mhurhangee/ep-ind-claims huggingface dataset:
A carton having a composite wall comprising a handle (58; 158; 258; 358) that includes a load bearing structure, the load bearing structure configured to support a substantially vertical load and configured to support a substantially horizontal load, wherein a first handle flap (68b; 168b; 268b; 368b) is formed in an outer layer of the composite wall and is hingedly connected thereto along a first hinge connection (60b; 160b; 260b; 360b); wherein a second handle flap (46b; 146b; 246b; 346b) is formed in an inner layer of the composite wall and is hingedly connected thereto along a second hinge connection (48b; 148b; 248b; 348b) that is substantially out of alignment with the first hinge connection wherein the first hinge connection comprises a first pair of arcuate fold lines (60b, 61b; 160b, 161b; 260b, 261b; 360b, 361b) disposed proximate to and positioned oppositely to each other to define a first substantially leaf-shaped or elliptical panel (62b; 162b; 362b) therebetween and/or the second hinge connection comprises a second pair of arcuate fold lines (47b, 48b; 147b, 148b; 347b, 348b) disposed proximate to and positioned oppositely to each other to define a second substantially leaf-shaped or elliptical panel (50b; 150b; 350b) therebetween.
A surface capacitive touch sensor comprising: a substrate having a first surface, a second surface, and four corner regions, said touch sensor being configured for generating signals at the four corner regions and communicating signals indicative of the signals at the respective corner regions to circuitry for determining the location of a surface contact to the touch sensor relative to the corner regions, said substrate having four passageways established through said substrate; a first conductive coating established at said first surface of said substrate; and four conductive elements (320, 322) disposed at said substrate and through a corresponding one of said four passageways, said conductive elements establishing conductive continuity between said first and second surfaces (312a, 312b) of said substrate and allowing for communicating said signals indicative of the signals at the four corner regions through said passageways, wherein said passageways are located at one location of the substrate rather than at said corners. a substrate having a first surface, a second surface, and four corner regions, said touch sensor being configured for generating signals at the four corner regions and communicating signals indicative of the signals at the respective corner regions to circuitry for determining the location of a surface contact to the touch sensor relative to the corner regions, said substrate having four passageways established through said substrate; a first conductive coating established at said first surface of said substrate; and four conductive elements (320, 322) disposed at said substrate and through a corresponding one of said four passageways, said conductive elements establishing conductive continuity between said first and second surfaces (312a, 312b) of said substrate and allowing for communicating said signals indicative of the signals at the four corner regions through said passageways, wherein said passageways are located at one location of the substrate rather than at said corners.
A one-piece exhaust poppet valve comprising an head portion which has a seat portion formed on the outer periphery thereof and is integral with a diametrically tapered neck portion and a linear stem portion of the valve, the poppet valve is characterized in that the grains in a predetermined transitional neck-stem region of the valve requiring high-temperature creep strength are controlled to be coarser than those in other regions by applying thereto a solution heat treatment in which the neck-stem region is heated at a predetermined temperature in the range from 1100 to 1200°C for more than 20 seconds after the region being raised to that temperature while cooling the lower end of the head portion.
A plumbing system for an aircraft galley, comprising: a potable water distribution manifold having quick disconnect couplings for associated GAINS; a compact pressure check valve to control a filling operation and a drain down of circulating potable water; an integrated master distribution manifold coupled to a water filter system (18a, 18b); and a supply conduit system and a drainage conduit system for supplying and draining water, respectively, the plumbing system being characterised by: the potable water distribution manifold includes air bleed devices for facilitating rapid drainage; and a compact air stop valve connected to the drainage conduit system for controlling drainage from the plumbing system. a potable water distribution manifold having quick disconnect couplings for associated GAINS; a compact pressure check valve to control a filling operation and a drain down of circulating potable water; an integrated master distribution manifold coupled to a water filter system (18a, 18b); and a supply conduit system and a drainage conduit system for supplying and draining water, respectively, the plumbing system being characterised by: the potable water distribution manifold includes air bleed devices for facilitating rapid drainage; and a compact air stop valve connected to the drainage conduit system for controlling drainage from the plumbing system. the potable water distribution manifold includes air bleed devices for facilitating rapid drainage; and a compact air stop valve connected to the drainage conduit system for controlling drainage from the plumbing system.
Connecting arrangement for connecting a mower knife drive to a mower knife movable reciprocatingly along a knife axis, comprising: a driving element for connecting the connecting arrangement to a mower knife drive, an output element for connecting the connecting arrangement to the mower knife, and a compensation arrangement, wherein the driving element and the output element are, by means of the compensation arrangement, rotatable around three axes of rotation (X, Y, Z) arranged at a right angle to each other and displaceable along at least two of the named axes of rotation (Y, Z) relative to each other, characterised in that for each axis of rotation (X, Y, Z) of the compensation arrangement a separate bearing (10, 11, 12) is provided, by means of which the driving element and the output element are rotatable relative to each other. a driving element for connecting the connecting arrangement to a mower knife drive, an output element for connecting the connecting arrangement to the mower knife, and a compensation arrangement, wherein the driving element and the output element are, by means of the compensation arrangement, rotatable around three axes of rotation (X, Y, Z) arranged at a right angle to each other and displaceable along at least two of the named axes of rotation (Y, Z) relative to each other, characterised in that for each axis of rotation (X, Y, Z) of the compensation arrangement a separate bearing (10, 11, 12) is provided, by means of which the driving element and the output element are rotatable relative to each other.
Arrangement for handling flat elements, in particular paper elements, the arrangement comprising a guiding structure along which a flat element is guidable and transportable along a transport direction, a hold-down element which is coupled to the guiding structure for holding the flat element down to the guiding structure, wherein the hold-down element comprises a support section on which the flat element is supportable, wherein the support section comprises suction holes through which air is drawn for holding the flat element down on the support section, wherein the hold-down element extends along an extending direction having a component perpendicular to the transport direction, wherein the suction holes are arranged along the extending direction, a suction unit wherein the suction unit comprises a suction opening so as to be coupled to the suction holes of the hold-down element, an air inlet and an air outlet, wherein the suction unit is formed such that air is directed from the air inlet to the air outlet for generating an air flow, wherein the suction opening is formed and arranged such that the air flow passes the suction opening so that the air flow entrains air through the suction opening, characterised in that the suction unit is spaced apart from the hold-down element.
A ball joint for coupling an attachment part to a base part (14, 74) such that the attachment part is tiltable relative the base part (14, 74) and such that the attachment part is rotatable about a longitudinal axis (16, 19) thereof, and being such that, when used in combination with a cable or the like, the cable or the like is arranged through said ball joint, the ball joint comprising: a ball (11, 71) associated with said attachment part and provided with a groove (20, 70) having ends, said ends limiting the rotation around said longitudinal axis of the attachment part; a ball socket (13, 75) formed in the base part (14, 74) and provided with a recess (30, 80); and a coupling element (40, 90); wherein the ball (11, 71) and the coupling element (40, 90) are arranged in the ball socket (13, 75) such that a part of the coupling element (40, 90) is located in the groove (20, 70) and another part of the coupling element (40, 90) is located in the recess (30, 80) whereby movement of the ball (11, 71) is restricted; wherein the recess (30, 80) and the groove (20, 70) are arranged such that the respective part of the coupling element (40, 90) is allowed to move therein; and wherein the recess (30, 80) is larger than the part of the coupling element (40, 90) located therein such that the coupling element (40, 90) is allowed to move freely in the plane of the recess (30, 80), characterized in that the groove (20, 70) extends essentially equatorially one turn around the ball (11, 71), and in that the combined arrangement of the groove (20, 70), the recess (30, 80), and the coupling element (40, 90) allows the ball (11, 71) to move from a first end position to a second end position by a rotational movement of more than 360 degrees. a ball (11, 71) associated with said attachment part and provided with a groove (20, 70) having ends, said ends limiting the rotation around said longitudinal axis of the attachment part; a ball socket (13, 75) formed in the base part (14, 74) and provided with a recess (30, 80); and a coupling element (40, 90); wherein the ball (11, 71) and the coupling element (40, 90) are arranged in the ball socket (13, 75) such that a part of the coupling element (40, 90) is located in the groove (20, 70) and another part of the coupling element (40, 90) is located in the recess (30, 80) whereby movement of the ball (11, 71) is restricted; wherein the recess (30, 80) and the groove (20, 70) are arranged such that the respective part of the coupling element (40, 90) is allowed to move therein; and wherein the recess (30, 80) is larger than the part of the coupling element (40, 90) located therein such that the coupling element (40, 90) is allowed to move freely in the plane of the recess (30, 80), characterized in that the groove (20, 70) extends essentially equatorially one turn around the ball (11, 71), and in that the combined arrangement of the groove (20, 70), the recess (30, 80), and the coupling element (40, 90) allows the ball (11, 71) to move from a first end position to a second end position by a rotational movement of more than 360 degrees.
A copolymer comprising: 1 to 10 mole % of a structural unit of formula I; and 90 to 99 mole % of a structural unit of formula II, wherein R1 is a linear C5-C8 fluoroalkyl group, preferably a C5-C8 perfluroalkyl group, such as -C6F13; R2, R3, R4 and R5 are methyl groups; R6 is a C1 alkylene group; R7 is a linear C3 alkylene group; X is-O-; Y is a sulfite group; m is integer 2; and n is integer 1. R1 is a linear C5-C8 fluoroalkyl group, preferably a C5-C8 perfluroalkyl group, such as -C6F13; R2, R3, R4 and R5 are methyl groups; R6 is a C1 alkylene group; R7 is a linear C3 alkylene group; X is-O-; Y is a sulfite group; m is integer 2; and n is integer 1.
Process for evaluating the capacity of a chemical substance or of a chemical composition for preventing or slowing down the appearance of the signs of aging of human skin or the lips or for eliminating said signs; said process comprising: - a step a) of placing the chemical substance or the chemical composition in contact with "young" human dermal fibroblast cells taken from a culture medium at the R6 passage, - a step b) of placing human senescent dermal fibroblast cells in contact with "young" fibroblast cells obtained from step a), and - a step c) of measuring the entry into senescence of the "young" fibroblast cells and of comparison with a reference value. - a step a) of placing the chemical substance or the chemical composition in contact with "young" human dermal fibroblast cells taken from a culture medium at the R6 passage, - a step b) of placing human senescent dermal fibroblast cells in contact with "young" fibroblast cells obtained from step a), and - a step c) of measuring the entry into senescence of the "young" fibroblast cells and of comparison with a reference value.
An electrode composition comprising: an activated carbon; a hardening polymer binder; a cross-linking agent, and a solvent, wherein the hardening polymer binder is a compound represented by Formula 1: wherein R 1 is a C1 to C10 alkyl, a C6 to C18 aryl, or (-CH 2 CH-) n, n is an integer of 1 to 20,000, R 2 is -OH, -COOH, -SO 3 H, -NH 2, -NH 4, -SO 3, =O, -CO, -COOM where M is an alkali metal; and a total weight of the hardening polymer binder and the cross-liking agent is 5 parts by weight to 50 parts by weight based on 100 parts by weight of the activated carbon. an activated carbon; a hardening polymer binder; a cross-linking agent, and a solvent, wherein the hardening polymer binder is a compound represented by Formula 1: wherein R 1 is a C1 to C10 alkyl, a C6 to C18 aryl, or (-CH 2 CH-) n, n is an integer of 1 to 20,000, R 2 is -OH, -COOH, -SO 3 H, -NH 2, -NH 4, -SO 3, =O, -CO, -COOM where M is an alkali metal; and a total weight of the hardening polymer binder and the cross-liking agent is 5 parts by weight to 50 parts by weight based on 100 parts by weight of the activated carbon.
Control module comprising - at least one capacitive sensor configured to detect a change of capacitance corresponding to a first detection threshold associated with the presence of a finger of a user in a first predefined area corresponding to a control key, - an electrically conductive element situated in a second predefined area which is distinct from the first predefined area and which is in a perimeter corresponding to the size of a finger around the first area, characterized in that the control module also comprises - an additional capacitive sensor coupled to the electrically conductive element, configured to detect the presence of a finger of a user on the electrically conductive element, - means for controlling the detection threshold of the at least one capacitive sensor associated with a control key configured to apply a second detection threshold when a finger of a user is detected on the electrically conductive element by the additional capacitive sensor. - at least one capacitive sensor configured to detect a change of capacitance corresponding to a first detection threshold associated with the presence of a finger of a user in a first predefined area corresponding to a control key, - an electrically conductive element situated in a second predefined area which is distinct from the first predefined area and which is in a perimeter corresponding to the size of a finger around the first area, - an additional capacitive sensor coupled to the electrically conductive element, configured to detect the presence of a finger of a user on the electrically conductive element, - means for controlling the detection threshold of the at least one capacitive sensor associated with a control key configured to apply a second detection threshold when a finger of a user is detected on the electrically conductive element by the additional capacitive sensor.
A hybrid multi-material outerbelt reinforcement assembly (10, 100) for a motor vehicle, with a metal body (37, 102) comprising a first portion (38, 104) and a second portion (40, 106), wherein • the second portion (40, 106) of the metal body (37, 102) is oriented at an angle (α) with respect to the first portion (38, 104) and integrally connected to the first portion (38, 104) defining a junction (A, A1); and further comprising • a polymeric material reinforcing rib (56, 120); and • multiple flanges (62, 134) integrally connected to the reinforcing rib (56, 120), each of the flanges (62, 134) directly connected to both the first portion (38, 104) and the second portion (40, 106) to mitigate against a torsional rotation of the metal body (37, 102) that increases or decreases the angle (α) of the second portion (40, 106) with respect to the first portion (38, 104), characterized in that the polymeric material reinforcing rib (56, 120) has a rib end contacting the metal body (37, 102) at the junction (A, A1) defined between the first portion (38, 104) and the second portion (40, 106) and has a rib body extending away from the junction (A, A1) and spatially separated from each of the first portion (38, 104) and the second portion (40, 106). • the second portion (40, 106) of the metal body (37, 102) is oriented at an angle (α) with respect to the first portion (38, 104) and integrally connected to the first portion (38, 104) defining a junction (A, A1); and further comprising • a polymeric material reinforcing rib (56, 120); and • multiple flanges (62, 134) integrally connected to the reinforcing rib (56, 120), each of the flanges (62, 134) directly connected to both the first portion (38, 104) and the second portion (40, 106) to mitigate against a torsional rotation of the metal body (37, 102) that increases or decreases the angle (α) of the second portion (40, 106) with respect to the first portion (38, 104), characterized in that the polymeric material reinforcing rib (56, 120) has a rib end contacting the metal body (37, 102) at the junction (A, A1) defined between the first portion (38, 104) and the second portion (40, 106) and has a rib body extending away from the junction (A, A1) and spatially separated from each of the first portion (38, 104) and the second portion (40, 106).
A capacitorless memory device comprising: a semiconductor substrate; an insulating layer disposed on the semiconductor substrate; a first layer formed on a portion of the insulating layer, the entire first layer being a storage region; a second layer disposed on the first layer and on the insulating layer, wherein the second layer has a channel region and source and drain regions (160, 170), wherein the channel region is disposed on the first layer and the source and drain regions (160, 170) are arranged on the insulating layer and are connected to both sides of the channel region in a cross-sectional view of the memory device; a gate electrode unit including a gate insulating layer disposed on the channel region, a gate electrode disposed on the gate insulating layer, and spacers disposed on lateral surfaces of at least the gate electrode, wherein there is valence band energy offset between the storage region and the channel region, wherein the first layer is a compressively strained SiGe layer and the second layer (140, 160, 170) is a Si layer, and the first layer is positioned only under the gate electrode and extends between the source and drain regions (160, 170). a semiconductor substrate; an insulating layer disposed on the semiconductor substrate; a first layer formed on a portion of the insulating layer, the entire first layer being a storage region; a second layer disposed on the first layer and on the insulating layer, wherein the second layer has a channel region and source and drain regions (160, 170), wherein the channel region is disposed on the first layer and the source and drain regions (160, 170) are arranged on the insulating layer and are connected to both sides of the channel region in a cross-sectional view of the memory device; a gate electrode unit including a gate insulating layer disposed on the channel region, a gate electrode disposed on the gate insulating layer, and spacers disposed on lateral surfaces of at least the gate electrode, wherein there is valence band energy offset between the storage region and the channel region, wherein the first layer is a compressively strained SiGe layer and the second layer (140, 160, 170) is a Si layer, and the first layer is positioned only under the gate electrode and extends between the source and drain regions (160, 170).
Absorber pipe, in particular for solar collectors in solar thermal power stations having at least one collector mirror, wherein the absorber pipe comprises: - a metal pipe for directing and heating a heat transfer medium, - a cladding tube which surrounds the metal pipe to form an annular space which can be evacuated, and - a reflector which is arranged in the annular space for reflecting radiation, in particular solar radiation, into the metal pipe, characterised in that a getter material is arranged in the annular space for binding free hydrogen which is located in the annular space, and in that the reflector has a housing having a deposition portion for securing and protecting the getter material from the radiation. - a metal pipe for directing and heating a heat transfer medium, - a cladding tube which surrounds the metal pipe to form an annular space which can be evacuated, and - a reflector which is arranged in the annular space for reflecting radiation, in particular solar radiation, into the metal pipe,
A punching station for arranging one or more penetration elements in or through an edge portion of a relief plate precursor or for arranging one or more perforations in an edge portion of a relief plate precursor, said punching station comprising: - a punching means comprising one or more penetration elements or perforating elements, said punching means being configured for arranging the one or more penetration elements or perforating elements through or in an edge portion of the relief plate precursor; - an abutment means (20; 20a, 20b) aligned with the punching means and configured for forming an abutment for the edge of the relief plate precursor; - a detection means (30; 30a, 30b) configured to detect whether the edge portion of the relief plate precursor is correctly positioned against the abutment means; - a signalling means configured to communicate a signal in function of the detection by the detection means, characterised in that the detection takes place at two or more locations along the abutment means. - a punching means comprising one or more penetration elements or perforating elements, said punching means being configured for arranging the one or more penetration elements or perforating elements through or in an edge portion of the relief plate precursor; - an abutment means (20; 20a, 20b) aligned with the punching means and configured for forming an abutment for the edge of the relief plate precursor; - a detection means (30; 30a, 30b) configured to detect whether the edge portion of the relief plate precursor is correctly positioned against the abutment means; - a signalling means configured to communicate a signal in function of the detection by the detection means, characterised in that