mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: processing unit configured to acquire a traffic load, channel quality, and/or information on bandwidth of a base station (10A; 10B) of a macrocell and at least one cell of a group of cells associated with the apparatus and connected to the base station via a wireless backhaul, the at least one cell defined by a terminal device whose operation mode is a base station mode; and perform routing control (S441) of traffic including selection of the base station or the at least one cell to route traffic to a terminal device serviced by the base station or the at least one cell based on the traffic load, the channel quality, and/or the bandwidth, and wherein the respective cells in the group of cells have a coverage area smaller than the base station and overlap with the macrocell . acquire a traffic load, channel quality, and/or information on bandwidth of a base station (10A; 10B) of a macrocell and at least one cell of a group of cells associated with the apparatus and connected to the base station via a wireless backhaul, the at least one cell defined by a terminal device whose operation mode is a base station mode; and perform routing control (S441) of traffic including selection of the base station or the at least one cell to route traffic to a terminal device serviced by the base station or the at least one cell based on the traffic load, the channel quality, and/or the bandwidth, and wherein the respective cells in the group of cells have a coverage area smaller than the base station and overlap with the macrocell .
Door sensor device for installation on a door element that can turn about a turning axis , in particular a swing door, wherein the door sensor device has an installation-site detection device, which is suitable for generating installation information (MI) indicating the arrangement of the door sensor device on the door element , characterized in that - the installation-site detection device processes the measured values at least of a sensor of the door sensor device which in the event of a swinging of the door element determines - sign-specifically with respect to the door sensor device's own coordinate system (KS) - a horizontal acceleration component of the door sensor device or at least the direction of the force of the horizontal acceleration component, - the installation-site detection device generates the installation information (MI) by using the sign of the horizontal acceleration component and/or the direction of the force of the horizontal acceleration component, and - the installation-site detection device is suitable for indicating as the installation information (MI) the door leaf side on which the door leaf device is attached, and/or the position of the secondary closing edge (NSK) in relation to the door sensor device . - the installation-site detection device processes the measured values at least of a sensor of the door sensor device which in the event of a swinging of the door element determines - sign-specifically with respect to the door sensor device's own coordinate system (KS) - a horizontal acceleration component of the door sensor device or at least the direction of the force of the horizontal acceleration component, - the installation-site detection device generates the installation information (MI) by using the sign of the horizontal acceleration component and/or the direction of the force of the horizontal acceleration component, and - the installation-site detection device is suitable for indicating as the installation information (MI) the door leaf side on which the door leaf device is attached, and/or the position of the secondary closing edge (NSK) in relation to the door sensor device .
A flying object comprising: a flying object body ; a blade that enables the flying object body to fly; a paint ejection mechanism that ejects paint in a first direction; and a fluid ejection mechanism that ejects a fluid in a second direction differing from the first direction by 90 degrees or more; wherein a nozzle is provided in a lower portion of the flying object body , wherein the paint ejection mechanism includes a first ejection port provided at one end of the nozzle , and the fluid ejection mechanism includes a second ejection port provided at the other end of the nozzle, characterized in that a lower portion of the nozzle is provided with a paint supply port to which the paint is to be supplied, a fluid supply port to which the fluid is to be supplied, a first gas supply port to which a first gas is to be supplied to eject the paint from the first ejection port , and a second gas supply port to which a second gas is to be supplied to eject the fluid from the second ejection port , and wherein the lower portion of the nozzle is provided with a paint supply container , a first compressor for the paint , a fluid supply container , and a second compressor for the fluid , the paint is to be transported from the paint supply container to the paint supply port , the first gas is to be transported from the first compressor for the paint to the first gas supply port , the fluid is to be transported from the fluid supply container to the fluid supply port , and the second gas is to be transported from the second compressor for the fluid to the second gas supply port . a flying object body ; a blade that enables the flying object body to fly; a paint ejection mechanism that ejects paint in a first direction; and a fluid ejection mechanism that ejects a fluid in a second direction differing from the first direction by 90 degrees or more; wherein a nozzle is provided in a lower portion of the flying object body , wherein the paint ejection mechanism includes a first ejection port provided at one end of the nozzle , and the fluid ejection mechanism includes a second ejection port provided at the other end of the nozzle, characterized in that a lower portion of the nozzle is provided with a paint supply port to which the paint is to be supplied, a fluid supply port to which the fluid is to be supplied, a first gas supply port to which a first gas is to be supplied to eject the paint from the first ejection port , and a second gas supply port to which a second gas is to be supplied to eject the fluid from the second ejection port , and wherein the lower portion of the nozzle is provided with a paint supply container , a first compressor for the paint , a fluid supply container , and a second compressor for the fluid , the paint is to be transported from the paint supply container to the paint supply port , the first gas is to be transported from the first compressor for the paint to the first gas supply port , the fluid is to be transported from the fluid supply container to the fluid supply port , and the second gas is to be transported from the second compressor for the fluid to the second gas supply port .
An apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor , enable the apparatus at least to: identify a target object , from a plurality of objects (208a-d, 308e-f), which is within a field of view of a first user based on a determined location and orientation of the first user relative to respective predefined locations of at least some of the plurality of objects (208a-d, 308e-f); generate a command signal configured to trigger a corresponding action associated with the target object , characterized in that the generated command signal is configured to cause the target object to allow one or more further users to interact with the target object according to respective permissions allocated to the one or more further users by the first user or the apparatus ; and allocate the respective permissions to the one or more further users based on their location and orientation relative to the location of the target object . identify a target object , from a plurality of objects (208a-d, 308e-f), which is within a field of view of a first user based on a determined location and orientation of the first user relative to respective predefined locations of at least some of the plurality of objects (208a-d, 308e-f); generate a command signal configured to trigger a corresponding action associated with the target object , characterized in that the generated command signal is configured to cause the target object to allow one or more further users to interact with the target object according to respective permissions allocated to the one or more further users by the first user or the apparatus ; and allocate the respective permissions to the one or more further users based on their location and orientation relative to the location of the target object .
Guiding and calibration device of a blown plastic film, comprising a bearing structure which provides along an ideal circumference equidistant rotation fulcrums of rotating structures , each rotating structure comprises a rotating vertical upright and at least one arm fixed to said rotating vertical upright , a vertical floating element is rotatably fixed to the at least one arm , guide means of the blown plastic film are fixed to the vertical floating element , the rotating structures are connected to each other through motion synchronization means operated by at least one motor , characterized in that the device further comprises groups of rectilinear bars formed by at least one pair of rectilinear bars parallel to each other and slidingly side by side along respective external edges, each bar of each pair of bars being integrally fixed to respective adjacent vertical floating elements . each rotating structure comprises a rotating vertical upright and at least one arm fixed to said rotating vertical upright , a vertical floating element is rotatably fixed to the at least one arm , guide means of the blown plastic film are fixed to the vertical floating element , the rotating structures are connected to each other through motion synchronization means operated by at least one motor , characterized in that the device further comprises groups of rectilinear bars formed by at least one pair of rectilinear bars parallel to each other and slidingly side by side along respective external edges, each bar of each pair of bars being integrally fixed to respective adjacent vertical floating elements .
A nacelle for a wind turbine comprising a nacelle roof and a first wind turbine component, wherein said nacelle roof is configured to cover the first wind turbine component, the nacelle roof comprising a first sliding section and a second sliding section , wherein the first sliding section and/or the second sliding section is configured to slide over at least a part of the surface of the nacelle roof , wherein the first sliding section and the second sliding section are moveable between a closed position, in which the first wind turbine component is covered by the nacelle roof , and an opened position, resulting in an opening of the nacelle roof through which the first wind turbine component can be hoisted, wherein the first sliding section is configured to slide over the second sliding section and/or the second sliding section is configured to slide over the first sliding section , wherein the first sliding section and/or the second sliding section is configured to be lifted by a lifting system, wherein the first sliding section is stackable over the second sliding section and/or the second sliding section is stackable over the first sliding section , characterized in that the lifting system comprises shifting means coupled at the bottom part of the first sliding section and/or the second sliding section for allowing the sliding of the first and/or second sliding section over at least a part of the surface of the nacelle roof , rails placed under the shifting means , and studs supported on the nacelle by a supporting element , wherein an end of the studs abuts the rails . wherein said nacelle roof is configured to cover the first wind turbine component, the nacelle roof comprising a first sliding section and a second sliding section , wherein the first sliding section and/or the second sliding section is configured to slide over at least a part of the surface of the nacelle roof , wherein the first sliding section and the second sliding section are moveable between a closed position, in which the first wind turbine component is covered by the nacelle roof , and an opened position, resulting in an opening of the nacelle roof through which the first wind turbine component can be hoisted, wherein the first sliding section is configured to slide over the second sliding section and/or the second sliding section is configured to slide over the first sliding section , wherein the first sliding section and/or the second sliding section is configured to be lifted by a lifting system, wherein the first sliding section is stackable over the second sliding section and/or the second sliding section is stackable over the first sliding section , characterized in that the lifting system comprises shifting means coupled at the bottom part of the first sliding section and/or the second sliding section for allowing the sliding of the first and/or second sliding section over at least a part of the surface of the nacelle roof , rails placed under the shifting means , and studs supported on the nacelle by a supporting element , wherein an end of the studs abuts the rails .
An apparatus comprising a processor, a memory, and communication circuitry, the apparatus being connected to a communications network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: a. receive, from a message originator, a request to register a type of service offered by the message originator; b. register a type of service by selecting a set of security features, the set of security features pertaining to the type of service offered by the message originator; c. based on the selected set of security features, register a public key of the message originator; d. receive, from a multi-hop transmission recipient, a credential requisition; e. evaluate the credential requisition in accordance with an access control policy; f. determine based on the access control policy whether the multi-hop transmission recipient is authorized to receive the public key of the message originator; and g. if the multi-hop transmission recipient is authorized to receive the public key of the message originator, provide the public key of the message originator to the multi-hop transmission recipient. a. receive, from a message originator, a request to register a type of service offered by the message originator; b. register a type of service by selecting a set of security features, the set of security features pertaining to the type of service offered by the message originator; c. based on the selected set of security features, register a public key of the message originator; d. receive, from a multi-hop transmission recipient, a credential requisition; e. evaluate the credential requisition in accordance with an access control policy; f. determine based on the access control policy whether the multi-hop transmission recipient is authorized to receive the public key of the message originator; and g. if the multi-hop transmission recipient is authorized to receive the public key of the message originator, provide the public key of the message originator to the multi-hop transmission recipient.
A method for guiding a machining head, in particular a laser machining head , along a track to be machined, wherein - a line of light is projected onto said machining track , transversely thereto, in machining direction at a distance (d) in front of said machining point , - the location y(Pn) of said track in front of said machining point is determined from images of said line of light recorded continuously during machining, and - said machining point is aligned with said track as soon as said machining point reaches said respective point (Pn) on said track for which the location y(Pn) of said track was determined, wherein the machining speed at which said machining point is guided along said track to be machined is detected, characterized in that the current machining speed is read from a control unit controlling the movement of said machining head and is used as parameters for calculating the time for the tracking of said machining point , and the time at which the machining point reaches the respective point (Pn) of said track is determined from the distance (d) of said line of light from said machining point and the current machining speed. - a line of light is projected onto said machining track , transversely thereto, in machining direction at a distance (d) in front of said machining point , - the location y(Pn) of said track in front of said machining point is determined from images of said line of light recorded continuously during machining, and - said machining point is aligned with said track as soon as said machining point reaches said respective point (Pn) on said track for which the location y(Pn) of said track was determined,
Temperature-dependent switch , which has a first and a second stationary contact and a temperature-dependent switching mechanism with a movable contact element , wherein, in its first switching position, the switching mechanism presses the contact element against the first contact and produces an electrically conductive connection between the two contacts via the contact element and, in its second switching position, holds the contact element at a distance from the first contact and therefore interrupts the electrically conductive connection between the two contacts , wherein the temperature-dependent switching mechanism has a temperature-dependent snap-action part which, when a switching temperature is exceeded, snaps over from its geometric low-temperature configuration into its geometric high-temperature configuration and, when a reset switching temperature is subsequently undershot, snaps over from its geometric high-temperature configuration back into its geometric low-temperature configuration again, wherein a snapping action of the temperature-dependent snap-action part from its geometric low-temperature configuration into its geometric high-temperature configuration moves the switching mechanism from its first switching position into its second switching position and therefore opens the switch , and wherein a closure lock is provided which, as soon as it is activated, prevents renewed closure of the opened switch , in which it holds the switching mechanism in its second switching position, wherein the closure lock has a temperature-dependent armature element 54) and a mating holder interacting with the armature element and having an opening , wherein, when an armature switching temperature is exceeded, the armature element is configured to change shape from a first shape, in which the armature element fits through the opening , so that the closure lock is not activated, into a second shape, in which the armature element no longer fits through the opening , so that the closure lock is activated, characterized in that the armature element has a bimetallic part or a component made of a shape memory alloy.
An injection simulation device comprising a proximal end and a distal end , and comprising: at least one agitator configured to associate with the distal end of the device such that the agitator contacts a surface of a user to simulate the tactile feel of a needle during an injection without puncturing the surface; an outer housing comprising a proximal end and a distal end , an inner housing comprising a proximal end and a distal end , and an actuation member associated with the proximal end of the device; wherein the at least one agitator is associated with the distal end of the inner housing , and the inner housing is movable relative to the outer housing such that upon actuation of the actuation member the inner housing moves toward the distal end of the outer housing , and the at least one agitator contacts a skin of the user to simulate the tactility of a needle without puncturing the skin; and a retractable safety shield associated with the distal end of the device , such that a force on the distal end of the safety shield causes the safety shield to retract relative to the device, wherein retraction of the safety shield relative to the device causes the at least one agitator to contact a skin of the user to simulate the tactility of a needle. at least one agitator configured to associate with the distal end of the device such that the agitator contacts a surface of a user to simulate the tactile feel of a needle during an injection without puncturing the surface; an outer housing comprising a proximal end and a distal end , an inner housing comprising a proximal end and a distal end , and an actuation member associated with the proximal end of the device; wherein the at least one agitator is associated with the distal end of the inner housing , and the inner housing is movable relative to the outer housing such that upon actuation of the actuation member the inner housing moves toward the distal end of the outer housing , and the at least one agitator contacts a skin of the user to simulate the tactility of a needle without puncturing the skin; and a retractable safety shield associated with the distal end of the device , such that a force on the distal end of the safety shield causes the safety shield to retract relative to the device, wherein retraction of the safety shield relative to the device causes the at least one agitator to contact a skin of the user to simulate the tactility of a needle.
A condenser portion of a heat pipe , the condenser portion comprising: a tube comprising an interior volume and an inner surface; and a separator plate disposed within the tube , the separator plate comprising two lateral edges that are proximate to the inner surface of the tube so as to divide the interior volume into a gas-phase passage and a liquid-phase artery , characterized in that the separator plate further comprises a first portion having a constant size of the gas-phase passage and a second portion that is inclined within the tube and configured such that the gas-phase passage becomes larger toward an outermost end of the tube furthest from an evaporator portion of the heat pipe . a tube comprising an interior volume and an inner surface; and a separator plate disposed within the tube , the separator plate comprising two lateral edges that are proximate to the inner surface of the tube so as to divide the interior volume into a gas-phase passage and a liquid-phase artery , characterized in that the separator plate further comprises a first portion having a constant size of the gas-phase passage and a second portion that is inclined within the tube and configured such that the gas-phase passage becomes larger toward an outermost end of the tube furthest from an evaporator portion of the heat pipe .