mhurhangee/patent-ind-claim-en huggingface dataset:
A method of dynamically allocating radio resources across a set of virtualized radio access points, vRAPs , in a virtual radio access network, vRAN , the method comprising: collecting contextual information across all vRAPs that share a common carrier bandwidth of a physical radio access point , mapping, by a radio resource controller according to an internal mapping policy, the contextual information of the vRAPs into an allocation of vRAN slices to the vRAPs , wherein each vRAN slice comprises allocated computing resources and an allocated bandwidth part, BWP, of the common carrier bandwidth, the BWPs being orthogonal across the vRAN slices, and notifying the vRAPs of their individual BWP allocations, characterized in that the method further comprises: computing, by the radio resource controller , a set of BWP vectors containing BWPs eligible for each vRAP such that the eligible BWPs for individual vRAPs across all vectors maximize a distance function. collecting contextual information across all vRAPs that share a common carrier bandwidth of a physical radio access point , mapping, by a radio resource controller according to an internal mapping policy, the contextual information of the vRAPs into an allocation of vRAN slices to the vRAPs , wherein each vRAN slice comprises allocated computing resources and an allocated bandwidth part, BWP, of the common carrier bandwidth, the BWPs being orthogonal across the vRAN slices, and notifying the vRAPs of their individual BWP allocations,
An interactive fetching device for interactive fetching of a projectile by a participant, the interactive fetching device comprising: a receiver having a receiver surface extending from a lip to an opening , the receiver surface configured to receive the projectile from the participant and direct the projectile through the opening ; a shell having a shell surface extending between a top portion and a bottom portion , the receiver connected to the shell at the top portion , the opening in the receiver configured to direct the projectile into an interior of the interactive fetching device ; a projectile randomizer disposed in the interior of the interactive fetching device ; a feeder of the projectile randomizer , the feeder configured to randomly direct the projectile from the opening into one chute opening of a plurality of chute openings ; a plurality of chutes of the projectile randomizer , each chute in the plurality of chutes positioned relative to a corresponding chute opening of the plurality of chute openings ; a base coupled to the shell at the bottom portion , the base having a base surface extending upwardly from a support surface to the bottom portion of the shell ; and a plurality of ports defined in the base surface each chute from the plurality of chutes configured to transport the projectile from the respective chute opening of the plurality of chute openings to a corresponding port of the plurality of ports to eject the projectile through the corresponding port of the plurality of ports , each port in the plurality of ports providing a different ejection path for the projectile to travel. a receiver having a receiver surface extending from a lip to an opening , the receiver surface configured to receive the projectile from the participant and direct the projectile through the opening ; a shell having a shell surface extending between a top portion and a bottom portion , the receiver connected to the shell at the top portion , the opening in the receiver configured to direct the projectile into an interior of the interactive fetching device ; a projectile randomizer disposed in the interior of the interactive fetching device ; a feeder of the projectile randomizer , the feeder configured to randomly direct the projectile from the opening into one chute opening of a plurality of chute openings ; a plurality of chutes of the projectile randomizer , each chute in the plurality of chutes positioned relative to a corresponding chute opening of the plurality of chute openings ; a base coupled to the shell at the bottom portion , the base having a base surface extending upwardly from a support surface to the bottom portion of the shell ; and a plurality of ports defined in the base surface each chute from the plurality of chutes configured to transport the projectile from the respective chute opening of the plurality of chute openings to a corresponding port of the plurality of ports to eject the projectile through the corresponding port of the plurality of ports , each port in the plurality of ports providing a different ejection path for the projectile to travel.
Daylight system for installation in the area of a window surface, in which lamellae (2; 2') with horizontal longitudinal extension are arranged in a first partial area of the window surface, the lamella shape and the distance between adjacent lamellae in the first partial area being selected such that a direct view between the lamellae from the inside to the outside is possible at least in a limited angular range, wherein the lamellae in the first partial region each have two reflecting surfaces (4; 6, 4'; 6'), wherein the first of the two reflection surfaces of each lamella has light from outside, from a defined solid angle range above the horizontal, which corresponds to an angle of 0°, incident at least partially on the respective second reflection surface (6; 6'), 6') of the lamella lying above it and the second reflection surface reflects this light into the interior space, and the reflection at the second reflection surface into the interior space takes place only at angles above the horizontal, characterised in that the daylight system has, in a second partial region of the window surface which lies below the first partial region, further lamellae which are arranged with a horizontal longitudinal extension and each have only one reflecting surface corresponding to the second reflecting surfaces , and having on an opposite side surfaces which are reflective and/or absorptive in order to reflect or absorb outwardly light which impinges on the surfaces approximately horizontally or from an angular range above the horizontal.
A support station of a belt conveyor, the support station comprising: - a frame ; - at least two support rollers adapted to support a conveyor belt running longitudinally from an upstream side of the support rollers to a downstream side of the support rollers , the at least two support rollers being rotatably mounted on the frame about respective axes of rotation substantially perpendicular to the longitudinal direction and being transversely separated by at least one gap , nip angles being formed between the at least two support rollers and the conveyor belt when the conveyor belt rests on the at least two support rollers - a nip angle protector , comprising for each support roller a roller guard placed longitudinally opposite said support roller on an upstream side of said support roller , and, for the or each gap , a gap protector placed longitudinally opposite said gap on an upstream side of said gap ; wherein the roller guards and the or each gap protector are integral with each other in a single part ; wherein said single part comprises a continuous upper edge , intended to be placed immediately under the conveyor belt and extending transversely along each support roller and the or each nip ; characterized in that said single part comprises, for each roller guard , a lower portion integral with the continuous upper edge and extending the continuous upper edge downwardly, the or each gap guard comprising only the continuous upper edge . - a frame ; - at least two support rollers adapted to support a conveyor belt running longitudinally from an upstream side of the support rollers to a downstream side of the support rollers , the at least two support rollers being rotatably mounted on the frame about respective axes of rotation substantially perpendicular to the longitudinal direction and being transversely separated by at least one gap , nip angles being formed between the at least two support rollers and the conveyor belt when the conveyor belt rests on the at least two support rollers - a nip angle protector , comprising for each support roller a roller guard placed longitudinally opposite said support roller on an upstream side of said support roller , and, for the or each gap , a gap protector placed longitudinally opposite said gap on an upstream side of said gap ; wherein the roller guards and the or each gap protector are integral with each other in a single part ; wherein said single part comprises a continuous upper edge , intended to be placed immediately under the conveyor belt and extending transversely along each support roller and the or each nip ; characterized in that said single part comprises, for each roller guard , a lower portion integral with the continuous upper edge and extending the continuous upper edge downwardly, the or each gap guard comprising only the continuous upper edge .
Reheat burner arrangement comprising, a duct with a cross-section area, a center body arranged in the duct , an intermediate fuel injection plane located along the center body , and a second combustion chamber , wherein the center body is located upstream of the second combustion chamber , and terminates at a second combustion chamber inlet, and wherein the cross section of a flow duct delimited by the burner and the subsequent second combustion chamber increases in a stepwise manner from a burner exit to the second combustion chamber inlet, characterized in that ratio of the perimeter of the burner exit to the perimeter of the combustion chamber inlet is in the range of 0.6 to 1 and in that ratio of area of the downstream face of the center body to the burner exit area including the center body downstream face is greater than 0.6.
A method of determining a location for an access point using an electronic device, comprising: sensing a signal from a first access point using the electronic device , when the electronic device including a wireless communication circuit is positioned at a location separate from the first access point; determining a first value relating to a parameter of the wireless communication between the electronic device and the first access point from the sensed signal using the electronic device , converting the first value into a second value using the electronic device , wherein converting the first value into the second value comprises determining the second value mapped on the determined first value in a predetermined table corresponding to the electronic device and the second access point; comparing the second value with a threshold value using the electronic device ; and determining, by the electronic device, whether the location is suitable for a second access point that is to be wirelessly linked to the first access point based at least partly on the result of the comparison . sensing a signal from a first access point using the electronic device , when the electronic device including a wireless communication circuit is positioned at a location separate from the first access point; determining a first value relating to a parameter of the wireless communication between the electronic device and the first access point from the sensed signal using the electronic device , converting the first value into a second value using the electronic device , wherein converting the first value into the second value comprises determining the second value mapped on the determined first value in a predetermined table corresponding to the electronic device and the second access point; comparing the second value with a threshold value using the electronic device ; and determining, by the electronic device, whether the location is suitable for a second access point that is to be wirelessly linked to the first access point based at least partly on the result of the comparison .
A method for use in a first spectrum access system, SAS, server of authorizing spectrum access, the method comprising: receiving , from a second SAS, information about one or more priority access license, PAL, protection areas, PPAs, served by the second SAS; receiving a spectrum grant request on behalf of one of a first PPA or a first general authorized access, GAA, user; determining whether granting the spectrum grant request may interfere with a second PPA geographically proximate the one of the first PPA or the first GAA user, wherein the second PPA is served by the second SAS; and granting or denying the spectrum grant request based at least in part on the determination of whether granting the spectrum grant request may interfere with the second PPA. receiving , from a second SAS, information about one or more priority access license, PAL, protection areas, PPAs, served by the second SAS; receiving a spectrum grant request on behalf of one of a first PPA or a first general authorized access, GAA, user; determining whether granting the spectrum grant request may interfere with a second PPA geographically proximate the one of the first PPA or the first GAA user, wherein the second PPA is served by the second SAS; and granting or denying the spectrum grant request based at least in part on the determination of whether granting the spectrum grant request may interfere with the second PPA.
An autonomous floor cleaning system , comprising: a first floor cleaning robot , comprising: a drive system for autonomously moving the first floor robot over the surface to be cleaned ; a stain sensing system for detecting a stain ; and a beacon deployment system for selectively deploying a beacon at the location of the stain ; a second floor cleaning robot , comprising: a controller for controlling the operation of the second floor cleaning robot ; and a drive system for autonomously moving the second floor cleaning robot over the surface to be cleaned based on inputs from the controller ; and wherein the first floor cleaning robot is configured to detect the stain via the stain sensing system and deploy the beacon at the location of the detected stain and the beacon is operably coupled to the controller such that the beacon guides the second floor cleaning robot to the location. a first floor cleaning robot , comprising: a drive system for autonomously moving the first floor robot over the surface to be cleaned ; a stain sensing system for detecting a stain ; and a beacon deployment system for selectively deploying a beacon at the location of the stain ; a drive system for autonomously moving the first floor robot over the surface to be cleaned ; a stain sensing system for detecting a stain ; and a beacon deployment system for selectively deploying a beacon at the location of the stain ; a second floor cleaning robot , comprising: a controller for controlling the operation of the second floor cleaning robot ; and a drive system for autonomously moving the second floor cleaning robot over the surface to be cleaned based on inputs from the controller ; and a controller for controlling the operation of the second floor cleaning robot ; and a drive system for autonomously moving the second floor cleaning robot over the surface to be cleaned based on inputs from the controller ; and wherein the first floor cleaning robot is configured to detect the stain via the stain sensing system and deploy the beacon at the location of the detected stain and the beacon is operably coupled to the controller such that the beacon guides the second floor cleaning robot to the location.
A printer comprising: feeding means configured to feed a print medium (P) along a medium feed path; printing means disposed to oppose the feeding means in the medium feed path, the printing means being configured to print on the print medium (P) fed along the medium feed path; and pressing means configured to press the printing means onto the feeding means in a state where the print medium (P) is nipped between the printing means and the feeding means , characterized in that the pressing means includes: a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium (P) with respect to a printing portion of the printing means , the pressing-force adjustment portion adjusting a pressing force on the printing means ; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means , such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member . feeding means configured to feed a print medium (P) along a medium feed path; printing means disposed to oppose the feeding means in the medium feed path, the printing means being configured to print on the print medium (P) fed along the medium feed path; and pressing means configured to press the printing means onto the feeding means in a state where the print medium (P) is nipped between the printing means and the feeding means , characterized in that the pressing means includes: a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium (P) with respect to a printing portion of the printing means , the pressing-force adjustment portion adjusting a pressing force on the printing means ; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means , such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member . a pressing-force adjustment portion disposed at an upstream side in a feed direction of the print medium (P) with respect to a printing portion of the printing means , the pressing-force adjustment portion adjusting a pressing force on the printing means ; and a pressing member disposed between the pressing-force adjustment portion and the printing means in a state where the pressing member is connected to a pressing portion of the pressing-force adjustment portion and the printing portion of the printing means , such that the pressing force is transmitted from the pressing-force adjustment portion to the printing portion through a tip end of the pressing member .
A method for producing a brush which comprises a bristle carrier made from a thermoplastic resin having at least one anchoring opening , in which at least one bristle made from a thermoplastic resin is inserted and anchored therein without using an anchor, characterized by the following steps: the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted by its fastening end into an anchoring opening in the bristle carrier , which has been formed during producing the bristle carrier , while the at least one bristle is still located in the receiving opening , without being fastened therein, the tool part is heated, so that the front face of the tool part opposite the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or of the bristle carrier material, in particular amounts to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part is moved relative to the bristle carrier , so that the tool part contacts and heats the bristle carrier , the tool part applies a pressure force on the bristle carrier and reshapes the bristle carrier at least in the region of the rim , which is encompassing the anchoring opening , while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening , and the tool part is moved away in relation to the bristle carrier , so that the at least one bristle is pulled out of the receiving opening . the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted by its fastening end into an anchoring opening in the bristle carrier , which has been formed during producing the bristle carrier , while the at least one bristle is still located in the receiving opening , without being fastened therein, the tool part is heated, so that the front face of the tool part opposite the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or of the bristle carrier material, in particular amounts to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part is moved relative to the bristle carrier , so that the tool part contacts and heats the bristle carrier , the tool part applies a pressure force on the bristle carrier and reshapes the bristle carrier at least in the region of the rim , which is encompassing the anchoring opening , while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening , and the tool part is moved away in relation to the bristle carrier , so that the at least one bristle is pulled out of the receiving opening .
A refrigeration appliance comprising: a fresh food compartment for storing food items in a refrigerated environment having a target temperature above zero degrees Centigrade; a freezer compartment for storing food items in a sub-freezing environment having a target temperature below zero degrees Centigrade; an ice maker disposed within the fresh food compartment for freezing water into ice pieces, the ice maker comprising a removable ice bin for storing the ice pieces produced by the ice maker; a rotatable auger positioned within the ice bin and configured to drive the ice pieces out of the ice bin via a driving force applied in a first direction; and a latch configured to apply a resisting force to the ice bin along a second direction generally opposed to the first direction sufficient to counteract the driving force, wherein the resisting force is less than a removal force applied by a user to remove the ice bin from the ice maker, the refrigerator being characterised in that the latch comprises a latch pin , in that the latch pin comprises at least one resilient finger configured to engage a recess in the ice bin, and in that the at least one resilient finger comprises a first ramped geometry configured to facilitate insertion of the at least one resilient finger into the recess of the ice bin, and a second ramped geometry configured to inhibit removal of the at least one resilient finger from the recess in the ice bin, and wherein the second ramped geometry of the at least one resilient finger provides the resisting force sufficient to counteract the driving force of the auger. a fresh food compartment for storing food items in a refrigerated environment having a target temperature above zero degrees Centigrade; a freezer compartment for storing food items in a sub-freezing environment having a target temperature below zero degrees Centigrade; an ice maker disposed within the fresh food compartment for freezing water into ice pieces, the ice maker comprising a removable ice bin for storing the ice pieces produced by the ice maker; a rotatable auger positioned within the ice bin and configured to drive the ice pieces out of the ice bin via a driving force applied in a first direction; and a latch configured to apply a resisting force to the ice bin along a second direction generally opposed to the first direction sufficient to counteract the driving force, wherein the resisting force is less than a removal force applied by a user to remove the ice bin from the ice maker,