mhurhangee/ep-ind-claims huggingface dataset:
Method for emptying the bags of a transport device in the form of an overhead conveyor, said transport device comprising one or a plurality of carriages which are mounted on a guide rail so as to be movable in the guide rail direction, and on which one laterally open bag for receiving transported goods is in each case disposed so as to hang downwards, wherein the bag is formed by at least one flexible material web which in the opened state is flat and by way of the two ends is fastened to the carriage while forming a carrying strap or transport strap, respectively, that hangs downwards, and wherein the fastening of the material web to the carriage on at least one end of the material web is configured to be releasable, wherein the method comprises the following steps: a) advancing a bag in the closed state; b) opening the bag by releasing the fastening of the at least one end of the material web on the carriage by means of a first device for automatically opening and closing the bag and a second device for flipping open the opened bag; c) emptying an item of transported goods from the opened bag; d) closing the bag by means of the first device for automatically opening and closing the bag by fastening the at least one end of the material web to the carriage; and e) moving away the emptied and closed bag. a) advancing a bag in the closed state; b) opening the bag by releasing the fastening of the at least one end of the material web on the carriage by means of a first device for automatically opening and closing the bag and a second device for flipping open the opened bag; c) emptying an item of transported goods from the opened bag; d) closing the bag by means of the first device for automatically opening and closing the bag by fastening the at least one end of the material web to the carriage; and e) moving away the emptied and closed bag.
A liquid applicator device for dispensing an applicator liquid from an applicator liquid container, comprising: a closure having an internal passageway for sealing with the applicator liquid container, a valve body disposed in said internal passageway of said closure, a valve seal having a sealing surface secured to said valve body, a valve element disposed within said closure, a spring acting between said valve body and said valve element for biasing said valve element into sealing engagement with said sealing surface of said valve seal for inhibiting the flow of the applicator liquid from the applicator liquid container an applicator located in said internal passageway of said closure and engaging with said valve element for enabling a depression of said applicator to displace said valve element from said sealing surface to enable the flow of the applicator liquid from the applicator liquid container into said applicator; and a capture extending from said valve element for grasping said applicator for inhibiting removal of said applicator from said internal passageway, wherein said applicator defines a first end and a second end, characterised in that said first end of said applicator has reduced cross-section, wherein a groove is defined in said reduced cross-section, and wherein said capture comprises a plurality of resilient fingers with each of said plurality of resilient fingers having an inwardly projecting hook (101H -104H) or an inward protrusion (101P-104P) for resiliently engaging said groove for inhibiting removal of said applicator tip from said internal passageway. a closure having an internal passageway for sealing with the applicator liquid container, a valve body disposed in said internal passageway of said closure, a valve seal having a sealing surface secured to said valve body, a valve element disposed within said closure, a spring acting between said valve body and said valve element for biasing said valve element into sealing engagement with said sealing surface of said valve seal for inhibiting the flow of the applicator liquid from the applicator liquid container an applicator located in said internal passageway of said closure and engaging with said valve element for enabling a depression of said applicator to displace said valve element from said sealing surface to enable the flow of the applicator liquid from the applicator liquid container into said applicator; and a capture extending from said valve element for grasping said applicator for inhibiting removal of said applicator from said internal passageway, wherein said applicator defines a first end and a second end, characterised in that said first end of said applicator has reduced cross-section, wherein a groove is defined in said reduced cross-section, and wherein said capture comprises a plurality of resilient fingers with each of said plurality of resilient fingers having an inwardly projecting hook (101H -104H) or an inward protrusion (101P-104P) for resiliently engaging said groove for inhibiting removal of said applicator tip from said internal passageway.
Circuit arrangement (1, 1a), particularly inverter or uninterruptable power supply, having a converter element comprising a converter unit, a central control unit and an input for the current to be converted and an output for the converted current and at least one circuit element (3, 4) that is connected upstream of the input of the converter element or connected downstream of the output of the converter element, wherein the circuit arrangement has at least one external control unit connectable to it and in that the central control unit is suitable and set up for receiving control instructions from the external control unit, characterized in that each circuit element (3, 4) has at least one local control unit (31, 41) that is connected to the central control unit, which is a superordinate entity, via a communication bus and is suitable and set up for receiving control instructions from the central control unit, wherein the local control unit (31, 41) is subordinated to the central control unit, in that the external control unit is connectable to the communication bus, and the local control unit (31, 41) is suitable and set up for directly receiving control instructions from the external control unit so that the external control unit can take action in the circuit arrangement (1, 1a) in the event of failure of a central control unit.
A roller conveying device to convey articles along a conveying path with a variable length; the conveying device comprising: a roller conveyor, which is provided with a plurality of first rollers and is configured to convey the articles along at least one segment of the conveying path; an extension device provided with second rollers; at least a first actuator system to move at least part of the second rollers so as to vary the length of the conveying path and of the roller conveying device by changing, downstream or upstream of the roller conveyor, the number of second rollers along the conveying path; a second actuator system configured to make the second rollers arranged along the conveying path rotate on themselves; wherein the first rollers define a conveying plane; the first actuator system being configured to move at least part of the second rollers between a rest position on the outside of the conveying plane and a work position substantially arranged on the conveying plane; wherein the first actuator system is configured to move the second rollers to the conveying path and to the work position along respective transfer paths having at least one common segment; a third actuator system, which is configured to move the roller conveyor in a direction that is substantially parallel to the conveying path; characterized in that the third actuator system is an independent actuator system, separated from the first actuator system. a roller conveyor, which is provided with a plurality of first rollers and is configured to convey the articles along at least one segment of the conveying path; an extension device provided with second rollers; at least a first actuator system to move at least part of the second rollers so as to vary the length of the conveying path and of the roller conveying device by changing, downstream or upstream of the roller conveyor, the number of second rollers along the conveying path; a second actuator system configured to make the second rollers arranged along the conveying path rotate on themselves; wherein the first rollers define a conveying plane; the first actuator system being configured to move at least part of the second rollers between a rest position on the outside of the conveying plane and a work position substantially arranged on the conveying plane; wherein the first actuator system is configured to move the second rollers to the conveying path and to the work position along respective transfer paths having at least one common segment; a third actuator system, which is configured to move the roller conveyor in a direction that is substantially parallel to the conveying path; characterized in that the third actuator system is an independent actuator system, separated from the first actuator system.
A method for hardening a preform into a composite part, the method comprising: aligning a layup mandrel carrying a preform for insertion into an autoclave having an inner surface that is complementary to a contour of the preform; and sealing the layup mandrel into the autoclave, wherein the autoclave forms a boundary between a clean room environment and an assembly environment. aligning a layup mandrel carrying a preform for insertion into an autoclave having an inner surface that is complementary to a contour of the preform; and sealing the layup mandrel into the autoclave, wherein the autoclave forms a boundary between a clean room environment and an assembly environment.
A turbine ring sector made of ceramic matrix composite material having a portion forming an annular base with an inner face for defining the inner face of a turbine ring when the ring sector is mounted on a ring support structure and an outer face from which there extends an attachment portion (14, 16) for attaching the ring sector to the ring support structure, the ring sector further comprising inter-sector faces, each for facing a neighboring ring sector when the ring sector is mounted on the ring support structure; the ring sector being characterized in that the inter-sector faces are coated in an environmental barrier (22; 122; 222; 322) that is doped with an electrically-conductive compound and that presents at least one slot (24; 124; 224; 324).
A fan blade comprising: a main body extending between a leading edge and a trailing edge, and channels formed into said main body, with a plurality of ribs extending intermediate the channels, the fan blade having a dovetail, and an airfoil extending radially outwardly from said dovetail; and at least two materials deposited within said channels, with a first material being selected to provide additional stiffness to the fan blade, and a second material being selected for damping characteristics, characterised in that said first material is a metal foam, said second material is a rubber foam, said first material has a greater stiffness relative to said second material, and said second material has better damping characteristics than said first material.
Method implemented by a device and for broadcasting video or audio-video contents, said device receiving a first data stream representative of a video or audio-video content and second data stream representative of the video or audio-video content, said device being previously configured to broadcast said video or audio-video content from the first data stream, the method being such that, before the switchover from the first data stream to the second data stream, said device performs the following steps: - pausing of the second data stream until the time offset has been taken up, when a time offset indicates that the first data stream is delayed with respect to the second data stream; - reduction of an image rate of the first data stream until the time offset is taken up, when the time offset indicates that the first data stream is in advance with respect to the second data stream, the method being characterized in that, following a detection of a command to switch over broadcasting of the video or audio-video content from the first data stream to the second data stream, said device performs the following steps: - determination (402, 403) by correlation of a marker of the video or audio-video content in the first data stream and in the second data stream, the correlation being performed on the basis of histograms of image luminance of the first and second data streams; - determination of the time offset between the first data stream and the data stream on the basis of timestamp information associated with said marker in each of the first and second data streams. - pausing of the second data stream until the time offset has been taken up, when a time offset indicates that the first data stream is delayed with respect to the second data stream; - reduction of an image rate of the first data stream until the time offset is taken up, when the time offset indicates that the first data stream is in advance with respect to the second data stream, - determination (402, 403) by correlation of a marker of the video or audio-video content in the first data stream and in the second data stream, the correlation being performed on the basis of histograms of image luminance of the first and second data streams; - determination of the time offset between the first data stream and the data stream on the basis of timestamp information associated with said marker in each of the first and second data streams.
A method for maintaining site persistence via a load balancing virtual server (275A, 275B) in an hierarchical Global Server Load Balancing GSLB system, the method comprising: a) receiving, by a load balancing virtual server (275A, 275B) at a first site, GSLB domain related information (615A, 615B) from a GSLB virtual server, the GSLB virtual server load balancing a plurality of sites, each of the plurality of sites comprising one or more load balancing virtual servers (275A, 275B) load balancing a plurality of servers; b) storing, by the load balancing virtual server (275A, 275B), the GSLB domain related information (615A, 615B) in association with a service of the load balancing virtual server (275A, 275B) identifying the GSLB virtual server; c) receiving, by the load balancing virtual server (275A, 275B), a request of a client forwarded by the GSLB virtual server, the request comprising a GSLB cookie; and d) determining, by the load balancing virtual server (275A, 275B), from the GSLB cookie and the GSLB domain related information, whether the request was forwarded from the GSLB virtual server associated with the service of the load balancing virtual server (275A, 275B). a) receiving, by a load balancing virtual server (275A, 275B) at a first site, GSLB domain related information (615A, 615B) from a GSLB virtual server, the GSLB virtual server load balancing a plurality of sites, each of the plurality of sites comprising one or more load balancing virtual servers (275A, 275B) load balancing a plurality of servers; b) storing, by the load balancing virtual server (275A, 275B), the GSLB domain related information (615A, 615B) in association with a service of the load balancing virtual server (275A, 275B) identifying the GSLB virtual server; c) receiving, by the load balancing virtual server (275A, 275B), a request of a client forwarded by the GSLB virtual server, the request comprising a GSLB cookie; and d) determining, by the load balancing virtual server (275A, 275B), from the GSLB cookie and the GSLB domain related information, whether the request was forwarded from the GSLB virtual server associated with the service of the load balancing virtual server (275A, 275B).
Step ladder, in particular step ladder with treads, - with a rising part which has two rails and steps or rungs arranged between the rails, and - with a support part which has two rails and at least one second crossbar arranged between the rails, - whereby the rising part or the support part are connected to one another in a hinged manner, - whereby the step ladder has a one-part or multi-part platform (12, 22), - whereby under the platform the support part of the step ladder in the erected state of the ladder has at least one lowest step or a rung which is arranged fixedly between the rails of the support part, - whereby this lowest step or rung or each of these steps or rungs of the support part is at a distance from the lower end of the rails of the support part which is a multiple of the distance between the steps or rungs of the rising part, - whereby the rails of the rising part project beyond the platform (12, 22) and - whereby parts of the rails of the rising part which project beyond the platform (12, 22) are connected to one another via a first crossbar, characterised in that - the lowest step of the support part in the erected state of the step ladder is arranged perpendicularly below the first crossbar between the parts of the rails of the rising part which project beyond the platform (12, 22). - with a rising part which has two rails and steps or rungs arranged between the rails, and - with a support part which has two rails and at least one second crossbar arranged between the rails, - whereby the rising part or the support part are connected to one another in a hinged manner, - whereby the step ladder has a one-part or multi-part platform (12, 22), - whereby under the platform the support part of the step ladder in the erected state of the ladder has at least one lowest step or a rung which is arranged fixedly between the rails of the support part, - whereby this lowest step or rung or each of these steps or rungs of the support part is at a distance from the lower end of the rails of the support part which is a multiple of the distance between the steps or rungs of the rising part, - whereby the rails of the rising part project beyond the platform (12, 22) and - whereby parts of the rails of the rising part which project beyond the platform (12, 22) are connected to one another via a first crossbar, characterised in that - the lowest step of the support part in the erected state of the step ladder is arranged perpendicularly below the first crossbar between the parts of the rails of the rising part which project beyond the platform (12, 22).
A subsea anchoring assembly, comprising: an anchor; a locking head for connection of a mooring line to the anchor; and a socket provided on the anchor and having a seat adapted to receive and seat the locking head within the socket; the socket having a neck provided with a guide device to direct the locking head into alignment with the socket; wherein the locking head and the socket can move between a first configuration in which the locking head and the socket are separate, and a second configuration in which the locking head and the socket are locked together; wherein the guide device comprises a pair of splayed arms (123a, 123b), characterized by a landing enclosure with a substantially continuous boundary extending from one side of the neck to the other; and wherein the outer ends of the splayed arms (123a, 123b) extend so that they connect to one another to form the boundary. an anchor; a locking head for connection of a mooring line to the anchor; and a socket provided on the anchor and having a seat adapted to receive and seat the locking head within the socket; the socket having a neck provided with a guide device to direct the locking head into alignment with the socket; wherein the locking head and the socket can move between a first configuration in which the locking head and the socket are separate, and a second configuration in which the locking head and the socket are locked together; wherein the guide device comprises a pair of splayed arms (123a, 123b), characterized by a landing enclosure with a substantially continuous boundary extending from one side of the neck to the other; and wherein the outer ends of the splayed arms (123a, 123b) extend so that they connect to one another to form the boundary.
A latch assembly mountable to a structure, the latch assembly comprising a latch, remote actuating unit, and a guide formed separate to the latch and the remote actuating unit, the latch and the remote actuating unit being arranged to be connected via at least one aperture (106, 108) formed in the structure, and wherein the guide is adapted to facilitate installation and mounting of the latch assembly on the structure, characterised in that the guide comprises a body having at least one marking indicator and at least one alignment indicator, and the body includes a reference axis, wherein the at least one marking indicator and the at least one alignment indicator are aligned in a plane that is substantially perpendicular to the reference axis to facilitate formation of the at least one aperture in the structure, wherein the guide is mounted with one of the latch or the remote actuating unit on installation of the assembly on the structure.
A cache comprising: multiple sets with each set having multiple respective ways; and replacement logic configured to implement a two-stage least recently used replacement computation, wherein the two-stage LRU replacement computation causes the cache to perform operations comprising: a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction. multiple sets with each set having multiple respective ways; and replacement logic configured to implement a two-stage least recently used replacement computation, wherein the two-stage LRU replacement computation causes the cache to perform operations comprising: a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction. a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction.