mhurhangee/ep-ind-claims huggingface dataset:
A method of making a proximity sensor, comprising: providing a first node; coupling a sensing element to the first node; providing an second node; coupling a shielding area to the second node; providing a buffer coupled to the first node and coupled to the second node, wherein the buffer is configured to drive the second node and the shielding area to a voltage potential of the sensing element; providing a first capacitor as a separate component coupled between the first node and the second node; and providing a second capacitor as a separate component coupled between the second node and a ground potential. providing a first node; coupling a sensing element to the first node; providing an second node; coupling a shielding area to the second node; providing a buffer coupled to the first node and coupled to the second node, wherein the buffer is configured to drive the second node and the shielding area to a voltage potential of the sensing element; providing a first capacitor as a separate component coupled between the first node and the second node; and providing a second capacitor as a separate component coupled between the second node and a ground potential.
A fire suppression system comprising: at least one spray head; a drive source coupled to the at least one spray head by a supply line that delivers an extinguishing medium thereto, wherein the drive source maintains the extinguishing medium in the supply line at a standby pressure when the system is inactive; a release line, coupled at a first end to the supply line, the release line including a thermal expansion assembly which is configured to release extinguishing medium to reduce the standby pressure, when the system is inactive and the standby pressure exceeds a first threshold, and not to release extinguishing medium, when the system is active and the standby pressure exceeds the first threshold, wherein the thermal expansion assembly includes: a pressure relief valve operable between an open position and a closed position, wherein the pressure relief valve is configured to open, when the standby pressure in the thermal expansion assembly exceeds the first threshold; and a bleed valve operable between an open position and a closed position and having a second threshold, wherein the bleed valve is configured to close when a flow rate in the thermal expansion assembly exceeds the second threshold. at least one spray head; a drive source coupled to the at least one spray head by a supply line that delivers an extinguishing medium thereto, wherein the drive source maintains the extinguishing medium in the supply line at a standby pressure when the system is inactive; a release line, coupled at a first end to the supply line, the release line including a thermal expansion assembly which is configured to release extinguishing medium to reduce the standby pressure, when the system is inactive and the standby pressure exceeds a first threshold, and not to release extinguishing medium, when the system is active and the standby pressure exceeds the first threshold, wherein the thermal expansion assembly includes: a pressure relief valve operable between an open position and a closed position, wherein the pressure relief valve is configured to open, when the standby pressure in the thermal expansion assembly exceeds the first threshold; and a bleed valve operable between an open position and a closed position and having a second threshold, wherein the bleed valve is configured to close when a flow rate in the thermal expansion assembly exceeds the second threshold. a pressure relief valve operable between an open position and a closed position, wherein the pressure relief valve is configured to open, when the standby pressure in the thermal expansion assembly exceeds the first threshold; and a bleed valve operable between an open position and a closed position and having a second threshold, wherein the bleed valve is configured to close when a flow rate in the thermal expansion assembly exceeds the second threshold.
Method for transmitting data between a prosthesis system and an input device, wherein the prosthesis system has a plurality of prosthesis components (10, 20, 30, 40) which have at least one electronic and/or mechatronic component (2, 4, 8), wherein the prosthesis system is connected to the input device via at least one interface (51, 52, 53, 54), whreas at least two electronic and/or mechatronic components (2, 4, 8), in a state when connected to the prosthesis components (10, 20, 30, 40), are together connected to the input device, and data are transmitted or exchanged via the one input device, characterized in that multiple electronic components (2, 4, 8) are supplied with data simultaneously and/or multiple electronic components (2, 4, 8) transmit data simultaneously.
An adaptive belt attached to a vehicle seat, the adaptive belt comprising: a first section, a second section, and a third section, wherein: the adaptive belt comprises a retracted configuration and a fully extended configuration; in the retracted configuration, the adaptive belt is folded between the first section and the second section such that a first attachment attaches the first section to a first portion (201.1) of the second section; in the retracted configuration, the adaptive belt is folded between the second section and the third section such that a second attachment attaches a second portion (201.2) of the second section to a first portion (301.1) of the third section; in the fully extended configuration, all of the attachments fail thereby increasing a length of the adaptive belt; and in response to a threshold loading condition, the adaptive belt changes from the retracted configuration to the fully extended configuration characterized in that the first portion (201.1) of the second section and the second portion (201.2) of the second section are immediately adjacent one another on opposite surfaces of the second section, the first portion (201.1) of the second section and the second portion (201.2) of the second section being isolated from one another. the adaptive belt comprises a retracted configuration and a fully extended configuration; in the retracted configuration, the adaptive belt is folded between the first section and the second section such that a first attachment attaches the first section to a first portion (201.1) of the second section; in the retracted configuration, the adaptive belt is folded between the second section and the third section such that a second attachment attaches a second portion (201.2) of the second section to a first portion (301.1) of the third section; in the fully extended configuration, all of the attachments fail thereby increasing a length of the adaptive belt; and
A surgical handpiece (112, 212, 312) for removing tissue, comprising: a housing (116, 216, 316) defining a cavity therein, the housing (116, 216, 316) including a proximal hub connector disposed at a distal end thereof; an end effector assembly (114, 214, 314) operably supported by the proximal hub connector, the end effector assembly (114, 214, 314) including an outer shaft (126, 226, 326) supporting a cutting shaft (128, 228, 328) configured to remove tissue upon activation thereof via at least one of translation or rotation therein; a fluid pump disposed within the cavity of the housing (116, 216, 316), the fluid pump configured to evacuate fluid from the cutting shaft (128, 228, 328) upon activation thereof, wherein the fluid pump is removably engaged to the housing (116, 216, 316); and a motor (120, 220, 320) disposed within the cavity of the housing (116, 216, 316), the motor (120, 220, 320) including a power coupler operably coupled to both the cutting shaft (128, 228, 328) and the fluid pump for supplying power thereto. a housing (116, 216, 316) defining a cavity therein, the housing (116, 216, 316) including a proximal hub connector disposed at a distal end thereof; an end effector assembly (114, 214, 314) operably supported by the proximal hub connector, the end effector assembly (114, 214, 314) including an outer shaft (126, 226, 326) supporting a cutting shaft (128, 228, 328) configured to remove tissue upon activation thereof via at least one of translation or rotation therein; a fluid pump disposed within the cavity of the housing (116, 216, 316), the fluid pump configured to evacuate fluid from the cutting shaft (128, 228, 328) upon activation thereof, wherein the fluid pump is removably engaged to the housing (116, 216, 316); and a motor (120, 220, 320) disposed within the cavity of the housing (116, 216, 316), the motor (120, 220, 320) including a power coupler operably coupled to both the cutting shaft (128, 228, 328) and the fluid pump for supplying power thereto.
An item of equipment comprising a frame and a plug with a device for locking and unlocking the plug relative to the frame using a key, said device comprising a lock joined to the plug which has a port for access to the lock for the key comprising an arm of which one end makes it possible to actuate the lock when the key is inserted into the opening of the plug from a locking position in which a bolt of the lock is held captive by a strike of the frame to an unlocking position for which the bolt is clear of the strike, the lock comprising a rotor rotatably mounted in the plug, accessible at one of its ends by the opening and bearing the bolt at its opposite end so as to enable the pivoting of the bolt around the longitudinal axis of the rotor under the action of the key, when the end of is arm is in engagement with the corresponding end of the rotor, between its positions that are captive and clear of the strike, characterized in that the rotor of the lock extends perpendicularly under the plug, the port of the plug, which is coaxial with the end of the rotor able to be in engagement with the end of the arm of the key, is shut by a stopper that is returned to bear under the upper wall of the plug in its shutting position of the port by a return spring and in that the key, when inserted into the port, causes the displacement of the closing stopper against the return force of the spring along the rotor of which the end comes into engagement with the end of the arm of the key, characterized in that the port of the plug is shut such that the stopper has its planer end face flush with the face at the tip of the end of the rotor and the outside upper face of the plug.
A method for auditory ejection of an aircraft occupant from an aircraft, the method comprising: receiving, via a processor and through an auditory sensor, an ejection command from the aircraft occupant; comparing, via the processor, the ejection command to a predetermined ejection command that is stored in a database; determining, via the processor, whether the ejection command matches the predetermined ejection command; and commanding, via the processor, initiation of an ejection event in response to the ejection command matching the predetermined ejection command, characterized in that the predetermined ejection command includes one of a word, series of words one time, a single word, or a word repeated multiple times. receiving, via a processor and through an auditory sensor, an ejection command from the aircraft occupant; comparing, via the processor, the ejection command to a predetermined ejection command that is stored in a database; determining, via the processor, whether the ejection command matches the predetermined ejection command; and commanding, via the processor, initiation of an ejection event in response to the ejection command matching the predetermined ejection command, characterized in that the predetermined ejection command includes one of a word, series of words one time, a single word, or a word repeated multiple times.
A polyamide obtained by polymerizing: (a) a dicarboxylic acid containing at least 50 mol% of an alicyclic dicarboxylic acid; and (b) a diamine containing at least 50 mol% of a diamine having a pentamethylenediamine skeleton, wherein the polyamide has a cyclic amino end content of 15 μ equivalents/g or less, wherein the polyamide has a melting point of 280°C or more and 350°C or less. (a) a dicarboxylic acid containing at least 50 mol% of an alicyclic dicarboxylic acid; and (b) a diamine containing at least 50 mol% of a diamine having a pentamethylenediamine skeleton,
A curable composition comprising a 2-cyanoacrylic acid ester and a surface conditioner, in which the surface conditioner is contained in an amount of 0.001-10 parts by mass relative to 100 parts by mass of the 2-cyanoacrylic acid ester, the composition having a surface tension of 28 mN/m or less (measured according to the method defined in the appended description).
A method for making a jelly confectionery comprising: - preparing a liquid jelly confectionery composition comprising bulk sweetener and a hydrocolloid gelling agent. - cooking the liquid jelly confectionery composition, and - depositing the liquid jelly confectionery composition into a mould, wherein ultrasound frequency vibrational energy is applied to the liquid jelly confectionery composition prior to deposition. - preparing a liquid jelly confectionery composition comprising bulk sweetener and a hydrocolloid gelling agent. - cooking the liquid jelly confectionery composition, and - depositing the liquid jelly confectionery composition into a mould, wherein ultrasound frequency vibrational energy is applied to the liquid jelly confectionery composition prior to deposition.
A flow-through heater assembly (20, 100) comprising: a housing (22, 120) comprising an inlet (24, 140), an outlet (26, 150), and a bore (28, 130) extending between the inlet (24, 140) and the outlet (26, 150); and a heater (30, 110) disposed within the housing (22, 120) and extending between the inlet (24, 140) and the outlet (26, 150), the heater (30, 110) comprising at least one opening proximate the inlet (24, 140) and at least one opening proximate the outlet (26, 150), the heater further defining an anfractuous path from the inlet (24, 140) to the outlet (26, 150), wherein the at least one opening (32, 34) in the heater (30, 110) is in fluid communication with the bore (28, 130) of the housing (22, 120), the flow-through heater assembly (20, 100) being characterized in that: the housing (22, 120) comprises a first piece (40, 42, 122, 124, 126, 128) and a second piece (40, 42, 122, 124, 126, 128), each of the first piece (40, 42, 122, 124, 126, 128) and the second piece (40, 42, 122, 124, 126, 128) comprising adjacent perimeter edges following the anfractuous path. a housing (22, 120) comprising an inlet (24, 140), an outlet (26, 150), and a bore (28, 130) extending between the inlet (24, 140) and the outlet (26, 150); and a heater (30, 110) disposed within the housing (22, 120) and extending between the inlet (24, 140) and the outlet (26, 150), the heater (30, 110) comprising at least one opening proximate the inlet (24, 140) and at least one opening proximate the outlet (26, 150), the heater further defining an anfractuous path from the inlet (24, 140) to the outlet (26, 150),
A production method of single crystal silicon using the Czochralski method, comprising steps of: charging silicon raw material into a crucible; setting a heater output, at an initial stage of melting the silicon raw material in the crucible, in a range from 15% to 50% of an output of the heater output that is necessary to completely melt the silicon raw material for setting the temperature in the crucible in a range from 250 degrees C to 750 degrees C, and keeping the heater output in a range from 3 hours to 20 hours; melting the silicon raw material to a silicon melt by setting the heater output to an output necessary to completely melt the silicon raw material; and pulling single crystal silicon from the crucible where the silicon melt is formed; wherein at the initial stage of melting the silicon raw material in the crucible, in the step of setting the heater output in the range from 15% to 50% of the output of the heater output that is necessary to completely melt the silicon raw material for setting the temperature in the crucible in a range from 250 degrees C to 750 degrees C and the heater output being kept in the range from 3 hours to 20 hours, a flow rate of an inert gas in the furnace is set in a range from 200L/min to 400L/min. charging silicon raw material into a crucible; setting a heater output, at an initial stage of melting the silicon raw material in the crucible, in a range from 15% to 50% of an output of the heater output that is necessary to completely melt the silicon raw material for setting the temperature in the crucible in a range from 250 degrees C to 750 degrees C, and keeping the heater output in a range from 3 hours to 20 hours; melting the silicon raw material to a silicon melt by setting the heater output to an output necessary to completely melt the silicon raw material; and pulling single crystal silicon from the crucible where the silicon melt is formed; wherein at the initial stage of melting the silicon raw material in the crucible, in the step of setting the heater output in the range from 15% to 50% of the output of the heater output that is necessary to completely melt the silicon raw material for setting the temperature in the crucible in a range from 250 degrees C to 750 degrees C and the heater output being kept in the range from 3 hours to 20 hours, a flow rate of an inert gas in the furnace is set in a range from 200L/min to 400L/min.
A forming device for forming a metal pipe having a pipe portion, comprising: a first die and a second die which are paired with each other and constitute a first cavity portion for forming the pipe portion; a drive mechanism which moves at least one of the first die and the second die in a direction in which the dies are to be joined to each other; a gas supply unit which supplies a gas into a metal pipe material which is held between the first die and the second die and is heated; and a controller which controls driving of the drive mechanism and gas supply of the gas supply unit, characterized in that: the controller controls the gas supply of the gas supply unit so as to maintain a pressure in the metal pipe material at a first pressure during a hardening period in which the first and second dies (11, 12) are cooled and the metal pipe material is hardened in the metal pipe material and when the gas is supplied from the gas supply unit into the metal pipe material and the metal pipe material is formed into the pipe portion in the first cavity portion in a state where the first die and the second die are joined to each other. a first die and a second die which are paired with each other and constitute a first cavity portion for forming the pipe portion; a drive mechanism which moves at least one of the first die and the second die in a direction in which the dies are to be joined to each other; a gas supply unit which supplies a gas into a metal pipe material which is held between the first die and the second die and is heated; and a controller which controls driving of the drive mechanism and gas supply of the gas supply unit, characterized in that: the controller controls the gas supply of the gas supply unit so as to maintain a pressure in the metal pipe material at a first pressure during a hardening period in which the first and second dies (11, 12) are cooled and the metal pipe material is hardened in the metal pipe material and when the gas is supplied from the gas supply unit into the metal pipe material and the metal pipe material is formed into the pipe portion in the first cavity portion in a state where the first die and the second die are joined to each other.
A flexible circuit for a fluid cartridge, comprising a flexible substrate including first conductor lines and second conductor lines, a first integrated circuit connected to the flexible substrate, and an electrical connector pad array arranged on the flexible substrate, the electrical connector pad array to provide for connection to a host controller, and comprising first electrical connector pads and second electrical connector pads, the first conductor lines each having a first end connected to one of the first electrical connector pads and a second end connected to the first integrated circuit, and characterized in that the second conductor lines each having a first end connected to one of the second electrical connector pads and a second end for connection to a fluid dispensing die.
A joint device for providing hinged movement between a first arm member and a second arm member and for providing independent delivery of electrical power to the first and second arm members (40, 40a), the joint device including a central pivot member for receiving at least two sets of continuous electrical power conductors (20, 20a) and for delivering at least one set of said continuous electrical power conductors to each of said first and second arm members, characterised in that the joint device further comprises a first boss member from which the first arm member extends and a second boss member from which the second arm member extends, wherein the first boss member and the second boss member each comprise a passage (32, 32a) and wherein the central pivot member comprises a mounting portion and a spigot portion extending from the mounting portion and disposed within the passages (32, 32a) of the bosses (30, 30a) to act as a pin joint allowing hinged movement between the first arm member and the second arm member, and wherein the first boss member comprises a radially disposed aperture for passage of a set of continuous electrical power conductors from the central pivot member to the first arm member and the second boss member comprises a radially disposed aperture for passage of a set of continuous electrical power conductors from the central pivot member to the second arm member.
Cartoning machine for packaging one or more products in a respective carton including a product conveyor for conveying said products along an advancement direction, a transport device for transporting the carton along a transport path, an insertion zone where said one or more products are arranged in front of an aperture of the carton and are inserted in the carton, said product conveyor including a first belt and a plurality of first edges mounted on said first belt, and a second belt and a plurality of second edges mounted on said second belt, each first edge defining with a respective second edge a pair of containment edges of said one or more products, a mutual position of said first belt and of said second belt being adjustable to simultaneously adjust a distance between the first edges and the second edges for each pair of containment edges of said one or more products depending on a dimension of said one or more products, characterised in that said product conveyor further includes a first cam path and a second cam path, each first edge including a first cam follower engaging said first cam path and each second edge including a second cam follower engaging said second cam path, so that the first edges and the second edges be mobile transversely to said advancement direction towards the carton at the insertion zone, to shorten a distance of the first edge and of the second edge from the aperture of the carton at the insertion zone and favour a correct insertion of said one or more products in the carton.