mhurhangee/ep-ind-claims huggingface dataset:
An equalization training method, comprising: obtaining a training rate of each of a master chip and a slave chip in a target phase of equalization training, wherein the target phase is a third phase or a fourth phase; and determining a target rate threshold interval within which the training rate in the target phase falls, determining, based on a correspondence between N+1 rate threshold intervals and N+1 equalization timeout periods, a target equalization timeout period corresponding to the target rate threshold interval, and configuring the target equalization timeout period as an equalization timeout period in the target phase, wherein N rate thresholds are predetermined, N is an integer greater than 0, and each (N+1)-th rate threshold interval is larger than a N-th rate threshold interval, and an equalization timeout period corresponding to the (N+1)-th rate threshold interval is larger than the equalization timeout period corresponding to the N-th rate threshold interval; and wherein equalization training in the target phase is performed on the master chip and the slave chip within the equalization timeout period in the target phase. obtaining a training rate of each of a master chip and a slave chip in a target phase of equalization training, wherein the target phase is a third phase or a fourth phase; and determining a target rate threshold interval within which the training rate in the target phase falls, determining, based on a correspondence between N+1 rate threshold intervals and N+1 equalization timeout periods, a target equalization timeout period corresponding to the target rate threshold interval, and configuring the target equalization timeout period as an equalization timeout period in the target phase, wherein N rate thresholds are predetermined, N is an integer greater than 0, and each (N+1)-th rate threshold interval is larger than a N-th rate threshold interval, and an equalization timeout period corresponding to the (N+1)-th rate threshold interval is larger than the equalization timeout period corresponding to the N-th rate threshold interval; and wherein equalization training in the target phase is performed on the master chip and the slave chip within the equalization timeout period in the target phase.
A method of retrofitting a wind turbine having a tower and a first energy generating unit with a second energy generating unit, the wind turbine having been operated for a first period of time at a first tower life rate (32, 90) and having a first tower life expectancy design value, the method being characterized by the following steps: determining the tower life of the wind turbine tower used during the first period of time; determining the remaining tower life of the wind turbine tower; replacing the first energy generating unit with the second energy generating unit; and operating the retrofitted wind turbine at a second tower life rate (42, 94) less than the first tower life rate (32, 90) so as to extend the service life of the wind turbine tower beyond the first tower life expectancy design value to a second tower life expectancy value. determining the tower life of the wind turbine tower used during the first period of time; determining the remaining tower life of the wind turbine tower; replacing the first energy generating unit with the second energy generating unit; and operating the retrofitted wind turbine at a second tower life rate (42, 94) less than the first tower life rate (32, 90) so as to extend the service life of the wind turbine tower beyond the first tower life expectancy design value to a second tower life expectancy value.
Process for the preparation of polycyclic aliphatic dialdehydes by hydroformylation of polycyclic aliphatic diolefins in the presence of synthesis gas over a metal catalyst system modified with organophosphorus ligands with a transition metal of the 8 th -10 th subgroup, characterized in that the hydroformylation is carried out by means of a water-soluble diphosphine or triarylphosphine complex catalyst at a pressure of greater than or equal to 0.5 MPa and less than or equal to 10 MPa and at a temperature of greater than or equal to 70°C and less than or equal to 150°C in a homogeneous liquid reaction phase, the homogeneous liquid phase comprising at least one non-aqueous solvent, olefins and/or their mono- and/or dialdehydes as reaction products and an aqueous catalyst solution, the mass ratios of these components in the solution being controlled so as to obtain a single-phase solution under the reaction conditions.
A crane assembly for erecting a tower including a plurality of tower sections, the crane assembly comprises: an upper telescopic mast; a lower telescopic mast connected to the upper telescopic mast; and a crane mounted on top of the upper telescopic mast and comprising lifting equipment; wherein the upper telescopic mast is configured to increase its length from a retracted state in an upwards direction, and comprises a first clamp assembly for selectively gripping portions of the tower, and the lower telescopic mast is configured to increase its length from a retracted state in a downwards direction and comprises a second clamp assembly for selectively gripping portions of the tower, and wherein the upper telescopic mast comprises a first base, and the lower telescopic mast comprises a second base, and wherein the first base is mounted on top of the second base. an upper telescopic mast; a lower telescopic mast connected to the upper telescopic mast; and a crane mounted on top of the upper telescopic mast and comprising lifting equipment; wherein the upper telescopic mast is configured to increase its length from a retracted state in an upwards direction, and comprises a first clamp assembly for selectively gripping portions of the tower, and the lower telescopic mast is configured to increase its length from a retracted state in a downwards direction and comprises a second clamp assembly for selectively gripping portions of the tower, and wherein the upper telescopic mast comprises a first base, and the lower telescopic mast comprises a second base, and wherein the first base is mounted on top of the second base.
Method for continuously preparing a powder material having a calorific value which is more than the calorific value of the biomass before steam cracking, the method comprising a steam cracking step, the biomass before steam cracking consisting of elements having a particle size class of between P16 and P100, exhibiting a moisture content of less than 27% and being directly subjected to a steam cracking treatment at a temperature of between 195°C and 215°C for 5 and 30 minutes, characterized in that the severity factor of the steam cracking step is controlled as a function of the carbon content in the gaseous effluents, the carbon content being used in real time by a computer to modify the severity rate as a function of a predetermined function to maximize the PCI.
A method to manufacture a coating, comprising: (i) applying a structural matrix having a porous body with open and connected porosity to a substrate; (ii) combining a soluble silicate glass binder with a solid lubricant; and (iii) applying the soluble silicate glass binder with solid lubricant into the porosity via vacuum impregnation; wherein the structural matrix provides the mechanical structure to hold the soluble silicate glass binder and solid lubricant in place. (i) applying a structural matrix having a porous body with open and connected porosity to a substrate; (ii) combining a soluble silicate glass binder with a solid lubricant; and (iii) applying the soluble silicate glass binder with solid lubricant into the porosity via vacuum impregnation;
A ball screw device including a screw shaft in which thread grooves are formed on an outer circumferential surface, a plurality of balls which are disposed on the thread grooves, and a nut which is externally fitted to the screw shaft via the balls, the nut moving on the screw shaft, at least a part of the screw shaft comprising: a cylindrical body formed of a cylindrical wound material configured of a filament bundle of reinforced fibers, a cylindrical wound material configured of a sheet of a filament of reinforced fibers, or a cylindrical wound material which is a laminated layer of a layer configured of the sheet and a layer configured of the filament bundle, and a resin binding the cylindrical wound material; and a metal spiral member which is fixed to an outer circumferential surface of the cylindrical body and forms the thread grooves, characterized in that the spiral member is configured of a plurality of partitioned spiral members which are partitioned in a length direction of a spiral, and that the partitioned spiral members are connected to each other with a gap in the length direction. a cylindrical body formed of a cylindrical wound material configured of a filament bundle of reinforced fibers, a cylindrical wound material configured of a sheet of a filament of reinforced fibers, or a cylindrical wound material which is a laminated layer of a layer configured of the sheet and a layer configured of the filament bundle, and a resin binding the cylindrical wound material; and a metal spiral member which is fixed to an outer circumferential surface of the cylindrical body and forms the thread grooves, characterized in that the spiral member is configured of a plurality of partitioned spiral members which are partitioned in a length direction of a spiral, and that the partitioned spiral members are connected to each other with a gap in the length direction.
An applicator comprising: a handle; and a bristle tuft connected to the handle, the bristle tuft comprising a first angled surface extending upwards from a first side of the bristle tuft; and a second angled surface extending upwards from a second side of the bristle tuft; a ridge defined at an intersection of the first angled surface and the second angled surface, wherein a ridge angle is defined between a first end of the first angled surface and a first end of the ridge and between a first end of the second angled surface and a second end of the ridge; and characterized in that the first angled surface is semicircular shaped; and the second angled surface is semicircular shaped; wherein the ridge forms a common edge between the first angled surface and the second angled surface, wherein the bristle tuft further comprising: a first top edge and a second top edge extending from top ends of the bristle tuft,wherein an intersection of the first top edge and the second top edge defines a ridge apex angle at the intersection; and wherein the ridge apex angle is an obtuse angle. a handle; and a bristle tuft connected to the handle, the bristle tuft comprising a first angled surface extending upwards from a first side of the bristle tuft; and a second angled surface extending upwards from a second side of the bristle tuft; a ridge defined at an intersection of the first angled surface and the second angled surface, a first angled surface extending upwards from a first side of the bristle tuft; and a second angled surface extending upwards from a second side of the bristle tuft; a ridge defined at an intersection of the first angled surface and the second angled surface, wherein a ridge angle is defined between a first end of the first angled surface and a first end of the ridge and between a first end of the second angled surface and a second end of the ridge; and characterized in that the first angled surface is semicircular shaped; and the second angled surface is semicircular shaped; wherein the ridge forms a common edge between the first angled surface and the second angled surface, wherein the bristle tuft further comprising: a first top edge and a second top edge extending from top ends of the bristle tuft,wherein an intersection of the first top edge and the second top edge defines a ridge apex angle at the intersection; and wherein the ridge apex angle is an obtuse angle.
A thrust reverser for propulsion unit of aircraft, characterised in that it comprises a rear fixed structure forming an outer shroud for guiding a flow of fluid and three gates (31, 32, 33) movable between a direct thrust position, wherein the gates (31, 32, 33) are retracted radially outside the rear fixed structure, and a reverse thrust position wherein they are configured to extend axially downstream of an outlet section of the propulsion unit so as to redirect said flow of fluid leaving the propulsion unit via this outlet section upstream of the propulsion unit.
An elevator system comprising: a car traveling up and down along a hoistway; a buffer for stopping the car at an end of the hoistway; a brake (7, 8, 9) for braking travel of the car; a car traveling-information acquisition means (11, 14) for acquiring car traveling information; and a brake control means for controlling the brake, characterized in that said brake control means determines whether a collision speed of the car can be reduced to below a predetermined speed, based upon the information acquired by the car traveling-information acquisition means, putting the braking force into ready to be weakened if the collision speed can be reduced to below the predetermined speed, putting the braking force into unable to be weakened if the collision speed cannot be reduced to below the predetermined speed, so as to reduce a collision speed at a collision of the car with the buffer to below a predetermined speed so that a shock at the collision of the car with the buffer can be absorbed to a level below a specified value. a car traveling up and down along a hoistway; a buffer for stopping the car at an end of the hoistway; a brake (7, 8, 9) for braking travel of the car; a car traveling-information acquisition means (11, 14) for acquiring car traveling information; and a brake control means for controlling the brake, characterized in that said brake control means determines whether a collision speed of the car can be reduced to below a predetermined speed, based upon the information acquired by the car traveling-information acquisition means, putting the braking force into ready to be weakened if the collision speed can be reduced to below the predetermined speed, putting the braking force into unable to be weakened if the collision speed cannot be reduced to below the predetermined speed, so as to reduce a collision speed at a collision of the car with the buffer to below a predetermined speed so that a shock at the collision of the car with the buffer can be absorbed to a level below a specified value.
Apparatus for transmission testing of a telecommunications jack having a plurality of insulation displacement contacts (IDCs), the apparatus including: a base; a plurality of transmission test probes associated with the base; and a jack holder for removably coupling the jack to the base such that IDCs of the jack are in electrical communication with corresponding test probes; wherein the jack holder is formed separately from the base and is fixed relative to the base during testing by a locking mechanism, such that the jack remains stationary with respect to the probes, characterized in that the locking mechanism is a clip which is releasably attachable to the jack holder and to the base. a base; a plurality of transmission test probes associated with the base; and a jack holder for removably coupling the jack to the base such that IDCs of the jack are in electrical communication with corresponding test probes; wherein the jack holder is formed separately from the base and is fixed relative to the base during testing by a locking mechanism, such that the jack remains stationary with respect to the probes, characterized in that the locking mechanism is a clip which is releasably attachable to the jack holder and to the base.
A method for buffering an anesthetic cartridge, said method comprising: providing a buffer cartridge having a septum and plunger; penetrating a transfer needle through the septum on the buffer cartridge and a septum on the anesthetic cartridge, whereby a fluid transfer path is established; penetrating an exhaust needle through the septum on the anesthetic cartridge but not the septum on the buffer cartridge; and advancing the plunger on the buffer cartridge to transfer a volume of buffer from the buffer cartridge into the anesthetic cartridge while causing an equal volume of anesthetic to be expelled from the anesthetic cartridge through the exhaust needle. providing a buffer cartridge having a septum and plunger; penetrating a transfer needle through the septum on the buffer cartridge and a septum on the anesthetic cartridge, whereby a fluid transfer path is established; penetrating an exhaust needle through the septum on the anesthetic cartridge but not the septum on the buffer cartridge; and advancing the plunger on the buffer cartridge to transfer a volume of buffer from the buffer cartridge into the anesthetic cartridge while causing an equal volume of anesthetic to be expelled from the anesthetic cartridge through the exhaust needle.
A gastrostomy tube reinsertion device comprising: a first dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery, and a rounded blunt tip at the distal end of the dilator; a second dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the first dilator, and a rounded blunt tip at the distal end of the dilator; and a third dilator having a hollow interior and a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the second dilator, serrated edges on two sides of the dilator to allow for separation, and a rounded tip at the distal end of the dilator with an opening sufficient to allow a gastrostomy tube to pass through the rounded blunt tip. a first dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery, and a rounded blunt tip at the distal end of the dilator; a second dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the first dilator, and a rounded blunt tip at the distal end of the dilator; and a third dilator having a hollow interior and a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the second dilator, serrated edges on two sides of the dilator to allow for separation, and a rounded tip at the distal end of the dilator with an opening sufficient to allow a gastrostomy tube to pass through the rounded blunt tip.
An indoor unit of an air conditioner, comprising: a main body that includes a chassis and a front frame coupled to the chassis; a fan that is provided inside the main body to compulsorily flow air; a fan motor that rotates the fan; a fan receiving part that receives the fan, the fan receiving part being formed at the chassis; a fan motor cover that covers the fan motor; a fan motor seating part that is formed at the chassis; a heat-exchanger that is provided inside the main body; a control box in which control components for operating the main body are included; and a control box seating part that is formed at the chassis and on which the control box is seated, wherein in a state where the fan motor is seated on the fan motor seating part, the fan motor cover fixes the position of one side of the fan motor and the control box fixes the position of the other side of the fan motor, characterized in that: an attaching/detaching hook is formed at the fan motor cover and a hanging end by which the attaching/detaching hook is hanged is formed at the side of the fan receiving part nearest the fan motor, and wherein after the fan motor cover first covers the fan motor, the control box covers the fan motor, and the fan motor cover and the control box are engaged with the chassis by a single engagement member. an attaching/detaching hook is formed at the fan motor cover and a hanging end by which the attaching/detaching hook is hanged is formed at the side of the fan receiving part nearest the fan motor, and wherein after the fan motor cover first covers the fan motor, the control box covers the fan motor, and the fan motor cover and the control box are engaged with the chassis by a single engagement member.
Rollo assembly intended for use in an open roof construction for a vehicle, comprising a rollo screen having opposite forward and rearward sides and two opposite lateral sides, a winding tube for winding and unwinding the rollo screen at the rearward side, an operating beam connected to the forward side and having two outer ends, and two longitudinally extending guides for guiding respective ones of the outer ends of the operating beam and respective ones of the lateral sides of the rollo screen, wherein said lateral sides are provided with retention members (17;18) cooperating with corresponding parts of the guides for retaining said lateral sides in said guides, wherein the rollo screen is provided with light transmitting and emitting members which have an end portion extending at least up to a first one of the lateral sides of the rollo screen and wherein at least the guide intended for guiding said first one of the lateral sides is provided with at least one elongate light bar extending longitudinally along said guide in such a position that it can transmit light into said end portion of the light transmitting and emitting members, characterized in that said end portion of the light transmitting and emitting members protrudes laterally beyond the respective lateral side of the rollo screen and wherein the elongate light bar is located laterally with respect to the respective protruding end portion and wherein the elongate light bar is provided with a recess extending longitudinally and intended for at least partially receiving said protruding end portion.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a source base station, a radio resource control, RRC, connection reconfiguration message for a random access channel-less, RACH-less, handover between the source base station and a target base station; receiving, from the target base station, an uplink grant for the RACH-less handover based on the RRC connection reconfiguration message, by monitoring a physical downlink control channel, PDCCH; transmitting, to the target base station, an RRC connection reconfiguration complete message for confirming the RACH-less handover, based on the uplink grant; and receiving, from the target base station, a medium access control, MAC, control element, CE, including a contention resolution identity of the terminal, as a response to the RRC connection reconfiguration complete message. receiving, from a source base station, a radio resource control, RRC, connection reconfiguration message for a random access channel-less, RACH-less, handover between the source base station and a target base station; receiving, from the target base station, an uplink grant for the RACH-less handover based on the RRC connection reconfiguration message, by monitoring a physical downlink control channel, PDCCH; transmitting, to the target base station, an RRC connection reconfiguration complete message for confirming the RACH-less handover, based on the uplink grant; and receiving, from the target base station, a medium access control, MAC, control element, CE, including a contention resolution identity of the terminal, as a response to the RRC connection reconfiguration complete message.