mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for obtaining information on an emergency situation, comprising: an ID-interface for receiving an identification information of a mobile device via which the emergency situation is reported by placing an emergency call through an acoustic communication channel, by sending a text message or by making use of an internet-based reporting mechanism; a transmission unit for transmitting a deployment data packet to the mobile device identified by the identification information, said deployment data packet including application deployment information for executing on the mobile device a control application for providing remote access to the mobile device to control a sensor of the mobile device; and a control unit for communicating with the mobile device to obtain information on the emergency situation by controlling the sensor via the control application, wherein the application deployment information includes at least one of: installer data for installing the control application on the mobile device and/or a download link to an internet server for providing the installer data; and an executable file for executing the control application on the mobile device and/or a download link to an internet server for providing the executable file. an ID-interface for receiving an identification information of a mobile device via which the emergency situation is reported by placing an emergency call through an acoustic communication channel, by sending a text message or by making use of an internet-based reporting mechanism; a transmission unit for transmitting a deployment data packet to the mobile device identified by the identification information, said deployment data packet including application deployment information for executing on the mobile device a control application for providing remote access to the mobile device to control a sensor of the mobile device; and a control unit for communicating with the mobile device to obtain information on the emergency situation by controlling the sensor via the control application, wherein the application deployment information includes at least one of: installer data for installing the control application on the mobile device and/or a download link to an internet server for providing the installer data; and an executable file for executing the control application on the mobile device and/or a download link to an internet server for providing the executable file.
A flood detection method, implemented in a flood detector comprising a leak-tight shell housing which has a positive buoyancy in the presence of a water level equal to or greater than a positive height "h", the method comprising the steps of: a) initializing the flood detector; b) establishing a wireless communication with a remote unit (3,5); c) activating the flood detector once it is located on the floor of a location; d) detecting a condition (304a, 304b, 304c) of alarm; and e) sending said alarm to a user terminal through a management system, the situation of alarm being maintained until said condition (304a, 304b, 304c) of alarm ceases; wherein the conditions (304a, 304b, 304c) of alarm are defined as: e.1) a first moisture level by means of the activation of a moisture sensor of the flood detector, wherein said moisture sensor comprises detecting the change in conductivity in first moisture detection probes (112a, 112b, 112c) of the flood detector which are in direct contact with the floor of the location; e.2) a second moisture level when the first moisture level condition is active and at least a second detection probe is active; wherein said second detection probe is located at the positive height "h" with respect to the floor of the location; and e.3) a third moisture level when the first moisture level condition and the second moisture level condition are active and at least one gyroscope or an accelerometer of the flood detector is active. a) initializing the flood detector; b) establishing a wireless communication with a remote unit (3,5); c) activating the flood detector once it is located on the floor of a location; d) detecting a condition (304a, 304b, 304c) of alarm; and e) sending said alarm to a user terminal through a management system, the situation of alarm being maintained until said condition (304a, 304b, 304c) of alarm ceases; e.1) a first moisture level by means of the activation of a moisture sensor of the flood detector, wherein said moisture sensor comprises detecting the change in conductivity in first moisture detection probes (112a, 112b, 112c) of the flood detector which are in direct contact with the floor of the location; e.2) a second moisture level when the first moisture level condition is active and at least a second detection probe is active; wherein said second detection probe is located at the positive height "h" with respect to the floor of the location; and e.3) a third moisture level when the first moisture level condition and the second moisture level condition are active and at least one gyroscope or an accelerometer of the flood detector is active.
A free fall winch having a drum that is rotationally drivable by a winch drive, wherein a free fall brake is provided for braking the drum in free fall operation, characterized in that a detection device is provided for detecting a torque that acts at the free fall winch and that depends on the free fall brake torque of the free fall brake; and in that a control device is provided for controlling the braking control force of the free fall brake in dependence on the detected torque.
Lighting device, in particular for a motor vehicle, comprising at least one areal light source and an optical assembly by means of which light emitted by the at least one areal light source can be projected in the form of at least one beam pattern, wherein the optical assembly comprises at least a first and a second optical element (L1, L2) which are arranged axially one behind the other relative to a longitudinal axis (x) and of which the positions are displaceable axially, in which an adjustment device for the optical elements (L1, L2) includes a first adjusting ring which is rotatable about the longitudinal axis (x), and which is connected to an attachment member via a geared connection to convert a rotation of the first adjusting ring relative to the attachment member into an axial displacement, characterized in that a mount of the first optical element is retained axially against the first adjusting ring with the aid of a spring system and is axially adjustable with respect to the attachment member, and wherein the second optical element is retained in a mount which is axially constrained to the attachment member.
A use of a timing chain having alternating inner and outer chain links (10, 11) connected to one another by means of a chain hinge, and having a predetermined running direction in a timing chain drive of an internal combustion engine, each inner chain link of the timing chain comprising at least one inner link plate and each outer chain link of the timing chain comprising at least two outer link plates and two chain hinge pins interconnecting the same, each chain hinge pin being arranged in a rotationally fixed manner in a pin opening of the associated outer link plates and extending through a hinge opening (16.1) of the associated inner chain link so as to form a chain hinge, and the link plate backs of at least one of the inner and outer chain links (10, 11) of the timing chain having in the running direction a leading area and an adjoining trailing area, wherein the leading area of the link plate backs extending substantially parallel to a plane projected between the center lines (M a, M i) of the pin openings and hinge openings (16.1), respectively, and the trailing area of the link plate backs extending at least from one of the inner and outer link plates (12, 15) at an angle (α) to the plane projected between the center lines (M a, M i), the trailing area extends beyond one of the center lines (M a, M i) and passes into the adjacent arcuated rear end face of said one of the inner and outer link plates (12, 15), characterized in that the vertex of the angle (α) pointing to the running direction and in a designated use of the timing chain the link plate backs of of at least one of the inner and outer chain links (10, 11) of the timing chain are adapted to be brought into contact with a tensioning rail or a guide rail.
A process for purifying propylene obtained from the dehydrogenation of propane comprising: at least one of heating and pressurizing a first hydrocarbon stream comprising propylene, propane, methyl acetylene and propadiene; contacting the first hydrocarbon stream with a first catalyst bed in the presence of hydrogen to at least partially hydrogenate the methyl acetylene and the propadiene to propylene and form a second hydrocarbon stream; contacting the second hydrocarbon stream with a second catalyst bed to at least partially remove unreacted hydrogen from the second stream to form a third hydrocarbon stream; and contacting the third hydrocarbon stream with a third catalyst bed to remove residual hydrogen from the third hydrocarbon stream; wherein the first catalyst bed comprises a high-selectivity hydrogenation catalyst and the second catalyst bed and the third catalyst bed each comprises a low-selectivity hydrogenation catalyst. at least one of heating and pressurizing a first hydrocarbon stream comprising propylene, propane, methyl acetylene and propadiene; contacting the first hydrocarbon stream with a first catalyst bed in the presence of hydrogen to at least partially hydrogenate the methyl acetylene and the propadiene to propylene and form a second hydrocarbon stream; contacting the second hydrocarbon stream with a second catalyst bed to at least partially remove unreacted hydrogen from the second stream to form a third hydrocarbon stream; and contacting the third hydrocarbon stream with a third catalyst bed to remove residual hydrogen from the third hydrocarbon stream; wherein the first catalyst bed comprises a high-selectivity hydrogenation catalyst and the second catalyst bed and the third catalyst bed each comprises a low-selectivity hydrogenation catalyst.
A display assistance device that converts images captured by a plurality of imaging units installed on a vehicle into an overhead image of a downward view from a virtual viewpoint in air, and displays the overhead image on a displaying unit with a host vehicle icon superimposed on the overhead image, the host vehicle icon indicating a position of the vehicle, the display assistance device being characterized by comprising: a steering angle sensor that detects a steering angle of the vehicle; and a changing unit that determines whether or not the vehicle is making a lane change from a travel lane in which the vehicle is traveling to a next lane next to the travel lane based on the steering angle detected by the steering angle sensor and changes a position of the virtual viewpoint if determining that the vehicle is making the lane change, wherein the changing unit changes the position of the virtual viewpoint in a case where the position of the virtual viewpoint moves out of a host vehicle lane. a steering angle sensor that detects a steering angle of the vehicle; and a changing unit that determines whether or not the vehicle is making a lane change from a travel lane in which the vehicle is traveling to a next lane next to the travel lane based on the steering angle detected by the steering angle sensor and changes a position of the virtual viewpoint if determining that the vehicle is making the lane change, wherein the changing unit changes the position of the virtual viewpoint in a case where the position of the virtual viewpoint moves out of a host vehicle lane.
Multi-stage flow distribution plate group for heat exchanger, comprising at least two pairs of unit plate groups, each pair of the unit plate group including a first plate and a second plate that are stacked, wherein both the first plate and the second plate include a main panel and a surrounding baffle, and the main panel includes a shunt area, a main heat exchanging area and a confluence area, wherein shunt ribs are set between the shunt area and the main heat exchanging area as well as between the main heat exchanging area and the confluence area, the two shunt ribs being used to evenly distribute the medium flowing from the shunt area into the main heat exchanging area and the medium flowing from the main heat exchanging area into the confluence area, characterized in that the shunt area is provided with ridges I that are straight, arranged side by side so that a valley I is formed between each pair of neighboring ridges I, and oriented in the same first direction so that the ridges I that meet with the shunt rib form with the shunt rib same angle α, that the main heat exchanging area, which is delimited by the two shunt ribs and the main heat exchanging area sides provided by the baffle, is provided with ridges II that are straight end extend from one of the sides of the main heat exchanging area to either one of the shunt ribs or the other side of the main heat exchanging area, the ridges being arranged side by side so that a valley II is formed between each pair of neighboring ridges II, and oriented in the same second direction so that the ridges II that meet with the shunt rib form with the shunt rib same angle β, and that the confluence area is provided with ridges III that are straight, arranged side by side so that a valley III is formed between each pair of neighboring ridges III, and oriented in the same third direction so that the ridges III that meet with the shunt rib form with the shunt rib same angle γ, wherein the angle α is not equal to β, and the angle β is not equal to γ.
Headrest for a vehicle, wherein the headrest has a basic element, on which a wing element is mounted by means of a hinge such that it can be rotated about an essentially vertically running axis, wherein, for forming a frictional-locking functionality, the hinge has a shaft with a protrusion and also has a bushing with a mount, which is assigned to the protrusion, wherein the shaft is mounted in the bushing and the protrusion, in a latching-in position, engages in the mount, characterized in that the bushing and the shaft are of frustoconical configuration.
A system comprising: a network monitor analyzing data packets transmitted through a network; a trust profile module in communication with the network monitor that includes a trust profile, the trust profile module configured for determining permissible use of a network device, the permissible use including rules defining at least one of: whether the at least one port transmitting the data packets matches a permissible port identified in the trust profile; and whether the at least one protocol generating the data packets matches a permissible protocol identified in the trust profile; determining a set of allowable exceptions to the permissible use including identifying a server and allowing the server to operate as a client for obtaining software updates from an update server; and when a communication is determined to be one of a permissible use or an allowed exception, determining whether the communication is one of a set of acceptable business practices, wherein the set of acceptable business practices refine permissible use by applying additional rules to tasks otherwise identified as permissible by one or more of the permissible use and the set of allowable exceptions. a network monitor analyzing data packets transmitted through a network; a trust profile module in communication with the network monitor that includes a trust profile, the trust profile module configured for determining permissible use of a network device, the permissible use including rules defining at least one of: whether the at least one port transmitting the data packets matches a permissible port identified in the trust profile; and whether the at least one protocol generating the data packets matches a permissible protocol identified in the trust profile; whether the at least one port transmitting the data packets matches a permissible port identified in the trust profile; and whether the at least one protocol generating the data packets matches a permissible protocol identified in the trust profile; determining a set of allowable exceptions to the permissible use including identifying a server and allowing the server to operate as a client for obtaining software updates from an update server; and when a communication is determined to be one of a permissible use or an allowed exception, determining whether the communication is one of a set of acceptable business practices, wherein the set of acceptable business practices refine permissible use by applying additional rules to tasks otherwise identified as permissible by one or more of the permissible use and the set of allowable exceptions.
A method of producing a bonded mineral fibre product which comprises: fiberizing a mineral melt; carrying the mineral fibres formed by means of a gas stream into a forming chamber; applying a thermosetting binder on to the mineral fibres; depositing the coated fibres as a mineral fibre web on a receiver means; and transferring the mineral fibre web to a curing oven for curing of the binder and forming a bonded mineral fibre product, wherein the binder is an aqueous binder composition comprising: (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea. fiberizing a mineral melt; carrying the mineral fibres formed by means of a gas stream into a forming chamber; applying a thermosetting binder on to the mineral fibres; depositing the coated fibres as a mineral fibre web on a receiver means; and transferring the mineral fibre web to a curing oven for curing of the binder and forming a bonded mineral fibre product, wherein the binder is an aqueous binder composition comprising: (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea. (a) a sugar syrup containing a reducing sugar and having a dextrose equivalent DE of at least 50 and less than 85; (b) a polycarboxylic acid component; (c) an amine component, ammonia, ammonium salts or urea; and optionally, (d) a reaction product of a polycarboxylic acid component (b) and an amine component, ammonia, ammonium salts or urea.
Procedure for obtaining raw materials resulting from waste material comprising: - the supply of harmonic steel resulting from waste material and prepared in a skein to be treated; - a heat treatment of said skein to be treated for obtaining a treated skein; - a post-treatment of said treated skein for obtaining steel reusable as raw material; wherein said heat treatment comprises an inductive exposure step of said skein to be treated to at least an alternate magnetic field for the induction in said skein to be treated of alternate eddy currents adapted to raise the temperature of same, characterized in that said heat treatment comprises: - a heating step of said skein to be treated adapted to raise the temperature of same to a work value between 800°C and 950°C; - a maintainance step of the temperature of said skein to be treated to said work value; - a cooling step of said skein to be treated previously heated. - the supply of harmonic steel resulting from waste material and prepared in a skein to be treated; - a heat treatment of said skein to be treated for obtaining a treated skein; - a post-treatment of said treated skein for obtaining steel reusable as raw material; - a heating step of said skein to be treated adapted to raise the temperature of same to a work value between 800°C and 950°C; - a maintainance step of the temperature of said skein to be treated to said work value; - a cooling step of said skein to be treated previously heated.
Method for detecting and characterizing a leak of a gas into the ambient air, said gas comprising at least natural gas and/or biomethane previously odorized by means of at least one odorant chemical species, said method being implemented by means of at least one optical measurement system comprising at least one light source, a UV spectrometer, and an IR detector, said method comprising at least the following steps: a) the emission by said at least one light source of a UV radiation and of an IR radiation through said ambient air in a measurement zone; b) the detection by said UV spectrometer and by said IR detector of at least a part of said UV radiation and of at least a part of said IR radiation having passed through said ambient air in said measurement zone, and the generation of at least one digital signal (50, 50') of the light intensity as a function of the wavelength of said part of said UV radiation and of said part of said IR radiation having passed through said ambient air in said measurement zone; c) the estimation of at least a concentration of methane and a concentration of said at least one odorant chemical species present in said measurement zone, from at least said at least one digital signal (50, 50'); d) the detection and the characterization of a leak of said gas in said measurement zone at least by a comparison of said concentration of methane with a first threshold and a comparison of said concentration of said at least one odorant chemical species with a second threshold. a) the emission by said at least one light source of a UV radiation and of an IR radiation through said ambient air in a measurement zone; b) the detection by said UV spectrometer and by said IR detector of at least a part of said UV radiation and of at least a part of said IR radiation having passed through said ambient air in said measurement zone, and the generation of at least one digital signal (50, 50') of the light intensity as a function of the wavelength of said part of said UV radiation and of said part of said IR radiation having passed through said ambient air in said measurement zone; c) the estimation of at least a concentration of methane and a concentration of said at least one odorant chemical species present in said measurement zone, from at least said at least one digital signal (50, 50'); d) the detection and the characterization of a leak of said gas in said measurement zone at least by a comparison of said concentration of methane with a first threshold and a comparison of said concentration of said at least one odorant chemical species with a second threshold.
A method for sterilising packaged or partially packaged or partially sealed consumable items, such as in particular plastic opening and/or closing elements for subsequent use with drink or food packaging, by means of a treatment agent having a disinfectant, wherein a consumable item to be sterilised or an area of a consumable item to be sterilised is disposed in a first sealed environment such that a plurality of such individually packaged consumable items or sealed areas of consumable items are stored together for a specified time in a container, characterised in that the inside of the container is treated with a predetermined quantity of the treatment agent by a treatment carrier, treated with sterilisation agent, being introduced into the container, so that through diffusion of the treatment agent the packaged consumable items or sealed areas of the consumable items are sterilised.