mhurhangee/ep-ind-claims huggingface dataset:
A system comprising - a welding contact tip comprising: - a non-threaded distal end portion having a welding wire outlet of an internal bore of the welding contact tip; - a threaded middle portion adjacent the non-threaded distal end portion, wherein the threaded middle portion comprises external threads; and - a non-threaded proximal end portion adjacent the threaded middle portion; and the system further comprising - a gas diffuser of a welding torch comprising internal threads configured to mate with the external threads of the contact tip, wherein the non-threaded distal end portion comprises a tapered outer surface adjacent the threaded middle portion and configured to abut a mating tapered inner surface of the gas diffuser of the welding torch, characterized in that an axial length (l proximal)of the non-threaded proximal end portion of the welding contact tip is in a range of 25% - 45% of the total axial length (l total) of the contact tip, and that the non-threaded proximal end portion is configured not to physically contact the gas diffuser when the welding contact tip is fully installed into the gas diffuser. - a welding contact tip comprising: - a non-threaded distal end portion having a welding wire outlet of an internal bore of the welding contact tip; - a threaded middle portion adjacent the non-threaded distal end portion, wherein the threaded middle portion comprises external threads; and - a non-threaded proximal end portion adjacent the threaded middle portion; and the system further comprising - a non-threaded distal end portion having a welding wire outlet of an internal bore of the welding contact tip; - a threaded middle portion adjacent the non-threaded distal end portion, wherein the threaded middle portion comprises external threads; and - a non-threaded proximal end portion adjacent the threaded middle portion; and the system further comprising - a gas diffuser of a welding torch comprising internal threads configured to mate with the external threads of the contact tip, an axial length (l proximal)of the non-threaded proximal end portion of the welding contact tip is in a range of 25% - 45% of the total axial length (l total) of the contact tip, and that the non-threaded proximal end portion is configured not to physically contact the gas diffuser when the welding contact tip is fully installed into the gas diffuser.
A process for producing polyurethane foam moldings having a density of 200 to 500 g/dm 3, wherein a) polyisocyanate prepolymer obtainable by reacting at least one organic polyisocyanate, at least one first polyesterol and at least one polyetherol obtained from the alkoxylation of a starter molecule with alkylenoxide comprising ethylene oxide wherein the polyetherol has a hydroxyl number in the range of 20 to 65 mg KOH/g, a number average molecular weight of 2000 to 6000, a functionality of 1.7 to 3.0 and a content of ethylenoxide units in the range of 13 to 30 % by weight based on the total weight of the polyetherol and wherein the content of the polyetherol, based on the total weight of the organic polyisocyanate prepolymer (a), is in the range of 3 to 15 % by weight, is mixed with b) at least one second polyesterol, c) blowing agent and optionally d) chain extender and/or crosslinker, e) catalyst and f) other auxiliaries and/or additives to form a reaction mixture, the latter is introduced into a mold and allowed to react to form a polyurethane foam molding. a) polyisocyanate prepolymer obtainable by reacting at least one organic polyisocyanate, at least one first polyesterol and at least one polyetherol obtained from the alkoxylation of a starter molecule with alkylenoxide comprising ethylene oxide wherein the polyetherol has a hydroxyl number in the range of 20 to 65 mg KOH/g, a number average molecular weight of 2000 to 6000, a functionality of 1.7 to 3.0 and a content of ethylenoxide units in the range of 13 to 30 % by weight based on the total weight of the polyetherol and wherein the content of the polyetherol, based on the total weight of the organic polyisocyanate prepolymer (a), is in the range of 3 to 15 % by weight, is mixed with b) at least one second polyesterol, c) blowing agent and optionally d) chain extender and/or crosslinker, e) catalyst and f) other auxiliaries and/or additives to form a reaction mixture, the latter is introduced into a mold and allowed to react to form a polyurethane foam molding.
An engine control system utilizing cylinder pressure, comprising: a plurality of pressure sensors configured to measure cylinder pressures of an internal combustion engine during combustion events and generate analog cylinder pressure data concerning combustion events; at least one analog-to-digital converter operably connected to the pressure sensors to convert analog cylinder pressure data from the pressure sensors into digital cylinder pressure data; a plurality of memory buffers, wherein each memory buffer is configured to receive digital cylinder pressure data from the analog-to-digital converter, wherein each memory buffer has sufficient capacity to store digital cylinder pressure data for multiple combustion events of an internal combustion engine; the control system utilizing the digital cylinder pressure data from the memory buffers to calculate combustion parameters, wherein the digital cylinder pressure data utilized during portions of the engine cycle that are in the vicinity of a combustion event have a first angular resolution, and wherein the digital cylinder pressure data utilized during other portions of the engine cycle has a second angular resolution that is lower than the first angular resolution, the control system providing control of an internal combustion engine based on combustion parameters calculated from the digital pressure data; characterized in that the said angular resolution during portions of the engine cycle that are in the vicinity of a combustion event can be adjusted.. a plurality of pressure sensors configured to measure cylinder pressures of an internal combustion engine during combustion events and generate analog cylinder pressure data concerning combustion events; at least one analog-to-digital converter operably connected to the pressure sensors to convert analog cylinder pressure data from the pressure sensors into digital cylinder pressure data; a plurality of memory buffers, wherein each memory buffer is configured to receive digital cylinder pressure data from the analog-to-digital converter, wherein each memory buffer has sufficient capacity to store digital cylinder pressure data for multiple combustion events of an internal combustion engine; the control system utilizing the digital cylinder pressure data from the memory buffers to calculate combustion parameters, wherein the digital cylinder pressure data utilized during portions of the engine cycle that are in the vicinity of a combustion event have a first angular resolution, and wherein the digital cylinder pressure data utilized during other portions of the engine cycle has a second angular resolution that is lower than the first angular resolution, the control system providing control of an internal combustion engine based on combustion parameters calculated from the digital pressure data; characterized in that the said angular resolution during portions of the engine cycle that are in the vicinity of a combustion event can be adjusted..
A liquid discharging device configured to be mounted in a mounting module of a liquid dispensing apparatus, comprising: a liquid discharge array; a base member; and an IC module on the base member, the IC module comprising: a storage unit configured to store a use history indicating whether the liquid discharging device has been previously used; a communication unit configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to communicate to and from the liquid dispensing apparatus; a processor configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to transmit the use history from the storage unit to the liquid dispensing apparatus through the communication unit, and rewrite the use history in the storage unit to indicate that the liquid discharging device has been previously used according to a request received from the liquid dispensing apparatus through the communication unit, wherein the liquid discharging device is configured, when mounted on the liquid dispensing apparatus, to discharge a liquid when the liquid discharge array is supplied a discharge voltage in response to a discharge signal received from the liquid dispensing apparatus. a liquid discharge array; a base member; and an IC module on the base member, the IC module comprising: a storage unit configured to store a use history indicating whether the liquid discharging device has been previously used; a communication unit configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to communicate to and from the liquid dispensing apparatus; a processor configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to transmit the use history from the storage unit to the liquid dispensing apparatus through the communication unit, and rewrite the use history in the storage unit to indicate that the liquid discharging device has been previously used according to a request received from the liquid dispensing apparatus through the communication unit, a storage unit configured to store a use history indicating whether the liquid discharging device has been previously used; a communication unit configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to communicate to and from the liquid dispensing apparatus; a processor configured, when the liquid discharging device is mounted on the liquid dispensing apparatus, to transmit the use history from the storage unit to the liquid dispensing apparatus through the communication unit, and rewrite the use history in the storage unit to indicate that the liquid discharging device has been previously used according to a request received from the liquid dispensing apparatus through the communication unit, wherein the liquid discharging device is configured, when mounted on the liquid dispensing apparatus, to discharge a liquid when the liquid discharge array is supplied a discharge voltage in response to a discharge signal received from the liquid dispensing apparatus.
A transport device (01, 21), suitable for a two-wheeler or a partially disassembled two-wheeler, said transport device (01, 21) having a case (02, 22) for protecting the two-wheeler for transport purposes, said case (02, 22) being composed of several wall parts, namely a first and a second longitudinal wall part (04, 05), the size of said longitudinal wall parts (04, 05) being essentially adjustable to the size of the two-wheeler to be transported, and four transversal wall parts (06, 07, 08) which are narrower in their width and suitable according to the width of the two-wheeler, the walls of the case (02, 22) consisting of a dimensionally stable paperboard material and/or cardboard material, the transport device (01, 21) having a stand element (03, 23), characterised in that the transport device comprises a holding element (19, 24), the two-wheeler being able to be held at the stand element (03, 23) and at the holding element (19, 24) in an upright standing position outside of the transport device (01, 21), the holding element (19, 24) being able to be engaged with the side of the front running wheel of the two-wheeler facing the rear running wheel and/or with the fork of the two-wheeler and being able to be brought into contact with at least three sides of the front running wheel and/or the fork, and the stand element (03, 23) and the holding element (19, 24) together with the two-wheeler being insertable into the case (02, 22) in an upright standing position.
A security system comprising: a mobile device comprising a processor, an accelerometer, a wireless transceiver, and memory storing a credential, the processor configured to: receive an indication from the accelerometer; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device; the system characterised by further comprising: a plurality of access control devices that each control access to a respective secured area; and the processor further configured to determine a pathway based on the gesture, the pathway including multiple ones of the secured areas; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway. a mobile device comprising a processor, an accelerometer, a wireless transceiver, and memory storing a credential, the processor configured to: receive an indication from the accelerometer; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device; the system characterised by further comprising: receive an indication from the accelerometer; and detect a user gesture based on the indication from the accelerometer indicating a predefined movement of the mobile device; the system characterised by further comprising: a plurality of access control devices that each control access to a respective secured area; and the processor further configured to determine a pathway based on the gesture, the pathway including multiple ones of the secured areas; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway. determine a pathway based on the gesture, the pathway including multiple ones of the secured areas; and utilize the wireless transceiver to automatically transmit the credential to the respective access control devices associated with each secured area of the pathway.
A method performed by a network node for managing power of Cell Reference Symbols, CRS, wherein the network node operates one or more cells (130, 131, 132) and wherein the network node is configured to transmit the CRS in a first power mode, the method comprising: when a first cell is identified, which first cell is not actively serving any UEs, reducing power of the CRS in the first cell in relation to the first power mode, characterized in that the method further comprises, receiving, from neighbouring network nodes, information about the CRS power mode and number of actively served UEs in neighbouring cells, identifying, based on the received information, a second cell, which cell is actively serving at least one UE and is neighbouring a cell where the number of actively served UEs exceeds a first threshold, when the second cell has been identified, increasing the power of the CRS in the second cell in relation to the first power mode. when a first cell is identified, which first cell is not actively serving any UEs, reducing power of the CRS in the first cell in relation to the first power mode, characterized in that the method further comprises, receiving, from neighbouring network nodes, information about the CRS power mode and number of actively served UEs in neighbouring cells, identifying, based on the received information, a second cell, which cell is actively serving at least one UE and is neighbouring a cell where the number of actively served UEs exceeds a first threshold, when the second cell has been identified, increasing the power of the CRS in the second cell in relation to the first power mode.
A wind turbine with a drive train, the drive train comprising a torque limiter assembly, the torque limiter assembly comprising a torque limiter, wherein the torque limiter comprises: a first clamping disk, a friction disk, a second clamping disk, and a preloading means, wherein the clamping disks (35, 36) and the friction disk are configured such that the friction disk is frictionally clamped between the clamping disks (35, 36), and wherein the clamping force to frictionally clamp the friction disk between the clamping disks (35, 36) is predetermined by the preloading means such that the clamping disks (35, 36) frictionally transmit a torque up to a predefined maximum torque to the friction disk, and an over-torque above the predefined maximum torque causes the friction disk to slip relative to the clamping disks (35, 36), wherein the torque limiter assembly further comprises a torque shaft and a hub shaft, wherein the torque shaft is connected to a rotor of the wind turbine, and wherein the hub shaft is connected to a generator rotor of a generator of the wind turbine, characterized in that the friction disk is bolted to the hub shaft via interface bolts from a downwind side, such that the torque limiter is detachable from the hub shaft as a whole. wherein the clamping disks (35, 36) and the friction disk are configured such that the friction disk is frictionally clamped between the clamping disks (35, 36), and wherein the clamping force to frictionally clamp the friction disk between the clamping disks (35, 36) is predetermined by the preloading means such that the clamping disks (35, 36) frictionally transmit a torque up to a predefined maximum torque to the friction disk, and an over-torque above the predefined maximum torque causes the friction disk to slip relative to the clamping disks (35, 36), wherein the torque limiter assembly further comprises a torque shaft and a hub shaft, wherein the torque shaft is connected to a rotor of the wind turbine, and wherein the hub shaft is connected to a generator rotor of a generator of the wind turbine, characterized in that the friction disk is bolted to the hub shaft via interface bolts from a downwind side, such that the torque limiter is detachable from the hub shaft as a whole.
A dart holder comprising: - first positioning means - second positioning means connectable to the first positioning means - holding means for holding optionally at least the tip and/or part of the barrel of a dart in a settled position in at least one of the first and second positioning means such that the barrel of said dart is accessible for being grabbed by a user's hand; - a first landing area on the first positioning means and a second landing area on the second positioning means arranged in respect to the holding means such that said landing areas (4, 5) provide a reference to at least part of the hand for grabbing the barrel at a target position. - first positioning means - second positioning means connectable to the first positioning means - holding means for holding optionally at least the tip and/or part of the barrel of a dart in a settled position in at least one of the first and second positioning means such that the barrel of said dart is accessible for being grabbed by a user's hand; - a first landing area on the first positioning means and a second landing area on the second positioning means arranged in respect to the holding means such that said landing areas (4, 5) provide a reference to at least part of the hand for grabbing the barrel at a target position.
A ducted-fan engine which is formed to generate thrust for an aircraft or for a watercraft and has at least one torque stage formed by a smaller ring vane with a radius positioned upstream in the thrust direction, by a downstream larger ring vane with a radius and an axis of rotation, wherein at least one of the ring vanes (C1, C2) is connected to a hub (H1, H2) via rotor blades (B1, B2) and is formed so as to be rotatable about the axis of rotation, which ring vanes (C1,C2) each have planes of action (Q1,Q2) with circular pressure point lines (q1,q2), whose center points (M1, M2) lie on the axis of rotation and in a sectional plane (N1, N2) inclined at an intersection angle of 20-90 degrees relative to the respective plane of action (Q1, Q2) through the respective center point (M1, M2) have a flow-dynamically effective asymmetrical vane profile with a profile depth (t), with a leading edge (n) oriented in the direction of thrust and a profile chord (p) extending between the leading edge (n) and a trailing edge (m) of the vane and the pressure point lines (q1, q2) of the two ring vanes (C1, C2) are disposed one behind the other along the axis of rotation along the length (x) and spaced apart by a radial height (y) in such a way that a two-layer first jacket is formed, wherein the smaller ring vane with a suction side facing the axis of rotation and an outer pressure side in a flow induced by the rotor blades (B1, B2) forms a guide ring and, together with the leading edge (n) of the larger ring vane, an annular guide nozzle with guide surfaces for a resulting flow (c) to the larger ring vane with a convergent or divergent cone angle (α1, α2).
A power transmission device of a green tire forming drum apparatus including a carcass drum shaft, left and right forming drums (2a, 2b) mounted to the carcass drum shaft in a laterally symmetrical manner and being movable laterally in an axial direction of the carcass drum shaft, finger mounting supports for moving left and right turn-up fingers (3a, 3b), respectively mounted to the left and right forming drums (2a, 2b), up and down, and a driving unit for supplying power required for rotational and lateral movement of the left and right forming drums and up/down movement of the left and right turn-up fingers, wherein power generated by a lower servomotor of the driving unit is transmitted to the left and right forming drums (2a, 2b) via left and right pull/push plates connected to a ball screw, and power generated by an upper servomotor of the driving unit is transmitted to the left and right turn-up fingers (3a, 3b) via left and right pull/push plates connected to another ball screw; and wherein slide keyway bodies (9a, 9b, 9c, 9d) are mounted inside the carcass drum shaft in a contact manner, and four linear guide shafts are mounted inside one of the slide keyway bodies and are arranged equiangular to each other about a center of the slide keyway body.
A method of decoding implemented by a video decoder, wherein the method comprises: determining, by the video decoder, whether a resolution of a current picture being decoded is the same as the resolution of reference pictures identified by a reference picture list associated with the current picture; enabling, by the video decoder, bi-direction optical flow (BDOF) for a current block of the current picture when the resolution of the current picture is determined to be the same as the resolution of each of the reference pictures; disabling, by the video decoder, the BDOF for the current block of the current picture when the resolution of the current picture is determined to be different than the resolution of either of the reference pictures; and decoding, by the video decoder, the current block. determining, by the video decoder, whether a resolution of a current picture being decoded is the same as the resolution of reference pictures identified by a reference picture list associated with the current picture; enabling, by the video decoder, bi-direction optical flow (BDOF) for a current block of the current picture when the resolution of the current picture is determined to be the same as the resolution of each of the reference pictures; disabling, by the video decoder, the BDOF for the current block of the current picture when the resolution of the current picture is determined to be different than the resolution of either of the reference pictures; and decoding, by the video decoder, the current block.