mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at a network virtualization edge network element, NVE, an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; performing by the NVE a look up of the destination address in a border gateway protocol, BGP, table; creating by the NVE an ARP reply message that includes the destination address; transmitting by the NVE the ARP reply message to the requesting virtual machine; updating by the NVE a forwarding table of the NVE with the destination address for the destination virtual machine, wherein the step of updating a forwarding table of the NVE occurs after the step of performing a look up of the destination address in the BGP table; and removing by the NVE an for the destination address of the destination virtual machine from the forwarding table of the NVE after the expiration of a predetermined amount of time. receiving at a network virtualization edge network element, NVE, an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; performing by the NVE a look up of the destination address in a border gateway protocol, BGP, table; creating by the NVE an ARP reply message that includes the destination address; transmitting by the NVE the ARP reply message to the requesting virtual machine; updating by the NVE a forwarding table of the NVE with the destination address for the destination virtual machine, wherein the step of updating a forwarding table of the NVE occurs after the step of performing a look up of the destination address in the BGP table; and removing by the NVE an for the destination address of the destination virtual machine from the forwarding table of the NVE after the expiration of a predetermined amount of time.
A mold apparatus comprising: at least a pair of molds (10; 11, 13), formed with a cavity; at least one heat pipe having a liquid inserted therein and opposite sides of the heat pipe are sealed up; a heat-cool source part connected to the heat pipe to heat or cool the heat pipe; a controller arranged to control the heat-cool source part to selectively heat or cool the heat pipe; at least one pipe accommodator formed in at least one of the molds (10; 11, 13), wherein one side of the heat pipe is inserted in the pipe accommodator and another side of the heat pipe is connected to the heat-cool source part, wherein a cool source part of the heat-cool source part is connected to a cool supplying pipe to supply the cool source thereto and a cool discharging pipe to discharge the cool source, CHARACTERISED IN THAT a heat source part of the heat-cool source part is connected to a heat supplying pipe to supply the heat source thereto and a heat discharging pipe to discharge the heat source therefrom, the cool supplying pipe, the cool discharging pipe, the heat supplying pipe and the heat discharging pipe each comprise a valve, wherein the valves are controlled by the controller which is arranged to control the valves to modulate the amount of heating and cooling of each of the heat source and the cool source supplied to the heat-cool source part. at least a pair of molds (10; 11, 13), formed with a cavity; at least one heat pipe having a liquid inserted therein and opposite sides of the heat pipe are sealed up; a heat-cool source part connected to the heat pipe to heat or cool the heat pipe; a controller arranged to control the heat-cool source part to selectively heat or cool the heat pipe; at least one pipe accommodator formed in at least one of the molds (10; 11, 13), wherein one side of the heat pipe is inserted in the pipe accommodator and another side of the heat pipe is connected to the heat-cool source part, wherein a cool source part of the heat-cool source part is connected to a cool supplying pipe to supply the cool source thereto and a cool discharging pipe to discharge the cool source, CHARACTERISED IN THAT a heat source part of the heat-cool source part is connected to a heat supplying pipe to supply the heat source thereto and a heat discharging pipe to discharge the heat source therefrom, the cool supplying pipe, the cool discharging pipe, the heat supplying pipe and the heat discharging pipe each comprise a valve, wherein the valves are controlled by the controller which is arranged to control the valves to modulate the amount of heating and cooling of each of the heat source and the cool source supplied to the heat-cool source part.
A method for adjusting motion blur of objects in a stereoscopic three dimensional content, said method being characterized in that it comprises: first determining an inter-frame object displacement for each object in a left eye image frame pair, comprised in said stereoscopic three dimensional content; second determining an inter-frame object displacement for each object in a right eye image frame pair, comprised in said stereoscopic three dimensional content; third determining (635, 640) a convergence shifting field between each object in said left eye image and said right eye image pair; fourth determining an amount of motion blur responsive to said inter-frame object displacement for each object in said left eye image frame pair, said inter-frame object displacement for each object in said right eye image frame pair, and said convergence shifting field between each object in said left eye image frame pair and said right eye image frame pair; and adjusting said motion blur of objects in said stereoscopic three dimensional content, for each left eye image frame pair and said right eye image frame pair by said amount of motion blur, wherein said adjustment is an increase or decrease in said amount of motion blur in both the foreground and the background objects. first determining an inter-frame object displacement for each object in a left eye image frame pair, comprised in said stereoscopic three dimensional content; second determining an inter-frame object displacement for each object in a right eye image frame pair, comprised in said stereoscopic three dimensional content; third determining (635, 640) a convergence shifting field between each object in said left eye image and said right eye image pair; fourth determining an amount of motion blur responsive to said inter-frame object displacement for each object in said left eye image frame pair, said inter-frame object displacement for each object in said right eye image frame pair, and said convergence shifting field between each object in said left eye image frame pair and said right eye image frame pair; and adjusting said motion blur of objects in said stereoscopic three dimensional content, for each left eye image frame pair and said right eye image frame pair by said amount of motion blur, wherein said adjustment is an increase or decrease in said amount of motion blur in both the foreground and the background objects.
A patient device, comprising: a sensor detecting patient physiological data; a detection element detecting whether a medical professional is present in a patient's room; and a display, wherein, if a medical professional is present in the patient's room, the display displays a first display mode, the first display mode including the patient physiological data, and wherein, if a medical professional is not present in the patient's room, the display displays a second display mode, the second display mode being adapted for viewing by lay viewers and including a simplified version of patient physiological data comprising only some patient physiological data, and optionally one of an educational display about a patient's condition, a list of care providers, a calendar, and a photograph. a sensor detecting patient physiological data; a detection element detecting whether a medical professional is present in a patient's room; and a display, wherein, if a medical professional is present in the patient's room, the display displays a first display mode, the first display mode including the patient physiological data, and wherein, if a medical professional is not present in the patient's room, the display displays a second display mode, the second display mode being adapted for viewing by lay viewers and including a simplified version of patient physiological data comprising only some patient physiological data, and optionally one of an educational display about a patient's condition, a list of care providers, a calendar, and a photograph.
An interlocking chain stopper to be mounted into a clearance area formed between paired hook-shaped inner tooth plates located in at least one of paired interlocking chains that include pairs of hook-shaped inner tooth plates and pairs of hook-shaped outer tooth plates, wherein the hook-shaped inner tooth plates of each pair are located away from each other in a chain width direction and connected and fixed to each other by respectively fitting front and back paired connecting pins into bushings and press-fitting the bushings into the hook-shaped inner tooth plates, the hook-shaped outer tooth plates of each pair are respectively arranged to be adjacent to outer sides of the paired hook-shaped inner tooth plates in the chain width direction, the hook-shaped outer tooth plates are arranged alternately with the hook-shaped inner tooth plates with respect to the connecting pins in a chain longitudinal direction with the front and back paired connecting pins respectively press-fitted into the hook-shaped outer tooth plates, the paired interlocking chains are formed by connecting a large number of hook-shaped inner tooth plates and a large number of hook-shaped outer tooth plates by pairs of the front and back connecting pins in the chain longitudinal direction, the paired interlocking chains get interlocked with each other to become rigid and get disengaged from each other to bifurcate, the interlocking chain stopper being characterized by a contact-stop protrusion protruding outside the hook-shaped inner tooth plates and the hook-shaped outer tooth plates, respectively, from an interlocking chain stopper mounting portion in a direction toward an inner side of a chain locus when the one interlocking chain bends during driving of the paired interlocking chains when seen from the one interlocking chain, wherein the contact-stop protrusion is brought into contact with and stopped by a contact-stop point provided at a periphery of the chain locus during driving of the paired interlocking chains.
An ablation catheter comprising: a body and a sheath configured to slide over the body; an anchor (101, 301,601) comprising a retracted and a deployed configuration an ablation apparatus (104, 302, 501) at a separate location proximal to that of the anchor comprising a retracted and a deployed configuration; wherein the ablation catheter is configured such that retraction of the sheath exposes both the anchor (101, 301, 601) and the ablation apparatus (104, 302, 501) such that the anchor and the ablation apparatus can transition from retracted configurations to deployed configurations; and a mechanism (802, 803, 804) that allows the ablation apparatus in the deployed configuration to be moved toward the anchor once the anchor is in the deployed configuration and compressed against target tissue. a body and a sheath configured to slide over the body; an anchor (101, 301,601) comprising a retracted and a deployed configuration an ablation apparatus (104, 302, 501) at a separate location proximal to that of the anchor comprising a retracted and a deployed configuration; wherein the ablation catheter is configured such that retraction of the sheath exposes both the anchor (101, 301, 601) and the ablation apparatus (104, 302, 501) such that the anchor and the ablation apparatus can transition from retracted configurations to deployed configurations; and a mechanism (802, 803, 804) that allows the ablation apparatus in the deployed configuration to be moved toward the anchor once the anchor is in the deployed configuration and compressed against target tissue.
A play control method, comprising: passing, by a user terminal, a program authorization of a server; playing, by the user terminal, a authorized program on the user terminal, where the authorized program is provided by a RTSP server; receiving, by the user terminal, a control request information from a third party control entity after the third party control entity remotely monitoring the authorized program played by the user terminal and the third party control entity requesting joining the authorized program played by the user terminal; and performing, by the user terminal, an operation of accessing a program according to the control request information. passing, by a user terminal, a program authorization of a server; playing, by the user terminal, a authorized program on the user terminal, where the authorized program is provided by a RTSP server; receiving, by the user terminal, a control request information from a third party control entity after the third party control entity remotely monitoring the authorized program played by the user terminal and the third party control entity requesting joining the authorized program played by the user terminal; and performing, by the user terminal, an operation of accessing a program according to the control request information.
Panel holder made of at least one wire and having at least one element (H2-1; H5-1) for fastening the panel holder on a fixed structure adjacent to the panel holder, and having at least one element (H1; H3; H4) for fastening the panel holder on a panel, wherein the wire forms a supporting bracket (H2-2) which, with the panel holder and panel in the assembled state, is arranged in a critical region of the panel, the panel being subjected to a high crash-induced force in said critical region in the event of a crash, characterized in that the critical region of the panel has an opening which is integrated in the panel and from which, with the panel in the installed state, projects a height-adjustment lever, an amount of installation space being provided in the panel for the mechanism of said lever.
A computer-assisted medical device (100, 200) comprising: a first articulated arm with an imaging device mounted thereto; a second articulated arm with an instrument having an end effector mounted thereto; a control unit coupled to the first articulated arm and second articulated arm, wherein the control unit is configured to: set a first reference frame, the first reference frame being based on a position of the imaging device at a first time, characterized in that the control unit is further configured to: allow a first disturbance to the first articulated arm, the first disturbance moving the imaging device away from the position of the imaging device at the first time, receive a command to move the end effector after the first time, and transform the command to move the end effector from the first reference frame to a command to move the end effector in a reference frame for the end effector. a first articulated arm with an imaging device mounted thereto; a second articulated arm with an instrument having an end effector mounted thereto; a control unit coupled to the first articulated arm and second articulated arm, wherein the control unit is configured to: set a first reference frame, the first reference frame being based on a position of the imaging device at a first time, characterized in that the control unit is further configured to: allow a first disturbance to the first articulated arm, the first disturbance moving the imaging device away from the position of the imaging device at the first time, receive a command to move the end effector after the first time, and transform the command to move the end effector from the first reference frame to a command to move the end effector in a reference frame for the end effector. set a first reference frame, the first reference frame being based on a position of the imaging device at a first time, characterized in that the control unit is further configured to: allow a first disturbance to the first articulated arm, the first disturbance moving the imaging device away from the position of the imaging device at the first time, receive a command to move the end effector after the first time, and transform the command to move the end effector from the first reference frame to a command to move the end effector in a reference frame for the end effector. allow a first disturbance to the first articulated arm, the first disturbance moving the imaging device away from the position of the imaging device at the first time, receive a command to move the end effector after the first time, and transform the command to move the end effector from the first reference frame to a command to move the end effector in a reference frame for the end effector.
Storage device for two rolls of the same type in a roll stand, wherein the storage device is a component part of the roll stand or can be positioned relative to the roll stand in such a way that the rolls can be transferred from the roll stand into the storage device or vice versa, characterized in that the storage device has at least one measuring system, by means of which the temperatures and/or the diameters of the rolls can be detected individually and independently of one another, at least at predefined detection positions (p'), as viewed in the direction of the roll axes.
A current collector, comprising: a conductive substrate; and a resin layer provided on at least one side of the conductive substrate; wherein the resin layer is formed with a paste comprising: polyolefin-based emulsion particles; a conductive material; and a cross-linker; and the polyolefin-based emulsion particles contain a polyolefin-based resin, both end terminals of the polyolefin-based resin being modified with carboxylic acid or carboxylic acid anhydride. a conductive substrate; and a resin layer provided on at least one side of the conductive substrate; wherein the resin layer is formed with a paste comprising: polyolefin-based emulsion particles; a conductive material; and a cross-linker; and polyolefin-based emulsion particles; a conductive material; and a cross-linker; and the polyolefin-based emulsion particles contain a polyolefin-based resin, both end terminals of the polyolefin-based resin being modified with carboxylic acid or carboxylic acid anhydride.
A process for producing cyclohexylbenzene, the process comprising: (a) feeding benzene and hydrogen to at least one reaction zone; (b) contacting the benzene and hydrogen in the at least one reaction zone under hydroalkylation conditions and at a temperature of between 125 °C and 250 °C with a catalyst system comprising a molecular sieve of the MCM-22 family and at least one hydrogenation metal to produce an effluent containing cyclohexylbenzene, wherein the ratio of the total number of moles of hydrogen fed to the at least one reaction zone to the number of moles of benzene fed to the at least one reaction zone is between 0.4 and 0.8:1. (a) feeding benzene and hydrogen to at least one reaction zone; (b) contacting the benzene and hydrogen in the at least one reaction zone under hydroalkylation conditions and at a temperature of between 125 °C and 250 °C with a catalyst system comprising a molecular sieve of the MCM-22 family and at least one hydrogenation metal to produce an effluent containing cyclohexylbenzene, wherein the ratio of the total number of moles of hydrogen fed to the at least one reaction zone to the number of moles of benzene fed to the at least one reaction zone is between 0.4 and 0.8:1.
Method of operating a lavatory management system for assigning a passenger to a lavatory (6a-6d) within an aircraft passenger cabin in order to balance the load of the lavatories (6a-6d), wherein the aircraft passenger cabin comprises at least two lavatories (6a-6d), each having a waiting queue (60a-60d), and wherein the aircraft passenger cabin is divided into at least two spatial zones (8a-8d), wherein the method includes the following steps executed by the lavatory management system: - receiving a lavatory assignment request from a passenger via an input device (30a-30c); - based on a seat location of said passenger, determining a particular spatial zone (8a-8d) of the aircraft passenger cabin which includes the seat location of said passenger; and - based on the particular spatial zone (8a-8d), adding the passenger to the waiting queue (60a-60d) of a particular lavatory (6a-6d), associated with the particular spatial zone (8a-8d); wherein the configuration of the at least two spatial zones (8a-8d) is variable and is based on a plurality of zone configuration parameters, the plurality of zone configuration parameters including a queue length of each of the waiting queues (60a-60d) of the at least two lavatories (6a-6d); wherein the method includes providing a visual indication of the particular lavatory (6a-6d), whose waiting queue (60a-60d) the passenger has been added to. the aircraft passenger cabin comprises at least two lavatories (6a-6d), each having a waiting queue (60a-60d), and wherein the aircraft passenger cabin is divided into at least two spatial zones (8a-8d), wherein the method includes the following steps executed by the lavatory management system: - receiving a lavatory assignment request from a passenger via an input device (30a-30c); - based on a seat location of said passenger, determining a particular spatial zone (8a-8d) of the aircraft passenger cabin which includes the seat location of said passenger; and - based on the particular spatial zone (8a-8d), adding the passenger to the waiting queue (60a-60d) of a particular lavatory (6a-6d), associated with the particular spatial zone (8a-8d); - receiving a lavatory assignment request from a passenger via an input device (30a-30c); - based on a seat location of said passenger, determining a particular spatial zone (8a-8d) of the aircraft passenger cabin which includes the seat location of said passenger; and - based on the particular spatial zone (8a-8d), adding the passenger to the waiting queue (60a-60d) of a particular lavatory (6a-6d), associated with the particular spatial zone (8a-8d); wherein the configuration of the at least two spatial zones (8a-8d) is variable and is based on a plurality of zone configuration parameters, the plurality of zone configuration parameters including a queue length of each of the waiting queues (60a-60d) of the at least two lavatories (6a-6d); wherein the method includes providing a visual indication of the particular lavatory (6a-6d), whose waiting queue (60a-60d) the passenger has been added to.
Use of polyesters based on polycarboxylic acids and di- or polyols, comprising dicarboxylic acids of the formula HOOC- x-COOH with x > 10 and diols of the formula HO- y-OH, with the proviso that at least 50 mole per cent of the dicarboxylic acids, based on the total amount of polycarboxylic acid components, and at least 50 mole per cent of the diols, based on the total amount of di- or polyols, satisfy the condition x + y >18, in hotmelt adhesives.