mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for securing a rail vehicle against actions of unauthorized persons, - wherein the rail vehicle contains an electronic vehicle control system, - wherein the vehicle control system is connected to a drive-enabling device which is designed so as to control the drive components for the operation of the rail vehicle, - wherein the vehicle control system is connected to a high-voltage-enabling device which is designed so as to control the high-voltage components for the operation of the rail vehicle, - wherein the rail vehicle contains a locking device (4.3) with controllable switches (4.3.1 to 4.3.4), - wherein a first switch (4.3.1) is connected between the vehicle control system and the drive-enabling device such that the control of the drive components is suppressed when the first switch (4.3.1) is open and is able to be carried out when the first switch (4.3.1) is closed, - wherein a second switch (4.3.2) is connected between the vehicle control system and the high-voltage-enabling device such that the control of the high-voltage components is suppressed when the second switch (4.3.2) is open and is able to be carried out when the second switch (4.3.2) is closed, - wherein, for the control of the switches (4.3.1 to 4.3.4), the locking device (4.3) is connected to an enabling device (4.1, 4.2) which is designed so as, once authentication of an authorized person has been carried out, to close the switches (4.3.1 to 4.3.4) in order to permit the respective controls and thus the operation of the rail vehicle. - wherein the rail vehicle contains an electronic vehicle control system, - wherein the vehicle control system is connected to a drive-enabling device which is designed so as to control the drive components for the operation of the rail vehicle, - wherein the vehicle control system is connected to a high-voltage-enabling device which is designed so as to control the high-voltage components for the operation of the rail vehicle, - wherein the rail vehicle contains a locking device (4.3) with controllable switches (4.3.1 to 4.3.4), - wherein a first switch (4.3.1) is connected between the vehicle control system and the drive-enabling device such that the control of the drive components is suppressed when the first switch (4.3.1) is open and is able to be carried out when the first switch (4.3.1) is closed, - wherein a second switch (4.3.2) is connected between the vehicle control system and the high-voltage-enabling device such that the control of the high-voltage components is suppressed when the second switch (4.3.2) is open and is able to be carried out when the second switch (4.3.2) is closed, - wherein, for the control of the switches (4.3.1 to 4.3.4), the locking device (4.3) is connected to an enabling device (4.1, 4.2) which is designed so as, once authentication of an authorized person has been carried out, to close the switches (4.3.1 to 4.3.4) in order to permit the respective controls and thus the operation of the rail vehicle.
A method of forming a hydrophobic aerogel comprising: - providing a dispersion comprising a hydrophobic polymer or hydrophobic polymer precursor, and a dispersion medium; - freezing the dispersion to solidify the dispersion medium; and - freeze drying the dispersion to remove the dispersion medium to form a hydrophobic aerogel. - providing a dispersion comprising a hydrophobic polymer or hydrophobic polymer precursor, and a dispersion medium; - freezing the dispersion to solidify the dispersion medium; and - freeze drying the dispersion to remove the dispersion medium to form a hydrophobic aerogel.
An infrared denaturing device for denaturing an object to be denatured with infrared light, the infrared denaturing device comprising an infrared light source for emitting non-directional infrared light, a light projecting body for irradiating a region being denatured of the object to be denatured with infrared light, and a controller for controlling the operation of the infrared light source, wherein the light projecting body s provided, at its tip on the light emitting side, with at least one pair of reflecting surfaces for reflecting and guiding infrared light from the infrared light source to the region being denatured and a light emitting surface for emitting the infrared light reflected by the reflecting surface onto the region being denatured; characterised in that the infrared denaturing device is provided with an electrical stimulation interruption confirming sensor for confirming interruption of electrical stimulation in the region being denatured; and wherein the interruption confirming sensor comprises, in the vicinity of the region being denatured, a pair of contact terminals (510, 520) that are adapted to make contact with one surface of the object to be denatured.
A blower comprising: a housing having a perimeter at least partially defining a chamber, the chamber defining a channel region extending along the perimeter to an outlet of the housing and having a cross-sectional shape with an axial height; and an impeller driven about a rotational axis to generate an air flow within the chamber, the impeller having a first axial end, an opposite, second axial end, and a periphery, the impeller defining a first airflow path having a first axial inlet proximate the first axial end and open in a first axial direction and a first radial outlet extending about the periphery and open in a substantially radial direction, the impeller defining a second airflow path separate from the first airflow path, the second airflow path having a second axial inlet proximate a second axial end and open in an opposite, second axial direction and a second radial outlet extending along the periphery of the impeller in a substantially radial direction; wherein the housing defines a chamber inlet communicating with the first radial outlet and the second radial outlet, characterized in that the chamber inlet is completely on one side of a midpoint of the axial height of the channel region. a housing having a perimeter at least partially defining a chamber, the chamber defining a channel region extending along the perimeter to an outlet of the housing and having a cross-sectional shape with an axial height; and an impeller driven about a rotational axis to generate an air flow within the chamber, the impeller having a first axial end, an opposite, second axial end, and a periphery, the impeller defining a first airflow path having a first axial inlet proximate the first axial end and open in a first axial direction and a first radial outlet extending about the periphery and open in a substantially radial direction, the impeller defining a second airflow path separate from the first airflow path, the second airflow path having a second axial inlet proximate a second axial end and open in an opposite, second axial direction and a second radial outlet extending along the periphery of the impeller in a substantially radial direction; wherein the housing defines a chamber inlet communicating with the first radial outlet and the second radial outlet, characterized in that the chamber inlet is completely on one side of a midpoint of the axial height of the channel region.
A solid dispersion of rifaximin comprising rifaximin and pharmaceutically acceptable carrier, wherein the pharmaceutically acceptable carrier is selected from polyethylene glycol, polymethacrylates, polyvinyl acetate, cellulose derivatives, polaxamer, glyceryl behenate, polyethyleneglycol derivative of a mono-glyceride, vitamin E, polyethylene or polyoxyethylene ester of hydroxyl stearic acid, polyoxylglycerides, polyethoxylated castor oil or combinations thereof, wherein the solubility of rifaximin is increased relative to an equivalent amount of rifaximin not in solid dispersion.
Method of validating that an offender pilot does not intentionally hide tracking point data for scoring a competition in real time by causing communication failure between an aircraft navigation system, used in an engine-less aircraft, and a remote server, said navigation system comprising a processing unit, a memory, a location module, a sensor, and a communication module configured to communicate with said server, said method comprising the steps of: a. securely communicating between said communication module and said remote server; b. periodically locating by said location module and storing in said memory as tracking point data the aircraft position; c. receiving, storing and processing data from said remote server at said navigation system; d. periodically sending said tracking point data by the communication module to said remote server; e. receiving by the communication module of secure acknowledge of reception of said data; f. outputting alerts to the user based on the position reported by the location module and/or sensor (7, 12) data; said method further comprising: g. detecting by the processing unit and recording in the memory failure to communication and respective date and time; h. transmitting, by the communication module to said remote server, communication failure type, respective date and time, and repeating communication of tracking point data once communication is re-established of the tracking point data for which delivery was not verified by the communication module; i. generating, at the remote server, an alarm when a violation of airspace is detected from said received tracking point data. a. securely communicating between said communication module and said remote server; b. periodically locating by said location module and storing in said memory as tracking point data the aircraft position; c. receiving, storing and processing data from said remote server at said navigation system; d. periodically sending said tracking point data by the communication module to said remote server; e. receiving by the communication module of secure acknowledge of reception of said data; f. outputting alerts to the user based on the position reported by the location module and/or sensor (7, 12) data; g. detecting by the processing unit and recording in the memory failure to communication and respective date and time; h. transmitting, by the communication module to said remote server, communication failure type, respective date and time, and repeating communication of tracking point data once communication is re-established of the tracking point data for which delivery was not verified by the communication module; i. generating, at the remote server, an alarm when a violation of airspace is detected from said received tracking point data.
A lighting device for providing a position identification signal, wherein the lighting device includes a lighting means and a transmitting unit including an antenna element, wherein the transmitting unit is adapted to transmit the position identification signal in the form of a directed radio signal with a presettable emission characteristic in intended operation, wherein the position identification signal includes position determination data relating to a position of the transmitting unit and/or the lighting means, characterized in that the lighting device comprises a light directing element (22, 24, 26, 28), which is adapted to respectively direct the predominant part both of the emitted position identification signal and of the light emitted by the lighting means, wherein the light directing element (22, 24, 26, 28) is formed as an optical reflector of metal or at least comprises a metallic coating, wherein the emission characteristic is defined in cooperation with the light directing element (22, 24, 26, 28), whereby an overlap of light cone and radio signal is substantially realized, wherein the transmitting unit is arranged on the lighting device displaceably supported by means of an adjusting device. wherein the lighting device includes a lighting means and a transmitting unit including an antenna element, wherein the transmitting unit is adapted to transmit the position identification signal in the form of a directed radio signal with a presettable emission characteristic in intended operation, wherein the position identification signal includes position determination data relating to a position of the transmitting unit and/or the lighting means, characterized in that the lighting device comprises a light directing element (22, 24, 26, 28), which is adapted to respectively direct the predominant part both of the emitted position identification signal and of the light emitted by the lighting means, wherein the light directing element (22, 24, 26, 28) is formed as an optical reflector of metal or at least comprises a metallic coating, wherein the emission characteristic is defined in cooperation with the light directing element (22, 24, 26, 28), whereby an overlap of light cone and radio signal is substantially realized, wherein the transmitting unit is arranged on the lighting device displaceably supported by means of an adjusting device.
A continuous process for producing a composite element comprising a profile and an insulating core enclosed at least to some extent by the profile, where the insulating core is composed of an organic porous material which has a thermal conductivity in the range from 13 to 30 mW/m*K, determined in accordance with DIN 12667, and a compressive strength of more than 0.20 N/mm 2, determined in accordance with DIN 53421, where the profile is constructed around the insulating core, wherein the organic porous material is one selected from the group consisting of organic xerogels and organic aerogels and combinations of two or more thereof, where the profile is continuously constructed around the insulating core by means of a ring extruder.
A craft equipment comprising: a token for user-related control of a craft device, the token comprising: a processor configured for control cooperation with the craft device; an identification device configured to identify a user of the token; and a first storage device having stored information indicative of or providing access to a personalized authorization profile of the user with respect to the craft device; wherein the processor is configured, upon coupling of the token to the craft device, to permit, set and/or prohibit use of the craft device by the user based on the personalized authorization profile; characterized by the craft device configured for coupling to the token such that use of the craft device coupled to the token by the user is permitted, set and/or prohibited based on the personalized authorization profile; wherein the craft device comprises a second storage device for storing the authorization profile, wherein the second storage device is communicably couplable to the token in order to store the authorization profile in the second storage device by means of the token and/or to download the authorization profile from the second storage device. a token for user-related control of a craft device, the token comprising: a processor configured for control cooperation with the craft device; an identification device configured to identify a user of the token; and a first storage device having stored information indicative of or providing access to a personalized authorization profile of the user with respect to the craft device; wherein the processor is configured, upon coupling of the token to the craft device, to permit, set and/or prohibit use of the craft device by the user based on the personalized authorization profile; a processor configured for control cooperation with the craft device; an identification device configured to identify a user of the token; and a first storage device having stored information indicative of or providing access to a personalized authorization profile of the user with respect to the craft device; wherein the processor is configured, upon coupling of the token to the craft device, to permit, set and/or prohibit use of the craft device by the user based on the personalized authorization profile; characterized by the craft device configured for coupling to the token such that use of the craft device coupled to the token by the user is permitted, set and/or prohibited based on the personalized authorization profile; wherein the craft device comprises a second storage device for storing the authorization profile, wherein the second storage device is communicably couplable to the token in order to store the authorization profile in the second storage device by means of the token and/or to download the authorization profile from the second storage device.
A bag, wherein, the bag has a base fabric and a skin material consisting of a skin adhered to said base fabric; said base fabric and said skin are adhered by an adhesive made from a material of the skin; and the material of said base fabric is nylon; concurrently, the material of said skin and adhesive is polycarbonate, wherein said skin and adhesive are made from a polycarbonate-series urethane resin, and wherein said base fabric is formed from a half-tricot fabric.
A device for loading salt in a dishwasher, comprising: - a hollow container open at the top adapted to contain a charge of salt and having at a bottom end at least one first conical wall and at least one first aperture, and - a connecting element open at the bottom and shaped so as to mate with a salt loading aperture of a dishwasher, characterized in that the connecting element is rotatably mounted at a lower end of the hollow container, wherein the connecting element has at least one second conical wall and at least one second aperture facing the bottom end of the hollow container, wherein said connecting element and said hollow container are rotatable relative to one another around a longitudinal axis between a closed position in which said first aperture and said second aperture are angularly offset with respect to each other and an open position in which said first opening and said second opening are aligned with each other so as to allow the discharge of the charge of salt contained in the hollow container from the bottom of the connecting element. - a hollow container open at the top adapted to contain a charge of salt and having at a bottom end at least one first conical wall and at least one first aperture, and - a connecting element open at the bottom and shaped so as to mate with a salt loading aperture of a dishwasher, characterized in that the connecting element is rotatably mounted at a lower end of the hollow container, wherein the connecting element has at least one second conical wall and at least one second aperture facing the bottom end of the hollow container, wherein said connecting element and said hollow container are rotatable relative to one another around a longitudinal axis between a closed position in which said first aperture and said second aperture are angularly offset with respect to each other and an open position in which said first opening and said second opening are aligned with each other so as to allow the discharge of the charge of salt contained in the hollow container from the bottom of the connecting element.
An olefin polymerisation process comprising polymerisation of at least one olefin monomer in more than one polymerization zones of a reactor, which process comprises i) a first step in which the process begins by introducing one or more streams of olefin monomer into a first polymerization zone, each stream having a hydrogen concentration of 0 mole% to 70 mole%, ii) a second step of introducing one or more streams of olefin monomer into a subsequent polymerization zone, each stream having hydrogen concentration of 0 mole% to 70 mole%, and iii) removing from the last polymerization zone a polymer product having a polydispersity of from 5 to 20, said process further comprising controlling the polymerization process to create a hydrogen gradient within the reactor wherein the required hydrogen distribution is controlled by varying the number of hydrogen-lean and hydrogen-rich recycle liquid monomer injection points as well as the concentration of hydrogen in the hydrogen-lean streams. i) a first step in which the process begins by introducing one or more streams of olefin monomer into a first polymerization zone, each stream having a hydrogen concentration of 0 mole% to 70 mole%, ii) a second step of introducing one or more streams of olefin monomer into a subsequent polymerization zone, each stream having hydrogen concentration of 0 mole% to 70 mole%, and iii) removing from the last polymerization zone a polymer product having a polydispersity of from 5 to 20,
Vehicle comprising a plurality of walls defining a housing, said vehicle comprising a sanitization system for said housing comprising diffuser means, a source of sanitizing fluid, ventilation means and an electronic unit, said electronic unit being configured to allow the passage of said sanitizing fluid from said source to said diffuser means, said diffuser means nebulizing said sanitizing fluid coming from said source inside said housing, characterized in that said electronic unit is configured to activate said ventilation means to allow the airing of said housing following the nebulization of said sanitizing fluid inside said housing.
A sensor chip to be brought in close proximity to a living body for collecting a body fluid and measuring a chemical substance in the body fluids, the sensor chip comprising: a body fluid collection unit having a surface comprising a first planar outer surface, a second planar outer surface, an outer first curved line and an outer second curved line (lOOf), wherein the first planar outer surface is opposite to the second planar outer surface, wherein the surface is adapted to be brought in close proximity to the living body, wherein the body fluid collection unit has a body fluid collection port for collecting the body fluid, wherein each of said outer curved lines (100e, lOOf) extends from the first planar outer surface or the second planar outer surface to the center of the body fluid collection port and contacts the body fluid collection port; a sensing unit for performing a chemical measurement on the bodily fluid collected by the body fluid collection unit; and a fluid channel unit defining a fluid channel fluidly connecting the body fluid collection unit and the sensing unit characterised in that the first outer curved line and the second outer curved line (lOOf) are each continuously curved by one radius of curvature. a body fluid collection unit having a surface comprising a first planar outer surface, a second planar outer surface, an outer first curved line and an outer second curved line (lOOf), wherein the first planar outer surface is opposite to the second planar outer surface, wherein the surface is adapted to be brought in close proximity to the living body, wherein the body fluid collection unit has a body fluid collection port for collecting the body fluid, wherein each of said outer curved lines (100e, lOOf) extends from the first planar outer surface or the second planar outer surface to the center of the body fluid collection port and contacts the body fluid collection port; a sensing unit for performing a chemical measurement on the bodily fluid collected by the body fluid collection unit; and a fluid channel unit defining a fluid channel fluidly connecting the body fluid collection unit and the sensing unit characterised in that the first outer curved line and the second outer curved line (lOOf) are each continuously curved by one radius of curvature.