mhurhangee/ep-ind-claims huggingface dataset:
A method for testing forward link for specific configuration of one or more auxiliary channels in a wireless data communication system, comprising: receiving a first message having included therein test settings selected from among a plurality of possible test settings for one or more auxiliary channels used to carry signaling for data transmission on the forward link for the one or more auxiliary channels, wherein the test settings selected comprise indications for configuring each auxiliary channel and indications of procedures to be performed by each auxiliary channel during testing, and wherein the first message includes a test setting indicative of maintenance of a test mode in an event of a connection closure or a lost connection; configuring (514, 516) each auxiliary channel based on test settings applicable to the auxiliary channel; transmitting (416, 518) an indication of configuration completion within a predetermined time interval of having received the first message; and transmitting each configured auxiliary channel in accordance with the applicable test settings to test the configured auxiliary channel. receiving a first message having included therein test settings selected from among a plurality of possible test settings for one or more auxiliary channels used to carry signaling for data transmission on the forward link for the one or more auxiliary channels, wherein the test settings selected comprise indications for configuring each auxiliary channel and indications of procedures to be performed by each auxiliary channel during testing, and wherein the first message includes a test setting indicative of maintenance of a test mode in an event of a connection closure or a lost connection; configuring (514, 516) each auxiliary channel based on test settings applicable to the auxiliary channel; transmitting (416, 518) an indication of configuration completion within a predetermined time interval of having received the first message; and transmitting each configured auxiliary channel in accordance with the applicable test settings to test the configured auxiliary channel.
A fish pond filtration device comprising a filter tank, a conical filter cylinder, a garbage collection trough, a sedimentation barrel, and a sewage pipe, wherein the conical filter cylinder, the garbage collection trough and the sewage pipe are located in the filter tank; water discharge ports are provided in a bottom or a side wall of the filter tank, and the conical filter cylinder is in rotary fit with the filter tank; a large-diameter end of the conical filter cylinder is open, the garbage collection trough is disposed below the large-diameter end of the conical filter cylinder, a filter port and a sewage discharge port are provided in a bottom of the garbage collection trough, and the sewage discharge port communicates into the sedimentation barrel; and a water pump is disposed at one end of the sewage pipe, the water pump is located in a fish pond, the other end of the sewage pipe extends into the conical filter cylinder, and water outlets of the sewage pipe point to an inner wall of the conical filter cylinder. the conical filter cylinder, the garbage collection trough and the sewage pipe are located in the filter tank; water discharge ports are provided in a bottom or a side wall of the filter tank, and the conical filter cylinder is in rotary fit with the filter tank; a large-diameter end of the conical filter cylinder is open, the garbage collection trough is disposed below the large-diameter end of the conical filter cylinder, a filter port and a sewage discharge port are provided in a bottom of the garbage collection trough, and the sewage discharge port communicates into the sedimentation barrel; and a water pump is disposed at one end of the sewage pipe, the water pump is located in a fish pond, the other end of the sewage pipe extends into the conical filter cylinder, and water outlets of the sewage pipe point to an inner wall of the conical filter cylinder.
Fairing element intended to be placed in a flow passage for a fluid, and intended to surround an obstacle that traverses the passage such that the fairing element guides the flow of the fluid on two opposite sides of the obstacle, the fairing element being designed for nominal values of several parameters of the flow, of which at least one fluid density, respective variations of a section and of an average radius (r m) of the passage along the flow, a direction of the flow in the passage, a speed value of the flow, and an incidence angle of the flow with respect to the obstacle upstream of said obstacle, the fairing element having an extrados surface and an intrados surface, and a leading edge that forms a junction ridge between the extrados and intrados surfaces, and which is intended to be located upstream of the obstacle with respect to the flow, the fairing element being characterised in that the extrados surface has an adapted shape to produce, within a part of the fluid that flows along said extrados surface in according with the nominal values, pressure variations that are less than 5% in absolute values, of a pressure value of the fluid in the flow that exists at the leading edge, when said pressure variations are determined between any two points of the extrados surface that are located between the leading edge and a zone of the fairing element, called transition zone (SE TZ), where a local thickness of said fairing element between the extrados and intrados surfaces is comprised between 50% and 100% of a maximum thickness (e 31) of the obstacle, said thicknesses being measured transversally with respect to the flow. the fairing element being designed for nominal values of several parameters of the flow, of which at least one fluid density, respective variations of a section and of an average radius (r m) of the passage along the flow, a direction of the flow in the passage, a speed value of the flow, and an incidence angle of the flow with respect to the obstacle upstream of said obstacle, the fairing element having an extrados surface and an intrados surface, and a leading edge that forms a junction ridge between the extrados and intrados surfaces, and which is intended to be located upstream of the obstacle with respect to the flow, the fairing element being characterised in that the extrados surface has an adapted shape to produce, within a part of the fluid that flows along said extrados surface in according with the nominal values, pressure variations that are less than 5% in absolute values, of a pressure value of the fluid in the flow that exists at the leading edge, when said pressure variations are determined between any two points of the extrados surface that are located between the leading edge and a zone of the fairing element, called transition zone (SE TZ), where a local thickness of said fairing element between the extrados and intrados surfaces is comprised between 50% and 100% of a maximum thickness (e 31) of the obstacle, said thicknesses being measured transversally with respect to the flow.
An antitheft device for a steering column of a vehicle, the device comprising: - a locking bolt able to occupy a position for locking a steering column, - a slider for maneuvering the locking bolt between a locked and a free position passing by an unlocked position, - a camshaft able to rotate about its axis and comprising at least: - a first contact zone arranged to slide on a first contact area of the slider upon rotation of the camshaft, and - a second contact zone arranged to slide on a second contact area of the slider upon rotation of the camshaft, the contact zones (161, 162) of the camshaft and the contact areas (141, 142) of the slider being arranged so that upon rotation of said camshaft the slider has a translating movement, the first contact zone of the camshaft and the first contact area of the slider being arranged so that upon rotation of said camshaft the slider has a translation movement that maneuvers the locking bolt from the locked position to the unlocked position, the first contact zone of the camshaft being closer to the axis of rotation of the camshaft than the second contact zone, characterized in that the second contact area of the slider comprises a plane sub-contact area and a curved sub-contact area, the second contact zone of the camshaft and the second contact area of the slider being arranged so that upon rotation of said camshaft from the unlocked position to the free position, the second contact zone first slides on the plane sub-contact area and then on the curved sub-contact area with respect to the geometrical center of the slider. - a locking bolt able to occupy a position for locking a steering column, - a slider for maneuvering the locking bolt between a locked and a free position passing by an unlocked position, - a camshaft able to rotate about its axis and comprising at least: - a first contact zone arranged to slide on a first contact area of the slider upon rotation of the camshaft, and - a second contact zone arranged to slide on a second contact area of the slider upon rotation of the camshaft, - a first contact zone arranged to slide on a first contact area of the slider upon rotation of the camshaft, and - a second contact zone arranged to slide on a second contact area of the slider upon rotation of the camshaft,
A method comprising: detecting one or more connection parameters and associated data of at least one access point; facilitating provision of the connection parameters and associated data for inclusion within at least one profile of a user, the profile is associated with a social network service identifying one or more previously established trust relationships among one or more determined friends of the user; and enabling provision of the connection parameters and associated data to at least one device of the user or one or more devices of the friends. detecting one or more connection parameters and associated data of at least one access point; facilitating provision of the connection parameters and associated data for inclusion within at least one profile of a user, the profile is associated with a social network service identifying one or more previously established trust relationships among one or more determined friends of the user; and enabling provision of the connection parameters and associated data to at least one device of the user or one or more devices of the friends.
A device comprising a housing, a rotating shaft and a seal device employing magnetic fluid, the seal device adapted for sealing off a vacuum side and an atmosphere side, and furnished between the housing and the rotating shaft, the seal device being equipped with a magnetic fluid seal furnished in the axial center portion within said housing, and rolling bearings furnished to both sides of said magnetic fluid seal; a lubricated portion of the rolling bearing that, of said rolling bearings at either side, is the rolling bearing disposed on the vacuum side being filled with a magnetic fluid, and a magnet being installed on the vacuum side of an outer race; characterised by on the opposite side of said magnet from the outer race of said rolling bearing, a ring-shaped yoke made of magnetic material being installed in a loose-fitting manner on the rotating shaft; and a magnetic circuit being formed on a path passing from the magnet through the ring-shaped yoke and the inner race, the balls, and the outer race of the rolling bearing, and returning to the magnet, wherein the magnetic circuit is configured to trap particles between the ring-shaped yoke and the inner race.
Method for fabricating a photovoltaic module comprising a plurality of photovoltaic cells, the method comprising providing a plurality of photovoltaic substrates having a front side, attaching the plurality of photovoltaic substrates to a transparent carrier with the front side of the photovoltaic substrates facing the carrier, and rear side processing of the plurality of photovoltaic substrates for forming photovoltaic cells, wherein rear side processing comprises a single metallization process for forming electrical contacts to n-type regions and to p-type regions at the rear side of the plurality of photovoltaic cells and for electrically interconnecting the photovoltaic cells within the photovoltaic module, the single metallization process being performed using a direct patterning method.
A mobile terminal incorporating a battery pack utilized as power supply, the mobile terminal comprising: a positive terminal connected to a positive electrode of the battery pack; a negative terminal connected to a negative electrode of the battery pack; a data communication terminal configured to allow digital data communication with a circuit in the battery pack, the data communication terminal being separate to the positive and negative terminals; a charge control unit configured to control charging of the battery pack via the positive terminal; a reference voltage output unit configured to output reference voltage; a dividing resistor and a thermistor connected in series between the reference voltage output unit and the negative terminal; a temperature detector configured to detect temperature based on voltage at a predetermined portion of a series circuit formed of the dividing resistor and the thermistor, and to stop charging of the battery pack with the charge control unit based on the detected temperature; a switching device connected to a portion of the series circuit formed of the dividing resistor and the thermistor, and configured to control the voltage at the predetermined portion; and a control unit configured to communicate with the circuit in the battery pack via the data communication terminal, and to change the voltage at the predetermined portion to stop charging of the battery pack, when abnormality is notified from digital data received from the battery pack, by controlling the switching device. a positive terminal connected to a positive electrode of the battery pack; a negative terminal connected to a negative electrode of the battery pack; a data communication terminal configured to allow digital data communication with a circuit in the battery pack, the data communication terminal being separate to the positive and negative terminals; a charge control unit configured to control charging of the battery pack via the positive terminal; a reference voltage output unit configured to output reference voltage; a dividing resistor and a thermistor connected in series between the reference voltage output unit and the negative terminal; a temperature detector configured to detect temperature based on voltage at a predetermined portion of a series circuit formed of the dividing resistor and the thermistor, and to stop charging of the battery pack with the charge control unit based on the detected temperature; a switching device connected to a portion of the series circuit formed of the dividing resistor and the thermistor, and configured to control the voltage at the predetermined portion; and a control unit configured to communicate with the circuit in the battery pack via the data communication terminal, and to change the voltage at the predetermined portion to stop charging of the battery pack, when abnormality is notified from digital data received from the battery pack, by controlling the switching device.
Method for transmitting data in a bus system with at least two subscriber stations or bus subscribers which exchange data frames via the bus system, wherein the transmitted data frames have a logical structure according to the CAN specification ISO 11898-1, wherein the chronological bit length within the data frame can assume at least two different values, wherein for a first predefinable region within the data frame the chronological bit length is greater than or equal to a predefined minimum value of approximately one microsecond, and in at least one second predefinable region within the data frame the chronological bit length is at least halved, preferably less than half, compared to the first region, wherein changes in the chronological bit length are implemented by using at least two different scaling factors for setting the bus time unit relative to a minimum time unit or the oscillator clock in ongoing operation, characterized in that transmitting bus subscribers accept, with respect to the specification ISO 11898-1, a confirmation (acknowledge), which is too late by one bit, of the correct reception of the data frame by one or more receivers and/or accept an acknowledge slot which is at maximum two bits long and do not treat it as an error.
A method performed by a wireless device in a wireless communication system, the method comprising: receiving, from a network, primary secondary cell, PSCell, mobility commands including a first PSCell mobility command, wherein each of the PSCell mobility commands is related to a corresponding index, and comprises a PSCell mobility condition and a random access preamble for a corresponding target PSCell; storing a list of the PSCell mobility commands; receiving, from the network, a second PSCell mobility command related to an index; updating the list of the PSCell mobility commands based on the index related to the second PSCell mobility command; identifying, in the updated list, a PSCell mobility command in which a PSCell mobility condition is satisfied; and performing a PSCell mobility based on the identified PSCell mobility command, wherein the updating of the list of the PSCell mobility commands comprises: based on that the index related to the second PSCell mobility command matches an index related to the first PSCell mobility command, replacing at least one parameter value in the first PSCell mobility command with that in the second PSCell mobility command; and based on that the index related to the second PSCell mobility command does not match an index related to any PSCell mobility command in the list, adding the second PSCell mobility command to the list. receiving, from a network, primary secondary cell, PSCell, mobility commands including a first PSCell mobility command, wherein each of the PSCell mobility commands is related to a corresponding index, and comprises a PSCell mobility condition and a random access preamble for a corresponding target PSCell; storing a list of the PSCell mobility commands; receiving, from the network, a second PSCell mobility command related to an index; updating the list of the PSCell mobility commands based on the index related to the second PSCell mobility command; identifying, in the updated list, a PSCell mobility command in which a PSCell mobility condition is satisfied; and performing a PSCell mobility based on the identified PSCell mobility command, wherein the updating of the list of the PSCell mobility commands comprises: based on that the index related to the second PSCell mobility command matches an index related to the first PSCell mobility command, replacing at least one parameter value in the first PSCell mobility command with that in the second PSCell mobility command; and based on that the index related to the second PSCell mobility command does not match an index related to any PSCell mobility command in the list, adding the second PSCell mobility command to the list. based on that the index related to the second PSCell mobility command matches an index related to the first PSCell mobility command, replacing at least one parameter value in the first PSCell mobility command with that in the second PSCell mobility command; and based on that the index related to the second PSCell mobility command does not match an index related to any PSCell mobility command in the list, adding the second PSCell mobility command to the list.
An industrial vehicle comprising: a lifting device (55, 80) operated by a main lift cylinder assembly; a main hydraulic system (46, 47, 104, 110) having a main hydraulic control system; characterized in that the main hydraulic system comprises two or more pump motors (46, 47) suitable to provide hydraulic flow to the main lift cylinder assembly for lifting heavy loads; and the industrial vehicle further comprises a load-handling device (60, 93) including a load sensing circuit for conducting auxiliary hydraulic functions at the same time; and a second hydraulic system (106, 120, 122) having a second hydraulic control system fluidly coupled to the main hydraulic control system for controlling said auxiliary hydraulic functions; wherein the main hydraulic control system is suitable to divert the hydraulic flow from one of the two or more pump motors (46, 47) to the second hydraulic control system when actuation of the load handling device (60, 93) is detected. a lifting device (55, 80) operated by a main lift cylinder assembly; a main hydraulic system (46, 47, 104, 110) having a main hydraulic control system; characterized in that the main hydraulic system comprises two or more pump motors (46, 47) suitable to provide hydraulic flow to the main lift cylinder assembly for lifting heavy loads; and the industrial vehicle further comprises a load-handling device (60, 93) including a load sensing circuit for conducting auxiliary hydraulic functions at the same time; and a second hydraulic system (106, 120, 122) having a second hydraulic control system fluidly coupled to the main hydraulic control system for controlling said auxiliary hydraulic functions; wherein the main hydraulic control system is suitable to divert the hydraulic flow from one of the two or more pump motors (46, 47) to the second hydraulic control system when actuation of the load handling device (60, 93) is detected.
A method of flow monitoring in a well comprising: performing fibre optic sensing on an optical fibre deployed within the well, wherein the optical fibre is attached to a first tubing that extends within the well to at least a first location (110a-c) at which it is wished to monitor inflow, the method being characterised in that said tubing comprises a plurality of apertures (202a-c) having known properties at said first location (110a-c), the properties being configured to provide a characteristic that varies with flow rate through an aperture (202a-c), wherein at least some of the plurality of apertures (202a-c) at the first location (110a-c) have different properties to one another. performing fibre optic sensing on an optical fibre deployed within the well, wherein the optical fibre is attached to a first tubing that extends within the well to at least a first location (110a-c) at which it is wished to monitor inflow, the method being characterised in that said tubing comprises a plurality of apertures (202a-c) having known properties at said first location (110a-c), the properties being configured to provide a characteristic that varies with flow rate through an aperture (202a-c), wherein at least some of the plurality of apertures (202a-c) at the first location (110a-c) have different properties to one another.
A composition comprising an alcohol ethoxylate of formula: wherein R is selected from a saturated or unsaturated, linear or branched, C 8 -C 20 alkyl group, 0 ≤ n ≤ 10, and the average value of n is 1, wherein less than 7% by weight of the alcohol ethoxylate are ethoxylates having n ≥ 3 and less than 35% by weight of the alcohol ethoxylate are ethoxylates having n=0; wherein the composition further comprises from 1% to 10% by weight of the composition of methane sulfonic acid.