mhurhangee/patent-ind-claim-en huggingface dataset:
Engine bleed air system of an aircraft, comprising: a heat exchanger comprising a: rectangular core with a rectangular outlet section , cylindrical outlet duct , and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct , and at least a downstream system in fluid communication with the heat exchanger , wherein the engine bleed air system further comprises flow deflecting means located at least in the cylindrical outlet duct , the flow deflecting means comprising at least two blades , such that the outlet flow characteristics homogeneity are improved and a particular flow deflection and distribution of said outlet flow is achieved, avoiding the damage of the at least one downstream system , wherein at least one of the blades forms an angle of attack with a direction X-X' or direction of the outlet flow , the engine bleed air system being characterized in that the blades are adjustable, varying its angle of attack. a heat exchanger comprising a: rectangular core with a rectangular outlet section , cylindrical outlet duct , and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct , and rectangular core with a rectangular outlet section , cylindrical outlet duct , and transition area between the rectangular outlet section of the rectangular core and the cylindrical outlet duct , and at least a downstream system in fluid communication with the heat exchanger , wherein the engine bleed air system further comprises flow deflecting means located at least in the cylindrical outlet duct , the flow deflecting means comprising at least two blades , such that the outlet flow characteristics homogeneity are improved and a particular flow deflection and distribution of said outlet flow is achieved, avoiding the damage of the at least one downstream system , wherein at least one of the blades forms an angle of attack with a direction X-X' or direction of the outlet flow ,
A compound of formula (II) or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from the group consisting of: and R 2 and R 3 are each independently selected from the group consisting of C 7-22 alkyl, C 12-22 alkenyl, C 3-8 cycloalkyl, each optionally substituted with 1, 2, or 3 C 1-8 alkyl groups; and and R 4 is selected from the group consisting of hydrogen, C 1-14 alkyl, R 1 is selected from the group consisting of: and R 2 and R 3 are each independently selected from the group consisting of C 7-22 alkyl, C 12-22 alkenyl, C 3-8 cycloalkyl, each optionally substituted with 1, 2, or 3 C 1-8 alkyl groups; and and R 4 is selected from the group consisting of hydrogen, C 1-14 alkyl,
An invasive medical device comprising a flexible sheath enveloping at least one lumen , said at least one lumen comprising an electrically conductive wire including a deformable actuator for deforming a section of the invasive medical device in response to an electric current provided through the electrically conductive wire, wherein the flexible sheath comprises a set of apertures extending through the flexible sheath to the at least one lumen characterized in that said apertures are filled with an adhesive anchoring the deformable actuator to the flexible sheath.
An apparatus for controlling transmission of a Dual clutch transmission (DCT) provided with a normally-closed type clutch, comprising: a gear lever position detecting unit receiving a gear lever operation of a driver; a gear position monitoring unit monitoring a position of a gear in the transmission; and a control unit determining whether a gear shift is abnormal on the basis of the position of the gear lever and the gear position monitored through the gear position monitoring unit to control the transmission to be maintained in a neutral state; and setting a power stage state to OFF at a preset critical point before the gear position input from the gear position monitoring unit reaches a synchronization point, when it is determined that the gear position is abnormal, whereby the power stage state OFF is a state which results in closing the normally-closed type clutch of the Dual clutch transmission, characterized in that : the control unit determines that the gear shift is abnormal when the gear position input from the gear position monitoring unit moves to a gear position corresponding to the D range in a case in which the gear lever position detected through the gear lever position detecting unit is within a P or N range. a gear lever position detecting unit receiving a gear lever operation of a driver; a gear position monitoring unit monitoring a position of a gear in the transmission; and a control unit determining whether a gear shift is abnormal on the basis of the position of the gear lever and the gear position monitored through the gear position monitoring unit to control the transmission to be maintained in a neutral state; and setting a power stage state to OFF at a preset critical point before the gear position input from the gear position monitoring unit reaches a synchronization point, when it is determined that the gear position is abnormal, whereby the power stage state OFF is a state which results in closing the normally-closed type clutch of the Dual clutch transmission, characterized in that : the control unit determines that the gear shift is abnormal when the gear position input from the gear position monitoring unit moves to a gear position corresponding to the D range in a case in which the gear lever position detected through the gear lever position detecting unit is within a P or N range.
A method, comprising: assembling a riser to extend between a vessel and a subsea well location, the riser comprising a first tubular riser section that is made of a first tubular material and a second tubular riser section that is made of a second tubular material different from the first tubular material, the second tubular riser section comprising a passive fracture section formed of walls of the second tubular riser section and configured to fracture passively when exceeding a design loading that will not cause fracture of the first tubular riser section ; utilizing the assembled riser during normal operating conditions; and permitting passive fracture of the passive fracture section under design conditions that exceed the design loading. assembling a riser to extend between a vessel and a subsea well location, the riser comprising a first tubular riser section that is made of a first tubular material and a second tubular riser section that is made of a second tubular material different from the first tubular material, the second tubular riser section comprising a passive fracture section formed of walls of the second tubular riser section and configured to fracture passively when exceeding a design loading that will not cause fracture of the first tubular riser section ; utilizing the assembled riser during normal operating conditions; and permitting passive fracture of the passive fracture section under design conditions that exceed the design loading.
A tire tread composition comprising: (i) a functionalized resin composition within the range from 5 to 100 phr; (ii) 100 phr of a diene elastomer; and (iii) an inorganic filler within the range from 50 to 150 phr, wherein the functionalized resin comprises a polymer backbone, a silane, and a free radical initiator, and wherein the polymer backbone has a softening point of from 80 °C to 150 °C as measured by ASTM E-28. (i) a functionalized resin composition within the range from 5 to 100 phr; (ii) 100 phr of a diene elastomer; and (iii) an inorganic filler within the range from 50 to 150 phr,
A power tool comprising: a housing having a first housing portion defining a first air chamber and a first air inlet , a second housing portion defining a second air chamber and a second air inlet , and a third housing portion defining a third air chamber and an air outlet ; a motor disposed in the first housing portion; an electronics module disposed in the second housing portion and electrically connected to the motor , a power source, and a user input to control operation of the motor ; a tool output shaft driven by the motor to perform a working operation; and a fan disposed in the third housing portion, the fan driven by the motor , wherein the fan : (a) pulls a first ambient airstream (Arrow A) through the first air chamber from the first air inlet and into the third air chamber , bypassing the second air chamber , to cool the motor , (b) pulls a second ambient airstream (Arrow B) through the second air chamber from the second air inlet and into the third air chamber , bypassing the first air chamber , to cool the electronics module , and (c) exhausts the first ambient airstream (Arrow A) and the second ambient airstream (Arrow B) from the third air chamber via the air outlet ; wherein the first air chamber is at least partially defined by an outer wall of the first housing portion, and an internal wall separating the first air chamber from the second air chamber ; characterised in that the internal wall defines a valve that opens when pressure in the second air chamber exceeds pressure in the first air chamber by a predetermined threshold amount, to allow the fan to pull the second ambient airstream (Arrow B) through the first air chamber into the third air chamber to cool the motor . a housing having a first housing portion defining a first air chamber and a first air inlet , a second housing portion defining a second air chamber and a second air inlet , and a third housing portion defining a third air chamber and an air outlet ; a motor disposed in the first housing portion; an electronics module disposed in the second housing portion and electrically connected to the motor , a power source, and a user input to control operation of the motor ; a tool output shaft driven by the motor to perform a working operation; and a fan disposed in the third housing portion, the fan driven by the motor , wherein the fan : (a) pulls a first ambient airstream (Arrow A) through the first air chamber from the first air inlet and into the third air chamber , bypassing the second air chamber , to cool the motor , (b) pulls a second ambient airstream (Arrow B) through the second air chamber from the second air inlet and into the third air chamber , bypassing the first air chamber , to cool the electronics module , and (c) exhausts the first ambient airstream (Arrow A) and the second ambient airstream (Arrow B) from the third air chamber via the air outlet ;
A continuous process for preparing aromatic carboxylic acids by the exothermic liquid phase oxidation reaction of an aromatic feedstock compound wherein water is efficiently recovered from the exothermic liquid-phase oxidation reaction, which process comprises: (a) oxidizing an aromatic feedstock compound to an aromatic carboxylic acid in a liquid-phase reaction mixture comprising water, a low-molecular weight monocarboxylic acid solvent, a heavy metal oxidation catalyst and a source of molecular oxygen, under reaction conditions which produce a gaseous high pressure overhead stream comprising water, gaseous by-products, and gaseous low-molecular weight monocarboxylic acid solvent; (b) separating in a separation apparatus a solvent monocarboxylic acid-rich first liquid phase and a water-rich second liquid phase comprising dissolved oxygen and methyl bromide; and (c) reducing the amount of at least one of dissolved oxygen and methyl bromide present in the second liquid phase providing a treated second liquid phase. (a) oxidizing an aromatic feedstock compound to an aromatic carboxylic acid in a liquid-phase reaction mixture comprising water, a low-molecular weight monocarboxylic acid solvent, a heavy metal oxidation catalyst and a source of molecular oxygen, under reaction conditions which produce a gaseous high pressure overhead stream comprising water, gaseous by-products, and gaseous low-molecular weight monocarboxylic acid solvent; (b) separating in a separation apparatus a solvent monocarboxylic acid-rich first liquid phase and a water-rich second liquid phase comprising dissolved oxygen and methyl bromide; and (c) reducing the amount of at least one of dissolved oxygen and methyl bromide present in the second liquid phase providing a treated second liquid phase.
A program comprising instructions which, when the program is executed by one or more computers, cause the one or more computers to carry out the steps of: a display step of displaying, on a display device , a print preview showing a print medium on which a sheet region corresponding to a predetermined paper size is provided; and a first changing step of changing, based on a setting in a first setting item being changed, an orientation of the sheet region with respect to a predetermined direction of the print medium in the print preview displayed by the display unit; a second changing step of changing, in a case where multiple pages are arranged in the sheet region , a layout direction representing a direction in which each of the multiple pages are arranged in page order in the sheet region on the print medium shown by the print preview based on a setting in a second setting item (306-309) being changed by a user, wherein orientations of the multiple pages and the layout direction of the multiple pages on the print medium and the setting in the second setting item (306-309) are changed based on the change, by the first changing unit, of the orientation of the sheet region having the multiple pages arranged therein with respect to the predetermined direction of the print medium . a display step of displaying, on a display device , a print preview showing a print medium on which a sheet region corresponding to a predetermined paper size is provided; and a first changing step of changing, based on a setting in a first setting item being changed, an orientation of the sheet region with respect to a predetermined direction of the print medium in the print preview displayed by the display unit; a second changing step of changing, in a case where multiple pages are arranged in the sheet region , a layout direction representing a direction in which each of the multiple pages are arranged in page order in the sheet region on the print medium shown by the print preview based on a setting in a second setting item (306-309) being changed by a user, wherein orientations of the multiple pages and the layout direction of the multiple pages on the print medium and the setting in the second setting item (306-309) are changed based on the change, by the first changing unit, of the orientation of the sheet region having the multiple pages arranged therein with respect to the predetermined direction of the print medium .
Kit for stair tread covering comprising one or more panels and one or more angle-shaped covering elements for a stair tread, wherein each panel comprises a LED luminaire , wherein the LED-luminaire is provided in a recess of the panel , the LED luminaire comprising a housing which contains an LED module , characterized in the housing is provided on the outside with frictional fingers , for the frictional incorporation in the recess of the panel, and wherein the LED luminaire is frictionally detachably incorporated in the recess, wherein the housing has an elongated mirror-symmetrical shape of which the ends are rounded, and said housing consisting of a transparent covering element and a holding structure , the holding structure comprising lateral recesses on its underside, the recesses having, seen from top to bottom, a form first being tapered and then widening out downwards, the transparent covering element comprising at its underside lateral clamping elements , wherein each of said clamping element consisting of 2 hook-shaped structures which are oriented outward in a V-shape, and wherein said clamping elements are configured to be inserted in said recesses for obtaining a releasable attachment between the transparent covering element and the holding structure .
A method executed in a host system in communication with a plurality of storage devices , the method comprising: determining a plurality of storage devices on which to write data for a write operation; generating a tag (202;302) to uniquely identify the write operation; sending a write command to each of the determined storage devices including the tag (202;302) and write data to cause each of the storage devices to write the write data at the storage device , wherein each of the storage devices maintains a copy of a previous version of the data to be updated by the write operation; and sending a revert command with the tag (202;302) to one of the storage devices to cause the storage device to restore the copy of the previous version of the data at the storage device . determining a plurality of storage devices on which to write data for a write operation; generating a tag (202;302) to uniquely identify the write operation; sending a write command to each of the determined storage devices including the tag (202;302) and write data to cause each of the storage devices to write the write data at the storage device , wherein each of the storage devices maintains a copy of a previous version of the data to be updated by the write operation; and sending a revert command with the tag (202;302) to one of the storage devices to cause the storage device to restore the copy of the previous version of the data at the storage device .
A tool comprising: a switch that is configured to cause an electric component to operate; and a handle that is configured to be held by a hand to manipulate the switch , wherein the switch includes: a switch manipulation part (20A-20E) configured to be manipulated; and a load sensor that is configured to receive a pressing force through the switch manipulation part (20A-20E), and characterized in that the load sensor includes a pressure-sensitive conductive elastic member (210A- 210D) in which conductive particles are dispersed in a non-conductive elastic material, and the tool further comprising: a control unit that is configured to control the electric component; and a control circuit that is configured to supply power to the control unit, wherein the load sensor is configured to cause the control circuit to supply power to the control unit, when a load is applied to the load sensor by the manipulation of the switch manipulation part (20A-20E), and wherein the control unit is configured to control the electric component according to change of the load applied to the load sensor . a switch that is configured to cause an electric component to operate; and a handle that is configured to be held by a hand to manipulate the switch , wherein the switch includes: a switch manipulation part (20A-20E) configured to be manipulated; and a load sensor that is configured to receive a pressing force through the switch manipulation part (20A-20E), and a switch manipulation part (20A-20E) configured to be manipulated; and a load sensor that is configured to receive a pressing force through the switch manipulation part (20A-20E), and characterized in that the load sensor includes a pressure-sensitive conductive elastic member (210A- 210D) in which conductive particles are dispersed in a non-conductive elastic material, and the tool further comprising: a control unit that is configured to control the electric component; and a control circuit that is configured to supply power to the control unit, a control unit that is configured to control the electric component; and a control circuit that is configured to supply power to the control unit, wherein the load sensor is configured to cause the control circuit to supply power to the control unit, when a load is applied to the load sensor by the manipulation of the switch manipulation part (20A-20E), and wherein the control unit is configured to control the electric component according to change of the load applied to the load sensor .
An arrangement for the non-reversible detection and display of electrical overcurrents or current limit values by means of a pre-finished conductor, characterized in that the conductor has at least two conductor sections (2; 3) that are spaced apart from each other and extend in parallel to each other, which are designed for current to flow through in the same direction, at least one of the parallel conductor sections (2; 3) has a protrusion, a nose, or similar blocking element (4; 5), which limits the path of movement of a mechanical display or switching element such that the electromagnetic force (F) acting upon the parallel conductor sections (2; 3) during the flow of current (I) transfers the blocking element into a release position in respect of the path of movement of the mechanical display or switching element.
Partition system for use in halls, such as sports halls, comprising a partition carrier , at least one pair of partition screens comprising sound absorbing material, that are interconnected at a predetermined distance and arranged on the partition carrier and motorized moving means for simultaneously moving the partition screens with respect to the partition carrier, wherein the partition system comprises two or more chambers for attenuating sound waves, which chambers are defined between the partition screens, wherein the partition screens are interconnected by a series of strips , made of sound isolating material, essentially extending over the width of the partition screens said partition system comprising two or more partition modules , wherein each partition module comprises at least one pair of partition screens interconnected by at least one strip, wherein the partition system is characterized in that each partition module is provided with module connecting means for releasably connecting partition modules at connecting areas.