New Radio-New Radio, NR-NR, Dual Connectivity, comprising: receiving, by a terminal device, a Radio Resource Control, RRC, signaling from a network device; wherein an information element, IE, of the RRC signaling comprises a transmit power limit of the terminal device in a cell group; wherein the transmit power limit is used for obtaining a power headroom report based on a first configured maximum transmit power that is determined based on the transmit power limit of the terminal device in the cell group; determining (S220), by the terminal device, according to a preset rule, to obtain the power headroom report based on a second configured maximum transmit power of the terminal device in the cell group when uplink transmission of the terminal device on the cell group does not overlap with a semi-statically configured uplink or flexible symbol of another cell group, or when uplink transmission of the terminal device on the cell group does not overlap with uplink transmission on the another cell group, wherein the transmit power limit of the terminal device in the cell group is not taken into account when the second configured maximum transmit power is calculated, wherein the cell group comprises a Master Cell Group, or a Secondary Cell Group; and reporting (S230), by the terminal device, the power headroom report (S230); wherein the power headroom report comprises a second power headroom and the second configured maximum transmit power, the second power headroom is obtained based on the second configured maximum transmit power. receiving, by a terminal device, a Radio Resource Control, RRC, signaling from a network device; wherein an information element, IE, of the RRC signaling comprises a transmit power limit of the terminal device in a cell group; wherein the transmit power limit is used for obtaining a power headroom report based on a first configured maximum transmit power that is determined based on the transmit power limit of the terminal device in the cell group; determining (S220), by the terminal device, according to a preset rule, to obtain the power headroom report based on a second configured maximum transmit power of the terminal device in the cell group when uplink transmission of the terminal device on the cell group does not overlap with a semi-statically configured uplink or flexible symbol of another cell group, or when uplink transmission of the terminal device on the cell group does not overlap with uplink transmission on the another cell group, wherein the transmit power limit of the terminal device in the cell group is not taken into account when the second configured maximum transmit power is calculated, wherein the cell group comprises a Master Cell Group, or a Secondary Cell Group; and reporting (S230), by the terminal device, the power headroom report (S230); wherein the power headroom report comprises a second power headroom and the second configured maximum transmit power, the second power headroom is obtained based on the second configured maximum transmit power.
A method of passenger conveyance control, the method comprising: receiving a destination request triggering a capture of passenger identification characteristic sufficient for tracking the passenger; tracking a passenger who entered the destination request while in a waiting area; associating the passenger identification characteristic with the destination request for each passenger on an active passenger list; maintaining the passenger identification characteristic and the destination request as passenger identification data; canceling the destination request in response to the passenger leaving the waiting area; characterized by comprising: tracking the passenger to and through a sky lobby; and if the passenger does not complete the journey, cancelling an upcoming elevator service. receiving a destination request triggering a capture of passenger identification characteristic sufficient for tracking the passenger; tracking a passenger who entered the destination request while in a waiting area; associating the passenger identification characteristic with the destination request for each passenger on an active passenger list; maintaining the passenger identification characteristic and the destination request as passenger identification data; canceling the destination request in response to the passenger leaving the waiting area; characterized by comprising: tracking the passenger to and through a sky lobby; and if the passenger does not complete the journey, cancelling an upcoming elevator service.
A direct current, DC, overvoltage monitoring and protection device , comprising: an overvoltage sensor operably connected to an electrical power input line , the overvoltage sensor configured to change state upon detection of a voltage over a preselected voltage and timing threshold; an overvoltage relay operably connected to the overvoltage sensor, the overvoltage relay including one or more relay switches configured to move between a first position and a second position when the voltage over the preselected threshold is detected; and an independent relay power source operably connected to the overvoltage relay to provide electrical power to the overvoltage relay, separate from the electrical power being monitored via the electrical power input line , characterized in that the one or more relay switches are configured to be latched in the open position via the electrical power supplied to the overvoltage relay via the independent relay power source when the voltage over the preselected threshold is detected; the device further comprising a relay enable/reset switch operably connected to the overvoltage relay to allow for reset of the one or more relay switches from the second position to the first position. an overvoltage sensor operably connected to an electrical power input line , the overvoltage sensor configured to change state upon detection of a voltage over a preselected voltage and timing threshold; an overvoltage relay operably connected to the overvoltage sensor, the overvoltage relay including one or more relay switches configured to move between a first position and a second position when the voltage over the preselected threshold is detected; and an independent relay power source operably connected to the overvoltage relay to provide electrical power to the overvoltage relay, separate from the electrical power being monitored via the electrical power input line , characterized in that the one or more relay switches are configured to be latched in the open position via the electrical power supplied to the overvoltage relay via the independent relay power source when the voltage over the preselected threshold is detected; the device further comprising a relay enable/reset switch operably connected to the overvoltage relay to allow for reset of the one or more relay switches from the second position to the first position.
A food-safe paper straw, comprising: - an outer tubular element made of paper material which extends along a longitudinal axis; - a longitudinal insert made of paper material positioned inside the outer tubular element and stably connected to an inner surface of the outer tubular element , characterised in that said insert having a profile, in transversal cross section, defined by a line at least partly corrugated and/or partly jagged in such a way as to increase the bending strength of the straw , wherein said insert is stably connected to the inner surface of the outer tubular element in at least two connecting zones , preferably at least three connecting zones , angularly spaced from each other about said longitudinal axis. - an outer tubular element made of paper material which extends along a longitudinal axis; - a longitudinal insert made of paper material positioned inside the outer tubular element and stably connected to an inner surface of the outer tubular element , characterised in that
A heat sink system comprising: a circuit board comprising an electronic circuit to be cooled disposed on a first side of the circuit board , a heat sink disposed adjacent to the electronic circuit and thermally coupled to the electronic circuit to extract heat from the electronic circuit during operation, a clip disposed on a second side of the circuit board opposite the first side , the clip contacting the heat sink to retain the heat sink in place adjacent to the electronic circuit, and a load spreader disposed adjacent to the clip , wherein the clip is positioned diagonally across a second side of the load spreader and urges the load spreader towards the second side of the circuit board to create a force to retain the heat sink in place adjacent to the electronic circuit, characterized in that the load spreader is made of a fiber-reinforced synthetic plastic material. a circuit board comprising an electronic circuit to be cooled disposed on a first side of the circuit board , a heat sink disposed adjacent to the electronic circuit and thermally coupled to the electronic circuit to extract heat from the electronic circuit during operation, a clip disposed on a second side of the circuit board opposite the first side , the clip contacting the heat sink to retain the heat sink in place adjacent to the electronic circuit, and a load spreader disposed adjacent to the clip , wherein the clip is positioned diagonally across a second side of the load spreader and urges the load spreader towards the second side of the circuit board to create a force to retain the heat sink in place adjacent to the electronic circuit, characterized in that the load spreader is made of a fiber-reinforced synthetic plastic material.
A light emitting device array comprising: a first supporting member ; at least two bonding layers disposed on the first supporting member; a second supporting member disposed on each of the at least two bonding layers; a light emitting structure disposed on the second supporting member, the light emitting structure comprising a first conductivity type semiconductor layer , a second conductivity type semiconductor layer and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode disposed on the light emitting structure; the second supporting member of the light emitting device being connected with a second supporting member of a neighboring light emitting device via a metal layer , and characterized in that an edge of the bonding layer is located 1 ∼ 10 micrometers inside an edge of the light emitting structure, and in that the bonding layer comprises concave-convex structure directly formed on a surface of the first supporting member. a first supporting member ; at least two bonding layers disposed on the first supporting member; a second supporting member disposed on each of the at least two bonding layers; a light emitting structure disposed on the second supporting member, the light emitting structure comprising a first conductivity type semiconductor layer , a second conductivity type semiconductor layer and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode disposed on the light emitting structure; the second supporting member of the light emitting device being connected with a second supporting member of a neighboring light emitting device via a metal layer , and characterized in that an edge of the bonding layer is located 1 ∼ 10 micrometers inside an edge of the light emitting structure, and in that the bonding layer comprises concave-convex structure directly formed on a surface of the first supporting member.
A print head for an additive manufacturing system , the print head being configured to at least partially coat a continuous reinforcement with a matrix at a location inside of the print head , the print head comprising: a receiving end configured to separately receive the matrix and the continuous reinforcement; a discharging end configured to discharge the continuous reinforcement at least partially coated in the matrix; a guide module located between the receiving end and the discharging end and having at least one contact surface, wherein the at least one contact surface is configured to extend into a straight-line trajectory of the continuous reinforcement to cause the continuous reinforcement to be diverted and wherein the at least one contact surface is configured to generate a pressure differential that disburses the matrix through the continuous reinforcement; and a compactor extending from the discharging end and forming a tip and tool center point for the print head such that the continuous reinforcement is discharged onto the compactor . a receiving end configured to separately receive the matrix and the continuous reinforcement; a discharging end configured to discharge the continuous reinforcement at least partially coated in the matrix; a guide module located between the receiving end and the discharging end and having at least one contact surface, wherein the at least one contact surface is configured to extend into a straight-line trajectory of the continuous reinforcement to cause the continuous reinforcement to be diverted and wherein the at least one contact surface is configured to generate a pressure differential that disburses the matrix through the continuous reinforcement; and a compactor extending from the discharging end and forming a tip and tool center point for the print head such that the continuous reinforcement is discharged onto the compactor .
A method for fabricating a specimen stage for microspectrometric analysis using an optical material with a water repellent or oil repellent surface produced by immersing an optical material in a solution of a water repellent or oil repellent perfluoroalkyl-polyether-group-containing silane compound as represented by the undermentioned structural formula (I) dissolved in a solvent, heating the optical material after the immersion step, and washing the optical material to modify the surface thereof: wherein a is an integer of 1 to 30; b is an integer of 1 to 10; c is an integer of 1 to 20, d is an integer of 1 to 10; e is an integer of 1 to 20; h is an integer of 0 to 10; g is an integer of 0 to 20; n is an integer of 1 to 320; and the sum of m and p is 3.
A conductor arrangement for a circuit breaker interrupter, the conductor arrangement comprising: a tubular body conductor comprising a first metal material, and an at least partly tubular contact conductor comprising a second metal material; wherein a tubular end portion of the tubular body conductor is mechanically and electrically joined with a tubular end portion of the tubular contact conductor in an circumferential overlap region formed by longitudinally press-fitting one of the tubular body conductor and the tubular contact conductor into the other one of the tubular body conductor and the tubular contact conductor, characterised in that the outer one of the tubular end portions of the tubular body conductor and the at least partly tubular contact conductor at the overlap region comprises copper and the inner one comprises aluminum. a tubular body conductor comprising a first metal material, and an at least partly tubular contact conductor comprising a second metal material; wherein a tubular end portion of the tubular body conductor is mechanically and electrically joined with a tubular end portion of the tubular contact conductor in an circumferential overlap region formed by longitudinally press-fitting one of the tubular body conductor and the tubular contact conductor into the other one of the tubular body conductor and the tubular contact conductor, characterised in that the outer one of the tubular end portions of the tubular body conductor and the at least partly tubular contact conductor at the overlap region comprises copper and the inner one comprises aluminum.