mhurhangee/ep-ind-claims huggingface dataset:
A monolithic heat exchanger body, comprising: a plurality of heating walls configured and arranged in an array of spirals or spiral arcs relative to a longitudinal axis, wherein adjacent portions of the plurality of heating walls respectively define a corresponding plurality of heating fluid pathways therebetween; and a plurality of combustion fins circumferentially spaced about a perimeter of an inlet plenum, wherein the inlet plenum comprises or fluidly communicates with a combustion chamber and the plurality of heating fluid pathways fluidly communicate with the inlet plenum; wherein the plurality of combustion fins occupy a radially or concentrically inward portion of the monolithic heat exchanger body, and wherein the plurality of heating fluid pathways have a heat transfer relationship with a heat sink disposed about a radially or concentrically outward portion of the monolithic heat exchanger body; and wherein a plurality of conduction breaks disposed radially or concentrically outward relative to the plurality of combustion fins at least partially inhibit heat conduction from the plurality of combustion fins to the plurality of heating walls. a plurality of heating walls configured and arranged in an array of spirals or spiral arcs relative to a longitudinal axis, wherein adjacent portions of the plurality of heating walls respectively define a corresponding plurality of heating fluid pathways therebetween; and a plurality of combustion fins circumferentially spaced about a perimeter of an inlet plenum, wherein the inlet plenum comprises or fluidly communicates with a combustion chamber and the plurality of heating fluid pathways fluidly communicate with the inlet plenum; wherein the plurality of combustion fins occupy a radially or concentrically inward portion of the monolithic heat exchanger body, and wherein the plurality of heating fluid pathways have a heat transfer relationship with a heat sink disposed about a radially or concentrically outward portion of the monolithic heat exchanger body; and wherein a plurality of conduction breaks disposed radially or concentrically outward relative to the plurality of combustion fins at least partially inhibit heat conduction from the plurality of combustion fins to the plurality of heating walls.
A compression garment for clothing a lower body part of a wearer, the compression garment having: a first panel of stretchable material joined to a second panel of stretchable material by a first seam and a second seam; a third panel joined to the second panel by a third seam; the stretchable material of the second panel having a higher stretch and recovery characteristic compared to the stretchable material of the first panel; characterised in that, in use, the first panel of stretchable material is adapted to support a larger, more powerful muscle group than the second panel, the first panel being divided into two parts, a first part adapted to support the gluteus maximus and hamstring of the wearer, and a second part adapted to support the quadriceps of the wearer, the second panel being adapted in use to be located along a substantial part of the illiotibial band of the wearer, and the third panel designed in use to be located over the knee. a first panel of stretchable material joined to a second panel of stretchable material by a first seam and a second seam; a third panel joined to the second panel by a third seam; the stretchable material of the second panel having a higher stretch and recovery characteristic compared to the stretchable material of the first panel; characterised in that, in use, the first panel of stretchable material is adapted to support a larger, more powerful muscle group than the second panel, the first panel being divided into two parts, a first part adapted to support the gluteus maximus and hamstring of the wearer, and a second part adapted to support the quadriceps of the wearer, the second panel being adapted in use to be located along a substantial part of the illiotibial band of the wearer, and the third panel designed in use to be located over the knee.
A transducer for detecting the state of an indicator lamp comprising a battery-operated photoelectric sensor and transmitter and a rechargeable battery; the photoelectric sensor generating an electric potential in response to incident light from the indicator lamp, coupled to a field-effect transistor which switches between distinct on and off states at a threshold potential, wherein the field effect transistor is connected to a rechargeable battery arranged to be charged up by the photoelectric sensor and to be switched to discharge, by the field-effect transistor when the indicator lamp ceases to be illuminated, to discharge to the transmitter, the discharge current being used to transmit a message alerting an operator.
Method for controlling, in a communications network, recommendation messages exchanged during a session between a first endpoint (100a-b), called the source entity, and a second endpoint (200a-c), called the recipient entity, said messages being exchanged via a tube (10, 20, 30) grouping data packets of a communications protocol with no guarantee of the delivery of said data packets, which method comprises: - obtaining recommendations contained in said recommendation messages by a control entity located on a network path of said tube, said control entity being authorized by an operator of said communications network; - calculating a new recommendation message on the basis of said recommendations obtained and of at least one information item relating to conditions of said network provided by said control entity; and - sending said new recommendation message to at least one network entity located at one end of said tube. - obtaining recommendations contained in said recommendation messages by a control entity located on a network path of said tube, said control entity being authorized by an operator of said communications network; - calculating a new recommendation message on the basis of said recommendations obtained and of at least one information item relating to conditions of said network provided by said control entity; and - sending said new recommendation message to at least one network entity located at one end of said tube.
A cold meat slicing machine for food products, in particular a high-performance slicer, having at least one belt conveyor, characterized in that the belt conveyor is designed as a removable conveyor belt unit; and in that the conveyor belt unit is configured for a multi-track operation and can be coupled to a plurality of independent drives which are each associated with at least one track.
A method of verifying execution sequence integrity of an execution flow, the method comprising: receiving, by a monitor (116, 118, 120) of a monitoring system, from one or more sensors of an autonomous vehicle being monitored by the monitoring system, a parameter value for each of a plurality of parameters in a sequence of an execution flow that represents an operation of the autonomous vehicle, wherein the parameter value received from the one or more sensors of the autonomous vehicle represents a measurement obtained from the one or more sensors during operation; combining the received parameter values in an order corresponding to an order of the parameters in the sequence to generate a combination value; applying a hashing algorithm to the combination value to generate an encoded combination value; searching a data store for a return code associated with the encoded combination value; and in response to the return code associated with the encoded combination value indicating that the temporary hash value is incorrect, generating a fault notification. receiving, by a monitor (116, 118, 120) of a monitoring system, from one or more sensors of an autonomous vehicle being monitored by the monitoring system, a parameter value for each of a plurality of parameters in a sequence of an execution flow that represents an operation of the autonomous vehicle, wherein the parameter value received from the one or more sensors of the autonomous vehicle represents a measurement obtained from the one or more sensors during operation; combining the received parameter values in an order corresponding to an order of the parameters in the sequence to generate a combination value; applying a hashing algorithm to the combination value to generate an encoded combination value; searching a data store for a return code associated with the encoded combination value; and in response to the return code associated with the encoded combination value indicating that the temporary hash value is incorrect, generating a fault notification.
A stage cleaning method for a stage device for use in a vacuum, the stage device comprising: a fixed stage; a frame-shaped movable stage surrounding and moving along the fixed stage, and having a sample mounting surface; a gas supply unit arranged to generate gas; an air bearing arranged to float the movable stage by supplying the gas to a gap portion between the fixed stage and the movable stage; and a differential pumping portion arranged to discharge the gas supplied to the gap portion, the method comprising the steps of: in a cleaning mode of the stage device, regulating a floating height of the movable stage and a pressure in the differential pumping portion; and moving the movable stage within a predetermined range while maintaining the floating height of the movable stage and the pressure in the differential pumping portion. a fixed stage; a frame-shaped movable stage surrounding and moving along the fixed stage, and having a sample mounting surface; a gas supply unit arranged to generate gas; an air bearing arranged to float the movable stage by supplying the gas to a gap portion between the fixed stage and the movable stage; and a differential pumping portion arranged to discharge the gas supplied to the gap portion, the method comprising the steps of: in a cleaning mode of the stage device, regulating a floating height of the movable stage and a pressure in the differential pumping portion; and moving the movable stage within a predetermined range while maintaining the floating height of the movable stage and the pressure in the differential pumping portion. in a cleaning mode of the stage device, regulating a floating height of the movable stage and a pressure in the differential pumping portion; and moving the movable stage within a predetermined range while maintaining the floating height of the movable stage and the pressure in the differential pumping portion.
Control device for a yaw system of a wind turbine, with at least one connected between a supporting structure and a nacelle mounted on the supporting structure which is rotatable about a yaw axis and at least one actuator comprising an electric motor comprising a motor shaft, at least one damping member comprising one passive damper by means of or through which, in a state connected to the electric motor, a rotary movement of the nacelle relative to the supporting structure about the yaw axis can be damped about the yaw axis, characterised by at least one switching device by means of which the damping member can be separated from the electric motor and can thus be deactivated, where the switching device comprises a clutch which engages automatically when the power supply to the electric motor fails, and by means of which the motor shaft can be mechanically connected to the damper when the power supply fails, the damper being separable from the motor shaft by means of the clutch when the power supply is present.
An electronic device comprising: a display; and at least one processor configured to control the display to display: an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, wherein the application switch object comprises at least one first object corresponding to an application usage history of the electronic device, a second object corresponding to the first application, and at least one third object corresponding to at least one second application selected based on priorities of applications executable in the electronic device, wherein, based on occurrence of a notification event, a change in location of the electronic device, or a current time, the at least one third object is replaced with at least one fourth object indicating at least one third application selected based on the occurrence of the notification event, the change in location of the electronic device, or the current time, while the execution screen of the first application and the application switch object are being displayed on the display. a display; and at least one processor configured to control the display to display: an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, an execution screen of a first application being presently executed, and an application switch object in at least a portion of the display with the execution screen of the first application if input for displaying the application switch object is received while the first application is being executed, wherein the application switch object comprises at least one first object corresponding to an application usage history of the electronic device, a second object corresponding to the first application, and at least one third object corresponding to at least one second application selected based on priorities of applications executable in the electronic device, wherein, based on occurrence of a notification event, a change in location of the electronic device, or a current time, the at least one third object is replaced with at least one fourth object indicating at least one third application selected based on the occurrence of the notification event, the change in location of the electronic device, or the current time, while the execution screen of the first application and the application switch object are being displayed on the display.
A network interface device for connection to a data processing device and to a data network so as to provide an interface between the data processing device and the network for supporting the reception of packets of a transport protocol, the network interface device being arranged to: identify within the payloads of such received packets, data of a further protocol, the data of the further protocol comprising payload data of the further protocol and framing data of the further protocol, and the framing data including verification data for permitting the integrity of the payload data to be verified; on so identifying data of the further protocol, process at least the payload data for determining the integrity thereof and transmit to the data processing device at least some of the framing data, an indication of the result of the said processing; process the payload data by applying a predetermined function to the payload data to form a verification result; process the payload data by comparing the verification result with the verification data and the result of that comparison is the said indication of the result; if the result of that comparison is that the verification result matches the verification data, transmit to the data processing device the payload data together with the at least some of the framing data; if the result of that comparison is that the verification result does not match the verification data, transmit at least some of the header data of the received packet to the data processing device, and not transmit to the data processing device the payload data. identify within the payloads of such received packets, data of a further protocol, the data of the further protocol comprising payload data of the further protocol and framing data of the further protocol, and the framing data including verification data for permitting the integrity of the payload data to be verified; on so identifying data of the further protocol, process at least the payload data for determining the integrity thereof and transmit to the data processing device at least some of the framing data, an indication of the result of the said processing; process the payload data by applying a predetermined function to the payload data to form a verification result; process the payload data by comparing the verification result with the verification data and the result of that comparison is the said indication of the result; if the result of that comparison is that the verification result matches the verification data, transmit to the data processing device the payload data together with the at least some of the framing data; if the result of that comparison is that the verification result does not match the verification data, transmit at least some of the header data of the received packet to the data processing device, and not transmit to the data processing device the payload data.
A turbine engine comprising: a rotor comprising: a plurality of disks, each disk extending radially from an inner aperture to an outer periphery; a plurality of stages of blades, each stage borne by an associated one of said disks; and a plurality of spacers, each spacer between an adjacent pair of said disks; and a stator comprising a plurality of stages of vanes, the vanes of at least a first of said stages of vanes having airfoils with inboard tips in facing proximity to an outer surface of a first of said spacers; characterized in that the airfoils have a dihedral and sweep profile characterized by: leading edge sweep of 25 - 45° along a first region of at least 10% of total span starting within 5% of the tip; and dihedral of 30 - 60° along a second region of at least 10% of total span starting within 5% of the tip. a rotor comprising: a plurality of disks, each disk extending radially from an inner aperture to an outer periphery; a plurality of stages of blades, each stage borne by an associated one of said disks; and a plurality of spacers, each spacer between an adjacent pair of said disks; and a plurality of disks, each disk extending radially from an inner aperture to an outer periphery; a plurality of stages of blades, each stage borne by an associated one of said disks; and a plurality of spacers, each spacer between an adjacent pair of said disks; and a stator comprising a plurality of stages of vanes, the vanes of at least a first of said stages of vanes having airfoils with inboard tips in facing proximity to an outer surface of a first of said spacers; characterized in that the airfoils have a dihedral and sweep profile characterized by: leading edge sweep of 25 - 45° along a first region of at least 10% of total span starting within 5% of the tip; and dihedral of 30 - 60° along a second region of at least 10% of total span starting within 5% of the tip. leading edge sweep of 25 - 45° along a first region of at least 10% of total span starting within 5% of the tip; and dihedral of 30 - 60° along a second region of at least 10% of total span starting within 5% of the tip.
An automatic adjustment system for a variable-speed wind turbine, which automatic adjustment system comprises - a power vector generator for generating a power vector (P vec) of wind turbine output power; - a mapping unit for establishing relationships (β vec, ω vec) between wind turbine output power and rotational speed and pitch angle on the basis of the power vector (P vec) and an operational trajectory (130, 131) of the wind turbine; - a wind speed estimator for estimating a current wind speed (v est) on the basis of measured values of produced active power (P c), rotational speed (ω c) and pitch angle (β c); - an available power calculator for adjusting the estimate of available power (P est) of the wind turbine on the basis of the estimated wind speed (v est) and the established relationships (β vec, ω vec). - a power vector generator for generating a power vector (P vec) of wind turbine output power; - a mapping unit for establishing relationships (β vec, ω vec) between wind turbine output power and rotational speed and pitch angle on the basis of the power vector (P vec) and an operational trajectory (130, 131) of the wind turbine; - a wind speed estimator for estimating a current wind speed (v est) on the basis of measured values of produced active power (P c), rotational speed (ω c) and pitch angle (β c); - an available power calculator for adjusting the estimate of available power (P est) of the wind turbine on the basis of the estimated wind speed (v est) and the established relationships (β vec, ω vec).
A method for fixation of a wire portion of an endoscope, the method comprising the steps of: a) providing: - an operating handle; - an insertion tube with a proximal end and a distal end, and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing (44, 44') defined by at least one wall of the control element; - a pin (9, 9a); and - a steering wire (5, 5') having a first wire portion connected to the steerable tip part, a second wire portion (52, 52'), and a third wire portion (53, 53'), the second wire portion being located between the first and third wire portions; b) pulling the third wire portion so as to tension the steering wire; and c) inserting the pin into the pin spacing so that the second wire portion is clamped between the pin and the at least one wall of the control element, whereby the pin and the second wire portion are fixated to the control element so as to maintain a wire tension between the first and second wire portions, wherein the pin comprises a wire guide, and the method further comprises the step of positioning of the second wire portion in the wire guide. a) providing: - an operating handle; - an insertion tube with a proximal end and a distal end, and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing (44, 44') defined by at least one wall of the control element; - a pin (9, 9a); and - a steering wire (5, 5') having a first wire portion connected to the steerable tip part, a second wire portion (52, 52'), and a third wire portion (53, 53'), the second wire portion being located between the first and third wire portions; - an operating handle; - an insertion tube with a proximal end and a distal end, and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing (44, 44') defined by at least one wall of the control element; - a pin (9, 9a); and - a steering wire (5, 5') having a first wire portion connected to the steerable tip part, a second wire portion (52, 52'), and a third wire portion (53, 53'), the second wire portion being located between the first and third wire portions; b) pulling the third wire portion so as to tension the steering wire; and c) inserting the pin into the pin spacing so that the second wire portion is clamped between the pin and the at least one wall of the control element, whereby the pin and the second wire portion are fixated to the control element so as to maintain a wire tension between the first and second wire portions,