mhurhangee/ep-ind-claims huggingface dataset:
A composite tower for power grid transmission line comprising a composite cross arm structure, wherein the composite cross arm structure comprises: two sets of cross arm insulators arranged horizontally into a V-shaped arrangement, wherein a first end of each of the two sets of cross arm insulators is connected to a tower body of the composite tower at the opening of the V-shaped arrangement and the longitudinal positions along the tower body of the first ends of each of the two sets of cross arm insulators are the same, and each of the sets of cross arm insulators is formed from two hollow insulators connected with each other via a flange; and two sets of oblique-pulling insulators, each of the two sets of cross arm insulators corresponding to one of the two sets of oblique-pulling insulators such that one end of each set of oblique-pulling insulators is connected to a second end of the corresponding set of cross arm insulators at the apex of the V-shaped arrangement, and the other end of that set of oblique-pulling insulators is connected to the tower body over the first end of the corresponding set of cross arm insulators, characterized in that the composite cross arm structure further comprising: middle insulation pulling rods corresponding to each of the sets of cross arm insulators respectively, one end of the middle insulation pulling rod is connected to the flange of the cross arm insulator, and the other end of the middle insulation pulling rod is connected to the tower body over the cross arm insulator. two sets of cross arm insulators arranged horizontally into a V-shaped arrangement, wherein a first end of each of the two sets of cross arm insulators is connected to a tower body of the composite tower at the opening of the V-shaped arrangement and the longitudinal positions along the tower body of the first ends of each of the two sets of cross arm insulators are the same, and each of the sets of cross arm insulators is formed from two hollow insulators connected with each other via a flange; and two sets of oblique-pulling insulators, each of the two sets of cross arm insulators corresponding to one of the two sets of oblique-pulling insulators such that one end of each set of oblique-pulling insulators is connected to a second end of the corresponding set of cross arm insulators at the apex of the V-shaped arrangement, and the other end of that set of oblique-pulling insulators is connected to the tower body over the first end of the corresponding set of cross arm insulators, characterized in that the composite cross arm structure further comprising: middle insulation pulling rods corresponding to each of the sets of cross arm insulators respectively, one end of the middle insulation pulling rod is connected to the flange of the cross arm insulator, and the other end of the middle insulation pulling rod is connected to the tower body over the cross arm insulator.
An apparatus comprising; a marine riser, wherein the marine riser is suspended in a body of water; a tube (2, 7, 13) configured to insert into the top of the marine riser, wherein one or more catalysts are comprised inside the tube (2, 7, 13), and wherein the top of the tube (2, 7, 13) is configured to receive feedstock (1,6) such that contact of the feedstock (1, 6) with at least one of catalysts produces synthetic products; and a pressurizing unit (15, 20) coupled to the tube (2, 7, 13), the pressurizing unit (15, 20) capable of pressurizing a feedstock in a downwardly direction through the tube (2, 7, 13) when the tube (2, 7, 13) is inserted in the marine riser, characterized in that the apparatus is for producing synthetic hydrocarbon derived products and comprises an annulus (4, 11) configured to receive the produced synthetic products, wherein contact of the feedstock with at least one of the catalysts produces a mixture comprising synthetic hydrocarbons, wherein heat generated by contact of the catalyst is rejected into the body of water during production of the synthetic products from the annulus (4, 11).
A magnetiser comprising a housing, a passage (8; 56) arranged inside the housing, and a permanent magnet assembly (2/4; 52/54/58/60/62/64; 82/84; 92/94) arranged outside the passage with the passage passing therethrough to provide a magnetic field passing through the passage, said housing comprising an inlet to the passage and an outlet from the passage such that an object to be magnetised can be inserted into the passage via the inlet in the housing and removed via the outlet in the housing, wherein the passage comprises a. a uniform portion (14; 70; 86; 96) where opposing surfaces of the permanent magnet assembly are arranged a uniform distance apart along the length of the uniform portion and b. a diverging portion (16; 68; 88, 98) arranged between one end of the uniform portion of the passage and the outlet of the housing where opposing surfaces of the permanent magnet assembly diverge such that the distance between opposing surfaces of the diverging portion nearest the uniform portion is less than the distance between opposing surfaces of the diverging portion nearest the outlet, characterised in that c. the average angle of the normal vector of the opposing surfaces of the diverging portion to a longitudinal centre axis of the passage is greater than 45 degrees. a. a uniform portion (14; 70; 86; 96) where opposing surfaces of the permanent magnet assembly are arranged a uniform distance apart along the length of the uniform portion and b. a diverging portion (16; 68; 88, 98) arranged between one end of the uniform portion of the passage and the outlet of the housing where opposing surfaces of the permanent magnet assembly diverge such that the distance between opposing surfaces of the diverging portion nearest the uniform portion is less than the distance between opposing surfaces of the diverging portion nearest the outlet,
A method for wireless local area network, the method comprising, generating a Very High Throughput Signal A (VHT-SIG-A) field and a Very High Throughput Signal B (VHT-SIG-B) field; and transmitting the VHT-SIG-A field and the VHT-SIG-B field over a frequency band to a receiver, a bandwidth of the frequency band being a multiple of 20MHz, the VHT-SIG-A field includes common information and is repeatedly transmitted over each 20 MHz bandwidth of the frequency band in more than one orthogonal frequency division multiplexing (OFDM) symbols, the VHT-SIG-B field includes a block of bits representing user-specific information and is transmitted over the entire bandwidth of the frequency band in only one OFDM symbol that is subsequent to the OFDM symbols in which the VHT-SIG-A field is transmitted, the block of bits included in the VHT-SIG-B field is repeated a predetermined number of times in accordance with the bandwidth of the frequency band, and characterized in that the predetermined number of times to be repeated increases as the bandwidth of the frequency band increases.
A fitting for windows, doors or the like, having a gear which comprises: a gear housing; an input element which is rotatably supported about an axis of rotation in the gear housing and which has a receiver for an actuation mechanism connection element such as a square pin; an output element which is coupled or couplable to a connecting rod and which can be driven to make a displacement movement by the rotation of the input element; and a fixing element (27, 27') which, in a delivery state of the fitting, is held at the gear housing, on the one hand, and engages into a recess of the input element, on the other hand, in order to fix the input element in a predefined rotational position in this manner, wherein the fixing element (27, 27') projects into the receiver of the input element and, to establish an operating state of the fitting, said fixing element (27, 27') can be released from the gear housing by the action of an actuation mechanism connection element to be inserted into the receiver; and wherein the fixing element (27, 27') can be released from the gear housing while tilting or pivoting, characterized in that, due to the action of the actuation mechanism connection element, the fixing element (27, 27') released from the gear housing can be moved into the receiver in a tilt movement or pivot movement about a tilt axis. a gear housing; an input element which is rotatably supported about an axis of rotation in the gear housing and which has a receiver for an actuation mechanism connection element such as a square pin; an output element which is coupled or couplable to a connecting rod and which can be driven to make a displacement movement by the rotation of the input element; and a fixing element (27, 27') which, in a delivery state of the fitting, is held at the gear housing, on the one hand, and engages into a recess of the input element, on the other hand, in order to fix the input element in a predefined rotational position in this manner, wherein the fixing element (27, 27') projects into the receiver of the input element and, to establish an operating state of the fitting, said fixing element (27, 27') can be released from the gear housing by the action of an actuation mechanism connection element to be inserted into the receiver; and wherein the fixing element (27, 27') can be released from the gear housing while tilting or pivoting, characterized in that, due to the action of the actuation mechanism connection element, the fixing element (27, 27') released from the gear housing can be moved into the receiver in a tilt movement or pivot movement about a tilt axis.
A manifold assembly for a patient interface device, the manifold assembly comprising: - a manifold body including an elastic portion; - a rotational coupling including a rigid conduit, wherein the rigid conduit is rotatably coupled to the manifold body elastic portion (3 8), wherein the rotational coupling and the elastic portion form a motion decoupling assembly, and wherein the motion decoupling assembly decouples the remaining portions of the manifold body from external forces applied to the rigid conduit, characterized by a stand-off device structured to prevent a lower end of the rigid conduit from engaging a lower wall of the manifold body in a manner that a flow of gas through the rigid conduit is reduced or cut off, wherein the stand-off device is part of a collar disposed on the elastic portion of the manifold body or of the lower end of the rigid conduit or of the lower wall of the manifold body. - a manifold body including an elastic portion; - a rotational coupling including a rigid conduit, wherein the rigid conduit is rotatably coupled to the manifold body elastic portion (3 8), wherein the rotational coupling and the elastic portion form a motion decoupling assembly, and wherein the motion decoupling assembly decouples the remaining portions of the manifold body from external forces applied to the rigid conduit, characterized by a stand-off device structured to prevent a lower end of the rigid conduit from engaging a lower wall of the manifold body in a manner that a flow of gas through the rigid conduit is reduced or cut off, wherein the stand-off device is part of a collar disposed on the elastic portion of the manifold body or of the lower end of the rigid conduit or of the lower wall of the manifold body.
A method for diagnosing and/or grading diastolic dysfunction and/or at least one structural or functional abnormality of the heart associated with diastolic dysfunction in a patient suffering from heart failure, said method comprising the steps of a) measuring the level of IGFBP7 (Insulin like growth factor binding protein 7) in a sample from a patient suffering from heart failure, said patient having a reduced left ventricular ejection fraction (LVEF), and b) comparing the level of IGFBP7 measured in a) to a reference level, wherein the structural or functional abnormality associated with diastolic dysfunction is selected from the group consisting of an increased E'/A' ratio, increased left atrial size, increased left atrial volume index, increased E peak velocity, decreased A peak velocity, increased transmitral E/A ratio, increased E/E' ratio, decreased pulmonary vein systolic peak velocity, increased pulmonary vein diastolic peak velocity, decreased pulmonary vein systolic/diastolic ratio, increased right ventricular area, increased right ventricular systolic pressure (RVSP), increased right ventricular dilation, increased right atrium size, a more than mild mitral regurgitation, and a more than mild tricuspid regurgitation. a) measuring the level of IGFBP7 (Insulin like growth factor binding protein 7) in a sample from a patient suffering from heart failure, said patient having a reduced left ventricular ejection fraction (LVEF), and b) comparing the level of IGFBP7 measured in a) to a reference level,
A data packet transmission method, comprising: performing channel coding on a to-be-sent data packet, and dividing the coded data packet into at least two data sub-packets; allocating a transmission resource to each data sub-packet; generating control information for each data sub-packet according to transmission resources of the at least two data sub-packets, wherein the control information of each data sub-packet is used to indicate the transmission resources of the at least two data sub-packets of the data packet to which the data sub-packet belongs; and sending each data sub-packet and the control information of the data sub-packet on a corresponding transmission resource; wherein the control information of each data sub-packet is specifically used to indicate a transmission resource of a first data sub-packet of the data packet to which the data sub-packet belongs, and the first data sub-packet is a data sub-packet that is sent first in the data packet. performing channel coding on a to-be-sent data packet, and dividing the coded data packet into at least two data sub-packets; allocating a transmission resource to each data sub-packet; generating control information for each data sub-packet according to transmission resources of the at least two data sub-packets, wherein the control information of each data sub-packet is used to indicate the transmission resources of the at least two data sub-packets of the data packet to which the data sub-packet belongs; and sending each data sub-packet and the control information of the data sub-packet on a corresponding transmission resource; wherein the control information of each data sub-packet is specifically used to indicate a transmission resource of a first data sub-packet of the data packet to which the data sub-packet belongs, and the first data sub-packet is a data sub-packet that is sent first in the data packet.
A method for operating a wind turbine system, the method comprising: gating on a dynamic brake switch of a dynamic brake in a wind turbine power converter when an experienced direct current bus voltage is equal to or greater than a threshold DC bus voltage; disabling a threshold temperature rating for the dynamic brake switch when the dynamic brake is gated on; tripping the power converter off when an experienced temperature of the dynamic brake switch is equal to or greater than the threshold temperature; gating off the dynamic brake switch when the experienced DC bus voltage is less than the threshold DC bus voltage; enabling the threshold temperature rating for the dynamic brake switch when the dynamic brake switch is gated off. gating on a dynamic brake switch of a dynamic brake in a wind turbine power converter when an experienced direct current bus voltage is equal to or greater than a threshold DC bus voltage; disabling a threshold temperature rating for the dynamic brake switch when the dynamic brake is gated on; tripping the power converter off when an experienced temperature of the dynamic brake switch is equal to or greater than the threshold temperature; gating off the dynamic brake switch when the experienced DC bus voltage is less than the threshold DC bus voltage; enabling the threshold temperature rating for the dynamic brake switch when the dynamic brake switch is gated off.
Device for testing a shut-off system for checking the tightness of a shut-off device for liquid fuels, the shut-off device blocking or opening a liquid passage between a first region and a second region of a liquid fuel line for liquid fuel to which a fuel pressure is applied, the device for testing a shut-off system comprising: a measuring chamber defined in said liquid passage between said shut-off device and a closing device and separable from said first region by closing said shut-off device and from said second region by closing said closing device, a pressure generating device connected to the measuring chamber for applying an increased test pressure, which is higher than the ambient pressure and lower than the fuel pressure, to the liquid in the measuring chamber and a pressure detection means for detecting a pressure variation in the measuring chamber, characterized in that the measuring chamber has a defined measuring volume of less than 100 ml, and in that the shut-off device comprises a valve (64, 96, 34, 38) with a valve piston (66, 98) for closing the measuring chamber at one end, and in that the closing device comprises a closing element, in particular a closing membrane or a closing piston for closing the measuring chamber at a second end. a measuring chamber defined in said liquid passage between said shut-off device and a closing device and separable from said first region by closing said shut-off device and from said second region by closing said closing device, a pressure generating device connected to the measuring chamber for applying an increased test pressure, which is higher than the ambient pressure and lower than the fuel pressure, to the liquid in the measuring chamber and a pressure detection means for detecting a pressure variation in the measuring chamber, characterized in that the measuring chamber has a defined measuring volume of less than 100 ml, and in that the shut-off device comprises a valve (64, 96, 34, 38) with a valve piston (66, 98) for closing the measuring chamber at one end, and in that the closing device comprises a closing element, in particular a closing membrane or a closing piston for closing the measuring chamber at a second end.
An assembled battery comprising: a group of cells in which a plurality of cells, each having electrode terminals, is stacked; plate-shaped members arranged at ends of the group of cells; and cell holders arranged between the plate-shaped members and the group of cells, wherein each of the cell holders is provided with a terminal fixing part of the assembled battery, and each of the plate-shaped members has a fitting part (3A, 14G) to be fitted to the terminal fixing part and the terminal fixing part is accommodated in the terminal fitting part (3A, 14G). plate-shaped members arranged at ends of the group of cells; and cell holders arranged between the plate-shaped members and the group of cells, wherein each of the cell holders is provided with a terminal fixing part of the assembled battery, and each of the plate-shaped members has a fitting part (3A, 14G) to be fitted to the terminal fixing part and the terminal fixing part is accommodated in the terminal fitting part (3A, 14G).
A processed starch powder, which is obtainable without chemically treating a natural starch material, having a water soluble component amount of more than 2% by weight and less than 10% by weight and a water retention capacity of more than 600% and 1500% or less, and being a nonbirefringent particle, wherein an average particle size of primary particles is 25 to 80 μ m in a dry state and an average particle size of primary particles is 45 to 160 μ m in a swollen state in water, wherein the average particle size of the primary particles is determined as described in the specification, wherein the average particle size of primary particles of dry particles is larger than that of a natural starch material, and wherein a swelling ratio of the primary particles in the dry state to the primary particles in the swollen state in water is 1.5 to 5.0.
A key box with a housing and a cooperating door which, in combination, form a secured space when the door is closed, wherein the door is locked by means of an electric locking system, which locking system comprises an electric locking mechanism, an electronic control unit and a wireless communication unit, wherein the electronic control unit is configured to communicate wirelessly with a mobile unit by means of the wireless communication unit to verify access rights relative to the mobile unit and, if the access rights are authenticated, to cancel the locking effect of the locking mechanism, wherein the control unit and the wireless communication unit are accommodated within the secured space, characterised in that the transition between the housing and the door made of an electrically conductive material, in the closed state thereof, is configured for transferring a wireless signal between the interior and the exterior of the key box, wherein the transition comprises means for electrical insulation between the housing and the door.
A method for determining the oncogenic and metastatic potential of a cell, comprising: (a) measuring two or more biomarkers of at least one cell wherein the two or more biomarkers comprise a Focal Adhesion Size and an Actin Retrograde Flow Speed; and (b) calculating one or more quantifiable metrics based on a mathematical expression using said two or more biomarkers, wherein the one or more quantifiable metrics comprises a traction force index and correlates with at least one of the oncogenic potential of the cell type and the metastatic potential of the cell, wherein the mathematical expression is defined by FAS/RFS. (a) measuring two or more biomarkers of at least one cell wherein the two or more biomarkers comprise a Focal Adhesion Size and an Actin Retrograde Flow Speed; and (b) calculating one or more quantifiable metrics based on a mathematical expression using said two or more biomarkers, wherein the one or more quantifiable metrics comprises a traction force index and correlates with at least one of the oncogenic potential of the cell type and the metastatic potential of the cell, wherein the mathematical expression is defined by FAS/RFS.