mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a server for use in a packet data network, the method comprising: providing a server (14_2); receiving, by the server (14_2), signaling packets from another server (14_1) relating to a session between the other server and the client, wherein the session uses a transport protocol path which is assigned an n-tuple identifier, and wherein the signaling packets are packets with the n-tuple identifier assigned to the transport path protocol and include declarative information of the session, and wherein the declarative information includes an identifier for the ongoing session; identifying, by the server (14_2), the session based on detecting the signaling packets; and deciding, by the server (14_2), on whether to take over the session based on policy rules, and if 'yes' transmitting, by the server (14_2), to the other server an offer to take over the session. providing a server (14_2); receiving, by the server (14_2), signaling packets from another server (14_1) relating to a session between the other server and the client, wherein the session uses a transport protocol path which is assigned an n-tuple identifier, and wherein the signaling packets are packets with the n-tuple identifier assigned to the transport path protocol and include declarative information of the session, and wherein the declarative information includes an identifier for the ongoing session; identifying, by the server (14_2), the session based on detecting the signaling packets; and deciding, by the server (14_2), on whether to take over the session based on policy rules, and if 'yes' transmitting, by the server (14_2), to the other server an offer to take over the session.
A coupling arrangement in the field of wind turbines comprising a blade root having a plurality of blade bolts, a hub having a plurality of bolt holes, the blade bolts being insertable in the bolt holes by moving the blade root and the hub towards each other in a mounting direction, and locking means for locking the blade root to the hub in a direction opposite to the mounting direction, wherein the locking means comprise a first element and a second element, wherein the first element is engageable in or behind the second element for locking the blade root to the hub, characterized in that the blade root has protruding elements protruding further in the mounting direction than the blade bolts, each of the protruding elements having one of the first or the second element (14, 15) and the hub having the respective other one of the first or the second element (14, 15), and wherein the locking means are spring loaded for self-locking.
A printing device capable of communicating with at least one terminal device via a network, and providing at least one service using functions of the printing device itself, comprising: a service start notifying device configured to send a service start notification to the terminal device; a service contents notifying device configured to notify a SDF (Service Description File) indicating contents of the service to the terminal device in response to an SDF request issued from the terminal device which was, in turn, issued in response to the service start notification; and a service end notifying device configured to send the terminal device a service end notification for nullifying the contents of the service registered in the terminal device; wherein upon start of the printing device, said service end notifying device is configured to send the service end notification to the terminal device, and said service start notifying device is configured to send the service start notification to the terminal device subsequent to sending of the service end notification. a service start notifying device configured to send a service start notification to the terminal device; a service contents notifying device configured to notify a SDF (Service Description File) indicating contents of the service to the terminal device in response to an SDF request issued from the terminal device which was, in turn, issued in response to the service start notification; and a service end notifying device configured to send the terminal device a service end notification for nullifying the contents of the service registered in the terminal device; wherein upon start of the printing device, said service end notifying device is configured to send the service end notification to the terminal device, and said service start notifying device is configured to send the service start notification to the terminal device subsequent to sending of the service end notification.
A torsional vibration damper, in particular a dual-mass flywheel, comprising an input part having a first flange part and an output part having a second flange part with a common axis of rotation about which the input part and the output part are rotatable together and rotatable relative to each other in a limited manner and a spring-damper device which is effective between the input part and the output part and has at least one energy store and a friction device having a friction ring and a support disk connected to the first flange, wherein the support disk has radially inwardly directed projections for connection to the first flange part, wherein for mutually rotatable mounting of the input part and of the output part the input part has a bearing part which is initially produced structurally separately and is subsequently connected to the first flange part, wherein the bearing part forms a friction surface for the friction ring.
A colored resin particle dispersion comprising colored resin particles containing a colorant and a solid resin, a basic dispersant, and a non-aqueous solvent, wherein the solid resin is a resin having alkoxy groups and/or a polysilsesquioxane.
A package comprising: a container having a first section and a second section connected at a breakable joint wherein the first section comprises a well; and a cover sheet, wherein the cover sheet is adhered to at least a portion of the first section and at least a portion of the second section and the cover sheet covers the well; wherein either the first section or the second section is adapted to pivot to assist in breaking of the breakable joint in order to separate the first section and the second section, characterised in that the first section or the second section is adapted to pivot at a fulcrum between the cover sheet and the joint to assist in breaking of the breakable joint in order to separate the first section and the second section, such that upon the breaking, the first section and the second section are still adhered to the cover sheet and wherein the second section serves as a grip to remove the sheet from the first section to expose the well. a container having a first section and a second section connected at a breakable joint wherein the first section comprises a well; and a cover sheet, wherein the cover sheet is adhered to at least a portion of the first section and at least a portion of the second section and the cover sheet covers the well; wherein either the first section or the second section is adapted to pivot to assist in breaking of the breakable joint in order to separate the first section and the second section, characterised in that the first section or the second section is adapted to pivot at a fulcrum between the cover sheet and the joint to assist in breaking of the breakable joint in order to separate the first section and the second section, such that upon the breaking, the first section and the second section are still adhered to the cover sheet and wherein the second section serves as a grip to remove the sheet from the first section to expose the well.
Control device for controlling a switching element, preferably a mechanical relay, with an operating unit for setting a load level at which the switching element can be operated, and a control unit, characterized in that the control unit is adapted to calculate a first numerical value representing estimated expected switching cycles of the switching element based on the set load level and corresponding to an expected service life of the switching element depending on the set load level, and to determine a second numerical value representing switching cycles of the switching element, information being obtained from a difference between the first and second numerical value (Z1, Z2) or from a quotient (Z2/Z1) from the second to the first numerical value (Z2, Z1) during operation of the switching element, the information of the difference representing a remaining service life of the switching element or the information of the quotient (Z2/Z1) representing a percentage ratio between the switching cycles already performed and the expected switching cycles of the switching element.
An electromagnetic energy-absorbing optical product comprising: a) a polymeric substrate and b) a composite coating, said composite coating comprising a first layer, a polyionic binder and a second layer comprising an electromagnetic energy-absorbing insoluble particle, wherein each of said first layer and said second layer include a binding group component which together form a complementary binding group pair, characterized in that said polyionic binder is comprised in said first layer, the second layer includes a screening agent including low molecular weight salts and in that said electromagnetic energy-absorbing particle comprises a pigment and the surface of the pigment includes said binding group component of said second layer. a) a polymeric substrate and b) a composite coating, said composite coating comprising a first layer, a polyionic binder and a second layer comprising an electromagnetic energy-absorbing insoluble particle, wherein each of said first layer and said second layer include a binding group component which together form a complementary binding group pair,
A group-based communication server for building and rendering a message user interface within a group-based communication interface of a group-based communication system, the server comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the server to: receive, from an external application server, user message data associated with the group-based communication interface to be rendered to a client device (101A, 101B, 101C, 101D); parse the user message data to identify a message UI triggering event, wherein the message UI triggering event is associated with the client device; wherein, if the message UI triggering event is identified among the user message data, determine, based on the message UI triggering event, a customizable block configuration to define the message UI that is rendered within the group-based communication interface, transmit a customizable block request to the external application server associated with the customizable block configuration, receive customizable block data from the external application server associated with the customizable block request, and transmit, to the client device, data for rendering the message UI within the group-based communication interface based on the customizable block configuration and on the customizable block data. receive, from an external application server, user message data associated with the group-based communication interface to be rendered to a client device (101A, 101B, 101C, 101D); parse the user message data to identify a message UI triggering event, wherein the message UI triggering event is associated with the client device; wherein, if the message UI triggering event is identified among the user message data, determine, based on the message UI triggering event, a customizable block configuration to define the message UI that is rendered within the group-based communication interface, transmit a customizable block request to the external application server associated with the customizable block configuration, receive customizable block data from the external application server associated with the customizable block request, and transmit, to the client device, data for rendering the message UI within the group-based communication interface based on the customizable block configuration and on the customizable block data. determine, based on the message UI triggering event, a customizable block configuration to define the message UI that is rendered within the group-based communication interface, transmit a customizable block request to the external application server associated with the customizable block configuration, receive customizable block data from the external application server associated with the customizable block request, and transmit, to the client device, data for rendering the message UI within the group-based communication interface based on the customizable block configuration and on the customizable block data.
A resilient seat for sealing surfaces in a pressurized system, the resilient seat comprising: a body defining a fluid flow path extending substantially axially between an inlet exterior sealing surface and an outlet exterior sealing surface, the body including an outer wall surface positioned between the inlet exterior sealing surface and the outlet exterior sealing surface; the inlet exterior sealing surface comprising a deformation member configured to deform outward from the inlet exterior sealing surface toward the outer wall surface and away from an interior of the fluid flow path when the resilient seat is axially compressed; the outlet exterior sealing surface comprising a sealing member configured to deflect inward from the outlet exterior sealing surface toward the fluid flow path when the resilient seat is axially compressed, characterised in that the sealing member comprises a chamfer extending from the body. a body defining a fluid flow path extending substantially axially between an inlet exterior sealing surface and an outlet exterior sealing surface, the body including an outer wall surface positioned between the inlet exterior sealing surface and the outlet exterior sealing surface; the inlet exterior sealing surface comprising a deformation member configured to deform outward from the inlet exterior sealing surface toward the outer wall surface and away from an interior of the fluid flow path when the resilient seat is axially compressed; the outlet exterior sealing surface comprising a sealing member configured to deflect inward from the outlet exterior sealing surface toward the fluid flow path when the resilient seat is axially compressed, characterised in that the sealing member comprises a chamfer extending from the body.
A device in the form of a screen that can be worn on the head of a user and serves for covering the lower field of vision regardless of the current head inclination, wherein said device obscures the view, for example, of a keyboard or the keys of the piano for a user when worn and comprises a supporting frame that can be worn like a spectacle frame and a flat blind that protrudes forward in the viewing direction underneath the eye regions, characterized in that the blind is pivotably mounted laterally on the supporting frame at joints, wherein the joints are designed in such a way that they force the blind to tilt in the opposite direction when the supporting frame is tilted.
A method carried out by a user equipment, UE, performing random access to a network, the method comprising: determining a first number of multiple random access preambles for the random access procedure to cover a desired coverage by beam sweeping; transmitting (S710, S1010) first multiple random access preambles for a random access procedure to the network, wherein the number of the first multiple random access preambles corresponds to the first number; monitoring (S720, S1020) random access responses respectively corresponding to each of the first multiple random access preambles during each of multiple random access response reception windows; and transmitting second multiple random access preambles for the random access procedure to the network, if a random access response reception of the first multiple random access preambles is determined as not successful, wherein the random access response reception is determined as not successful, when none of the random access responses is successfully received until a last random access response reception window among the multiple random access response reception windows ends. determining a first number of multiple random access preambles for the random access procedure to cover a desired coverage by beam sweeping; transmitting (S710, S1010) first multiple random access preambles for a random access procedure to the network, wherein the number of the first multiple random access preambles corresponds to the first number; monitoring (S720, S1020) random access responses respectively corresponding to each of the first multiple random access preambles during each of multiple random access response reception windows; and transmitting second multiple random access preambles for the random access procedure to the network, if a random access response reception of the first multiple random access preambles is determined as not successful, wherein the random access response reception is determined as not successful, when none of the random access responses is successfully received until a last random access response reception window among the multiple random access response reception windows ends.
A lathe, comprising: a machine support comprising a base, two support bodies positioned substantially parallel on the base, and four first sliding rails, wherein a pair of first sliding rails of the four first sliding rails are positioned substantially parallel on each of the pair of support bodies away from the base, a first receiving groove is formed between the pair of first sliding rails; a work table positioned on the machine support; two cross beams separately slidably mounted on the pair of support bodies above the work table, wherein each of the two cross beams comprises a support portion slidably engaging with the corresponding pair of first sliding rails, and two fixing portions positioned at opposite ends of the support portion, each of the two cross beams further comprises a first guiding block positioned on one fixing portion to slidably engage with one first sliding rail; two driving mechanisms, for driving the cross beams to move along the pair of first sliding rails, wherein each of the two driving mechanisms comprises a rotor and a stator, the stator of each of the two driving mechanisms is received in one first receiving groove, and the rotor of each of the two driving mechanisms is fixedly mounted on one fixing portion; and a feeding device comprising a cutter, wherein the feeding device is slidably assembled between the two cross beams to obtain support from opposite sides of the two cross beams. a machine support comprising a base, two support bodies positioned substantially parallel on the base, and four first sliding rails, wherein a pair of first sliding rails of the four first sliding rails are positioned substantially parallel on each of the pair of support bodies away from the base, a first receiving groove is formed between the pair of first sliding rails; a work table positioned on the machine support; two cross beams separately slidably mounted on the pair of support bodies above the work table, wherein each of the two cross beams comprises a support portion slidably engaging with the corresponding pair of first sliding rails, and two fixing portions positioned at opposite ends of the support portion, each of the two cross beams further comprises a first guiding block positioned on one fixing portion to slidably engage with one first sliding rail; two driving mechanisms, for driving the cross beams to move along the pair of first sliding rails, wherein each of the two driving mechanisms comprises a rotor and a stator, the stator of each of the two driving mechanisms is received in one first receiving groove, and the rotor of each of the two driving mechanisms is fixedly mounted on one fixing portion; and a feeding device comprising a cutter, wherein the feeding device is slidably assembled between the two cross beams to obtain support from opposite sides of the two cross beams.
Plant for drying hides or skins comprising a drier, wherein said drier comprises a frame and at least a working plane, wherein along said frame said at least one working plane is movable engaged, wherein said at least one working plane comprises at least one upper surface on which to lay at least one hide or skin to be dried, said at least one working plane and/or said at least one upper surface being heated to determine the desiccation of said at least one hide or skin, wherein said drying plant comprises at least a first hydraulic circuit, operatively connected to said at least one working plane, along which a heating fluid is circulated, for heating said at least one working plane and/or said at least one upper surface, and at least one second hydraulic circuit, along which a cooling fluid is circulated, operatively connected to said at least one working plane, wherein said second hydraulic circuit comprises at least one heat exchanger unit, characterized in that said heat exchanger unit comprises at least one absorber, wherein said absorber is an absorption chiller suitable for cooling the temperature of said cooling fluid and comprising at least one generator, one condenser, one evaporator and one absorber device operatively connected to each other.