mhurhangee/ep-ind-claims huggingface dataset:
An automobile body frame, comprising: a battery pack; and a detachable battery pack mounting beam, with one side face thereof being arranged on a floor of the automobile body frame, and the other side face thereof being fitted with the battery pack, characterized in that, one end of the detachable battery pack mounting beam is inserted into a connecting member which is arranged between a side door sill beam and a front longitudinal beam of the automobile body frame, the detachable battery pack mounting beam and the side door sill beam are arranged in a longitudinal direction and are integrally connected together via a transverse support, to form a transmission path of a side collision of the automobile body. a battery pack; and a detachable battery pack mounting beam, with one side face thereof being arranged on a floor of the automobile body frame, and the other side face thereof being fitted with the battery pack, characterized in that, one end of the detachable battery pack mounting beam is inserted into a connecting member which is arranged between a side door sill beam and a front longitudinal beam of the automobile body frame, the detachable battery pack mounting beam and the side door sill beam are arranged in a longitudinal direction and are integrally connected together via a transverse support, to form a transmission path of a side collision of the automobile body.
An assembly comprising a hob which, when in use, is located at a determined elevation, and a hideaway hood receivable within a space provided below said use elevation, characterized in that the hob is hinged to the hood such that, when not in use, the hob can be tilted against the hood when this latter is in its use position, said receiving space being dimensioned to receive the assembly when the hob is in its non-use position.
Method for determining plasma characteristics, comprising the steps of: - arranging a measurement probe having a self-inductance in proximity to a plasma to establish inductive coupling between the plasma and the measurement probe; - determining a mutual inductance (M probe/plasma) between the measurement probe and the plasma; - depending on the mutual inductance (M probe/plasma), estimating a quantity representing the plasma complex conductivity (σ); and - deriving at least one plasma parameter from the quantity representing the plasma conductivity (σ). - arranging a measurement probe having a self-inductance in proximity to a plasma to establish inductive coupling between the plasma and the measurement probe; - determining a mutual inductance (M probe/plasma) between the measurement probe and the plasma; - depending on the mutual inductance (M probe/plasma), estimating a quantity representing the plasma complex conductivity (σ); and - deriving at least one plasma parameter from the quantity representing the plasma conductivity (σ).
Air spring, in particular for road vehicles and/or for rail vehicles, at least having at least one first contact element and at least one second contact element which are configured so as to be able to contact one another, characterized in that at least one first transponder is embedded in the first contact element, said first transponder being spaced apart from that surface of the first contact element that faces the second contact element by a first predetermined dimension, or vice versa, wherein the transponder by means of a scanning apparatus is configured so as to be able to be excited so as to emit a signal which is able to be detected by a scanning apparatus. at least one first contact element and at least one second contact element which are configured so as to be able to contact one another, characterized in that at least one first transponder is embedded in the first contact element, said first transponder being spaced apart from that surface of the first contact element that faces the second contact element by a first predetermined dimension, or vice versa, wherein the transponder by means of a scanning apparatus is configured so as to be able to be excited so as to emit a signal which is able to be detected by a scanning apparatus.
Method for determining the end-of-travel positions of a diaphragm in a diaphragm valve comprising actuator: • initiating displacement of the diaphragm into a first end-of-travel position; • ascertaining the first end-of-travel position of the diaphragm, wherein said first end-of-travel position is ascertained by monitoring an actuating current value, wherein the first end-of-travel position is reached when a predefined current value is reached; • saving the first end-of-travel position; • moving autonomously, preferably in the opposite direction, towards a second end-of-travel position of the diaphragm; • ascertaining the second end-of-travel position of the diaphragm, wherein said second end-of-travel position is ascertained by means of a predefined travel length (a) of the diaphragm from the first end-of-travel position; • saving the second end-of-travel position; • preferably detecting the actuating current value at the second end-of-travel position in order to verify and ensure the reached second end-of-travel position. • initiating displacement of the diaphragm into a first end-of-travel position; • ascertaining the first end-of-travel position of the diaphragm, wherein said first end-of-travel position is ascertained by monitoring an actuating current value, wherein the first end-of-travel position is reached when a predefined current value is reached; • saving the first end-of-travel position; • moving autonomously, preferably in the opposite direction, towards a second end-of-travel position of the diaphragm; • ascertaining the second end-of-travel position of the diaphragm, wherein said second end-of-travel position is ascertained by means of a predefined travel length (a) of the diaphragm from the first end-of-travel position; • saving the second end-of-travel position; • preferably detecting the actuating current value at the second end-of-travel position in order to verify and ensure the reached second end-of-travel position.
A method for inducing neural differentiation of stem cells selected from the group consisting of human embryonic stem cells (hESCs) and human induced pluripotent stem cells (hiPSCs), comprising the steps of: (a) inhibiting BMP (bone morphogenetic protein) and Activin/Nodal signaling pathway in the stem cells using dorsomorphin and 4-(5-benzo[1,3]dioxol-5-yl-4-pyridin-2-yl-1H-imidazol-2-yl)benzamide; and (b) culturing the stem cells. (a) inhibiting BMP (bone morphogenetic protein) and Activin/Nodal signaling pathway in the stem cells using dorsomorphin and 4-(5-benzo[1,3]dioxol-5-yl-4-pyridin-2-yl-1H-imidazol-2-yl)benzamide; and (b) culturing the stem cells.
A handle assembly (20, 220, 520, 820) for a hair removal device, comprising a handle (40, 240), including a connection portion (42, 242) for supporting a hair removal head and an elongated grip portion (50, 250) extending therefrom, at least a first accessory component (100A, 300A, 600A, 900A), said first accessory component being disassemblable from the grip portion (50; 250), and a holding mechanism, a first portion (170A, 180A, 480A, 780A, 1080A) of the holding mechanism being engageable with a second portion (70A, 180B, 480B, 780B, 1080B) of the holding mechanism to resist disassembly of the first accessory component from the grip portion (50; 250), characterized in that the holding mechanism includes a first magnetic element (10, 11A, 11B), comprising a first magnet, and a second magnetic element (12A, 12B, 22A, 22B) that is positioned relative to the first magnetic element when the holding mechanism is engaged so that the first and second magnetic elements cooperatively resist disassembly of the first accessory component from the grip portion (50; 250).
Ballistic protection arrangement for vehicles, in particular for chassis of rail vehicles having at least one first wheelset which has a first wheel, a second wheel and a wheelset shaft, wherein a shell which comprises at least one first material layer which has a first fibre material is arrangeable round the wheelset shaft, wherein the shell has a second material layer, characterised in that the first material layer is pressed together with the second material layer.
A cooling system for regulating temperature of a surface of a metallurgical furnace, the cooling system comprising: an inner plate having an external surface and an internal surface and spacing an internal wall from an external wall of the surface of the furnace to be cooled; a plurality of nozzles fluidly connected to a coolant supply pipe to, at least a first nozzle of the plurality of nozzles having an orientation to spray coolant against the external surface of the inner plate; a drain manifold positioned to receive through one or more openings (142, 144) within an internal wall of the drain manifold, the one or more openings (142, 144) formed integrally with the external wall of the roof of the metallurgical furnace_sprayed coolant from the external surface of the inner plate; and at least a second nozzle (138a,138b) of the plurality of nozzles having an orientation configured to spray coolant directly into the drain manifold. an inner plate having an external surface and an internal surface and spacing an internal wall from an external wall of the surface of the furnace to be cooled; a plurality of nozzles fluidly connected to a coolant supply pipe to, at least a first nozzle of the plurality of nozzles having an orientation to spray coolant against the external surface of the inner plate; a drain manifold positioned to receive through one or more openings (142, 144) within an internal wall of the drain manifold, the one or more openings (142, 144) formed integrally with the external wall of the roof of the metallurgical furnace_sprayed coolant from the external surface of the inner plate; and at least a second nozzle (138a,138b) of the plurality of nozzles having an orientation configured to spray coolant directly into the drain manifold.
An agricultural header for an agricultural harvester, the agricultural header comprising: a header frame; an end row divider (111, 111A, 111B) coupled with the header frame; an auger mounted to the end row divider (111, 111A, 111B) and configured for moving a crop material rearwardly, the auger including a centerline; and an auger stripper coupled with the end row divider (111, 111A, 111B), wherein the auger stripper is configured for stripping the crop material from the auger, characterized in that the auger stripper is angularly disposed relative to the centerline. a header frame; an end row divider (111, 111A, 111B) coupled with the header frame; an auger mounted to the end row divider (111, 111A, 111B) and configured for moving a crop material rearwardly, the auger including a centerline; and an auger stripper coupled with the end row divider (111, 111A, 111B), wherein the auger stripper is configured for stripping the crop material from the auger, characterized in that the auger stripper is angularly disposed relative to the centerline.
A self-actuating floodwater barrier unit for installation along a shoreline adjacent a place for a body of water, between a pair of walls transverse to the shoreline, comprising: a. a panel assembly comprising a flexible and resiliently elastically deformable panel and a plurality of rigid attachment members (25, 37) connected to said panel, said panel comprising one or more watertight chambers of size and arrangement to give the panel assembly water buoyancy; b. pivotation members (32, 34) comprising a stationary member for anchorage adjacent the shoreline and a moveable member connected to a said rigid attachment member on a lower portion of said panel assembly, the moveable member being moveably joined to said stationary member and pivotally rotatable upward from a normally horizontal disposition of the panel about an axis longitudinal with said shoreline under the influence of water buoyancy and hydrostatic pressure from a rise of said body of water; and c. a flexible tension member connected at one end to an anchorage lower than said panel assembly when the panel assembly is horizontally disposed and at the other end connected to a said rigid attachment member at a position on said panel assembly effective to limit upward rotation of the panel assembly to a predetermined extent. a. a panel assembly comprising a flexible and resiliently elastically deformable panel and a plurality of rigid attachment members (25, 37) connected to said panel, said panel comprising one or more watertight chambers of size and arrangement to give the panel assembly water buoyancy; b. pivotation members (32, 34) comprising a stationary member for anchorage adjacent the shoreline and a moveable member connected to a said rigid attachment member on a lower portion of said panel assembly, the moveable member being moveably joined to said stationary member and pivotally rotatable upward from a normally horizontal disposition of the panel about an axis longitudinal with said shoreline under the influence of water buoyancy and hydrostatic pressure from a rise of said body of water; and c. a flexible tension member connected at one end to an anchorage lower than said panel assembly when the panel assembly is horizontally disposed and at the other end connected to a said rigid attachment member at a position on said panel assembly effective to limit upward rotation of the panel assembly to a predetermined extent.
A shaft seal, comprising: a mounting portion (12, 112, 512) configured to be connected to a stationary housing; a seal lip (20, 120, 520) having a backing surface (42, 542) and an opposite annular sealing surface extending between an oil side end and an air side end, said sealing surface being configured to extend axially along a running surface of a rotating shaft; an annular hinge region extending radially outwardly from said oil side of said seal lip (20, 120, 520) in reverse folded orientation over said seal lip (20, 120, 520) with an annular pocket being formed between one side of said hinge region facing said seal lip (20, 120, 520) and said backing surface (42, 542) of said seal lip (20, 120, 520) and an annular recess being formed between another side of said hinge region facing said mounting portion (12, 112, 512) and said mounting portion (12, 112, 512); and a plurality of reinforcing webs extending through said recess between said hinge region and said mounting portion (12, 112, 512) characterized in that said mounting portion (12, 112, 512) has an outer diameter sized for an interference fit in a bore of the stationary housing, said outer diameter having a plurality of circumferentially extending ribs spaced from one another by an annular channel, said ribs being sized for partial compression and said annular channel remaining between said ribs upon being press fit into the bore. a mounting portion (12, 112, 512) configured to be connected to a stationary housing; a seal lip (20, 120, 520) having a backing surface (42, 542) and an opposite annular sealing surface extending between an oil side end and an air side end, said sealing surface being configured to extend axially along a running surface of a rotating shaft; an annular hinge region extending radially outwardly from said oil side of said seal lip (20, 120, 520) in reverse folded orientation over said seal lip (20, 120, 520) with an annular pocket being formed between one side of said hinge region facing said seal lip (20, 120, 520) and said backing surface (42, 542) of said seal lip (20, 120, 520) and an annular recess being formed between another side of said hinge region facing said mounting portion (12, 112, 512) and said mounting portion (12, 112, 512); and a plurality of reinforcing webs extending through said recess between said hinge region and said mounting portion (12, 112, 512)
An apparatus for pivoting an up-and-over pivoting wall, comprising an up-and-over pivoting wall, a pivoting apparatus pivoting the up-and-over pivoting wall, and the adjoining building parts, wherein the up-and-over pivoting wall, in a closing position, seals a building such as a garage or a part of a building such as a gable or a swimming pool roof, preferably at the front side, and the up-and-over pivoting wall is associated with a drive apparatus or an energy-storage unit for pivoting the up-and-over pivoting wall in such a way that the up-and-over pivoting wall can be pivoted from the closing position to a position in such a way that the up-and-over pivoting wall can be moved by means of the drive apparatus or the energy-storage unit under pivoting of the up-and-over pivoting wall into a rail guide arranged on both sides in the upper region of the building or the building part, characterized in that one Bowden cable each is arranged on both sides of the up-and-over pivoting wall, whose one cable end is respectively connected to the up-and-over pivoting wall and whose other cable end is respectively connected to the energy-storage unit or the drive apparatus, and the Bowden cable is connected via a fitting on both sides to the end of the up-and-over pivoting wall which is respectively at the bottom in the closing position, wherein a respective fitting with a swivel pin protruding in the centre in the direction of the up-and-over pivoting wall is provided in the up-and-over pivoting wall on both sides in an upper pivoting region of the up-and-over pivoting wall, which swivel pin, at least during the pull of the drive apparatus or the energy-storage unit, comes into engagement with the Bowden cable on which a force is thus applied in such a way that pivoting of the up-and-over pivoting wall is thus produced or initiated.
A method for transmitting a discovery message by a transmitter in a device-to-device, D2D, communication system, the method comprising: identifying coordinated universal time, UTC, information associated with a discovery slot; generating the discovery message including security information calculated based on the identified UTC information; and transmitting the discovery message. identifying coordinated universal time, UTC, information associated with a discovery slot; generating the discovery message including security information calculated based on the identified UTC information; and transmitting the discovery message.
An adapter (12, 112) comprising: an inlet port (14, 114) defining a flow path; an outlet port (16, 116); an interior wall (22,122) having an inner surface (24, 124) defining an interior passageway (26, 126) communicating with said outlet port (16, 116) and an exterior surface (28, 128) defining an exterior passageway (32, 132) communicating with said inlet port (14, 114), and wherein said interior wall (22, 122) defines a mouth (36,136) communicating between said interior and said exterior passageways, wherein said interior wall (22, 122) is positioned substantially transverse to at least a portion of said flow path of said inlet port (14, 114); and wherein said exterior passageway (32, 132) is in fluid communication with said outlet port (16, 116) through said interior passageway (26, 126); a medicament delivery port (40, 140) opening into at least one of said exterior passageway (32, 132) and said interior passageway (26, 126); and a valve moveable between a closed position wherein said valve closes said medicament delivery port (40, 140) and an open position wherein said medicament delivery port is open. an inlet port (14, 114) defining a flow path; an outlet port (16, 116); an interior wall (22,122) having an inner surface (24, 124) defining an interior passageway (26, 126) communicating with said outlet port (16, 116) and an exterior surface (28, 128) defining an exterior passageway (32, 132) communicating with said inlet port (14, 114), and wherein said interior wall (22, 122) defines a mouth (36,136) communicating between said interior and said exterior passageways, wherein said interior wall (22, 122) is positioned substantially transverse to at least a portion of said flow path of said inlet port (14, 114); and wherein said exterior passageway (32, 132) is in fluid communication with said outlet port (16, 116) through said interior passageway (26, 126); a medicament delivery port (40, 140) opening into at least one of said exterior passageway (32, 132) and said interior passageway (26, 126); and a valve moveable between a closed position wherein said valve closes said medicament delivery port (40, 140) and an open position wherein said medicament delivery port is open.
An aqueous suspension of silicate shell microcapsules having a volume fraction of microcapsules of at least 30 % and is gel free at 50°C for at least one month; wherein said aqueous suspension further comprises a colloidal silicate sequestering agent.
A mounting for an operating and/or display unit on a vehicle having a handlebar comprising a handlebar tube, such as a bicycle, a pedelec, an e-bike, a motorcycle or the like, comprising a fastening for fixing to the handlebar and comprising a receptacle for the operating and/or display unit, wherein the mounting for the operating and/or display unit comprises two elements (10/11, 10'/11'), each consisting of a fastening in the form of a clamp (10, 10') and a receptacle in the form of a carrier (11, 11'), wherein the two fastenings are each formed as a clamp (10, 10') attachable to the handlebar in a manner surrounding the handlebar tube, and wherein the two receptacles for the operating and/or display unit are each formed as a carrier (11, 11') protruding from the respective clamp (10, 10') in a cantilevered manner, and wherein the two carriers (11, 11') each have a strut angled obliquely with respect to the vertical of the respective clamp (10, 10'), and an adjoining, approximately horizontally oriented rod element as a support for the operating and/or display unit, such that the operating and/or display unit can be placed on the two rod elements of two spaced-apart carriers (11, 11').
An induction cooker comprising: an induction coil, which is arranged to receive a varying electric current and produce a corresponding varying electromagnetic field; a supporting structure, which is arranged to support a ferromagnetic object above the induction coil, the ferromagnetic object being placed in the corresponding varying electromagnetic field to be magnetically coupled to the induction coil (1 10), thereby determining a mutual inductance between the induction coil and the ferromagnetic object; characterised by a ferromagnetic element and a non-ferromagnetic element, which are arranged to be located between the supporting structure and the induction coil, wherein: the ferromagnetic element and/or the non-ferromagnetic element are arranged to selectively move in the corresponding varying electromagnetic field based on the mutual inductance between the induction coil and the ferromagnetic object. an induction coil, which is arranged to receive a varying electric current and produce a corresponding varying electromagnetic field; a supporting structure, which is arranged to support a ferromagnetic object above the induction coil, the ferromagnetic object being placed in the corresponding varying electromagnetic field to be magnetically coupled to the induction coil (1 10), thereby determining a mutual inductance between the induction coil and the ferromagnetic object; characterised by a ferromagnetic element and a non-ferromagnetic element, which are arranged to be located between the supporting structure and the induction coil, wherein: the ferromagnetic element and/or the non-ferromagnetic element are arranged to selectively move in the corresponding varying electromagnetic field based on the mutual inductance between the induction coil and the ferromagnetic object.