mhurhangee/patent-ind-claim-en huggingface dataset:
A storage server comprising: a processor configured to: generate a plurality of flush write commands based on a write command (WCMD) of first data (Data A) provided from a host , provide a replication command (RepCMD) corresponding to the write command (WCMD) to an external storage server , and receive an operation completion signal of the replication command (RepCMD) from the external storage server ; a memory storing a program of a log file to which the plurality of flush write commands are logged; and a storage device configured to receive a multi-offset write command (MO_W CMD) that requests a plurality of write operations, wherein requested write operations correspond to at least two logged flush write commands among the plurality of flush write commands logged to the log file , and wherein the storage device is configured to perform a flush operation corresponding to the multi-offset write command (MO _WCMD), the flush operation to simultaneously perform the corresponding logged flush write commands, wherein the processor is further configured to provide the multi-offset write command (WO _WCMD) to the storage device based on the log file , after receiving the operation completion signal. a processor configured to: generate a plurality of flush write commands based on a write command (WCMD) of first data (Data A) provided from a host , provide a replication command (RepCMD) corresponding to the write command (WCMD) to an external storage server , and receive an operation completion signal of the replication command (RepCMD) from the external storage server ; generate a plurality of flush write commands based on a write command (WCMD) of first data (Data A) provided from a host , provide a replication command (RepCMD) corresponding to the write command (WCMD) to an external storage server , and receive an operation completion signal of the replication command (RepCMD) from the external storage server ; a memory storing a program of a log file to which the plurality of flush write commands are logged; and a storage device configured to receive a multi-offset write command (MO_W CMD) that requests a plurality of write operations, wherein requested write operations correspond to at least two logged flush write commands among the plurality of flush write commands logged to the log file , and wherein the storage device is configured to perform a flush operation corresponding to the multi-offset write command (MO _WCMD), the flush operation to simultaneously perform the corresponding logged flush write commands, wherein the processor is further configured to provide the multi-offset write command (WO _WCMD) to the storage device based on the log file , after receiving the operation completion signal.
An ultrasonic probe comprising: a plurality of ultrasonic transducer elements ; a plurality of electrical pulser circuits for generating and transmitting electrical pulses to the ultrasonic transducer elements ; a first microprocessor configured to control the plurality of electrical pulser circuits to interrogate a test object from various angles and sequentially relay the data associated with each one of the reflected ultrasonic acoustic waves to a single channel ultrasonic testing unit ; and a first interface configured to communicate with the single channel ultrasonic testing unit in order to sequentially transmit data associated with each angle to the testing unit . a plurality of ultrasonic transducer elements ; a plurality of electrical pulser circuits for generating and transmitting electrical pulses to the ultrasonic transducer elements ; a first microprocessor configured to control the plurality of electrical pulser circuits to interrogate a test object from various angles and sequentially relay the data associated with each one of the reflected ultrasonic acoustic waves to a single channel ultrasonic testing unit ; and a first interface configured to communicate with the single channel ultrasonic testing unit in order to sequentially transmit data associated with each angle to the testing unit .
Fan assembly for cleanrooms comprising a chamber defined by a floor , two opposing side walls and an upper wall , an inlet unit , positioned on the upper wall of said chamber , for introducing a laminar stream of gas into said chamber directed towards the floor , said chamber being arranged in such a way as to be internally invested by the gas introduced by the inlet unit , wherein said assembly further comprises a conveying channel for the gas and for liquid substances present within the chamber positioned on the floor , said conveying channel is surmounted by a casing defined by an upper wall and by two opposing side walls and characterized in that each side wall of the casing is provided with through openings that place the chamber into communication with the conveying channel , and in that said opposing side walls of the casing are arranged spaced apart from the respective opposing side walls of the chamber .
A gas shutoff device comprising: a shutoff unit connected to a gas supply pipe to supply or shut off gas; a control unit for controlling the shutoff unit ; a flow rate measuring unit for measuring a flow rate of the gas; a pressure measuring unit for measuring pressure of the gas; a restoring unit for turning a gas shutoff state by the shutoff unit into a restoration state for passing the gas; and an external communication unit for allowing communication with the outside, wherein the control unit shuts off the gas by outputting to the shutoff unit and prohibits a restoring operation by the restoring unit , when the following event happens in an output from the pressure measuring unit at a predetermined number of times after a predetermined operation performed by a provider in installation, wherein the predetermined number of times is at least two times: a gas pressure value is kept equal to or less than a first predetermined pressure value for a first predetermined time or longer and then the gas pressure value is kept equal to or more than a second predetermined pressure value for a second predetermined time or longer, wherein the second predetermined pressure value is higher than the first predetermined pressure value. a shutoff unit connected to a gas supply pipe to supply or shut off gas; a control unit for controlling the shutoff unit ; a flow rate measuring unit for measuring a flow rate of the gas; a pressure measuring unit for measuring pressure of the gas; a restoring unit for turning a gas shutoff state by the shutoff unit into a restoration state for passing the gas; and an external communication unit for allowing communication with the outside, wherein the control unit shuts off the gas by outputting to the shutoff unit and prohibits a restoring operation by the restoring unit , when the following event happens in an output from the pressure measuring unit at a predetermined number of times after a predetermined operation performed by a provider in installation, wherein the predetermined number of times is at least two times: a gas pressure value is kept equal to or less than a first predetermined pressure value for a first predetermined time or longer and then the gas pressure value is kept equal to or more than a second predetermined pressure value for a second predetermined time or longer, wherein the second predetermined pressure value is higher than the first predetermined pressure value.
A crystalline Form 1 of a compound having the structural formula: wherein the crystalline form is characterized by at least three x-ray powder diffraction peaks at 2Θ angles using Cu Kα1 radiation selected from 10.0°, 13.3°, 14.9°, 20.2°, 20.8°, 22.2°, and 22.5°.
A power generation module connected body comprising a panel connected body, the panel connected body, comprising: a plurality of thin panels arranged in a matrix of m rows and n columns, where m ≥ 2 and n ≥ 2; and a connection portion connecting the plurality of thin panels in a row direction and a column direction, wherein the panel connected body is foldable between adjacent thin panels of the plurality of thin panels, the connection portion has, alternately in the column direction, a first type row satisfying relationships D l ≥ 2L and D y ≥ D y-1 + 2L and a second type row satisfying relationships D n ≥ 2L and D y ≥ D y+1 + 2L, where D y is a length of the connection portion between thin panels adjacent in the column direction at a yth column, and L is a thickness of each of the plurality of thin panels in a vertical direction, the connection portion has, alternately in the row direction, a first type column satisfying relationships C l ≥ 2L and C x ≥ C x-1 + 2L and a second type column satisfying relationships C m ≥ 2L and C x ≥ C x+1 + 2L, where C x is a length of the connection portion between thin panels adjacent in the row direction at an xth row, and in the connection portion , a first row is the first type row and a first column is the second type column , or the first row is the second type row and the first column is the first type column and wherein the plurality of thin panels are power generation modules (P, P'), and the connection portion includes a conductor electrically connecting the power generation modules (P, P'). a plurality of thin panels arranged in a matrix of m rows and n columns, where m ≥ 2 and n ≥ 2; and a connection portion connecting the plurality of thin panels in a row direction and a column direction, wherein the panel connected body is foldable between adjacent thin panels of the plurality of thin panels, the connection portion has, alternately in the column direction, a first type row satisfying relationships D l ≥ 2L and D y ≥ D y-1 + 2L and a second type row satisfying relationships D n ≥ 2L and D y ≥ D y+1 + 2L, where D y is a length of the connection portion between thin panels adjacent in the column direction at a yth column, and L is a thickness of each of the plurality of thin panels in a vertical direction, the connection portion has, alternately in the row direction, a first type column satisfying relationships C l ≥ 2L and C x ≥ C x-1 + 2L and a second type column satisfying relationships C m ≥ 2L and C x ≥ C x+1 + 2L, where C x is a length of the connection portion between thin panels adjacent in the row direction at an xth row, and in the connection portion , a first row is the first type row and a first column is the second type column , or the first row is the second type row and the first column is the first type column and wherein the plurality of thin panels are power generation modules (P, P'), and the connection portion includes a conductor electrically connecting the power generation modules (P, P').
A welding machine, preferably of the flash welding type, to weld the tail of a first longitudinal metal product together with the head of a second longitudinal metal product along a feeding direction (X) of said longitudinal metal products, the machine comprising a carriage adapted to slide along the feeding direction (X), said carriage supporting - a first structure connected to said carriage ; - first clamping means , provided on said first structure , to clamp either the tail of the first metal product or the head of the second metal product; - a second structure adapted to slide, with respect to both the first structure and the carriage , parallel to the feeding direction; - second clamping means , provided on said second structure , to clamp either the head of the second metal product or the tail of the first metal product; - at least one transformer provided with conductors connected to the first clamping means and to the second clamping means , respectively, to supply electric current to said tail and said head; characterized in that the first structure and the second structure are supported in a first part of the carriage delimited by a first beam and a second beam of the carriage that are parallel to the feeding direction (X), while the at least one transformer is fixed to the carriage and supported in a second part of the carriage , arranged laterally outside the first part . - a first structure connected to said carriage ; - first clamping means , provided on said first structure , to clamp either the tail of the first metal product or the head of the second metal product; - a second structure adapted to slide, with respect to both the first structure and the carriage , parallel to the feeding direction; - second clamping means , provided on said second structure , to clamp either the head of the second metal product or the tail of the first metal product; - at least one transformer provided with conductors connected to the first clamping means and to the second clamping means , respectively, to supply electric current to said tail and said head;
A container comprising: a lower portion having a bottom and plurality of walls defining an interior space ; a cover attached to one of said walls via a hinge and configured to move between a closed position and a fully open position, wherein in said closed position, access to the interior space is prohibited, and in said fully open position, access to the interior space is permitted and the cover is at an angle (α) of greater than or equal to 90 degrees with respect to the bottom ; wherein the cover includes at least one stop block adjacent the hinge and configured to engage a lip of the wall to which the cover is hinged and hold the cover at an intermediate open position, wherein access to the interior space is permitted and the cover is at an angle (β) of less than 90 degrees with respect to the bottom ; and characterized in that the cover further includes a secondary stop surface adjacent the hinge and configured to engage a holding block on the lower portion and both hold the cover in a fully open position and prevent the cover from falling to a fully open position of greater than 180 degrees. a lower portion having a bottom and plurality of walls defining an interior space ; a cover attached to one of said walls via a hinge and configured to move between a closed position and a fully open position, wherein in said closed position, access to the interior space is prohibited, and in said fully open position, access to the interior space is permitted and the cover is at an angle (α) of greater than or equal to 90 degrees with respect to the bottom ; wherein the cover includes at least one stop block adjacent the hinge and configured to engage a lip of the wall to which the cover is hinged and hold the cover at an intermediate open position, wherein access to the interior space is permitted and the cover is at an angle (β) of less than 90 degrees with respect to the bottom ; and characterized in that the cover further includes a secondary stop surface adjacent the hinge and configured to engage a holding block on the lower portion and both hold the cover in a fully open position and prevent the cover from falling to a fully open position of greater than 180 degrees.
An access point, AP, comprising: a memory ; a transceiver ; and a processor operatively coupled to the transceiver and the memory ; the transceiver and the processor configured to receive a first signal, the first signal comprising a probe request message from a station, STA, wherein the probe request message comprises a medium access control, MAC, address of the STA; the transceiver and the processor configured to store a STA information table in a memory of the AP , wherein the STA information table comprises a set of STAs, wherein each STA from the set of STAs are either currently associated with the AP or were previously associated with the AP , wherein the STA information table includes a last association timestamp and MAC address for each STA of the set of STAs; the transceiver and the processor configured to remove any STA from the set of STAs whose last association timestamp is greater than a predetermined time threshold to generate an updated STA information table ; the transceiver and the processor configured to generate a probe response on a condition that a received signal strength indicator, RSSI, of the first signal is above a predetermined threshold and the STA is on the updated STA information table based on looking up the MAC address of the STA on the updated STA information table , wherein the predetermined RSSI threshold is based on the physical layer capabilities of the STA; and the AP configured to transmit a second signal to the STA, the second signal comprising the probe response message. a memory ; a transceiver ; and a processor operatively coupled to the transceiver and the memory ; the transceiver and the processor configured to receive a first signal, the first signal comprising a probe request message from a station, STA, wherein the probe request message comprises a medium access control, MAC, address of the STA; the transceiver and the processor configured to store a STA information table in a memory of the AP , wherein the STA information table comprises a set of STAs, wherein each STA from the set of STAs are either currently associated with the AP or were previously associated with the AP , wherein the STA information table includes a last association timestamp and MAC address for each STA of the set of STAs; the transceiver and the processor configured to remove any STA from the set of STAs whose last association timestamp is greater than a predetermined time threshold to generate an updated STA information table ; the transceiver and the processor configured to generate a probe response on a condition that a received signal strength indicator, RSSI, of the first signal is above a predetermined threshold and the STA is on the updated STA information table based on looking up the MAC address of the STA on the updated STA information table , wherein the predetermined RSSI threshold is based on the physical layer capabilities of the STA; and the AP configured to transmit a second signal to the STA, the second signal comprising the probe response message.
A staking machine for softening and stretching flexible sheet products, such as industrial hides and the like having opposite sides, said machine comprising: - motorized feeding means for feeding the products in a predetermined longitudinal direction (L); - at least one pair of mutually facing beating plates substantially parallel to said feeding means and acting on the opposite faces of the products, one of said plates being stationary and the other being movable; - motor means associated with the movable plate of said at least one pair to impart a reciprocating movement thereto with a predetermined number of beats per minute; - means for adjusting the working pressure between said stationary plate and said movable plate , which selectively act on said stationary plate to change the mutual distance between said stationary plate and said movable plate ; characterized by comprising electronic control means which act on said motor means to continuously change the number of beats per minute of the reciprocating motion of said movable plate both during initial start-up and during steady-state operation according to the type of product to be treated and the characteristics of the desired products. - motorized feeding means for feeding the products in a predetermined longitudinal direction (L); - at least one pair of mutually facing beating plates substantially parallel to said feeding means and acting on the opposite faces of the products, one of said plates being stationary and the other being movable; - motor means associated with the movable plate of said at least one pair to impart a reciprocating movement thereto with a predetermined number of beats per minute; - means for adjusting the working pressure between said stationary plate and said movable plate , which selectively act on said stationary plate to change the mutual distance between said stationary plate and said movable plate ; characterized by comprising electronic control means which act on said motor means to continuously change the number of beats per minute of the reciprocating motion of said movable plate both during initial start-up and during steady-state operation according to the type of product to be treated and the characteristics of the desired products.
Arterial cannula with a tip and an outlet, the cannula having a reduction of the internal diameter, which is formed as a caliber narrowing between two cylindrical cannula sections with different diameters, and a valve which is arranged in the region of the reduction of the diameter, wherein the cannula has lateral holes (13-18) and wherein the reduction of the diameter is arranged between the lateral holes and the tip of the cannula characterized in that the reduction of the internal diameter is 25 % to 40 % of the insertion length away from the tip of the cannula and is at a reduction of 2 to 4 Fr.
An adjustment device for a firearm ; wherein said firearm comprises a firearm frame delimiting at least one first friction surface ; at least one barrel , mounted to said frame in a rotatable manner (A1) between opening and closing configurations and comprising an abutment appendix ; wherein said adjustment device comprises: i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface to oppose a resistance to the rotation of the barrel between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix ; iii) an adjustment member , movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface , thereby adjusting the sliding friction between said friction surfaces , and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position. wherein said firearm comprises a firearm frame delimiting at least one first friction surface ; at least one barrel , mounted to said frame in a rotatable manner (A1) between opening and closing configurations and comprising an abutment appendix ; wherein said adjustment device comprises: i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface to oppose a resistance to the rotation of the barrel between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix ; iii) an adjustment member , movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface , thereby adjusting the sliding friction between said friction surfaces , and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position. i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface to oppose a resistance to the rotation of the barrel between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix ; iii) an adjustment member , movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface , thereby adjusting the sliding friction between said friction surfaces , and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position.