mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for locating an agricultural machine on agricultural land, comprising: - an input interface for inputting a route of travel predefined on the land and for inputting image data relating to a monitored area () of the land that is covered by a sensor and situated in a vicinity of the agricultural machine; - an evaluation unit for detecting a location of the monitored area () in relation to the predefined route of travel; and - an output interface for outputting the detected location; - wherein the evaluation unit is designed to take the monitored area () from the image data and to compare it with a plurality of sections of the predefined route of travel; - wherein the evaluation unit is designed to determine a correlation value between the respective one of the plurality of sections of the predefined route of travel and the monitored area; - wherein the evaluation unit is designed to ascertain the section having a maximum correlation value from the plurality of sections, characterized in that the evaluation unit is designed to identify the monitored area by means of segmentation in the image data, the apparatus further having a calibration unit for calibrating the sensor on the basis of the detected location. - an input interface for inputting a route of travel predefined on the land and for inputting image data relating to a monitored area () of the land that is covered by a sensor and situated in a vicinity of the agricultural machine; - an evaluation unit for detecting a location of the monitored area () in relation to the predefined route of travel; and - an output interface for outputting the detected location; - wherein the evaluation unit is designed to take the monitored area () from the image data and to compare it with a plurality of sections of the predefined route of travel; - wherein the evaluation unit is designed to determine a correlation value between the respective one of the plurality of sections of the predefined route of travel and the monitored area; - wherein the evaluation unit is designed to ascertain the section having a maximum correlation value from the plurality of sections,
A method of a first device communicating with a second device in a home network, the method comprising: transmitting predetermined seed information to the second device; receiving a message including secret information encrypted with a predetermined public key from the second device; characterised by: generating a secret key corresponding to the public key based on the seed information and personal information input to the first device by a user according to a predetermined IBE, identity-based encryption, scheme; and decrypting the secret information included in the message by using the secret key, wherein the public key is generated based on the seed information and the personal information input to the second device by the user according to the IBE scheme by the second device. transmitting predetermined seed information to the second device; receiving a message including secret information encrypted with a predetermined public key from the second device; generating a secret key corresponding to the public key based on the seed information and personal information input to the first device by a user according to a predetermined IBE, identity-based encryption, scheme; and decrypting the secret information included in the message by using the secret key, wherein the public key is generated based on the seed information and the personal information input to the second device by the user according to the IBE scheme by the second device.
A mechanical member comprising a first part in contact with a second part (1, 3) movable relative to the first part, at least one of the parts including a coating of solid lubricant at least at contact zones between the first part and the second part, the solid lubricant being suitable on its own for lubricating the mechanical member, which member is characterized in that it includes retention and capillary distribution means for distributing a fluid between the parts in such a manner as to form a film between said parts, which film can be pierced temporarily at each contact zone.
A method comprising, at a mobile station: transmitting a request for a repository device identifier to a directory device, said request for a repository device identifier being indicative of at least a first estimated location of said mobile station; and receiving said repository device identifier for said repository device from said directory device, said repository device identifier identifying said repository device and said at least one indoor region corresponding to said first estimated location; transmitting a request for position assistance data for at least one indoor region to the repository device; receiving said position assistance data from said repository device, said position assistance data comprising, at least in part, encoded metadata for at least a portion of said at least one indoor region and corresponding to at least one of an electronic map or an access point locator; and providing at least a portion of said encoded metadata to at least one function for use in estimating a location of said mobile station. transmitting a request for a repository device identifier to a directory device, said request for a repository device identifier being indicative of at least a first estimated location of said mobile station; and receiving said repository device identifier for said repository device from said directory device, said repository device identifier identifying said repository device and said at least one indoor region corresponding to said first estimated location; transmitting a request for position assistance data for at least one indoor region to the repository device; receiving said position assistance data from said repository device, said position assistance data comprising, at least in part, encoded metadata for at least a portion of said at least one indoor region and corresponding to at least one of an electronic map or an access point locator; and providing at least a portion of said encoded metadata to at least one function for use in estimating a location of said mobile station.
Method for monitoring, controlling, and optimising filling systems for all product types, in particular for use in the beverage industry, in which filling systems the performance regulation of individual machines of the system is carried out on the basis of the occupation of transporters and/or buffer segments between the individual machines, wherein, for the obtaining of information required for the controlling or monitoring of the system, use is made of optoelectronic recognition systems and data processing systems associated with the latter, wherein image recording devices and image processing computers are used for this purpose, wherein the optoelectronic recognition systems are used for the recognition of objects, such as bottles or cans, and wherein, in the allocated data processing systems, methods of image analysis and object recognition are used, in which method the occupation of the transporters and/or buffer segments of the filling system is scanned by one or more cameras, wherein the respective degrees of occupation are determined by an electronic image processing of the recorded images, wherein, further, for each individual buffer segment, precise, i.e. finely classified degrees of occupation are determined, wherein, for the determination of these finely classified degrees of occupation within the image processing, the following procedure is applied: First, the recorded image is analysed in detail to the point of determining what number of bottles or cans are present on the buffer segment at the moment of recording, wherein each individual bottle or can is recognised as an object of the type, i.e. is recognised as such, wherein these bottles or cans may even be located in different orientations at different places on the buffer segment, i.e. standing upright or even fallen over, after which the number determined of the bottles or cans is compared with a possible maximum number of bottles or cans which is stored internally in the computer, from which the degree of occupation at that particular moment is determined, and wherein, as a function of the degree of occupation determined for the associated buffer segment, the throughput capacity of an individual machine of the filling system is regulated.
An electric kettle comprising: a body made of a metal material, comprising an outer body and an inner body having a cylindrical shape with an opened upper surface and an opened lower surface, wherein a heat insulation space is formed between the outer body and the inner body; a heating module forming a bottom of a space for accommodating water inside the body and for heating the water; a mounting port passing through the outer body and the inner body; a window mounted on a mounting port to see through into the inside of the body, wherein the window comprises a window front surface formed in a shape corresponding to the mounting port and a window side surface extending rearward along a circumference of the window front surface; a window gasket disposed along a circumference of the window to seal a gap between the inner body and the window; and a side protrusion formed on the window side surface for fixing the window gasket; wherein the window is doubly sealed in contact with the outer body and the window gasket. a body made of a metal material, comprising an outer body and an inner body having a cylindrical shape with an opened upper surface and an opened lower surface, wherein a heat insulation space is formed between the outer body and the inner body; a heating module forming a bottom of a space for accommodating water inside the body and for heating the water; a mounting port passing through the outer body and the inner body; a window mounted on a mounting port to see through into the inside of the body, wherein the window comprises a window front surface formed in a shape corresponding to the mounting port and a window side surface extending rearward along a circumference of the window front surface; a window gasket disposed along a circumference of the window to seal a gap between the inner body and the window; and a side protrusion formed on the window side surface for fixing the window gasket; wherein the window is doubly sealed in contact with the outer body and the window gasket.
Machine tool comprising a work space, a workpiece carrier for accommodating a workpiece as well as at least one tool carrier (12, 14) with at least one tool (24, 26, 28) being arranged and movable relative to one another in said work space, as well as comprising a lubricant supply device for the work space with a lubricant reservoir, a lubricant distributing system and a lubricant pump controllable by rotational speed and connected on the suction side to the lubricant reservoir and on the pressure side to the lubricant distributing system, wherein a pressure sensor is associated with the lubricant distributing system and interacts with a pressure control for controlling the pressure in the lubricant distributing system, said pressure control controlling rotational speed of the lubricant pump, taking into consideration the pressure measured by the pressure sensor, in such a manner that a reference pressure specifiable to the pressure control is maintained in the lubricant distributing system within a defined control range, wherein in the control range the pressure control controls the rotational speed exclusively on the basis of the pressure measured by the pressure sensor, wherein a return flow line is provided between the lubricant distributing system and the lubricant reservoir, wherein a return flow valve controllable by a return flow control is provided in the return flow line and wherein the return flow line is only activatable with the return flow valve to operate the lubricant supply system in a suboptimal energy operating mode or deactivatable to operate the lubricant supply system in a return-free, optimum energy operating mode and wherein a throttle is provided in the return flow line.
A computer-implemented method for controlling service discovery and activation in a plurality of service discovery scenarios comprising: determining that a service associated with a first computing device is available for another computing device to use by receiving a registration from the service that communicates the service is available for the another computing device; encoding, into a message, instructions for accessing the service over a wireless activation protocol; selecting, based on a wireless context of the first computing device, a publication protocol from available wireless communication protocols useable by the first computing device to communicate the message, wherein the publication protocol is different from the wireless activation protocol; communicating, from the first computing device's radio, the message using the publication protocol such that the service is discoverable by a second computing device; receiving, at the first computing device's radio from the second computing device that received the message, an activation request for the service, the activation request formatted in the wireless activation protocol; and activating the service for use by the second computing device, wherein the service is accessed through wireless communications formatted according to the wireless activation protocol. determining that a service associated with a first computing device is available for another computing device to use by receiving a registration from the service that communicates the service is available for the another computing device; encoding, into a message, instructions for accessing the service over a wireless activation protocol; selecting, based on a wireless context of the first computing device, a publication protocol from available wireless communication protocols useable by the first computing device to communicate the message, wherein the publication protocol is different from the wireless activation protocol; communicating, from the first computing device's radio, the message using the publication protocol such that the service is discoverable by a second computing device; receiving, at the first computing device's radio from the second computing device that received the message, an activation request for the service, the activation request formatted in the wireless activation protocol; and activating the service for use by the second computing device, wherein the service is accessed through wireless communications formatted according to the wireless activation protocol.
Energy guiding chain for guiding cables, hoses and the like from a first connecting point to a second connecting point that moves relative to the first connecting point, comprising a plurality of plastic chain links (1, 2) that can be pivoted relative to each other over a certain pivoting angle, each of which comprises two side straps (3, 4) displaying inner sides (3a, 4a) facing towards the interior of the chain, outward-facing outer sides (3b, 4b) and narrow faces (3c, 3d, 4c, 4d) running perpendicularly to them and in the longitudinal direction of the side straps (3, 4), where the side straps (3, 4) form opposite strap strands transversely to their longitudinal direction, and at least some of the opposite side straps (3, 4) are connected to each other by cross-members (5, 6), at least some of which display a bearing area on at least one of their ends that interacts with a bearing seat, located on the side strap (3, 4) facing towards said end of the cross-member (5, 6), in articulated fashion for pivoting the cross-member (5, 6) between a closed position and an opened position, where the bearing area displays at least one journal of essentially cylindrical design, the axis of which is oriented in the longitudinal direction of the side strap (3, 4), and the bearing seat displays a pocket-shaped journal seat with a space that corresponds to the journal, is essentially cylindrical and into which the journal can be inserted, characterised in that the essentially cylindrical journal on the fastening end of the cross-member (5, 6) displays a first flattened section on its lateral surface, where the first flattened section lies parallel to the axis of the essentially cylindrical journal, and the essentially cylindrical space of the bearing seat on the adjacent side strap (3, 4), receiving the journal, displays a flattened section, where the latter and the first flattened section of the journal are arranged in such a way relative to each other that, in the closed position of the cross-member (5, 6), the flattened section of the cylindrical space and the first flattened section of the essentially cylindrical,journal are opposite each other.
A system for enabling site failover in an application server of clustered environment, comprising: a first cluster, including a first plurality of servers executing therein that processes requests, and having a first local load balancer associated therewith; a second cluster, including a second plurality of servers executing therein that processes requests, and having a second local load balancer associated therewith; and wherein a primary server selected from the first plurality of servers in the first cluster replicates http session information to a secondary server selected from the second plurality of servers in the second cluster, via a replication channel between the first cluster and the second cluster, for use in enabling failover between the plurality of clusters; wherein the system is configured for use in a metropolitan area network, MAN, which has a network latency of the order of a few milliseconds, wherein the plurality of clusters are distributed on a MAN, and wherein the replication channel includes an in-memory replication that operates between the first cluster and the second cluster, and allows the HTTP session state to be replicated synchronously from the first cluster to the second cluster. a first cluster, including a first plurality of servers executing therein that processes requests, and having a first local load balancer associated therewith; a second cluster, including a second plurality of servers executing therein that processes requests, and having a second local load balancer associated therewith; and wherein a primary server selected from the first plurality of servers in the first cluster replicates http session information to a secondary server selected from the second plurality of servers in the second cluster, via a replication channel between the first cluster and the second cluster, for use in enabling failover between the plurality of clusters; wherein the system is configured for use in a metropolitan area network, MAN, which has a network latency of the order of a few milliseconds, wherein the plurality of clusters are distributed on a MAN, and wherein the replication channel includes an in-memory replication that operates between the first cluster and the second cluster, and allows the HTTP session state to be replicated synchronously from the first cluster to the second cluster.
Thermal oil heater • with a heater interior, in which a heater pipe, through the interior of which flows thermal oil, is heated on its outside by means of a heating device, and • with an extinguishing device, by means of which the heater interior can be fed with an extinguishing medium for extinguishing burning thermal oil, characterised in that an extinguishing device, by means of which the heater interior can be fed with water mist as an extinguishing medium, is provided as an extinguishing device. • with a heater interior, in which a heater pipe, through the interior of which flows thermal oil, is heated on its outside by means of a heating device, and • with an extinguishing device, by means of which the heater interior can be fed with an extinguishing medium for extinguishing burning thermal oil,
A lamp, having - a light source with several light-emitting elements, - a cooling body for cooling the light source, - a housing, which is designed for mounting an operating device of the lamp, wherein the lamp has first passage openings on a first side (re) next to the light source and has second passage openings on a second side (li) next to the light source, wherein the first and the second passage openings (5, 7) are designed for an air flow for cooling the light source, characterized in that the lamp further has a first air-conducting surface on the first side (re) next to the first passage openings and thereby below the light source and has a second air-conducting surface on the second side (li) next to the second passage openings and thereby below the light source, wherein the two air-conducting surfaces (6, 8) are designed in such a manner that the two air-conducting surfaces form an air incidence region that expands away from the light source, wherein the first passage openings and the first air-conducting surface are designed as parts of the cooling body, and wherein the second passage openings are designed, on the one hand, through the cooling body and, on the other hand, through the housing and the second air-conducting surface is formed by an outer surface of the housing. - a light source with several light-emitting elements, - a cooling body for cooling the light source, - a housing, which is designed for mounting an operating device of the lamp, - a housing, which is designed for mounting an operating device of the lamp, the lamp further has a first air-conducting surface on the first side (re) next to the first passage openings and thereby below the light source and has a second air-conducting surface on the second side (li) next to the second passage openings and thereby below the light source, wherein the two air-conducting surfaces (6, 8) are designed in such a manner that the two air-conducting surfaces form an air incidence region that expands away from the light source, wherein the first passage openings and the first air-conducting surface are designed as parts of the cooling body,
A gas generator for a protective device in a vehicle comprising an outer casing, comprising a central axis and an igniter embedded in a base, the outer casing or a member connected to the outer casing including an indentation into which the base extends and the wall forming the indentation in portions being inwardly bulged, characterized in that distant from the mouth of the indentation the wall has an outwardly extending bulge which extends in the radial direction (r), wherein the wall of the indentation forms an S-shaped curve in the area of the bulge and the wall thickness of the wall of the indentation in the area of the bulge is unchanged as compared to the wall thickness outside the bulge.
A piece of furniture comprising a drawer, said drawer being fixed displaceably at a pullout guide of the piece of furniture, whereby the pullout guide comprises a guide rail fixable on a furniture body and a movable slide rail, wherein at least one middle rail can optionally be provided between the guide rail and the slide rail, and a holding device is provided on the slide rail, by means of which the drawer is fixable on the slide rail, and the holding device comprises a projection, which is insertable into a receptacle on the drawer, whereby the projection is changeable in shape via a spreading mechanism, characterized in that the projection is pre-tensioned via a force accumulator toward the drawer.