mhurhangee/patent-ind-claim-en huggingface dataset:
A method for treating soil (S) comprising the following steps: a tube is supplied having a distal end ; a borehole (F) is made in the soil, the borehole having a bottom (Fa), a lateral wall (Fb), a borehole depth (Pf) and extending in a boring direction (Y); the tube is positioned in the borehole at a first predetermined depth (P1) less than the borehole depth; at least one first blocking element is introduced into the borehole at a second predetermined depth (P2) comprised between the first predetermined depth and the borehole depth, so that it extends between the distal end of the tube and the bottom of the borehole, said at least one first blocking element being configured to block the borehole in order to define an injection zone located between said at least one first blocking element, the bottom of the borehole and the lateral wall of the borehole; said method for treating a soil being characterized in that an injection fluid is injected into the injection zone while carrying out a step of removing the cuttings located between the tube and the lateral wall of the borehole, the step of removing the cuttings comprising the cleaning of the outer surface of the tube , the step of cleaning the outer surface of the tube comprising the injection of a washing fluid around the tube. a tube is supplied having a distal end ; a borehole (F) is made in the soil, the borehole having a bottom (Fa), a lateral wall (Fb), a borehole depth (Pf) and extending in a boring direction (Y); the tube is positioned in the borehole at a first predetermined depth (P1) less than the borehole depth; at least one first blocking element is introduced into the borehole at a second predetermined depth (P2) comprised between the first predetermined depth and the borehole depth, so that it extends between the distal end of the tube and the bottom of the borehole, said at least one first blocking element being configured to block the borehole in order to define an injection zone located between said at least one first blocking element, the bottom of the borehole and the lateral wall of the borehole; said method for treating a soil being characterized in that an injection fluid is injected into the injection zone while carrying out a step of removing the cuttings located between the tube and the lateral wall of the borehole, the step of removing the cuttings comprising the cleaning of the outer surface of the tube , the step of cleaning the outer surface of the tube comprising the injection of a washing fluid around the tube.
A method for service interruption reporting of a multicast bearer for group communications, the method being performed by a client node that is hosted on a wireless device , the method comprising: obtaining (S102) instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting (S108) service interruption of the multicast bearer; and selectively reporting (S110) the service interruption to the control node in accordance with the instruction such that the client node reports the service interruption if the obtained instruction instructs the client node to do so and refrains from such reporting if the obtained instruction instructs the client node to not report the service interruption. obtaining (S102) instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting (S108) service interruption of the multicast bearer; and selectively reporting (S110) the service interruption to the control node in accordance with the instruction such that the client node reports the service interruption if the obtained instruction instructs the client node to do so and refrains from such reporting if the obtained instruction instructs the client node to not report the service interruption.
An air-conditioning unit , in particular for a cable car cabin, comprising a case , said case comprising a first compartment (10-1) in which an evaporator is mounted and a second compartment (10-2) fluidically connected to the first compartment (10-1) via an opening and wherein a blower and at least one air outlet nozzle are mounted, said evaporator being adapted to receive an ambient air stream (F) via an air inlet grille , to cool said received air stream (F) by evaporation of a refrigerant liquid and to convey the cooled air stream (F) to the second compartment (10-2) via said opening, said blower being adapted to circulate the air stream (F) cooled by said evaporator out of the case via said at least one air outlet nozzle , the case being characterized in that the second compartment (10-2) comprises a first deflector of the air stream (F) exiting the evaporator and a second deflector of the air stream (F) exiting the evaporator , said first deflector and said second deflector being arranged between the outlet of the evaporator and the blower so as to form a baffle for deflecting the air stream (F) leaving the evaporator .
A boil-off gas recovery system comprising: a tank where a liquefied gas is stored; a compressor to which lubricating oil is supplied, the compressor that compresses a boil-off gas generated by vaporization of part of the liquefied gas in the tank; an oil separation unit that separates the lubricating oil contained in the boil-off gas which is discharged from the compressor; an absorption filter that absorbs the lubricating oil contained in the boil-off gas that has already passed through the oil separation unit; and a re-liquefying system having a heat exchanger that cools the boil-off gas that has already passed through the absorption filter by heat exchange with the boil-off gas supplied to the compressor from the tank, wherein the liquefied boil-off gas is returned from the re-liquefying system to the tank, said boil-off gas recovery system being characterized in that the compressor is reciprocating compressor, and the boil-off gas recovery system further comprises a monitoring means that monitors whether or not the lubricating oil is contained in the boil-off gas that has already passed through the absorption filter. a tank where a liquefied gas is stored; a compressor to which lubricating oil is supplied, the compressor that compresses a boil-off gas generated by vaporization of part of the liquefied gas in the tank; an oil separation unit that separates the lubricating oil contained in the boil-off gas which is discharged from the compressor; an absorption filter that absorbs the lubricating oil contained in the boil-off gas that has already passed through the oil separation unit; and a re-liquefying system having a heat exchanger that cools the boil-off gas that has already passed through the absorption filter by heat exchange with the boil-off gas supplied to the compressor from the tank, wherein the liquefied boil-off gas is returned from the re-liquefying system to the tank, said boil-off gas recovery system being characterized in that the compressor is reciprocating compressor, and the boil-off gas recovery system further comprises a monitoring means that monitors whether or not the lubricating oil is contained in the boil-off gas that has already passed through the absorption filter.
A plastic fastener assembly comprising: (a) a first continuous side member ; (b) a second continuous side member ; and (c) a plurality of cross members (57-1, 57-2) interconnecting the first and second continuous side members , each of the cross members (57-1, 57-2) comprising (i) a flexible filament , the flexible filament having a first end and a second end , the first end of the flexible filament joined to the second continuous side member ; (ii) a paddle disposed at the second end of the flexible filament , the paddle comprising a left surface and a right surface ; (iii) a first connector portion , the first connector portion disposed on the right surface of the paddle ; and (iv) a second connector portion , the second connector portion disposed on the left surface of the paddle ; (v) wherein the first connector portion of one cross member (57-1) is joined to the second connector portion of another cross member (57-2) at a break region of reduced cross-section and a flattened area with a planar shape; wherein each of the first connector portion and the second connector portion comprises a generally frusto-semi-circular member. (a) a first continuous side member ; (b) a second continuous side member ; and (c) a plurality of cross members (57-1, 57-2) interconnecting the first and second continuous side members , each of the cross members (57-1, 57-2) comprising (i) a flexible filament , the flexible filament having a first end and a second end , the first end of the flexible filament joined to the second continuous side member ; (ii) a paddle disposed at the second end of the flexible filament , the paddle comprising a left surface and a right surface ; (iii) a first connector portion , the first connector portion disposed on the right surface of the paddle ; and (iv) a second connector portion , the second connector portion disposed on the left surface of the paddle ; (v) wherein the first connector portion of one cross member (57-1) is joined to the second connector portion of another cross member (57-2) at a break region of reduced cross-section and a flattened area with a planar shape; (i) a flexible filament , the flexible filament having a first end and a second end , the first end of the flexible filament joined to the second continuous side member ; (ii) a paddle disposed at the second end of the flexible filament , the paddle comprising a left surface and a right surface ; (iii) a first connector portion , the first connector portion disposed on the right surface of the paddle ; and (iv) a second connector portion , the second connector portion disposed on the left surface of the paddle ; (v) wherein the first connector portion of one cross member (57-1) is joined to the second connector portion of another cross member (57-2) at a break region of reduced cross-section and a flattened area with a planar shape;
A lifter structure including a cylindrical member configured to be reciprocally slid in a guide hole of a lifter guide according to rotation of a cam and provided with an engagement groove and a rotation-preventing member which is separate from the cylindrical member and is disposed so as to face an interior of the guide hole , the rotation-preventing member being inserted into the engagement groove to abut against a groove edge of the engagement groove in a rotation direction of the cylindrical member , thereby preventing the cylindrical member from rotation in the guide hole , wherein: the cylindrical member has a cylindrical peripheral wall formed with the engagement groove ; and the peripheral wall of the cylindrical member has an edge which is continuous with a uniform level over a whole periphery except for an opening of the engagement groove , characterized in that : the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves are provided in two ends of the cylindrical member to be located at positions where the insertion portions are insertable into the engagement grooves , respectively. the cylindrical member has a cylindrical peripheral wall formed with the engagement groove ; and the peripheral wall of the cylindrical member has an edge which is continuous with a uniform level over a whole periphery except for an opening of the engagement groove , characterized in that : the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves are provided in two ends of the cylindrical member to be located at positions where the insertion portions are insertable into the engagement grooves , respectively. the rotation-preventing member includes a connecting portion extending in a reciprocating direction of the cylindrical member and having two ends and a pair of insertion portions protruding from both ends of connecting portion in a direction perpendicular to the reciprocating direction respectively; and a pair of the engagement grooves are provided in two ends of the cylindrical member to be located at positions where the insertion portions are insertable into the engagement grooves , respectively.
A panel for a sectional tank , comprising a first mating surface having provided thereon a gasket arrangement for providing a substantially fluid-tight seal between the first mating surface and a corresponding second mating surface , the gasket arrangement comprising: a first member and a second member , the second member being arranged at least in part to provide a fluid-tight seal about the first member so as to inhibit contamination of the first member ; wherein the second member is capable of deforming the first member while maintaining the fluid-tight seal when compressed; characterised in that the first member is more compressible than the second member and the second member is arranged as a coating on at least part of the first mating surface . a first member and a second member , the second member being arranged at least in part to provide a fluid-tight seal about the first member so as to inhibit contamination of the first member ; wherein the second member is capable of deforming the first member while maintaining the fluid-tight seal when compressed; characterised in that the first member is more compressible than the second member and the second member is arranged as a coating on at least part of the first mating surface .
A memory error processing method, wherein the method is applied to a computer apparatus, and the method comprises: obtaining first error description information, wherein the first error description information is used to describe a type of an error that occurs in a first memory page; determining, based on the first error description information, that the error that occurs in the first memory page is a non-mirror scrub success error of corrected errors, wherein the non-mirror scrub success error comprises any one of: a corrected patrol error, a corrected read/write error, a corrected sparing error, or a mirror scrub failover error; and in response to the determining, taking the first memory page offline when a quantity of times that the non-mirror scrub success error occurs in the first memory page reaches M, wherein M is an integer greater than 1, characterized in that if the error that occurs in the first memory page is an error other than the non-mirror scrub success error in the corrected error, the first memory page is not taken offline. obtaining first error description information, wherein the first error description information is used to describe a type of an error that occurs in a first memory page; determining, based on the first error description information, that the error that occurs in the first memory page is a non-mirror scrub success error of corrected errors, wherein the non-mirror scrub success error comprises any one of: a corrected patrol error, a corrected read/write error, a corrected sparing error, or a mirror scrub failover error; and in response to the determining, taking the first memory page offline when a quantity of times that the non-mirror scrub success error occurs in the first memory page reaches M, wherein M is an integer greater than 1, characterized in that if the error that occurs in the first memory page is an error other than the non-mirror scrub success error in the corrected error, the first memory page is not taken offline.
A method for non-destructively investigating an age related embrittlement property of polymer molecules in a substantially homogeneous plastic object at a temperature below a glass temperature characteristic of the plastic material of the object, the method comprising the steps of: - subjecting the said object to a first beam of ultrasonic radiation; - detecting a second beam of ultrasonic radiation emanating from the said object; - determining at least one parameter of the second beam of ultrasonic radiation; - determining the aging property from comparison of the at least one parameter of the second beam of ultrasonic radiation with a reference value, wherein the frequency of the first beam of ultrasonic radiation is selected in a range of 25 - 40 MHz, preferably in a range of 25 - 35 MHz, more preferably is set to a value of about 30 MHz. - subjecting the said object to a first beam of ultrasonic radiation; - detecting a second beam of ultrasonic radiation emanating from the said object; - determining at least one parameter of the second beam of ultrasonic radiation; - determining the aging property from comparison of the at least one parameter of the second beam of ultrasonic radiation with a reference value, wherein the frequency of the first beam of ultrasonic radiation is selected in a range of 25 - 40 MHz, preferably in a range of 25 - 35 MHz, more preferably is set to a value of about 30 MHz.
Method for making a film comprising microfibrillated cellulose (MFC), wherein the film has an improved OTR barrier and especially suitable for a tropical environment, characterized in that the method comprising the steps of: - providing a suspension comprising microfibrillated cellulose (MFC), - forming a film from said suspension, wherein the film having a solid content above 40%, preferably above 50%, - heating the film, for less than 10s, with flame treatment or plasma treatment, such that a surface activation takes place on the film, and - cooling the film, wherein the surface of the film having a decreased OTR value and an improved OTR barrier. - providing a suspension comprising microfibrillated cellulose (MFC), - forming a film from said suspension, wherein the film having a solid content above 40%, preferably above 50%, - heating the film, for less than 10s, with flame treatment or plasma treatment, such that a surface activation takes place on the film, and - cooling the film, wherein the surface of the film having a decreased OTR value and an improved OTR barrier.
An automated test equipment comprising: - an electronic controller comprising a non-volatile memory where the test sequences to be performed are loaded; - at least two measuring lines; - at least one switching matrix comprising at least one test point and at least two electromechanical relays for each test point of the at least one test point, each electromechanical relay connected between a measuring line, of the at least two measuring lines, and the at least one test point; - at least one switching matrix comprising at least one additional test point and at least two solid-state relays for each test point of the at least one additional test point, each solid-state relay connected between a measuring line, of the at least two measuring lines, and the at least one additional test point; wherein each test point of the at least one switching matrix, comprising the at least two electromechanical relays, is connected to a test point, of the at least one additional test point, of the at least one switching matrix comprising the at least two solid-state relays, via an electromechanical relay . - an electronic controller comprising a non-volatile memory where the test sequences to be performed are loaded; - at least two measuring lines; - at least one switching matrix comprising at least one test point and at least two electromechanical relays for each test point of the at least one test point, each electromechanical relay connected between a measuring line, of the at least two measuring lines, and the at least one test point; - at least one switching matrix comprising at least one additional test point and at least two solid-state relays for each test point of the at least one additional test point, each solid-state relay connected between a measuring line, of the at least two measuring lines, and the at least one additional test point;
A spacer assembly for a drug delivery system for injecting a medicament, the drug delivery system comprising a housing and a needle configured to move between an extended position and a retracted position with respect to the housing , the assembly characterized by : a first spacer portion configured to be received by and secured to_a stopper ; a second spacer portion spaced from the first spacer portion a predetermined distance, the second spacer portion is secured to the first spacer portion while allowing axial movement of the second spacer portion relative to the first spacer portion for the predetermined distance; an inner plunger received by the first spacer portion and_having a distal end, the inner plunger axially moveable relative to the first spacer portion; and a spacer shuttle received by the inner plunger , the spacer shuttle is rotatable and axially moveable relative to the inner plunger , and wherein axial displacement of the second portion of the spacer assembly is configured to cause rotation of the spacer shuttle wherein axial movement of the second spacer portion relative to the first spacer portion is restricted by the spacer shuttle , and movement of the spacer shuttle is restricted by the inner plunger such that movement of the inner plunger , due to decreased pressure on the stopper , permits the second spacer portion to axially move relative to the first spacer portion and thereby rotate and displace the spacer shuttle . a first spacer portion configured to be received by and secured to_a stopper ; a second spacer portion spaced from the first spacer portion a predetermined distance, the second spacer portion is secured to the first spacer portion while allowing axial movement of the second spacer portion relative to the first spacer portion for the predetermined distance; an inner plunger received by the first spacer portion and_having a distal end, the inner plunger axially moveable relative to the first spacer portion; and a spacer shuttle received by the inner plunger , the spacer shuttle is rotatable and axially moveable relative to the inner plunger , and wherein axial displacement of the second portion of the spacer assembly is configured to cause rotation of the spacer shuttle wherein axial movement of the second spacer portion relative to the first spacer portion is restricted by the spacer shuttle , and movement of the spacer shuttle is restricted by the inner plunger such that movement of the inner plunger , due to decreased pressure on the stopper , permits the second spacer portion to axially move relative to the first spacer portion and thereby rotate and displace the spacer shuttle .