mhurhangee/ep-ind-claims huggingface dataset:
A pressed crease-forming member (10, 30) comprising a strip-shaped base plate (11, 31, 49) made from metal and having a wall thickness of 7.0 mm or less, the strip-shaped base plate (11, 31, 49) including a crease-forming portion (12, 32, 46) at one end of the strip-shaped base plate (11, 31, 49), the crease-forming portion (12, 32, 46) being capable of forming a crease in a sheet along which the sheet can be bent, by pressing the crease-forming portion (12, 32, 46) into the sheet, wherein the crease-forming portion (12, 32, 46) has a surface on which are formed five or a larger-than-five odd number of ribs extending in a longitudinal direction of the crease-forming portion (12, 32, 46), the ribs comprising a center rib located at a widthwise center of the crease-forming portion (12, 32, 46), and the remaining even number of ribs, each half of the remaining even number of ribs being arranged on each side of the center rib, the ribs have tops, of which at least the top of the center rib is chamfered, each of the ribs is formed into a protruding shape by two side surfaces extending toward the top, grooves are formed between the adjacent ribs, the side surfaces of the respective ribs extend from the respective tops of the ribs and are connected to opposed pairs of side surfaces of the grooves, the tops of the ribs are arranged such that with the crease-forming portion (12, 32, 46) facing downward, the top of the center rib is located at a lowest level of all the tops of the ribs, the tops of the odd number of ribs are formed, as a whole, into a convex shape, and each of the grooves has a bottom and is recessed such that the bottom is located higher than the tops of the ribs on both sides of the groove, and recesses in the form of the grooves and protrusions in the form of the ribs other than the center rib are continuously formed on both sides of a protrusion in the form of the center rib.
Hair care cosmetic aqueous composition comprising an organopolysiloxane in which an organopolysiloxane segment constituting the backbone has a substituent group represented by the following formula and a substituent group represented by the following formula connected to separate silicon atoms: -X-NH-Z wherein X is a divalent C 1-10 hydrocarbon group, and Z is an organic group represented by the following formula; wherein R a is divalent C 2-12 hydrocarbon group; -X-NH 2 wherein X is a divalent C 1-10 hydrocarbon group.
A system for controlling fluid flow in a catheter assembly, comprising: an intravenous catheter assembly having a catheter adapter comprising an inner lumen; a septum and a septum actuator, wherein the septum and the septum actuator are disposed within a portion of the inner lumen, wherein the septum actuator comprises a base having a fluid pathway and extension arms extending outwardly from the base, the septum being deformable from a relaxed position to a stressed position, characterized in that the extension arms are coupled to the septum, the septum comprises a plurality of microvents that are closed when the septum is in the relaxed position, and wherein the plurality of microvents are open when the septum is in the stressed position, and the base is ring shaped. an intravenous catheter assembly having a catheter adapter comprising an inner lumen; a septum and a septum actuator, wherein the septum and the septum actuator are disposed within a portion of the inner lumen, wherein the septum actuator comprises a base having a fluid pathway and extension arms extending outwardly from the base, the septum being deformable from a relaxed position to a stressed position, characterized in that the extension arms are coupled to the septum, the septum comprises a plurality of microvents that are closed when the septum is in the relaxed position, and wherein the plurality of microvents are open when the septum is in the stressed position, and the base is ring shaped.
Valve assembly of a radial piston hydraulic apparatus, said apparatus comprising a cylinder block insertable onto a shaft by translation, said assembly comprising: - a valve, in contact with said cylinder block, - a valve train cover, - a first and a second chamber that are respectively defined by a first (511, 521) and a second (512, 522) volume that are located at the interface between said valve and said valve train cover, and intended for the pressurised fluids that enable the mechanical-pressure conversion, said assembly being characterised in that it comprises an additional section defined by a third volume (541, 542) located at the interface between said valve and said valve train cover, said section being intended to receive a pressurised fluid in order to enable the insertion of the cylinder block onto the shaft. - a valve, in contact with said cylinder block, - a valve train cover, - a first and a second chamber that are respectively defined by a first (511, 521) and a second (512, 522) volume that are located at the interface between said valve and said valve train cover, and intended for the pressurised fluids that enable the mechanical-pressure conversion,
A biomorphic hydroxyapatite scaffold obtained from a wood having a total porosity of at least 20%, preferably at least 40%, more preferably between 60% and 95%, said porosity being measured after subjecting the wood to a step of pyrolysis, said scaffold having a length, measured along a direction in which a dimension of the scaffold is maximum, greater than or equal to 2 cm.
An information processing device comprising: a determination unit arranged to determine a user interface for controlling a control target device in accordance with a communication scheme between the control target device and the information processing device for controlling the control target device; and a notification control unit arranged to control a notification to a user of the user interface that is determined by the determination unit, the information processing device being characterized in that the communication scheme includes a communication scheme specified on a basis of reception of first control information for controlling the control target device that is transmitted from a control device, the specified communication scheme including a first communication scheme used for the reception of the first control information, and the determination unit arranged to determine a first user interface that is compatible with the first communication scheme. a determination unit arranged to determine a user interface for controlling a control target device in accordance with a communication scheme between the control target device and the information processing device for controlling the control target device; and a notification control unit arranged to control a notification to a user of the user interface that is determined by the determination unit, the information processing device being characterized in that the communication scheme includes a communication scheme specified on a basis of reception of first control information for controlling the control target device that is transmitted from a control device, the specified communication scheme including a first communication scheme used for the reception of the first control information, and the determination unit arranged to determine a first user interface that is compatible with the first communication scheme.
A backrest device in a chair, comprising a flexible back plate in a back frame in which right and left lower ends are supported by a backrest support rod, the back plate having a number of openings vertically and horizontally therein, characterized in that a thickness (t h) of a horizontal portion (21 b) between the vertically adjacent openings (27,27) of the number of openings is smaller than a thickness (t v) of a vertical portion between the horizontally adjacent openings (27,27) of the number of openings.
Stereoscopic viewing aid for viewing images received from a stereoscopic imaging system, the imaging system comprising two channels providing images having two different sets of wavelength ranges (1501, 1502), the viewing aid comprising two filtering means, the first transmitting light within the first set of wavelengths and the second transmitting light within the second set of wavelengths, characterised in that each of said filtering means being constituted by a multi-order diffractive lens having a selected focal length only in the corresponding set of wavelengths while scattering or diffusing light outside said set of wavelength range..
Node structure for a vehicle body, having at least two hollow profile components (120, 130, 140, 150) and one connecting node, which connects the hollow profile components (120, 130, 140, 150) at node-side profile ends (121, 131, 151), characterised in that at least two of the hollow profile components (120, 130; 120, 150) are connected by means of at least one arrester cable running in the interior and extending through the connecting node.
Asynchronous machine comprising: a rotor, a stator that surrounds the rotor, wherein the stator has a stator outer diameter D1a and comprises an outer-lying stator yoke having a stator yoke height hy1, multiple stator teeth that project radially inwards from the stator yoke, said stator teeth having a stator tooth height hz1 and a mean stator tooth width bmz1, and also multiple stator coil elements that are in each case arranged between adjacent stator teeth in stator grooves, wherein the rotor has a rotor outer diameter D2a and an inner-lying rotor yoke having a rotor yoke height hy2, multiple rotor teeth that project radially outwards from the rotor yoke, said rotor teeth having a rotor tooth height hz2 and a mean rotor tooth width bmz2, and also multiple rotor coil elements that are arranged in each case between adjacent rotor teeth in rotor grooves, wherein the asynchronous machine comprises a pole pair number p of p=3, characterized in that a ratio of rotor outer diameter D2a with respect to stator outer diameter D1a lies between 0.7 and 0.9, and a ratio of stator tooth height hz1 with respect to rotor tooth height hz2 lies between 0.3 and 0.6. a rotor, a stator that surrounds the rotor, wherein the stator has a stator outer diameter D1a and comprises an outer-lying stator yoke having a stator yoke height hy1, multiple stator teeth that project radially inwards from the stator yoke, said stator teeth having a stator tooth height hz1 and a mean stator tooth width bmz1, and also multiple stator coil elements that are in each case arranged between adjacent stator teeth in stator grooves, wherein the rotor has a rotor outer diameter D2a and an inner-lying rotor yoke having a rotor yoke height hy2, multiple rotor teeth that project radially outwards from the rotor yoke, said rotor teeth having a rotor tooth height hz2 and a mean rotor tooth width bmz2, and also multiple rotor coil elements that are arranged in each case between adjacent rotor teeth in rotor grooves, wherein the asynchronous machine comprises a pole pair number p of p=3, characterized in that a ratio of rotor outer diameter D2a with respect to stator outer diameter D1a lies between 0.7 and 0.9, and a ratio of stator tooth height hz1 with respect to rotor tooth height hz2 lies between 0.3 and 0.6.
Container, in particular for a protective device for an electronic appliance, the container being provided with a reservoir for a product, in particular cosmetic, the container comprising two parts, a first coupling part provided with means for coupling the container to an object separate from the container, in particular to an element of the protective device, and a second holding part, characterised in that the second holding part defines at least partially the volume of said reservoir, the coupling part and the holding part being configured to be able to be assembled to one another so as to form said reservoir.
A process for the preparation of a confectionery composition comprising providing a first sheet of edible film having a plurality of first recesses therein and a second sheet of edible film; supplying a liquid filling to the first recesses; and contacting the first sheet with the second sheet, whereby sealed capsules containing the liquid filling are formed, wherein molten chocolate is applied to the first recesses before the liquid filling is supplied to the first recesses.
A lead component mounting machine comprising: a component insertion device which is configured to hold two lead wires (La, Lb) which are included in a lead component, and to insert the two lead wires (La, Lb) into two corresponding through-holes (Qa, Qb) which are formed in a circuit board from one side of the circuit board; and a cut-and-clinch device which is configured to cut and bend protruding portions, which are portions protruding from another side of the circuit board, of the two lead wires (La, Lb) which are inserted into the two corresponding through-holes (Qa, Qb), wherein the component insertion device includes at least a pair of pawl portions (74a, 74b, 112a, 112b) which are configured to pinch and hold each of the two lead wires (La, Lb) from both sides, and the pawl portions (74a, 74b) are substantially L-shaped, and include base end sections (80a, 80b) which extend in the vertical direction, and holding sections (82a, 82b) which extend out from the base end section (80a, 80b) in a substantially horizontal direction; wherein the cut-and-clinch device is configured to cut and bend the protruding portions of the two lead wires (La, Lb) from the other side of the circuit board in a state in which the two lead wires (La, Lb) are held by at least the pair of pawl portions (74a, 74b, 112a, 112b). a component insertion device which is configured to hold two lead wires (La, Lb) which are included in a lead component, and to insert the two lead wires (La, Lb) into two corresponding through-holes (Qa, Qb) which are formed in a circuit board from one side of the circuit board; and a cut-and-clinch device which is configured to cut and bend protruding portions, which are portions protruding from another side of the circuit board, of the two lead wires (La, Lb) which are inserted into the two corresponding through-holes (Qa, Qb), wherein the component insertion device includes at least a pair of pawl portions (74a, 74b, 112a, 112b) which are configured to pinch and hold each of the two lead wires (La, Lb) from both sides, and the pawl portions (74a, 74b) are substantially L-shaped, and include base end sections (80a, 80b) which extend in the vertical direction, and holding sections (82a, 82b) which extend out from the base end section (80a, 80b) in a substantially horizontal direction; wherein the cut-and-clinch device is configured to cut and bend the protruding portions of the two lead wires (La, Lb) from the other side of the circuit board in a state in which the two lead wires (La, Lb) are held by at least the pair of pawl portions (74a, 74b, 112a, 112b).
A method for supporting the preservation of the insect population which comprises the following steps: - ascertaining the lethal effect of a product unit on a first insect population, - determining a difference in insect population as a result of the effect of a certain quantity of product units on said first insect population, - ascertaining a second insect population, the actual insect population on a predetermined area (2, 3), - determining a target insect population on the predetermined area (2, 3) which is the sum of the actual insect population on the predetermined area (2, 3) and the difference in insect population either increased or decreased by a factor, and - creating a basis of life for the target insect population on the predetermined area (2, 3) by adapting the biological nature of the predetermined area (2, 3), characterized in that the quality value, i.e. the biological nature of the predetermined area (2, 3), is increased by means of introducing biostructures (4, 5, 6, 7, 8, 9, 10, 11, 12) into the area (2, 3), wherein the biostructures introduced into the area (2, 3) are selected from among a group comprising mounds, cairns (5, 9), clumps of branches, dry stone walls, gabions, small bodies of water, plantings (4, 8, 10, 11) such as in particular trees and shrubs, façade vegetation, insect hotels and stream openings. - ascertaining the lethal effect of a product unit on a first insect population, - determining a difference in insect population as a result of the effect of a certain quantity of product units on said first insect population, - ascertaining a second insect population, the actual insect population on a predetermined area (2, 3), - determining a target insect population on the predetermined area (2, 3) which is the sum of the actual insect population on the predetermined area (2, 3) and the difference in insect population either increased or decreased by a factor, and - creating a basis of life for the target insect population on the predetermined area (2, 3) by adapting the biological nature of the predetermined area (2, 3), characterized in that the quality value, i.e. the biological nature of the predetermined area (2, 3), is increased by means of introducing biostructures (4, 5, 6, 7, 8, 9, 10, 11, 12) into the area (2, 3), wherein the biostructures introduced into the area (2, 3) are selected from among a group comprising mounds, cairns (5, 9), clumps of branches, dry stone walls, gabions, small bodies of water, plantings (4, 8, 10, 11) such as in particular trees and shrubs, façade vegetation, insect hotels and stream openings.
A device including a near-field electromagnetic induction, NFEMI, antenna, comprising: a first substrate; a first inductive coil coupled to one side of the first substrate, the first inductive coil having a first end coupled to a first feeding connection and a second end coupled to a second feeding connection; a second inductive coil coupled to the one side of the first substrate, the second inductive coil having a first end coupled to the second end of the first inductive coil and a second end, wherein the second inductive coil is formed into a first planar surface; and a third inductive coil coupled to a side opposite to the one side of the first substrate and formed into a second planar surface; wherein the first surface including the second inductive coil and the second surface including the third inductive coil are configured to form a first capacitance; wherein the third inductive coil includes a first end galvanically coupled to the second end of the second inductive coil; wherein the first inductive coil is configured to receive or transmit non-propagating quasi-static near-field magnetic induction signals; and wherein the second and third inductive coils are configured to receive or transmit non-propagating quasi-static near-field electric induction signals. a first substrate; a first inductive coil coupled to one side of the first substrate, the first inductive coil having a first end coupled to a first feeding connection and a second end coupled to a second feeding connection; a second inductive coil coupled to the one side of the first substrate, the second inductive coil having a first end coupled to the second end of the first inductive coil and a second end, wherein the second inductive coil is formed into a first planar surface; and a third inductive coil coupled to a side opposite to the one side of the first substrate and formed into a second planar surface; wherein the first surface including the second inductive coil and the second surface including the third inductive coil are configured to form a first capacitance; wherein the third inductive coil includes a first end galvanically coupled to the second end of the second inductive coil; wherein the first inductive coil is configured to receive or transmit non-propagating quasi-static near-field magnetic induction signals; and wherein the second and third inductive coils are configured to receive or transmit non-propagating quasi-static near-field electric induction signals.
A switch system comprising: a) a housing comprising an opening, b) a circuit board assembly positioned in the housing, c) an electrical switch assembly (5a, 5b, 5c, 5d) connected to the circuit board, d) a user-activatable button (6a, 6b, 6c, 6d) positioned in the opening of the housing and movable between an activating and non-activating position wherein the button (6a, 6b, 6c, 6d) comprises an activation surface capable of contacting the electrical switch assembly (5a, 5b, 5c, 5d), characterized in e) a button travel limit feature (7a, 7b, 7c, 7d), wherein the button travel limit feature (7a, 7b, 7c, 7d) is positioned to inhibit motion of the activation surface of the user-activatable button (6a, 6b, 6c, 6d) towards the electrical switch assembly (5a, 5b, 5c, 5d) after the activation surface contacts the electrical switch assembly (5a, 5b, 5c, 5d), wherein the button travel limit feature (7a, 7b, 7c, 7d) by itself provides sufficient rigidity to limit excessive force from being transferred to the electrical switch assembly (5a, 5b, 5c, 5d). a) a housing comprising an opening, b) a circuit board assembly positioned in the housing, c) an electrical switch assembly (5a, 5b, 5c, 5d) connected to the circuit board, d) a user-activatable button (6a, 6b, 6c, 6d) positioned in the opening of the housing and movable between an activating and non-activating position wherein the button (6a, 6b, 6c, 6d) comprises an activation surface capable of contacting the electrical switch assembly (5a, 5b, 5c, 5d), characterized in e) a button travel limit feature (7a, 7b, 7c, 7d), wherein the button travel limit feature (7a, 7b, 7c, 7d) is positioned to inhibit motion of the activation surface of the user-activatable button (6a, 6b, 6c, 6d) towards the electrical switch assembly (5a, 5b, 5c, 5d) after the activation surface contacts the electrical switch assembly (5a, 5b, 5c, 5d), wherein the button travel limit feature (7a, 7b, 7c, 7d) by itself provides sufficient rigidity to limit excessive force from being transferred to the electrical switch assembly (5a, 5b, 5c, 5d).