mhurhangee/ep-ind-claims huggingface dataset:
A waterproof box comprising: a box main body having a peripheral wall and receiving components inside of the peripheral wall, the components disliking water; a cover having a cover peripheral wall and covering an opening of edges of the peripheral wall of the box main body; a main body side waterproof structure arranged in the edges of the peripheral wall of the box main body; and a cover side waterproof structure arranged in edges of cover peripheral wall of the cover, a main body side matching surface of the main body side waterproof structure, a cover side matching surface of the cover side waterproof structure, and a micro passage generated in a space between the main body side matching surface and the cover side matching surface, wherein the main body side matching surface and the cover side matching surface are opposed each other by overlapping, wherein a wall, which is located outside an overlapped portion and opposed to an outer surface of the peripheral wall at a predetermined space, is provided as either a part of the main body side waterproof structure or a part of the cover side waterproof structure, wherein an inlet (30d, 32d) of the micro passage is arranged so that the wall is positioned in front of the inlet at an interval. a box main body having a peripheral wall and receiving components inside of the peripheral wall, the components disliking water; a cover having a cover peripheral wall and covering an opening of edges of the peripheral wall of the box main body; a main body side waterproof structure arranged in the edges of the peripheral wall of the box main body; and a cover side waterproof structure arranged in edges of cover peripheral wall of the cover, a cover side waterproof structure arranged in edges of cover peripheral wall of the cover, a main body side matching surface of the main body side waterproof structure, a cover side matching surface of the cover side waterproof structure, and a micro passage generated in a space between the main body side matching surface and the cover side matching surface, wherein the main body side matching surface and the cover side matching surface are opposed each other by overlapping, wherein a wall, which is located outside an overlapped portion and opposed to an outer surface of the peripheral wall at a predetermined space, is provided as either a part of the main body side waterproof structure or a part of the cover side waterproof structure, wherein an inlet (30d, 32d) of the micro passage is arranged so that the wall is positioned in front of the inlet at an interval.
A method for assembling an electronic product, the electronic product including a camera; the method comprising: forming a first aperture in a first dark or opaque region of a cover formed of glass or ceramic that extends from an exterior surface of the cover to an interior surface of the cover; disposing a transparent camera window in the first aperture, such that a perimeter of the transparent camera window is adjacent the first dark or opaque region of the cover; securing the perimeter of the transparent camera window to the first dark or opaque region of the cover; forming a second aperture in a second dark or opaque region of the cover, the second aperture extending from the exterior surface of the cover to the interior surface of the cover; disposing a transparent illuminator window in the second aperture of the second dark or opaque region of the cover, such that a perimeter of the transparent illuminator window is adjacent the second dark or opaque region of the cover; securing the perimeter of the transparent illuminator window to the second dark or opaque region of the cover; and subsequently attaching the cover to a housing for the electronic product. forming a first aperture in a first dark or opaque region of a cover formed of glass or ceramic that extends from an exterior surface of the cover to an interior surface of the cover; disposing a transparent camera window in the first aperture, such that a perimeter of the transparent camera window is adjacent the first dark or opaque region of the cover; securing the perimeter of the transparent camera window to the first dark or opaque region of the cover; forming a second aperture in a second dark or opaque region of the cover, the second aperture extending from the exterior surface of the cover to the interior surface of the cover; disposing a transparent illuminator window in the second aperture of the second dark or opaque region of the cover, such that a perimeter of the transparent illuminator window is adjacent the second dark or opaque region of the cover; securing the perimeter of the transparent illuminator window to the second dark or opaque region of the cover; and subsequently attaching the cover to a housing for the electronic product.
Vehicle seat (1; 101) comprising a seat part (2; 102), a backrest (3; 103), a belt restraining system and a support structure (7; 107) for supporting the seat part (2; 102) and the backrest (3; 103), in which the belt restraining system comprises a belt deflection means (6; 106) and a belt buckle (5; 105), and in which the belt deflection means (6; 106) is placed in an upper corner region (12; 112) of the backrest (3; 103) and the belt buckle (5; 105) is placed in a seat region (13; 113) of the seat part (2; 102), characterised in that the support structure (7; 107) comprises an asymmetrical frame having main strengthening struts that extend substantially vertically (42; 138, 140, 142), in which frame the main strengthening struts (42; 138, 140, 142) are brought together in a junction region (16; 116) on the upper side of the support structure (7; 107) and, on the lower side of the support structure (7; 107), a first of the main strengthening struts (42; 138, 140, 142) is arranged on the junction region side as a strut and is guided towards the front as far as a front support structure foot, a second of the main strengthening struts (42; 138, 140, 142) is arranged on the junction region side as a tie and is guided towards the rear as far as a first rear support structure foot, and a third (42; 142) of the main strengthening struts (42; 138, 140, 142) is arranged as a tension strut guided towards the rear as far as a further rear support structure foot (45; 145), a fastening (15; 115) of the belt buckle (5; 105) being arranged in the lower third or in the lower quarter of the third main strengthening strut (42; 142).
A device for testing impedance characteristic and expansion performance of a sound absorption material, comprises: a first cavity and a second cavity which are both sealed, the first cavity being communicated with the second cavity through a slit channel, wherein the second cavity is used for placing a sound absorption material therein; a sound excitation source whose sounding face is located in the first cavity and used to provide a testing sound pressure; two sound pickup sensors whose sound pickup surfaces are respectively arranged in the first cavity and the second cavity and which are respectively used to detect sound pressure in the first cavity and the second cavity; a material for enclosing the first cavity and the second cavity is a hard sound insulation material. a first cavity and a second cavity which are both sealed, the first cavity being communicated with the second cavity through a slit channel, wherein the second cavity is used for placing a sound absorption material therein; a sound excitation source whose sounding face is located in the first cavity and used to provide a testing sound pressure; two sound pickup sensors whose sound pickup surfaces are respectively arranged in the first cavity and the second cavity and which are respectively used to detect sound pressure in the first cavity and the second cavity; a material for enclosing the first cavity and the second cavity is a hard sound insulation material.
A drivetrain assembly for a wind turbine, including: - a first planetary wheel stage and a second planetary wheel stage, characterized by a spur wheel stage for coupling with a generator, wherein - a first module of the drivetrain assembly includes the first planetary wheel stage in a first housing, - a second module of the drivetrain assembly includes the second planetary wheel stage and the spur wheel stage in a second housing, and - the first housing and the second housing each are formed as housings independent from one another. - a first planetary wheel stage and a second planetary wheel stage, characterized by a spur wheel stage for coupling with a generator, wherein - a first module of the drivetrain assembly includes the first planetary wheel stage in a first housing, - a second module of the drivetrain assembly includes the second planetary wheel stage and the spur wheel stage in a second housing, and - the first housing and the second housing each are formed as housings independent from one another.
A guided munition comprising: a guided munition body; and an actuation system comprising: a reservoir housing a compressible fluid in a compressed state; a fluid path connecting the reservoir in fluid communication with a heat exchange volume; a throttling orifice disposed in the fluid path configured to expand the compressible fluid; an actuation path connecting the heat exchange volume in fluid communication with a moveable component mounted for movement relative to the guided munition body, wherein the actuation path is configured to supply pneumatic pressure to the moveable component; characterised in that the moveable component includes a nose cone segment mounted to the guided munition body. a guided munition body; and an actuation system comprising: a reservoir housing a compressible fluid in a compressed state; a fluid path connecting the reservoir in fluid communication with a heat exchange volume; a throttling orifice disposed in the fluid path configured to expand the compressible fluid; an actuation path connecting the heat exchange volume in fluid communication with a moveable component mounted for movement relative to the guided munition body, wherein the actuation path is configured to supply pneumatic pressure to the moveable component; characterised in that the moveable component includes a nose cone segment mounted to the guided munition body.
A hearing device comprising a) a folded substrate (F-SUB) carrying electronic components (COMP), of the hearing device, and b) another, separate component configured as a battery and having a fixed outer contour, and c) a housing for enclosing said folded substrate and said separate component, said housing having an inner contour, and wherein said folded substrate (F-SUB) is folded from a planar substrate (P-SUB) along a folding line to provide a structure wherein two parts of a surface of the planar substrate form opposing surfaces, wherein said folded substrate exhibits a first outer edge comprising a folded edge following said folding line, and wherein the folded substrate has a shape to provide that at least a second outer edge follows the fixed outer contour of the separate component, and wherein the second outer edge intersects the first outer edge, said folded substrate (F-SUB) furthermore comprising one or more extensions (E-SUB) having an electrical conductor (CON-B+) adapted for electrically connecting said battery to said electronic components (COMP) on the folded substrate, characterized in that one of said extensions extends from a third linear edge of said folded substrate opposite to said first outer edge. a) a folded substrate (F-SUB) carrying electronic components (COMP), of the hearing device, and b) another, separate component configured as a battery and having a fixed outer contour, and c) a housing for enclosing said folded substrate and said separate component,
A user equipment, UE, to design a demodulation reference signal, DMRS, pattern book defining a set of DMRS patterns associated with a downlink channel of a long term evolution, LTE, wireless network, the UE comprising: a receiver to receive a reference signal carried in a downlink subframe, the reference signal indicating wireless channel characteristics; and circuitry operatively coupled to the receiver, the circuitry configured to: perform channel and noise variance estimation based on the wireless channel characteristics indicated by the received reference signal; obtain estimates of multipath-time delay and Doppler spreads; derive channel coherence time and coherence bandwidth based on the obtained estimates of multipath-time delay and Doppler spreads; and prepare a DMRS pattern book as a function of the noise variance estimation, the channel coherence time, and the coherence bandwidth. a receiver to receive a reference signal carried in a downlink subframe, the reference signal indicating wireless channel characteristics; and circuitry operatively coupled to the receiver, the circuitry configured to: perform channel and noise variance estimation based on the wireless channel characteristics indicated by the received reference signal; obtain estimates of multipath-time delay and Doppler spreads; derive channel coherence time and coherence bandwidth based on the obtained estimates of multipath-time delay and Doppler spreads; and prepare a DMRS pattern book as a function of the noise variance estimation, the channel coherence time, and the coherence bandwidth. perform channel and noise variance estimation based on the wireless channel characteristics indicated by the received reference signal; obtain estimates of multipath-time delay and Doppler spreads; derive channel coherence time and coherence bandwidth based on the obtained estimates of multipath-time delay and Doppler spreads; and prepare a DMRS pattern book as a function of the noise variance estimation, the channel coherence time, and the coherence bandwidth.
A 3D shooting device of a motor vehicle, including at least two cameras (1, 3) remote from each other on a photography plane and a plate intended to receive said motor vehicle and adapted to rotate about an axis of rotation parallel to the photography plane, the shooting axes (2, 4) of the cameras (1, 3) converging to the axis of rotation of the plate into a point of convergence, and being placed at equal distance from the latter, characterized in that it includes means for measuring the position of the vehicle (11, 12, 13, 14), constituting an aid for the driver positioning it on the plate and allowing the positioning of the centre of said vehicle at the point of convergence of the axis of rotation of the plate and shooting axes (2, 4) of the cameras (1, 3), and in that it includes a line laser having a beam sweeping plane, said plane containing the axis of rotation of the plate, the emission of this laser being oriented towards the vehicle at its positioning on the plate, said laser forming in the vehicle a visible line that the driver can take as a transverse direction and position reference.
Electrical system including: - an electrical device comprising a main module having, along a front-back direction (Av-Ar), a back face, called a main back face; an auxiliary module having a back face, called an auxiliary back face, and wherein the auxiliary back face extends backwardly of the main back face, - a cold plate having a recessed stage and a projecting stage, extended frontwardly of the recessed stage, both stages (104, 106) being connected to each other by a step, wherein the main back face of the main module is pressed against and secured to the projecting stage and wherein the auxiliary back face of the auxiliary module is pressed against and secured to the recessed stage. - an electrical device comprising a main module having, along a front-back direction (Av-Ar), a back face, called a main back face; an auxiliary module having a back face, called an auxiliary back face, and wherein the auxiliary back face extends backwardly of the main back face, - a cold plate having a recessed stage and a projecting stage, extended frontwardly of the recessed stage, both stages (104, 106) being connected to each other by a step, wherein the main back face of the main module is pressed against and secured to the projecting stage and wherein the auxiliary back face of the auxiliary module is pressed against and secured to the recessed stage.
Authentic signature method of a work document comprising the following steps: - generation by a remote server of a digital fingerprint of the work document, hereinafter the digital work fingerprint; - generation by the remote server of a representation file of the work document, hereinafter the representation file; - transmission by the remote server to a client station via a wide area communication network of the representation file and the digital work fingerprint; - generation of at least one digital fingerprint of the representation file, hereinafter the digital representation fingerprint; - generation of a file to be signed comprising at least the digital work and representation fingerprints; - generation by the client station of only one signature, hereinafter the client signature, from the file to be signed; - generation of a client signature file comprising at least the file to be signed and the client signature, the method further comprising the following steps: - presentation on the client station and to a user of the client station of at least a part of the representation file, - initiation by the user of the signature generation step. - generation by a remote server of a digital fingerprint of the work document, hereinafter the digital work fingerprint; - generation by the remote server of a representation file of the work document, hereinafter the representation file; - transmission by the remote server to a client station via a wide area communication network of the representation file and the digital work fingerprint; - generation of at least one digital fingerprint of the representation file, hereinafter the digital representation fingerprint; - generation of a file to be signed comprising at least the digital work and representation fingerprints; - generation by the client station of only one signature, hereinafter the client signature, from the file to be signed; - generation of a client signature file comprising at least the file to be signed and the client signature, - presentation on the client station and to a user of the client station of at least a part of the representation file, - initiation by the user of the signature generation step.
An operating pedal device (10; 70) for vehicle, comprising (a) an operating pedal mounted on a pedal support fixedly secured to a vehicle to be pivotable about an axis of a support shaft and operative to be depressed by a driver; (b) a reactive member connected to the operating pedal via at least one connecting section (20; 82) which allows relative pivotal movement between the operating pedal and the reactive member about a connecting pin to which an output is transferred at a rate depending on an operational force of the operating pedal and which is applied with a reaction force corresponding to the output; and (c) a load sensor (30; 60) electrically detecting the operational force; characterized in that: a pedal side member (16; 72) pivotably connected via the connecting pin is formed with a sensor mounting hole allowing insertion of the connecting pin and being greater than the connecting pin, at a connecting position with the connecting pin, to allow the load sensor (30; 60) to be mounted between the sensor mounting hole and the connecting pin. a pedal side member (16; 72) pivotably connected via the connecting pin is formed with a sensor mounting hole allowing insertion of the connecting pin and being greater than the connecting pin, at a connecting position with the connecting pin, to allow the load sensor (30; 60) to be mounted between the sensor mounting hole and the connecting pin.
A turbine blade, comprising: an airfoil body having an outer tip and a platform; a part-span shroud positioned between the outer tip and the platform of the airfoil body, characterized in that the part-span shroud has a first opening having a first inner surface; and wherein the turbine blade further comprises; a second opening in the airfoil body extending radially from the first opening and having a second inner surface; a first elongated vibration-damping element disposed in the first opening; and a second elongated vibration-damping element disposed radially in the second opening, the second elongated vibration-damping element including a free radially outer end and a radially inner end coupled to the first elongated vibration-damping element. an airfoil body having an outer tip and a platform; a part-span shroud positioned between the outer tip and the platform of the airfoil body, a second opening in the airfoil body extending radially from the first opening and having a second inner surface; a first elongated vibration-damping element disposed in the first opening; and a second elongated vibration-damping element disposed radially in the second opening, the second elongated vibration-damping element including a free radially outer end and a radially inner end coupled to the first elongated vibration-damping element.
Canine factor VIII gene of a Havanese dog as shown in Seq.-ID No. 1, wherein the canine factor VIII gene is assigned to haemophilia A and comprises a sequence having at least 97 % sequence homology to Seq.-ID No. 5.
A process for permanently perfuming soapnut shells and improving their cleaning efficiency, characterized in that a mixture of effective organisms containing photosynthetic and lactic acid bacteria, yeast, actinomycetes, and various fungi and natural-identical perfume materials is added to soapnut shells placed in a sealable container, with constant mixing, after adding the EM-perfume material mixture the mixing is stopped, then the container is hermetically sealed and allowed to stand for at least 28 days at room temperature.
Method for manufacturing a cushioning product, characterised by the following steps: - provision of a flat, elongated paper strip having two or more layers, at least portions of the individual layers (12, 14) of the paper strip being connected together in a central region extending in the longitudinal direction and the individual layers (12, 14) of the paper strip having edge regions (20, 21, 22, 23) which are not connected together, - spreading apart of adjacent edge regions (20, 21, 22, 23) to form a paper strip which is stellate in cross-section. - crumpling of the paper strip along the central region. - provision of a flat, elongated paper strip having two or more layers, at least portions of the individual layers (12, 14) of the paper strip being connected together in a central region extending in the longitudinal direction and the individual layers (12, 14) of the paper strip having edge regions (20, 21, 22, 23) which are not connected together, - spreading apart of adjacent edge regions (20, 21, 22, 23) to form a paper strip which is stellate in cross-section. - crumpling of the paper strip along the central region.
A battery device comprising: a casing, a battery cell pack located within the casing, and a flame-retardant fabric encapsulant located within the casing and placed around the battery cell pack to isolate the casing from the battery cell pack, wherein the fabric encapsulant forms an envelope comprising an outlet coupled to a ventilation space for ventilation of gases and/or heat generated upon a malfunction of the battery cell pack. a casing, a battery cell pack located within the casing, and a flame-retardant fabric encapsulant located within the casing and placed around the battery cell pack to isolate the casing from the battery cell pack,