mhurhangee/ep-ind-claims huggingface dataset:
A method for a load balance, comprising: receiving, by a second network edge node in a network edge node pool of an access network, an allocation address discovery message broadcasted by a user equipment; interacting (S216A), by the second network edge node, with a user authentication device to perform a user authentication of the user equipment; entering, by the second network edge node of the network edge node pool, a waiting state, when the second network edge node receives a user authentication result of the user equipment; receiving, by the second network edge node during the waiting state, a message from a load balancing device for indicating the second network edge node to serve the user equipment, wherein the second network edge node is selected by the load balancing device according to a load state and fault state of each network edge node (EN1, EN2, EN3) in the network edge node pool of the access network, wherein the load balancing device is a first network edge node of the network edge node pool; sending, by the second network device, the address allocation discovery message to a dynamic host configuration protocol, DHCP, server; receiving, by the second network edge node, an address allocation service confirmation message from the DHCP server; adding, by the second network edge node address information of the second network edge node in the address allocation service confirmation message; and sending, by the second network edge node, the address allocation service confirmation message including the address information of the second network edge node to the user equipment. receiving, by a second network edge node in a network edge node pool of an access network, an allocation address discovery message broadcasted by a user equipment; interacting (S216A), by the second network edge node, with a user authentication device to perform a user authentication of the user equipment; entering, by the second network edge node of the network edge node pool, a waiting state, when the second network edge node receives a user authentication result of the user equipment; receiving, by the second network edge node during the waiting state, a message from a load balancing device for indicating the second network edge node to serve the user equipment, wherein the second network edge node is selected by the load balancing device according to a load state and fault state of each network edge node (EN1, EN2, EN3) in the network edge node pool of the access network, wherein the load balancing device is a first network edge node of the network edge node pool; sending, by the second network device, the address allocation discovery message to a dynamic host configuration protocol, DHCP, server; receiving, by the second network edge node, an address allocation service confirmation message from the DHCP server; adding, by the second network edge node address information of the second network edge node in the address allocation service confirmation message; and sending, by the second network edge node, the address allocation service confirmation message including the address information of the second network edge node to the user equipment.
A radio base station as a handover source in a mobile communication system further comprising a radio base station as a handover target and a mobile station, the radio base station as the handover source comprising a reception unit, a decision unit, and a transmission unit, whereas the radio base station as the handover source is characterised in that: the reception unit is arranged to carrying out the reception of a measurement report message from the mobile station wherein the measurement report message includes information on a received power of a reference signal between the mobile station and the radio base station as the handover target which is measured by the mobile station, the decision unit is arranged to making a handover decision based on the measurement report message from the mobile station, and the transmission unit is arranged to carrying out the transmission of context information necessary for communication with the mobile station to the radio base station as the handover target in response to the decision unit determining that the mobile station is to be handed over from the radio base station as the handover source to the radio base station as the handover target, wherein the context information includes the information on the received power of a reference signal. the reception unit is arranged to carrying out the reception of a measurement report message from the mobile station wherein the measurement report message includes information on a received power of a reference signal between the mobile station and the radio base station as the handover target which is measured by the mobile station, the decision unit is arranged to making a handover decision based on the measurement report message from the mobile station, and the transmission unit is arranged to carrying out the transmission of context information necessary for communication with the mobile station to the radio base station as the handover target in response to the decision unit determining that the mobile station is to be handed over from the radio base station as the handover source to the radio base station as the handover target, wherein the context information includes the information on the received power of a reference signal.
A knife sheath comprising: a body having opposing sides, a closed distal end and an open proximal end; a knife receiving slot accessible from the open proximal end and being configured to receive and secure a knife; a knife sharpener receiving slot disposed within the open proximal end at a base thereof, wherein the knife sharpener receiving slot comprises a locking mechanism configured to receive and lock a knife sharpening cartridge into an operable position within the open proximal end of the sheath, wherein the locking mechanism comprises an opening in each of the opposing sides of the body of the sheath, said opening comprising a post dividing the opening into a distal portion and a proximal portion, said opening being configured to receive and secure the knife sharpening cartridge within the open proximal end of the body; and the knife sharpening cartridge having sharpening elements and being configured to be received into the knife sharpener receiving slot such that sharpening elements are in communication the knife receiving slot. a body having opposing sides, a closed distal end and an open proximal end; a knife receiving slot accessible from the open proximal end and being configured to receive and secure a knife; a knife sharpener receiving slot disposed within the open proximal end at a base thereof, wherein the knife sharpener receiving slot comprises a locking mechanism configured to receive and lock a knife sharpening cartridge into an operable position within the open proximal end of the sheath, wherein the locking mechanism comprises an opening in each of the opposing sides of the body of the sheath, said opening comprising a post dividing the opening into a distal portion and a proximal portion, said opening being configured to receive and secure the knife sharpening cartridge within the open proximal end of the body; and the knife sharpening cartridge having sharpening elements and being configured to be received into the knife sharpener receiving slot such that sharpening elements are in communication the knife receiving slot.
A humidity control apparatus for performing humidity control operation in which target air is humidified using liquid absorbent, the apparatus comprising: an absorbent circuit through which the liquid absorbent circulates and which includes a humidity controller configured to control a humidity of the target air by exchanging moisture between the target air and the liquid absorbent, and a regenerator configured to regenerate the liquid absorbent by exchanging moisture between regeneration air and the liquid absorbent; a regeneration heat exchanger section provided in the absorbent circuit to cool or heat the liquid absorbent exchanging moisture with the regeneration air; characterized in that the humidity control apparatus further comprises a circuit selector provided in the absorbent circuit and configured to switch the absorbent circuit to a regenerated position in which the liquid absorbent flows through the regenerator and the regeneration heat exchanger section such that during a period during which the humidity control operation is stopped, only regeneration operation for regenerating the liquid absorbent is performed. an absorbent circuit through which the liquid absorbent circulates and which includes a humidity controller configured to control a humidity of the target air by exchanging moisture between the target air and the liquid absorbent, and a regenerator configured to regenerate the liquid absorbent by exchanging moisture between regeneration air and the liquid absorbent; a humidity controller configured to control a humidity of the target air by exchanging moisture between the target air and the liquid absorbent, and a regenerator configured to regenerate the liquid absorbent by exchanging moisture between regeneration air and the liquid absorbent; a regeneration heat exchanger section provided in the absorbent circuit to cool or heat the liquid absorbent exchanging moisture with the regeneration air; characterized in that the humidity control apparatus further comprises a circuit selector provided in the absorbent circuit and configured to switch the absorbent circuit to a regenerated position in which the liquid absorbent flows through the regenerator and the regeneration heat exchanger section such that during a period during which the humidity control operation is stopped, only regeneration operation for regenerating the liquid absorbent is performed.
A sheet-shaped media delivery apparatus, comprising: a media insertion portion, into which a plurality of sheet-shaped media are to be inserted in a stacked state; a media delivery port, from which the media inserted into the media insertion portion are to be delivered; a media guide surface, configured to guide the media toward the media delivery port; a feed roller, configured to feed the media inserted into the media insertion portion toward the media delivery port, a first pressing member, configured to press the media set in the media insertion portion against the feed roller; a second pressing member, configured to press the media set in the media insertion portion against the media guide surface; and a driving mechanism, configured to drive the first pressing member such that the first pressing member is maintained to be pressed against the feed roller from a waiting position, and the second pressing member is moved from a retreating position to a side of the media guide surface interlockingly with a movement of the first pressing member, characterized in that the second pressing member reaches a position at which the second pressing member presses the media against the media guide surface after the first pressing member reaches a position at which the first pressing member presses the media against the feed roller. a media insertion portion, into which a plurality of sheet-shaped media are to be inserted in a stacked state; a media delivery port, from which the media inserted into the media insertion portion are to be delivered; a media guide surface, configured to guide the media toward the media delivery port; a feed roller, configured to feed the media inserted into the media insertion portion toward the media delivery port, a first pressing member, configured to press the media set in the media insertion portion against the feed roller; a second pressing member, configured to press the media set in the media insertion portion against the media guide surface; and a driving mechanism, configured to drive the first pressing member such that the first pressing member is maintained to be pressed against the feed roller from a waiting position, and the second pressing member is moved from a retreating position to a side of the media guide surface interlockingly with a movement of the first pressing member, characterized in that the second pressing member reaches a position at which the second pressing member presses the media against the media guide surface after the first pressing member reaches a position at which the first pressing member presses the media against the feed roller.
Barrel for self-winding timepiece comprising a drum of axis AA provided with an inner lateral wall and a mainspring forming a winding including an outer coil the end of which is friction coupled with said inner lateral wall and free to slip against the inner lateral wall in the event of overtension of the mainspring, in which the end of said outer coil comprises an external face having two friction surfaces (24, 25) disposed in the top and bottom portion of the outer coil and arranged to be in contact with the inner lateral wall in such a way that the portion between the friction surfaces (24, 25), referred to as central portion, is not in contact with the inner lateral wall, said central portion forming a reservoir for a lubricant between the two friction surfaces (24, 25), characterised in that the friction surfaces (24, 25) are in the form of localised overthicknesses in the top and bottom portion of the outer coil.
A bending machine for bending sheet metal workpieces, for example a bending press or pivot bending machine, comprising at least one tool carrier, wherein on the at least one tool carrier a plurality of tool parts are arranged to be displaceable along a horizontal tool receptacle, at least one adjusting device for displacing the tool parts and coupling devices assigned to the tool parts for connecting a tool part to the adjusting device respectively, wherein the adjusting device comprises a threaded spindle running parallel to the tool receptacle and each coupling device comprises a spindle nut section, wherein the spindle nut section can be coupled to the tool part or to the threaded spindle, wherein the coupling device comprises an actuating device causing the engagement of the spindle nut section in the threaded spindle or the tool part, which actuating device is connected to the control of the bending machine, characterized in that each tool part comprises a coupling device, wherein the spindle nut section is mounted rotatably in the tool part and is in continual engagement with the threaded spindle and wherein the actuating device is a coupling for transmitting torque between the spindle nut section and tool part.
An apparatus for applying leaflets to containers, comprising a fixed framework supporting at least one magazine adapted to contain a plurality of leaflets and having at least one outlet for said leaflets that is arranged so as to face the peripheral region of an application drum, which can rotate about its own axis, with respect to said fixed framework, and having, on its own peripheral region, at least one accommodation seat for at least one respective leaflet picked up from said outlet and intended to be transferred onto at least one respective container moved by a conveyor, characterized in that said application drum can be actuated with a continuous rotary motion about its own axis and is provided, at said at least one accommodation seat, with means for retention of said at least one leaflet that can be moved on command between a condition that lies close to the axis of said application drum, in order to allow the installation of said at least one leaflet in said at least one accommodation seat, and a condition that is spaced from the axis of said application drum, in order to pick up said at least one leaflet from said outlet and to transfer said at least one leaflet onto the respective container.
A process for producing propene from a mixture of alcohols obtained from at least one renewable source of carbon, characterized by comprising the following steps: a) Fermentation of at least one renewable source of carbon for the production of a mixture of alcohols comprising ethanol, isopropanol and 1-butanol; b) Simplified removal of the alcohols from the fermentative wort to generate an aqueous solution containing chiefly ethanol, isopropanol and 1-butanol; c) Joint dehydration of the alcohols to produce a mixture of olefins comprising chieflty ethene, propene and linear butenes, the linear butenes being a mixture of 1-butene and 2-butenes (cis and trans isomers), besides water and by-products, among which oxygenated compounds; d) Removal of water, oxygenated compounds and other by-products to generate a mixture of olefins comprising chiefly ethene, propene and linear butenes; and e) Passing the mixture of olefins through an isomerization bed so that 1-butene is isomerized to 2-butenes and, subsequently, passing the mixture of olefins comprising chiefly ethene, propene and 2-butene through a metathesis bed, for reaction between ethene and 2-butenes, generating additional propene, the molar ratio ethene:linear butenes being corrected to be between 1:1 and 1.3:1; by means of one of the alternatives selected from the group comprising: (i) Addition of a stream containing ethanol to the process in step (c); (ii) Addition of a stream containing ethene to the process in step (e); (iii) Addition of a stream containing ethanol to the process in step (c) and a stream containing ethene in step (e). a) Fermentation of at least one renewable source of carbon for the production of a mixture of alcohols comprising ethanol, isopropanol and 1-butanol; b) Simplified removal of the alcohols from the fermentative wort to generate an aqueous solution containing chiefly ethanol, isopropanol and 1-butanol; c) Joint dehydration of the alcohols to produce a mixture of olefins comprising chieflty ethene, propene and linear butenes, the linear butenes being a mixture of 1-butene and 2-butenes (cis and trans isomers), besides water and by-products, among which oxygenated compounds; d) Removal of water, oxygenated compounds and other by-products to generate a mixture of olefins comprising chiefly ethene, propene and linear butenes; and e) Passing the mixture of olefins through an isomerization bed so that 1-butene is isomerized to 2-butenes and, subsequently, passing the mixture of olefins comprising chiefly ethene, propene and 2-butene through a metathesis bed, for reaction between ethene and 2-butenes, generating additional propene, (i) Addition of a stream containing ethanol to the process in step (c); (ii) Addition of a stream containing ethene to the process in step (e); (iii) Addition of a stream containing ethanol to the process in step (c) and a stream containing ethene in step (e).
A system for providing high flow vacuum control to an end effector of an articulated arm, said system comprising: a high flow vacuum source that provides an opening at a distal end of the end effector with an area of high flow vacuum at the end effector such that an object is engageable at the opening for movement by the articulated arm while permitting substantial flow of air through the opening, wherein the opening is provided by a cover (160, 170, 180, 190), said cover (160, 170, 180, 190) including a compliant outwardly facing material, and wherein the opening of the cover (160, 170, 180, 190) includes a plurality of openings (162, 172, 174, 182, 194), said plurality of openings (162, 172, 174, 182, 194) providing more air flow at the central region of the cover than at the peripheral region of the cover (160, 170, 180, 190).
A medicinal fluid injection device comprising: a housing having an opening in a side surface thereof; a storage container arranged inside the housing and storing a medicinal fluid; an injection needle fluidly connected to the storage container and injecting the medicinal fluid through the opening; a pump arranged inside the housing; a frame coupled to the housing and having a hole corresponding to the opening; a cover part (210, 210', 210") positioned on a side of the frame; and an auxiliary cover part positioned opposite the cover part (210, 210', 210") with the hole between the auxiliary cover part and the cover part (210, 210', 210"); wherein a space is formed between the cover part (210, 210', 210") and the auxiliary cover part, the space being fluidly connected to the injection needle as the injection needle passes through the auxiliary cover part; and wherein air in the injection needle is discharged toward the space by a movement of the medical fluid which is moved by the pump, and wherein at least one of the cover part or the auxiliary cover part comprises a polymer, the polymer comprising natural rubber, synthetic rubber or a silicone-based polymer. a housing having an opening in a side surface thereof; a storage container arranged inside the housing and storing a medicinal fluid; an injection needle fluidly connected to the storage container and injecting the medicinal fluid through the opening; a pump arranged inside the housing; a frame coupled to the housing and having a hole corresponding to the opening; a cover part (210, 210', 210") positioned on a side of the frame; and an auxiliary cover part positioned opposite the cover part (210, 210', 210") with the hole between the auxiliary cover part and the cover part (210, 210', 210"); wherein a space is formed between the cover part (210, 210', 210") and the auxiliary cover part, the space being fluidly connected to the injection needle as the injection needle passes through the auxiliary cover part; and wherein air in the injection needle is discharged toward the space by a movement of the medical fluid which is moved by the pump, and wherein at least one of the cover part or the auxiliary cover part comprises a polymer, the polymer comprising natural rubber, synthetic rubber or a silicone-based polymer.
A method for handling a broadcast data packet using a network comprising a plurality of nodes (NH, N1, N2, N3, N4, N5, N6), the method comprising: receiving, at a sending node, the broadcast data packet; and checking, at the sending node, whether the broadcast data packet has been received at the sending node on a previous occasion, wherein if the sending node has not previously received the broadcast data packet the sending node enters a broadcast delivery mode, the broadcast delivery mode comprising: switching to a scan mode to listen for advertisements from other nodes in the network; and starting a timer at the sending node; wherein upon receipt of an advertisement from a neighbouring node the sending node sends an instance of the broadcast data packet to the neighbouring node and the sending node resets the timer, and wherein when the timer expires, the sending node exits the broadcast delivery mode. receiving, at a sending node, the broadcast data packet; and checking, at the sending node, whether the broadcast data packet has been received at the sending node on a previous occasion, wherein if the sending node has not previously received the broadcast data packet the sending node enters a broadcast delivery mode, the broadcast delivery mode comprising: switching to a scan mode to listen for advertisements from other nodes in the network; and starting a timer at the sending node; switching to a scan mode to listen for advertisements from other nodes in the network; and starting a timer at the sending node; wherein upon receipt of an advertisement from a neighbouring node the sending node sends an instance of the broadcast data packet to the neighbouring node and the sending node resets the timer, and wherein when the timer expires, the sending node exits the broadcast delivery mode.