mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a User Equipment, UE, for small data transmission, the method comprising: receiving, from a base station, BS, a configuration indicating a dedicated physical resource; performing the small data transmission based on the dedicated physical resource while the UE is in an inactive state; and receiving, from the BS, an acknowledgement, ACK, indicator indicating a successful reception of the small data transmission by the BS, wherein: the ACK indicator is included in a random access response, RAR. receiving, from a base station, BS, a configuration indicating a dedicated physical resource; performing the small data transmission based on the dedicated physical resource while the UE is in an inactive state; and receiving, from the BS, an acknowledgement, ACK, indicator indicating a successful reception of the small data transmission by the BS, wherein: the ACK indicator is included in a random access response, RAR.
A method of clearing a grain cleaning system of an agricultural combine, comprising a cleaning shoe and a blower (110/610) having a housing (114/214/514/614) surrounding a fan (112/212), the method comprising the steps of: providing and directing a flow of high velocity air through an outlet of the housing (114/214/514/614) in a first direction about an inlet end of a cleaning shoe; monitoring the cleaning shoe in order to detect a change in an operational parameter of the cleaning shoe; and redirecting the flow of high velocity air about the inlet end of the cleaning shoe in a second direction in response to a detected change in the operational parameter, characterized in that the housing (114/214/514/614) comprises a first portion and a second portion (132/226) movable between a first position and a second position, and in that the flow of high velocity air is redirected by moving at least the second portion (132/226) of the housing (114/214/514/614) adjacent the inlet end of the cleaning shoe. providing and directing a flow of high velocity air through an outlet of the housing (114/214/514/614) in a first direction about an inlet end of a cleaning shoe; monitoring the cleaning shoe in order to detect a change in an operational parameter of the cleaning shoe; and redirecting the flow of high velocity air about the inlet end of the cleaning shoe in a second direction in response to a detected change in the operational parameter, characterized in that the housing (114/214/514/614) comprises a first portion and a second portion (132/226) movable between a first position and a second position, and in that the flow of high velocity air is redirected by moving at least the second portion (132/226) of the housing (114/214/514/614) adjacent the inlet end of the cleaning shoe.
Apparatus for producing plastic containers by means of a blow-moulding, filling and sealing process, consisting at least of a moulding device with individual moulding tools, which can be moved repeatedly relative to each other from an open receiving position to a moulding closed position, and an extrusion unit, by means of which the at least one extruded plastic tube can be introduced into the open receiving position of the moulding tools, wherein, by means of a displacement device, the extrusion unit can be moved in conjunction with each extruded plastic tube in the opposing direction with respect to the moulding device, which is arranged in a stationary manner in each position of the moulding tools, wherein the moulding tools of the moulding device can be moved horizontally in opposing directions relative to each other by means of a further displacement device, wherein, by means of the displacement device, the extrusion unit can be moved transversely thereto vertically in opposing directions in such a manner that part of the plastic tube can be moved from an uppermost extrusion position to a lowermost moulding position by means of the lowered extrusion unit and wherein the moulding tools of the moulding device are divided into groups (60, 64) in pairs, the main mould being used on the one hand for moulding a container body of the respective container and the head mould being used on the other hand for moulding an associated head portion, characterised in that at least when the head mould is closed with the main mould open, a gripping device, which is inserted into the main mould opposing the extrusion unit, can grasp at least a part of the product manufactured in the proceeding production step in a releasable manner. wherein the moulding tools of the moulding device can be moved horizontally in opposing directions relative to each other by means of a further displacement device, wherein, by means of the displacement device, the extrusion unit can be moved transversely thereto vertically in opposing directions in such a manner that part of the plastic tube can be moved from an uppermost extrusion position to a lowermost moulding position by means of the lowered extrusion unit and wherein the moulding tools of the moulding device are divided into groups (60, 64) in pairs, the main mould being used on the one hand for moulding a container body of the respective container and the head mould being used on the other hand for moulding an associated head portion, characterised in that at least when the head mould is closed with the main mould open, a gripping device, which is inserted into the main mould opposing the extrusion unit, can grasp at least a part of the product manufactured in the proceeding production step in a releasable manner.
A near-infrared laser focusing lens, consisting of a first lens, a second lens, a third lens, a fourth lens, and a fifth lens, which are coaxially arranged successively along a transmission direction of an incident light beam of a laser, and configured to focus said light beam; wherein the second and the third lens (L2, L3) are positive biconvex lenses, and the fourth lens and the fifth lens (L4, L5) are positive meniscus lenses; middle portions of the fourth lens and the fifth lens protrude reverse to the transmission direction of the incident light beam, characterized in that the first lens is a negative plane-concave lens, a concave surface of the first lens faces the second lens, the first lens comprises a first surface and a second surface, the second lens comprises a third surface and a fourth surface, the third lens comprises a fifth surface and a sixth surface, the fourth lens comprises a seventh surface and an eighth surface, and the fifth lens comprise a ninth surface and a tenth surface, the first surface to tenth surface (S1 to S10) are arranged successively along the transmission direction of the incident light beam; a distance on an optical axis between the second surface and the third surface is 20mm; a distance on the optical axis between the fourth surface and the fifth surface is 70mm; a distance on the optical axis between the six surface and the seven surface is 0.2mm; a distance on the optical axis between the eighth surface and the ninth surface is 0.2mm; each of the distances (d1 to d4) has a tolerance of 5%.
A method of receiving slot format related information, SFI, by a user equipment, UE, in a wireless communication system, the method characterized by comprising: receiving a first group common-physical downlink control channel, GC-PDCCH, including a first SFI at a first period based on a monitoring periodicity for GC-PDCCH monitoring; determining respective slot formats for first slots based on the first SFI; receiving a second GC-PDCCH including a second SFI at a second period based on the monitoring periodicity; and determining respective slot formats for second slots based on the second SFI, wherein a duration of slot formats indicated by the first SFI is longer than the monitoring periodicity of GC-PDCCH, wherein the second slots comprise a slot overlapping with the first slots, and wherein the second SFI is restricted to indicate a same slot format for the overlapping slot as a slot format indicated by the first SFI for the overlapping slot. receiving a first group common-physical downlink control channel, GC-PDCCH, including a first SFI at a first period based on a monitoring periodicity for GC-PDCCH monitoring; determining respective slot formats for first slots based on the first SFI; receiving a second GC-PDCCH including a second SFI at a second period based on the monitoring periodicity; and determining respective slot formats for second slots based on the second SFI, wherein a duration of slot formats indicated by the first SFI is longer than the monitoring periodicity of GC-PDCCH, wherein the second slots comprise a slot overlapping with the first slots, and wherein the second SFI is restricted to indicate a same slot format for the overlapping slot as a slot format indicated by the first SFI for the overlapping slot.
A balancing device for a rotating part of a turbomachine, including a ferrule pierced with a plurality of ports, a balancing screw (27, 27') passing through each port, the balancing screws are at least of a first and a second type, the balancing screws of the second type and of the first type being radially distributed around the ferrule so as to balance the rotating part, the balancing screws of the first and second type includes a body (30, 30') and a head (29, 29'), the head (29, 29') of each balancing screw being pierced with a recess (32, 32'), the recess being formed by a driving recess and by an additional recess, the driving recess having a bottom, the bottom of the driving recess being pierced with the additional recess, characterised in that the recess of the screws of the first type having a first depth p1, and the recess of the screws of the second type having a second depth p2, the second depth p2 being strictly lower than the first depth p1.
Relaying method implemented either in a radio-communication network comprising a coordinator node, or in a communication network comprising a high subnetwork and at least one low subnetwork, each subnetwork then comprising a coordinator node, the coordinator node of a low subnetwork belonging to the high subnetwork, each coordinator node sending a beacon signal to enable the nodes in said network or said corresponding subnetwork to synchronise and possibly to communicate with said coordinator node, said relaying method being designed to relay, via a node, referred to as a relay node, a communication from a node, referred to as a node to be relayed, to said coordinator node on which it is dependent, characterised in that it comprises: - a step of detection, by a node in said network, of a relaying situation, said node becoming a node to be relayed, - a step of selection by said node to be relayed, of a relay node consisting of establishing the topology of said network overall in order to determine the nodes that are adjacent within one jump to said node to be relayed and which are in radio contact with said node to be relayed, and selecting the relay node offering the most suitable route from the node to be relayed to the coordinator node in accordance with selection criteria relating to the nature of this route, - a step of sending, by said relay node selected at step, a beacon signal different from the beacon signal sent by the coordinator node of the network, - a step of synchronisation of said node to be relayed on the beacon signal sent by the relay node, and establishing the route followed by the communication via said relay node. - a step of detection, by a node in said network, of a relaying situation, said node becoming a node to be relayed, - a step of selection by said node to be relayed, of a relay node consisting of establishing the topology of said network overall in order to determine the nodes that are adjacent within one jump to said node to be relayed and which are in radio contact with said node to be relayed, and selecting the relay node offering the most suitable route from the node to be relayed to the coordinator node in accordance with selection criteria relating to the nature of this route, - a step of sending, by said relay node selected at step, a beacon signal different from the beacon signal sent by the coordinator node of the network, - a step of synchronisation of said node to be relayed on the beacon signal sent by the relay node, and establishing the route followed by the communication via said relay node.
A nacelle assembly for a gas turbine engine, comprising: a fan nacelle bounding a bypass flow path, the fan nacelle including a first nacelle section and a second nacelle section, the second nacelle section including a moveable portion movable relative to a forward portion to define a secondary flow passage, the first nacelle section including an inlet lip; and a thrust reverser configured to selectively communicate a portion of bypass airflow between the bypass flow path and the secondary flow passage; and characterised by further comprising: a bi-directional pump configured to selectively communicate airflow between surfaces of the inlet lip and surfaces of the secondary flow passage; and a controller configured to cause the pump to operate in at least a first mode and a second mode in response to determining one or more operability conditions of the nacelle assembly; such and that: airflow is communicated from the forward portion to the inlet lip in the first mode, and airflow is communicated from the inlet lip to a location downstream of the inlet lip in the second mode. a fan nacelle bounding a bypass flow path, the fan nacelle including a first nacelle section and a second nacelle section, the second nacelle section including a moveable portion movable relative to a forward portion to define a secondary flow passage, the first nacelle section including an inlet lip; and a thrust reverser configured to selectively communicate a portion of bypass airflow between the bypass flow path and the secondary flow passage; and characterised by further comprising: a bi-directional pump configured to selectively communicate airflow between surfaces of the inlet lip and surfaces of the secondary flow passage; and a controller configured to cause the pump to operate in at least a first mode and a second mode in response to determining one or more operability conditions of the nacelle assembly; such and that: airflow is communicated from the forward portion to the inlet lip in the first mode, and airflow is communicated from the inlet lip to a location downstream of the inlet lip in the second mode.
A user device comprising: a system state detecting unit configured to detect a state that access to a first system is barred in a first cell of the first system that supports IP multimedia subsystem-type communication service, in a state in which the user device is in an IDLE state as a radio connection between the user device and the first system, wherein the first system is a 5G system; a cell selecting unit configured to select, based on the state detected by the system state detecting unit, a second cell of a second system that supports the IP multimedia subsystem-type communication service, as a target cell for connection, in the state in which the user device is in the IDLE state as the radio connection between the user device and the first system, wherein the second system is a 4G system; and a connection processing unit configured to transmit a connection request signal for the IP multimedia subsystem-type communication service to the target cell for connection. a system state detecting unit configured to detect a state that access to a first system is barred in a first cell of the first system that supports IP multimedia subsystem-type communication service, in a state in which the user device is in an IDLE state as a radio connection between the user device and the first system, wherein the first system is a 5G system; a cell selecting unit configured to select, based on the state detected by the system state detecting unit, a second cell of a second system that supports the IP multimedia subsystem-type communication service, as a target cell for connection, in the state in which the user device is in the IDLE state as the radio connection between the user device and the first system, wherein the second system is a 4G system; and a connection processing unit configured to transmit a connection request signal for the IP multimedia subsystem-type communication service to the target cell for connection.
A sensing apparatus comprising: a displacement sensor element arranged to sense a separation between a first element and a second element movably mounted with respect to the first element; an acceleration sensor element configured to sense an acceleration associated with the first element; displacement measurement circuitry configured to make a measurement indicative of separation on the basis of the sensed separation; acceleration measurement circuitry configured to make a measurement of acceleration on the basis of the sensed acceleration; and a processing element configured to output a signal to indicate there is determined to be a change in the separation of the second element relative to the first element on the basis of the measurement indicative of separation and the measurement of acceleration, wherein the processing element is configured to output the signal to indicate there is determined to be a change in the separation of the second element relative to the first element if the measurement of acceleration is determined to be less than or equal to an acceleration threshold value. a displacement sensor element arranged to sense a separation between a first element and a second element movably mounted with respect to the first element; an acceleration sensor element configured to sense an acceleration associated with the first element; displacement measurement circuitry configured to make a measurement indicative of separation on the basis of the sensed separation; acceleration measurement circuitry configured to make a measurement of acceleration on the basis of the sensed acceleration; and a processing element configured to output a signal to indicate there is determined to be a change in the separation of the second element relative to the first element on the basis of the measurement indicative of separation and the measurement of acceleration, wherein the processing element is configured to output the signal to indicate there is determined to be a change in the separation of the second element relative to the first element if the measurement of acceleration is determined to be less than or equal to an acceleration threshold value.
An information processing system capable of performing facsimile transmission of data being stored in a plurality of libraries, wherein property items, including a property item having a facsimile number as value, which are given to respective data, may vary depending on the library in which the respective data is stored, the information processing system comprising: display means (240; 703) for displaying a screen for enabling a user to select a specific library among the plurality of libraries and to select, for the specific library, one property item, as a property item from which a facsimile number is to be acquired, among the plurality of property items given to the data being stored in the specific library; registration means (400; 804, 805) for registering the selected property item in association with the specific library among the plurality of libraries; selection means (240; 504) for selecting data to be facsimile-transmitted from among the data being stored in the plurality of libraries; determination means (211; S902) for determining whether the data selected by the selection means is data being stored in the specific library for which an association with the selected property item is registered; acquisition means (211; S904) for, when the determination means determines that the selected data is data being stored in the specific library for which an association with the selected property item is registered, automatically acquiring a value of the registered property item among the plurality of property items given to the data being stored in the specific library; and setting means (211; S911) for setting the value acquired by the acquisition means as a destination facsimile number of the selected data. display means (240; 703) for displaying a screen for enabling a user to select a specific library among the plurality of libraries and to select, for the specific library, one property item, as a property item from which a facsimile number is to be acquired, among the plurality of property items given to the data being stored in the specific library; registration means (400; 804, 805) for registering the selected property item in association with the specific library among the plurality of libraries; selection means (240; 504) for selecting data to be facsimile-transmitted from among the data being stored in the plurality of libraries; determination means (211; S902) for determining whether the data selected by the selection means is data being stored in the specific library for which an association with the selected property item is registered; acquisition means (211; S904) for, when the determination means determines that the selected data is data being stored in the specific library for which an association with the selected property item is registered, automatically acquiring a value of the registered property item among the plurality of property items given to the data being stored in the specific library; and setting means (211; S911) for setting the value acquired by the acquisition means as a destination facsimile number of the selected data.
A computer-implemented method for enhancing quality of an image, comprising the steps of a) deriving, from an initial low-resolution image, an initial high-resolution image (IHRI) by upsampling (S2, S3); b) providing, based on the initial high-resolution image (IHRI), at least one downsampled filtered image as an auxiliary image (AIij, AIi'j') having a resolution equal or less than that of the low-resolution image; c) providing, based on the initial low-resolution image, an unfiltered image (LRI, UIi'j') having the same resolution as said at least one downsampled filtered image; d) selecting a patch from said initial high-resolution image (IHRI); e) finding two or more filial patches (PAk) similar to said selected patch in said at least one downsampled filtered image (AIij, AIi'j'); f) finding, in said unfiltered image (LRI, UIi'j'), parent patches (PPk) locally associated to said filial patches (PAk); g) linearly combining the parent patches (PPk) in order to form an enhanced quality patch; and h) combining enhanced quality patches obtained by repeatedly carrying out steps d) to f) to form an enhanced quality high-resolution image (EIp). a) deriving, from an initial low-resolution image, an initial high-resolution image (IHRI) by upsampling (S2, S3); b) providing, based on the initial high-resolution image (IHRI), at least one downsampled filtered image as an auxiliary image (AIij, AIi'j') having a resolution equal or less than that of the low-resolution image; c) providing, based on the initial low-resolution image, an unfiltered image (LRI, UIi'j') having the same resolution as said at least one downsampled filtered image; d) selecting a patch from said initial high-resolution image (IHRI); e) finding two or more filial patches (PAk) similar to said selected patch in said at least one downsampled filtered image (AIij, AIi'j'); f) finding, in said unfiltered image (LRI, UIi'j'), parent patches (PPk) locally associated to said filial patches (PAk); g) linearly combining the parent patches (PPk) in order to form an enhanced quality patch; and h) combining enhanced quality patches obtained by repeatedly carrying out steps d) to f) to form an enhanced quality high-resolution image (EIp).