mhurhangee/ep-ind-claims huggingface dataset:
A shelter structure for a surface, in particular a loading floor, such as a platform of a truck, trailer or the like, said structure comprising: - a plurality of parallel hoops each formed by facing uprights connected to one another by a crosspiece, said hoops, capable of supporting at least one covering element of the tarp type, being movable along a guide path in the direction coming closer to and further away from one another between a deployed position of said structure, in the form of a shelter of said surface, and a folded, smaller bulk position of said structure, freeing at least part of said surface, - connecting means between the facing uprights of two adjacent hoops, at least part of said connecting means being mounted moving along a direction transverse to the movement plane of the uprights during the passage of the structure from one position to another, - and a plurality of arches, each arch being connected to a hoop by a connection articulated to go from a folded position in which it extends pressed against said hoop to a deployed position in which it forms an additional crosspiece, and vice versa, characterized in that the connection articulated between arch and hoop is, for at least one, preferably for each, arch, at least one pivoting connection of the arch around an axis substantially parallel to the longitudinal axis of the crosspiece of said hoop, and sliding connection of the arch along an upright of the hoop, in that each arch connected to a hoop by a pivoting and sliding articulated connection is, in the deployed position, locked in sliding movement by a locking means and in that the sliding movement locking means of the arch are of the automatic unlocking type and are unlocked by simple passage of the arch from the deployed position to the folded position. - a plurality of parallel hoops each formed by facing uprights connected to one another by a crosspiece, said hoops, capable of supporting at least one covering element of the tarp type, being movable along a guide path in the direction coming closer to and further away from one another between a deployed position of said structure, in the form of a shelter of said surface, and a folded, smaller bulk position of said structure, freeing at least part of said surface, - connecting means between the facing uprights of two adjacent hoops, at least part of said connecting means being mounted moving along a direction transverse to the movement plane of the uprights during the passage of the structure from one position to another, - and a plurality of arches, each arch being connected to a hoop by a connection articulated to go from a folded position in which it extends pressed against said hoop to a deployed position in which it forms an additional crosspiece, and vice versa,
A fire seal (210; 310) for use with a gas turbine engine, the fire seal comprising: a body comprising a first metallic sheet (220; 320) and a second metallic sheet (222; 322) adjacent thereto, each sheet having a plurality of segmented fingers (218a, 218b; 318a, 318b), the segmented fingers of the first metallic sheet (220; 320) and the second metallic sheet (222; 322) overlapped such that the space between fingers (218a; 318a) on one sheet (220; 320) does not overlap the space between the fingers (218b; 318b) on the other sheet (222;322), at least one finger (218a; 318a) of the first sheet (220; 320) having at least one first flow aperture (214a; 314a) therein and at least one finger (218b; 318b) of the second sheet (222; 322) having at least one second flow aperture (214b; 314b), the flow aperture (214a; 314a) of one sheet overlapping the flow aperture (214b; 314b) of the other sheet; and a mesh material (216; 316) configured to cover the at least one flow aperture (214a, 214b; 314a, 314b) of the two sheets (220, 222; 320, 322), wherein the mesh material (216; 316) is configured to allow the passage of air therethrough. a body comprising a first metallic sheet (220; 320) and a second metallic sheet (222; 322) adjacent thereto, each sheet having a plurality of segmented fingers (218a, 218b; 318a, 318b), the segmented fingers of the first metallic sheet (220; 320) and the second metallic sheet (222; 322) overlapped such that the space between fingers (218a; 318a) on one sheet (220; 320) does not overlap the space between the fingers (218b; 318b) on the other sheet (222;322), at least one finger (218a; 318a) of the first sheet (220; 320) having at least one first flow aperture (214a; 314a) therein and at least one finger (218b; 318b) of the second sheet (222; 322) having at least one second flow aperture (214b; 314b), the flow aperture (214a; 314a) of one sheet overlapping the flow aperture (214b; 314b) of the other sheet; and a mesh material (216; 316) configured to cover the at least one flow aperture (214a, 214b; 314a, 314b) of the two sheets (220, 222; 320, 322), wherein the mesh material (216; 316) is configured to allow the passage of air therethrough.
A laser cutting device comprising: a database (130, 230) suitable for storing information about a cutting pattern, and speed information according to characteristic values of an object to be cut; a moving part (110, 210) suitable for changing a location of a laser beam emitted to the object; a part suitable for measuring a characteristic value according to locations on the cutting pattern, the part is suitable for emitting a scanning laser beam to an entire cutting pattern; and a control part (140, 240), characterized in that the control part (140, 240) is configured to determine moving speeds according to the locations on the cutting pattern by matching the speed information stored in the database (130, 230) with the characteristic values measured at the measuring part by emitting the scanning laser beam to the entire cutting pattern before laser cutting, and is configured to control the moving part (110, 210) according to the moving speeds to adjust a moving speed of the laser beam. a database (130, 230) suitable for storing information about a cutting pattern, and speed information according to characteristic values of an object to be cut; a moving part (110, 210) suitable for changing a location of a laser beam emitted to the object; a part suitable for measuring a characteristic value according to locations on the cutting pattern, the part is suitable for emitting a scanning laser beam to an entire cutting pattern; and a control part (140, 240), characterized in that the control part (140, 240) is configured to determine moving speeds according to the locations on the cutting pattern by matching the speed information stored in the database (130, 230) with the characteristic values measured at the measuring part by emitting the scanning laser beam to the entire cutting pattern before laser cutting, and is configured to control the moving part (110, 210) according to the moving speeds to adjust a moving speed of the laser beam.
A method of analyzing a secreted substance from a cell, the method comprising providing a plurality of microdroplets each comprising at least one cell and growth media; incubating a plurality of the microdroplets, thereby forming at least one secreted substance in each microdroplet; and conducting a homogenous assay of the secreted substance in each of a plurality of microdroplets.
A high-strength steel sheet having a tensile strength of 1180 MPa or more and having a chemical composition containing, by mass%, C: 0.15% to 0.25%, Si: 1.00% to 2.20%, Mn: 2.00% to 3.50%, P: 0.05% or less, S: 0.005% or less, Al: 0.01% to 0.50%, N: 0.010% or less, B: 0.0003% to 0.0050%, one, two, or more selected from Ti: 0.005% to 0.05%, Cu: 0.003% to 0.50%, Ni: 0.003% to 0.50%, Sn: 0.003% to 0.50%, Co: 0.003% to 0.05%, and Mo: 0.003% to 0.50%, optionally one, two, or more selected from V: 0.05% or less, Nb: 0.05% or less, Cr: 0.50% or less, and Ca and/or REM: 0.0050% or less in total, and the balance being Fe and inevitable impurities, and a microstructure including, in terms of volume fraction, 15% or less, including 0%, of ferrite having an average crystal grain diameter of 2 μm or less, 2% to 15% of retained austenite having an average crystal grain diameter of 2 μm or less, 10% or less, including 0%, of martensite having an average crystal grain diameter of 3 μm or less, optionally 3% or less pearlite, and the balance being bainite and tempered martensite having an average crystal grain diameter of 6 μm or less, wherein the average number of cementite grains having a grain diameter of 0.04 μm or more existing in each grain of the bainite and tempered martensite is 10 or more, wherein the average number of cementite grains having a grain diameter of 0.04 μm or more is measured by the method disclosed in the present application.
Motor vehicle door latch, comprising a locking mechanism (1, 2) that substantially consists of a catch and a pawl, also comprising an electric drive (3, 4) for the locking mechanism (1, 2), and comprising an actuating lever chain (5, 6, 7) between the electric drive (3, 4) and the locking mechanism (1, 2), a coupling element of the actuating lever chain (5, 6, 7) being able to at least be decoupled by means of an emergency actuating element (9, 10) that can be acted on manually, the emergency actuating element (9, 10) acting on the coupling element predominantly linearly with respect to a slot,characterized in that the emergency actuating element (9, 10) selectively engages with a pin of the coupling element that is guided in the slot, the slot being provided on a release lever.
A shut-off valve for interrupting a gas flow when a predetermined acceleration and/or a predetermined tilting angle is exceeded, the shut-off valve comprising: a valve chamber arranged downstream of a gas inlet in the direction of flow, in which a valve disc preloaded by means of a spring is arranged opposite a valve seat, wherein the valve disc is movable against a restoring force of the spring between an open position in which gas flows through the valve and a closed position in which the gas flow through the valve is interrupted, wherein a first valve rod extending from the valve disc projects into a switching chamber of an inertia body, wherein an inertia body provided in the switching chamber holds the valve disc in the open position against the restoring force of the spring as long as the predetermined acceleration or/and the predetermined tilting angle is not reached, a gas outlet arranged downstream of the valve chamber, wherein a weight force of the inertia body acts on the first valve rod in the open position, characterized in that the weight force acting on the valve disc in the open position is smaller than a closing force caused by a gas pressure and acting on the valve disc in the closed position. a valve chamber arranged downstream of a gas inlet in the direction of flow, in which a valve disc preloaded by means of a spring is arranged opposite a valve seat, wherein the valve disc is movable against a restoring force of the spring between an open position in which gas flows through the valve and a closed position in which the gas flow through the valve is interrupted, wherein a first valve rod extending from the valve disc projects into a switching chamber of an inertia body, wherein an inertia body provided in the switching chamber holds the valve disc in the open position against the restoring force of the spring as long as the predetermined acceleration or/and the predetermined tilting angle is not reached, a gas outlet arranged downstream of the valve chamber, wherein a weight force of the inertia body acts on the first valve rod in the open position, characterized in that the weight force acting on the valve disc in the open position is smaller than a closing force caused by a gas pressure and acting on the valve disc in the closed position.
An active crash structure arrangement for a motor vehicle, the arrangement having a primary structure and a secondary structure, said structures being interconnected by i) a first connector which fixedly interconnects said primary and secondary structures (2, 3), and also initially by ii) a second connector which releasably interconnects said primary and secondary structures (2, 3), wherein said first and second connectors (20, 21) are spaced apart from one another, and the secondary structure includes a predefined deformation region located between the first and second connectors (20, 21), the arrangement being characterised by the second connector being actuated upon receipt of a release signal to release its connection between the primary and secondary structures (2, 3), and the deformation region of the secondary structure being configured to deform upon the application of a crash force to the secondary structure after actuation of the second connector.
A display apparatus comprising: a display panel; a chassis comprising a flat part and an inclined part that extends from a side border of the flat part and is inclined with respect to the flat part; at least one printed circuit board, PCB, (121, 211, 221) disposed on the chassis; and a plurality of light sources (122, 222) arranged on the at least one PCB and configured to emit light toward the display panel, wherein at least one light source of the plurality of light sources is arranged on the inclined part of the chassis; the display apparatus comprises a plurality of lenses respectively installed on the plurality of light sources (122, 222), and is characterized in that a size of at least one lens (123b, 223), among the plurality of lenses, installed on the at least one light source arranged on the inclined part is greater than the size of other lenses among the plurality of lenses (123a, 213), installed on other light sources of the plurality of light sources arranged on a portion of the at least one PCB which is disposed on the flat part. a display panel; a chassis comprising a flat part and an inclined part that extends from a side border of the flat part and is inclined with respect to the flat part; at least one printed circuit board, PCB, (121, 211, 221) disposed on the chassis; and a plurality of light sources (122, 222) arranged on the at least one PCB and configured to emit light toward the display panel, wherein at least one light source of the plurality of light sources is arranged on the inclined part of the chassis; the display apparatus comprises a plurality of lenses respectively installed on the plurality of light sources (122, 222), and is characterized in that a size of at least one lens (123b, 223), among the plurality of lenses, installed on the at least one light source arranged on the inclined part is greater than the size of other lenses among the plurality of lenses (123a, 213), installed on other light sources of the plurality of light sources arranged on a portion of the at least one PCB which is disposed on the flat part.
A method of manufacturing a film comprising microfibrillated cellulose, wherein the method comprises the steps of: - providing a first suspension comprising microfibrillated cellulose in an amount of at least 50 weight% based on the total weight of solids of the suspension, having a dry content of from 0.2 to 2.0 %, wherein the first suspension has a first Schopper-Riegler value; - forming a first web of said suspension; - at least partly dewatering said first web; - applying a second suspension comprising microfibrillated cellulose, onto a surface of said formed and at least partially dewatered first web, wherein the second suspension has a second Schopper-Riegler value which is higher than said first Schopper-Riegler value, thereby forming a film, and - dewatering the formed film, wherein said second SR value is from 5% to 30 % higher than said first SR value. - providing a first suspension comprising microfibrillated cellulose in an amount of at least 50 weight% based on the total weight of solids of the suspension, having a dry content of from 0.2 to 2.0 %, wherein the first suspension has a first Schopper-Riegler value; - forming a first web of said suspension; - at least partly dewatering said first web; - applying a second suspension comprising microfibrillated cellulose, onto a surface of said formed and at least partially dewatered first web, wherein the second suspension has a second Schopper-Riegler value which is higher than said first Schopper-Riegler value, thereby forming a film, and - dewatering the formed film, wherein said second SR value is from 5% to 30 % higher than said first SR value.
A splice block assembly comprising a splice block housing to selectively allow insertion of a first conductor of a first cross-sectional size and a second conductor of a second cross-sectional size into a splice block housing via a housing opening in the splice block housing, the first cross-sectional size being larger than the second cross-sectional size, the splice block assembly comprising: an adapter with an adapter body that is movably retained on the splice block housing and that includes a first adapter opening that is smaller than the housing opening; the adapter body, while moveably coupled to the spice block housing, being movable relative to the splice block housing from an open configuration to a closed configuration; the adapter body, in the open configuration, being disposed to permit either the first conductor or the second conductor to be inserted into the splice block housing via the housing opening; and the adapter body, in the closed configuration, being disposed to block insertion of the first conductor into the splice block housing via the housing opening, with the first adapter opening aligned for insertion of the second conductor to admit the second conductor into the splice block housing via the first adapter opening and the housing opening. an adapter with an adapter body that is movably retained on the splice block housing and that includes a first adapter opening that is smaller than the housing opening; the adapter body, while moveably coupled to the spice block housing, being movable relative to the splice block housing from an open configuration to a closed configuration; the adapter body, in the open configuration, being disposed to permit either the first conductor or the second conductor to be inserted into the splice block housing via the housing opening; and the adapter body, in the closed configuration, being disposed to block insertion of the first conductor into the splice block housing via the housing opening, with the first adapter opening aligned for insertion of the second conductor to admit the second conductor into the splice block housing via the first adapter opening and the housing opening.
An ophthalmic laser system, comprising: a laser engine configured to generate a beam of femtosecond laser pulses; a laser scanner configured to scan each laser pulse of the beam in three dimensions according to a scan pattern; the system being characterised by further comprising: a compound lens comprising a glass lens and at least one birefringent lens, the compound lens arranged to receive the scanned beam and configured to split each laser pulse of the scanned beam into an ordinary pulse and an extraordinary pulse, thereby producing an ordinary beam comprising ordinary pulses and an extraordinary beam comprising extraordinary pulses, wherein a particular ordinary pulse and a particular extraordinary pulse split from a particular laser pulse are spatially separated in depth along an optical axis of the compound lens, by a distance greater than or equal to 5μm, and temporally separated by a delay greater than or equal to a pulse duration of the femtosecond laser pulses; and an objective configured to focus the ordinary beam and the extraordinary beam within an ophthalmic target. a laser engine configured to generate a beam of femtosecond laser pulses; a laser scanner configured to scan each laser pulse of the beam in three dimensions according to a scan pattern; the system being characterised by further comprising: a compound lens comprising a glass lens and at least one birefringent lens, the compound lens arranged to receive the scanned beam and configured to split each laser pulse of the scanned beam into an ordinary pulse and an extraordinary pulse, thereby producing an ordinary beam comprising ordinary pulses and an extraordinary beam comprising extraordinary pulses, wherein a particular ordinary pulse and a particular extraordinary pulse split from a particular laser pulse are spatially separated in depth along an optical axis of the compound lens, by a distance greater than or equal to 5μm, and temporally separated by a delay greater than or equal to a pulse duration of the femtosecond laser pulses; and an objective configured to focus the ordinary beam and the extraordinary beam within an ophthalmic target. a compound lens comprising a glass lens and at least one birefringent lens, the compound lens arranged to receive the scanned beam and configured to split each laser pulse of the scanned beam into an ordinary pulse and an extraordinary pulse, thereby producing an ordinary beam comprising ordinary pulses and an extraordinary beam comprising extraordinary pulses, wherein a particular ordinary pulse and a particular extraordinary pulse split from a particular laser pulse are spatially separated in depth along an optical axis of the compound lens, by a distance greater than or equal to 5μm, and temporally separated by a delay greater than or equal to a pulse duration of the femtosecond laser pulses; and an objective configured to focus the ordinary beam and the extraordinary beam within an ophthalmic target.
Frame beam formed of a metal profile, of a frame of doors or gates having a frame fixing device for receiving a fixing element for fixing said frame beam in an embrasure (13, 65) at a wall or at a dry wall by an inclined mounting of said fixing element in a rebate region of said frame, characterized in that frame beam includes on said rebate region an integral bowl-like recess formed in said metal profile for the complete inclined reception of a head of the fixing element, said frame fixing device including a) an angle for receiving said inclined fixing element for fixing the frame beam in an embrasure and/or b) a bracket for receiving said inclined fixing element for the frame beam in an embrasure.
Method for controlling injections in an internal combustion engine, having an injection control pattern comprising at least one first injection and one second injection per thermodynamic cycle for the combustion chamber of at least one of the cylinders of the engine, in which a sensor associated with said cylinder supplies a signal representative of the combustion pressure in the combustion chamber thereof, characterized in that the control pattern comprising a prescribed temporal phasing between two injections, a computer is prescribed at least one critical frequency or one critical frequency domain (FCRIT) of the combustion pressure of the cylinder, the computer uses the spectral information of said signal of the combustion pressure to modify (COMPH) the temporal phasing between two injections, so that at least one peak of spectral excitation of the combustion pressure is distanced from said critical frequency or from said critical frequency domain (FCRIT).
A water fitting, in particular for a mobile home, a caravan, a motor caravan or a boat, including a fitting body and including at least one water outlet pipe, which is at least indirectly retained on the fitting body and is pivotable around at least one pivot axis relative to the fitting body, wherein the water outlet pipe comprises at least one length area bounding a receiving area and is pivotable relative to the fitting body between at least one stow position, in which at least a partial area of the fitting body is arranged in the receiving area, and at least one use position, in which the partial area is arranged outside of the receiving area, characterized in that the water outlet pipe comprises a recess in the length area, which is recessed with respect to at least one further length area of the water outlet pipe adjoining to the length area, wherein at least the partial area of the fitting body is arranged in the recess in the stow position.