mhurhangee/ep-ind-claims huggingface dataset:
Nozzle of a fuel injector, comprising: a pivotably symmetrical nozzle body having a hollow space for introducing a nozzle needle; a nozzle tip that is provided at one longitudinal end of the nozzle body and has openings for discharging fuel, a housing contact surface that is provided at the other longitudinal end of the nozzle body and serves to press at a threaded housing of a fuel injector; and an overhang surface that is provided in the longitudinal extent of the nozzle body between the nozzle tip and the housing contact surface and that serves the placement of a nozzle clamping nut, wherein the nozzle is formed in one piece, and the minimal distance (D 1) from the axis of rotation of the nozzle body to the overhang surface is smaller than the minimal distance (D 2) from the axis of rotation of the nozzle body to the housing contact surface, wherein the maximum distance (D 3) perpendicular to the axis of rotation of the nozzle body from an outer edge of the overhang surface is smaller than the maximum distance (D 4) perpendicular to the axis of rotation of the nozzle body from an outer edge of the housing contact surface. a pivotably symmetrical nozzle body having a hollow space for introducing a nozzle needle; a nozzle tip that is provided at one longitudinal end of the nozzle body and has openings for discharging fuel, a housing contact surface that is provided at the other longitudinal end of the nozzle body and serves to press at a threaded housing of a fuel injector; and an overhang surface that is provided in the longitudinal extent of the nozzle body between the nozzle tip and the housing contact surface and that serves the placement of a nozzle clamping nut, wherein the nozzle is formed in one piece, and the minimal distance (D 1) from the axis of rotation of the nozzle body to the overhang surface is smaller than the minimal distance (D 2) from the axis of rotation of the nozzle body to the housing contact surface, wherein the maximum distance (D 3) perpendicular to the axis of rotation of the nozzle body from an outer edge of the overhang surface is smaller than the maximum distance (D 4) perpendicular to the axis of rotation of the nozzle body from an outer edge of the housing contact surface.
A parameter setting apparatus comprising: a storage section configured to store therein a current value of a signal processing parameter; and a control section (11, S3, S4) configured to change the current value stored in the storage section in such a manner as to increase or decrease the current value in response to an operation of a manual operator (14, 31, 33), characterized in that the storage section is further configured to store therein an auxiliary value to be added to the current value, when an overlay mode is activated, in order to adjust the current value, and in that the parameter setting apparatus further comprises a switching section (35, 11, S7, S8) configured to switch between ON and OFF states of an edit mode, wherein the control section (11, S3) is further configured to, when the edit mode is ON and in response to an operation of the manual operator (14, 31, 33) for increasing or decreasing the current value, change the auxiliary value in the overlay mode so as to reflect the increase or decrease of the current value, and said control section (11, S3) is configured to, when the edit mode is OFF, change only the current value without changing the auxiliary value in the overlay mode in response to an operation of the manual operator (14, 31, 33) for increasing or decreasing the current value. a storage section configured to store therein a current value of a signal processing parameter; and a control section (11, S3, S4) configured to change the current value stored in the storage section in such a manner as to increase or decrease the current value in response to an operation of a manual operator (14, 31, 33), the storage section is further configured to store therein an auxiliary value to be added to the current value, when an overlay mode is activated, in order to adjust the current value, and in that the parameter setting apparatus further comprises a switching section (35, 11, S7, S8) configured to switch between ON and OFF states of an edit mode, wherein the control section (11, S3) is further configured to, when the edit mode is ON and in response to an operation of the manual operator (14, 31, 33) for increasing or decreasing the current value, change the auxiliary value in the overlay mode so as to reflect the increase or decrease of the current value, and said control section (11, S3) is configured to, when the edit mode is OFF, change only the current value without changing the auxiliary value in the overlay mode in response to an operation of the manual operator (14, 31, 33) for increasing or decreasing the current value.
A particulate matter measuring device used for measuring a concentration of suspended particles in air, comprising: a gas transporting actuator; a micro particle sensor configured to analyze sizes of the suspended particles in the air to calculate the concentration of the suspended particles in the air; a laser module; an airflow channel; and a microprocessor, the particulate matter measuring device being characterized in that the gas transporting actuator is disposed at a first end of the airflow channel, in that the micro particle sensor is disposed at a second end of the airflow channel and arranged such that the sensing surface of the particle sensor is disposed substantially orthogonal to the air flow channel, in that the laser module is disposed between the gas transporting actuator and the micro particle sensor and is configured to emit a laser beam between the gas transporting actuator and the micro particle sensor, in that the air flowing between the gas transporting actuator and the micro particle sensor in the airflow channel is irradiated by the laser beam, and in that the microprocessor is configured to drive the gas transporting actuator to introduce the air from the external environment into the gas transporting actuator and to eject the air at high speed to the airflow channel such that a cleaning operation is performed on a surface of the micro particle sensor to remove the suspended particles attached thereon. a gas transporting actuator; a micro particle sensor configured to analyze sizes of the suspended particles in the air to calculate the concentration of the suspended particles in the air; a laser module; an airflow channel; and a microprocessor, the particulate matter measuring device being characterized in that the gas transporting actuator is disposed at a first end of the airflow channel, in that the micro particle sensor is disposed at a second end of the airflow channel and arranged such that the sensing surface of the particle sensor is disposed substantially orthogonal to the air flow channel, in that the laser module is disposed between the gas transporting actuator and the micro particle sensor and is configured to emit a laser beam between the gas transporting actuator and the micro particle sensor, in that the air flowing between the gas transporting actuator and the micro particle sensor in the airflow channel is irradiated by the laser beam, and in that the microprocessor is configured to drive the gas transporting actuator to introduce the air from the external environment into the gas transporting actuator and to eject the air at high speed to the airflow channel such that a cleaning operation is performed on a surface of the micro particle sensor to remove the suspended particles attached thereon.
An apparatus for treating a treatment area at an intravascular location in a body, comprising: a catheter including a shaft having a distal portion including a balloon carrying a drug and a proximal portion including at least one marking arranged for being viewed at a reference point external to the body for identifying the location of the treatment area relative to the reference point, wherein the at least one marking is chemiluminescent or photoluminescent. a catheter including a shaft having a distal portion including a balloon carrying a drug and a proximal portion including at least one marking arranged for being viewed at a reference point external to the body for identifying the location of the treatment area relative to the reference point, wherein the at least one marking is chemiluminescent or photoluminescent.
An applicator for depositing a layer of adhesive or sealant composition on a target site of a biological and/or prosthetic tissue, the applicator comprising a body having an application face intended to be positioned facing the biological and/or prosthetic tissue, and comprising: - a first inlet opening for allowing the adhesive or sealant composition to flow from a dispensing device into the applicator, - a first outlet opening provided in the application face, - a first inner channel for guiding the adhesive or sealant composition from the first inlet opening to the first outlet opening, - a second inlet opening provided in the application face, adjacent the first outlet opening, for allowing pollutants or undesirable elements to be removed from the target site while depositing the layer of adhesive or sealant composition, - a second outlet opening for allowing the removed pollutants or undesirable elements to be evacuated from the applicator, - a second inner channel for guiding the removed pollutants or undesirable elements from the second inlet opening to the second outlet opening, wherein the first outlet opening has a first section and the second inlet opening has a second section, the second section being greater than the first section, characterised by the first outlet opening is shaped as a slot for allowing the adhesive or sealant composition to flow out of the applicator and to form the layer of adhesive or sealant composition, wherein the first outlet opening shaped as a slot has a first width (w 1) and a first height (h 1), and the second inlet opening has a second width (w 2) and a second height (h 2), wherein the second width (w 2) is equal or greater than the first width (w 1). - a first inlet opening for allowing the adhesive or sealant composition to flow from a dispensing device into the applicator, - a first outlet opening provided in the application face, - a first inner channel for guiding the adhesive or sealant composition from the first inlet opening to the first outlet opening, - a second inlet opening provided in the application face, adjacent the first outlet opening, for allowing pollutants or undesirable elements to be removed from the target site while depositing the layer of adhesive or sealant composition, - a second outlet opening for allowing the removed pollutants or undesirable elements to be evacuated from the applicator, - a second inner channel for guiding the removed pollutants or undesirable elements from the second inlet opening to the second outlet opening, wherein the first outlet opening has a first section and the second inlet opening has a second section, the second section being greater than the first section, characterised by the first outlet opening is shaped as a slot for allowing the adhesive or sealant composition to flow out of the applicator and to form the layer of adhesive or sealant composition, wherein the first outlet opening shaped as a slot has a first width (w 1) and a first height (h 1), and the second inlet opening has a second width (w 2) and a second height (h 2), wherein the second width (w 2) is equal or greater than the first width (w 1).
A magnetic apparatus for providing a tactile sensation, the apparatus comprising: a tactile sensation provider including an outer cover that comprises a magnetorheological elastomer and an elastic body, and a magnetorheological fluid sealed in an inner space of the outer cover; and a magnetic field generator that is adapted to generate a magnetic field; wherein the tactile sensation provider is configured to be deformed by the magnetic field and provide tactile sensations to a user, the magnetorheological fluid and the magnetorheological elastomer are configured to vibrate if the magnetic field is an alternating current magnetic field, and the rigidities of the magnetorheological fluid and the magnetorheological elastomer are configured to change if the magnetic field is a direct current magnetic field. a tactile sensation provider including an outer cover that comprises a magnetorheological elastomer and an elastic body, and a magnetorheological fluid sealed in an inner space of the outer cover; and an outer cover that comprises a magnetorheological elastomer and an elastic body, and a magnetorheological fluid sealed in an inner space of the outer cover; and a magnetic field generator that is adapted to generate a magnetic field; wherein the tactile sensation provider is configured to be deformed by the magnetic field and provide tactile sensations to a user, the magnetorheological fluid and the magnetorheological elastomer are configured to vibrate if the magnetic field is an alternating current magnetic field, and the rigidities of the magnetorheological fluid and the magnetorheological elastomer are configured to change if the magnetic field is a direct current magnetic field.
A thermoforming device, comprising: a first mold comprising a first mold body and a forming cavity arranged in said first mold body, a second mold comprising a second mold body, a first pre-stretcher, and a calibration element, wherein the first pre-stretcher and the calibration element are at least partially and moveably arranged in the second mold body; wherein the first and second mold can be moved relative to each other for clamping a plastic foil there between; wherein the calibration element is configured to locally clamp the plastic foil in between the calibration element and a wall and/or bottom of the forming cavity; wherein the thermoforming device further comprises a second pre-stretcher that is at least partially and moveably arranged in the second mold body, and wherein a movement relative to the second mold body and towards the same forming cavity of at least one of the first pre-stretcher, the second pre-stretcher, and the calibration element, can be individually controlled, and wherein the second pre-stretcher at least partially surrounds the first pre-stretcher and the calibration element, the device being characterized in further comprising a heating element configured for heating the calibration element relative to the second mold body, wherein the heating element is configured to heat the plastic foil contacting part relative to a remainder of the calibration element. a first mold comprising a first mold body and a forming cavity arranged in said first mold body, a second mold comprising a second mold body, a first pre-stretcher, and a calibration element, wherein the first pre-stretcher and the calibration element are at least partially and moveably arranged in the second mold body; wherein the first and second mold can be moved relative to each other for clamping a plastic foil there between; wherein the calibration element is configured to locally clamp the plastic foil in between the calibration element and a wall and/or bottom of the forming cavity; wherein the thermoforming device further comprises a second pre-stretcher that is at least partially and moveably arranged in the second mold body, and wherein a movement relative to the second mold body and towards the same forming cavity of at least one of the first pre-stretcher, the second pre-stretcher, and the calibration element, can be individually controlled, and wherein the second pre-stretcher at least partially surrounds the first pre-stretcher and the calibration element, the device being characterized in further comprising a heating element configured for heating the calibration element relative to the second mold body, wherein the heating element is configured to heat the plastic foil contacting part relative to a remainder of the calibration element.
Communication system (100, 300, 400) for an interactive avatar communication, having: a communication server configured to execute a server software for emulating an interactive avatar communication; and a plurality of communication clients (102a, 102b, 102c) each configured to execute a client software for emulating the interactive avatar communication, wherein each communication client (102a, 102b, 102c) has a first communication software and is configured to use the first communication software to set up a first communication link (104a, 104b, 104c) to the communication server for communication with the communication server, wherein each communication client (102a, 102b, 102c) further has a second communication software and is configured to use the second communication software to set up a second communication link to at least one other communication client from the plurality of communication clients for communication with the at least one other communication client, and wherein each communication client (102a, 102b, 102c) is configured to receive audible signals of a communication subscriber of the interactive avatar communication who uses the respective communication client and to alter the received audible signals based on position data of an avatar of the interactive avatar communication, the avatar being associated with the communication subscriber and being emulated on the communication server by the server software of the interactive avatar communication. a communication server configured to execute a server software for emulating an interactive avatar communication; and a plurality of communication clients (102a, 102b, 102c) each configured to execute a client software for emulating the interactive avatar communication, wherein each communication client (102a, 102b, 102c) has a first communication software and is configured to use the first communication software to set up a first communication link (104a, 104b, 104c) to the communication server for communication with the communication server, wherein each communication client (102a, 102b, 102c) further has a second communication software and is configured to use the second communication software to set up a second communication link to at least one other communication client from the plurality of communication clients for communication with the at least one other communication client, and wherein each communication client (102a, 102b, 102c) is configured to receive audible signals of a communication subscriber of the interactive avatar communication who uses the respective communication client and to alter the received audible signals based on position data of an avatar of the interactive avatar communication, the avatar being associated with the communication subscriber and being emulated on the communication server by the server software of the interactive avatar communication.
A reconfigurable sensor circuit comprising: an input stage including a first input terminal and a second input terminal, and an amplification stage including: a first amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the first amplifier via a first resistor, a second amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the second amplifier via a second resistor, and first switching circuitry (S11-S18) adapted to be arranged in a first state, wherein the amplification stage is in a differential amplifier configuration, and in a second state, wherein the amplification stage is in a transimpedance amplifier configuration, wherein, in the differential amplifier configuration, the first amplifier and the second amplifier are together configured as a differential amplifier connected to the first and the second input terminals (E3, E4), and wherein, in the transimpedance amplifier configuration, at least the first amplifier is configured as a transimpedance amplifier connected to the first input terminal. an input stage including a first input terminal and a second input terminal, and an amplification stage including: a first amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the first amplifier via a first resistor, a second amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the second amplifier via a second resistor, and first switching circuitry (S11-S18) adapted to be arranged in a first state, wherein the amplification stage is in a differential amplifier configuration, and in a second state, wherein the amplification stage is in a transimpedance amplifier configuration, wherein, in the differential amplifier configuration, the first amplifier and the second amplifier are together configured as a differential amplifier connected to the first and the second input terminals (E3, E4), and wherein, in the transimpedance amplifier configuration, at least the first amplifier is configured as a transimpedance amplifier connected to the first input terminal. a first amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the first amplifier via a first resistor, a second amplifier having a non-inverting input, an inverting input and an output connected to the inverting input of the second amplifier via a second resistor, and first switching circuitry (S11-S18) adapted to be arranged in a first state, wherein the amplification stage is in a differential amplifier configuration, and in a second state, wherein the amplification stage is in a transimpedance amplifier configuration, wherein, in the differential amplifier configuration, the first amplifier and the second amplifier are together configured as a differential amplifier connected to the first and the second input terminals (E3, E4), and wherein, in the transimpedance amplifier configuration, at least the first amplifier is configured as a transimpedance amplifier connected to the first input terminal.
Device for vaporizing a liquid, said device comprising: a reservoir capable of containing a liquid to be vaporized, a heating element capable of heating liquid in order to vaporize it, and a capillary pump capable of pumping liquid contained in said reservoir toward said heating element via capillary pumping, characterized by a capillary barrier disposed in a direction of capillary pumping of the liquid to be vaporized downstream of the capillary pump, said capillary barrier being capable of preventing non-vaporized liquid from escaping from the device, wherein said capillary barrier comprises at least a non-wetting porous component.