mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication for a base station , the method comprising: communicating data with a user equipment, UE, through an active beam ; transmitting , to the UE through the active beam , information indicating a periodicity at which control information is to be communicated on a control channel through a control-information beam , the control information including an indication of quality associated with the active beam , the control-information beam being different from the active beam ; and communicating , with the UE , the control information on the control channel through the control-information beam at the periodicity. communicating data with a user equipment, UE, through an active beam ; transmitting , to the UE through the active beam , information indicating a periodicity at which control information is to be communicated on a control channel through a control-information beam , the control information including an indication of quality associated with the active beam , the control-information beam being different from the active beam ; and communicating , with the UE , the control information on the control channel through the control-information beam at the periodicity.
Device for controlling a plurality of infusion pumps (2-10), wherein each infusion pump (2-10) is assigned a respective infusion substance which can be supplied to a living being as an infusion at a predeterminable infusion rate within a predeterminable period of time assigned to it, and wherein infusion rates, the periods of time, or the times of activation and deactivation are variable by means of measured or estimated physiological data, characterized in that previously determined control data for time-coordinated activation and deactivation by means of control units can be automatically exchanged between the infusion pumps (2-10) without the interposition of operating personnel, wherein each infusion pump (2-10) has one of the control units which processes the control data and transmits it directly to control units of the further infusion pumps (2-10), and an automatic transfer of control data to one or more preselected infusion pumps takes place as soon as the period of time of the supply of a first infusion from the infusion pump sending the control data is finished and a second infusion from the further infusion pump receiving the control data is to be administered to the patient by activating it.
A power system comprising: at least one energy conversion module , a power meter , a switch , a system controller , a power transmission bus extending from the at least one energy conversion module to the switch ; wherein the at least one energy conversion module comprises a solar panel and/or comprises a wind turbine; wherein the switch is configured to connect the power transmission bus to a load in response to receiving a load connection signal; wherein the power meter connects to the power transmission bus and is configured to record amounts of power being transmitted along the power transmission bus ; the system controller being in operative communication with the power meter and with the switch and being configured to: read a first time series having a first plurality of power signals and a second time series having a second plurality of power signals from the power meter , each power signal being indicative of an amount of power recorded by the power meter ; characterised in that the system controller is configured to: determine from the first and from the second time series a maximum series having a plurality of entries, wherein at least one entry is determined by applying a maximum function to a power signal of the first plurality of power signals and to a power signal of the second plurality of power signals; determine a forecast series from the plurality of entries of the maximum series; and determine the load connection signal from the forecast series; and communicate the load connection signal to the switch . at least one energy conversion module , a power meter , a switch , a system controller , a power transmission bus extending from the at least one energy conversion module to the switch ; wherein the at least one energy conversion module comprises a solar panel and/or comprises a wind turbine; wherein the switch is configured to connect the power transmission bus to a load in response to receiving a load connection signal; wherein the power meter connects to the power transmission bus and is configured to record amounts of power being transmitted along the power transmission bus ; the system controller being in operative communication with the power meter and with the switch and being configured to: read a first time series having a first plurality of power signals and a second time series having a second plurality of power signals from the power meter , each power signal being indicative of an amount of power recorded by the power meter ; determine from the first and from the second time series a maximum series having a plurality of entries, wherein at least one entry is determined by applying a maximum function to a power signal of the first plurality of power signals and to a power signal of the second plurality of power signals; determine a forecast series from the plurality of entries of the maximum series; and determine the load connection signal from the forecast series; and communicate the load connection signal to the switch .
A gaming chip that incorporates a sticker-type RFID tag , an enclosing member having a predetermined shape that encloses the RFID tag ; a body member that is injection-molded to enclose the enclosing member enclosing the RFID tag ; and a decal member that represents a type or denomination of the gaming chip , wherein the enclosing member consists of a first part and a second part , at least the first part or the second part has a flat surface to which the sticker-type RFID tag can be adhered, the first part and the second part are combined so that the enclosing member is formed and the sticker-type RFID tag is enclosed by the first part and the second part . an enclosing member having a predetermined shape that encloses the RFID tag ; a body member that is injection-molded to enclose the enclosing member enclosing the RFID tag ; and a decal member that represents a type or denomination of the gaming chip , wherein the enclosing member consists of a first part and a second part , at least the first part or the second part has a flat surface to which the sticker-type RFID tag can be adhered, the first part and the second part are combined so that the enclosing member is formed and the sticker-type RFID tag is enclosed by the first part and the second part .
A buoy comprising: a body having at least a top side and a bottom side , the top side and the bottom side each comprising a recess , the recesses being connected to provide a through channel through the whole buoy extending from the topside to the bottom side, a first connecting means arranged to have a lower portion inserted into the recess in the top side , a second connecting means arranged to have a protruding lower portion inserted into the recess in the bottom side , and a rope , of a type of light weight material or combination of materials, synthetic and natural, usable for being provided in a rope form for use in lifting tasks, arranged for connecting the first connecting means and the second connecting means , wherein the rope , the first connecting means and the second connecting means constitute an armature , the armature extending through the through channel, wherein the armature is made of a light weight material, the buoy being characterized in that : the protruding lower portion of the second connecting means comprises a kernel having longitudinal ridges (12', 12") for forming a gripping pattern which provides a gripping feature when the second connecting means is inserted into the corresponding recess in the buoy . a body having at least a top side and a bottom side , the top side and the bottom side each comprising a recess , the recesses being connected to provide a through channel through the whole buoy extending from the topside to the bottom side, a first connecting means arranged to have a lower portion inserted into the recess in the top side , a second connecting means arranged to have a protruding lower portion inserted into the recess in the bottom side , and a rope , of a type of light weight material or combination of materials, synthetic and natural, usable for being provided in a rope form for use in lifting tasks, arranged for connecting the first connecting means and the second connecting means , wherein the rope , the first connecting means and the second connecting means constitute an armature , the armature extending through the through channel, wherein the armature is made of a light weight material, the buoy being characterized in that : the protruding lower portion of the second connecting means comprises a kernel having longitudinal ridges (12', 12") for forming a gripping pattern which provides a gripping feature when the second connecting means is inserted into the corresponding recess in the buoy .
Measuring device for detecting local thickenings in a film web , in particular an extruded and/or co-extruded film, having a first roll for rolling on the film web moved along, a second roll , which can be supported on the first roll indirectly via the film web , for rolling on the film web moved along, wherein the second roll is resiliently guided, in particular in the vertical direction, in the thickness direction of the film web moved along, at least one distance sensor fixed locally in relation to the first roll and/or the film web moved along, for detecting a distance from the second roll , characterized in that the first roll is rotatably mounted in a first frame part , wherein the second roll is rotatably mounted in a second frame part and is guided linearly, wherein the second frame part is coupled to the first frame part such that it can be pivoted between a closed position and an open position, wherein in particular the second frame part can be locked with the first frame part so as to be fixed against movement when in the closed position. a first roll for rolling on the film web moved along, a second roll , which can be supported on the first roll indirectly via the film web , for rolling on the film web moved along, wherein the second roll is resiliently guided, in particular in the vertical direction, in the thickness direction of the film web moved along, at least one distance sensor fixed locally in relation to the first roll and/or the film web moved along, for detecting a distance from the second roll , characterized in that
A pediculicidal composition comprising: 5,5'-dimethyl-2,2'-dipyridyl; and a carrier vehicle comprising: water; an activating solvent system comprising an alcohol that includes benzyl alcohol or phenoxyethanol and mixtures thereof, and mineral oil; and a surfactant comprising polysorbate 20 at a concentration of about 1% by weight; wherein 5,5'-dimethyl-2,2'-dipyridyl is present in the composition at a concentration from about 0.25% to about 5% by weight. 5,5'-dimethyl-2,2'-dipyridyl; and a carrier vehicle comprising: water; an activating solvent system comprising an alcohol that includes benzyl alcohol or phenoxyethanol and mixtures thereof, and mineral oil; and a surfactant comprising polysorbate 20 at a concentration of about 1% by weight; wherein 5,5'-dimethyl-2,2'-dipyridyl is present in the composition at a concentration from about 0.25% to about 5% by weight.
A method for producing a titanium-aluminium alloy containing from 0.1 to less than 15 wt.% aluminium, the method comprising the following steps: (a) heating a precursor mixture comprising aluminum and titanium subchloride, the titanium subchloride being in an amount at or in excess of the stoichiometric amount required to produce the titanium-aluminum alloy, to a first temperature in the range of 400°C to 600°C to be reduced by the aluminium to form a reaction mixture comprising elemental titanium; (b) heating the reaction mixture comprising elemental titanium to a second temperature in the range of 750°C to 900°C over a period of from 1 second to 10 minutes, and introducing a flow of an inert gas to dilute or remove any gaseous aluminium chlorides present in the reaction mixture; and (c) exposing the heated reaction mixture to a final temperature in the range of 900°C to about 1100°C to produce the titanium-aluminum alloy. (a) heating a precursor mixture comprising aluminum and titanium subchloride, the titanium subchloride being in an amount at or in excess of the stoichiometric amount required to produce the titanium-aluminum alloy, to a first temperature in the range of 400°C to 600°C to be reduced by the aluminium to form a reaction mixture comprising elemental titanium; (b) heating the reaction mixture comprising elemental titanium to a second temperature in the range of 750°C to 900°C over a period of from 1 second to 10 minutes, and introducing a flow of an inert gas to dilute or remove any gaseous aluminium chlorides present in the reaction mixture; and (c) exposing the heated reaction mixture to a final temperature in the range of 900°C to about 1100°C to produce the titanium-aluminum alloy.
An air-conditioning system, comprising: an air conditioner having a refrigerant circuit in which a refrigerant circulates and a controller and being configured to condition air in an indoor space (A); a countermeasure device provided against leakage of the refrigerant to the indoor space (A); a detector configured to detect a concentration of the refrigerant in the indoor space (A); and a first relay connected to the controller and the countermeasure device , the controller of the air conditioner having a program that enables the operation of closing the first relay when the concentration of the refrigerant detected by the detector exceeds the predetermined allowable concentration, and characterized in that the countermeasure device having a controller , said controller of the countermeasure device having a dedicated program that enables the operation of activating the countermeasure device when the first relay is closed. an air conditioner having a refrigerant circuit in which a refrigerant circulates and a controller and being configured to condition air in an indoor space (A); a countermeasure device provided against leakage of the refrigerant to the indoor space (A); a detector configured to detect a concentration of the refrigerant in the indoor space (A); and a first relay connected to the controller and the countermeasure device , the controller of the air conditioner having a program that enables the operation of closing the first relay when the concentration of the refrigerant detected by the detector exceeds the predetermined allowable concentration, and characterized in that the countermeasure device having a controller , said controller of the countermeasure device having a dedicated program that enables the operation of activating the countermeasure device when the first relay is closed.
A vesicular formulation consisting essentially of one or more phospholipids, one or more non-ionic surfactants and a pharmaceutically acceptable carrier, and optionally further containing one or more of the following ingredients: co-solvents, chelators, buffers, antioxidants, preservatives, microbicides, emollients, humectants, lubricants and thickeners, for use in the treatment of reduced mobility associated with a loss of lubrication and/or structural integrity and/or swelling of a collagen structure in an animal by topically applying the vesicular formulation to the skin surrounding the collagen structure.
An insert for hydraulic nozzles , in particular for hydraulic nozzles adapted to form a substantially conical spray or jet of a fluid, said insert comprising a rigid body which extends in a longitudinal extension direction between a first outer end surface and a second outer end surface opposite to said first outer end surface , said first and second outer end surfaces being joined by a radial outer surface , said insert comprising at least one channel or duct for the passage of a fluid which extends between said first and second outer end surfaces, wherein said at least one channel or duct comprises a first portion which extends from said first outer end surface in a direction substantially parallel to said longitudinal extension direction of said rigid body, and wherein said at least one channel or duct comprises a second portion which extends from said first portion to said second outer end surface in an oblique direction (g-g) with respect to said longitudinal extension direction of said rigid body, characterized in that said second portion of said at least one channel or duct extends inside said rigid body and is thus bounded by a radial closed surface.
An electrochemical lithium battery (A) having an electrochemical bundle (F) comprising at least one electrochemical cell (C) consisting of at least one anode and one cathode on either side of an electrolyte impregnated into a separator, two current collectors, of which one is linked to the anode and the other to the cathode, a casing of a shape that is elongate along a central axis (X), the casing having a cover , a bottom , a lateral jacket joined both to the bottom and to the cover, the casing being designed to contain the bundle in a sealtight manner while being passed through by a portion of the current collectors forming the poles , the battery furthermore having: - a current collector in the form of a metal plate the central portion of which is welded to a central portion of the bottom about the axis (X), the collector bearing against the end of the electrochemical bundle, the peripheral portion around the central portion of the collector having a zone of smaller thickness forming a breakage initiation line ; - at least one electrical insulation element , arranged between the plate forming the collector and the bottom of the casing opposite, around the central portions thereof, in order to electrically insulate said portions from one another, the thickness of the bottom and the breakage initiation line being dimensioned such that, beyond a predetermined threshold value for the pressure prevailing inside the casing, the bottom undergoes a plastic deformation, preserving the weld between the central portion of the plate and that of the bottom, while generating a breakage of the initiation line, and thereby an irreversible electrical disconnection between the bundle and the bottom of the casing. - a current collector in the form of a metal plate the central portion of which is welded to a central portion of the bottom about the axis (X), the collector bearing against the end of the electrochemical bundle, the peripheral portion around the central portion of the collector having a zone of smaller thickness forming a breakage initiation line ; - at least one electrical insulation element , arranged between the plate forming the collector and the bottom of the casing opposite, around the central portions thereof, in order to electrically insulate said portions from one another,
An Uninterruptible Power Supply, UPS, system , the system comprising: an input configured to receive AC input power; an output configured to provide AC output power to at least one load , the output having an output inductor ; a rectifier coupled to the input , the rectifier including one or more rectification switches; an inverter coupled to the rectifier at a first connection and the output at a second connection, the inverter including one or more main branch switches and one or more freewheeling switches ; an auxiliary branch coupled to the input at a first connection and the output at a second connection, the auxiliary branch including one or more auxiliary switches ; and means for selecting a buck mode of operation responsive to a first condition being met and a freewheel mode of operation responsive to a second condition being met, the first condition including determining that the voltage level of the AC input power is greater than the voltage level of the AC output power, and the second condition including determining that the voltage level of the AC input power is lower than the voltage level of the AC output power; wherein the means are configured to selectively enable the auxiliary branch portion during buck mode of operation to conduct power from the AC power input source to the output portion , thereby effectively bypassing the rectifier portion and the inverter portion ; and further configured to operate, responsive to the second condition being satisfied, the one or more main branch switches to generate the AC output power and provide the AC output power to the output , and the one or more auxiliary switches to freewheel during flyback of the output inductor . an input configured to receive AC input power; an output configured to provide AC output power to at least one load , the output having an output inductor ; a rectifier coupled to the input , the rectifier including one or more rectification switches; an inverter coupled to the rectifier at a first connection and the output at a second connection, the inverter including one or more main branch switches and one or more freewheeling switches ; an auxiliary branch coupled to the input at a first connection and the output at a second connection, the auxiliary branch including one or more auxiliary switches ; and means for selecting a buck mode of operation responsive to a first condition being met and a freewheel mode of operation responsive to a second condition being met, the first condition including determining that the voltage level of the AC input power is greater than the voltage level of the AC output power, and the second condition including determining that the voltage level of the AC input power is lower than the voltage level of the AC output power; wherein the means are configured to selectively enable the auxiliary branch portion during buck mode of operation to conduct power from the AC power input source to the output portion , thereby effectively bypassing the rectifier portion and the inverter portion ; and
Articulated drilling machine comprising a vehicle able to move in at least one advance direction (X), at least one drilling member mounted on said vehicle and an assembly suited to constrain and manoeuvre said drilling member with respect to said vehicle , wherein said constraint and manoeuvre assembly comprises at least one first slewing bearing positioned on a horizontal plane, that is, parallel to the support plane (P) of said vehicle , and rotating around at least one vertical axis (Z), that is, orthogonal to said support plane (P), and wherein said first slewing bearing is mounted on a support that in turn is constrained to said vehicle by means of at least one parallelogram kinematic mechanism which allows the position of said first slewing bearing to be varied between a minimum and a maximum height with respect to the support plane (P), characterized in that said support of said first slewing bearing comprises at least one guide that is substantially horizontal and having a direction that is parallel to said advance direction (X), such that said first slewing bearing can translate on said guide between a backward position at a minimum distance from said vehicle and a forward position at a maximum distance from said vehicle .