mhurhangee/ep-ind-claims huggingface dataset:
A method for determining an energy content of a fuel gas, tail gas, or bio-gas mixture using a gas density meter, comprising the steps of: providing a vibratory gas density meter; providing meter electronics with the gas density meter configured to communicate with at least one external input, wherein the external input comprises a percent H 2 value of the gas mixture, a percent CO value of the gas mixture, a percent CO 2 value of the gas mixture, and a percent N 2 value of the gas mixture; measuring a density of the gas mixture; measuring a specific gravity of the gas mixture; and deriving a calorific value of the gas mixture using the measured specific gravity and a plurality of constant values; wherein the calorific value is calculated, in, according to an equation comprising: CV = A + (B · percent H 2) + ( C · percent CO) + ( D · percent CO 2) + ( E · percent N 2) + ( F · SG), wherein A is between about 144.8 and 150.8, wherein B is between about -2.5 and -2.6, wherein C is between about -12.15 and -12.65, wherein D is between about -47.7 and -49.65, wherein E is between about -24.68 and -25.69, and wherein F is between about 1528.7 and 1591.1, and SG comprises the specific gravity; and calculating the specific gravity from the measured density. providing a vibratory gas density meter; providing meter electronics with the gas density meter configured to communicate with at least one external input, wherein the external input comprises a percent H 2 value of the gas mixture, a percent CO value of the gas mixture, a percent CO 2 value of the gas mixture, and a percent N 2 value of the gas mixture; measuring a density of the gas mixture; measuring a specific gravity of the gas mixture; and deriving a calorific value of the gas mixture using the measured specific gravity and a plurality of constant values; wherein the calorific value is calculated, in, according to an equation comprising: CV = A + (B · percent H 2) + ( C · percent CO) + ( D · percent CO 2) + ( E · percent N 2) + ( F · SG), wherein A is between about 144.8 and 150.8, wherein B is between about -2.5 and -2.6, wherein C is between about -12.15 and -12.65, wherein D is between about -47.7 and -49.65, wherein E is between about -24.68 and -25.69, and wherein F is between about 1528.7 and 1591.1, and SG comprises the specific gravity; and calculating the specific gravity from the measured density.
A device for treating a target tissue, comprising: a clip including a capsule (106, 206) extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, proximal ends of a pair of clip arms slidably received within the channel so that the pair of clip arms are movable between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends thereof are moved toward one another, the capsule (106, 206) further including a cap (114, 214) coupled to a distal end of a longitudinal body (112, 212) so that, when a predetermined force is exerted on the cap (114, 214) via engaging features of the clip arms, the cap (114, 214) is moved from a pre-deployed configuration to the deployed configuration, in which the cap (114, 214) is moved proximally relative to the longitudinal body (112, 212) to reduce a length of the capsule (106, 206); and a proximal portion configured to permit insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end configured to be releasably coupled to the proximal end of the capsule (106, 206) and a control member extending through the flexible shaft to a distal end releasably coupled to proximal ends of the clip arms so that moving the control member longitudinally relative to the flexible shaft moves the clip arms between the open and the closed configurations. a clip including a capsule (106, 206) extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, proximal ends of a pair of clip arms slidably received within the channel so that the pair of clip arms are movable between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends thereof are moved toward one another, the capsule (106, 206) further including a cap (114, 214) coupled to a distal end of a longitudinal body (112, 212) so that, when a predetermined force is exerted on the cap (114, 214) via engaging features of the clip arms, the cap (114, 214) is moved from a pre-deployed configuration to the deployed configuration, in which the cap (114, 214) is moved proximally relative to the longitudinal body (112, 212) to reduce a length of the capsule (106, 206); and a proximal portion configured to permit insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end configured to be releasably coupled to the proximal end of the capsule (106, 206) and a control member extending through the flexible shaft to a distal end releasably coupled to proximal ends of the clip arms so that moving the control member longitudinally relative to the flexible shaft moves the clip arms between the open and the closed configurations.
Container for a coil of welding wire comprising: - a container body comprising an external peripheral wall and an internal volume designed, and dimensioned to receive a coil of welding wire, - said container body comprising at least one first bottom at its base, and a lid at its upper end, and - at least one lifting strap mainly extending inside the internal volume of the container body, said lifting strap comprising end portions (1a, 1b) located outside the container, said end portions (1a, 1b) of strap exiting the container through passage openings, characterised in that said passage openings are formed in the lid to seal the upper end of the container body. - a container body comprising an external peripheral wall and an internal volume designed, and dimensioned to receive a coil of welding wire, - said container body comprising at least one first bottom at its base, and a lid at its upper end, and - at least one lifting strap mainly extending inside the internal volume of the container body, said lifting strap comprising end portions (1a, 1b) located outside the container, said end portions (1a, 1b) of strap exiting the container through passage openings,
Hair drying device comprising:- an electric motor unit to generate an air flow destined in use to hair drying and/or care; - A support to hold said electric motor unit; - A spacer duct, hollow inside so that the air flow emitted by said motor unit flows along the duct towards its exit section (4"; 114"); and wherein said spacer duct has an overall length at least equal or major in respect of the distance ( R 1) in which the electromagnetic field emitted by said electric motor unit measures an intensity equal to a pre-established threshold value; characterized by the fact that said spacer duct is provided with at least an indicative signal of the distance ( R 1) in which said electromagnetic field reaches said pre-established threshold value. - A support to hold said electric motor unit; - A spacer duct, hollow inside so that the air flow emitted by said motor unit flows along the duct towards its exit section (4"; 114"); and wherein said spacer duct has an overall length at least equal or major in respect of the distance ( R 1) in which the electromagnetic field emitted by said electric motor unit measures an intensity equal to a pre-established threshold value; characterized by the fact that said spacer duct is provided with at least an indicative signal of the distance ( R 1) in which said electromagnetic field reaches said pre-established threshold value.
Bearing arrangement for an intermediate gear assembly group having an intermediate shaft and an intermediate gear for the reversal of the direction of rotation for a reverse gear transmission ratio of a transmission which is arranged in a housing, characterized in that a bearing block which is configured in one piece is provided for receiving the intermediate gear assembly group on both sides in the housing, and bearing block-side bearing faces are provided for supporting the bearing block in the housing, which bearing faces correspond with housing-side bearing faces for radial positioning of the bearing block on the inner wall of the housing.
An in vitro method of predicting an individual's likelihood of having systemic lupus erythematosus by detecting increased BLyS/APRIL heterotrimer levels in the serum of an individual, comprising: (a) measuring the level of HT in a test serum sample from the individual, wherein detecting BLyS/APRIL heterotrimer levels comprises contacting the serum sample with an immobilised antibody that specifically binds to one of the HT subunits, and subsequently contacting the bound molecules with a detectable antibody that specifically binds to the other HT subunit, wherein binding to both antibodies indicates the presence of BLyS/APRIL heterotrimer; (b) comparing that level to the level of HT in a serum sample from a healthy control; and (c) determining whether the level of HT in the test serum sample is increased as compared to the level in the control serum sample; wherein said increased HT levels is associated with systemic lupus erythematosus. (a) measuring the level of HT in a test serum sample from the individual, wherein detecting BLyS/APRIL heterotrimer levels comprises contacting the serum sample with an immobilised antibody that specifically binds to one of the HT subunits, and subsequently contacting the bound molecules with a detectable antibody that specifically binds to the other HT subunit, wherein binding to both antibodies indicates the presence of BLyS/APRIL heterotrimer; (b) comparing that level to the level of HT in a serum sample from a healthy control; and (c) determining whether the level of HT in the test serum sample is increased as compared to the level in the control serum sample;
A curable coating for a substrate comprising: a. a curable resin comprising: i. a polyester urethane acrylate; and ii. an acrylate functional monomer; b. a cure system; and c. diamond particles, characterised in that the coating contains a mixture of nano-sized and micron-sized diamond particles. a. a curable resin comprising: i. a polyester urethane acrylate; and ii. an acrylate functional monomer; i. a polyester urethane acrylate; and ii. an acrylate functional monomer; b. a cure system; and c. diamond particles,
Method for positioning a rail-guided mobile part, wherein the mobile part comprises a magnet wheel disc driven by a rotational-speed-controlled drive directly or via a gearing, wherein the magnet wheel disc comprises alternately magnetised permanent magnets in the circumferential direction, wherein, in order to generate driving force in the rail direction for the mobile part, the magnet wheel disc generates eddy currents on a reaction part extending in the rail direction, characterised in that the mass of the mobile part is estimated or determined, wherein a desired acceleration profile is determined by a profile generator before the start of the positioning sequence, wherein a precontrol signal is determined as a function of the desired acceleration profile and the mass, and wherein the precontrol signal via a precontrol branch is added to a control value signal of a first controller element, so that a desired rotational speed is provided to the drive controller.
A device for retracting soft tissue for appositional bone reconstruction, consisting of a single device designed for application in appositional bone reconstruction surgeries in implant dentistry, comprising: a titanium screw having a length selected between 6, 8 and 10 mm, a length of a threadable area of the titanium screw varying between 8 mm, 6 mm or 4 mm, and the ends of the titanium screw presenting a hexagonal structure; and PEEK capsules capable of being incased at both ends of said titanium screw and having a diameter of 4.5 mm; characterized in that: the hexagonal structure is 1.2 mm long; and the PEEK capsules have a height of 1.5 mm. a titanium screw having a length selected between 6, 8 and 10 mm, a length of a threadable area of the titanium screw varying between 8 mm, 6 mm or 4 mm, and the ends of the titanium screw presenting a hexagonal structure; and PEEK capsules capable of being incased at both ends of said titanium screw and having a diameter of 4.5 mm; the hexagonal structure is 1.2 mm long; and the PEEK capsules have a height of 1.5 mm.
Cut length indicating device for a portable machine tool, with at least one indicating unit (16a; 16b; 16c; 16d; 16e), which comprises at least one movably mounted indicating element (14a; 14b; 14c; 14d; 14e), for indicating at least one position of a cutting edge of a machining tool (18a; 18b; 18c; 18d; 18e) on a workpiece, which is to be machined, in dependence on a set depth of cut of the machining tool (18a; 18b; 18c; 18d; 18e), characterized in that, in at least one operating state, for indicating the position of the cutting edge, the indicating element (14a; 14b; 14c; 14d; 14e) depicts a cutting edge indicating line (20a; 20b; 20c; 20d; 20e) running at least substantially transversely with respect to a plane of movement of the indicating element (14a; 14b; 14c; 14d; 14e) on the workpiece, wherein the cutting edge indicating line (20a; 20b; 20c; 20d; 20e) is formed by a light beam produced and projected by the indicating element (14a; 14b; 14c; 14d; 14e), in particular by a laser beam produced and projected by the indicating element (14a; 14b; 14c; 14d; 14e).
A method for managing a pre-established session in a push-to-talk over cellular, PoC, server (710-A), the method, performed by the PoC server (710-A), comprising the steps of: establishing a pre-established session between a PoC user equipment, UE, (502-A) and the PoC server (710-A); determining if there is a pre-established session between the PoC UE (502-A) and the PoC server (710-A) when a PoC session invitation request message is received from a first PoC server; storing a pre-established session ID according to the pre-established session when there is the pre-established session; transmitting, to the PoC UE (502-A), a PoC session re-invitation request message including the pre-established session ID; transmitting, to the PoC UE (502-A), a connection message including a PoC session ID; transferring, to the first server, a PoC session termination request message for requesting the ending of a PoC session between an inviting PoC client (502-B) and a PoC client of the PoC UE (500, 502-A), when the PoC session termination request message is received from the PoC UE (502-A), wherein the PoC session termination request message includes the PoC session ID and the pre-established session ID; and releasing the connection of the PoC session while maintaining the pre-established session. establishing a pre-established session between a PoC user equipment, UE, (502-A) and the PoC server (710-A); determining if there is a pre-established session between the PoC UE (502-A) and the PoC server (710-A) when a PoC session invitation request message is received from a first PoC server; storing a pre-established session ID according to the pre-established session when there is the pre-established session; transmitting, to the PoC UE (502-A), a PoC session re-invitation request message including the pre-established session ID; transmitting, to the PoC UE (502-A), a connection message including a PoC session ID; transferring, to the first server, a PoC session termination request message for requesting the ending of a PoC session between an inviting PoC client (502-B) and a PoC client of the PoC UE (500, 502-A), when the PoC session termination request message is received from the PoC UE (502-A), wherein the PoC session termination request message includes the PoC session ID and the pre-established session ID; and releasing the connection of the PoC session while maintaining the pre-established session.
A method for computer-implemented controlling a doubly-fed electric machine, where stator windings of a stator are directly connected to an electrical grid and where rotor windings of a rotor are connected to the electrical grid via a power conversion system, comprising an AC-to-DC converter and a DC-to-AC converter and being adapted to control a rotor current, the method comprising the steps of: a) obtaining a rotational speed (n) of the machine; b) determining, whether the obtained rotational speed (n) is within a predetermined operational speed range around the synchronous speed (n sync); wherein, if it is determined that the obtained rotational speed (n) is within the predetermined operational speed range, the following steps are performed: c) controlling the AC-to-DC converter of the power conversion system to force injection of a stator reactive power (Q harm) to create a harmonic at a frequency different than a rated frequency of the machine; and d) controlling the DC-to-AC converter of the power conversion system to compensate the created stator reactive power (Q harm) and the harmonic, characterized in that step c) comprises controlling the AC-to-DC converter such that the forced injection of the stator reactive power (Q harm) is maximized at the synchronous speed (n sync) and decreasing to the borders of the predetermined operational speed range. a) obtaining a rotational speed (n) of the machine; b) determining, whether the obtained rotational speed (n) is within a predetermined operational speed range around the synchronous speed (n sync); c) controlling the AC-to-DC converter of the power conversion system to force injection of a stator reactive power (Q harm) to create a harmonic at a frequency different than a rated frequency of the machine; and d) controlling the DC-to-AC converter of the power conversion system to compensate the created stator reactive power (Q harm) and the harmonic, characterized in that step c) comprises controlling the AC-to-DC converter such that the forced injection of the stator reactive power (Q harm) is maximized at the synchronous speed (n sync) and decreasing to the borders of the predetermined operational speed range.
An apparatus for applying a withdrawal string to a tampon, the apparatus comprising: a) a sliver guide; b) a gripper capable of reciprocating motion and arranged and configured to cooperate with the sliver guide to grasp an end of a sliver maintained therein; c) a winding mandrel; d) a string application and knotter apparatus comprising a circular ring bearing having a string conveyor mounted thereon; wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel; and wherein the ring bearing is substantially rigid. a) a sliver guide; b) a gripper capable of reciprocating motion and arranged and configured to cooperate with the sliver guide to grasp an end of a sliver maintained therein; c) a winding mandrel; d) a string application and knotter apparatus comprising a circular ring bearing having a string conveyor mounted thereon; wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel; and wherein the ring bearing is substantially rigid. wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel; and wherein the ring bearing is substantially rigid.
A method for manufacturing an external cladding for a laminate battery wherein an external cladding for a laminate battery, in which a projecting portion for housing a battery element is formed is manufactured by using as a material austenitic stainless steel foil having a thermoplastic resin layer on one of a front surface and a rear surface and a lubricating film on the other of the front surface and the rear surface; wherein the lubricant film is a resin film formed from one or more types of resins selected from polyvinyl alcohol resin, urethane resin, and acrylic resin, wherein the ratio between the molecular weight of an OH group and the total molecular weight of the resin is no less than 0.2; disposing the stainless steel foil such that the surface provided with the thermoplastic resin layer is opposite a punch; and implementing drawing on the stainless steel foil without using lubricating oil in a condition where an annular region of the stainless steel foil, which is contacted by a shoulder portion of the punch, is set at a temperature of 0 - 20°C, and an exterior region on an exterior of the annular region is set at a temperature between 40°C and 100°C.
A handy-stick type vacuum cleaner comprising: a first part configured to include a dust collection unit; a second part configured to include a suction motor and a handle; a third part configured to rotatably connect the first and second parts (100, 200) with each other; and a mode setting unit configured to be disposed inside the second part to selectively lock and unlock the third part, and set a rotating mode in which the first and second parts (100, 200) are rotated with respect to each other and a fixing mode in which the first and second parts (100, 200) are not rotated, and wherein, in the rotating mode, the first and second parts (100, 200) are configured to rotate freely with respect to each other as the handy-stick type vacuum cleaner is moved back and forth, wherein the third part includes: a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft. a first part configured to include a dust collection unit; a second part configured to include a suction motor and a handle; a third part configured to rotatably connect the first and second parts (100, 200) with each other; and a mode setting unit configured to be disposed inside the second part to selectively lock and unlock the third part, and set a rotating mode in which the first and second parts (100, 200) are rotated with respect to each other and a fixing mode in which the first and second parts (100, 200) are not rotated, and wherein, in the rotating mode, the first and second parts (100, 200) are configured to rotate freely with respect to each other as the handy-stick type vacuum cleaner is moved back and forth, wherein the third part includes: a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft. a first connection member coupled to the first part; and a second connection member coupled to the second part and rotatably connected to the first connection member, and wherein the first connection member and the second connection member rotate with respect to a rotation shaft.