mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wind power installation having an aerodynamic rotor with at least one rotor blade, including the steps: - operating the wind power installation at an operating point dependant on the wind speed, - detecting an operating parameter of the operating point, - comparing the detected operating parameter to a predetermined reference parameter (Popt), characterized in that - a first tolerance range and a second tolerance range are predetermined in relation to the reference parameter (Popt) in question, wherein - the first tolerance range is within the second tolerance range, and - wherein a heating of the at least one rotor blade is effected while continuing operation of the wind power installation if the detected operating parameter lies outside the first tolerance range and within the second tolerance range and - the wind power installation is stopped, namely made stationary and/or shut down if the detected operating parameter lies outside the first and the second tolerance range (Tol1, Tol2). - operating the wind power installation at an operating point dependant on the wind speed, - detecting an operating parameter of the operating point, - comparing the detected operating parameter to a predetermined reference parameter (Popt), characterized in that - a first tolerance range and a second tolerance range are predetermined in relation to the reference parameter (Popt) in question, wherein - the first tolerance range is within the second tolerance range, and - wherein a heating of the at least one rotor blade is effected while continuing operation of the wind power installation if the detected operating parameter lies outside the first tolerance range and within the second tolerance range and - the wind power installation is stopped, namely made stationary and/or shut down if the detected operating parameter lies outside the first and the second tolerance range (Tol1, Tol2).
Method for securing a data transmission channel between at least one source network and a destination network across a transit network having a lower security level than the source and destination networks, the source and destination networks having established a secured connection beforehand in accordance with an IPsec processing process comprising an IPsec security policy and implementing at least one IPsec protocol, the data comprising first data and second data, the first data comprising voice data and being secured by a security protocol that is different from the protocols of the IPsec processing process, the method comprising the following steps when the data is transmitted from the source network to the transit network: - if the data is second data, switching the second data to a step of encryption in accordance with at least one IPsec protocol of the IPsec processing process in order to obtain encrypted second data; and - transmitting the encrypted second data to the transit network; the method comprising an IPsec security policy providing, in the IPsec processing process, an IPsec processing protocol suitable for processing the first data, and the method further comprising the following steps when the data is first data: - adding a header to the packets corresponding to the first data, said header corresponding to the security protocol of the first data in order to obtain secured first data; - switching the secured first data to a step of encoding in accordance with the IPsec processing protocol of the IPsec processing process in order to obtain encoded first data, said IPsec processing protocol being different from the or each IPsec protocol in accordance with which the second data is encrypted and consisting in adding a header to the secured first data; - transmitting the encoded first data to the transit network. - if the data is second data, switching the second data to a step of encryption in accordance with at least one IPsec protocol of the IPsec processing process in order to obtain encrypted second data; and - transmitting the encrypted second data to the transit network; - adding a header to the packets corresponding to the first data, said header corresponding to the security protocol of the first data in order to obtain secured first data; - switching the secured first data to a step of encoding in accordance with the IPsec processing protocol of the IPsec processing process in order to obtain encoded first data, said IPsec processing protocol being different from the or each IPsec protocol in accordance with which the second data is encrypted and consisting in adding a header to the secured first data; - transmitting the encoded first data to the transit network.
Portable fluid fuel air heater comprising: - a combustion chamber for accommodating a combustion of a fluid fuel; - a supply conduit for supplying said fluid fuel to the combustion chamber; - at least one electrical device required for the operation of the heater mounted on board of the heater; - an outer surface of the heater comprising a cavity-like portion of the outer surface for receiving an electric battery in a removable manner up to an operative position of the battery wherein the battery is adapted to electrically power the electrical device, said cavity-like portion of the outer surface separating the inside of the heater from the outside of the heater at said cavity-like portion of the outer surface and being configured to keep the battery outside the heater in said operative position of the battery; characterized by - a control box integral with said combustion chamber and defining an outer surface of the control box belonging to said outer surface of the heater, said outer surface of the control box comprising said cavity-like portion of the outer surface. - a combustion chamber for accommodating a combustion of a fluid fuel; - a supply conduit for supplying said fluid fuel to the combustion chamber; - at least one electrical device required for the operation of the heater mounted on board of the heater; - an outer surface of the heater comprising a cavity-like portion of the outer surface for receiving an electric battery in a removable manner up to an operative position of the battery wherein the battery is adapted to electrically power the electrical device, - a control box integral with said combustion chamber and defining an outer surface of the control box belonging to said outer surface of the heater, said outer surface of the control box comprising said cavity-like portion of the outer surface.
A disposable anti-tampering lock catch, wherein the disposable anti-tampering lock catch is one-piece and comprises: a handle; a main tearing portion provided with a first tearing structure which cannot be restored after tearing, a locking structure capable of being inserted into a locking hole of a locked object so that the disposable anti-tampering lock catch is in a locked state, and a position limiting structure for controlling the locking structure to be in a locked state or an unlocked state; and characterized in that an auxiliary tearing arm having a second tearing structure, wherein the first tearing structure and the second tearing structure are torn when the disposable anti-tampering lock catch is opened, and the auxiliary tearing arm is deformed and cannot be restored after tearing. a handle; a main tearing portion provided with a first tearing structure which cannot be restored after tearing, a locking structure capable of being inserted into a locking hole of a locked object so that the disposable anti-tampering lock catch is in a locked state, and a position limiting structure for controlling the locking structure to be in a locked state or an unlocked state; and characterized in that an auxiliary tearing arm having a second tearing structure, wherein the first tearing structure and the second tearing structure are torn when the disposable anti-tampering lock catch is opened, and the auxiliary tearing arm is deformed and cannot be restored after tearing.
Dynamic focusing system for an optical device for the observation of an object, the dynamic focusing system comprising: - an objective housing comprising a circumferential housing part and a light-transmitting window, - a chamber filled with an immersion medium having a refractive index substantially equal to the refractive index of the object to be observed, - a movable immersed objective configured to move relative to the objective housing along at least one direction so as to vary the focusing depth and being at least partially immersed in the immersion medium, wherein the immersion medium is confined in the chamber by a deformable sealing member attached to the movable immersed objective and to the objective housing, wherein the deformable sealing member is configured to ensure that the volume of the chamber remains substantially constant upon displacement of the movable immersed objective relative to the objective housing. - an objective housing comprising a circumferential housing part and a light-transmitting window, - a chamber filled with an immersion medium having a refractive index substantially equal to the refractive index of the object to be observed, - a movable immersed objective configured to move relative to the objective housing along at least one direction so as to vary the focusing depth and being at least partially immersed in the immersion medium,
Extractor fan apparatus for extracting cooking vapours downwards, having - at least one fan for aspirating the cooking vapours, - an inflow opening for the entry of the cooking vapours into the extractor fan apparatus, - a flow channel for guiding the cooking vapours, with a negative pressure channel section which is arranged upstream of the at least one fan, characterized by - a filter seat which is arranged downstream of the at least one fan and on which at least one filter for filtering the cooking vapours can be arranged, and - a filter replacement space which extends between the inflow opening and the at least one filter seat,- wherein the filter replacement space is configured in such a way that the at least one filter is reversibly removable from the filter seat through the inflow opening, and - wherein an overall height of the extractor fan apparatus between the inflow opening and an underside of the negative pressure channel section and/or an underside of the at least one fan is at most 250 mm. - at least one fan for aspirating the cooking vapours, - an inflow opening for the entry of the cooking vapours into the extractor fan apparatus, - a flow channel for guiding the cooking vapours, with a negative pressure channel section which is arranged upstream of the at least one fan, - a filter seat which is arranged downstream of the at least one fan and on which at least one filter for filtering the cooking vapours can be arranged, and - a filter replacement space which extends between the inflow opening and the at least one filter seat,- wherein the filter replacement space is configured in such a way that the at least one filter is reversibly removable from the filter seat through the inflow opening, and - wherein an overall height of the extractor fan apparatus between the inflow opening and an underside of the negative pressure channel section and/or an underside of the at least one fan is at most 250 mm.
A wire feeder, comprising a motor and drive roll assembly, wherein the motor and drive roll assembly comprises: a base assembly for mounting the components of the motor and drive roll assembly having a left hand side and a right hand side; a first locating mechanism (25, 46) on the right hand side; a second locating mechanism (42, 43, 44, 45) on the left hand side; and a first and a second module (5, 6), each able to be located by both of the first and second locating mechanisms, and each mountable on both of the right and left hand sides, characterized in that the first module is an inlet guide module and the second module is an outlet guide module, wherein each of the first and second modules (5, 6) includes an additional locating mechanism (31, 32, 15) to allow an additional module to be located by the additional locating mechanism stacked on said first or second module. a base assembly for mounting the components of the motor and drive roll assembly having a left hand side and a right hand side; a first locating mechanism (25, 46) on the right hand side; a second locating mechanism (42, 43, 44, 45) on the left hand side; and a first and a second module (5, 6), each able to be located by both of the first and second locating mechanisms, and each mountable on both of the right and left hand sides, characterized in that the first module is an inlet guide module and the second module is an outlet guide module, wherein each of the first and second modules (5, 6) includes an additional locating mechanism (31, 32, 15) to allow an additional module to be located by the additional locating mechanism stacked on said first or second module.
A laser disk mounting system comprising: a disk module having a round disk-shaped heat sink having a front side, a rear side and an edge surface connecting the front side and the rear side, and a laser disk arranged on the front side of the heat sink; and a radial mounting device having an opening for receiving the disk module, wherein the disk module is mounted in the radial mounting device such that a force is applied in a radial direction on the edge surface, wherein the radial mounting device comprises a collet chuck section having a plurality of clamping arms respectively extending in axial direction and configured for generating a radially inwardly directed clamping force (Fi) at a free clamping end. a disk module having a round disk-shaped heat sink having a front side, a rear side and an edge surface connecting the front side and the rear side, and a laser disk arranged on the front side of the heat sink; and a radial mounting device having an opening for receiving the disk module, wherein the disk module is mounted in the radial mounting device such that a force is applied in a radial direction on the edge surface, wherein the radial mounting device comprises a collet chuck section having a plurality of clamping arms respectively extending in axial direction and configured for generating a radially inwardly directed clamping force (Fi) at a free clamping end.
A vehicle glazing (1, 61) for receiving a decorative trim strip, the glazing (1, 61) comprising a pane of glass (2, 62) having a glazing profile (3, 63) extending around at least part of the periphery of the pane, wherein the decorative trim strip is adapted to be attached to the glazing profile (3, 63) by at least one retaining clip (12, 40, 80), characterised in that: the glazing profile (3, 63) includes a retaining portion (11, 64) for receiving and retaining the at least one retaining clip (12, 40, 80), the retaining portion (11, 64) being composed of the same material as the remainder of the glazing profile (3, 63), the retaining portion (11, 64) being an integral part of the glazing profile (3, 63), the retaining clip (12, 40, 80) adapted to be mounted directly on the retaining portion (11, 64) of the glazing profile (3, 63), the retaining portion (11, 64) comprises a protuberance, which protrudes from the glazing profile (3, 63), together with an undercut region (16, 65) for retaining the retaining clip (12, 40, 80), and a recess (18, 66) is provided in the retaining portion (11, 64) of the glazing profile (3,63) adjacent the undercut region (16, 65), wherein the depth of the recess (18, 66) is greater than its width. the glazing profile (3, 63) includes a retaining portion (11, 64) for receiving and retaining the at least one retaining clip (12, 40, 80), the retaining portion (11, 64) being composed of the same material as the remainder of the glazing profile (3, 63), the retaining portion (11, 64) being an integral part of the glazing profile (3, 63), the retaining clip (12, 40, 80) adapted to be mounted directly on the retaining portion (11, 64) of the glazing profile (3, 63), the retaining portion (11, 64) comprises a protuberance, which protrudes from the glazing profile (3, 63), together with an undercut region (16, 65) for retaining the retaining clip (12, 40, 80), and a recess (18, 66) is provided in the retaining portion (11, 64) of the glazing profile (3,63) adjacent the undercut region (16, 65), wherein the depth of the recess (18, 66) is greater than its width.
Electrical conducting part for an electrical assembly, said assembly comprising an electronic power module and an electronic control unit for controlling said electronic power module, said electronic power module comprising at least one external electrical terminal (121, 122, 123), said part being characterized in that it is intended to electrically connect said at least one external electrical terminal (121, 122, 123) to the electronic control unit and in that it comprises: - an electrically conductive planar segment intended to be electrically connected with the at least one external electrical terminal (121, 122, 123), and - at least one electrical connection pin extending from an edge of the planar segment and comprising a linking end connected to the planar segment, at least one intermediate segment and at least one free end connected to said linking end by said at least one intermediate segment, said at least one free end extending orthogonally to the plane (β) of the planar segment and being suitable for being electrically connected to the electronic control unit. - an electrically conductive planar segment intended to be electrically connected with the at least one external electrical terminal (121, 122, 123), and - at least one electrical connection pin extending from an edge of the planar segment and comprising a linking end connected to the planar segment, at least one intermediate segment and at least one free end connected to said linking end by said at least one intermediate segment, said at least one free end extending orthogonally to the plane (β) of the planar segment and being suitable for being electrically connected to the electronic control unit.
A wheel brake arrangement (100, 200) for a wheel of a vehicle, said wheel brake arrangement comprising a wheel hub comprising an outwardly facing gear teeth arrangement arranged in a circumferential direction thereof; and a brake disc comprising an inwardly facing gear teeth arrangement arranged in meshed connection with the outwardly facing gear teeth arrangement of the wheel hub for preventing a relative circumferential movement between the brake disc and the wheel hub, wherein one of the wheel hub and the brake disc comprises a circumferentially arranged groove (110; 210); wherein the wheel brake arrangement further comprises at least one retainer (112, 212) connected between the wheel hub and the brake disc for preventing a relative axial movement between the wheel hub and the brake disc, wherein the at least one retainer (112, 212) is at least partially arranged in the circumferentially arranged groove (110; 210) of one of the wheel hub and the brake disc, characterized in that the at least one retainer (112, 212) comprises a through-hole extending in the axial direction of the wheel brake arrangement, wherein the wheel brake arrangement (100, 200) further comprises a fixation means (116, 220) connecting the at least one retainer (112, 212) to one of the wheel hub and the brake disc through the through-hole of the retainer (112, 212).
A system for strengthening the sclera of the eye by irradiating the sclera with light, wherein for the irradiation of the sclera, a strip and/or pad are/is configured for being placed on the sclera from the outside in order to distribute the radiation, wherein the strip and the pad are shaped in such a way that the light is radiated in the direction of the sclera, wherein the strip and the pad include graduated reflective surfaces, and wherein the system is configured in such a way that light may be coupled in at an end-face side of the strip or the pad, and the light on its path may successively exit, essentially in parallel to a surface of the sclera, through the graduated reflective surfaces and from the strip or the pad to one side toward the sclera in order to irradiate the sclera, so that the light is distributed over the sclera as uniformly as possible.
An apparatus comprising: processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; and a memory management unit to perform memory address translation, the memory management unit comprising an address translation cache (72, 24) to store address translation data; wherein in response to an address translation cache miss detected for an address translation request specifying a partition identifier allocated to a software execution environment associated with the address translation request, the memory management unit is configured to control allocation of address translation data to the address translation cache in dependence on one of a plurality of sets of configuration information selected in dependence on the partition identifier specified by the address translation request; wherein the memory management unit comprises at least one programmable storage element to store the plurality of sets of configuration information; and wherein the processing circuitry is configured to select the partition identifier allocated to the software execution environment associated with the address translation request based on a partition identifier value stored in a software-writable register. processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; and a memory management unit to perform memory address translation, the memory management unit comprising an address translation cache (72, 24) to store address translation data; wherein in response to an address translation cache miss detected for an address translation request specifying a partition identifier allocated to a software execution environment associated with the address translation request, the memory management unit is configured to control allocation of address translation data to the address translation cache in dependence on one of a plurality of sets of configuration information selected in dependence on the partition identifier specified by the address translation request; wherein the memory management unit comprises at least one programmable storage element to store the plurality of sets of configuration information; and wherein the processing circuitry is configured to select the partition identifier allocated to the software execution environment associated with the address translation request based on a partition identifier value stored in a software-writable register.
Fume extraction device which comprises at least one housing with at least one air extraction opening, and a filter device which comprises at least one filter unit with at least one filter element, characterised in that the at least one filter element comprises a filter body, the distance between opposing outer sides of the filter body varies and at least one cavity is formed in the interior of the filter body, wherein the filter body consists of filter material, the outer sides of the filter body are the upper side and the lower side of the filter body and the upper side forms the inflow side and the lower side the clean air side of the filter body.