mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a coating liquid impregnated sheet-like reinforcing fiber bundle, comprising allowing a sheet-like reinforcing fiber bundle, which is unidirectionally arranged reinforcing fibers, to pass substantially vertically downward through the inside of a coating section (20, 20b, 20c, 20d, 20e) storing a coating liquid, whereby the method provides said sheet-like reinforcing fiber bundle with said coating liquid; wherein said coating section includes a liquid pool (22, 22a, 22b) and a narrowed section which are in communication with each other; wherein said liquid pool has a portion whose cross-sectional area decreases continuously along a running direction of said sheet-like reinforcing fiber bundle, wherein said narrowed section has a slit-like cross-section and has a smaller cross-sectional area than the top side of said liquid pool and has an outlet, wherein said narrowed section communicates between the lower portion of said liquid pool (22, 22a, 22b) and the outlet and wherein said coating section comprises, in said liquid pool, a width regulation mechanism for regulating the width of said sheet-like reinforcing fiber bundle, wherein the relationship between the width of said sheet-like reinforcing fiber bundle immediately under said narrowed section and the width regulated by said width regulation mechanism at the lower end of said width regulation mechanism satisfies L2 ≤ W + 10 (mm). wherein said coating section includes a liquid pool (22, 22a, 22b) and a narrowed section which are in communication with each other; wherein said liquid pool has a portion whose cross-sectional area decreases continuously along a running direction of said sheet-like reinforcing fiber bundle, wherein said narrowed section has a slit-like cross-section and has a smaller cross-sectional area than the top side of said liquid pool and has an outlet, wherein said narrowed section communicates between the lower portion of said liquid pool (22, 22a, 22b) and the outlet and wherein said liquid pool has a portion whose cross-sectional area decreases continuously along a running direction of said sheet-like reinforcing fiber bundle, wherein said narrowed section has a slit-like cross-section and has a smaller cross-sectional area than the top side of said liquid pool and has an outlet, wherein said narrowed section communicates between the lower portion of said liquid pool (22, 22a, 22b) and the outlet and wherein said coating section comprises, in said liquid pool, a width regulation mechanism for regulating the width of said sheet-like reinforcing fiber bundle, wherein the relationship between the width of said sheet-like reinforcing fiber bundle immediately under said narrowed section and the width regulated by said width regulation mechanism at the lower end of said width regulation mechanism satisfies L2 ≤ W + 10 (mm).
Device for the treatment of blood, comprising (a) tubes (3, 4, 5, 6) for whole blood or blood plasma to flow through from and to the patient, (b) a solid phase on which a polypeptide is immobilized which is suitable for the inactivation of free nucleic acids, and (c) a dialyzer (2; 2') or haemofilter, wherein the solid phase is upstream of the dialyzer or haemofilter or is located within the dialyzer or haemofilter. (a) tubes (3, 4, 5, 6) for whole blood or blood plasma to flow through from and to the patient, (b) a solid phase on which a polypeptide is immobilized which is suitable for the inactivation of free nucleic acids, and (c) a dialyzer (2; 2') or haemofilter,
Process for the production of a hybrid metal-plastic composite for a sliding bearing, comprising the application of a friction-reducing layer which comprises a thermoplastic base on a metallic support strip, where an extrudable high-performance plastic is used as thermoplastic base, where the application of the friction-reducing layer to the metallic support is undertaken at temperatures above 280°C by means of a slot die in a direct strip extrusion process, and where the friction-reducing layer takes the form of double layer (3a/3b) composed of two film layers (3a, 3b), and these film layers (3a, 3b) are applied simultaneously by means of a slot die which takes the form of tandem die with two mutually adjacent die slots.
A method comprising: receiving, from a sensor, an image of a vehicle including identifying information of the vehicle; generating, based on the identifying information, an identifier for the vehicle; generating a security key for the vehicle, the security key being a function of a colour of the vehicle, bar code information on the vehicle, or other feature of the vehicle; and sending a message to the vehicle, wherein the message includes the security key and the generated identifier to at least identify a destination address of the message. receiving, from a sensor, an image of a vehicle including identifying information of the vehicle; generating, based on the identifying information, an identifier for the vehicle; generating a security key for the vehicle, the security key being a function of a colour of the vehicle, bar code information on the vehicle, or other feature of the vehicle; and sending a message to the vehicle, wherein the message includes the security key and the generated identifier to at least identify a destination address of the message.
A light-emitting-element lighting circuit (22, 22a) adapted to dim a light emitting element by a PWM dimming signal, the lighting circuit (22, 22a) comprising: a PWM dimming signal generating unit (24, 28) adapted to generate the PWM dimming signal having a duty ratio corresponding to an input dimming signal by performing a summation of AC wave signals including a fundamental wave and harmonics of the fundamental wave that are different integer multiples (fa2, fa3) of a fundamental frequency of the fundamental wave, characterized in that the PWM dimming signal generating unit (24, 28) is adapted to generate the fundamental wave having the fundamental frequency in an audible frequency range, wherein the fundamental frequency is lower or higher than a frequency (famax) in said audible frequency range, at which a sound pressure level of audible sound generated from the light emitting element is at maximum; and in that a frequency of at least one of the harmonics (fa2, fa3) is in the audible frequency range. a PWM dimming signal generating unit (24, 28) adapted to generate the PWM dimming signal having a duty ratio corresponding to an input dimming signal by performing a summation of AC wave signals including a fundamental wave and harmonics of the fundamental wave that are different integer multiples (fa2, fa3) of a fundamental frequency of the fundamental wave, characterized in that the PWM dimming signal generating unit (24, 28) is adapted to generate the fundamental wave having the fundamental frequency in an audible frequency range, wherein the fundamental frequency is lower or higher than a frequency (famax) in said audible frequency range, at which a sound pressure level of audible sound generated from the light emitting element is at maximum; and in that a frequency of at least one of the harmonics (fa2, fa3) is in the audible frequency range.
An image data transmission device comprising: image data output portions (111-1 to 111-N) configured to output image data of a number of N views; a view selector adapted to receive image data of N views from the N image data output portions (111-1 to 111-N) and to extract at least image data of a left end view, a right end view and an intermediate view; a transmission unit that transmits one or a plurality of video elementary streams including image data of the extracted image views; and an information inserting unit that inserts auxiliary information for identifying a first transmission mode in which image data of a plurality of image views are transmitted and a second transmission mode in which image data of a single image view is transmitted, into the video elementary stream, wherein the auxiliary information comprises view configuration information including information indicating the number of views received by the view selector and information indicating a relative positional relationship of each view. image data output portions (111-1 to 111-N) configured to output image data of a number of N views; a view selector adapted to receive image data of N views from the N image data output portions (111-1 to 111-N) and to extract at least image data of a left end view, a right end view and an intermediate view; a transmission unit that transmits one or a plurality of video elementary streams including image data of the extracted image views; and an information inserting unit that inserts auxiliary information for identifying a first transmission mode in which image data of a plurality of image views are transmitted and a second transmission mode in which image data of a single image view is transmitted, into the video elementary stream, wherein the auxiliary information comprises view configuration information including information indicating the number of views received by the view selector and information indicating a relative positional relationship of each view.
A base station comprising: transmission means adapted to transmit a multimedia broadcast/multicast service carrier having a frame structure for MBMS services, assigning means adapted to assign specific information to at least one frame of said multimedia broadcast/multicast service carrier by stealing the at least one frame from said broadcast/multicast service carrier and assigning said specific information in its place, wherein the specific information is a downlink MBMS Associated Control Channel, which is a combination of a broadcast channel and an associated point-to-multipoint control channel, wherein a user equipment upon receiving said specific information is enabled to establish a connection without interrupting the reception of said broadcast/multicast service carrier.
Method for processing data by way of coded operations in a number of cycles, in which an uncoded variable x is coded with a cycle-specific signature D and a variable-specific signature B x to form a coded variable x c using the equation x c = D ⋅ x + B x and at least one coded operation is applied to the coded variable x c.
A method for wireless communications at a user equipment, UE, comprising: identifying (505; 1005; 1105; 1205; 1305) that the UE is configured with a first cell group (305; 405) and a second cell group (310; 410), the first cell group having a first cell (320-a; 420-a) operating within a first frequency range (315-a; 415-a) and a second cell (320-b; 420-b) operating within a second frequency range (315-b; 415-b), and the second cell group having a third cell (325-a; 425-a) operating within the first frequency range and a fourth cell (325-b; 425-b) operating within the second frequency range; receiving (510; 1010; 1110; 1210; 1310) an uplink grant (340; 440) scheduling an uplink transmission (330; 430) on the first cell during a symbol and within the first frequency range; determining (520; 1015; 1115; 1215; 1315) a maximum transmission power for the uplink transmission based at least in part on a direction of communications with the third cell during a duration of the symbol and without taking a direction of communications with the fourth cell into account; and transmitting (530; 1020; 1130; 1230; 1325) the uplink transmission on the first cell of the first cell group within the first frequency range in accordance with the maximum transmission power. identifying (505; 1005; 1105; 1205; 1305) that the UE is configured with a first cell group (305; 405) and a second cell group (310; 410), the first cell group having a first cell (320-a; 420-a) operating within a first frequency range (315-a; 415-a) and a second cell (320-b; 420-b) operating within a second frequency range (315-b; 415-b), and the second cell group having a third cell (325-a; 425-a) operating within the first frequency range and a fourth cell (325-b; 425-b) operating within the second frequency range; receiving (510; 1010; 1110; 1210; 1310) an uplink grant (340; 440) scheduling an uplink transmission (330; 430) on the first cell during a symbol and within the first frequency range; determining (520; 1015; 1115; 1215; 1315) a maximum transmission power for the uplink transmission based at least in part on a direction of communications with the third cell during a duration of the symbol and without taking a direction of communications with the fourth cell into account; and transmitting (530; 1020; 1130; 1230; 1325) the uplink transmission on the first cell of the first cell group within the first frequency range in accordance with the maximum transmission power.
A barrel contact system for an electrical connector, the contact system comprising: a barrel body having a cavity extending in an axial direction from a front face of the barrel body to an opposite rear face; a wire section disposed within the barrel body, a portion of which extending outwardly from the rear face of the barrel body; and an electrically conductive contact having an attachment tab, the attachment tab disposed within the barrel body along the front face and abutting the wire section, the electrically conductive contact extending outwardly from the barrel body, wherein: the barrel body is crimpable; the wire section and attachment tab are crimped together within the barrel body and the barrel body further includes a shoulder formed adjacent the front face or the rear face of the barrel body for securing the barrel body in a contact-receiving cavity of the electrical connector. a barrel body having a cavity extending in an axial direction from a front face of the barrel body to an opposite rear face; a wire section disposed within the barrel body, a portion of which extending outwardly from the rear face of the barrel body; and an electrically conductive contact having an attachment tab, the attachment tab disposed within the barrel body along the front face and abutting the wire section, the electrically conductive contact extending outwardly from the barrel body, wherein: the barrel body is crimpable; the wire section and attachment tab are crimped together within the barrel body and the barrel body further includes a shoulder formed adjacent the front face or the rear face of the barrel body for securing the barrel body in a contact-receiving cavity of the electrical connector. the barrel body is crimpable; the wire section and attachment tab are crimped together within the barrel body and the barrel body further includes a shoulder formed adjacent the front face or the rear face of the barrel body for securing the barrel body in a contact-receiving cavity of the electrical connector.
An ejector arrangement (1, 40) comprising a housing and at least two ejectors (2, 3, 41, 42) arranged in said housing, wherein each ejector (2, 3, 41, 42) has a motive inlet (4, 5), a suction inlet (6, 7), an outlet (8, 9) and a valve element (23, 24, 43, 44), characterized in that, the ejector arrangement (1, 40) comprises a common actuator (25, 55) that is arranged to engage at least two of the valve elements (23, 24, 41, 42) to open the motive inlets (4, 5).
An apparatus for the preparation and sterilization of a viscous fluid containing a sterile temperature sensitive compound diluted into a viscous matrix, comprising: - a heat treatment unit (15, 45, 55), fed with the viscous matrix, wherein the viscous matrix is sterilized, - a sterilizing device, fed with a temperature sensitive compound, ensuring the sterilization of the temperature sensitive compound, - a mixing unit, fed with the sterilized viscous matrix and the sterile temperature sensitive compound, wherein the temperature sensitive compound is incorporated into the sterilized viscous matrix to form the viscous fluid, the sterilizing device being located upstream the mixing unit, characterized in that it further comprises: - a dosing pump located upstream the sterilizing device, fed with the temperature sensitive compound and configured to dose the flow rate or quantity of temperature sensitive compound feeding the sterilizing device. - a heat treatment unit (15, 45, 55), fed with the viscous matrix, wherein the viscous matrix is sterilized, - a sterilizing device, fed with a temperature sensitive compound, ensuring the sterilization of the temperature sensitive compound, - a mixing unit, fed with the sterilized viscous matrix and the sterile temperature sensitive compound, wherein the temperature sensitive compound is incorporated into the sterilized viscous matrix to form the viscous fluid, the sterilizing device being located upstream the mixing unit, characterized in that it further comprises: - a dosing pump located upstream the sterilizing device, fed with the temperature sensitive compound and configured to dose the flow rate or quantity of temperature sensitive compound feeding the sterilizing device. - a dosing pump located upstream the sterilizing device, fed with the temperature sensitive compound and configured to dose the flow rate or quantity of temperature sensitive compound feeding the sterilizing device.
Process for decontamination of borated alkaline radioactive waste comprising at least one organic compound and a radioelement to obtain a concentrate of decontaminated waste and secondary waste (W5.1), the process comprising at least the following steps: - a waste preparation step; - a step of mineralisation of the organic compounds contained in the waste; - a step of extraction of the radioelements contained in the waste to obtain the concentrate (W3.7) of decontaminated waste; the extraction step comprising at least a step of contact of the waste with activated carbon, the extraction step also comprises an extraction cycle of strontium 90 and of other radioelements contained in the waste following a cycle of extraction of caesium and of the residual organic compounds, the cycle of extraction of strontium 90 and of other radioelements comprising: - a step of addition of barium and/or of calcium oxide or hydroxide and, optionally, of a sulphate salt to the waste contained in an upstream tank (T3.1) to obtain a precipitated solid part, called second solid part, of barium and/or of calcium sulphate and carbonate resulting in a co-precipitate of strontium 90, - a step of adjustment of the pH to 10 by addition of base, - a step of separation of the second solid part and of a liquid part, the second solid part being added to secondary waste (W5.1) and the liquid part being transferred to a downstream tank (T3.2). - a waste preparation step; - a step of mineralisation of the organic compounds contained in the waste; - a step of extraction of the radioelements contained in the waste to obtain the concentrate (W3.7) of decontaminated waste; the extraction step comprising at least a step of contact of the waste with activated carbon, the extraction step also comprises an extraction cycle of strontium 90 and of other radioelements contained in the waste following a cycle of extraction of caesium and of the residual organic compounds, the cycle of extraction of strontium 90 and of other radioelements comprising: - a step of addition of barium and/or of calcium oxide or hydroxide and, optionally, of a sulphate salt to the waste contained in an upstream tank (T3.1) to obtain a precipitated solid part, called second solid part, of barium and/or of calcium sulphate and carbonate resulting in a co-precipitate of strontium 90, - a step of adjustment of the pH to 10 by addition of base, - a step of separation of the second solid part and of a liquid part,
A container, comprising a base, side plates (3, 4, 5, 6) and a lid, wherein the container further comprises a lid locking mechanism, wherein said locking mechanism comprises a locking structure, a restoring structure and a guiding structure, said locking mechanism is provided on an edge of the lid and an upper portion of a side plate; said locking structure is used to lock the lid to the side plates (3, 4, 5, 6) of the container, and said restoring structure and said guiding structure are used to assist the locking structure in locking the lid to the side plates (3, 4, 5, 6); said locking mechanism includes a handle (10, 12), a spring, a pit provided on the edge of the lid and a recess provided on the side plate; wherein a latch is provided on said handle (10, 12), and said handle (10, 12) and the spring are accommodated in the pit of the lid; said latch is engaged with the recess of the side plate so as to lock the lid to the side plate; and said spring applies a restoring force to the handle (10, 12); and a hole is provided on a side wall of the pit of the lid; a sliding rail opposed to the hole is provided inside the pit; and between the sliding rail and the hole there is a rib for accommodating the spring, wherein the latch is provided on one end of the handle and used to be engaged with the hole and the other end of the handle is provided with a sliding slot for engaging with the sliding rail; and the back portion of the handle is provided with an elongate slot, and a pin is provided on a side wall of the elongate slot, wherein the elongate slot together with the rib are used to accommodate the spring. said locking mechanism comprises a locking structure, a restoring structure and a guiding structure, said locking mechanism is provided on an edge of the lid and an upper portion of a side plate; said locking structure is used to lock the lid to the side plates (3, 4, 5, 6) of the container, and said restoring structure and said guiding structure are used to assist the locking structure in locking the lid to the side plates (3, 4, 5, 6); said locking mechanism includes a handle (10, 12), a spring, a pit provided on the edge of the lid and a recess provided on the side plate; wherein a latch is provided on said handle (10, 12), and said handle (10, 12) and the spring are accommodated in the pit of the lid; said latch is engaged with the recess of the side plate so as to lock the lid to the side plate; and said spring applies a restoring force to the handle (10, 12); and a hole is provided on a side wall of the pit of the lid; a sliding rail opposed to the hole is provided inside the pit; and between the sliding rail and the hole there is a rib for accommodating the spring,
Method for producing a trim element comprising at least one layer of ligneous material, afront face of the trim element comprising at least one engraved pattern, the method comprising the following steps: - placing the layer of ligneous material in a forming tool, the front face of said layer being turned towards a wall of the forming tool, - pressing the layer of ligneous material against said wall such that it adopts the shape of the trim element to be produced, - applying a film having at least one engraved pattern on the front face of the layer of ligneous material or on a coating layer covering the front face of the ligneous material before placing said layer in the forming tool such that, during the pressing of the trim element, the engraved pattern is transferred to the front face of the layer of ligneous material or on the coating layer covering the front face of the ligneous material, - removing the film after the pressing of the layer of ligneous material in order to obtain the trim element having a front face with the engraved pattern. - placing the layer of ligneous material in a forming tool, the front face of said layer being turned towards a wall of the forming tool, - pressing the layer of ligneous material against said wall such that it adopts the shape of the trim element to be produced, - applying a film having at least one engraved pattern on the front face of the layer of ligneous material or on a coating layer covering the front face of the ligneous material before placing said layer in the forming tool such that, during the pressing of the trim element, the engraved pattern is transferred to the front face of the layer of ligneous material or on the coating layer covering the front face of the ligneous material, - removing the film after the pressing of the layer of ligneous material in order to obtain the trim element having a front face with the engraved pattern.