mhurhangee/ep-ind-claims huggingface dataset:
A method executed by a macro base station characterized in that the method is for improving data rates in a heterogeneous network which is composed of macro cells (101, 310) and pico cells (316, 317), and wherein a user equipment, UE, (300, 307, 308) connects to the heterogeneous network via either i) the macro base station serving one of the macro cells or via ii) at least one low power node, LPN, (105, 106, 107) serving the pico cells, respectively, the method comprising the steps of: a) receiving a signal strength indicator from the UE (300, 307, 308) in response to a request from the macro base station to the UE (300, 307, 308); b) identifying an area of insufficient coverage for the UE when said signal strength indicator is below a certain level, the UE being located in the one of the macro cells; c) receiving in response to a request for a location of the UE, sent to the UE when said signal strength indicator is below the certain level, the location of the UE, wherein the location is received via the one of the macro cells or is received via the at least one LPN; and d) steering a beam forming antenna of the macro base station serving the one of the macro cells where the UE is located towards a macro cell edge (223a, 223b) where there is no signal strength from a pico cell of the pico cells, or towards the at least one LPN and towards the macro cell edge where there is no signal strength from a pico cell of the pico cells. a) receiving a signal strength indicator from the UE (300, 307, 308) in response to a request from the macro base station to the UE (300, 307, 308); b) identifying an area of insufficient coverage for the UE when said signal strength indicator is below a certain level, the UE being located in the one of the macro cells; c) receiving in response to a request for a location of the UE, sent to the UE when said signal strength indicator is below the certain level, the location of the UE, wherein the location is received via the one of the macro cells or is received via the at least one LPN; and d) steering a beam forming antenna of the macro base station serving the one of the macro cells where the UE is located towards a macro cell edge (223a, 223b) where there is no signal strength from a pico cell of the pico cells, or towards the at least one LPN and towards the macro cell edge where there is no signal strength from a pico cell of the pico cells.
A method of detecting a membrane protein by mass spectrometry, wherein the method comprises: (a) providing a solution comprising a detergent micelle in which said membrane protein is contained, wherein said solution contains a polyoxyalkylene glycol detergent having a molecular weight of at least 300 Da; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source under conditions such that the membrane protein is released from the micelle; (d) ionising the membrane protein; (e) resolving the ionised membrane protein using the mass analyser; and (f) detecting the resolved membrane protein using the detector. (a) providing a solution comprising a detergent micelle in which said membrane protein is contained, wherein said solution contains a polyoxyalkylene glycol detergent having a molecular weight of at least 300 Da; (b) providing a mass spectrometer comprising a nanoelectrospray ionisation source, a mass analyser and a detector; (c) vaporising the solution using the nanoelectrospray ionisation source under conditions such that the membrane protein is released from the micelle; (d) ionising the membrane protein; (e) resolving the ionised membrane protein using the mass analyser; and (f) detecting the resolved membrane protein using the detector.
A method for updating a forwarding table in a packet network device, said method comprising the steps of: defining a first plurality of routing policies for inclusion into a first sequentially numbered list of routing policies; defining a second plurality of routing policies for inclusion into a second sequentially numbered list of routing policies, at least some of the second plurality of routing policies including a non-contiguous IP prefix mask; building a radix tree structure with information included in the first sequentially numbered list of routing policies; using information included in an IP prefix stored in the packet network device to search the radix tree structure to identify a lowest sequence number routing policy in the radix tree structure that best matches the IP prefix information; using information in the IP prefix stored in the packet network device to search the second sequentially numbered list of routing policies to identify a lowest sequence number routing policy that best matches the IP prefix information; comparing the policy sequence number identified in the second sequentially numbered list of routing policies with the policy sequence number identified as the result of searching the radix tree structure to identify the routing policy with the lowest sequence number; and updating the forwarding table with the IP prefix information if the routing policy with the lowest sequence number includes an instruction to permit the IP prefix. defining a first plurality of routing policies for inclusion into a first sequentially numbered list of routing policies; defining a second plurality of routing policies for inclusion into a second sequentially numbered list of routing policies, at least some of the second plurality of routing policies including a non-contiguous IP prefix mask; building a radix tree structure with information included in the first sequentially numbered list of routing policies; using information included in an IP prefix stored in the packet network device to search the radix tree structure to identify a lowest sequence number routing policy in the radix tree structure that best matches the IP prefix information; using information in the IP prefix stored in the packet network device to search the second sequentially numbered list of routing policies to identify a lowest sequence number routing policy that best matches the IP prefix information; comparing the policy sequence number identified in the second sequentially numbered list of routing policies with the policy sequence number identified as the result of searching the radix tree structure to identify the routing policy with the lowest sequence number; and updating the forwarding table with the IP prefix information if the routing policy with the lowest sequence number includes an instruction to permit the IP prefix.
A mower blade assembly attachable to a rotatable spindle, motor, or engine crankshaft, said mower blade assembly, characterized in that it comprises: a mounting plate including a bearing surface, wherein said mounting plate defines a central bore and a first pin aperture, said mounting plate is attachable to said rotatable spindle; a retaining plate attachable to said rotatable spindle, wherein said retaining plate defines a central bore and a second pin aperture; a movable pin plate, said movable pin plate defines a central bore and said movable pin plate comprises a pin; a cutting blade selectively attachable to said mounting plate, wherein said cutting blade defines a retaining plate aperture and a third pin aperture; and a biasing member configured to urge said movable pin plate from a disengaged position to an engaged position such that said pin is operatively engageable with said first pin aperture, said second pin aperture, and said third pin aperture for operatively mounting and retaining said cutting blade to said mounting plate. a mounting plate including a bearing surface, wherein said mounting plate defines a central bore and a first pin aperture, said mounting plate is attachable to said rotatable spindle; a retaining plate attachable to said rotatable spindle, wherein said retaining plate defines a central bore and a second pin aperture; a movable pin plate, said movable pin plate defines a central bore and said movable pin plate comprises a pin; a cutting blade selectively attachable to said mounting plate, wherein said cutting blade defines a retaining plate aperture and a third pin aperture; and a biasing member configured to urge said movable pin plate from a disengaged position to an engaged position such that said pin is operatively engageable with said first pin aperture, said second pin aperture, and said third pin aperture for operatively mounting and retaining said cutting blade to said mounting plate.
A composite filter having at least one coarse filter fabric and at least one fine filter fabric, characterized in that into the coarse filter fabric hot melt adhesive threads are woven which have a surface that can be melted at least in some areas, and that this surface that can be melted forms itself the adhesive by melting in order to adhere at least in some areas to the threads of the fine filter fabric. that into the coarse filter fabric hot melt adhesive threads are woven which have a surface that can be melted at least in some areas, and that this surface that can be melted forms itself the adhesive by melting in order to adhere at least in some areas to the threads of the fine filter fabric.
An apparatus for treating horticultural products, such as blueberries and the like, comprising in series at least one station for loading the horticultural products, at least one preliminary checking station, at least one alignment station, for their subsequent advancement aligned on at least one row, at least one viewing station, for acquiring information related to at least one parameter of interest of each horticultural product, such as the color, size, shape, sugar content, defectiveness, and the like, at least one distribution station, for sorting the products into uniform subgroups, as a function of the information acquired by said viewing station, and at least one recirculation apparatus, for returning, at least to said viewing station, any horticultural products that have not been sorted by said distribution station, characterized in that it comprises at least one sensor for detecting any presence of horticultural products, which is arranged downstream of said distribution station along a transit line of said products, which leads to said recirculation apparatus, said at least one detection sensor being associated with at least one electronic control and management unit, which is provided with at least one module for counting the number of detected horticultural products.
An arrangement for extracting energy from flowing liquid, the arrangement comprising: a support device and a turbine device which is pivotally connected to the support device about a pivot axis (18; 30), the turbine device including at least one helical turbine (2; 4), each having an axle connected to an energy converter (22; 24), the turbine device having a proximate end and a distal end, the proximate end being pivotally connected to the support device, and the distal end being freely movable in a circular path in the flowing liquid, the circular path describing a plane perpendicular to the pivot axis (18; 30), thus enabling the turbine device, in use, to adjust to an operational angular position around the pivot axis (18; 30), characterized in that the distal end of the turbine device is provided with at least one transverse bar), stabilizing the operational angular position of the turbine device, the transverse bar having a surface area which provides a hydrodynamic vertical force which increases as the operational angle increases. a support device and a turbine device which is pivotally connected to the support device about a pivot axis (18; 30), the turbine device including at least one helical turbine (2; 4), each having an axle connected to an energy converter (22; 24), the turbine device having a proximate end and a distal end, the proximate end being pivotally connected to the support device, and the distal end being freely movable in a circular path in the flowing liquid, the circular path describing a plane perpendicular to the pivot axis (18; 30), thus enabling the turbine device, in use, to adjust to an operational angular position around the pivot axis (18; 30), at least one helical turbine (2; 4), each having an axle connected to an energy converter (22; 24), the turbine device having a proximate end and a distal end, the proximate end being pivotally connected to the support device, and the distal end being freely movable in a circular path in the flowing liquid, the circular path describing a plane perpendicular to the pivot axis (18; 30), thus enabling the turbine device, in use, to adjust to an operational angular position around the pivot axis (18; 30),
Method for parameterising an AS-i slave having the following steps: - Determining the parameters of the AS-i slave to be parameterised by means of an engineering tool, - Transmitting the determined parameters to an AS-i master by means of a first telegram, - Receiving the first telegram, which contains the determined parameters of the AS-i slave to be parameterised, by means of a receive unit of the AS-i master, - Automatically converting the received first telegram into an AS-i telegram so that the AS-i telegram contains the determined parameters of the AS-i slave to be parameterised, - Sending the AS-i telegram, which contains the determined parameters of the AS-i slave to be parameterised, to the AS-i slave to be parameterised by means of a send unit of the AS-i master wherein in order to determine the parameters of the AS-i slave to be parameterised by means of the engineering tool, a device description file of the AS-i slave to be parameterised is loaded, wherein the device description file includes a parameter set of the AS-i slave to be parameterised, characterised in that the AS-i master checks whether the received parameters of the AS-i slave to be parameterised correspond to the AS-i slave to be parameterised and connected to the AS-i master and the AS-i telegram is a CTT AS-i telegram, wherein the first telegram is not an AS-i telegram and the automatic conversion of the first telegram into the AS-i telegram is carried out by a processing unit of the AS-i master, wherein the parameters to be transmitted of an AS-i slave to be parameterised have a data size of greater than 4 bits. - Determining the parameters of the AS-i slave to be parameterised by means of an engineering tool, - Transmitting the determined parameters to an AS-i master by means of a first telegram, - Receiving the first telegram, which contains the determined parameters of the AS-i slave to be parameterised, by means of a receive unit of the AS-i master, - Automatically converting the received first telegram into an AS-i telegram so that the AS-i telegram contains the determined parameters of the AS-i slave to be parameterised, - Sending the AS-i telegram, which contains the determined parameters of the AS-i slave to be parameterised, to the AS-i slave to be parameterised by means of a send unit of the AS-i master
A method of managing power consumption in one or more radios in a wireless client device, the method comprising: determining a physical location of the wireless client device using a radio means for determining physical locations of the wireless client device; transmitting, from the wireless client device to a signal quality server, the physical location of the wireless client device; receiving, by the wireless client device from the signal quality server, indicia of network quality for at least one location within a first geographic area, the first geographic area including the physical location of the wireless client device; calculating, by the wireless client device, a physical boundary region for a second geographic area based on the received indicia of network quality, the second geographic area located within the first geographic area and including the physical location of the wireless client device, wherein the received indicia of network quality for locations within the second geographic area indicate that network quality is lower than a set threshold value; and reducing, by the wireless client device, power to a radio means for communicating over a data network in the wireless client device when the wireless client device is within the second geographic area for a determined period of time, the radio means for communicating over the data network associated with the received indicia of network quality. determining a physical location of the wireless client device using a radio means for determining physical locations of the wireless client device; transmitting, from the wireless client device to a signal quality server, the physical location of the wireless client device; receiving, by the wireless client device from the signal quality server, indicia of network quality for at least one location within a first geographic area, the first geographic area including the physical location of the wireless client device; calculating, by the wireless client device, a physical boundary region for a second geographic area based on the received indicia of network quality, the second geographic area located within the first geographic area and including the physical location of the wireless client device, wherein the received indicia of network quality for locations within the second geographic area indicate that network quality is lower than a set threshold value; and reducing, by the wireless client device, power to a radio means for communicating over a data network in the wireless client device when the wireless client device is within the second geographic area for a determined period of time, the radio means for communicating over the data network associated with the received indicia of network quality.
A device for ventilating and electrically powering a computer of an engine of an aircraft, the device comprising means for feeding air to the proximity of the computer and a fan driven by motor means and suitable for generating an air stream for ventilating the computer, the device being characterized in that the fan is mounted in the air feed means or at the outlet from said means, and in that the motor means comprise an electrical machine suitable for operating as a motor to drive the fan when the aircraft is on the ground so as to generate the stream of air for ventilating the computer, and as a generator to power the computer electrically while the aircraft is in flight, the rotor of the electrical machine operating as a generator being driven by the fan, which is itself driven by a stream of air taken from outside the engine when the aircraft is in flight, and flowing along or leaving the air feed means.
A high temperature-resistant, electrically conductive thin film suitable for use at increased temperatures of more than 300 °C, having a thickness of ≤ 1 μm for application to a solid substrate, characterised in that the thin film consists of a mixture of two complementary components, an electrically conductive material (conductive metal) with a melting point > 1500 °C, and an aluminium oxide component formed from aluminium-rich aluminium oxides in the form of aluminium-rich non-stoichiometric oxides or aluminium oxide/aluminium mixtures as a structuring agent for the conductive metal.
A retractable utility knife comprising: a first liner; and a carrier arranged to receive a replaceable blade, the carrier slidable relative to the first liner between a first configuration and a second configuration; the first liner comprising a control track extending along the first liner, the control track comprising a first notch having a first depth at a first end of the control track and a second notch having a second depth spaced apart from the first notch along the control track; the carrier comprising a spring arm and a control pin, the control pin extending into the control track; the spring arm being arranged to bias the control pin into the first notch in the first configuration, and to bias the control pin into the second notch in the second configuration; and the control track comprising a third notch disposed along the control track spaced from the first notch and the second notch, the third notch having a third depth greater than the first depth and the second depth; characterised in that the third notch is disposed between the first notch and the second notch longitudinally along the control track, and the spring arm is arranged to bias the control pin into the third notch in a third configuration, different from the first configuration and the second configuration. a first liner; and a carrier arranged to receive a replaceable blade, the carrier slidable relative to the first liner between a first configuration and a second configuration; the first liner comprising a control track extending along the first liner, the control track comprising a first notch having a first depth at a first end of the control track and a second notch having a second depth spaced apart from the first notch along the control track; the carrier comprising a spring arm and a control pin, the control pin extending into the control track; the spring arm being arranged to bias the control pin into the first notch in the first configuration, and to bias the control pin into the second notch in the second configuration; and the control track comprising a third notch disposed along the control track spaced from the first notch and the second notch, the third notch having a third depth greater than the first depth and the second depth; characterised in that the third notch is disposed between the first notch and the second notch longitudinally along the control track, and the spring arm is arranged to bias the control pin into the third notch in a third configuration, different from the first configuration and the second configuration.
A camera, in particular a code reader, comprising an image sensor for generating image data from received light from a detection zone, a lighting unit having at least one light source for illuminating the detection zone with transmitted light and a polarization filter that polarizes the transmitted light and the received light, comprises a plurality of surfaces (24a-c) of different polarization properties and is configured as an additional module (26, 24) subsequently replaceable from the outside, characterized in that the additional module (26, 24) can be attached to the camera in different orientations.
Method for operating a solar system having several solar absorbers as well as at least one collection vessel (drain back) and a circulation pump which is arranged in a connection line between the at least one collection vessel and the solar absorbers, wherein shut-off valves are arranged upstream of the solar absorbers, characterised in that, to start the solar system, a portion of the shut-off valves are closed upstream of the solar absorbers, preferably all up to a single shut-off valve, the circulation pump is put into operation and, only after expiry of a predetermined time or on occurrence of a predetermined event, the other shut-off valves are switched on successively or together.