mhurhangee/ep-ind-claims huggingface dataset:
Screwless bidirectional connection terminal comprising a retaining piece coupled to an elastic piece for the connection of a conductor (8, 8'), where the retaining piece has means which, in combination with other means provided in the elastic piece, allow for the connection of conductors (8, 8') according to two different directions, a horizontal direction and a vertical direction, characterized in that the retaining piece has catches located in a flat front surface of its lower part for interlocking the elastic piece by fastening those catches in a window provided in a first flat segment of said elastic piece which is abutted against the flat front surface of the retaining piece.
Method for cooling a motor, which at least drives an at least two-stage compressor of a refrigerant circuit which comprises at least one first compression stage and a second compression stage, a refrigerant being led through the refrigerant circuit, being brought from a low pressure level to a medium pressure level in the first compression stage and from the medium pressure level to a high pressure level in the second compression stage and, following the second compression stage, being expanded to the medium pressure level, dissipating heat, characterized in that the motor is cooled with the entire refrigerant stream which circulates in the refrigerant circuit as a two-phase main refrigerant stream which is at the medium pressure level.
Calcium phosphate particles having A) a specific surface area larger than 0.1 m 2 /g; B) a mean diameter smaller than 5 mm; C) a Ca/P molar ratio superior to 0.95; and wherein D) said particles have been subjected as a last processing step to a heat treatment at a temperature between 450°C and 700°C for a duration of at least 1 hour such that the specific surface area of said particles after the heat treatment is not decreased by more than 10 % compared to the SSA before said heat treatment. A) a specific surface area larger than 0.1 m 2 /g; B) a mean diameter smaller than 5 mm; C) a Ca/P molar ratio superior to 0.95; and wherein D) said particles have been subjected as a last processing step to a heat treatment at a temperature between 450°C and 700°C for a duration of at least 1 hour such that the specific surface area of said particles after the heat treatment is not decreased by more than 10 % compared to the SSA before said heat treatment.
Pallet jack for lifting and / or handling loads, in particular pallets, empty or with goods, or other loads in general, comprising: - a frame mounted on at least one driving wheel, preferably motorized, for handling the pallet jack, - a vertical post associated with said frame, - lifting arms of the load to be lifted / moved, said lifting arms being mounted on said vertical post and being associated with a mechanism for their vertical movement along said vertical post - lower arms equipped with rollers, or other rotating or sliding elements, for resting and moving on the ground on which also said at least one driving wheel rests, said lower arms being mounted on said vertical post, and characterized in that it further comprises two support arms on which side wheels are mounted, said support arms being rotatable so as to switch between: - a first condition in which both the side wheels mounted on the support arms are spaced and lifted with respect to the supporting ground of said at least one driving wheel, and - a second condition in which at least one of said side wheels, preferably both side wheels, mounted on the support arms contact the ground supporting said at least one driving wheel, and being configured so that the support arms are movable so that the support arms themselves and the side wheels mounted on said support arms can be mutually approached or moved away. - a frame mounted on at least one driving wheel, preferably motorized, for handling the pallet jack, - a vertical post associated with said frame, - lifting arms of the load to be lifted / moved, said lifting arms being mounted on said vertical post and being associated with a mechanism for their vertical movement along said vertical post - lower arms equipped with rollers, or other rotating or sliding elements, for resting and moving on the ground on which also said at least one driving wheel rests, said lower arms being mounted on said vertical post, and characterized in that it further comprises two support arms on which side wheels are mounted, said support arms being rotatable so as to switch between: - a first condition in which both the side wheels mounted on the support arms are spaced and lifted with respect to the supporting ground of said at least one driving wheel, and - a second condition in which at least one of said side wheels, preferably both side wheels, mounted on the support arms contact the ground supporting said at least one driving wheel, - a first condition in which both the side wheels mounted on the support arms are spaced and lifted with respect to the supporting ground of said at least one driving wheel, and - a second condition in which at least one of said side wheels, preferably both side wheels, mounted on the support arms contact the ground supporting said at least one driving wheel, and being configured so that the support arms are movable so that the support arms themselves and the side wheels mounted on said support arms can be mutually approached or moved away.
A microwave system, comprising: a microwave generator; a microwave applicator for delivering microwave radiation generated by the microwave generator to a surface, wherein the microwave applicator is moveable relative to the surface; one or more sensors for sensing at least one of a position, an orientation, an acceleration, a speed and/or a velocity of the microwave applicator, and a controller configured to monitor sensor output from the one or more sensors and further configured to control one or more operational parameters of the microwave system based at least on the monitored sensor output, characterized in that the controller is configured to control one or more operational parameters of the microwave generator when the applicator is at a position based on the time elapsed since the applicator was previously at said position. a microwave generator; a microwave applicator for delivering microwave radiation generated by the microwave generator to a surface, wherein the microwave applicator is moveable relative to the surface; one or more sensors for sensing at least one of a position, an orientation, an acceleration, a speed and/or a velocity of the microwave applicator, and a controller configured to monitor sensor output from the one or more sensors and further configured to control one or more operational parameters of the microwave system based at least on the monitored sensor output, characterized in that the controller is configured to control one or more operational parameters of the microwave generator when the applicator is at a position based on the time elapsed since the applicator was previously at said position.
A method for performing an uplink, UL, signal transmission by a station, STA, in a wireless communication system, comprising the steps of: receiving, by the STA, a downlink, DL, signal including coloring information on a basic service set, BSS, from a first access point, AP; performing, by the STA, the UL signal transmission to a second AP, characterized in that when the DL signal includes information on a delay of a resource reuse related operation and the coloring information on the BSS is not related to the STA, the STA performs the UL signal transmission with a specific delay to the second AP, wherein the resource reuse related operation corresponds to an operation allowing the UL signal transmission in a channel for the DL signal, and wherein when the DL signal includes the information on the delay of the resource reuse related operation, the DL signal corresponds to a trigger frame for UL Multi User transmission. receiving, by the STA, a downlink, DL, signal including coloring information on a basic service set, BSS, from a first access point, AP; performing, by the STA, the UL signal transmission to a second AP, characterized in that when the DL signal includes information on a delay of a resource reuse related operation and the coloring information on the BSS is not related to the STA, the STA performs the UL signal transmission with a specific delay to the second AP, wherein the resource reuse related operation corresponds to an operation allowing the UL signal transmission in a channel for the DL signal, and wherein when the DL signal includes the information on the delay of the resource reuse related operation, the DL signal corresponds to a trigger frame for UL Multi User transmission.
A micro device pick up array comprising: a base substrate having a via; a membrane over the via; a plug within the via and coupled to the base substrate by the membrane, wherein a gap separates the plug from the base substrate; and an array of electrostatic transfer heads electrically coupled with the plug; wherein the base substrate and the plug are formed of silicon. a base substrate having a via; a membrane over the via; a plug within the via and coupled to the base substrate by the membrane, wherein a gap separates the plug from the base substrate; and an array of electrostatic transfer heads electrically coupled with the plug; wherein the base substrate and the plug are formed of silicon.
A terminal box with a pair of tabs connected thereto for outputting electric power generated by a solar cell module, the terminal box comprising: a case having an accommodating space therein; a positive electrode plate and a negative electrode plate disposed in the accommodating space; each one of the positive electrode plate and the negative electrode plate having: a terminal connecting portion to be connected with the tab; and a cable connecting portion to which an output cable transmitting the electric power to an external device is connected; characterized by the case having a pair of tab inserting holes allowing insertion of the tabs to be connected to the terminal connecting portion into the accommodating space, the pair of tab inserting holes being formed in an opposing face of the case opposing the positive electrode plate and the negative electrode plate and at positions across the terminal connecting portion of at least one of the positive electrode plate and the negative electrode plate and disposed at opposite positions relative to the terminal connecting portion as the center when the case is viewed perpendicularly above the opposing face. a case having an accommodating space therein; a positive electrode plate and a negative electrode plate disposed in the accommodating space; each one of the positive electrode plate and the negative electrode plate having: a terminal connecting portion to be connected with the tab; and a cable connecting portion to which an output cable transmitting the electric power to an external device is connected; characterized by the case having a pair of tab inserting holes allowing insertion of the tabs to be connected to the terminal connecting portion into the accommodating space, the pair of tab inserting holes being formed in an opposing face of the case opposing the positive electrode plate and the negative electrode plate and at positions across the terminal connecting portion of at least one of the positive electrode plate and the negative electrode plate and disposed at opposite positions relative to the terminal connecting portion as the center when the case is viewed perpendicularly above the opposing face.
An attachment device, with a central section and two side sections (20, 30) which extend in each case from the ends of the central section and are designed to at least partially enclose a support on which the attachment device can be fatted, wherein the attachment device comprises: means for attaching the attachment device to the support, means for receiving at least one add-on or panelling section which at least partially surrounds the attachment device, staid means having a receptacle (22, 32)which is arranged on the outwardly directed surface on each of the side sections (20, 30), and means for receiving at least one cable which is guided on the support, characterized in that the receptacle (22, 32) is arranged substantially orthogonally to the respective outwardly directed surface of the side sections (20, 30) and can receive a part of the add-on or panelling section in order to fix the latter to the attachment device. means for attaching the attachment device to the support, means for receiving at least one add-on or panelling section
A method for controlling a rotor on a multi-rotor wind turbine, wherein the rotor is comprising one or more blades, and wherein the wind turbine is comprising: - A pitch system, the method comprising: - Operating the rotor in a standstill or idling operating state, - Determining or receiving one or more control parameters, where one or more yawing parameters may be described as a function of the one or more control parameters, wherein the one or more yawing parameters comprises one or more of: i. An angular yawing velocity of a yawing section, ii. An angular yawing acceleration of the yawing section, and/or iii. A yawing moment applied by the yawing section on a remainder of the wind turbine, and - Pitching based on the one or more control parameters a subset of the one or more blades of the rotor to a larger extent than the remaining blades of the rotor with the pitch system. - A pitch system, - Operating the rotor in a standstill or idling operating state, - Determining or receiving one or more control parameters, where one or more yawing parameters may be described as a function of the one or more control parameters, wherein the one or more yawing parameters comprises one or more of: i. An angular yawing velocity of a yawing section, ii. An angular yawing acceleration of the yawing section, and/or iii. A yawing moment applied by the yawing section on a remainder of the wind turbine, and i. An angular yawing velocity of a yawing section, ii. An angular yawing acceleration of the yawing section, and/or iii. A yawing moment applied by the yawing section on a remainder of the wind turbine, and - Pitching based on the one or more control parameters a subset of the one or more blades of the rotor to a larger extent than the remaining blades of the rotor with the pitch system.
A flow sensor, comprising: a main flow body having a first main flow port, a second main flow port, and a main flow channel between the first main flow port and the second main flow port; a laminar flow element disposed within the main flow channel between the first main flow port and the second main flow port and having a first end, a second end, and an outer surface, the first end facing the first main flow port, the second end facing the second main flow port; a first bypass channel formed in, and extending at least partially around, the outer surface of the laminar flow element, the first bypass channel in fluid communication with the main flow channel and defining a first bypass flow passage between the laminar flow element and the main flow body; a second bypass channel formed in, and extending at least partially around, the outer surface of the laminar flow element, the second bypass channel in fluid communication with the main flow channel and defining a second bypass flow passage between the laminar flow element and the main flow body; and a plurality of keying features formed on the outer surface of the laminar flow element, whereby the laminar flow element may be rotated to, and disposed in, a plurality of rotational positions within the main flow body, characterised in that the first and second bypass channels each have an effective length, and varying the rotational position of the laminar flow element varies the effective length of the first and second bypass channels. a main flow body having a first main flow port, a second main flow port, and a main flow channel between the first main flow port and the second main flow port; a laminar flow element disposed within the main flow channel between the first main flow port and the second main flow port and having a first end, a second end, and an outer surface, the first end facing the first main flow port, the second end facing the second main flow port; a first bypass channel formed in, and extending at least partially around, the outer surface of the laminar flow element, the first bypass channel in fluid communication with the main flow channel and defining a first bypass flow passage between the laminar flow element and the main flow body; a second bypass channel formed in, and extending at least partially around, the outer surface of the laminar flow element, the second bypass channel in fluid communication with the main flow channel and defining a second bypass flow passage between the laminar flow element and the main flow body; and a plurality of keying features formed on the outer surface of the laminar flow element, whereby the laminar flow element may be rotated to, and disposed in, a plurality of rotational positions within the main flow body, characterised in that the first and second bypass channels each have an effective length, and varying the rotational position of the laminar flow element varies the effective length of the first and second bypass channels.
Spectacles comprising a pair of progressive lenses intended to be worn by a wearer, each lens separately having a far vision point, a near vision point, and a meridian line defined by a set of gaze directions, each gaze direction of the meridian line having an inset value defined as an azimuth deviation with respect to a gaze direction passing through the far vision point, the pair being comprised of a first lens with some of the gaze directions defining the meridian line of said first lens which have substantially non-zero inset values, and a second lens wherein all the gaze directions located on the meridian line of said second lens between the far vision point and the near vision point have inset values substantially equal to zero.
A mass flow meter, comprising: a first pressure detection device for detecting the pressure of fluid provided at a first position in a pipe line in which the fluid flows; and a second pressure detection device for zero point drift compensation provided at a second position in the pipe line different from the first position of the first pressure detection device, wherein a pulse wave propagation time between these two points and a pressure change amount of the first pressure detection device are used to compensate a zero point drift of a pressure of the first pressure detection device by substituting the value of a minimum pressure value obtained from the output of the first pressure detection device with a minimum pressure value obtained from the pulse wave propagation time and the pressure change amount. a first pressure detection device for detecting the pressure of fluid provided at a first position in a pipe line in which the fluid flows; and a second pressure detection device for zero point drift compensation provided at a second position in the pipe line different from the first position of the first pressure detection device, wherein a pulse wave propagation time between these two points and a pressure change amount of the first pressure detection device are used to compensate a zero point drift of a pressure of the first pressure detection device by substituting the value of a minimum pressure value obtained from the output of the first pressure detection device with a minimum pressure value obtained from the pulse wave propagation time and the pressure change amount.
Method for reducing standby-state energy consumption of an electric household appliance, the electric household appliance comprising an electronic command device in turn comprising an electronic control unit, switching means and a switching mode low power supply unit, wherein the switching mode low power supply unit comprises a switching regulator unit having a first control terminal and at least an output terminal which supplies a main prefixed supply voltage to the electronic control unit; the switching regulator unit being further configured to switch from a standby state to an operating state, when it detects a prefixed voltage variation (ΔV) on the first control terminal; said switching means being designed to connect said first control terminal to said output terminal of the switching regulator unit; said method being characterized in: - supplying a low supply voltage different to zero to said first control terminal during at least said standby state; - connecting by said switching means, at least temporarily, the first control terminal to the output terminal of said switching regulator unit to generate said prefixed voltage variation (ΔV) on the first control terminal to cause the a switching regulator unit to switch from said standby state to said operating state. - supplying a low supply voltage different to zero to said first control terminal during at least said standby state; - connecting by said switching means, at least temporarily, the first control terminal to the output terminal of said switching regulator unit to generate said prefixed voltage variation (ΔV) on the first control terminal to cause the a switching regulator unit to switch from said standby state to said operating state.
A channel sounding method, comprising: sending, by a first access point AP, an announcement frame, wherein the announcement frame is used to indicate at least one second AP and at least one station STA to participate in channel sounding; and sequentially sending, by the first AP, a channel sounding poll frame to each second AP in the at least one second AP, wherein the channel sounding poll frame is used to trigger the at least one second AP to send a channel sounding frame, wherein the announcement frame comprises at least one AP information field, a length of one AP information field is an integer multiple of 4 bytes, the 28th bit in every 4 bytes in the AP information field is set to 1, the at least one AP information field is in a one-to-one correspondence with each second AP in the at least one second AP, and each AP information field comprises identification information of a corresponding second AP. sending, by a first access point AP, an announcement frame, wherein the announcement frame is used to indicate at least one second AP and at least one station STA to participate in channel sounding; and sequentially sending, by the first AP, a channel sounding poll frame to each second AP in the at least one second AP, wherein the channel sounding poll frame is used to trigger the at least one second AP to send a channel sounding frame, wherein the announcement frame comprises at least one AP information field, a length of one AP information field is an integer multiple of 4 bytes, the 28th bit in every 4 bytes in the AP information field is set to 1, the at least one AP information field is in a one-to-one correspondence with each second AP in the at least one second AP, and each AP information field comprises identification information of a corresponding second AP.
An oligomeric compound for use in treating or preventing a disease or condition in a human, wherein the treatment comprises administering not more than 300mg of the oligomeric compound to the human during a dosing period of four weeks, wherein the anion form of the oligomeric compound has the following chemical structure:
A method for determining whether a human's risk for venous thrombosis is reduced by treatment with an HMG-CoA reductase inhibitor, the method comprising testing nucleic acid from said human for the presence or absence of an allele at a polymorphism represented by position 101 of the nucleotide sequence of SEQ ID NO:713 or its complement, wherein the presence of C at position 101 of SEQ ID NO:713 or G at position 101 of its complement indicates said human's risk for VT is reduced by treatment with said HMG-CoA reductase inhibitor.