mhurhangee/ep-ind-claims huggingface dataset:
A parking assistance method of a parking assistance device that detects an empty parking space around a moving object, displays a first assistance image indicating a position of the empty parking space on a surrounding image viewed from above the moving object, and sets a parking target using the displayed first assistance image, comprising: determining whether the detected empty parking space meets a display condition for displaying the first assistance image; and characterized by displaying the first assistance image (31 to 34) in the empty parking space not meeting the display condition when a currently set mode is an adjustable mode that allows an occupant of the moving object to manually adjust the parking target, wherein a display form of the first assistance image displayed in the empty parking space having a condition close to the display condition out of the empty parking spaces not meeting the display condition is different from a display form of the first assistance image displayed in the empty parking space having a condition distant from the display condition. determining whether the detected empty parking space meets a display condition for displaying the first assistance image; and characterized by displaying the first assistance image (31 to 34) in the empty parking space not meeting the display condition when a currently set mode is an adjustable mode that allows an occupant of the moving object to manually adjust the parking target, wherein a display form of the first assistance image displayed in the empty parking space having a condition close to the display condition out of the empty parking spaces not meeting the display condition is different from a display form of the first assistance image displayed in the empty parking space having a condition distant from the display condition.
Device (1; 101; 201) for supporting at least one foot arch of a user, which device is provided with: - a forefoot anchor (3; 103; 203) which is configured to be anchored on the foot, at least partly at the location of the distal part of the metatarsal bones (ossis metatarsi I-V); - at least one working strap (5, 7; 105, 107; 205) which can be anchored around the heel and ends (205a, 205b) of this at least one working strap are attached or attachable to the forefoot anchor, wherein the device can be brought from a fitting position, in which the at least one working strap is not or virtually not tensioned in order to be able to put the device on a foot of the user, to a working position, in which, in the working position, the at least one working strap is tensioned between the heel and the forefoot anchor in such a way that the part or parts of the tensioned at least one working strap situated under the sole between the heel and the forefoot anchor support the medial and/or lateral foot arch of a user. - a forefoot anchor (3; 103; 203) which is configured to be anchored on the foot, at least partly at the location of the distal part of the metatarsal bones (ossis metatarsi I-V); - at least one working strap (5, 7; 105, 107; 205) which can be anchored around the heel and ends (205a, 205b) of this at least one working strap are attached or attachable to the forefoot anchor, wherein the device can be brought from a fitting position, in which the at least one working strap is not or virtually not tensioned in order to be able to put the device on a foot of the user, to a working position, in which, in the working position, the at least one working strap is tensioned between the heel and the forefoot anchor in such a way that the part or parts of the tensioned at least one working strap situated under the sole between the heel and the forefoot anchor support the medial and/or lateral foot arch of a user.
A housing part (8 1) for a camera housing, in particular, for use in the automotive sector, comprising an outer housing shell (9 12) and an inner housing shell (9 11), wherein the outer housing shell (9 12) is produced from a plastic and the inner housing shell (9 11) from a metal or a plastic with electrically conductive filler materials, wherein the heat conductivity of the metal or the plastic with electrically conductive filler materials of the inner housing shell (9 11) is greater than the heat conductivity of the plastic of the outer housing shell (9 12), wherein via all opposing surface regions of the outer housing shell (9 12) and the inner housing shell (9 11), which extend over an entire outer surface of the inner housing shell (9 11) or over an entire inner surface of the outer housing shell (9 12), the outer housing shell (9 12) is directly connected to the inner housing shell (9 11) without the inclusion of an air layer in between, characterized in that on at least one outer surface region of the inner housing shell (9 11) in each case at least one elevation (10 1; 10 2; 10 3) is provided, which in each case is inserted in an associated recess (11 1; 11 2; 11 3) in an associated inner surface region of the outer housing shell (9 12), wherein in the opposite surface regions in each case the outer housing shell (9 12) is frictionally connected to the inner housing shell (9 11), wherein a width X iG of at least one elevation (10 1; 10 2; 10 3) on the inner housing shell (9 11) is greater than a width X aG of an associated recess (11 1; 11 2; 11 3) on the outer housing shell (9 12).
A method for attack mitigation implemented in cooperation with a network security system comprising one or more attack mitigation modules, network infrastructure modules, network traffic management or security modules, or client modules, the method comprising: maintaining an application context model for a protected application based on periodically or continuously ingested logs, the application context model comprising a map of, and an expected communication path between network infrastructure modules of, network infrastructure associated with the protected application, wherein the periodically or continuously ingested log is indexed and results are collected from the indexed log responsive to a query, and wherein the query is conducted based on entry of a parameter related to the periodically or continuously ingested logs; applying a threat model, which is configured to parse the application context model to application logic execution data in an ingested log to identify a potential attack against the protected application based on a deviation from the expected communication path; generating a score for a mitigation action to take in response to the identified potential attack, wherein the generating further comprises generating an integrated result by correlating the collected results using the maintained application context model or the threat model; and initiating the mitigation action on the identified potential attack based on an evaluation of the mitigation action according to a stored policy and based on the score and providing the generated integrated result in response to the query. maintaining an application context model for a protected application based on periodically or continuously ingested logs, the application context model comprising a map of, and an expected communication path between network infrastructure modules of, network infrastructure associated with the protected application, wherein the periodically or continuously ingested log is indexed and results are collected from the indexed log responsive to a query, and wherein the query is conducted based on entry of a parameter related to the periodically or continuously ingested logs; applying a threat model, which is configured to parse the application context model to application logic execution data in an ingested log to identify a potential attack against the protected application based on a deviation from the expected communication path; generating a score for a mitigation action to take in response to the identified potential attack, wherein the generating further comprises generating an integrated result by correlating the collected results using the maintained application context model or the threat model; and initiating the mitigation action on the identified potential attack based on an evaluation of the mitigation action according to a stored policy and based on the score and providing the generated integrated result in response to the query.
A room temperature drying system, comprising: an inner drying chamber, having a metal top wall and a metal circumferential wall composed of a metallic material; an outer chamber with temperature difference, placed outside of surrounding of the inner drying chamber, having a heat insulation circumferential wall of the outer chamber, for maintaining a temperature difference state between the inner drying chamber and the outer chamber with temperature difference; a draining slot, placed on a ground within the inner drying chamber, for draining water to an outdoor of the inner drying chamber due to condensation of moisture on the metal circumferential wall and the metal top wall caused by the temperature difference; an air-conditioning device, set inside the outer chamber with temperature difference, for maintaining the temperature difference state between the inner drying chamber and the outer chamber with temperature difference; and a plurality of dry article trolleys (121, 122), placed in the inner drying chamber and having heating components, for heating the air blowing to articles to be dried. an inner drying chamber, having a metal top wall and a metal circumferential wall composed of a metallic material; an outer chamber with temperature difference, placed outside of surrounding of the inner drying chamber, having a heat insulation circumferential wall of the outer chamber, for maintaining a temperature difference state between the inner drying chamber and the outer chamber with temperature difference; a draining slot, placed on a ground within the inner drying chamber, for draining water to an outdoor of the inner drying chamber due to condensation of moisture on the metal circumferential wall and the metal top wall caused by the temperature difference; an air-conditioning device, set inside the outer chamber with temperature difference, for maintaining the temperature difference state between the inner drying chamber and the outer chamber with temperature difference; and a plurality of dry article trolleys (121, 122), placed in the inner drying chamber and having heating components, for heating the air blowing to articles to be dried.
Connecting element for connecting a metal material to a non-metal fiber-reinforced material comprising at least one metal fiber, wherein - the connecting element additionally having at least one non-metal fiber, - characterized in that the at least one metal fiber and the at least one non-metal fiber are connected to one another and form a hybrid textile structure, - the hybrid textile structure has a longitudinal extent (x-direction) with two end faces (3, 4), and - a gradient with respect to the material composition extends along the longitudinal extension (x-direction) of the hybrid textile structure and the hybrid textile structure is formed of more than 50% metal fiber at one end face and more than 50% non-metal fiber at a second end face and - the hybrid textile structure is a knitted fabric, a knit, a woven fabric or a braided fabric. - the connecting element additionally having at least one non-metal fiber, - characterized in that the at least one metal fiber and the at least one non-metal fiber are connected to one another and form a hybrid textile structure, - the hybrid textile structure has a longitudinal extent (x-direction) with two end faces (3, 4), and - a gradient with respect to the material composition extends along the longitudinal extension (x-direction) of the hybrid textile structure and the hybrid textile structure is formed of more than 50% metal fiber at one end face and more than 50% non-metal fiber at a second end face and - the hybrid textile structure is a knitted fabric, a knit, a woven fabric or a braided fabric.
Protective sheet for cars shaped so as to cover at least from above and laterally a car, comprising at least two mutually coupled layers (5, 7), a first layer, internal, adapted to face said car, being at least partly made of wool, a second layer, external, being made of a polymeric material, characterized in that said first layer is at least partly made of merino wool; the protective sheet further comprising a polyurethane adhesive suitable for mutually coupling said first layer and said second layer; the polyurethane adhesive being distributed on the surface of one of the two layers (5, 7) intended to be coupled with a corresponding surface of the other layer (7, 5), according to a grid of distribution spots.
Back for a watch case, the back comprising a first element arranged so as to be screwed onto the watch case, and a second element including an end face bearing a pattern, the second element being mounted such that it can move in rotation about an axis passing through the centre of the case, the second element comprising braking means arranged so as to hold it relative to the first element in different angular positions about the rotational axis, the braking means being disposed between the first and second elements (10, 20), characterised in that the first element comprises, on its face directed outwards of the case, a base with a wall inclined outwards of the case so that said base has a trapezoidal shaped cross-section, the inclined wall being arranged so as to cooperate with a cavity formed in the second element and which has an inclined wall complementary to the base to be able to perform assembly by clipping of the two elements (10, 20).
A continuous method of separating a fluid mixture into constituent components, the method comprising: providing a substantially laminar first flow having the fluid mixture, the fluid mixture having a plurality of components, the plurality of components having a corresponding plurality of sedimentation rates; providing a substantially laminar second flow; contacting the first flow with the second flow to provide a first separation region, the first flow and the second flow having a substantially non-turbulent interface within the separation region; differentially sedimenting from the first flow a first component of the plurality of components into the second flow to form an enriched second flow and a depleted first flow, while concurrently maintaining a second component of the plurality of components in the first flow, the first component having a first sedimentation rate of the plurality of sedimentation rates and the second component having a second sedimentation rate of the plurality of sedimentation rates, wherein the first sedimentation rate is comparatively greater than the second sedimentation rate; differentially removing the enriched second flow from the depleted first flow; and utilizing a holographic optical trapping apparatus to holographically manipulate and sort the second component in the depleted first flow. providing a substantially laminar first flow having the fluid mixture, the fluid mixture having a plurality of components, the plurality of components having a corresponding plurality of sedimentation rates; providing a substantially laminar second flow; contacting the first flow with the second flow to provide a first separation region, the first flow and the second flow having a substantially non-turbulent interface within the separation region; differentially sedimenting from the first flow a first component of the plurality of components into the second flow to form an enriched second flow and a depleted first flow, while concurrently maintaining a second component of the plurality of components in the first flow, the first component having a first sedimentation rate of the plurality of sedimentation rates and the second component having a second sedimentation rate of the plurality of sedimentation rates, wherein the first sedimentation rate is comparatively greater than the second sedimentation rate; differentially removing the enriched second flow from the depleted first flow; and utilizing a holographic optical trapping apparatus to holographically manipulate and sort the second component in the depleted first flow.
A method for transmitting a signal carrying data from a network equipment (eNB) to a user equipment in a multiple-input multiple-output (MIMO) communication system, said method comprising applying a double-layer coordinated beamforming of said data prior to their transmission to said user equipment; said double-layer coordinated beamforming comprising: - receiving a first layer precoding matrix obtained at least from long-term channel state information between said user equipment and said network equipment, and - determining a second layer precoding matrix obtained from said first layer precoding matrix and from real-time channel state information (H i) between said user equipment and said network equipment, - obtaining said double-layer coordinated beamforming by combining said first layer precoding matrix and said second layer precoding matrix, characterized in that said second layer precoding matrix is optimized by using, in combination with the first layer precoding matrix, a predetermined signal-to-interference-plus-noise ratio (SINR) of said signal, and/or a predetermined power constraint value (Pant) of a single antenna of said user equipment, as optimization parameters. - receiving a first layer precoding matrix obtained at least from long-term channel state information between said user equipment and said network equipment, and - determining a second layer precoding matrix obtained from said first layer precoding matrix and from real-time channel state information (H i) between said user equipment and said network equipment, - obtaining said double-layer coordinated beamforming by combining said first layer precoding matrix and said second layer precoding matrix, characterized in that said second layer precoding matrix is optimized by using, in combination with the first layer precoding matrix, a predetermined signal-to-interference-plus-noise ratio (SINR) of said signal, and/or a predetermined power constraint value (Pant) of a single antenna of said user equipment, as optimization parameters.
A microporous material comprising a matrix of polyolefin, finely-divided, substantially water insoluble particulate filler, a network of interconnecting pores communicating throughout the microporous material, and at least one retrospectively identifiable taggant material selected from any material, or arrangement of materials that when embedded in an article comprising a microporous material provides a marker, signature or code to the article that is capable of retrospective identification embedded within the matrix, wherein the polyolefin comprises 20 to 60 weight percent, based on the weight of the microporous material.
User equipment of a mobile communication system that supports a function for establishing a connection by reusing context information retained in each of the user equipment and a base station, the user equipment comprising: a transmitter adapted to transmit, to the base station, a first message indicating that the user equipment retains user equipment side context information; a receiver adapted to receive, from the base station, a second message indicating that the base station retains base station side context information associated with the user equipment; and a connecting unit adapted to establish, by using the user equipment side context information, a connection with the base station after receiving the second message, characterised in that the transmitter is adapted to transmit, to the base station, the first message including authentication information of the user equipment. a transmitter adapted to transmit, to the base station, a first message indicating that the user equipment retains user equipment side context information; a receiver adapted to receive, from the base station, a second message indicating that the base station retains base station side context information associated with the user equipment; and a connecting unit adapted to establish, by using the user equipment side context information, a connection with the base station after receiving the second message, characterised in that the transmitter is adapted to transmit, to the base station, the first message including authentication information of the user equipment.
An inclined interpolation wide and narrow row spacing rice seedling transplanting mechanism, including a power transmission case, a left transplanting mechanism and a right transplanting mechanism; a left power output shaft and a right power output shaft are correspondingly assembled on the left side part and right side part of the power transmission case, wherein the axes of the left power shaft and the right power output shaft are symmetrically arranged, and wherein the left transplanting mechanism and the right transplanting mechanism are perpendicularly attached to the left power output shaft and the right power output shaft respectively to form a V-shaped symmetrical structure with constant seedling taking space and narrow rice seedling transplanting space in the whole; a driven bevel gear is attached to the right power output shaft or the left power output shaft; a driving bevel gear on a main driving shaft in the power transmission case meshes with the driven bevel gear; a left bevel gear and a right bevel gear are respectively attached to the left power output shaft and the right power output shaft and the left bevel gear meshes with the right bevel gear mesh, wherein the transmission ratio is 1:1, characterized in that the left power shaft and the right power output shaft incline downwards relative to a horizontal plane, and that the left and right transplanting mechanisms both offset inward to plant seedlings after they fetched the seedlings.
Brake device for a hydraulic motor vehicle brake system without a vacuum booster, with a housing with at least one pressure chamber arranged therein, with a cylinder piston which can be axially moved in an actuation direction by means of an actuating rod unit coupled to the cylinder piston, wherein, for the cylinder piston, there is provided a rigid stop which defines the non-actuated starting position of the cylinder piston, characterized in that a damping element is provided which, by means of a reversible deformation, permits a mechanical decoupling of the actuating rod unit from the cylinder piston in a release direction which is opposite to the actuation direction, wherein the damping element is positionally secured in the cylinder piston.
A method for producing coated molded parts in a molding tool, which has one or a plurality of cavities (3, 3'), having at least the steps: a) producing a molded part in a cavity (3, 3') of the molding tool, b) at least partially opening the cavity (3, 3'), c) introducing a reactive system having at least two components, or (A'), (B') into the at least partially open cavity, d) wherein the components, or (A'), (B') are introduced into the cavity at separate locations, e) reclosing of the molding tool, whereby the components, or (A'), (B') are mixed and are distributed across a surface of the molded part to be coated and f) crosslinking the reactive system in the cavity. a) producing a molded part in a cavity (3, 3') of the molding tool, b) at least partially opening the cavity (3, 3'), c) introducing a reactive system having at least two components, or (A'), (B') into the at least partially open cavity, d) wherein the components, or (A'), (B') are introduced into the cavity at separate locations, e) reclosing of the molding tool, whereby the components, or (A'), (B') are mixed and are distributed across a surface of the molded part to be coated and f) crosslinking the reactive system in the cavity.