mhurhangee/patent-ind-claim-en huggingface dataset:
A system for adjusting optical security sensor mirrors , the system comprising: an adjustment device having a first slot ; a first mirror that is rotatable about a first axis; and a first drive coupled to the first mirror and configured to engage the first slot , wherein rotation of the adjustment device causes the first drive to move within the first slot upwards or downwards in accordance with a first inclined slope of the first slot , thereby rotating the first mirror about the first axis. an adjustment device having a first slot ; a first mirror that is rotatable about a first axis; and a first drive coupled to the first mirror and configured to engage the first slot , wherein rotation of the adjustment device causes the first drive to move within the first slot upwards or downwards in accordance with a first inclined slope of the first slot , thereby rotating the first mirror about the first axis.
A method for resource allocation for Push to Talk, PTT, group communication in a network , the method being performed by a server node of a group communication system, the method comprising: receiving (S102) a first request from a client node for the client node to affiliate with a group of client nodes in order for the client node to join a group communication session of the group communication; requesting (S104), from a Policy and Charging Rules Function, PCRF, node and in response to the first request, a first allocation of network resources to be used by the client node for floor control of the group communication session; receiving (S108) a second request for a group call from the client node ; and requesting (S110a), from the PCRF node and upon reception of the second request, a second allocation of network resources to be used by the client node for media transmission in the group call. receiving (S102) a first request from a client node for the client node to affiliate with a group of client nodes in order for the client node to join a group communication session of the group communication; requesting (S104), from a Policy and Charging Rules Function, PCRF, node and in response to the first request, a first allocation of network resources to be used by the client node for floor control of the group communication session; receiving (S108) a second request for a group call from the client node ; and requesting (S110a), from the PCRF node and upon reception of the second request, a second allocation of network resources to be used by the client node for media transmission in the group call.
A method for determining convective cell growth from weather radar reflectivity data comprising: at a processing device: a) receiving first weather reflectivity values and receiving second weather reflectivity values at a point in time subsequent to receiving the first weather reflectivity values; b) storing the first and second weather reflectivity values in cells of a three-dimensional buffer; c) for each of the first and second weather reflectivity values, calculating a vertically-integrated reflectivity (VIR) value for a column of cells in the three-dimensional buffer, the column of cells being associated with a latitude/longitude position; characterized in that the method comprises: d) comparing the VIR value for the second weather reflectivity values against the VIR for the first weather reflectivity values to determine a difference in the VIR values; and at a display device coupled to the processing device: e) if the difference in the VIR values is greater than a threshold value, displaying a cell growth hazard indication at a weather display in an area of the weather display that corresponds to the latitude/longitude position. at a processing device: a) receiving first weather reflectivity values and receiving second weather reflectivity values at a point in time subsequent to receiving the first weather reflectivity values; b) storing the first and second weather reflectivity values in cells of a three-dimensional buffer; c) for each of the first and second weather reflectivity values, calculating a vertically-integrated reflectivity (VIR) value for a column of cells in the three-dimensional buffer, the column of cells being associated with a latitude/longitude position; characterized in that the method comprises: d) comparing the VIR value for the second weather reflectivity values against the VIR for the first weather reflectivity values to determine a difference in the VIR values; and a) receiving first weather reflectivity values and receiving second weather reflectivity values at a point in time subsequent to receiving the first weather reflectivity values; b) storing the first and second weather reflectivity values in cells of a three-dimensional buffer; c) for each of the first and second weather reflectivity values, calculating a vertically-integrated reflectivity (VIR) value for a column of cells in the three-dimensional buffer, the column of cells being associated with a latitude/longitude position; characterized in that the method comprises: d) comparing the VIR value for the second weather reflectivity values against the VIR for the first weather reflectivity values to determine a difference in the VIR values; and at a display device coupled to the processing device: e) if the difference in the VIR values is greater than a threshold value, displaying a cell growth hazard indication at a weather display in an area of the weather display that corresponds to the latitude/longitude position.
A zip fastener , comprising: a pair of stringers defining a longitudinal axis; a first slider disposed to slide lengthwise along the stringers and thereby join the stringers and close an opening between the stringers, the first slider including, at one axial end thereof, one of a male coupling part and a complementary female coupling part ; a member secured to at least one of the stringers , the member including, at one axial end thereof, the other of the male coupling part and complementary female coupling part ; the male coupling part comprising a neck adjacent an enlarged head , and the female coupling part comprising a transverse slot with broad and narrow sections sized to slidably receive the head and neck , and a shoulder between the broad and narrow sections of the female coupling part abuts the head to prevent axial separation of the first slider and the member when the head is in the slot , and the member is either a) a second slider that is disposed to slide lengthwise along the stringers and thereby join the stringers and close the opening between the stringers , or b) a fixture on at least one of the stringers ; characterized in that the transverse slot is sized such that relative rotation between the first slider and the member , and resulting bending of the stringers , allows the head to be inserted transversely into the slot , and the bending stiffness of the stringers tends to maintain the head in the slot . a pair of stringers defining a longitudinal axis; a first slider disposed to slide lengthwise along the stringers and thereby join the stringers and close an opening between the stringers, the first slider including, at one axial end thereof, one of a male coupling part and a complementary female coupling part ; a member secured to at least one of the stringers , the member including, at one axial end thereof, the other of the male coupling part and complementary female coupling part ; the male coupling part comprising a neck adjacent an enlarged head , and the female coupling part comprising a transverse slot with broad and narrow sections sized to slidably receive the head and neck , and a shoulder between the broad and narrow sections of the female coupling part abuts the head to prevent axial separation of the first slider and the member when the head is in the slot , and the member is either a) a second slider that is disposed to slide lengthwise along the stringers and thereby join the stringers and close the opening between the stringers , or b) a fixture on at least one of the stringers ; characterized in that the transverse slot is sized such that relative rotation between the first slider and the member , and resulting bending of the stringers , allows the head to be inserted transversely into the slot , and the bending stiffness of the stringers tends to maintain the head in the slot .
Method for process parameters optimization in a chip removal machining, which allows to maximize productivity while observing the maximum allowable wear limit for the tool, comprising the steps of: a. defining the boundary conditions of the process, said conditions comprising at least the material to be worked and the type of tool used; b. defining the process parameters to be used for the tool wear estimation, said parameters comprising at least: tool-material contact time (t), cutting speed (v) and advancement (a), and defining for each one of said parameters a variability range within which the research for optimal values is to be carried out; c. defining an experiments plan in which, for determined values of said parameters, the tool wear is analysed at distinct time intervals and carrying out said experiments plan; d. on the basis of the data collected at point c. estimating a regression equation that estimates the dependence of the tool wear lip (VB) on said process parameters; e. solving an optimization problem in which the values of said process parameters are determined, which allow the production time to be reduced at minimum and the quantity of tools used to be reduced at minimum: characterized in that : in solving this optimization problem in point e. the observation of a maximum wear value (VBLim) of the wear lip (VB) is imposed as strict condition and in that for the estimation of the dependence of wear lip on process parameters, the relationship estimated in point d is used. a. defining the boundary conditions of the process, said conditions comprising at least the material to be worked and the type of tool used; b. defining the process parameters to be used for the tool wear estimation, said parameters comprising at least: tool-material contact time (t), cutting speed (v) and advancement (a), and defining for each one of said parameters a variability range within which the research for optimal values is to be carried out; c. defining an experiments plan in which, for determined values of said parameters, the tool wear is analysed at distinct time intervals and carrying out said experiments plan; d. on the basis of the data collected at point c. estimating a regression equation that estimates the dependence of the tool wear lip (VB) on said process parameters; e. solving an optimization problem in which the values of said process parameters are determined, which allow the production time to be reduced at minimum and the quantity of tools used to be reduced at minimum: characterized in that : in solving this optimization problem in point e. the observation of a maximum wear value (VBLim) of the wear lip (VB) is imposed as strict condition and in that for the estimation of the dependence of wear lip on process parameters, the relationship estimated in point d is used. in solving this optimization problem in point e. the observation of a maximum wear value (VBLim) of the wear lip (VB) is imposed as strict condition and in that for the estimation of the dependence of wear lip on process parameters, the relationship estimated in point d is used.
A web winder , • including - a retaining section , configured for receiving a winding shaft , - a transport section , and - a guide section , which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft , • wherein - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position , at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder , onto the winding shaft , and • seen transversely to the direction of movement of the web winder , the distance of the running surface to the floor from the retaining section increases in the direction initial winding position and then decreases again up to the initial winding position . • including - a retaining section , configured for receiving a winding shaft , - a transport section , and - a guide section , which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft , - a retaining section , configured for receiving a winding shaft , - a transport section , and - a guide section , which • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft , • includes a running surface essentially pointing away from a floor, on which the web winder is placed, and • configured for receiving the weight of the winding shaft , • wherein - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position , at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder , onto the winding shaft , and - the transport section and the guide section are configured for moving the winding shaft from the retaining section onto or close to the running surface in the direction of an initial winding position , at which the web winder is adapted for initiating winding the web, which is located on a contact roll of the web winder , onto the winding shaft , and • seen transversely to the direction of movement of the web winder , the distance of the running surface to the floor from the retaining section increases in the direction initial winding position and then decreases again up to the initial winding position .
A disposable or sterilizable surgical cassette for coupling a handpiece with a console in a system for treating eyes and interfacing with reusable components of the console comprising: a front plate ; a back plate ; a valve control surface ; and characterised by : a gasket wherein the gasket comprises fluid channel sealing surfaces , wherein at least a portion of the gasket is located between the front plate and the back plate , wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm , wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface ; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate. a front plate ; a back plate ; a valve control surface ; and characterised by : a gasket wherein the gasket comprises fluid channel sealing surfaces , wherein at least a portion of the gasket is located between the front plate and the back plate , wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm , wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface ; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate. a gasket wherein the gasket comprises fluid channel sealing surfaces , wherein at least a portion of the gasket is located between the front plate and the back plate , wherein the gasket comprises one or more valves and a vacuum/pressure sensor diaphragm , wherein the or each valve comprises an elastomeric deformable surface having a dome-like shape which is configured to be compressed against the valve control surface ; and wherein the one or more valves and the vacuum/pressure sensor diaphragm are accessible through the back plate.
A rim for a catalyst support system for ammonia oxidation burners comprising a top flange and an inner wall , - the top flange comprising a rounded outer edge , and a rounded inner edge ; - the inner wall comprising a carrier plate , a gauze shelf , and a bottom plate shelf , the gauze shelf and the bottom plate shelf being attached to the carrier plate ; and, - the carrier plate being attached to the top flange by means of the rounded inner edge ; Characterized in that the top flange further comprises a planar section , wherein the rounded outer edge and the rounded inner edge are separated by said planar section , wherein the ratio of the width of the planar section and the radius of curvature of the rounded outer edge is between 0.50 to 10.0. - the top flange comprising a rounded outer edge , and a rounded inner edge ; - the inner wall comprising a carrier plate , a gauze shelf , and a bottom plate shelf , the gauze shelf and the bottom plate shelf being attached to the carrier plate ; and, - the carrier plate being attached to the top flange by means of the rounded inner edge ; Characterized in that the top flange further comprises a planar section , wherein the rounded outer edge and the rounded inner edge are separated by said planar section , wherein the ratio of the width of the planar section and the radius of curvature of the rounded outer edge is between 0.50 to 10.0.
A gas turbine engine comprising: a compressor section; a combustor section; a turbine section; a nozzle section including a nozzle, wherein the compressor section, the combustor section, the turbine section, and the nozzle section define a core flow path that expels through the nozzle section; and a waste heat recovery system comprising: a heat recovery heat exchanger arranged at the nozzle section, wherein the heat recovery heat exchanger is arranged within the nozzle section such that the heat recovery heat exchanger occupies less than an entire area of an exhaust area of the nozzle section; and a heat rejection heat exchanger arranged to reduce a temperature of a working fluid of the waste heat recovery system; the gas turbine engine characterized in that the heat recovery heat exchanger comprises a plurality of heat exchanger portions distributed about the nozzle in a non-annular arrangement. a compressor section; a combustor section; a turbine section; a nozzle section including a nozzle, wherein the compressor section, the combustor section, the turbine section, and the nozzle section define a core flow path that expels through the nozzle section; and a waste heat recovery system comprising: a heat recovery heat exchanger arranged at the nozzle section, wherein the heat recovery heat exchanger is arranged within the nozzle section such that the heat recovery heat exchanger occupies less than an entire area of an exhaust area of the nozzle section; and a heat rejection heat exchanger arranged to reduce a temperature of a working fluid of the waste heat recovery system; the gas turbine engine characterized in that the heat recovery heat exchanger comprises a plurality of heat exchanger portions distributed about the nozzle in a non-annular arrangement. a heat recovery heat exchanger arranged at the nozzle section, wherein the heat recovery heat exchanger is arranged within the nozzle section such that the heat recovery heat exchanger occupies less than an entire area of an exhaust area of the nozzle section; and a heat rejection heat exchanger arranged to reduce a temperature of a working fluid of the waste heat recovery system; the gas turbine engine characterized in that the heat recovery heat exchanger comprises a plurality of heat exchanger portions distributed about the nozzle in a non-annular arrangement.
Method for checking a measuring arrangement for determining voltage, in which a voltmeter is connected to a voltage source by means of electrical lines , and in which a rheostat which can be set to a first and a second reference resistance (R1) is connected in parallel with the voltmeter , wherein at least one of the electrical lines between the voltage source and the voltmeter is tested with the aid of successive voltage measurements when the first and second reference resistance (R1) of the rheostat is set, characterized in that the results of the voltage measurements are used to determine a line resistance (RL1, RL2) of one electrical line or of the electrical lines , by means of which the voltmeter and the voltage source are connected to one another.
A crane comprising: a vehicle ; a boom disposed on the vehicle ; a wire rope spanning from a base end side to a distal end side of the boom ; a hook hanging from the distal end side of the boom and ascending and descending by feeding in and feeding out the wire rope ; and a camera that takes an image including the hook , a control apparatus configured to be connected to the camera and to process information, a display apparatus that is connected to the control apparatus , characterized in that the control apparatus calculates, based on a length of the boom or a height of the hook , an inner boundary , wherein the inner boundary being between a movable range of the hook and a non-movable range of the hook when the hook moves in the direction approaching the vehicle ; and the display apparatus displays an image in which an image indicating the inner boundary is superimposed on the image taken by the camera wherein the inner boundary is a first inner boundary in which the boom is movable after being luffed up with the length of the boom maintained, the first inner boundary is computed based on the length of the boom by the control apparatus . a vehicle ; a boom disposed on the vehicle ; a wire rope spanning from a base end side to a distal end side of the boom ; a hook hanging from the distal end side of the boom and ascending and descending by feeding in and feeding out the wire rope ; and a camera that takes an image including the hook , a control apparatus configured to be connected to the camera and to process information, a display apparatus that is connected to the control apparatus , the control apparatus calculates, based on a length of the boom or a height of the hook , an inner boundary , wherein the inner boundary being between a movable range of the hook and a non-movable range of the hook when the hook moves in the direction approaching the vehicle ; and the display apparatus displays an image in which an image indicating the inner boundary is superimposed on the image taken by the camera wherein the inner boundary is a first inner boundary in which the boom is movable after being luffed up with the length of the boom maintained, the first inner boundary is computed based on the length of the boom by the control apparatus .
A combination of levocetirizine and montelukast in an effective amount for use in the treatment of a traumatic injury or a symptom of traumatic injury in a patient in need thereof.
A composition for use in a method to promote the healing of a chronic wound, wherein said composition is in the form of a dry biocompatible film comprising at least one film forming material and particulate egg shell membrane (ESM), wherein said particulate ESM is distributed substantially uniformly in and/or on the film and said film, or portion thereof, disintegrates upon contact with a wound or an exudate thereof, and wherein (i) said at least one film forming material is a cellulose and (ii) said particulate ESM is a, or is formed from at least one, particle of ESM having a mean particle diameter of less than 80 μm and is free from eggshell.