mhurhangee/ep-ind-claims huggingface dataset:
A display device (100, 200, 300, 400, 500, 600) including a window and a display, including a touch screen, and including an adhesion reduction layer; the device comprising: a detachable layer located on any one among the window, the touch screen and the display, and having an adhesive force of 0.1 x 0,00980664999999998 N / 25 mm to 500 x 0,00980664999999998 N / 25 mm; wherein the detachable layer is any one selected among an adhesive made by mixing a crosslinking agent with a thermosetting resin, i.e., an acrylic polymer, a silicon polymer or a urethane polymers, or an ultraviolet curable resin, a mixture of these, and a copolymer of these, wherein the adhesion reduction layer contains a fluorine-based resin or a silicon-based resin, characterized in that: the adhesion reduction layer has a micro protrusion pattern, and the micro protrusion pattern is formed of micro protrusions on a portion of the adhesion reduction layer positioned to face the detachable layer to reduce adhesion force of the detachable layer, in any one among the window, the touch screen and the display, wherein the detachable layer penetrates into the micro protrusion pattern of the adhesion reduction layer to make the adhesion reduction layer transparent, and wherein the micro protrusion pattern is a character, a figure, or a combination of these. a detachable layer located on any one among the window, the touch screen and the display, and having an adhesive force of 0.1 x 0,00980664999999998 N / 25 mm to 500 x 0,00980664999999998 N / 25 mm; wherein the detachable layer is any one selected among an adhesive made by mixing a crosslinking agent with a thermosetting resin, i.e., an acrylic polymer, a silicon polymer or a urethane polymers, or an ultraviolet curable resin, a mixture of these, and a copolymer of these, wherein the adhesion reduction layer contains a fluorine-based resin or a silicon-based resin, characterized in that: the adhesion reduction layer has a micro protrusion pattern, and the micro protrusion pattern is formed of micro protrusions on a portion of the adhesion reduction layer positioned to face the detachable layer to reduce adhesion force of the detachable layer, in any one among the window, the touch screen and the display, wherein the detachable layer penetrates into the micro protrusion pattern of the adhesion reduction layer to make the adhesion reduction layer transparent, and wherein the micro protrusion pattern is a character, a figure, or a combination of these. the adhesion reduction layer has a micro protrusion pattern, and the micro protrusion pattern is formed of micro protrusions on a portion of the adhesion reduction layer positioned to face the detachable layer to reduce adhesion force of the detachable layer, in any one among the window, the touch screen and the display, wherein the detachable layer penetrates into the micro protrusion pattern of the adhesion reduction layer to make the adhesion reduction layer transparent, and wherein the micro protrusion pattern is a character, a figure, or a combination of these.
A trellis section configured as a rectilinear frame formed from a pair of rigid generally parallel vertical rods which are permanently secured in co-planar relation by at least two rigid horizontal rods, a first of the two horizontal rods being positioned at, or proximate to upper ends of the vertical rods and the second horizontal rod being positioned at a predetermined distance from lower free ends of the vertical rods to define a pair of legs, the lower free ends being configured to be positioned in the ground, wherein each vertical rod comprises an inner facing surface and outer surfaces, the inner facing surface being the surface facing another surface of the pair of vertical rods of the trellis section, and the outer surfaces being the surfaces facing in other directions compared to the inner facing surface, wherein the trellis section is self-supporting when the free ends are positioned in the ground, the trellis section characterized by a plurality of rigid supporting hooks (32, 34) that are permanently secured to the inner facing surfaces of the vertical rods intermediate the at least two horizontal rods, the supporting hooks (32, 34) being co-planar with the vertical rods and having openings of predetermined dimensions, a vertical section of each of the hooks (32, 34) being parallel to, and spaced a predetermined distance from the vertical rods to which the hooks (32, 34) are permanently secured, the trellis section defining a planar structure having no projecting elements from the outer surfaces of the vertical rods, the supporting hooks (32, 34) being horizontally aligned in opposing relation and disposed at predetermined positions along the vertical rods, each of the supporting hooks (32, 34) being dimensioned and configured to receive in secure retaining relation when in use at least one horizontally disposed rail or a section of open mesh screen material (350, 352).
Device for axially displacing a shaft in a vehicle transmission in a transmission housing, in particular a vehicle transmission of a utility vehicle, in which forces are exerted on the shaft of the vehicle transmission in an axial direction via a fork, - wherein the device comprises a piston movable in the axial direction in a piston housing, - wherein the piston is mounted on an inner guide, and - wherein an end of the inner guide protrudes from the piston housing on one side, characterized in that the end is directly connected to and fixed in relation to the transmission housing of the vehicle transmission. - wherein the device comprises a piston movable in the axial direction in a piston housing, - wherein the piston is mounted on an inner guide, and - wherein an end of the inner guide protrudes from the piston housing on one side,
Tank arrangement with a tank with an inlet to fill the tank with a flowable medium and an outlet to remove a medium from the tank, wherein the outlet comprises a valve device (4 a), which is manually transferable via a lever (18 a) from an open position to a closed position and/or vice versa, wherein the tank has an air inlet device with an air inlet via which air can be conveyed into the tank in order to be able to vent the tank, characterized in that an air line can be connected to the air inlet in order to supply air to the tank via the air inlet device, wherein the air inlet device comprises a valve device, wherein via the valve device also redundant compressed air is able to be discharged from the tank.
A catheter, comprising: a catheter tube defining: a proximal end; a distal end; a longitudinal axis; a lumen therethrough; and a first zone having a first cut pattern segment therein, wherein the first cut pattern segment defines a plurality of spiral cuts spaced around a circumference of the tube, wherein each of the plurality of spiral cuts defines a width between 0.015 mm and 0.040 mm, wherein each of the plurality of spiral cuts is spaced from an adjacent cut by a filar having a width between 0.015 mm and 0.125 mm, and wherein each of the plurality of spiral cuts defines a pitch angle (α) with the longitudinal axis between 30 degrees and 70 degrees. a proximal end; a distal end; a longitudinal axis; a lumen therethrough; and a first zone having a first cut pattern segment therein, wherein the first cut pattern segment defines a plurality of spiral cuts spaced around a circumference of the tube, wherein each of the plurality of spiral cuts defines a width between 0.015 mm and 0.040 mm, wherein each of the plurality of spiral cuts is spaced from an adjacent cut by a filar having a width between 0.015 mm and 0.125 mm, and wherein each of the plurality of spiral cuts defines a pitch angle (α) with the longitudinal axis between 30 degrees and 70 degrees.
A refrigerator comprising: a body; a storage compartment (11,12) formed inside the body; and a door for the storage compartment (11, 12), wherein the door comprises: a front panel; a rear panel that is coupled to the rear of the front panel and constitutes a rear side of the door; a foaming space formed between the front panel and the rear panel; an adiabatic material foamed in the foaming space; and a display unit comprising a display portion, characterized in that the front panel is formed of a metal plate material, the front panel having through holes that pass through the front panel, wherein the through holes constitute a predetermined shape, and the display portion having a shape corresponding to the shape of the through holes and displaying information when at least a portion of the display portion is turned on or off, the display unit disposed at a rear side of the front panel so that a position of the display portion corresponds to a position of the through holes. a body; a storage compartment (11,12) formed inside the body; and a door for the storage compartment (11, 12), wherein the door comprises: a front panel; a rear panel that is coupled to the rear of the front panel and constitutes a rear side of the door; a foaming space formed between the front panel and the rear panel; an adiabatic material foamed in the foaming space; and a display unit comprising a display portion, a front panel; a rear panel that is coupled to the rear of the front panel and constitutes a rear side of the door; a foaming space formed between the front panel and the rear panel; an adiabatic material foamed in the foaming space; and a display unit comprising a display portion,
A system comprising a substrate and a multiplicity of elongated nanostructures arranged on the substrate at a density of at least 100,000 nanostructures per 1 cm 2, each nanostructure in at least a first portion of said nanostructures featuring a capturing moiety covalently attached to a surface thereof and each nanostructure in at least a second portion of said nanostructures featuring a light-activatable moiety covalently attached to a surface thereof, wherein said capturing moiety selectively interacts with an analyte, and said light-activatable moiety generates, upon exposure to light, a reactive moiety that interferes with an interaction of said capturing moiety and said analyte, wherein: an average length of said elongated nanostructures ranges from 0.1 micrometer (micron) to 500 micrometers (microns); said nanostructures are generally parallel to each other and are aligned generally vertically to said substrate; and wherein said reactive moiety is such that induces a release of at least 20 % of molecules of said analyte that interact with said capturing moieties in 10 minutes, the system being for use in extracting the analyte from a liquid containing same by contacting the liquid with the system; and exposing the system to light at a wavelength that generates said reactive moiety. an average length of said elongated nanostructures ranges from 0.1 micrometer (micron) to 500 micrometers (microns); said nanostructures are generally parallel to each other and are aligned generally vertically to said substrate; and wherein said reactive moiety is such that induces a release of at least 20 % of molecules of said analyte that interact with said capturing moieties in 10 minutes, the system being for use in extracting the analyte from a liquid containing same by contacting the liquid with the system; and exposing the system to light at a wavelength that generates said reactive moiety.
A method for managing access to data, comprising: - receiving more than one data access request; - capturing data relating to at least one current context signal during each data access request; - comparing for each data request, as a current authorization step, the data relating to each captured current context signal to predetermined reference data relating to at least one corresponding context signal according to at least one corresponding predetermined authorization policy, thus obtaining a current authorization result; and - determining a data access decision for each data access request, the data access decision being based upon the current authorization result and on at least one predetermined dynamic data access policy, wherein at least one of the at least one predetermined dynamic data access policy changes when at least one of the at least one captured current context signal has changed with respect to a corresponding captured previous context signal or a corresponding reference context signal, wherein the decision outputs whether the data access is authorized or not. - receiving more than one data access request; - capturing data relating to at least one current context signal during each data access request; - comparing for each data request, as a current authorization step, the data relating to each captured current context signal to predetermined reference data relating to at least one corresponding context signal according to at least one corresponding predetermined authorization policy, thus obtaining a current authorization result; and - determining a data access decision for each data access request, the data access decision being based upon the current authorization result and on at least one predetermined dynamic data access policy, wherein at least one of the at least one predetermined dynamic data access policy changes when at least one of the at least one captured current context signal has changed with respect to a corresponding captured previous context signal or a corresponding reference context signal, wherein the decision outputs whether the data access is authorized or not.
Vehicle having a functional device formed as a storage compartment device which has at least two sections (5, 6), wherein a first section is arranged immovably and a second section is arranged moveably relative to the vehicle, and in which furthermore releasable connection means are provided between the first and second section (5, 6) which release the second section in the released state and enable the extraction thereof, wherein the functional device is arranged on an underside of a vehicle section formed as a parcel shelf, and characterised in that movement means are provided, by means of which the first section is able to be transferred alternately from a functional position into a rest position, wherein joints serve as movement means with which the first section is fastened under the parcel shelf to be pivotable, such that the first section is pivotable around the joint in the case of an extracted second section and therefore is able to be brought into the rest position.
A water-based herbicidal suspension comprising a herbicidal sulfonylurea compound which is at least one member selected from the group consisting of nicosulfuron and flazasulfuron or its salt, an inorganic salt, at least one sulfonate selected from the group consisting of an alkylbenzene sulfonate, an alkylnaphthalene sulfonate, an alkylbenzene sulfonate condensed with formaldehyde and an alkylnaphthalene sulfonate condensed with formaldehyde and water; wherein blend proportions of the components in the water-based herbicidal suspension are as follows: the proportion of the herbicidal sulfonylurea compound or its salt is from 0.5 to 50 parts by weight, the proportion of the inorganic salt is 1 to 20 parts by weight, the proportion of the sulfonate is 0.1 to 20 parts by weight. the proportion of the herbicidal sulfonylurea compound or its salt is from 0.5 to 50 parts by weight, the proportion of the inorganic salt is 1 to 20 parts by weight, the proportion of the sulfonate is 0.1 to 20 parts by weight.
A headgear assembly for use in a patient interface device (10, 210) having a frame member and a cushion for delivering a flow of a breathing gas to the airway of a patient, the frame member having a first rotation-resistant coupling and a second rotation-resistant coupling defined therein, the headgear assembly comprising: a first arm member (110, 310) and a second arm member, each arm member comprising a first end (112, 132, 312) and a second end (114, 134, 314, 514) disposed opposite the first end, the first end of the first arm member having a structure sized and configured to selectively engage the first rotation-resistant coupling in a manner which prohibits rotation of the first arm member with respect to the frame member in a first plane in which the first arm member is disposed, and the first end of the second arm member having a structure sized and configured to selectively engage the second rotation-resistant coupling in a manner which prohibits rotation of the second arm member with respect to the frame member in a second plane in which the second arm member is disposed; and a strap member coupled to the first arm member and the second arm member, and extending between each of the second end of the first arm member and the second end of the second arm member, characterized in that each of the first arm member and the second arm member comprises a body portion (116, 136) extending in a curved manner between the first end and the second end, each of the arm members being concave so as to face corresponding ears of the patient with the second ends being configured to be located at or about the same elevation as the base of the ears and behind the ears of the patient. a first arm member (110, 310) and a second arm member, each arm member comprising a first end (112, 132, 312) and a second end (114, 134, 314, 514) disposed opposite the first end, the first end of the first arm member having a structure sized and configured to selectively engage the first rotation-resistant coupling in a manner which prohibits rotation of the first arm member with respect to the frame member in a first plane in which the first arm member is disposed, and the first end of the second arm member having a structure sized and configured to selectively engage the second rotation-resistant coupling in a manner which prohibits rotation of the second arm member with respect to the frame member in a second plane in which the second arm member is disposed; and a strap member coupled to the first arm member and the second arm member, and extending between each of the second end of the first arm member and the second end of the second arm member, characterized in that each of the first arm member and the second arm member comprises a body portion (116, 136) extending in a curved manner between the first end and the second end, each of the arm members being concave so as to face corresponding ears of the patient with the second ends being configured to be located at or about the same elevation as the base of the ears and behind the ears of the patient.
A connecting rod assembly comprising: a connecting rod with a large end and a small end; a piston wrist pin; and, fasteners to connect the connecting rod to the piston wrist pin; wherein, the piston wrist pin comprises a notch and the small end comprises a flat seating surface dimensioned to fit into the notch; characterised in that the connecting rod assembly further comprises: at least one shim between the notch and the flat seating surface of the small end. a connecting rod with a large end and a small end; a piston wrist pin; and, fasteners to connect the connecting rod to the piston wrist pin; wherein, the piston wrist pin comprises a notch and the small end comprises a flat seating surface dimensioned to fit into the notch;
An actuator mounting structure of a variable compression ratio internal combustion engine, the actuator mounting structure comprising: a variable compression ratio mechanism arranged to vary an engine compression ratio in accordance with a rotational position of a control shaft; an actuator arranged to drivingly rotate the control shaft, the actuator being fixed on an actuator mounting portion provided to a side wall of a main body of the engine by using a plurality of fixing bolts, and at least one rigidity improvement section (41, 42) arranged to improve a mounting rigidity of the actuator to the actuator mounting portion, and which is provided within an inter-bolt distance between two bolts of the plurality of the fixing bolts, which are located on the both sides in a direction of a crank shaft, wherein the actuator mounting portion is provided to a side wall of an upper oil pan fixed to a lower portion of a cylinder block; and the lower oil pan is fixed to an upper oil pan lower surface side flange portion which is formed on a lower surface side of this upper oil pan; characterized in that a side portion of this upper oil pan lower surface side flange portion, which extends in a widthwise direction of the engine that is perpendicular to the direction of the crank shaft, is positioned within the inter-bolt distance so as to constitute a first rigidity improvement section. a variable compression ratio mechanism arranged to vary an engine compression ratio in accordance with a rotational position of a control shaft; an actuator arranged to drivingly rotate the control shaft, the actuator being fixed on an actuator mounting portion provided to a side wall of a main body of the engine by using a plurality of fixing bolts, and at least one rigidity improvement section (41, 42) arranged to improve a mounting rigidity of the actuator to the actuator mounting portion, and which is provided within an inter-bolt distance between two bolts of the plurality of the fixing bolts, which are located on the both sides in a direction of a crank shaft, wherein the actuator mounting portion is provided to a side wall of an upper oil pan fixed to a lower portion of a cylinder block; and the lower oil pan is fixed to an upper oil pan lower surface side flange portion which is formed on a lower surface side of this upper oil pan; characterized in that a side portion of this upper oil pan lower surface side flange portion, which extends in a widthwise direction of the engine that is perpendicular to the direction of the crank shaft, is positioned within the inter-bolt distance so as to constitute a first rigidity improvement section.
Folding machine (10; 30) for folding a stack of sheets (13; 34; 42), the folding machine (10; 30) comprising: - a frame; - means for pre-folding (11, 12) a stack of sheets along a crease line into a main plane such that a booklet with a straight back is obtained; - means for keeping the pre-folded booklet relative to the frame; - means for finishing the fold (18, 19; 35, 36, 37); - a transport plate (14; 31; 40) having a leading edge around which the stack of sheets (13; 34; 42) is folded, which transport plate (14; 31; 40) is movable along the means for pre-folding (11, 12) and the means for finishing the fold (18, 19; 35, 36, 37); and characterized by two endless belts (15, 16) arranged on either side of the transport plate for moving the transport plate along the means for pre-folding (11, 12) and the means for finishing the fold (18, 19; 35, 36, 37). - a frame; - means for pre-folding (11, 12) a stack of sheets along a crease line into a main plane such that a booklet with a straight back is obtained; - means for keeping the pre-folded booklet relative to the frame; - means for finishing the fold (18, 19; 35, 36, 37); - a transport plate (14; 31; 40) having a leading edge around which the stack of sheets (13; 34; 42) is folded, which transport plate (14; 31; 40) is movable along the means for pre-folding (11, 12) and the means for finishing the fold (18, 19; 35, 36, 37); and characterized by