mhurhangee/patent-ind-claim-en huggingface dataset:
A system for field internally coating a pipe joint; the system comprising a polymer application unit , which comprises: - a first cart configured to selectively advance inside a pipe in a direction parallel to the longitudinal axis (A) of the pipe ; - a first and a second tank configured to contain a first and a second polymer component respectively; - a mixer to mix the first and the second component; - a first and a second pump to feed the first and the second component respectively from the first and the second tank to the mixer ; - an applicator to apply the polymer to the pipe ; - a conduit comprising a free end configured to be placed near the applicator to feed the polymer from the mixer to the applicator ; and - a second cart configured to slide on the first cart in a direction parallel to the longitudinal axis (A) of the pipe to move the mixer , the applicator and the conduit with respect to the first cart . - a first cart configured to selectively advance inside a pipe in a direction parallel to the longitudinal axis (A) of the pipe ; - a first and a second tank configured to contain a first and a second polymer component respectively; - a mixer to mix the first and the second component; - a first and a second pump to feed the first and the second component respectively from the first and the second tank to the mixer ; - an applicator to apply the polymer to the pipe ; - a conduit comprising a free end configured to be placed near the applicator to feed the polymer from the mixer to the applicator ; and - a second cart configured to slide on the first cart in a direction parallel to the longitudinal axis (A) of the pipe to move the mixer , the applicator and the conduit with respect to the first cart .
Apparatus for wireless communications between communication modules (CM), the apparatus comprising a main transmission line (TL) which has a plurality of coupling points (CP), wherein the apparatus further comprises a plurality of main antennas (MA), wherein each main antenna is linked to a coupling area (CA) for directional coupling between said main antenna and the main transmission line at a coupling point of the plurality of coupling points and each main antenna is adapted to communicate with an auxiliary antenna (AA) linked to a communication module (CM), characterized in that the main transmission line (TL) has two terminator impedances (TI) having line-end impedances equal to the characteristic impedance of the main transmission line (TL).
A power supply apparatus, comprising: a plurality of power modules for receiving alternating current power to provide the power to a load; an uninterruptible supply module installed on one side of the plurality of power modules to supply self-power to the load; an inverter module installed on one side of the plurality of power modules or the uninterruptible supply module to convert power and provide the converted power to the load; direct current bus bars provided inside enclosures of the plurality of power modules , the uninterruptible supply module , and the inverter module , respectively; and a connection bus bar for connecting adjacent direct current bus bars , wherein in the plurality of power modules and the uninterruptible supply module , an alternating current/direct current converter or a direct current/direct current converter is provided above the direct current bus bar , or the alternating current/direct current converter or the direct current/direct current converter is provided under the direct current bus bar . a plurality of power modules for receiving alternating current power to provide the power to a load; an uninterruptible supply module installed on one side of the plurality of power modules to supply self-power to the load; an inverter module installed on one side of the plurality of power modules or the uninterruptible supply module to convert power and provide the converted power to the load; direct current bus bars provided inside enclosures of the plurality of power modules , the uninterruptible supply module , and the inverter module , respectively; and a connection bus bar for connecting adjacent direct current bus bars , wherein in the plurality of power modules and the uninterruptible supply module , an alternating current/direct current converter or a direct current/direct current converter is provided above the direct current bus bar , or the alternating current/direct current converter or the direct current/direct current converter is provided under the direct current bus bar .
A method for manufacturing an optical fiber ribbon as a method for manufacturing an intermittent connection-type optical fiber ribbon , the method comprising steps of: intermittently applying an adhesive resin between adjacent optical fibers of a plurality of optical fibers in the middle of a pass line in a longitudinal direction by arranging the plurality of optical fibers in parallel to allow the optical fibers to run on the pass line; and curing the adhesive resin , wherein the step of intermittently applying the adhesive resin is a step of, while rotating an adhesive resin conveying roller , which is formed by alternately laminating a disk-like fiber roller installed in the pass line, a disk-like partition plate having a diameter, which is constant in a circumferential direction, larger than that of the fiber roller and including a gap portion for holding the adhesive resin in a part of the vicinity of a peripheral edge portion in a circumferential direction, immersing the adhesive resin conveying roller in the adhesive resin , which is not cured, to hold the adhesive resin in the gap portion , and then removing the adhesive resin attached to the peripheral edge portion of the fiber roller and brining the optical fibers into contact with the partition plate such that the partition plate is sandwiched between the optical fibers in running, so as to intermittently apply the adhesive resin held in the gap portion to the optical fibers in the longitudinal direction. intermittently applying an adhesive resin between adjacent optical fibers of a plurality of optical fibers in the middle of a pass line in a longitudinal direction by arranging the plurality of optical fibers in parallel to allow the optical fibers to run on the pass line; and curing the adhesive resin , wherein the step of intermittently applying the adhesive resin is a step of, while rotating an adhesive resin conveying roller , which is formed by alternately laminating a disk-like fiber roller installed in the pass line, a disk-like partition plate having a diameter, which is constant in a circumferential direction, larger than that of the fiber roller and including a gap portion for holding the adhesive resin in a part of the vicinity of a peripheral edge portion in a circumferential direction, immersing the adhesive resin conveying roller in the adhesive resin , which is not cured, to hold the adhesive resin in the gap portion , and then removing the adhesive resin attached to the peripheral edge portion of the fiber roller and brining the optical fibers into contact with the partition plate such that the partition plate is sandwiched between the optical fibers in running, so as to intermittently apply the adhesive resin held in the gap portion to the optical fibers in the longitudinal direction.
A method of wireless communications, comprising: receiving , by a user equipment, UE, hopping information for generating two consecutive symbols in a two-symbol uplink short burst, ULSB, wherein the hopping information indicates whether hopping is enabled or disabled; receiving, by the UE, an index of a resource block for frequency hopping; generating , by the UE, a first symbol of the two consecutive symbols using a format associated with the two-symbol ULSB; generating , by the UE, a second symbol of the two consecutive symbols based on the format and the hopping information, wherein the second symbol is generated using one or more different resource blocks than those used for the first symbol based on the index of the resource block; and transmitting , by the UE, the two consecutive symbols in an uplink signal. receiving , by a user equipment, UE, hopping information for generating two consecutive symbols in a two-symbol uplink short burst, ULSB, wherein the hopping information indicates whether hopping is enabled or disabled; receiving, by the UE, an index of a resource block for frequency hopping; generating , by the UE, a first symbol of the two consecutive symbols using a format associated with the two-symbol ULSB; generating , by the UE, a second symbol of the two consecutive symbols based on the format and the hopping information, wherein the second symbol is generated using one or more different resource blocks than those used for the first symbol based on the index of the resource block; and transmitting , by the UE, the two consecutive symbols in an uplink signal.
An air jet loom with a weft insertion control device , including a weft insertion nozzle , a plurality of sub-nozzles and a brake braking a weft yarn (Y) before weft insertion ends, wherein the weft insertion control device includes a sensor provided within a width of cloth to be woven by the air jet loom so as to detect the weft yarn (Y) and a correction unit correcting air injection start timing (D1, F1, H1) of the sub-nozzles , characterized in that the sensor is disposed between a leading end position (YE) of the weft yarn (Y) that is located at air injection end timing (ME) of the weft insertion nozzle and a leading end position (YB) of the weft yarn (Y) that is located at brake timing (BT) of the brake , wherein the correction unit estimates a weft traveling curve (A, B, C, E, G) based on weft detection timing (IS) of the sensor , wherein the weft traveling curve (A, B, C, E, G) is obtained using different air injection pressures of the sub-nozzles considering a weft insertion direction and a loom angular position and wherein the correction unit corrects the air injection start timing (D1, F1, H1 of the sub-nozzles in accordance with the estimated weft traveling curve (A, B, C, E, G). wherein the weft insertion control device includes a sensor provided within a width of cloth to be woven by the air jet loom so as to detect the weft yarn (Y) and a correction unit correcting air injection start timing (D1, F1, H1) of the sub-nozzles , characterized in that the sensor is disposed between a leading end position (YE) of the weft yarn (Y) that is located at air injection end timing (ME) of the weft insertion nozzle and a leading end position (YB) of the weft yarn (Y) that is located at brake timing (BT) of the brake , wherein the correction unit estimates a weft traveling curve (A, B, C, E, G) based on weft detection timing (IS) of the sensor , wherein the weft traveling curve (A, B, C, E, G) is obtained using different air injection pressures of the sub-nozzles considering a weft insertion direction and a loom angular position and wherein the correction unit corrects the air injection start timing (D1, F1, H1 of the sub-nozzles in accordance with the estimated weft traveling curve (A, B, C, E, G).
A construction machine comprising: a first hydraulic actuator that is a hydraulic cylinder; a second hydraulic actuator ; a tank ; and a first hydraulic pump supplying a hydraulic fluid to the second hydraulic actuator , characterized in that the construction machine further comprising: a return hydraulic fluid selection device that is connected to a bottom side hydraulic fluid chamber and a rod side hydraulic fluid chamber of the first hydraulic actuator via hydraulic lines , selects the rod side hydraulic fluid chamber as supply source of a return hydraulic fluid at a time of a raising operation of the first hydraulic actuator , and selects the bottom side hydraulic fluid chamber as the supply source of the return hydraulic fluid at a time of a lowering operation of the first hydraulic actuator ; a regeneration line supplying the hydraulic fluid discharged from the return hydraulic fluid selection device to a portion between the second hydraulic actuator and the first hydraulic pump to regenerate the hydraulic fluid; a discharge line discharging the hydraulic fluid discharged from the return hydraulic fluid selection device to the tank ; and a regeneration/discharge flow rate adjustment device (4, 8; 41, 42; 4, 43)capable of adjusting a flow rate of the hydraulic fluid flowing through the regeneration line and a flow rate of the hydraulic fluid flowing through the discharge line . a return hydraulic fluid selection device that is connected to a bottom side hydraulic fluid chamber and a rod side hydraulic fluid chamber of the first hydraulic actuator via hydraulic lines , selects the rod side hydraulic fluid chamber as supply source of a return hydraulic fluid at a time of a raising operation of the first hydraulic actuator , and selects the bottom side hydraulic fluid chamber as the supply source of the return hydraulic fluid at a time of a lowering operation of the first hydraulic actuator ; a regeneration line supplying the hydraulic fluid discharged from the return hydraulic fluid selection device to a portion between the second hydraulic actuator and the first hydraulic pump to regenerate the hydraulic fluid; a discharge line discharging the hydraulic fluid discharged from the return hydraulic fluid selection device to the tank ; and a regeneration/discharge flow rate adjustment device (4, 8; 41, 42; 4, 43)capable of adjusting a flow rate of the hydraulic fluid flowing through the regeneration line and a flow rate of the hydraulic fluid flowing through the discharge line .
A polymer composition comprising: (A) at least one semicrystalline polymer, and (B) a stabilizer composition comprising: at least one primary antioxidant comprising at least one phenolic antioxidant; and at least one secondary antioxidant comprising at least one phosphite, and at least one chain extending agent; wherein the Δb* value for said polymer composition is less than 10 according to the L*, a* and b* color system of the CIE (International Commission on Illumination) after being heated for at least three hours at 200°C or after being heated for at least twenty-four hours at 175°C; characterized in that said at least one phenolic antioxidant is pentaerythritol tetrakis[3-(3,5-di-t-butyl-4-hydroxyphenyl) propionate; said at least one phosphite is tris(2,4-di-tert-butylphenyl) phosphite; and said at least one chain extending agent is a copolymer of glycidyl methacrylate and styrene. (A) at least one semicrystalline polymer, and (B) a stabilizer composition comprising: at least one primary antioxidant comprising at least one phenolic antioxidant; and at least one secondary antioxidant comprising at least one phosphite, and at least one chain extending agent; at least one primary antioxidant comprising at least one phenolic antioxidant; and at least one secondary antioxidant comprising at least one phosphite, and at least one chain extending agent; wherein the Δb* value for said polymer composition is less than 10 according to the L*, a* and b* color system of the CIE (International Commission on Illumination) after being heated for at least three hours at 200°C or after being heated for at least twenty-four hours at 175°C; characterized in that said at least one phenolic antioxidant is pentaerythritol tetrakis[3-(3,5-di-t-butyl-4-hydroxyphenyl) propionate; said at least one phosphite is tris(2,4-di-tert-butylphenyl) phosphite; and said at least one chain extending agent is a copolymer of glycidyl methacrylate and styrene.
A non-pneumatic tire and wheel assembly comprising a non-pneumatic tire and a wheel , the non-pneumatic tire comprising a ground contacting annular tread portion , a shear band and at least one spoke loop structure connected to the shear band , wherein the spoke loop structure has a plurality of flexible loops extending inward from the shear band , wherein each flexible loop is formed from a strip of elastomeric material, and a wherein each flexible loop is connected to the wheel , wherein said plurality of flexible loops form a first set of flexible loops and a second set of flexible loops, which are spaced apart in the axial direction, characterized in that the flexible loops in the second set of flexible loops are reinforced with stiffer reinforcement cords than the flexible loops in the first set of flexible loops , and, optionally wherein the flexible loops in the second set of flexible loops are aligned in the circumferential direction.
Method for operating a cooking system , wherein the cooking system has a hob , cookware and a mobile device , the method comprising the steps of: transmitting a process instruction from the mobile device to the hob , receiving the process instruction from the mobile device by means of the hob , characterised by the steps: transmitting a confirmation request from the hob to the cookware , in response to a confirmation by a user on the cookware , transmitting a confirmation message from the cookware to the hob , and in response to the hob receiving the confirmation message from the cookware , executing the process instruction of the mobile device by means of the hob . transmitting a process instruction from the mobile device to the hob , receiving the process instruction from the mobile device by means of the hob , characterised by the steps: transmitting a confirmation request from the hob to the cookware , in response to a confirmation by a user on the cookware , transmitting a confirmation message from the cookware to the hob , and in response to the hob receiving the confirmation message from the cookware , executing the process instruction of the mobile device by means of the hob . transmitting a confirmation request from the hob to the cookware , in response to a confirmation by a user on the cookware , transmitting a confirmation message from the cookware to the hob , and in response to the hob receiving the confirmation message from the cookware , executing the process instruction of the mobile device by means of the hob .
A stabilization system for stabilizing a bone, the system comprising: a bone plate , the bone plate comprising an elongated portion extending along a longitudinal axis and an enlarged head portion extending from the elongated portion , the bone plate comprising a plurality of through holes ; an intramedullary nail , the intramedullary nail comprising an upper portion and a lower portion extending from the upper portion , the upper portion and the lower portion including a plurality of holes ; a drill guide configured to be attached to the bone plate , the drill guide having a plurality of openings that correspond to the plurality of through holes on the bone plate , wherein the drill guide has an upper surface and a lower surface, and a plurality of projections that extend from the lower surface of the drill guide , wherein one of the plurality of projections includes a ledge that contacts the bone plate ; and a plurality of fasteners configured to extend through one or more of the plurality of openings in the drill guide and the plurality of through holes in the bone plate and through one or more of the plurality of holes in the intramedullary nail and into the bone. a bone plate , the bone plate comprising an elongated portion extending along a longitudinal axis and an enlarged head portion extending from the elongated portion , the bone plate comprising a plurality of through holes ; an intramedullary nail , the intramedullary nail comprising an upper portion and a lower portion extending from the upper portion , the upper portion and the lower portion including a plurality of holes ; a drill guide configured to be attached to the bone plate , the drill guide having a plurality of openings that correspond to the plurality of through holes on the bone plate , wherein the drill guide has an upper surface and a lower surface, and a plurality of projections that extend from the lower surface of the drill guide , wherein one of the plurality of projections includes a ledge that contacts the bone plate ; and a plurality of fasteners configured to extend through one or more of the plurality of openings in the drill guide and the plurality of through holes in the bone plate and through one or more of the plurality of holes in the intramedullary nail and into the bone.
Dispenser of a sealant for hemostasis, comprising: - a container configured to receive a fibrinogen solution , and - an activation compartment , the activation compartment being situated downstream of the container and comprising a functionalized support to which a coagulation factor is electrostatically immobilized, wherein the functionalized support is a functionalized resin, characterized in that the functionalized resin comprises particles with a mean size of 150 to 300 μm. - a container configured to receive a fibrinogen solution , and - an activation compartment ,
A rotor blade for a wind turbine, the rotor blade comprising at least one spar cap , wherein the spar cap is arranged along a span of the rotor blade and substantially extends between the wing root and the wing tip 5 , wherein the spar cap comprises a plurality of bundles of fiber rovings , which are embedded in a matrix so as to provide a fiber-reinforced member, and wherein an area of a cross-section of the spar cap in a plane of the airfoil of the rotor blade , decreases with increasing distance from the wing root and bundles of fiber rovings are embedded in the matrix, wherein a first 10 bundle of fiber rovings starts at a position of the spar cap , which is close to the wing root and extends spanwise towards the wing tip up to a first maximum distance from the wing root , and a second bundle of fiber rovings starts at the position of the spar cap , which is close to the wing root and extends spanwise towards the wing tip up to a second maximum 15 distance from the wing root, wherein the second length (L2) of the second bundle of fiber rovings is greater than the first length (L1) of the first bundle of fiber rovings , characterized in that the plurality of fiber rovings is directly placed into a half shell of the rotor blade during manufacture of the spar cap .
A method for determining a risk of an offspring for developing an autism spectrum disorder (ASD), the method comprising: detecting in a plasma or serum sample from the mother or potential mother of the offspring the presence or absence of maternal antibodies that bind to a peptide consisting of the amino acid sequence of SEQ ID NO: 12, wherein the presence of maternal antibodies that bind to the peptide indicates an increased risk of the offspring for developing an ASD.