mhurhangee/ep-ind-claims huggingface dataset:
An air bag base cloth comprising: a base cloth main body formed of synthetic fibers; and a synthetic resin layer with which at least one face of the base cloth main body is coated, wherein the base cloth main body is coated with the synthetic resin layer in an amount of 10 to 40 g/m 2, and wherein a moisture content of the air bag base cloth measured in accordance with JIS L 1096.8.10 is 0.5% or less. a base cloth main body formed of synthetic fibers; and a synthetic resin layer with which at least one face of the base cloth main body is coated, wherein the base cloth main body is coated with the synthetic resin layer in an amount of 10 to 40 g/m 2, and wherein a moisture content of the air bag base cloth measured in accordance with JIS L 1096.8.10 is 0.5% or less.
A device for ocular sampling, in particular for the sampling and analysis of the outer layers of the ocular surface by impression cytology, comprising: - a first element with substantially elongated shape having at one end a first hollow portion apt to house a membrane suitable for the ocular sampling; - a second element, comprising guiding means for said first element apt to allow sliding of said first element relative to said second element, and elastic means positioned in such a way as to exert an opposing force against said first element during said sliding, wherein said hollow portion is a circular portion and the membrane is in particular a membrane of millipore type, wherein said second element has a main body with substantially tubular shape open at both ends, said main body comprising said guiding means and said elastic means characterised in that said second element further comprises a movable element apt to slide along said main body by means of said guiding means and wherein said elastic means comprise a plurality of springs inserted in said guiding means; wherein said movable element has a second hollow portion for inserting said first element. - a first element with substantially elongated shape having at one end a first hollow portion apt to house a membrane suitable for the ocular sampling; - a second element, comprising guiding means for said first element apt to allow sliding of said first element relative to said second element, and elastic means positioned in such a way as to exert an opposing force against said first element during said sliding, wherein said hollow portion is a circular portion and the membrane is in particular a membrane of millipore type, wherein said second element has a main body with substantially tubular shape open at both ends, said main body comprising said guiding means and said elastic means characterised in that said second element further comprises a movable element apt to slide along said main body by means of said guiding means and wherein said elastic means comprise a plurality of springs inserted in said guiding means;
A deburring apparatus (10, 100, 200), comprising: a housing which includes a shank, a seat surface, and a mechanism chamber arranged along a shank-axis; a recovery rod including a first flange portion, the recovery rod being reciprocable along the shank-axis; a tilting shaft including a second flange portion opposite to the first flange portion and a spherical bush supported on the seat surface, the spherical bush having a tilting center on the shank-axis, the tilting shaft being arranged along a tilting axis passing through the tilting center and tiltable around the tilting center; an elastic member which is configured to force the recovery rod toward the tilting shaft; a holder arranged on the tilting shaft, the holder fixing a cutter; and a rotation transmission mechanism which is configured to transmit a rotation of the housing to the tilting shaft; characterized in that the holder is arranged on the tilting shaft in a manner rotatable through a predetermined rotation angle relative to the tilting shaft; and the deburring apparatus further comprises a rotary-to-rectilinear motion conversion mechanism including a plunger movable along the tilting axis on the holder, wherein the rotary-to-rectilinear motion conversion mechanism is configured to separate the first flange portion from the second flange portion and to bring the plunger into contact with the recovery rod on the tilting axis when the holder rotates in a direction opposite to a rotation direction of the shank. a housing which includes a shank, a seat surface, and a mechanism chamber arranged along a shank-axis; a recovery rod including a first flange portion, the recovery rod being reciprocable along the shank-axis; a tilting shaft including a second flange portion opposite to the first flange portion and a spherical bush supported on the seat surface, the spherical bush having a tilting center on the shank-axis, the tilting shaft being arranged along a tilting axis passing through the tilting center and tiltable around the tilting center; an elastic member which is configured to force the recovery rod toward the tilting shaft; a holder arranged on the tilting shaft, the holder fixing a cutter; and a rotation transmission mechanism which is configured to transmit a rotation of the housing to the tilting shaft; characterized in that the holder is arranged on the tilting shaft in a manner rotatable through a predetermined rotation angle relative to the tilting shaft; and the deburring apparatus further comprises a rotary-to-rectilinear motion conversion mechanism including a plunger movable along the tilting axis on the holder, wherein the rotary-to-rectilinear motion conversion mechanism is configured to separate the first flange portion from the second flange portion and to bring the plunger into contact with the recovery rod on the tilting axis when the holder rotates in a direction opposite to a rotation direction of the shank.
Method of capturing and evaluating sensor data while riding an at least partially muscle-powered bicycle on a path and in particular a road, with at least two sensors (20, 25, 30), wherein the following steps are carried out: - capturing an air pressure signal on the bicycle for the ambient pressure by means of at least one barometric pressure sensor during the ride; - capturing a stagnation pressure value by means of at least one stagnation pressure sensor system on the bicycle during the ride; characterized by the step: - deriving a corrected ambient pressure value, taking into account the stagnation pressure value. - capturing an air pressure signal on the bicycle for the ambient pressure by means of at least one barometric pressure sensor during the ride; - capturing a stagnation pressure value by means of at least one stagnation pressure sensor system on the bicycle during the ride; - deriving a corrected ambient pressure value, taking into account the stagnation pressure value.
A sensor device for quantifying luminescent targets configured in an at least one dimensional pattern, the sensor device comprising: - a detector for obtaining an at least one-dimensional pattern of measured signals, wherein the detector is adapted for detecting the luminescence of the luminescent targets, resulting in a measured pattern, - a processor configured to cross-correlate the measured pattern with at least one reference pattern to obtain a peak value when there is no spatial offset between the measured pattern and the reference pattern and a baseline when there is a spatial offset between the measured pattern and the reference pattern and to generate a measurement signal representative for the quantification of luminescent targets by comparing the value of the peak to the baseline, wherein the at least one reference pattern is an expected pattern or a recorded pattern obtained by the detector before the measured pattern is obtained. - a detector for obtaining an at least one-dimensional pattern of measured signals, wherein the detector is adapted for detecting the luminescence of the luminescent targets, resulting in a measured pattern, - a processor configured to cross-correlate the measured pattern with at least one reference pattern to obtain a peak value when there is no spatial offset between the measured pattern and the reference pattern and a baseline when there is a spatial offset between the measured pattern and the reference pattern and to generate a measurement signal representative for the quantification of luminescent targets by comparing the value of the peak to the baseline, wherein the at least one reference pattern is an expected pattern or a recorded pattern obtained by the detector before the measured pattern is obtained.
A coated steel sheet having a coating film on at least one side of a plated steel sheet, wherein: the coating film contains: a binder resin, non-oxide ceramic particles containing V, excluding VC particles, and doped zinc oxide particles; the doped zinc oxide particles are doped with at least one type of element selected from B, Al, Ga, In, P, and As, and a content of the non-oxide ceramic particles containing V, excluding VC particles, and a content of the doped zinc oxide particles relative to the coating film satisfy the following expressions: C Zn ≥ 10.0 C V ≤ 0.5 ⋅ C Zn C V ≤ 70 − C Zn C V ≥ 0.125 ⋅ C Zn C V ≥ 2.0 where, Cv represents the content, in mass%, of the non-oxide ceramic particles containing V, excluding VC particles, and C Zn represents the content, in mass%, of the doped zinc oxide particles. the coating film contains: a binder resin, non-oxide ceramic particles containing V, excluding VC particles, and doped zinc oxide particles; a binder resin, non-oxide ceramic particles containing V, excluding VC particles, and doped zinc oxide particles; the doped zinc oxide particles are doped with at least one type of element selected from B, Al, Ga, In, P, and As, and a content of the non-oxide ceramic particles containing V, excluding VC particles, and a content of the doped zinc oxide particles relative to the coating film satisfy the following expressions: C Zn ≥ 10.0 C V ≤ 0.5 ⋅ C Zn C V ≤ 70 − C Zn C V ≥ 0.125 ⋅ C Zn C V ≥ 2.0
Method for calibrating the position of a construction machine in a construction site plan, characterised at least by the following steps: a. depiction of the site plan on a display device of the construction machine; b. output of an instruction on the display device to a machine operator to move a specific part (reference part) of the construction machine to at least one specific location (pass point) (62, 64), the coordinates of which are known in the coordinate system of the site plan; c. moving of the reference part to the pass point (62, 64); d. by means of a global positioning system, establishment of the position of the reference part at the pass point (62, 64) in the coordinates of the global positioning system, e. determination of coordinate transformation parameters by a computer, taking into account the established coordinates of the global positioning system at the pass point (62, 64) and the known coordinates of the pass point (62, 64) of the construction site plan. a. depiction of the site plan on a display device of the construction machine; b. output of an instruction on the display device to a machine operator to move a specific part (reference part) of the construction machine to at least one specific location (pass point) (62, 64), the coordinates of which are known in the coordinate system of the site plan; c. moving of the reference part to the pass point (62, 64); d. by means of a global positioning system, establishment of the position of the reference part at the pass point (62, 64) in the coordinates of the global positioning system, e. determination of coordinate transformation parameters by a computer, taking into account the established coordinates of the global positioning system at the pass point (62, 64) and the known coordinates of the pass point (62, 64) of the construction site plan.
Goods transfer device for an automatic storage system for feeding goods into the automatic storage system, - comprising at least one transfer channel having a feed side for feeding goods and a dispensing side for transferring the goods to the storage system, wherein the transfer channel has a transport surface on which the goods can be transported from the feed side to the dispensing side, wherein a goods feeding device having at least one stacking channel, in which goods can be stacked, is arranged above the transfer channel, wherein the transport surface of the transfer channel forms a bottom of the stacking channel, and wherein there is arranged in the transfer channel a transport device which transports a goods item located on the transport surface towards the dispensing side, characterized in that the transfer channel has at least one transfer channel side wall displaceable to adjust the width of the transfer channel, and that a first section of the transfer channel, in which the transport device is arranged, is inclined under a first angle with respect to a horizontal surface or arranged horizontally towards the dispensing side, whereas a second section is inclined under a second angle with respect to a horizontal surface towards the dispensing side, wherein the inclination angle of the second section is larger than the inclination angle of the first section. - comprising at least one transfer channel having a feed side for feeding goods and a dispensing side for transferring the goods to the storage system,
A naval platform supporting a wind turbine for offshore electrical energy production, comprising a main support column of said wind turbine, and two secondary columns; each column comprising at least one shell having an outer surface delimiting an outer volume; the main column being coupled to the two secondary columns, seen from above, the main column being off-centered relative to a geometric center of the platform, the outer volume delimited by the shell of the main column being greater than the respective outer volumes delimited by an outer surface of the shell (28B, 28C) of each secondary column, characterized in that a cross-section of each shell (28A, 28B, 28C) of the columns (24, 26) having a geometric shape being a rectangle; and in that the shell (28B, 28C) of at least one secondary column has a rectangular cross-section, the rectangular shape having a larger axis (44B, 44C), the larger axis (44B, 44C) having an offset angle (α2, α3) with a reference line, the reference line being defined as passing through the geometric center of the cross-section of the shell of the main column and as being perpendicular to a reference line passing through the geometric centers of the cross-sections of the shells (28B, 28C) of the secondary columns, the offset angle (α2, α3) being between 10° and 50°. each column comprising at least one shell having an outer surface delimiting an outer volume; the main column being coupled to the two secondary columns, seen from above, the main column being off-centered relative to a geometric center of the platform, the outer volume delimited by the shell of the main column being greater than the respective outer volumes delimited by an outer surface of the shell (28B, 28C) of each secondary column, characterized in that a cross-section of each shell (28A, 28B, 28C) of the columns (24, 26) having a geometric shape being a rectangle; and in that the shell (28B, 28C) of at least one secondary column has a rectangular cross-section, the rectangular shape having a larger axis (44B, 44C), the larger axis (44B, 44C) having an offset angle (α2, α3) with a reference line, the reference line being defined as passing through the geometric center of the cross-section of the shell of the main column and as being perpendicular to a reference line passing through the geometric centers of the cross-sections of the shells (28B, 28C) of the secondary columns, the offset angle (α2, α3) being between 10° and 50°.
A cuff (100, 100') for receiving a thumb through an aperture, the cuff comprising: a distal strap (400, 740, 830) having a trailing edge (410, 750, 840) and one or more leading edges, at least one of the one or more distal strap leading edges being affixed to a sleeve (210, 210') at a distal end (230, 230', 700, 800) of the sleeve such that the distal strap spans at least a portion of a cutout (240, 710) in the distal end of the sleeve; an anterior patch (300, 720, 810) having at least an anterior patch leading edge (310, 730, 820), the anterior patch spanning at least a portion of the cutout in the sleeve; and an aperture formed by the distal strap trailing edge overlapping at least a portion of the anterior patch leading edge, the aperture having a perimeter and extending through the cuff to the cutout, the perimeter of the aperture comprising at least a portion of the distal strap trailing edge and at least a portion of the anterior patch leading edge. a distal strap (400, 740, 830) having a trailing edge (410, 750, 840) and one or more leading edges, at least one of the one or more distal strap leading edges being affixed to a sleeve (210, 210') at a distal end (230, 230', 700, 800) of the sleeve such that the distal strap spans at least a portion of a cutout (240, 710) in the distal end of the sleeve; an anterior patch (300, 720, 810) having at least an anterior patch leading edge (310, 730, 820), the anterior patch spanning at least a portion of the cutout in the sleeve; and an aperture formed by the distal strap trailing edge overlapping at least a portion of the anterior patch leading edge, the aperture having a perimeter and extending through the cuff to the cutout, the perimeter of the aperture comprising at least a portion of the distal strap trailing edge and at least a portion of the anterior patch leading edge.
A heat insulation door for a refrigerator having three-dimensional shapes comprising: an outer panel forming an outer surface of a door for a refrigerator that has three-dimensional shapes; a groove type vacuum heat insulation material located inside the outer surface wherein the vacuum heat insulation material comprises a core material having a glass fiber and having one or more grooves, an outer cover material enclosing the core material and decompressed inside, and a foamed heat insulation material filled inside; characterized in that the outer surface is formed with repeated wedge patterns, and the adjacent patterns among the patterns are formed on different planes; and in that the door further comprises a decoration film attached to the outer surface, wherein the decoration film comprises a substrate film layer, a metal deposition print layer formed under the substrate film layer, and a transparent protrusion layer constituted with multiple transparent protrusions, which are attached to the top of the substrate film layer being separated from each other.
Computer-implemented method for training a classifier for classifying input signals (x) provided to the classifier, wherein the classifier is configured to obtain an output signal (y) characterizing a classification of the input signal (x), wherein the method for training comprises the following steps: a. Providing a set ( ξ) of perturbations; b. Providing a batch of training data comprising an input signal and a corresponding desired output signal ( y i); c. Selecting at random a first perturbation form the set (f) of perturbations for the input signal and a corresponding desired output signal ( y i) from the subset; d. Obtaining a second perturbation, which is stronger than the first perturbation, by adapting the first perturbation based on the input signal, the corresponding desired output signal ( y i) and the classifier; e. Obtaining a first adversarial example ( x i) by applying the second perturbation to the input signal; f. Adapting the classifier by training the classifier based on the first adversarial example ( x i) and the corresponding desired output signal ( y i) to harden the classifier against the second perturbation; g. Replacing the first perturbation in the set ( ξ) of perturbations by a linear combination of the first perturbation and the second perturbation; h. Repeating steps b. to g. a. Providing a set ( ξ) of perturbations; b. Providing a batch of training data comprising an input signal and a corresponding desired output signal ( y i); c. Selecting at random a first perturbation form the set (f) of perturbations for the input signal and a corresponding desired output signal ( y i) from the subset; d. Obtaining a second perturbation, which is stronger than the first perturbation, by adapting the first perturbation based on the input signal, the corresponding desired output signal ( y i) and the classifier; e. Obtaining a first adversarial example ( x i) by applying the second perturbation to the input signal; f. Adapting the classifier by training the classifier based on the first adversarial example ( x i) and the corresponding desired output signal ( y i) to harden the classifier against the second perturbation; g. Replacing the first perturbation in the set ( ξ) of perturbations by a linear combination of the first perturbation and the second perturbation; h. Repeating steps b. to g.
A laundry processing apparatus, comprising: a housing on which an opening for taking laundry in and out is formed; a door (300, 300A) configured to rotate between a closing position where the door (300, 300A) closes the opening and an opening position where the door (300, 300A) opens the opening; a lock mechanism configured to lock the door (300, 300A) at the closing position; and a rotatable handle used for rotating the door (300, 300A) between the closing position and the opening position, characterized in that the handle includes a first piece, which is situated between the door (300, 300A) and the housing if the door (300, 300A) is situated at the closing position, and a second piece that includes an exposed piece, which faces the outer surface of the housing when the door is at the closing position, and a connecting piece which connects the exposed piece with the first piece, and the lock mechanism unlocks the door (300, 300A) at the closing position in conjunction with the handle turned to rotate the door (300, 300A) from the closing position to the opening position, the door (300, 300A), which pivotally supports the lock mechanism and the handle, includes a restricting surface which restricts the angular motion of the first piece that rotates as a user pinch or hold the exposed piece of the second piece to rotate the door from the closing position to the opening position, a housing on which an opening for taking laundry in and out is formed; a door (300, 300A) configured to rotate between a closing position where the door (300, 300A) closes the opening and an opening position where the door (300, 300A) opens the opening; a lock mechanism configured to lock the door (300, 300A) at the closing position; and a rotatable handle used for rotating the door (300, 300A) between the closing position and the opening position, characterized in that the handle includes a first piece, which is situated between the door (300, 300A) and the housing if the door (300, 300A) is situated at the closing position, and a second piece that includes an exposed piece, which faces the outer surface of the housing when the door is at the closing position, and a connecting piece which connects the exposed piece with the first piece, and the lock mechanism unlocks the door (300, 300A) at the closing position in conjunction with the handle turned to rotate the door (300, 300A) from the closing position to the opening position, the door (300, 300A), which pivotally supports the lock mechanism and the handle, includes a restricting surface which restricts the angular motion of the first piece that rotates as a user pinch or hold the exposed piece of the second piece to rotate the door from the closing position to the opening position,