mhurhangee/ep-ind-claims huggingface dataset:
A food delivery mouthpiece for connection to a food container, comprising: a base comprising a proximal face, a distal face, and a passage wall defining a passage extending through the base; a spout extending proximally from the proximal face and having an aperture on a proximal end, the spout comprising an outer wall and an inner wall, the inner wall defining a lumen; and characterized by a proximal portion of the outer wall being bulbous-shaped and made of a soft semi-flexible material to resemble the shape and feel of a nipple; wherein the passage, the lumen, and the aperture are substantially equal in diameter and are connected such that a liquid or semi-solid food can flow from an attached container, through the passage, through the lumen, and out the aperture; the mouthpiece being configured for placement over a hard plastic straw extending from a food pouch such that at least a portion of the inner wall of the mouthpiece abuts an outer wall of the straw and the mouthpiece being configured for being removably connected to the straw. a base comprising a proximal face, a distal face, and a passage wall defining a passage extending through the base; a spout extending proximally from the proximal face and having an aperture on a proximal end, the spout comprising an outer wall and an inner wall, the inner wall defining a lumen; and characterized by a proximal portion of the outer wall being bulbous-shaped and made of a soft semi-flexible material to resemble the shape and feel of a nipple; wherein the passage, the lumen, and the aperture are substantially equal in diameter and are connected such that a liquid or semi-solid food can flow from an attached container, through the passage, through the lumen, and out the aperture; the mouthpiece being configured for placement over a hard plastic straw extending from a food pouch such that at least a portion of the inner wall of the mouthpiece abuts an outer wall of the straw and the mouthpiece being configured for being removably connected to the straw.
A rail scanning system comprising: a control unit arranged to generate one or more phased array signals; a probe carriage (114; 702) arranged to move along a rail having a head portion, and comprising: a forward phased array probe, a central phased array probe and a rearward phased array probe, each communicatively coupled with said control unit and each arranged to transmit at least one of the generated phased array signals to the rail; and an encoder coupled with said probe carriage (114; 702) and arranged to generate one or more motion signals responsive to movement of said probe carriage, wherein said central probe extends across said head portion and each of said forward and rearward probes (710, 714) extends across a central region of said head portion of the rail. a control unit arranged to generate one or more phased array signals; a probe carriage (114; 702) arranged to move along a rail having a head portion, and comprising: a forward phased array probe, a central phased array probe and a rearward phased array probe, each communicatively coupled with said control unit and each arranged to transmit at least one of the generated phased array signals to the rail; and an encoder coupled with said probe carriage (114; 702) and arranged to generate one or more motion signals responsive to movement of said probe carriage, wherein said central probe extends across said head portion and each of said forward and rearward probes (710, 714) extends across a central region of said head portion of the rail. a forward phased array probe, a central phased array probe and a rearward phased array probe, each communicatively coupled with said control unit and each arranged to transmit at least one of the generated phased array signals to the rail; and an encoder coupled with said probe carriage (114; 702) and arranged to generate one or more motion signals responsive to movement of said probe carriage, wherein said central probe extends across said head portion and each of said forward and rearward probes (710, 714) extends across a central region of said head portion of the rail.
A tool assembly (100, 200, 200') for a ram-driven press, the assembly comprising: an active tool; a housing containing the active tool, the housing making the tool assembly (100, 200, 200') interchangeable, in a mounting assembly of the press, with a tool assembly including a passive forming tool, the housing, when mounted in the mounting assembly, moving in response to a ram stroke of the press; characterized in that the active tool comprises a microprocessor and a functional head coupled to the microprocessor, the functional head comprising a printer cartridge (250, 250', 251) and oriented in the housing so as to perform an operation on a workpiece (2, 122) supported in the press. an active tool; a housing containing the active tool, the housing making the tool assembly (100, 200, 200') interchangeable, in a mounting assembly of the press, with a tool assembly including a passive forming tool, the housing, when mounted in the mounting assembly, moving in response to a ram stroke of the press;
An injection stretch blow molding device comprising: an injection molding section that produces N (N is an integer equal to or larger than 2) preforms (2, 2a, 2b) by injection molding; a cooling section that subjects the N preforms produced by injection molding to forced cooling; a heating section that continuously transfers and heats the N preforms transferred from the injection molding section; a blow molding section that subjects the N preforms heated by the heating section to stretch blow molding in n (n is an integer equal to or larger than 2) operations, the blow molding section simultaneously stretch blow molding M (M=N/n, M is a natural number) preforms among the N preforms into M containers; and wherein the heating section heats the N preforms subjected to forced cooling. an injection molding section that produces N (N is an integer equal to or larger than 2) preforms (2, 2a, 2b) by injection molding; a cooling section that subjects the N preforms produced by injection molding to forced cooling; a heating section that continuously transfers and heats the N preforms transferred from the injection molding section; a blow molding section that subjects the N preforms heated by the heating section to stretch blow molding in n (n is an integer equal to or larger than 2) operations, the blow molding section simultaneously stretch blow molding M (M=N/n, M is a natural number) preforms among the N preforms into M containers;
An electric power circuit for an electric power converter, the circuit comprising a substrate having a first face on which electronic power components are mounted and a second face opposite to the first face and intended to cooperate with a cooling system, characterized in that the substrate comprises a stack of a plurality of conductive layers (13, 14, 15, 16) made of electrically and thermally conductive material and at least one insulating layer (17, 18, 19) made of electrically insulating material, two successive conductive layers (13, 14, 15, 16) in the stack being separated by an insulating layer (17, 18, 19), and said conductive and insulating layers (13, 14, 15, 16, 17, 18, 19) extending in planes parallel to the plane in which the first face of the substrate extends and being mechanically associated together, and in that each conductive layer (13, 14, 15, 16) has two opposite faces (130 and 135, 140 and 145, 150 and 155, 160 and 165) parallel to the plane in which the first face of the substrate extends and includes, on at least one of its two faces, at least one boss (136, 146, 147, 156, 157, 167) extending in a direction perpendicular to the plane in which the first face of the substrate extends, said at least one boss (136, 146, 147, 156, 157, 167) passing through at least one other conductive layer and opening out onto the first or the second face (11, 12) of the substrate. characterized in that the substrate comprises a stack of a plurality of conductive layers (13, 14, 15, 16) made of electrically and thermally conductive material and at least one insulating layer (17, 18, 19) made of electrically insulating material, two successive conductive layers (13, 14, 15, 16) in the stack being separated by an insulating layer (17, 18, 19), and said conductive and insulating layers (13, 14, 15, 16, 17, 18, 19) extending in planes parallel to the plane in which the first face of the substrate extends and being mechanically associated together, and in that each conductive layer (13, 14, 15, 16) has two opposite faces (130 and 135, 140 and 145, 150 and 155, 160 and 165) parallel to the plane in which the first face of the substrate extends and includes, on at least one of its two faces, at least one boss (136, 146, 147, 156, 157, 167) extending in a direction perpendicular to the plane in which the first face of the substrate extends, said at least one boss (136, 146, 147, 156, 157, 167) passing through at least one other conductive layer and opening out onto the first or the second face (11, 12) of the substrate.
A method for monitoring a power distribution system that includes a plurality of circuit breakers (16, 622, 624, 626, 628, 630), the method comprising: transmitting an electrical power condition of each of the plurality of circuit breakers (16, 622, 624, 626, 628, 630) to a central control processing unit; determining a presence and a location of a ground fault in the power distribution system based on said electrical power condition; characterized in sampling all electrical current flow through both load conductors and neutral conductors at each of the plurality of circuit breakers (16, 622, 624,, 626, 628, 630) in a time synchronized manner by a central control processing unit; wherein said time synchronized manner ensures that said electrical power condition at each of the plurality of circuit breakers (16, 622, 624, 626, 628, 630) is sampled within a desired time window; and isolating the ground fault by opening one or more of said plurality of circuit breakers (16, 622, 624, 626, 628, 630) supplying power to the location. transmitting an electrical power condition of each of the plurality of circuit breakers (16, 622, 624, 626, 628, 630) to a central control processing unit; determining a presence and a location of a ground fault in the power distribution system based on said electrical power condition; characterized in sampling all electrical current flow through both load conductors and neutral conductors at each of the plurality of circuit breakers (16, 622, 624,, 626, 628, 630) in a time synchronized manner by a central control processing unit; wherein said time synchronized manner ensures that said electrical power condition at each of the plurality of circuit breakers (16, 622, 624, 626, 628, 630) is sampled within a desired time window; and isolating the ground fault by opening one or more of said plurality of circuit breakers (16, 622, 624, 626, 628, 630) supplying power to the location.
A computer implemented method of detecting malicious electronic mail comprising: receiving an electronic mail message including an indication of a purported sender network domain and a Simple Mail Transfer Protocol identifier, SMTP ID; processing the SMTP ID with a classifier, wherein the classifier is implemented using a supervised machine learning method trained to classify the SMTP ID as originating from the purported sender domain based on a training data set including authentic electronic mail messages from the domain; and responsive to a classification, by the classifier, of the received message indicating that the received message originates from a sender other than the purported sender domain, identifying the received message as malicious. receiving an electronic mail message including an indication of a purported sender network domain and a Simple Mail Transfer Protocol identifier, SMTP ID; processing the SMTP ID with a classifier, wherein the classifier is implemented using a supervised machine learning method trained to classify the SMTP ID as originating from the purported sender domain based on a training data set including authentic electronic mail messages from the domain; and responsive to a classification, by the classifier, of the received message indicating that the received message originates from a sender other than the purported sender domain, identifying the received message as malicious.
An electromagnetic measurement system configured to test a device under test, DUT, in a chamber, the system comprising: a chamber; a plurality of antennas within the chamber; within the chamber, in proximity to each antenna of the plurality of antennas: a communication tester configured to generate at least one transmit signal; a first emulator core (70e, 70g) between and in proximity to the antenna and the communication tester and configured to introduce an impairment in each of at least one transmit signal to produce a first impaired signal and a second impaired signal; and a first transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna and configured to convert the first impaired signal to a radio frequency, RF, signal to be transmitted by an antenna according to a first polarization; and a second transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna configured to convert the second impaired signal to a second RF signal to be transmitted by the antenna according to a second polarization. a chamber; a plurality of antennas within the chamber; within the chamber, in proximity to each antenna of the plurality of antennas: a communication tester configured to generate at least one transmit signal; a first emulator core (70e, 70g) between and in proximity to the antenna and the communication tester and configured to introduce an impairment in each of at least one transmit signal to produce a first impaired signal and a second impaired signal; and a first transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna and configured to convert the first impaired signal to a radio frequency, RF, signal to be transmitted by an antenna according to a first polarization; and a second transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna configured to convert the second impaired signal to a second RF signal to be transmitted by the antenna according to a second polarization. a communication tester configured to generate at least one transmit signal; a first emulator core (70e, 70g) between and in proximity to the antenna and the communication tester and configured to introduce an impairment in each of at least one transmit signal to produce a first impaired signal and a second impaired signal; and a first transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna and configured to convert the first impaired signal to a radio frequency, RF, signal to be transmitted by an antenna according to a first polarization; and a second transmitter between and in proximity to the first emulator core (70e, 70g) and the antenna configured to convert the second impaired signal to a second RF signal to be transmitted by the antenna according to a second polarization.
A vector control apparatus for driving an induction motor through an inverter device, wherein the vector control apparatus comprises: magnetic flux command value arithmetic means for selecting and outputting a magnetic flux command value on the basis of a torque command value that is calculated by a torque command value arithmetic section on the basis of an input signal from an external system, a circuit constant of the induction motor, and an actual measurement related to the induction motor; and vector control means for controlling the inverter device on the basis of the magnetic flux command value that is output from the magnetic flux command value arithmetic means and the circuit constant of the induction motor, and wherein that magnetic flux command value arithmetic means includes a magnetic flux command value back calculation arithmetic section for calculating a magnetic flux command arithmetic value so that a voltage that is applied to the induction motor becomes equal to or higher than a setting value corresponding to an unstable area, characterised in that the magnetic flux command value arithmetic means includes a second magnetic flux command switch means responsive to a brake command; and the second magnetic flux command switch means outputs the magnetic flux command arithmetic value as the magnetic flux command value when the brake command is generated, and outputs a magnetic flux command reference value, that is given to the magnetic flux comm value arithmetic means, as the magnetic flux command value when the brake command is not generated. magnetic flux command value arithmetic means for selecting and outputting a magnetic flux command value on the basis of a torque command value that is calculated by a torque command value arithmetic section on the basis of an input signal from an external system, a circuit constant of the induction motor, and an actual measurement related to the induction motor; and vector control means for controlling the inverter device on the basis of the magnetic flux command value that is output from the magnetic flux command value arithmetic means and the circuit constant of the induction motor, and wherein that magnetic flux command value arithmetic means includes a magnetic flux command value back calculation arithmetic section for calculating a magnetic flux command arithmetic value so that a voltage that is applied to the induction motor becomes equal to or higher than a setting value corresponding to an unstable area, characterised in that the magnetic flux command value arithmetic means includes a second magnetic flux command switch means responsive to a brake command; and the second magnetic flux command switch means outputs the magnetic flux command arithmetic value as the magnetic flux command value when the brake command is generated, and outputs a magnetic flux command reference value, that is given to the magnetic flux comm value arithmetic means, as the magnetic flux command value when the brake command is not generated.
An electrical coupling part with a contact carrier made of a mechanically stable insulation material, in which electrical contact elements, insulated from each other, are arranged, to which in the installation position electrical conductors of an electrical line are connected, in which the contact carrier is covered in a moisture-tight manner on its end facing the line and in which in one of the conductors of the line an electrical contact part for the electrically conductive connection of an electrical fuse is turned on, which is inserted into an opening of the coupling part and is covered by a cap, characterized in - that the contact part is arranged in a separate housing made of a mechanically stable plastic, - that the housing has on its end face facing away from the contact carrier in the use position an opening for the insertion and for the removal of the fuse, which in the use position is sealed by a cap connected detachably with the housing by means of latching elements, and - that the housing is embedded with its end facing away from the cap in a sealing body, which, on the one hand, covers the contact carrier in a moisture-tight manner and, on the other hand, encloses the line. - that the contact part is arranged in a separate housing made of a mechanically stable plastic, - that the housing has on its end face facing away from the contact carrier in the use position an opening for the insertion and for the removal of the fuse, which in the use position is sealed by a cap connected detachably with the housing by means of latching elements, and - that the housing is embedded with its end facing away from the cap in a sealing body, which, on the one hand, covers the contact carrier in a moisture-tight manner and, on the other hand, encloses the line.
A microwave attenuator device for cryogenic environments, the device comprising a high thermal conductivity housing, a substrate, wherein the housing comprising an oxygen-free and/or an electrolytic copper attenuator housing for improved thermalization to refrigerator plates, the housing coupled to the substrate (202, 302) that provides a thermal conductivity level that is in a range of around 100 to 200 watts per meter per Kelvin, W/m/K; one or more thin film lines (204, 304), on a top surface of the substrate, the thin film lines comprising an alloy, the one or more thin film lines operable for transmitting a microwave signal, the alloy selected from one of copper and Nichrome, NiCr; one or more resistors (212, 312) on the substrate, coupled to the one or more thin film lines; one or more thin film connectors (214, 402), coupled to the one or more resistors; a ground plane, wherein the substrate is over the ground plane; one or more vias (206, 306) within the substrate, wherein respective first ends (208, 308) of the one or more vias are connected to respective thin film connectors and respective second ends (210, 310) of the one or more vias are connected to the ground plane; wherein the respective thin film connectors and the one or more vias comprise heat sinks operable for removing hot electrons from the one or more resistors. one or more thin film lines (204, 304), on a top surface of the substrate, the thin film lines comprising an alloy, the one or more thin film lines operable for transmitting a microwave signal, the alloy selected from one of copper and Nichrome, NiCr; one or more resistors (212, 312) on the substrate, coupled to the one or more thin film lines; one or more thin film connectors (214, 402), coupled to the one or more resistors; a ground plane, wherein the substrate is over the ground plane; one or more vias (206, 306) within the substrate, wherein respective first ends (208, 308) of the one or more vias are connected to respective thin film connectors and respective second ends (210, 310) of the one or more vias are connected to the ground plane; wherein the respective thin film connectors and the one or more vias comprise heat sinks operable for removing hot electrons from the one or more resistors.