mhurhangee/ep-ind-claims huggingface dataset:
Safety reporting network having a safety control device, wherein the safety control device is connected to a local monitoring network, wherein the local monitoring network has at least one monitoring device, wherein the safety control device is designed to receive an event notification from the local monitoring network on the basis of monitoring data from the at least one monitoring device, having at least one agent device, wherein the agent device is connected to the safety control device using data technology, and wherein the at least one agent device is designed to process the event notification or an alarm notification based on the event notification with user interaction and to generate an alarm message, having at least one client device, wherein the client device is in the form of a mobile telephone, wherein the agent device has a request module which is designed to transmit the alarm message and a verification request to the client device and to receive a reaction of the client device to the verification request, characterized in that the safety reporting network has a plurality of local monitoring networks, wherein the plurality of local monitoring networks are assigned to different monitoring objects, wherein the monitoring objects are arranged in a manner spatially independent of one another and are positioned with a distance of greater than 10 km from one another, and in that the local monitoring network is connected to the safety control device via a first network, the safety control device is connected to the at least one agent device via a second network and the client device is connected to the safety control device via a telephone connection, wherein the safety reporting network is designed to transmit the verification request from the agent device to the safety control device via the second network and then from the safety control device to the client device via the telephone connection.
A data storage system, the system comprising: a host operable to request an ordered data set, wherein the ordered data set includes: a first output and a second output, and wherein the first output precedes the second output in the ordered data set; a storage medium operable to maintain the ordered data set; a data processing circuit operable to access the ordered data set from the storage medium, and to process a first processing input corresponding to the accessed first output and a second processing input corresponding to the accessed second output to yield a first processing output and a second processing output, wherein the processing comprises applying a data detection algorithm to the processing input to yield a detected output, and applying a data decode algorithm to the detected output to yield the processing output, wherein the data decode algorithm can result in convergence or failure of convergence, wherein the second processing output may become available before the first processing output, wherein the data processing circuit is further operable to report the second processing output to the host before reporting the first processing output to the host based at least in part on a retry condition being met, which is when a timeout condition occurs due to the processing of the first processing input having completed without convergence; and wherein the host is further operable to receive the second output before the first output. a host operable to request an ordered data set, wherein the ordered data set includes: a first output and a second output, and wherein the first output precedes the second output in the ordered data set; a storage medium operable to maintain the ordered data set; a data processing circuit operable to access the ordered data set from the storage medium, and to process a first processing input corresponding to the accessed first output and a second processing input corresponding to the accessed second output to yield a first processing output and a second processing output, wherein the processing comprises applying a data detection algorithm to the processing input to yield a detected output, and applying a data decode algorithm to the detected output to yield the processing output, wherein the data decode algorithm can result in convergence or failure of convergence, wherein the second processing output may become available before the first processing output, wherein the data processing circuit is further operable to report the second processing output to the host before reporting the first processing output to the host based at least in part on a retry condition being met, which is when a timeout condition occurs due to the processing of the first processing input having completed without convergence; and wherein the host is further operable to receive the second output before the first output.
An olefin polymerization process, the process comprising contacting a catalyst composition with an olefin monomer and an optional olefin comonomer in a polymerization reactor system under polymerization conditions to produce an olefin polymer, wherein the catalyst composition comprises a metallocene compound, activator-support I, activator-support II, and an optional co-catalyst, wherein: activator-support I comprises a halided solid oxide, activator-support II comprises a sulfated solid oxide and/or a phosphated solid oxide and wherein the metallocene compound comprises an unbridged metallocene. activator-support I comprises a halided solid oxide, activator-support II comprises a sulfated solid oxide and/or a phosphated solid oxide and wherein the metallocene compound comprises an unbridged metallocene.
An apparatus ( 10, 50) for imaging the fundus of the eye using non-linearly polarized light, comprising: a light source ( 12, 62) for generating a beam of light; an optical element ( 16, 54) configured to generate a desired non-linear polarization state of light in said beam of light passing therethrough, wherein said desired non-linear polarization state of light includes any one of circularly polarized light alone, elliptically polarized light alone, a combination of elliptically polarized light and depolarized light, and a combination of circularly polarized light and depolarized light and excludes linearly polarized light alone; first light directing and focusing optics ( 22, 56) configured for directing the beam of light having said desired polarization state onto a fundus of a subject's eye; and second light directing and focusing optics ( 28, 66) configured for directing the beam of light ( 26, 62) reflected from the fundus of a subject's eye into an imaging detector ( 30, 70) configured for receiving images of the fundus of the eye after illumination by the beam of light, said second light directing and focusing optics ( 28, 66) being configured for collecting and imaging the beam of light coming from the pupil of the eye with minimal effect on its polarization state. a light source ( 12, 62) for generating a beam of light; an optical element ( 16, 54) configured to generate a desired non-linear polarization state of light in said beam of light passing therethrough, wherein said desired non-linear polarization state of light includes any one of circularly polarized light alone, elliptically polarized light alone, a combination of elliptically polarized light and depolarized light, and a combination of circularly polarized light and depolarized light and excludes linearly polarized light alone; first light directing and focusing optics ( 22, 56) configured for directing the beam of light having said desired polarization state onto a fundus of a subject's eye; and second light directing and focusing optics ( 28, 66) configured for directing the beam of light ( 26, 62) reflected from the fundus of a subject's eye into an imaging detector ( 30, 70) configured for receiving images of the fundus of the eye after illumination by the beam of light, said second light directing and focusing optics ( 28, 66) being configured for collecting and imaging the beam of light coming from the pupil of the eye with minimal effect on its polarization state.
An information processing system comprising a first mobile information terminal and a server, wherein the first mobile information terminal comprises: a current position acquisition unit configured to acquire information indicating a current position of the terminal at a relatively fine granularity; an acknowledging unit configured to acknowledge user designation of whether positional information indicating a position arbitrarily designated by a user on a map image of a scale displayed on a screen of the terminal at a relatively coarse granularity or positional information indicating the current position of the terminal acquired by the current position acquisition unit at a relatively fine granularity is to be added to data to be stored in the server along with the positional information, the user selection depending on the nature of data to which said positional information is added; and a transmitting unit configured to transmit to the server the data to which positional information of user designated granularity is added, wherein the server includes a storage unit configured to store the data transmitted from the first mobile information terminal along with the positional information of the user designated granularity. a current position acquisition unit configured to acquire information indicating a current position of the terminal at a relatively fine granularity; an acknowledging unit configured to acknowledge user designation of whether positional information indicating a position arbitrarily designated by a user on a map image of a scale displayed on a screen of the terminal at a relatively coarse granularity or positional information indicating the current position of the terminal acquired by the current position acquisition unit at a relatively fine granularity is to be added to data to be stored in the server along with the positional information, the user selection depending on the nature of data to which said positional information is added; and a transmitting unit configured to transmit to the server the data to which positional information of user designated granularity is added, wherein the server includes a storage unit configured to store the data transmitted from the first mobile information terminal along with the positional information of the user designated granularity.
A lamp, having at least one light source as well as a reflector which catches light emitted by the light source and outputs a ray beam which is polygonal, in particular rectangular, in a cross-section, characterized in that the reflector has a cup-shaped reflector body with contractions protruding inward, between which concave, arcuately contoured reflector cup segments (8a, 8b, 8c,..., 8n) are provided, wherein the reflector body and its reflector cup segments (8a, 8b, -... 8n) are contoured in such a way that the indirect rays reflected by the reflector body and the direct rays directly emitted by the light source past the reflector substantially have the same outline angle (α, β).
An interactive guide system, the interactive guide system comprising: a processor for receiving data, running video frame extraction and speech recognition on the input to process input in the form of a video and an acoustic signal into an interactive guide file, and configured to output the interactive guide file; and a memory coupled to the processor, wherein the interactive guide system is integrated into a wearable device, or configured to be paired with a wearable device, wherein the wearable device is configured to begin to record an object as the video, wherein the processor is configured to retrieve key words associated with the data being stored in the memory, which includes gesture models to recognize various gesture commands, wherein the interactive guide file is a step-by-step guide file and comprises a set of video frames associated with instructions in a text format, and wherein the processor comprises a natural language processing module and a video frame extraction module, wherein the video frame extraction is run by the video frame extraction module and the speech recognition is run by the NLP module, such that the processor is configured to run the speech recognition using the NLP module and convert data into instructions in the text format. a processor for receiving data, running video frame extraction and speech recognition on the input to process input in the form of a video and an acoustic signal into an interactive guide file, and configured to output the interactive guide file; and a memory coupled to the processor, wherein the interactive guide system is integrated into a wearable device, or configured to be paired with a wearable device, wherein the wearable device is configured to begin to record an object as the video, wherein the processor is configured to retrieve key words associated with the data being stored in the memory, which includes gesture models to recognize various gesture commands, wherein the interactive guide file is a step-by-step guide file and comprises a set of video frames associated with instructions in a text format, and wherein the processor comprises a natural language processing module and a video frame extraction module, wherein the video frame extraction is run by the video frame extraction module and the speech recognition is run by the NLP module, such that the processor is configured to run the speech recognition using the NLP module and convert data into instructions in the text format.
TBR pneumatic tyre comprising a carcass, a tread and at least one "high elongation belt" formed from a single cord with a laying angle θ of between 0.03° and 0.1° and comprising an axial extension CW wherein the ratio thereof to the axial extension of said tread (TW/CW) is between 1.1 and 1.4; said tread being manufactured from a rubber compound comprising a cross-linkable unsaturated chain polymeric base comprising at least 50% by weight of natural rubber, a mixture of fillers comprising silica and carbon black and a vulcanization system; said pneumatic tyre being characterized in that said mixture of fillers comprises (a) a carbon black having a surface area of between 99 and 170 m 2 /g and with a structure of greater than 120 cc/100 g, (b) a first silica having a surface area of less than 100 m 2 /g, and (c) a second silica having a surface area of more than 190 m 2 /g.
Head airbag system for a vehicle including a gas bag unfoldable from a stowed position into a restraining position, which has two facing end sections (12, 14), which are connected to each other by means of a connecting element fastened to them, wherein - the end sections (12, 14) are arranged opposite with respect to a main deployment direction (z) of the gas bag; - the connecting element is formed and fastened to the end sections (12, 14) such that the distance between the end sections (12, 14) with respect to the vertical direction of the deployed gas bag is lower than the length of a gas bag area extending between the end sections in a deployed restraining position of the gas bag; characterized in that the connecting element is dimensioned and fastened to the gas bag such that the distance between the end sections (12, 14) of the gas bag deployed into the restraining position with respect to the vertical direction thereof decreases between a first and a second predetermined gas bag section in longitudinal direction of the gas bag, wherein the connecting element relative to the plane formed by the vehicle longitudinal direction (x) and the vehicle vertical direction (y) increasingly tapers along the vehicle longitudinal direction (x). - the end sections (12, 14) are arranged opposite with respect to a main deployment direction (z) of the gas bag; - the connecting element is formed and fastened to the end sections (12, 14) such that the distance between the end sections (12, 14) with respect to the vertical direction of the deployed gas bag is lower than the length of a gas bag area extending between the end sections in a deployed restraining position of the gas bag; characterized in that the connecting element is dimensioned and fastened to the gas bag such that the distance between the end sections (12, 14) of the gas bag deployed into the restraining position with respect to the vertical direction thereof decreases between a first and a second predetermined gas bag section in longitudinal direction of the gas bag, wherein the connecting element relative to the plane formed by the vehicle longitudinal direction (x) and the vehicle vertical direction (y) increasingly tapers along the vehicle longitudinal direction (x).
Clutch actuator of a motor vehicle comprising an actuation command of the clutch actuator and an actuator body housing at least partially - a pusher configured to be operatively connected to a clutch to determine its engagement and disengagement, the pusher moving in an actuation direction (S-S), - motor means suitable to move said pusher and operatively connected to the actuation command thereof to be operated by the latter, - transmission means which mechanically connect the motor means to the pusher, - wherein the motor means are arranged parallel to the transmission means in a transmission direction (X-X) perpendicular to said actuation direction(S-S), characterised in that the transmission means comprise a ball bearing screw mechanism, fitted with a ball bearing screw mechanically connected to the motor means, and a nut which meshes coaxially with said ball bearing screw, said nut being operatively connected to the pusher in order to move the pusher in the actuation direction (S-S). - a pusher configured to be operatively connected to a clutch to determine its engagement and disengagement, the pusher moving in an actuation direction (S-S), - motor means suitable to move said pusher and operatively connected to the actuation command thereof to be operated by the latter, - transmission means which mechanically connect the motor means to the pusher, - wherein the motor means are arranged parallel to the transmission means in a transmission direction (X-X) perpendicular to said actuation direction(S-S),
A waste collection vehicle for receiving containers (3; 4; 5) for waste products, recyclables or the like to be disposed of, wherein the waste collection vehicle encompasses at least one gripper arm with two or more parallel, adjacently arranged suspension elements for respectively reaching under a protruding area, in particular collar, of a container (3; 4; 5), wherein the suspension elements are designed in such a way as to reach under the protruding area of a respective container facing the gripper arm for disposal purposes, characterized in that the suspension elements can be used to lift several containers (3; 4) parallel, and that at least one suspension element can be displaced along an imaginary connecting line between the suspension elements so as to adjust to the width of several containers (3; 4) to be adjacently accommodated.
Use of 1-[ -4-methylcyclohexen-1-yl]ethanone as an aroma chemical to impart to a composition a ylang-ylang note, dark cherry note, almond note, camphoraceous note or a combination thereof.
A rotor of a turbine for a thermal electric power station, said rotor comprising: - a plurality of blades, each comprising at least one root and a vane; and - at least one rotor disk secured to a shaft able to be in rotation about a reference axis (Δ), the rotor disk comprising on its periphery outgrowths in which to fit the blades, so that the vanes of the blades are arranged radially with respect to the reference axis (Δ); said rotor being one wherein: - the rotor disk comprises a groove opening axially and having a lower face and an upper face, the lower face of the groove of the rotor disk being situated on the periphery of said rotor disk and the upper face of the groove of the rotor disk being situated on the outgrowths and facing the lower face; - each of the blades comprises, at its root, a lateral projection directed axially, and, in its lower part, a groove portion having an upper face situated in the continuation of the upper face of the groove of the rotor disk: - at least one locking means for locking the blades is positioned in the groove of the rotor disk, characteristed by the lateral projection comprising the groove portion. - a plurality of blades, each comprising at least one root and a vane; and - at least one rotor disk secured to a shaft able to be in rotation about a reference axis (Δ), the rotor disk comprising on its periphery outgrowths in which to fit the blades, so that the vanes of the blades are arranged radially with respect to the reference axis (Δ); - the rotor disk comprises a groove opening axially and having a lower face and an upper face, the lower face of the groove of the rotor disk being situated on the periphery of said rotor disk and the upper face of the groove of the rotor disk being situated on the outgrowths and facing the lower face; - each of the blades comprises, at its root, a lateral projection directed axially, and, in its lower part, a groove portion having an upper face situated in the continuation of the upper face of the groove of the rotor disk: - at least one locking means for locking the blades is positioned in the groove of the rotor disk, characteristed by the lateral projection comprising the groove portion.
A method for producing a combi-packing container, in which a sheath having a generatrix running predominantly in a straight line as seen in axial section is moulded from a blank consisting of a fibrous cellulose layer, and end sections (4, 5) of the sheath that face each other in the circumferential direction are connected to each other in an overlap region to form a sleeve-like outer part, then a cup-shaped inner container is formed by deep-drawing in the sleeve-like outer part, said inner container having a container jacket, a base and a flange, which projects outwards beyond the container jacket in the region of an open end thereof, and in the process the inner container, in particular the container jacket thereof, is laid against an inner face of the sleeve-like outer part to form the combi-packing container, a common longitudinal axis extending between the open end and the base, characterised in that the sleeve-like outer part formed from the blank is permanently spatially deformed in the radial direction in relation to the longitudinal axis and in a plurality of longitudinal sections (15 to 20), which are arranged in the direction of the longitudinal axis beyond the generatrix running predominantly in a straight line as seen in axial section by means of a spreading core divided multiple times over the circumference in an outer mould of a die before deep-drawing, wherein partial generatrices (21 to 26) are each formed in the region of the individual longitudinal sections (15 to 20).