mhurhangee/ep-ind-claims huggingface dataset:
Agricultural distribution machine, preferably a field sprayer or a pneumatic fertiliser distribution machine, comprising a carrier vehicle; a distributing boom for distributing material, such as fertiliser, plant protection agent or seed, which is arranged directly or indirectly on the carrier vehicle so as to be movable at least about a pivot axis extending in the direction of travel, wherein the distributing boom has segments (3a, 3b, 3c) which are pivotable relative to one another about upright axes and/or are pivotable relative to one another in a plane arranged perpendicularly to the direction of travel of the agricultural distributing machine; a distance sensor device which is configured to detect a distance of the distributor boom from a ground surface and/or a crop; and an acceleration-compensated inclination sensor device for determining a rotational position of the distributor boom; characterized in that the components (5a, 5b, 5c) of the acceleration-compensated inclination sensor device are a) are enclosed by a common housing and/or are designed as a structural unit; and/or b) are mechanically coupled to each other so that they experience the same inclination and/or the same acceleration; and/or c) are arranged at the same place on the distributor boom, preferably on the middle part of the distributor boom. a carrier vehicle; a distributing boom for distributing material, such as fertiliser, plant protection agent or seed, which is arranged directly or indirectly on the carrier vehicle so as to be movable at least about a pivot axis extending in the direction of travel, wherein the distributing boom has segments (3a, 3b, 3c) which are pivotable relative to one another about upright axes and/or are pivotable relative to one another in a plane arranged perpendicularly to the direction of travel of the agricultural distributing machine; a distance sensor device which is configured to detect a distance of the distributor boom from a ground surface and/or a crop; and an acceleration-compensated inclination sensor device for determining a rotational position of the distributor boom; a) are enclosed by a common housing and/or are designed as a structural unit; and/or b) are mechanically coupled to each other so that they experience the same inclination and/or the same acceleration; and/or c) are arranged at the same place on the distributor boom, preferably on the middle part of the distributor boom.
LED module comprising: - a carrier with a high degree of reflection, wherein a metallic layer, preferably a silver layer or a layer made of ultrapure aluminum, is applied to the carrier, - an oxide layer over the metallic layer, - an LED chip on the metallic layer or the oxide layer, wherein the LED module is designed in such a way that at least part of the light falling on the module, e.g., from an LED chip that can be mounted on the module, is reflected by the metal layer, wherein a lacquer layer is provided over the metallic layer and the oxide layer, wherein the lacquer layer comprises free spaces into which the LED chip is inserted in order to be applied to the metallic layer. - a carrier with a high degree of reflection, wherein a metallic layer, preferably a silver layer or a layer made of ultrapure aluminum, is applied to the carrier, - an oxide layer over the metallic layer, - an LED chip on the metallic layer or the oxide layer,
Wave generator system for human leisure or sporting use, which comprises a floor on which a mass of water with an edge is placed, and which further comprises of a shore that extends along said edge of the mass of water, characterised in that the shore comprises: - a shore floor with a decreasing height towards said floor under the mass of water, so that water on said shore floor is displaced by gravity towards the mass of water; - a permeable shore ceiling, which allows the passage of water from above the shore ceiling towards the shore floor; - a plurality of compartments arranged between the shore floor and the shore ceiling, wherein each compartment comprises at least one barrier that offers resistance to the passage of water in a direction towards the mass of water and leaves a water passage space that allows the passage of water towards the mass of water. - a shore floor with a decreasing height towards said floor under the mass of water, so that water on said shore floor is displaced by gravity towards the mass of water; - a permeable shore ceiling, which allows the passage of water from above the shore ceiling towards the shore floor; - a plurality of compartments arranged between the shore floor and the shore ceiling, wherein each compartment comprises at least one barrier that offers resistance to the passage of water in a direction towards the mass of water and leaves a water passage space that allows the passage of water towards the mass of water.
A light guide plate, comprising: a body having a light incident part at a first side surface of the body; an upper optical pattern at a top side of the body; and a lower optical pattern at a bottom side of the body, wherein the lower optical pattern is an embossed pattern protruding from the bottom side of the body and having a trapezoid shape, wherein a first end of the trapezoid shape has a first width and a second end of the trapezoid shape has a second width, wherein the first end is closer to the light incident part than the second end, and wherein the first width is narrower than the second width, wherein the upper optical pattern comprises a plurality of lenticular lens patterns or round prism patterns extending in parallel along a direction from the first side surface of the body to a second side surface of the body opposite the first side surface, characterized in that an interval of first lenticular lens patterns or round prisms patterns of the plurality of lenticular lens patterns or round prism patterns, which are disposed in a partial luminance area of the light guide plate, differs from an interval of second lenticular lens patterns or round prism patterns of the plurality of lenticular lens patterns or round prism patterns, which are disposed in an area of the light guide plate other than the partial luminance area. a body having a light incident part at a first side surface of the body; an upper optical pattern at a top side of the body; and a lower optical pattern at a bottom side of the body, wherein the lower optical pattern is an embossed pattern protruding from the bottom side of the body and having a trapezoid shape, wherein a first end of the trapezoid shape has a first width and a second end of the trapezoid shape has a second width, wherein the first end is closer to the light incident part than the second end, and wherein the first width is narrower than the second width, wherein the upper optical pattern comprises a plurality of lenticular lens patterns or round prism patterns extending in parallel along a direction from the first side surface of the body to a second side surface of the body opposite the first side surface, characterized in that an interval of first lenticular lens patterns or round prisms patterns of the plurality of lenticular lens patterns or round prism patterns, which are disposed in a partial luminance area of the light guide plate, differs from an interval of second lenticular lens patterns or round prism patterns of the plurality of lenticular lens patterns or round prism patterns, which are disposed in an area of the light guide plate other than the partial luminance area.
An adhesive composition comprising: a moisture reactive hot melt adhesive comprising (a) one or more polymers having a weight average molecular weight between 30,000 and 100,000; (b) one or more multifunctional polyols; (c) one or more organic compounds having at least two hydroxy groups; and (d) one or more polyisocyanates; and a liquid polymeric moisture reactive diluent comprising (i) one or more polymers having a weight average molecular weight between 2000 and 4000; (ii) one or more multifunctional polyols; and (iii) one or more polyisocyanates, wherein the ratio of isocyanate groups to hydroxyl groups (NCO/OH) is between 4.0 and 11.0 and wherein the amount of free isocyanate groups is greater than 7.5% by weight, based on the total weight of the composition. a moisture reactive hot melt adhesive comprising (a) one or more polymers having a weight average molecular weight between 30,000 and 100,000; (b) one or more multifunctional polyols; (c) one or more organic compounds having at least two hydroxy groups; and (d) one or more polyisocyanates; and a liquid polymeric moisture reactive diluent comprising (i) one or more polymers having a weight average molecular weight between 2000 and 4000; (ii) one or more multifunctional polyols; and (iii) one or more polyisocyanates, wherein the ratio of isocyanate groups to hydroxyl groups (NCO/OH) is between 4.0 and 11.0 and wherein the amount of free isocyanate groups is greater than 7.5% by weight, based on the total weight of the composition.
A fusion gene comprising: (a) a first DNA sequence encoding a yeast alpha-factor signal peptide, located at the N-terminus of the fusion gene; (b) a second DNA sequence encoding an inhibitory domain of M. taiwanensis WR-220 keratinase, wherein the second DNA sequence is linked in translation frame with the first DNA sequence, and the inhibitory domain comprises an amino acid sequence having at least 95% identity to SEQ ID NO: 13; and (c) a third DNA sequence encoding a catalytic domain of M. taiwanensis WR-220 keratinase, wherein the third DNA sequence is linked in translation frame with the second DNA sequence, and the catalytic domain comprises an amino acid sequence having at least 95% identity to SEQ ID NO: 14; wherein the fusion gene is a chimeric DNA. (a) a first DNA sequence encoding a yeast alpha-factor signal peptide, located at the N-terminus of the fusion gene; (b) a second DNA sequence encoding an inhibitory domain of M. taiwanensis WR-220 keratinase, wherein the second DNA sequence is linked in translation frame with the first DNA sequence, and the inhibitory domain comprises an amino acid sequence having at least 95% identity to SEQ ID NO: 13; and (c) a third DNA sequence encoding a catalytic domain of M. taiwanensis WR-220 keratinase, wherein the third DNA sequence is linked in translation frame with the second DNA sequence, and the catalytic domain comprises an amino acid sequence having at least 95% identity to SEQ ID NO: 14;
A method for generating an image of an object with a double telecentric optical system, said method comprising the following steps: a) illuminating an object provided at a sensing region with a light source; b) focusing with a single focusing element (101, 201) light rays coming from the object to a focal point; c) reflecting with a mirror element (102, 202) arranged at said focal point the focused light rays back to the focusing element (101, 201), wherein incoming and reflected light rays encounter different parts of the focusing element (101, 201); wherein the plane of the object and/or of the image is tilted with respect to the optical axis of the focusing element (101, 201), wherein the single focusing element (101, 201) consists of a single lens or a single mirror, wherein the light source is arranged to illuminate the sensing region by total internal reflection, wherein light rays emitted from the light source contact the sensing region under an angle larger than the critical angle of the total internal reflection, wherein the illumination is achieved by evanescent waves generated during this process, wherein target components in the sensing region are detected by frustrated total internal reflection. a) illuminating an object provided at a sensing region with a light source; b) focusing with a single focusing element (101, 201) light rays coming from the object to a focal point; c) reflecting with a mirror element (102, 202) arranged at said focal point the focused light rays back to the focusing element (101, 201), wherein incoming and reflected light rays encounter different parts of the focusing element (101, 201); wherein the plane of the object and/or of the image is tilted with respect to the optical axis of the focusing element (101, 201), wherein the single focusing element (101, 201) consists of a single lens or a single mirror, wherein the light source is arranged to illuminate the sensing region by total internal reflection, wherein light rays emitted from the light source contact the sensing region under an angle larger than the critical angle of the total internal reflection, wherein the illumination is achieved by evanescent waves generated during this process, wherein target components in the sensing region are detected by frustrated total internal reflection.
A computer-implemented method for compressing a three-dimensional modeled object, wherein the method comprises: • providing a boundary representation of the modeled object, the boundary representation comprising geometrical data, the geometrical data including functions each corresponding to a respective geometrical entity, each function having a domain and a range; • determining first data, that describe a mapping from the range of a reference function to the range of another function, and second data, that describe a mapping from the domain of the other function to the domain of the reference function which, when composed with the reference function and the mapping from the range of the reference function to the range of the other function, leads to the same result as applying the other function; and • replacing in the geometrical data the other function by the first data, the second data and a pointer to the reference function, wherein the method comprises: • determining sets of functions corresponding to geometrical entities that are a copy one of another, • determining a reference function of the set within each set, • repeating, for each set and for each function of the set other than the reference function of the set, the step of determining the first data and the second data and the step of replacing, the reference function of determining the first data and the second data being each time the reference function of the set. • providing a boundary representation of the modeled object, the boundary representation comprising geometrical data, the geometrical data including functions each corresponding to a respective geometrical entity, each function having a domain and a range; • determining first data, that describe a mapping from the range of a reference function to the range of another function, and second data, that describe a mapping from the domain of the other function to the domain of the reference function which, when composed with the reference function and the mapping from the range of the reference function to the range of the other function, leads to the same result as applying the other function; and • replacing in the geometrical data the other function by the first data, the second data and a pointer to the reference function, • determining sets of functions corresponding to geometrical entities that are a copy one of another, • determining a reference function of the set within each set, • repeating, for each set and for each function of the set other than the reference function of the set, the step of determining the first data and the second data and the step of replacing, the reference function of determining the first data and the second data being each time the reference function of the set.
A drug reservoir (120, 200, 300, 400, 500, 600) comprising: a housing (122, 204, 408, 604) having a proximal end (132, 304, 402, 508) and a distal end (130, 202, 404, 504), wherein the housing (122, 204, 408, 604) is configured to hold a medicament (125, 606), a coding feature, a removable feature disposed on at least one of the proximal end (132, 304, 402, 508) and the distal end (130, 202, 404, 504), wherein the removable feature covers at least in part one of the proximal end (132, 304, 402, 508) and the distal end (130, 202, 404, 504) wherein the removable feature is a tear-away feature (206, 302, 502, 506) that acts as a tamper-evident feature, and wherein the tamper-evident feature at least partially covers the coding feature, wherein the coding feature is configured to pass into or through a complementary corresponding coding feature of a reservoir holder (104, 412) of a drug delivery device intended for use with the drug reservoir (120, 200, 300, 500, 600) and wherein the coding feature includes one or more protrusions or indentations coded to one or more indentations or protrusions of the corresponding coding feature of the reservoir holder (104, 412). a housing (122, 204, 408, 604) having a proximal end (132, 304, 402, 508) and a distal end (130, 202, 404, 504), wherein the housing (122, 204, 408, 604) is configured to hold a medicament (125, 606), a coding feature, a removable feature disposed on at least one of the proximal end (132, 304, 402, 508) and the distal end (130, 202, 404, 504), wherein the removable feature covers at least in part one of the proximal end (132, 304, 402, 508) and the distal end (130, 202, 404, 504) wherein the removable feature is a tear-away feature (206, 302, 502, 506) that acts as a tamper-evident feature, and wherein the tamper-evident feature at least partially covers the coding feature, wherein the coding feature is configured to pass into or through a complementary corresponding coding feature of a reservoir holder (104, 412) of a drug delivery device intended for use with the drug reservoir (120, 200, 300, 500, 600) and wherein the coding feature includes one or more protrusions or indentations coded to one or more indentations or protrusions of the corresponding coding feature of the reservoir holder (104, 412).
An epothilone analog represented by formula II as shown below, and any solvates or hydrates thereof, for use in treating a patient in need of treatment by intravenous infusion with an effective amount of a pharmaceutical composition, whereby said pharmaceutical composition is formed by mixing the contents of the vials of a pharmaceutical preparation comprising, in separate vials, a lyophilized epothilone analog and a quantity of a solvent therefor such that when the contents of said vials are combined, the resulting solution contains from 2 mg/mL to 4 mg/mL of said analog, said solvent comprising a mixture of equal parts by volume of dehydrated ethanol and a suitable nonionic surfactant, said analog being represented by formula II: to effect solution of said lyophilized epothilone analog and diluting the resultant solution with a quantity of a suitable parenteral diluent such that the concentration of said anolog therein will be from 0.1 mg/mL to 0.9 mg/mL.
A liquid atomizer, comprising: a housing fitted with an inlet connectable to a liquid supply line and a cavity being in flow communication with the inlet, said cavity having a longitudinal axis; the housing, comprising at least one atomized liquid emitting opening for emitting atomized liquid; and at least one vortex generating member formed with a vortex generating path (34, 35) being in flow communication with the cavity and extending opposite a respective one of said at least one atomized liquid emitting opening of the housing; said at least one vortex generating member having an inside surface facing said cavity and an opposite, outside surface facing away from said cavity, characterised in that the inside surface of the vortex generating member is associated with the vortex generating path and the outside surface comprising at least one outlet nozzle is in fluid flow communication with said vortex generating path via an inside surface/outside surface opening extending between said inside surface and said outside surface, said vortex generating path is configured for generating a liquid vortex directed towards said inside surface/outside surface opening to be emitted from said outlet nozzle generally along the transverse direction. a housing fitted with an inlet connectable to a liquid supply line and a cavity being in flow communication with the inlet, said cavity having a longitudinal axis; the housing, comprising at least one atomized liquid emitting opening for emitting atomized liquid; and at least one vortex generating member formed with a vortex generating path (34, 35) being in flow communication with the cavity and extending opposite a respective one of said at least one atomized liquid emitting opening of the housing; said at least one vortex generating member having an inside surface facing said cavity and an opposite, outside surface facing away from said cavity, characterised in that the inside surface of the vortex generating member is associated with the vortex generating path and the outside surface comprising at least one outlet nozzle is in fluid flow communication with said vortex generating path via an inside surface/outside surface opening extending between said inside surface and said outside surface, said vortex generating path is configured for generating a liquid vortex directed towards said inside surface/outside surface opening to be emitted from said outlet nozzle generally along the transverse direction.
Electronic and/or electrical connecting arrangement with a first contacting element comprising a first conductor, a second contacting element comprising a second conductor, and a connecting element for establishing a contact between the first conductor and the second conductor, which for this purpose comprises a housing with a first housing part and a second housing part, which can be assembled along a first installation axis and can be brought into a connection position in which they form a common first connection contour which can be connected to the first contacting element, and a second connection contour which can be connected to the second contacting element, wherein, for this purpose, a connecting conductor is accommodated in the housing of the connection element, and comprises first contacting means at the first connection contour, which can be brought into electronic and/or electrical contact with the first conductor, wherein the electronic and/or electrical contacts lie in a first contact plane, and comprises second contact means at the second connection contour, which can be brought into electronic and/or electrical contact with the second conductor, wherein the electronic and/or electrical contacts lie in a contact plane which is different from the first contact plane. wherein the first housing part comprises first mechanical connection means and the second housing part comprises second mechanical connection means, which in each case face towards a contact side (S1, S2), and the two contact sides (S1, S2) can be assembled along the first installation axis to form jointly the housing of the connection element, characterised in that the mechanical connection means can be simultaneously connected to a connection counter-contour of one the contacting elements (4; 6), lying between the housing parts (28, 30), and the contact means (24, 26) comprise, at least at one of the housing parts (28, 30), a contact surface which is free in the direction of the contact side (S1, S2), which, at the establishment of the connection position, can automatically be brought into electronic and/or electrical contact, along the first installation axis, with a contact section lying freely at the connection contour.