mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a content reply packet from a content owner in content-centric networking, CCN, for caching a content in an intermediate node, the method comprising: determining a node caching capability value threshold, CCVth, for determining a candidate node for caching the content based on a policy of the content owner, wherein the policy of the content owner is based on any one or any combination of a name of the content, a popularity of the content, an importance of the content, and a hit ratio of the content; and transmitting the content reply packet including the content and the CCVth in response to a content request packet from a content requester, wherein the CCVth is used to determine a location of a candidate node for caching the content and a number of candidate nodes for caching the content. determining a node caching capability value threshold, CCVth, for determining a candidate node for caching the content based on a policy of the content owner, wherein the policy of the content owner is based on any one or any combination of a name of the content, a popularity of the content, an importance of the content, and a hit ratio of the content; and transmitting the content reply packet including the content and the CCVth in response to a content request packet from a content requester, wherein the CCVth is used to determine a location of a candidate node for caching the content and a number of candidate nodes for caching the content.
A navigation system for determining the location of a member relative to an anatomy, comprising: a tracking system; a sensor assembly including: a sensor and a sensor cap operable to be sensed by said tracking system; and a connection portion to interconnect said sensor cap with the anatomy, the connection portion including a first leg and a second leg extending from the connection portion and movable relative to one another to engage the anatomy at corresponding first and second points and to substantially reduce rotation of the sensor, characterized in that, the connection portion includes a connection post having a sensor engagement portion and a keyed portion configured to engage a corresponding portion of the sensor cap and prevent rotation of the sensor cap relative to the connection portion. a tracking system; a sensor assembly including: a sensor and a sensor cap operable to be sensed by said tracking system; and a connection portion to interconnect said sensor cap with the anatomy, the connection portion including a first leg and a second leg extending from the connection portion and movable relative to one another to engage the anatomy at corresponding first and second points and to substantially reduce rotation of the sensor, characterized in that, the connection portion includes a connection post having a sensor engagement portion and a keyed portion configured to engage a corresponding portion of the sensor cap and prevent rotation of the sensor cap relative to the connection portion. a sensor and a sensor cap operable to be sensed by said tracking system; and a connection portion to interconnect said sensor cap with the anatomy, the connection portion including a first leg and a second leg extending from the connection portion and movable relative to one another to engage the anatomy at corresponding first and second points and to substantially reduce rotation of the sensor, characterized in that, the connection portion includes a connection post having a sensor engagement portion and a keyed portion configured to engage a corresponding portion of the sensor cap and prevent rotation of the sensor cap relative to the connection portion.
An information processing apparatus (100; 200) comprising: a control unit configured to transmit an inducement frame for causing a plurality of communication devices to transmit respective transmission suppression period reduction frames for reducing a transmission suppression period, wherein the inducement frame includes addresses of the plurality of communication devices to transmit respective transmission suppression period reduction frames, wherein the control unit is further configured to transmit a transmission suppression period reduction frame to another communication device after the transmission of the inducement frame. a control unit configured to transmit an inducement frame for causing a plurality of communication devices to transmit respective transmission suppression period reduction frames for reducing a transmission suppression period, wherein the inducement frame includes addresses of the plurality of communication devices to transmit respective transmission suppression period reduction frames, wherein the control unit is further configured to transmit a transmission suppression period reduction frame to another communication device after the transmission of the inducement frame.
A communication apparatus characterized by comprising: a circuitry which, in operation, determines a format for transmitting Sidelink Control Information, SCI, used for scheduling sidelink data, wherein the format is determined as a function of whether a subframe including the SCI includes the sidelink data; and a transmitter which, in operation, transmits the SCI and the sidelink data, and wherein the circuitry, in operation, determines a first format for transmitting the SCI when the sidelink data is transmitted in the subframe in which the SCI is transmitted, the first format not including a timing advance field, and the circuitry, in operation, determines a second format for transmitting the SCI when the sidelink data is transmitted in a subframe that is different from the subframe in which the SCI is transmitted, the second format including the timing advance field. a circuitry which, in operation, determines a format for transmitting Sidelink Control Information, SCI, used for scheduling sidelink data, wherein the format is determined as a function of whether a subframe including the SCI includes the sidelink data; and a transmitter which, in operation, transmits the SCI and the sidelink data, and wherein the circuitry, in operation, determines a first format for transmitting the SCI when the sidelink data is transmitted in the subframe in which the SCI is transmitted, the first format not including a timing advance field, and the circuitry, in operation, determines a second format for transmitting the SCI when the sidelink data is transmitted in a subframe that is different from the subframe in which the SCI is transmitted, the second format including the timing advance field.
System for assisted ascent or descent, comprising: a staircase comprising at least one instrumented mobile step (M1, M2, M3), provided with at least one sensor for measuring the centre of pressure of a user and at least one lifting actuator capable of raising or lowering the step according to a vertical degree of freedom; a calculation unit connected to the sensor for measuring the centre of pressure and the lifting actuator, the calculation unit being configured to calculate at least the position, the speed of movement and the acceleration of the user on the basis of the centre of pressure measured by the sensor and, as a function of the calculated values, control the lifting actuator. a staircase comprising at least one instrumented mobile step (M1, M2, M3), provided with at least one sensor for measuring the centre of pressure of a user and at least one lifting actuator capable of raising or lowering the step according to a vertical degree of freedom; a calculation unit connected to the sensor for measuring the centre of pressure and the lifting actuator, the calculation unit being configured to calculate at least the position, the speed of movement and the acceleration of the user on the basis of the centre of pressure measured by the sensor and, as a function of the calculated values, control the lifting actuator.
A solid catalyst component for the (co)polymerization of olefins CH 2 =CHR, in which R is hydrogen or a hydrocarbyl radical with 1-12 carbon atoms, obtained by a process comprising: (a) a first step in which Ti(OEt) 4 is reacted with a Mg based compound of formula MgCl n (OR I) 2-n, where n is from 0.5 to 1.5, R I is a C 1 -C 10 alkyl groups, the Ti(OEt) 4 and the Mg compound are used in amounts such that the Ti/Mg molar ratio is of 0.2-0.4, the reaction temperature is 110-130°C and the reaction time is 2-5 hours; and (b) a subsequent step in which the product obtained in (a) is reacted with a Ti compound of formula Ti(OR I) 4-y Cl y, where y is a number between 3 and 4. (a) a first step in which Ti(OEt) 4 is reacted with a Mg based compound of formula MgCl n (OR I) 2-n, where n is from 0.5 to 1.5, R I is a C 1 -C 10 alkyl groups, the Ti(OEt) 4 and the Mg compound are used in amounts such that the Ti/Mg molar ratio is of 0.2-0.4, the reaction temperature is 110-130°C and the reaction time is 2-5 hours; and (b) a subsequent step in which the product obtained in (a) is reacted with a Ti compound of formula Ti(OR I) 4-y Cl y, where y is a number between 3 and 4.
A table holder for an inflated balloon (60, 61) comprising a foot supported on a surface and a slider, characterized in that at least one slit (6, 59) extends through the foot, wherein the slit is carried out in a way that the slider together with the neck of a balloon wound around the slider may be locked tightly in the slit.
A method for fractionating a protein mixture comprising multiple protein species to obtain a protein of interest comprising: (a) adjusting the pH of said protein mixture based on the isoelectric point of said protein of interest, thereby rendering a net charge of about zero on said protein of interest, (b) adjusting the conductivity of said protein mixture such that said multiple species other than said protein of interest are rejected by a charged ultrafiltration membrane; and (c) contacting said mixture with said charged ultrafiltration membrane to achieve a first permeate and a first retentate, wherein said ultrafiltration membrane has a pore size at least 100 kDa above, or 10X greater than, at least one of said multiple species other than said protein of interest, wherein said first permeate comprises an increased ratio of said protein of interest as compared to said protein mixture. (a) adjusting the pH of said protein mixture based on the isoelectric point of said protein of interest, thereby rendering a net charge of about zero on said protein of interest, (b) adjusting the conductivity of said protein mixture such that said multiple species other than said protein of interest are rejected by a charged ultrafiltration membrane; and (c) contacting said mixture with said charged ultrafiltration membrane to achieve a first permeate and a first retentate, wherein said ultrafiltration membrane has a pore size at least 100 kDa above, or 10X greater than, at least one of said multiple species other than said protein of interest,
A method for wireless communications in a logical cell (1302; 1304; 1500) comprising a base station (eNBO), BS, and one or more remote radio heads, RRHs, under control of the BS and distributed in different locations throughout the logical cell, the method being performed by the BS and comprising: receiving channel state information, CSI, feedback from a user equipment, UE; selecting one or more antenna ports for transmitting reference signals, RSs, to the UE, wherein the one or more antenna ports are selected from antenna ports of the BS and the RRHs; characterized in that the selecting is based on the CSI feedback, and in that the method further comprises: determining whether to update the selection of the one or more antenna ports based at least in part on a change in location of the UE in the logical cell (1302; 1304; 1500) or a mobility of the UE in the logical cell (1302; 1304; 1500), wherein to determine the change in location or mobility of the UE, a location of the UE is determined based on sounding reference signals, SRSs, transmitted from the UE and received at different RRHs or on global positioning system, GPS, coordinates of the UE reported to the BS. receiving channel state information, CSI, feedback from a user equipment, UE; selecting one or more antenna ports for transmitting reference signals, RSs, to the UE, wherein the one or more antenna ports are selected from antenna ports of the BS and the RRHs; characterized in that the selecting is based on the CSI feedback, and in that the method further comprises: determining whether to update the selection of the one or more antenna ports based at least in part on a change in location of the UE in the logical cell (1302; 1304; 1500) or a mobility of the UE in the logical cell (1302; 1304; 1500), wherein to determine the change in location or mobility of the UE, a location of the UE is determined based on sounding reference signals, SRSs, transmitted from the UE and received at different RRHs or on global positioning system, GPS, coordinates of the UE reported to the BS.
Method of separating overspray of a liquid coating material from an air or other gas flow flowing through an application region of a system for coating workpieces, wherein the overspray which has passed into the gas flow in the application region is charged with at least one auxiliary agent introduced into the gas flow, characterized in that particles having a fibre structure or, as particles having a hollow space structure, zeolites or hollow spheres with interior spaces accessible from the outside are used at least in part as auxiliary agent for absorbing and/or bonding the overspray.
A grinder having a rotatable shaft that is generally vertical when in use, having at least one grinding means driven thereby and a fan assembly mounted on the shaft below the grinding means in position to receive output from said grinding means, said fan assembly comprising: (a) a fan disc secured to the shaft and rotatable therewith, said fan disc having a direction of rotation; characterized by (b) a plurality of fan blades; each said fan blade including a web extending upwardly from said fan disc and a top flange extending outwardly from said web in said direction of rotation of said fan disc. (a) a fan disc secured to the shaft and rotatable therewith, said fan disc having a direction of rotation; characterized by (b) a plurality of fan blades; each said fan blade including a web extending upwardly from said fan disc and a top flange extending outwardly from said web in said direction of rotation of said fan disc.
A base station management system, comprising: a base station management device, managing a plurality of base stations (120-1, 120-2, 120-3); and a first base station, sending a first link request to the base station management device based on a default port number and a base station management device address through a communication interface, wherein after the base station management device receives the first link request, the base station management device establishes a link with the first base station based on the first link request, and changes a port number corresponding to the first base station from the default number to an unused first port number to release the default port number, wherein the first base station establishes the link with the base station management device again based on the first port number, wherein after the base station management device changes the port number corresponding to the first base station from the default number to the first port number, the base station management device terminates the link with the first base station, wherein after the base station management device terminates the link with the first base station, the first base station sends the first link request to the base station management device again based on the first port number and the base station management device address through the communication interface, and after the base station management device receives the first link request again, the base station management device establishes the link with the first base station again based on the first link request. a base station management device, managing a plurality of base stations (120-1, 120-2, 120-3); and a first base station, sending a first link request to the base station management device based on a default port number and a base station management device address through a communication interface, wherein after the base station management device receives the first link request, the base station management device establishes a link with the first base station based on the first link request, and changes a port number corresponding to the first base station from the default number to an unused first port number to release the default port number, wherein the first base station establishes the link with the base station management device again based on the first port number, wherein after the base station management device changes the port number corresponding to the first base station from the default number to the first port number, the base station management device terminates the link with the first base station, wherein after the base station management device terminates the link with the first base station, the first base station sends the first link request to the base station management device again based on the first port number and the base station management device address through the communication interface, and after the base station management device receives the first link request again, the base station management device establishes the link with the first base station again based on the first link request.
A packaged product comprising: a substantially enclosed container for a paper or nonwoven material; said container comprising: a first end, a second end with a width and a length, a sidewall forming an interior surface defining the container, a first opening into the container adapted to dispense the paper or nonwoven material, wherein the first opening extends along at least substantially the entire width of the second end, and an insert with an insert base portion, two insert side portions (42, 44) and an insert opening along a width of the insert, wherein: the insert base portion extends along the width of the second end, the insert side portions (42, 44) extend at least partially up the sidewall, characterized in that the insert opening extends along the entire width of the second end. a substantially enclosed container for a paper or nonwoven material; said container comprising: a first end, a second end with a width and a length, a sidewall forming an interior surface defining the container, a first opening into the container adapted to dispense the paper or nonwoven material, wherein the first opening extends along at least substantially the entire width of the second end, and an insert with an insert base portion, two insert side portions (42, 44) and an insert opening along a width of the insert, wherein: the insert base portion extends along the width of the second end, the insert side portions (42, 44) extend at least partially up the sidewall, characterized in that the insert opening extends along the entire width of the second end. a first end, a second end with a width and a length, a sidewall forming an interior surface defining the container, a first opening into the container adapted to dispense the paper or nonwoven material, wherein the first opening extends along at least substantially the entire width of the second end, and an insert with an insert base portion, two insert side portions (42, 44) and an insert opening along a width of the insert, wherein: the insert base portion extends along the width of the second end, the insert side portions (42, 44) extend at least partially up the sidewall, characterized in that the insert opening extends along the entire width of the second end. the insert base portion extends along the width of the second end, the insert side portions (42, 44) extend at least partially up the sidewall, characterized in that the insert opening extends along the entire width of the second end.
An air-cooled dry-type transformer comprising a core which comprises a limb, a winding body which is arranged around the limb, a cooling channel which extends in the direction of the longitudinal axis of the winding body and is arranged between an inner part of the winding body and an outer part of the winding body, wherein the cooling channel has at its two ends substantially ring-shaped openings (40, 42) and has a substantially ring-like cross section with a round, oval or polygonal basic shape; at least one ring fan (30, 30a, 30b, 30c) which comprises a ring and a blower, wherein the blower is configured to suck in air, and to blow the air out of the ring in a manner directed along a longitudinal axis of the ring, wherein an air stream is produced; wherein the ring fan (30, 30a, 30b, 30c) is dimensioned and arranged in such a way that the air stream produces a cooling-air stream in the cooling channel, characterized by a first ring fan which is configured in such a way that it blows air into the cooling channel through a first one of the openings (40, 42), and a second ring fan which is configured in such a way that it sucks air out of the cooling channel through a second one of the openings (40, 42), and/or characterized in that the ring has a slot which is configured in such a way that the air can be blown out in a manner directed along a longitudinal axis of the ring through the slot in the ring. a core which comprises a limb, a winding body which is arranged around the limb, a cooling channel which extends in the direction of the longitudinal axis of the winding body and is arranged between an inner part of the winding body and an outer part of the winding body, wherein the cooling channel has at its two ends substantially ring-shaped openings (40, 42) and has a substantially ring-like cross section with a round, oval or polygonal basic shape; at least one ring fan (30, 30a, 30b, 30c) which comprises a ring and a blower, wherein the blower is configured to suck in air, and to blow the air out of the ring in a manner directed along a longitudinal axis of the ring, wherein an air stream is produced; wherein the ring fan (30, 30a, 30b, 30c) is dimensioned and arranged in such a way that the air stream produces a cooling-air stream in the cooling channel, characterized by a first ring fan which is configured in such a way that it blows air into the cooling channel through a first one of the openings (40, 42), and a second ring fan which is configured in such a way that it sucks air out of the cooling channel through a second one of the openings (40, 42), and/or characterized in that the ring has a slot which is configured in such a way that the air can be blown out in a manner directed along a longitudinal axis of the ring through the slot in the ring.