mhurhangee/ep-ind-claims huggingface dataset:
A method for making a fire resistant gypsum panel, the method comprising: preparing a gypsum slurry formed from stucco, water, mineral, glass or carbon fibers, or combinations thereof and having high expansion particles of unexpanded vermiculite in an amount up to 10% by weight based on the weight of the stucco dispersed therein, wherein the volume expansion of the vermiculite particles average 300% or more of their original volume after being heated for about one hour at 1560 °F (about 850 °C); disposing the gypsum slurry between a first cover sheet and a second cover sheet to form an assembly comprising a set gypsum core with the high expansion particles generally distributed throughout the gypsum core; cutting the assembly into a panel of predetermined dimensions; and drying the panel; such that the set gypsum core has a density of 40 pounds per cubic foot (about 635 kg/m 3) or less. preparing a gypsum slurry formed from stucco, water, mineral, glass or carbon fibers, or combinations thereof and having high expansion particles of unexpanded vermiculite in an amount up to 10% by weight based on the weight of the stucco dispersed therein, wherein the volume expansion of the vermiculite particles average 300% or more of their original volume after being heated for about one hour at 1560 °F (about 850 °C); disposing the gypsum slurry between a first cover sheet and a second cover sheet to form an assembly comprising a set gypsum core with the high expansion particles generally distributed throughout the gypsum core; cutting the assembly into a panel of predetermined dimensions; and drying the panel;
A valve comprising: a valve body (390; 490; 690; 990) having a first fluid conduit opening (312; 412; 612; 912); an orifice ridge (320; 420; 620; 920) disposed within the valve body (390; 490; 690; 990) and a control plate (384; 480; 684; 984) having a substantially planar control surface (386; 486; 686; 986), the control surface configured to be positioned above the orifice ridge (320; 420; 620; 920), wherein the valve body (390; 490; 690; 990) includes a second fluid conduit opening, wherein the second fluid conduit opening is disposed external to the orifice ridge (320; 420; 620; 920), characterised in that the orifice ridge (320; 420; 620; 920) has a kidney shape having four interconnected segments that form a non-circular closed circuit surrounding the first fluid conduit opening (312; 412; 612; 912), the four interconnected segments including three segments (A; B; C) that curve toward the first fluid conduit opening (312; 412; 612; 912) in plan view and one segment that curves away in plan view from the first fluid conduit opening (312; 412; 612; 912). a valve body (390; 490; 690; 990) having a first fluid conduit opening (312; 412; 612; 912); an orifice ridge (320; 420; 620; 920) disposed within the valve body (390; 490; 690; 990) and a control plate (384; 480; 684; 984) having a substantially planar control surface (386; 486; 686; 986), the control surface configured to be positioned above the orifice ridge (320; 420; 620; 920), wherein the valve body (390; 490; 690; 990) includes a second fluid conduit opening, wherein the second fluid conduit opening is disposed external to the orifice ridge (320; 420; 620; 920), characterised in that the orifice ridge (320; 420; 620; 920) has a kidney shape having four interconnected segments that form a non-circular closed circuit surrounding the first fluid conduit opening (312; 412; 612; 912), the four interconnected segments including three segments (A; B; C) that curve toward the first fluid conduit opening (312; 412; 612; 912) in plan view and one segment that curves away in plan view from the first fluid conduit opening (312; 412; 612; 912).
A downhole tool comprising a crosslinked elastomer material, the crosslinked elastomer material comprising a polymer molecule bonded to a subgroup covalently bonded to a nanoparticle.
Spreading device for spreading liquid and granular spreading material, comprising: - a rotatable spreading plate which has a distribution hub, - a spreading plate shaft, - a shaft housing in which the spreading plate shaft is rotatably mounted, - a spreading material dispensing means for dispensing the liquid spreading material onto the distribution hub, the spreading material dispensing means having a spreading material outlet opening which is directed towards the distribution hub, - a supply line for supplying the liquid spreading material to the spreading material dispensing means, characterised in that the position of the spreading material outlet opening for the liquid spreading material can be changed in the circumferential direction of the distribution hub by means of an electric, hydraulic or pneumatic actuator. - a rotatable spreading plate which has a distribution hub, - a spreading plate shaft, - a shaft housing in which the spreading plate shaft is rotatably mounted, - a spreading material dispensing means for dispensing the liquid spreading material onto the distribution hub, the spreading material dispensing means having a spreading material outlet opening which is directed towards the distribution hub, - a supply line for supplying the liquid spreading material to the spreading material dispensing means,
A cell, plant cell, or plant comprising a polynucleotide encoding a chimeric DGAT1 protein that comprises: a) at its N-terminal end, an N-terminal portion of a first plant DGAT1 protein, and b) at its C-terminal end, a C-terminal portion of a second plant DGAT1 protein, wherein the junction between the N-terminal portion of the first DGAT1 protein and the C-terminal portion of the second DGAT1 protein is upstream of the first transmembrane domain in the second plant DGAT1 protein, and wherein the cell, plant cell or plant produces more triacylglyceride than a control cell, plant cell or plant. a) at its N-terminal end, an N-terminal portion of a first plant DGAT1 protein, and b) at its C-terminal end, a C-terminal portion of a second plant DGAT1 protein,
A method to operate an overhead door with a door operating system, which operating system is provided with: - a motion sensor which detects in a contactless manner whether or not the overhead door is moving; - a switch member connected to an electrical power supply; - a motor connected to the switch member which operates the overhead door; and - a decision unit connected to the switch member, wherein the overhead door is operated by the motor by means of a cable, and the decision unit interrupts the electrical power supply to the motor when the decision unit has not received confirmation from the motion sensor that the door is moving within a certain period of time after operating the switch member. - a motion sensor which detects in a contactless manner whether or not the overhead door is moving; - a switch member connected to an electrical power supply; - a motor connected to the switch member which operates the overhead door; and - a decision unit connected to the switch member, wherein the overhead door is operated by the motor by means of a cable, and the decision unit interrupts the electrical power supply to the motor when the decision unit has not received confirmation from the motion sensor that the door is moving within a certain period of time after operating the switch member.
An improved method of sealing a sewn seam (66, 68) comprising the steps of: a) creating a sewn seam (66, 68) with the use of thread in multiple panels of material, the seam extending from a first exposed surface of one of the panels of material to an opposite exposed surface in a remote panel of material; b) applying a seam sealant to an exposed portion of the seam (66, 68) on the first exposed surface; c) locally applying a pressure differential to the opposite exposed surface proximate the seam (66, 68) on this surface, d) removing the pressure differential; and e) curing the sealant, thereby sealing the sewn seam (66, 68) across the multiple panels (62, 64), characterized in that said pressure differential is able to urge the seam sealant to migrate along the thread from the first exposed surface to regions between the panels (62,64), to the second opposite exposed surface of the remote panel of material and drawing the sealant onto said opposite exposed surface in the remote panel of material. a) creating a sewn seam (66, 68) with the use of thread in multiple panels of material, the seam extending from a first exposed surface of one of the panels of material to an opposite exposed surface in a remote panel of material; b) applying a seam sealant to an exposed portion of the seam (66, 68) on the first exposed surface; c) locally applying a pressure differential to the opposite exposed surface proximate the seam (66, 68) on this surface, d) removing the pressure differential; and e) curing the sealant, thereby sealing the sewn seam (66, 68) across the multiple panels (62, 64),
A railway track sleeper squaring device, comprising: - at least a first and second positioning element adapted to be located between two consecutive sleepers and adapted to be located at opposite ends of the sleepers and parallel to the direction of the railway track, where these positioning elements are configured to be extended in this direction; - a frame joined to the first and to the second positioning element; characterised in that the railway track sleeper squaring device further comprises: - a first and a second stops (6, 7) joined to the frame, where each stop (6, 7) comprises a first part and a second part arranged facing the first and the second positioning element, the first and second stops (6, 7) configured to be located, in use, on the external face of the two end sleepers (20, 21) to be positioned and where at least one of the first or second stops (6, 7) is configured to be extended in the direction parallel to the track; and - where the first and the second positioning element and the stop configured to be extended are configured to push the sleepers in their simultaneous extension to a predetermined value so as to square the sleepers. - at least a first and second positioning element adapted to be located between two consecutive sleepers and adapted to be located at opposite ends of the sleepers and parallel to the direction of the railway track, where these positioning elements are configured to be extended in this direction; - a frame joined to the first and to the second positioning element; - a first and a second stops (6, 7) joined to the frame, where each stop (6, 7) comprises a first part and a second part arranged facing the first and the second positioning element, the first and second stops (6, 7) configured to be located, in use, on the external face of the two end sleepers (20, 21) to be positioned and where at least one of the first or second stops (6, 7) is configured to be extended in the direction parallel to the track; and - where the first and the second positioning element and the stop configured to be extended are configured to push the sleepers in their simultaneous extension to a predetermined value so as to square the sleepers.
An apparatus for high data rate communication comprising - at least a signal de-multiplexer and a signal multiplexer wherein the signal de-multiplexer and the signal multiplexer connected to a modem unit via signal lines; - a reference control unit; - an antenna, wherein - the modem unit comprises a plurality of intermediate frequency modems; - combiners and splitters, wherein the combiners and the splitters are connected via signal channels to the plurality of IF modems; - and a RF-front end unit, wherein the combiners and the splitters are connected via an inphase signal line and a quadrature signal line to the RF-front end unit, characterized in that the IF modem comprises a two channel modulator, a two channel demodulator and a two channel IF transceiver with a fixed phase relationship between the two channels and a transformation module is preceding each IF modem, wherein the IF modem and the RF-front end unit form a double conversion architecture. - at least a signal de-multiplexer and a signal multiplexer wherein the signal de-multiplexer and the signal multiplexer connected to a modem unit via signal lines; - a reference control unit; - an antenna, wherein - the modem unit comprises a plurality of intermediate frequency modems; - combiners and splitters, wherein the combiners and the splitters are connected via signal channels to the plurality of IF modems; - and a RF-front end unit, wherein the combiners and the splitters are connected via an inphase signal line and a quadrature signal line to the RF-front end unit, characterized in that the IF modem comprises a two channel modulator, a two channel demodulator and a two channel IF transceiver with a fixed phase relationship between the two channels and a transformation module is preceding each IF modem, wherein the IF modem and the RF-front end unit form a double conversion architecture.
A mobile terminal comprising: a user input unit configured to input a key signal; a wireless communication unit configured to receive another user's image for a video communication and real-time location information of the other user; a display configured to display the received other user's image and the real-time location information of the other user; and a controller configured to control the wireless communication unit and display such that the real-time location information and the other user's image are displayed together, characterized in that the controller is further configured to, if the key signal is input via a specific shortcut key, automatically generate a message containing the real-time location information of the other user and to control the wireless communication unit to transmit the generated message to a third party user; and wherein the controller is configured to cause transmission of the real-time location information of the other user to the third party user in the course of the video communication. a user input unit configured to input a key signal; a wireless communication unit configured to receive another user's image for a video communication and real-time location information of the other user; a display configured to display the received other user's image and the real-time location information of the other user; and a controller configured to control the wireless communication unit and display such that the real-time location information and the other user's image are displayed together,
A link for an articulation arm, comprising: a vertebra, having a first base and a second base; two outer axial shoulders (202A,202B), formed on said first base and located on a radial line of said first base and protruding from said first base, each of said two outer axial shoulders including a respective pin hole (206A,206B); two inner axial shoulders (204A,204B), formed on said second base and located on a radial line of said second base and protruding from said second base, each of said two inner axial shoulders including a respective pin hole (208A,208B); four control bore holes (210A,210B,212A,212B), two (210A,210B) of said four control bore holes entering said second base and exiting a respective one of said outer axial shoulders and the other two (212A,212B) of said control bore holes entering said first base and exiting a respective one of said inner axial shoulders; and two pins, wherein pin holes respective of said two outer axial shoulders are operable to be aligned with pin holes respective of two inner axial shoulders of another link and with respective pins, thereby enabling each of said pins to be inserted through two respective aligned pin holes, thereby creating a bearing between two adjacent links such that said two adjacent links rotate one with respect to the other, characterized in that each of said pins comprises a respective pin control bore hole, and wherein said respective pin control bore hole of each said pins is aligned with a respective two control bore holes of each of said link and said another link. a vertebra, having a first base and a second base; two outer axial shoulders (202A,202B), formed on said first base and located on a radial line of said first base and protruding from said first base, each of said two outer axial shoulders including a respective pin hole (206A,206B); two inner axial shoulders (204A,204B), formed on said second base and located on a radial line of said second base and protruding from said second base, each of said two inner axial shoulders including a respective pin hole (208A,208B); four control bore holes (210A,210B,212A,212B), two (210A,210B) of said four control bore holes entering said second base and exiting a respective one of said outer axial shoulders and the other two (212A,212B) of said control bore holes entering said first base and exiting a respective one of said inner axial shoulders; and two pins, wherein pin holes respective of said two outer axial shoulders are operable to be aligned with pin holes respective of two inner axial shoulders of another link and with respective pins, thereby enabling each of said pins to be inserted through two respective aligned pin holes, thereby creating a bearing between two adjacent links such that said two adjacent links rotate one with respect to the other, characterized in that each of said pins comprises a respective pin control bore hole, and wherein said respective pin control bore hole of each said pins is aligned with a respective two control bore holes of each of said link and said another link.
A motor structure of an electric bicycle, the motor structure comprising: a motor provided with a rotor and a stator to generate a rotary force to drive a wheel of the electric bicycle, the stator being formed to surround an outer circumferential surface of the rotor; a first decelerator unit connected to a rotating shaft that is rotated together with the rotor; a second decelerator unit connected to the first decelerator unit and disposed outside the motor; and a motor housing to accommodate the motor and the second decelerator unit, characterized in that the rotor has an accommodation space formed at a center thereof and surrounded by the outer circumferential surface of the rotor, wherein the first decelerator unit is disposed in the accommodation space, the outer circumferential surface of the rotor being arranged between the first decelerator unit and the stator. a motor provided with a rotor and a stator to generate a rotary force to drive a wheel of the electric bicycle, the stator being formed to surround an outer circumferential surface of the rotor; a first decelerator unit connected to a rotating shaft that is rotated together with the rotor; a second decelerator unit connected to the first decelerator unit and disposed outside the motor; and a motor housing to accommodate the motor and the second decelerator unit,
A method for use on a wireless Session Initiation Protocol 'SIP' device that supports multiple SIP applications, the 'SIP' device having stored thereon, for each SIP application, SIP application provisioning information indicating if the SIP application may be run and what features are enabled, and configuration information including a SIP application identifier, a list of SIP features associated with the SIP application available to the wireless SIP device and SIP feature IDs for each respective SIP feature, the SIP applications being grouped into subsets of SIP applications and each subset of SIP applications having a corresponding subset of SIP applications on a different respective SIP server, the method comprising: a SIP application (115-1,115-2,115-M) requesting selection of a SIP application and a SIP feature from a SIP server comprising at least one SIP application (160-1,160-N), the at least one SIP application (160-1,160-N) comprising at least one SIP feature (1601-1,1601-2, 160N-1,160N-2,160N-N); determining if the requested SIP application and SIP feature are authorized to operate on the wireless SIP device based on the SIP application provisioning and configuration information stored on the wireless SIP device; and in response to determining that the requested SIP application and SIP feature are authorized to operate on the wireless SIP device, generating a message comprising a destination address of the SIP server, a source address of the wireless SIP device, a SIP application identifier for the requested SIP application and a SIP feature identifier for the requested SIP feature; and transmitting the message. a SIP application (115-1,115-2,115-M) requesting selection of a SIP application and a SIP feature from a SIP server comprising at least one SIP application (160-1,160-N), the at least one SIP application (160-1,160-N) comprising at least one SIP feature (1601-1,1601-2, 160N-1,160N-2,160N-N); determining if the requested SIP application and SIP feature are authorized to operate on the wireless SIP device based on the SIP application provisioning and configuration information stored on the wireless SIP device; and in response to determining that the requested SIP application and SIP feature are authorized to operate on the wireless SIP device, generating a message comprising a destination address of the SIP server, a source address of the wireless SIP device, a SIP application identifier for the requested SIP application and a SIP feature identifier for the requested SIP feature; and transmitting the message.
Kite system having a kite and a tether, wherein the tether extends between the kite and a tow point on the ground, wherein a predetermined breaking point is formed between the kite and the tether, characterized in that a catching device bridges the predetermined breaking point.
A system for use with at least one cryoprobe for treatment of biological tissue with thermal ablation, said at least one cryoprobe comprising a distal treatment portion, an exchange chamber in said distal treatment portion, an inflow conduit for transporting a cryogen towards said exchange chamber of the distal treatment portion, and an outflow conduit for transporting said cryogen from said exchange chamber of the distal treatment portion, the system characterised by: an inflow temperature sensor at a first location along the inflow conduit and configured to detect an inflow temperature of the cryogen flowing through said inflow conduit at the first location; an outflow temperature sensor at a second location along the outflow conduit and configured to detect an outflow temperature of the cryogen flowing through said outflow conduit at the second location; a processor operative to receive procedure data, said procedure data comprising the inflow temperature and the outflow temperature over time; calculate a procedure signature based on a temperature difference between said inflow temperature and said outflow temperature over time; and compare the procedure signature to a planning signature based on previously acquired image data of said tissue; and adjust power to the at least one cryoprobe based on comparing said procedure signature to said planning signature. an inflow temperature sensor at a first location along the inflow conduit and configured to detect an inflow temperature of the cryogen flowing through said inflow conduit at the first location; an outflow temperature sensor at a second location along the outflow conduit and configured to detect an outflow temperature of the cryogen flowing through said outflow conduit at the second location; a processor operative to receive procedure data, said procedure data comprising the inflow temperature and the outflow temperature over time; calculate a procedure signature based on a temperature difference between said inflow temperature and said outflow temperature over time; and compare the procedure signature to a planning signature based on previously acquired image data of said tissue; and adjust power to the at least one cryoprobe based on comparing said procedure signature to said planning signature.