mhurhangee/patent-ind-claim-en huggingface dataset:
Method for an enhanced functionality of a network function entity in a carrier telecommunications network , the network function entity comprising a control plane functionality and a user plane functionality, and the network function entity comprising, as part of the control plane functionality and/or as part of the user plane functionality, a plurality of client entities wherein the client entities are clients to a messaging system functionality comprised in the network function entity , wherein the messaging system functionality comprises an overload detection functionality and a message discard functionality and wherein the messaging system functionality is used in order to have the client entities process a plurality of different messages incoming to the messaging system functionality or generated by the messaging system functionality and/or the client entities , wherein the messaging system functionality comprises or is associated with a messaging system load balancer functionality comprised in the network function entity , wherein the messaging system load balancer functionality comprises an additional overload detection functionality and an additional message discard functionality , wherein the messaging system load balancer functionality is a gating function into the messaging system functionality , wherein the method comprises the following steps: -- in a first step, the network function entity operates with a plurality of client entities of the messaging system functionality , -- in a second step, subsequent to the first step, an unusual behavior or an overload scenario within one or a plurality of the client entities and/or within the messaging system functionality is detected by the overload detection functionality , -- in a third step, subsequent to the second step, at least one message is blocked prior to entering the messaging system functionality by the additional message discard functionality or discarded within the messaging system functionality of the network function entity . -- in a first step, the network function entity operates with a plurality of client entities of the messaging system functionality , -- in a second step, subsequent to the first step, an unusual behavior or an overload scenario within one or a plurality of the client entities and/or within the messaging system functionality is detected by the overload detection functionality , -- in a third step, subsequent to the second step, at least one message is blocked prior to entering the messaging system functionality by the additional message discard functionality or discarded within the messaging system functionality of the network function entity .
Sealing ring which, as viewed in cross section, is designed in the shape of a 7, comprising a first axial limb and a sealing limb with a sealing lip , wherein the sealing limb is connected by means of a joint to a first end face of the axial limb , and a tensioning element for stabilizing the sealing limb in the radial direction , wherein the tensioning element is of an annular design and, as viewed in cross section, is formed by a spring designed in the shape of a 7 and has a second axial limb and a stabilizing limb , wherein the second axial limb is connected to the first axial limb and the stabilizing limb is connected to the sealing limb , and wherein the first axial limb has on its side radially facing the sealing limb an undercut , which extends in the axial direction from a second end face of the first axial limb in the direction of the first end face and of the joint , characterized in that the second axial limb is at least substantially enclosed by the first axial limb and the stabilizing limb is at least substantially enclosed by the sealing limb .
A method for producing a preliminary material for a machining tool, in particular a preliminary material for a saw blade, a saw band, a cutting line, a punching knife or a blade, wherein at least a first particulate cutting-edge material is applied to a sheet-like base , the first particulate cutting-edge material is welded to the sheet-like base , and the sheet-like base is separated substantially along the welded connection thus produced. at least a first particulate cutting-edge material is applied to a sheet-like base , the first particulate cutting-edge material is welded to the sheet-like base , and the sheet-like base is separated substantially along the welded connection thus produced.
A medical device , comprising: a plurality of branch members having moveable distal portions; a first moveable member movably connected to the distal portion of one of the branch members at a first location along the branch member , the first moveable member having first and second proximal portions extending from the first location and disposed within one or more lumens of one or more of the other branch members , wherein the moveable distal portions of the plurality of branch members and the first moveable member form a first snare movable between a collapsed configuration and an expanded configuration, wherein each of the branch members comprises at least one side wall aperture and a second moveable member movably connected to the distal portion of one of the branch members at a second location at a side wall aperture and having first and second proximal portions disposed within one or more lumens of one or more of the branch members , wherein the moveable distal portions of the plurality of branch members and the second moveable member form a second snare movable between a collapsed configuration and an expanded configuration. a plurality of branch members having moveable distal portions; a first moveable member movably connected to the distal portion of one of the branch members at a first location along the branch member , the first moveable member having first and second proximal portions extending from the first location and disposed within one or more lumens of one or more of the other branch members , wherein the moveable distal portions of the plurality of branch members and the first moveable member form a first snare movable between a collapsed configuration and an expanded configuration, wherein each of the branch members comprises at least one side wall aperture and a second moveable member movably connected to the distal portion of one of the branch members at a second location at a side wall aperture and having first and second proximal portions disposed within one or more lumens of one or more of the branch members , wherein the moveable distal portions of the plurality of branch members and the second moveable member form a second snare movable between a collapsed configuration and an expanded configuration.
An authorization revocation method, comprising: receiving , by a first entity, an authorization revocation request message from a second entity; sending , by the first entity, an authorization revocation response message to the second entity based on the authorization revocation request message, wherein the authorization revocation request message carries an identifier of an application programming interface, API, invocation entity and further carries a revocation cause value, wherein the revocation cause value is used to indicate an authorization revocation cause; wherein the authorization revocation response message is used to indicate that authorization revocation succeeds; wherein the first entity is a common API framework core function, CCF, corresponding to the API invocation entity, and the second entity is a API exposing function, AEF; wherein the method further comprises: sending , by the first entity, an authorization revocation notification message to another AEF, wherein the authorization revocation notification message is used to notify the another AEF that the API invocation authorization of the API invocation entity is revoked, so that the another AEF can also directly reject an API invocation request of the API invocation entity. receiving , by a first entity, an authorization revocation request message from a second entity; sending , by the first entity, an authorization revocation response message to the second entity based on the authorization revocation request message, wherein the authorization revocation request message carries an identifier of an application programming interface, API, invocation entity and further carries a revocation cause value, wherein the revocation cause value is used to indicate an authorization revocation cause; wherein the authorization revocation response message is used to indicate that authorization revocation succeeds; wherein the first entity is a common API framework core function, CCF, corresponding to the API invocation entity, and the second entity is a API exposing function, AEF; wherein the method further comprises: sending , by the first entity, an authorization revocation notification message to another AEF, wherein the authorization revocation notification message is used to notify the another AEF that the API invocation authorization of the API invocation entity is revoked, so that the another AEF can also directly reject an API invocation request of the API invocation entity. sending , by the first entity, an authorization revocation notification message to another AEF, wherein the authorization revocation notification message is used to notify the another AEF that the API invocation authorization of the API invocation entity is revoked, so that the another AEF can also directly reject an API invocation request of the API invocation entity.
A mobile drive unit for transporting an inventory holder , the mobile drive unit comprising a docking head configured to couple the mobile drive unit to an inventory holder , the mobile drive unit comprising a control module to control the mobile drive unit such that the mobile drive unit is operable to: dock the docking head with an inventory holder ; while the docking head is docked with the inventory holder move the inventory holder in a first translational direction; characterised in that : while the docking head is docked with the inventory holder , rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder , selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction. dock the docking head with an inventory holder ; while the docking head is docked with the inventory holder move the inventory holder in a first translational direction; characterised in that : while the docking head is docked with the inventory holder , rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder , selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction. while the docking head is docked with the inventory holder , rotate the mobile drive unit in a first rotational direction while selectively rotating the docking head and docked inventory holder in a second rotational direction; while the docking head is docked with the inventory holder , selectively rotate the docking head and docked inventory holder while continuing to move in the first translational direction.
A base station comprising: means for obtaining information related to a configuration of a first aperiodic trigger state for a terminal apparatus to aperiodically report first channel state information by using a Physical Uplink Control Channel, PUCCH; and means for transmitting , to the terminal apparatus , a Radio Resource Control, RRC, message including the information related to the configuration of the first aperiodic trigger state, wherein the means for obtaining are configured to further obtain information related to a configuration of a plurality of second aperiodic trigger states for the terminal apparatus to aperiodically report second channel state information by using a Physical Uplink Shared Channel, PUSCH, the means for transmitting are configured to transmit, to the terminal apparatus , a second Radio Resource Control, RRC, message including the information related to the configuration of the first aperiodic trigger state and the information related to the configuration of the second aperiodic trigger state, the information related to the configuration of the first aperiodic trigger state includes first identification information for identifying the first aperiodic trigger state from a plurality of candidate aperiodic trigger states, and the first identification information is information for identifying, from the plurality of second aperiodic trigger states, a second aperiodic trigger state associated with the first aperiodic trigger state. means for obtaining information related to a configuration of a first aperiodic trigger state for a terminal apparatus to aperiodically report first channel state information by using a Physical Uplink Control Channel, PUCCH; and means for transmitting , to the terminal apparatus , a Radio Resource Control, RRC, message including the information related to the configuration of the first aperiodic trigger state, wherein the means for obtaining are configured to further obtain information related to a configuration of a plurality of second aperiodic trigger states for the terminal apparatus to aperiodically report second channel state information by using a Physical Uplink Shared Channel, PUSCH, the means for transmitting are configured to transmit, to the terminal apparatus , a second Radio Resource Control, RRC, message including the information related to the configuration of the first aperiodic trigger state and the information related to the configuration of the second aperiodic trigger state, the information related to the configuration of the first aperiodic trigger state includes first identification information for identifying the first aperiodic trigger state from a plurality of candidate aperiodic trigger states, and the first identification information is information for identifying, from the plurality of second aperiodic trigger states, a second aperiodic trigger state associated with the first aperiodic trigger state.
A method for controlling operations of a media application implemented on an electronic device in communication with a wand and a screen, the method comprising: providing a media application interface for display on the screen; providing a cursor for display on the screen; receiving a transmission from the wand, the transmission comprising the output of at least one motion detection component incorporated in the wand while the wand is pointing to a respective location relative to the screen; and in response to receiving the transmission from the wand: directing the cursor to move on the screen determining that the respective location comprises a first portion of the screen that is adjacent to an edge of the screen or determining that the respective location is beyond the screen and adjacent to the edge of the screen; in accordance with determining that the respective location comprises the first portion of the screen that is adjacent to the edge of the screen, performing a first media application operation; and in accordance with determining that the respective location is beyond the screen and adjacent to the edge of the screen, performing a second media application operation that is different from the first media application operation. providing a media application interface for display on the screen; providing a cursor for display on the screen; receiving a transmission from the wand, the transmission comprising the output of at least one motion detection component incorporated in the wand while the wand is pointing to a respective location relative to the screen; and in response to receiving the transmission from the wand: directing the cursor to move on the screen determining that the respective location comprises a first portion of the screen that is adjacent to an edge of the screen or determining that the respective location is beyond the screen and adjacent to the edge of the screen; directing the cursor to move on the screen determining that the respective location comprises a first portion of the screen that is adjacent to an edge of the screen or determining that the respective location is beyond the screen and adjacent to the edge of the screen; in accordance with determining that the respective location comprises the first portion of the screen that is adjacent to the edge of the screen, performing a first media application operation; and in accordance with determining that the respective location is beyond the screen and adjacent to the edge of the screen, performing a second media application operation that is different from the first media application operation.
A sanitary washing device , comprising: a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; and a casing storing the nozzle and the valve unit; characterized by further comprising: a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the casing having a concave portion recessed upward from a bottom surface of the casing, the concave portion having an upper surface and a side surface extending from the upper surface and facing backward or sideward, the concave portion being a hose container which is configured to store the water supply hose by bending a portion of the water supply hose, the water supply connection part being provided on the side surface of the hose container, a width of the hose container increases along a direction in which the water supply connection part faces the water supply hose, wherein the sanitary washing device further comprises: a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container. a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve ; and a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the casing having a concave portion recessed upward from a bottom surface of the casing, the concave portion having an upper surface and a side surface extending from the upper surface and facing backward or sideward, the concave portion being a hose container which is configured to store the water supply hose by bending a portion of the water supply hose, the water supply connection part being provided on the side surface of the hose container, a width of the hose container increases along a direction in which the water supply connection part faces the water supply hose, wherein the sanitary washing device further comprises: a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container. a controller configured to control operations of the nozzle and the valve unit, the controller being disposed inside the casing and above the hose container.
A memory storage system , comprising: a plurality of memory systems connected by a data network , each memory system comprising a plurality of memory modules in communication with a memory controller; the plurality of memory systems configured to store data received by one of the plurality of memory systems in a RAID group; memory modules selected from two or more memory systems of the plurality of memory systems, where the selected memory modules are associated with the RAID group, wherein memory modules of the RAID group spanning the two or more memory systems are associated with timing frames comprising a plurality of epochs of time, the start of each epoch for a memory module of the RAID group being controlled such that either a read operation or at least one of a write or an erase operation is performed by the memory module in an epoch for the RAID group and the erase or write operations are scheduled in another epoch in the same RAID group such that no two memory modules in the RAID group are performing a write or erase operation at the same epoch of time so that the data stored in the modules of the RAID group can be read without a conflict between read operations and either erase or write operations; and wherein each of the plurality of memory systems has a separate time determining module and the time determining modules of the plurality of memory systems are synchronized with each other such that the conflict between read and either erase or write operations is avoided. a plurality of memory systems connected by a data network , each memory system comprising a plurality of memory modules in communication with a memory controller; the plurality of memory systems configured to store data received by one of the plurality of memory systems in a RAID group; memory modules selected from two or more memory systems of the plurality of memory systems, where the selected memory modules are associated with the RAID group, wherein memory modules of the RAID group spanning the two or more memory systems are associated with timing frames comprising a plurality of epochs of time, the start of each epoch for a memory module of the RAID group being controlled such that either a read operation or at least one of a write or an erase operation is performed by the memory module in an epoch for the RAID group and the erase or write operations are scheduled in another epoch in the same RAID group such that no two memory modules in the RAID group are performing a write or erase operation at the same epoch of time so that the data stored in the modules of the RAID group can be read without a conflict between read operations and either erase or write operations; and wherein each of the plurality of memory systems has a separate time determining module and the time determining modules of the plurality of memory systems are synchronized with each other such that the conflict between read and either erase or write operations is avoided.