mhurhangee/ep-ind-claims huggingface dataset:
A device for guiding a yarn end of a yarn supply bobbin comprising a gas injection device for injecting gas; and a guide part that is positioned at a downstream side of an injection port, in an orientation toward which the injection port of the gas injection device faces, the guide part for guiding a yarn end that is pulled out from a yarn supply bobbin and guiding gas that is injected by the gas injection device, characterized in that the guide part includes: a guide hole that penetrates in the orientation of the injection port, a gas relief section that is in communication with the guide hole and perpendicular to a centerline of the guide hole, a notch that penetrates in the orientation of the injection port, the notch that is formed by cutting out from a side edge of the guide part to the guide hole, and a plurality of wall portions that block the gas injected by the gas injection device, wherein an opening is provided on each of the wall portions, the guide hole is configured by arranging the opening of each of the wall portions side by side along the orientation of the injection port, the opening of each of the wall portions that is arranged at a side far from the injection port is smaller than the opening of each of the wall portions that is arranged at a side close to the injection port. a guide hole that penetrates in the orientation of the injection port, a gas relief section that is in communication with the guide hole and perpendicular to a centerline of the guide hole, a notch that penetrates in the orientation of the injection port, the notch that is formed by cutting out from a side edge of the guide part to the guide hole, and a plurality of wall portions that block the gas injected by the gas injection device, wherein an opening is provided on each of the wall portions, the guide hole is configured by arranging the opening of each of the wall portions side by side along the orientation of the injection port, the opening of each of the wall portions that is arranged at a side far from the injection port is smaller than the opening of each of the wall portions that is arranged at a side close to the injection port.
Data transmitter configured to, in a first mode, transmit data using a first hopping pattern (140_1) and repeatedly using a second hopping pattern (140_2); wherein the data transmitter is configured to, in a second mode, transmit data once using a third hopping pattern; wherein the hopping patterns of the first mode and the second mode are different so that hops of the hopping patterns of the first mode and hops of the hopping pattern of the second mode are differently distributed in time and/ in frequency; wherein the data transmitter is configured to select the first hopping pattern (140_1) and the second hopping pattern (140_2) from a first set of hopping patterns, and to select the third hopping pattern from a second set of hopping patterns; wherein hopping patterns of the first set of hopping patterns and hopping patterns of the second set of hopping patterns are different.
A method for preparing a coated detergent tablet, comprising the steps of (b) providing a powder of swellable coating material comprising at least one film forming material and/or at least one amino acid, preferably natural amino acid or a mixture of amino acids (c) bringing said powder in direct contact with a detergent tablet by electrostatically charging the powder, and (d) applying water as moisture/steam as a swelling agent to the tablet coated with said powder, wherein the film forming material is selected from A.) at least one water soluble or dissolvable polymer selected from: A1) a protein or a peptide having a molecular weight of 20,000 to 350,000 g/mol, preferably from 100,000 to 300,000 g/mol, A3) shellac, preferably degreased, A4) polyvinyl alcohol. (b) providing a powder of swellable coating material comprising at least one film forming material and/or at least one amino acid, preferably natural amino acid or a mixture of amino acids (c) bringing said powder in direct contact with a detergent tablet by electrostatically charging the powder, and (d) applying water as moisture/steam as a swelling agent to the tablet coated with said powder, A.) at least one water soluble or dissolvable polymer selected from: A1) a protein or a peptide having a molecular weight of 20,000 to 350,000 g/mol, preferably from 100,000 to 300,000 g/mol, A3) shellac, preferably degreased, A4) polyvinyl alcohol. A1) a protein or a peptide having a molecular weight of 20,000 to 350,000 g/mol, preferably from 100,000 to 300,000 g/mol, A3) shellac, preferably degreased, A4) polyvinyl alcohol.
A method of controlling a load during misfire of an engine for detecting misfire of a cylinder of an engine including a plurality of cylinders and controlling an operation output of the engine on the basis of a detection result of the misfire, the method comprising a sequence of steps: a first step of calculating additional stress on a crank shaft on the basis of crank-shaft torsional vibration evaluation calculation (S2, S5) when the misfire is detected; a second step of obtaining an output limit rate for the engine corresponding to the calculated additional stress on the crank shaft; and a third step of controlling the operation output of the engine on the basis of an engine output load control signal, obtained on the basis of the output limit rate, wherein the second step includes determining whether the calculated additional stress on the crank shaft is less than an allowable stress with respect to the crank shaft (S3, S6), and performing a control for reducing the operation output of the engine by a predetermined amount and returning to the first step if the calculated additional stress is greater than the allowable stress or calculating the output limit rate corresponding to the calculated additional stress on the crank shaft if it is determined that the calculated additional stress on the crank shaft is less than the allowable stress with respect to the crank shaft. a first step of calculating additional stress on a crank shaft on the basis of crank-shaft torsional vibration evaluation calculation (S2, S5) when the misfire is detected; a second step of obtaining an output limit rate for the engine corresponding to the calculated additional stress on the crank shaft; and a third step of controlling the operation output of the engine on the basis of an engine output load control signal, obtained on the basis of the output limit rate, wherein the second step includes determining whether the calculated additional stress on the crank shaft is less than an allowable stress with respect to the crank shaft (S3, S6), and performing a control for reducing the operation output of the engine by a predetermined amount and returning to the first step if the calculated additional stress is greater than the allowable stress or calculating the output limit rate corresponding to the calculated additional stress on the crank shaft if it is determined that the calculated additional stress on the crank shaft is less than the allowable stress with respect to the crank shaft.
A receptacle, comprising: a receptacle housing comprising a receptacle body and a lock-fitting portion, wherein the receptacle body is configured for supporting a connecting terminal, and the lock-fitting portion is disposed on the receptacle body; and a secondary lock that is mountable to the receptacle housing, the secondary lock comprising: a lock body that has a longitudinal insertion direction; a locking portion that is protrudingly arranged on the lock body to be configured for being longitudinally block-fittable with the receptacle housing; and a terminal retaining portion (350, 350b, 350c, 350d, 350e, 350f, 350g, 350i, 350j) that is arranged on the lock body to be configured for being block-fittable with a connecting terminal along an axial direction of the connecting terminal; wherein the secondary lock is disposed on the receptacle body and may be pre-assembled integrally with the receptacle body; and the locking portion is longitudinally block-fittable with the lock-fitting portion and pre-assembled integrally with a final lock, characterized in that the receptacle further comprises a circuit board secured on the receptacle housing, wherein the circuit board and the receptacle housing are configured to limit the secondary lock along the axial direction of the connecting terminal. a receptacle housing comprising a receptacle body and a lock-fitting portion, wherein the receptacle body is configured for supporting a connecting terminal, and the lock-fitting portion is disposed on the receptacle body; and a secondary lock that is mountable to the receptacle housing, the secondary lock comprising: a lock body that has a longitudinal insertion direction; a locking portion that is protrudingly arranged on the lock body to be configured for being longitudinally block-fittable with the receptacle housing; and a terminal retaining portion (350, 350b, 350c, 350d, 350e, 350f, 350g, 350i, 350j) that is arranged on the lock body to be configured for being block-fittable with a connecting terminal along an axial direction of the connecting terminal; wherein the secondary lock is disposed on the receptacle body and may be pre-assembled integrally with the receptacle body; and the locking portion is longitudinally block-fittable with the lock-fitting portion and pre-assembled integrally with a final lock, characterized in that the receptacle further comprises a circuit board secured on the receptacle housing, wherein the circuit board and the receptacle housing are configured to limit the secondary lock along the axial direction of the connecting terminal.
A head-up display that is adapted to be disposed inside a dashboard of a vehicle having a windshield; and that allows an observer to visually recognize a virtual image (11, 12), the head-up display comprising: a first display element configured to display an image; a combiner having translucency and configured to reflect the image displayed by the first display element and project the image onto the observer; a second display element configured to display an image; a second optical system configured to reflect the image displayed by the second display element and project the image onto the windshield; and a housing having an opening and configured to store the first display element, the second display element, and the second optical system, wherein the second optical system includes a first mirror and a second mirror in that order on an optical path from the second display element to the windshield, the first display element is disposed at a back of the vehicle relative to the opening, the second mirror is disposed at a front of the vehicle relative to the opening, and characterized in that the first display element and the combiner are disposed above the second display element and the second optical system in a vertical direction such that the first display element is disposed closer to the opening than the second display element and the second optical system, wherein a center optical path of a light beam incident on the combiner and a center optical path of a light beam incident on the windshield cross each other near the opening such that the opening can be decreased and entrance of external light into the dashboard can be prevented. a first display element configured to display an image; a combiner having translucency and configured to reflect the image displayed by the first display element and project the image onto the observer; a second display element configured to display an image; a second optical system configured to reflect the image displayed by the second display element and project the image onto the windshield; and a housing having an opening and configured to store the first display element, the second display element, and the second optical system, wherein the second optical system includes a first mirror and a second mirror in that order on an optical path from the second display element to the windshield, the first display element is disposed at a back of the vehicle relative to the opening, the second mirror is disposed at a front of the vehicle relative to the opening, and characterized in that the first display element and the combiner are disposed above the second display element and the second optical system in a vertical direction such that the first display element is disposed closer to the opening than the second display element and the second optical system, wherein a center optical path of a light beam incident on the combiner and a center optical path of a light beam incident on the windshield cross each other near the opening such that the opening can be decreased and entrance of external light into the dashboard can be prevented.
A container comprising a round body and a double cover, which consists of an upper cover and a lower cover, which are adjacent to one another, where the upper cover has a tongue designed to tear off the aforementioned upper cover, wherein the aforementioned double cover is attached to the edge of the round body in such a way that the upper cover is easily torn off from the edge of the container and the lower cover remains to cover the container, characterized in that the lower cover has a hole prior to the upper cover being torn off and through which the product is consumed after the upper cover is torn off.
Intraluminal vascular prosthesis (10; 60; 70) for implantation in a blood vessel, having rings, which are successively arranged in its longitudinal direction, and which have circumferential meandering struts and a prosthesis material, which is fixed to the rings and connects them, the prosthesis material having a fabric structure, which forms a hollow cylindrical body with a circumferentially closed mantle, wherein the fabric structure of the prosthesis material is formed of threads interwoven with one another and has a mesh density, wherein, in the prosthesis material, between two successively arranged rings of the vascular prosthesis (10; 60; 70) at least one fenestration area is provided for forming of at least one opening for side branches (20; 61, 62, 63) branching off from the hollow cylindrical body, which fenestration area has a fabric structure being different from the fabric structure of the remaining prosthesis material, wherein in the fenestration area, the fabric structure has a lesser mesh density than in the remaining prosthesis material, as well as lattice-like reinforcement elements, characterized in that the lattice-like reinforcement elements are effected by textile threads woven into the fenestration area or by applied adhesives, and are provided in the fenestration area only.
A method of controlling an endoscope including a first light source that emits white illumination light, a second light source that emits narrow-band light having a wavelength band narrower than that of the white illumination light, and an imaging section that images a region to be observed by an imaging device having a plurality of detection pixels, the method comprising: causing the imaging section to output a captured image signal including both of a return light component of the white illumination light from the region to be observed and a return light component of the narrow-band light from the region to be observed; and selectively extracting the return light component of the narrow-band light from the captured image signal; changing an amount of the narrow-band light emitted from the second light source to change a brightness level of the extracted return light component of the narrow-band light. causing the imaging section to output a captured image signal including both of a return light component of the white illumination light from the region to be observed and a return light component of the narrow-band light from the region to be observed; and selectively extracting the return light component of the narrow-band light from the captured image signal; changing an amount of the narrow-band light emitted from the second light source to change a brightness level of the extracted return light component of the narrow-band light.
A method for authenticating users of mobile communication devices through mobility traces, comprising the following steps: - recording one or more interactions of a user with at least one network element through a mobile device of the user subscribed in a network service provider; - recording, by the at least one network element a unique identifier of the mobile device, a unique identifier of the user, a unique identifier of the network element and a timestamp associated with the recorded interactions, wherein the recorded interactions are turning on/off the mobile device, making/receiving a call in the mobile device, location change of the network element, technology change of the mobile communication, request to data access via the mobile communication technology, SMS sending/receiving, or network ping exchange for alive confirmation; - by using all the data recorded in the previous steps, computing a network interaction track, NIT, by the network service provider; - by using the computed NIT, obtaining at the network service provider an authentication result indicating either a success or a failure of the user authentication; and - sending an authentication status check request (202, 302) to the network service provider from a third-party service provider to which the user is asking access (201, 301) through the mobile device, the authentication status check request (202, 302) comprising the user identifier and the timestamp for which the authentication status is requested to be checked, and sending the authentication result from the network service provider to the third-party service provider. - recording one or more interactions of a user with at least one network element through a mobile device of the user subscribed in a network service provider; - recording, by the at least one network element a unique identifier of the mobile device, a unique identifier of the user, a unique identifier of the network element and a timestamp associated with the recorded interactions, wherein the recorded interactions are turning on/off the mobile device, making/receiving a call in the mobile device, location change of the network element, technology change of the mobile communication, request to data access via the mobile communication technology, SMS sending/receiving, or network ping exchange for alive confirmation; - by using all the data recorded in the previous steps, computing a network interaction track, NIT, by the network service provider; - by using the computed NIT, obtaining at the network service provider an authentication result indicating either a success or a failure of the user authentication; and - sending an authentication status check request (202, 302) to the network service provider from a third-party service provider to which the user is asking access (201, 301) through the mobile device, the authentication status check request (202, 302) comprising the user identifier and the timestamp for which the authentication status is requested to be checked, and sending the authentication result from the network service provider to the third-party service provider.
A turbomachine, in particular a gas turbine, with a rotor comprising rotor blades, an enclosure surrounding it at least partially, comprising at least two segments (16a-d), and a clearance control system which is used to adjust a bearing clearance between the rotor and the enclosure, with: - at least one adjustment drive, which can be coupled with at least one segment (16a-d) of the enclosure and using which at least one segment (16a-d) can be moved radially in relation to a rotational axis of the rotor in order to adjust the bearing clearance; and - an adjustment element which can be arranged around the rotor, which is coupled with the at least one adjustment drive and can be moved in relation to this for operation of the adjustment drive, wherein the adjustment element can be slid axially in relation to the rotational axis of the rotor and/or swivelled towards the rotor in order to adjust the bearing clearance and the at least one adjustment drive is designed so that it converts a predominantly axial movement of the adjustment element into a predominantly radial movement of the associated segment (16a-d) of the enclosure, characterised in that the adjustment element is generally designed as a ring. - at least one adjustment drive, which can be coupled with at least one segment (16a-d) of the enclosure and using which at least one segment (16a-d) can be moved radially in relation to a rotational axis of the rotor in order to adjust the bearing clearance; and - an adjustment element which can be arranged around the rotor, which is coupled with the at least one adjustment drive and can be moved in relation to this for operation of the adjustment drive,
Protective device for a handle of a medical device, wherein the protective device comprises a first, flexible part and a second, rigid part, wherein the flexible part completely covers at least a grip region of the handle when the protective device is mounted on the handle, and wherein the rigid part engages releasably with a base region of the handle, characterized in that the rigid part comprises at least one locking element for releasable fixing to the base region, a profile in the form or in the manner of a bayonet catch or a thread is provided in the rigid part, which profile is provided for interaction with a profile in the form or in the manner of a bayonet catch or a thread in the base region, wherein the rigid part of the protective device is rotatable relative to the base region of the handle, and wherein the locking element has the form of a locking tab which is designed to engage in a locking region in the handle. wherein the protective device comprises a first, flexible part and a second, rigid part, wherein the flexible part completely covers at least a grip region of the handle when the protective device is mounted on the handle, and wherein the rigid part engages releasably with a base region of the handle, the rigid part comprises at least one locking element for releasable fixing to the base region, a profile in the form or in the manner of a bayonet catch or a thread is provided in the rigid part, which profile is provided for interaction with a profile in the form or in the manner of a bayonet catch or a thread in the base region, wherein the rigid part of the protective device is rotatable relative to the base region of the handle, and wherein the locking element has the form of a locking tab which is designed to engage in a locking region in the handle.
Network service orchestrator operationally connected to a network management system, the network service orchestrator comprising a virtual private network tunnel configurations database comprising information representing multiple VPN tunnel configurations configured on a network managed by the network management system, the network service orchestrator further comprising input means for receiving a service order, processing means configured to process an orchestrator algorithm to select a set of VPN tunnel configurations out of said multiple VPN tunnel configurations based on said service order, and a signal generator for generating and transmitting a signal to assign/deassign the selected set of VPN tunnel configurations in the network to the service order.