mhurhangee/ep-ind-claims huggingface dataset:
A method of making a fluid manifold, the method comprising: placing a mandrel in a mold, the mandrel having a body with a proximal end and a distal end; positioning the mandrel within the mold using a distal support at the distal end of the mandrel; introducing a polymer into the mold; allowing the polymer to solidify to form a fluid manifold; removing the fluid manifold from the mold; and removing the mandrel from the fluid manifold; wherein the distal support is an integrated part of the fluid manifold, wherein the fluid manifold comprises a body having a primary channel and a plurality of secondary channels exiting from the primary channel along a length thereof, including a distal flow channel passing through the distal support, wherein the distal flow channel has an inner diameter D DC, wherein the primary channel is coterminous with the distal flow channel, wherein the primary channel extends to a distance of no more than 0.5 ∗ D DC beyond a distal edge of the distal flow channel. placing a mandrel in a mold, the mandrel having a body with a proximal end and a distal end; positioning the mandrel within the mold using a distal support at the distal end of the mandrel; introducing a polymer into the mold; allowing the polymer to solidify to form a fluid manifold; removing the fluid manifold from the mold; and removing the mandrel from the fluid manifold; wherein the distal support is an integrated part of the fluid manifold, wherein the fluid manifold comprises a body having a primary channel and a plurality of secondary channels exiting from the primary channel along a length thereof, including a distal flow channel passing through the distal support, wherein the distal flow channel has an inner diameter D DC, wherein the primary channel is coterminous with the distal flow channel, wherein the primary channel extends to a distance of no more than 0.5 ∗ D DC beyond a distal edge of the distal flow channel.
A horizontal wind powered turbine comprising a frame on which is horizontally and rotatably supported a rotor on a rotor shaft, said rotor being formed by three or more radial blade members secured to said rotor shaft by a shaft connecting assembly, said radial blade members being equidistantly spaced from one another, each said radial blade member having support arms and a wind vane secured to an outer end portion of said support arms, said wind vane being shaped to capture an airflow directed thereagainst for displacement thereof to create a rotational force about said rotor shaft to rotate said rotor shaft about a longitudinal central axis thereof, said radial blade members being rigidly interconnected to one another at an outer end portion thereof by tension adjustable tie-wires, and an air inlet channeling structure to accelerate and direct said airflow in an actuating airflow path to impinge upon said wind vanes positioned in said actuating airflow path to displace said wind vane by wind drag, characterized in that the tension adjustable tie-wires are secured to adjustable wire connectors secured at the outer end portions of said support arms, the wire connectors tensioning the tie-wires at a desired tension, the support arms including a spring permitting axial displacement thereof and the springs being spaced from the wire connectors.
A method of computing a resource allocation of a Relay Station, RS, in a Base Station, BS, having a right to control the RS in a Broadband Wireless Access, BWA, communication system, the method performed by the base station comprising: receiving, from the RS, a message for requesting scanning period allocation or determining, by the BS, that the RS needs to perform scanning; allocating a scanning period to the RS, and transmitting, to the RS, a message including at least one of the allocated scanning period and information on neighboring BSs and neighboring RSs to be scanned by the RS; receiving (503, 1105), from the RS, scanning information of neighboring BSs and neighboring RSs; computing (505, 1107) the resource allocation to be used by the RS by using the received scanning information; and transmitting information on the computed resource allocation to the RS. receiving, from the RS, a message for requesting scanning period allocation or determining, by the BS, that the RS needs to perform scanning; allocating a scanning period to the RS, and transmitting, to the RS, a message including at least one of the allocated scanning period and information on neighboring BSs and neighboring RSs to be scanned by the RS; receiving (503, 1105), from the RS, scanning information of neighboring BSs and neighboring RSs; computing (505, 1107) the resource allocation to be used by the RS by using the received scanning information; and transmitting information on the computed resource allocation to the RS.
A method of communicating in a wireless network, the method comprising: generating a compressed block acknowledgment frame comprising a bitmap, the bitmap indicating receipt of a plurality of fragments of a single data unit, wherein one or more fields of the compressed block acknowledgment frame are included in a physical layer header, and further comprising a block acknowledgement identifier that is derived from a scrambler seed of a first fragment of the single data unit being fragmented; and transmitting the compressed block acknowledgment frame. generating a compressed block acknowledgment frame comprising a bitmap, the bitmap indicating receipt of a plurality of fragments of a single data unit, wherein one or more fields of the compressed block acknowledgment frame are included in a physical layer header, and further comprising a block acknowledgement identifier that is derived from a scrambler seed of a first fragment of the single data unit being fragmented; and transmitting the compressed block acknowledgment frame.
A bituminous composition comprising: - a bitumen, - a hydroxide XOH, with X = Na, Ca, Mg, Li or K, and - at least one amine additive selected from amines, diamines, polyamines, alkyl amido amines, amidopolyamines and imidazolines, wherein said bituminous composition is substantially free of saponifiable and saponified carboxylic acids, meaning that, if present, the weight of saponifiable and saponified carboxylic acids represents at most 0.01% of the total weight of said bituminous composition, and the bitumen represents at least 60% by weight of said bituminous composition. - a bitumen, - a hydroxide XOH, with X = Na, Ca, Mg, Li or K, and - at least one amine additive selected from amines, diamines, polyamines, alkyl amido amines, amidopolyamines and imidazolines,
A method for applying a coating on a substrate, comprising: - a first step of scanning a laser beam along a line on the surface of said substrate and supplying a coating forming material from a supply system, said system moving along the same line as the laser beam but coming up behind the laser beam, so that the coating forming material is deposited on a spot which has previously been heated by the laser beam to a temperature above the melting temperature of the coating forming material, wherein substantially no physical contact occurs between the laser beam and the coating forming material. - a second step of scanning the surface a second time with said laser beam, and without supplying coating forming material wherein the first step takes place by scanning the laser beam and supply system in a first set of parallel lines over the substrate surface, and wherein the second step takes place in second parallel lines which are at an angle to the first parallel lines. - a first step of scanning a laser beam along a line on the surface of said substrate and supplying a coating forming material from a supply system, said system moving along the same line as the laser beam but coming up behind the laser beam, so that the coating forming material is deposited on a spot which has previously been heated by the laser beam to a temperature above the melting temperature of the coating forming material, wherein substantially no physical contact occurs between the laser beam and the coating forming material. - a second step of scanning the surface a second time with said laser beam, and without supplying coating forming material
Folding top for motor vehicles, wherein the folding top can be brought between a closed position spanning a passenger compartment interior and an open position deposited into a storage space, comprising a roof surface component, a folding-top cloth, a tightening strip of the folding-top cloth, a headlining and a retaining strip, wherein the retaining strip is arranged transversely with respect to the longitudinal direction of the vehicle, wherein the retaining strip is in engagement with the roof surface component, wherein the retaining strip has a first end region which is hooked in in the roof surface component, characterized in that the first end region of the retaining strip has an anchoring portion which is formed upwards in the Z direction, and wherein the retaining strip has a second end region which lies opposite the first end region and forms a U profile, wherein the headlining is connected to the second end region.
Use of at least one polymethylmethacrylimide copolymer (PMMI copolymer) for reducing the molecular weight degradation of aromatic polycarbonate in polycarbonate compositions containing one or more oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group during compounding.
Chair comprising a deformable seat shell, which forms a seat part and a backrest, and a frame, the seat part being connected to the frame by means of a first pivot joint and the backrest being connected to the frame by means of a second pivot joint, the pivot joints (5, 6) allowing a twisting of the seat part and of the backrest relative to the frame caused by a deformation of the seat shell, and wherein the second pivot joint is connected to the backrest centrally in relation to the transverse direction of the chair, characterised in that the first pivot joint allows a twisting about a first axis of rotation which is oriented in the vertical direction of the chair and/or the second pivot joint allows a twisting about at least one second axis of rotation which is oriented in the longitudinal direction of the chair.
A fluid flow structure, comprising: a micro device molded into a monolithic body of plastic or other moldable material, the micro device including a substrate and a cap on the substrate; a fluid feed hole formed through the substrate of the micro device; and a saw defined fluid channel cut through the monolithic body and the cap to fluidically couple the fluid feed hole with the fluid channel. a micro device molded into a monolithic body of plastic or other moldable material, the micro device including a substrate and a cap on the substrate; a fluid feed hole formed through the substrate of the micro device; and a saw defined fluid channel cut through the monolithic body and the cap to fluidically couple the fluid feed hole with the fluid channel.
A cable-type secondary battery having a horizontal cross section of a predetermined shape and extending longitudinally, comprising: a core for supplying lithium ions, which comprises an electrolyte; an inner electrode surrounding the outer surface of the core for supplying lithium ions, and comprising an inner current collector in the form of a pipe having a three-dimensional network structure, the inner current collector being coated with an inner electrode active material on the outer surface thereof; a separation layer surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes; and an outer electrode surrounding the outer surface of the separation layer and comprising an outer electrode active material layer and an outer current collector. a core for supplying lithium ions, which comprises an electrolyte; an inner electrode surrounding the outer surface of the core for supplying lithium ions, and comprising an inner current collector in the form of a pipe having a three-dimensional network structure, the inner current collector being coated with an inner electrode active material on the outer surface thereof; a separation layer surrounding the outer surface of the inner electrode to prevent a short circuit between electrodes; and an outer electrode surrounding the outer surface of the separation layer and comprising an outer electrode active material layer and an outer current collector.
Apparatus for providing encrypted data to a data writer, comprising; a means for sending a write request to the data writer; a means for receiving a medium ID from the data writer upon sending the write request; and a means for encrypting plain text data using an encryption key to obtain the encrypted data, the encryption key being based on the medium ID, a password and a revocation key revoking a shared secret only known to authorized applications in the case of an application being compromised; and wherein the means for sending is adapted for sending the encrypted data to the data writer.
An apparatus for indicating actuation or de-actuation of a magnetically actuated device, said device actuated by a magnetic actuation unit comprising: - a controllably displaceable stem configured to actuate or de-actuate said device; - a core connected to said stem; - a plugnut cooperating with said core; and - an electric coil configured to induce a magnetic field in said plugnut to control displacement of said stem, thereby controlling actuation or de-actuation of said device, said apparatus comprising: - an indicating magnet (110, 150) configured to be displaced in relation to the movement of said core; and - an indication unit (130, 155) configured to be actuated by the displacement of said indicating magnet (110, 150) to indicate actuation or de-actuation of said actuation unit and said device, characterized in that, the indicating magnet (110, 150) is associated with said plugnut and is configured to, when the actuation unit is actuated, and the electric coil induces the magnetic field in the plugnut, at the same time, have the polarity of a side (112, 152) of the indicating magnet (110, 150) being the same as the polarity induced in a side of the plugnut facing the side (112, 152) of the indicating magnet (110, 150), due to which repulsive force is developed between the plugnut and the indicating magnet (110, 150), which results in repulsion of the indicating magnet (110, 150) by the plugnut. - a controllably displaceable stem configured to actuate or de-actuate said device; - a core connected to said stem; - a plugnut cooperating with said core; and - an electric coil configured to induce a magnetic field in said plugnut to control displacement of said stem, thereby controlling actuation or de-actuation of said device, said apparatus comprising: - an indicating magnet (110, 150) configured to be displaced in relation to the movement of said core; and - an indication unit (130, 155) configured to be actuated by the displacement of said indicating magnet (110, 150) to indicate actuation or de-actuation of said actuation unit and said device, - an indicating magnet (110, 150) configured to be displaced in relation to the movement of said core; and - an indication unit (130, 155) configured to be actuated by the displacement of said indicating magnet (110, 150) to indicate actuation or de-actuation of said actuation unit and said device, characterized in that, the indicating magnet (110, 150) is associated with said plugnut and is configured to, when the actuation unit is actuated, and the electric coil induces the magnetic field in the plugnut, at the same time, have the polarity of a side (112, 152) of the indicating magnet (110, 150) being the same as the polarity induced in a side of the plugnut facing the side (112, 152) of the indicating magnet (110, 150), due to which repulsive force is developed between the plugnut and the indicating magnet (110, 150), which results in repulsion of the indicating magnet (110, 150) by the plugnut.
An apparatus for attaching a branch pipe to an existing pipe, the apparatus comprising: a pipe engagement portion adapted to engage the surface of an existing pipe; a branch engagement portion adapted to receive an end of a branch pipe to be connected to the existing pipe, the branch engagement portion defining a branch engagement portion wall; a passageway providing fluid communication between the pipe engagement portion and the branch engagement portion, the passageway being defined by a passageway wall and the passageway being of a smaller diameter than the branch engagement portion; wherein the branch engagement portion defines a transition section providing a continuous surface from the branch engagement portion wall to the passageway wall; a first attachment mechanism for attaching the apparatus to an existing pipe; wherein, the first attachment mechanism is provided adjacent the passageway; and a second attachment mechanism for attaching the apparatus to said existing pipe; characterised in that the second attachment mechanism is applied through the branch engagement portion transition section. a pipe engagement portion adapted to engage the surface of an existing pipe; a branch engagement portion adapted to receive an end of a branch pipe to be connected to the existing pipe, the branch engagement portion defining a branch engagement portion wall; a passageway providing fluid communication between the pipe engagement portion and the branch engagement portion, the passageway being defined by a passageway wall and the passageway being of a smaller diameter than the branch engagement portion; wherein the branch engagement portion defines a transition section providing a continuous surface from the branch engagement portion wall to the passageway wall; a first attachment mechanism for attaching the apparatus to an existing pipe; wherein, the first attachment mechanism is provided adjacent the passageway; and a second attachment mechanism for attaching the apparatus to said existing pipe; characterised in that the second attachment mechanism is applied through the branch engagement portion transition section.
A hybrid vehicle comprising: an engine; an electric motor; a transmission comprising an input shaft, an output shaft, and a gear train, the transmission being configured to change the speed of rotation produced by rotational power transmitted to the input shaft from the engine and the electric motor and output the resulting rotation to a drive wheel; a main clutch connected to one end of the input shaft of the transmission and disposed in a power transmission route between a crankshaft (Ea) of the engine and the input shaft of the transmission; a primary gear disposed around the input shaft and located between the main clutch and the gear train in an axial direction of the input shaft to transmit rotational power from the engine to the main clutch; a pump comprising a driven shaft (Pa) to which rotational power is input from the engine and the electric motor; a first one-way clutch configured to transmit power from the engine to the pump; and a second one-way clutch configured to transmit power from the electric motor to the pump, characterized in that the first one-way clutch and the second one-way clutch are disposed around the input shaft and located between the primary gear and the gear train. an engine; an electric motor; a transmission comprising an input shaft, an output shaft, and a gear train, the transmission being configured to change the speed of rotation produced by rotational power transmitted to the input shaft from the engine and the electric motor and output the resulting rotation to a drive wheel; a main clutch connected to one end of the input shaft of the transmission and disposed in a power transmission route between a crankshaft (Ea) of the engine and the input shaft of the transmission; a primary gear disposed around the input shaft and located between the main clutch and the gear train in an axial direction of the input shaft to transmit rotational power from the engine to the main clutch; a pump comprising a driven shaft (Pa) to which rotational power is input from the engine and the electric motor; a first one-way clutch configured to transmit power from the engine to the pump; and a second one-way clutch configured to transmit power from the electric motor to the pump, characterized in that the first one-way clutch and the second one-way clutch are disposed around the input shaft and located between the primary gear and the gear train.
A molding apparatus for molding a cup part in a pouch film, the molding apparatus comprising: a die on which the pouch film is seated on a top surface thereof and in which a first space recessed from the top surface is defined; a stripper which is disposed above the die to fix the pouch film and in which a second space is defined at a position corresponding to the first space; and a pressing part configured to apply a pneumatic or hydraulic pressure to the pouch film through the second space so that a portion of the pouch film is elongated into the first space, the molding apparatus comprising: a first punch configured to be inserted into the first space and having a curved surface that is convex toward the pouch film, the apparatus being characterized in having a second punch configured to be inserted into the first space and having a plane facing the pouch film. a die on which the pouch film is seated on a top surface thereof and in which a first space recessed from the top surface is defined; a stripper which is disposed above the die to fix the pouch film and in which a second space is defined at a position corresponding to the first space; and a pressing part configured to apply a pneumatic or hydraulic pressure to the pouch film through the second space so that a portion of the pouch film is elongated into the first space, the molding apparatus comprising: a first punch configured to be inserted into the first space and having a curved surface that is convex toward the pouch film, the apparatus being characterized in having a second punch configured to be inserted into the first space and having a plane facing the pouch film. a first punch configured to be inserted into the first space and having a curved surface that is convex toward the pouch film, the apparatus being characterized in having a second punch configured to be inserted into the first space and having a plane facing the pouch film.
A method of forming a communication link by a device-to-device, D2D, user equipment, UE, in a wireless communication system, the method comprising: measuring channel busy ratios, CBRs, for a plurality of beams configured for a D2D communication; selecting a communication device for a specific beam from among the plurality of beams based on load information obtained based on the CBRs; and performing the D2D communication with the communication device related to the specific beam, wherein transmission parameters for the D2D communication are determined based on the load information for the specific beam. measuring channel busy ratios, CBRs, for a plurality of beams configured for a D2D communication; selecting a communication device for a specific beam from among the plurality of beams based on load information obtained based on the CBRs; and performing the D2D communication with the communication device related to the specific beam, wherein transmission parameters for the D2D communication are determined based on the load information for the specific beam.
Use of an aluminum alloy for an aluminum-plastic composite component or for the production thereof, characterized in that the aluminum alloy has the following composition: Si: 0.05 - 0.35 wt %, Fe: 1.3 - 1.75 wt %, preferably 1.3 - 1.7 wt %, Cu: ≤ 0.02 wt %, preferably ≤ 0.01 wt %, Mn: 0.015 - 0.035 wt %, preferably 0.025 - 0.034 wt %, Mg: ≤ 0.003 wt %, Cr: ≤ 0.03 wt %, Ni: ≤ 0.02 wt %, Zn: ≤ 0.03wt %, Ti: ≤ 0.03wt %, impurities individually up to 0.05 wt %, in sum up to 0.15 wt %, remainder aluminum.