mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprises: a fan; a first drive shaft connected to the fan; a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft; a mechanical clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft, wherein the clutch is configured to allow rotation of the first drive shaft and the fan in a first direction while prohibiting rotation of the fan and the first drive shaft in a second direction, a fan hub connecting the fan to the first drive shaft; a bearing compartment positioned axially between the fan hub and the fan drive gear box, wherein the bearing compartment comprises a stationary case that extends circumferentially around the first drive shaft and around the clutch; characterised in that the gas turbine engine further comprises a first bearing assembly disposed in the bearing compartment between the stationary case and the first drive shaft, wherein the clutch is positioned axially aft of the first bearing assembly. a fan; a first drive shaft connected to the fan; a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft; a mechanical clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft, wherein the clutch is configured to allow rotation of the first drive shaft and the fan in a first direction while prohibiting rotation of the fan and the first drive shaft in a second direction, a fan hub connecting the fan to the first drive shaft; a bearing compartment positioned axially between the fan hub and the fan drive gear box, wherein the bearing compartment comprises a stationary case that extends circumferentially around the first drive shaft and around the clutch; characterised in that the gas turbine engine further comprises a first bearing assembly disposed in the bearing compartment between the stationary case and the first drive shaft, wherein the clutch is positioned axially aft of the first bearing assembly.
A method for preparing an ultrashort electrospun polyimide nanofiber, characterized in that the method comprises: preparing a polyamide acid solution; forming a polyamide acid fiber felt by electrospinning; cutting the polyamide acid fiber felt into strips; forming a polyimide fiber by hot stretching; cutting the polyimide fiber to form an ultra-short polyimide nanofiber; wherein the polyamide acid fiber felt is cut into strips with a width of 3 - 8 cm; and the ultrashort polyimide nanofiber formed by cutting is 0.1 - 2.00 mm long, wherein the process of forming the polyimide fiber by hot stretching is divided into three stretching stages: in the first stage the stretching temperature is 160 - 220°C; in the second stage the stretching temperature is 280 - 320°C; and in the third stage the stretching temperature is 380 - 420°C; and in the first stage the draft ratio is 3 - 5, in the second stage the draft ratio is 3 - 5, and in the third stage the draft ratio is 1- 2. preparing a polyamide acid solution; forming a polyamide acid fiber felt by electrospinning; cutting the polyamide acid fiber felt into strips; forming a polyimide fiber by hot stretching; cutting the polyimide fiber to form an ultra-short polyimide nanofiber; wherein the polyamide acid fiber felt is cut into strips with a width of 3 - 8 cm; and the ultrashort polyimide nanofiber formed by cutting is 0.1 - 2.00 mm long, wherein the process of forming the polyimide fiber by hot stretching is divided into three stretching stages: in the first stage the stretching temperature is 160 - 220°C; in the second stage the stretching temperature is 280 - 320°C; and in the third stage the stretching temperature is 380 - 420°C; and in the first stage the draft ratio is 3 - 5, in the second stage the draft ratio is 3 - 5, and in the third stage the draft ratio is 1- 2.
A touch sensor comprising: a substrate; and a plurality of sensor pixels positioned on the substrate and connected to sensor scan lines and output lines, wherein at least one of the sensor pixels is connected to an ith sensor scan line (SSi) and a jth output line (Oj), where i is an integer of no less than 2 and j is a natural number, and comprises: a sensor electrode; a first transistor having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor; and a capacitor electrode forming a first capacitor with the sensor electrode and connected to the ith sensor scan line. a substrate; and a plurality of sensor pixels positioned on the substrate and connected to sensor scan lines and output lines, wherein at least one of the sensor pixels is connected to an ith sensor scan line (SSi) and a jth output line (Oj), where i is an integer of no less than 2 and j is a natural number, and comprises: a sensor electrode; a first transistor having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor; and a capacitor electrode forming a first capacitor with the sensor electrode and connected to the ith sensor scan line. a sensor electrode; a first transistor having a gate electrode connected to the sensor electrode to control a current output through the jth output line; a second transistor having a gate electrode connected to the ith sensor scan line and connected between a reference voltage line (Pj) and one of a source electrode and a drain electrode of the first transistor; and a capacitor electrode forming a first capacitor with the sensor electrode and connected to the ith sensor scan line.
A shrink-fit ring which is flanged at both axial circumferential edges, characterised in that the circumferential edges end in radially outwardly pointing limbs which extend at an angle of approximately 70° to 90° to a central section of the ring which lies axially further inwards and is not flanged.
A mower deck, comprising: a mower deck discharge chute, a belt driven attachment, an attachment drive belt, the mower deck discharge chute comprising, a flexible member having a drive belt tunnel extending through an end portion thereof and being mounted above a side discharge opening of the multi-blade mower deck with a spring biased hinge; the mower deck discharge chute being pivotable to a lowered position in which the drive belt tunnel rests against a horizontal top surface of the multi-blade mower deck, and to a raised position in which the attachment drive belt above the side discharge opening passes through the drive belt tunnel between the multi-blade mower deck and the belt driven attachment. a mower deck discharge chute, a belt driven attachment, an attachment drive belt, the mower deck discharge chute comprising, a flexible member having a drive belt tunnel extending through an end portion thereof and being mounted above a side discharge opening of the multi-blade mower deck with a spring biased hinge; the mower deck discharge chute being pivotable to a lowered position in which the drive belt tunnel rests against a horizontal top surface of the multi-blade mower deck, and to a raised position in which the attachment drive belt above the side discharge opening passes through the drive belt tunnel between the multi-blade mower deck and the belt driven attachment.
Pumpable shelf-stable suspension of fibers in an organic phase, comprising 1.0 - 60 wt% of fibers, and 0.01 - 10 wt% of a disubstituted urea. 1.0 - 60 wt% of fibers, and 0.01 - 10 wt% of a disubstituted urea.
A tray for presenting food to a pet and which, seen in the position of use, comprises a topside, an underside and a peripheral side extending between the topside and the underside of the tray, wherein the topside partly is formed as a number of up-turned grooves and that at least some of these grooves are interconnected characterized in that at least some of the up-turned groove is formed in such a way that the pet can reach to or close to the bottom of the up-turned groove with its tongue and/or its feet but not with its teeth, and that at least one of the up-turned grooves of the tray is debouching into the outer side of the tray, preferably via openings.
A wearable projection equipment, comprising: a first ring-shaped body and a second ring-shaped body which are movably connected to each other and are configured to be rotatable relative to each other, wherein a projection device is respectively provided on the first ring-shaped body and the second ring-shaped body, wherein a lower end opening of the first ring -shaped body and an upper end opening of the second ring-shaped body are connected to each other in a telescope manner, wherein a first tooth-shaped structure is provided at the lower end opening of the first ring-shaped body, and a second tooth-shaped structure is provided at the upper end opening of the second ring-shaped body, the first and the second tooth-shaped structures (41, 51) being configured to mesh with each other, and wherein a first electrode is provided at a tooth tip of the first tooth-shaped structure, and a second electrode is provided at a tooth root of the second tooth-shaped structure, such that the first electrode and the second electrode are electrically connected when the first and the second tooth-shaped structures (41, 51) mesh with each other. a first ring-shaped body and a second ring-shaped body which are movably connected to each other and are configured to be rotatable relative to each other, wherein a projection device is respectively provided on the first ring-shaped body and the second ring-shaped body, wherein a lower end opening of the first ring -shaped body and an upper end opening of the second ring-shaped body are connected to each other in a telescope manner, wherein a first tooth-shaped structure is provided at the lower end opening of the first ring-shaped body, and a second tooth-shaped structure is provided at the upper end opening of the second ring-shaped body, the first and the second tooth-shaped structures (41, 51) being configured to mesh with each other, and wherein a first electrode is provided at a tooth tip of the first tooth-shaped structure, and a second electrode is provided at a tooth root of the second tooth-shaped structure, such that the first electrode and the second electrode are electrically connected when the first and the second tooth-shaped structures (41, 51) mesh with each other.
An apparatus for adjusting an installation position of modules in a self-service device which comprises a first module, a second module and a transfer module with a transfer slot for transferring notes of value from the first module to the second module or vice versa, the transfer module being held in an operating position by fastening means while forming a spacing to the second module, wherein adjusting means (14; 43, 44) are associated with the transfer module in such a manner that the transfer module, by forming different spacings (a 1, a 2, a 3) to the second module, is mounted so as to be adjustable in an adjusting direction that extends perpendicularly with respect to the transfer slot and in a transfer plane of the notes of value which is predefined by the transfer slot, wherein the adjusting means (14; 43, 44) are arranged in a region of the transfer module in which the transfer module is releasably coupled with the second module by bearing means, characterized in that as adjusting means an adjusting bolt (14, 44) on the one hand and a recess (15, 16, 43) of the transfer module and/or of the bearing means on the other hand are provided, wherein the adjusting bolt and/or the recess comprise such an adjusting contouring (22, 46) that, in dependence on the relative position of the adjusting bolt (14, 44) to the recess (15, 16, 43), the transfer module is adjustable in the adjusting direction relative to the second module and/or to the first module.
A system comprising a three-dimensional gesture detection controller comprising a plurality of input channels (Rx) and an output channel (Tx) and a plurality of general purpose I/O ports (GPIO), wherein the 3D gesture controller generates an alternating electric near field through at least one transmission electrode coupled with the output channel (Tx), wherein some of the input channels (Rx) are coupled with 3D receiving electrodes (110, 120, 130, 140), characterized by a plurality of touch electrodes (220; 410, 420; 610-650), wherein a receiving multiplexer couples one of the input channels (Rx) with the plurality of touch electrodes (220; 410, 420; 610-650) wherein the receiving multiplexer is controlled by time multiplexing with a time division multiple access scheme such that in a given time period more signals from the 3D receiving electrodes (110, 120, 130, 140) are scanned than signals from the touch electrodes (220; 410, 420; 610-650), wherein at least one touch electrode (220; 410, 420; 610-650) comprises a sensor layout with a first part that is absorption mode dominant, wherein an object approaching the first part reduces a capacitive coupling, and a second part that is transmission mode dominant, wherein an object approaching the second part increases the capacitive coupling. a plurality of touch electrodes (220; 410, 420; 610-650), wherein a receiving multiplexer couples one of the input channels (Rx) with the plurality of touch electrodes (220; 410, 420; 610-650) wherein the receiving multiplexer is controlled by time multiplexing with a time division multiple access scheme such that in a given time period more signals from the 3D receiving electrodes (110, 120, 130, 140) are scanned than signals from the touch electrodes (220; 410, 420; 610-650), wherein at least one touch electrode (220; 410, 420; 610-650) comprises a sensor layout with a first part that is absorption mode dominant, wherein an object approaching the first part reduces a capacitive coupling, and a second part that is transmission mode dominant, wherein an object approaching the second part increases the capacitive coupling.
A chunks in gravy food composition comprising chunks in gravy in a chunks to gravy ratio of from 25:75 to 60:40, wherein the gravy comprises from 0.1 to 0.2% guar and from 0.1 to 0.2% deacetylated xanthan.
An access portal comprising: a seal housing; a sleeve mountable to the seal housing, the sleeve having an internal longitudinal passage adapted to provide access to underlying tissue; and a seal disposed within the seal housing, the seal comprising: a first layer having an opening for reception and passage of a surgical instrument; a second layer for providing a fluid tight seal in the seal housing in the presence of a surgical instrument; a third layer having an opening for the passage of the surgical instrument therethrough; and the first and third layers (52, 56) having a density higher than the second layer; wherein the second layer is continuous; and the first and third layers (52, 56) maintain the second layer in an axially compressed state therebetween. a seal housing; a sleeve mountable to the seal housing, the sleeve having an internal longitudinal passage adapted to provide access to underlying tissue; and a seal disposed within the seal housing, the seal comprising: a first layer having an opening for reception and passage of a surgical instrument; a second layer for providing a fluid tight seal in the seal housing in the presence of a surgical instrument; a third layer having an opening for the passage of the surgical instrument therethrough; and the first and third layers (52, 56) having a density higher than the second layer; wherein the second layer is continuous; and the first and third layers (52, 56) maintain the second layer in an axially compressed state therebetween. a first layer having an opening for reception and passage of a surgical instrument; a second layer for providing a fluid tight seal in the seal housing in the presence of a surgical instrument; a third layer having an opening for the passage of the surgical instrument therethrough; and the first and third layers (52, 56) having a density higher than the second layer; wherein the second layer is continuous; and the first and third layers (52, 56) maintain the second layer in an axially compressed state therebetween.
A process for preparing the compound having a structure of formula, which comprises the following step, wherein, R is Cbz, Boc, Fmoc, Alloc, Teco, methoxycarbonyl or ethoxycarbonyl; X is F, Cl, Br or I; R 2 is selected from optionally substituted 5- or 6-membered cyclic amino or heterocyclic amino, "hetero" represents O, N, C(=O) or C(=O)NH, the substituent is independently selected from a C 1-4 alkyl or a heteroalkyl, optionally, R 2 is selected from or R is Cbz, Boc, Fmoc, Alloc, Teco, methoxycarbonyl or ethoxycarbonyl; X is F, Cl, Br or I; R 2 is selected from optionally substituted 5- or 6-membered cyclic amino or heterocyclic amino, "hetero" represents O, N, C(=O) or C(=O)NH, the substituent is independently selected from a C 1-4 alkyl or a heteroalkyl, optionally, R 2 is selected from or
A wireless transmit/receive unit, WTRU, comprising: a transmitter configured, while the WTRU is in connected mode, to transmit a first measurement report including a physical layer cell identity, PCI, of a closed subscriber group, CSG, cell to an eNodeB; a receiver configured, in response to transmitting the first measurement report while the WTRU is in the connected mode, to receive a message from the eNodeB indicating that the WTRU is to acquire system information, SI, of the CSG cell; at least one processor configured to read information from the acquired SI, the transmitter is further configured, in response to the received message from the eNodeB while the WTRU is in the connected mode, to transmit a second measurement report for the CSG cell including information read from the SI. a transmitter configured, while the WTRU is in connected mode, to transmit a first measurement report including a physical layer cell identity, PCI, of a closed subscriber group, CSG, cell to an eNodeB; a receiver configured, in response to transmitting the first measurement report while the WTRU is in the connected mode, to receive a message from the eNodeB indicating that the WTRU is to acquire system information, SI, of the CSG cell; at least one processor configured to read information from the acquired SI, the transmitter is further configured, in response to the received message from the eNodeB while the WTRU is in the connected mode, to transmit a second measurement report for the CSG cell including information read from the SI.
An apparatus for picking up and placing a component, comprising: - a housing; - a frame that is rotatable with respect to the housing; a plurality of pick-up and place heads mounted on the frame, each of the pick-up and place head comprising a spindle being movable from a retracted position to an extended position for picking and placing a component; each of the pick-up and place heads being movable by rotation of the frame from a first position at which a component is picked-up or placed by the spindle to at least a second position at which a position of the component that has been picked-up by the spindle is as certained; - a first actuator for moving the spindle of one of the plurality of pick-up and place heads from the retracted position to the extended position when the respective pick and place head is at the first position; - a second actuator for moving the spindle with picked up component when the pick-up and place head is rotated to the second position, from the retracted position to the extended position; and - a vision system including a camera (20, 22); characterized in that: · said camera (20, 22) is included in the housing proximate the second position, and is adapted for ascertaining the position of the picked up component when the spindle is at the extended position. - a housing; - a frame that is rotatable with respect to the housing; a plurality of pick-up and place heads mounted on the frame, each of the pick-up and place head comprising a spindle being movable from a retracted position to an extended position for picking and placing a component; each of the pick-up and place heads being movable by rotation of the frame from a first position at which a component is picked-up or placed by the spindle to at least a second position at which a position of the component that has been picked-up by the spindle is as certained; - a first actuator for moving the spindle of one of the plurality of pick-up and place heads from the retracted position to the extended position when the respective pick and place head is at the first position; - a second actuator for moving the spindle with picked up component when the pick-up and place head is rotated to the second position, from the retracted position to the extended position; and - a vision system including a camera (20, 22); · said camera (20, 22) is included in the housing proximate the second position, and is adapted for ascertaining the position of the picked up component when the spindle is at the extended position.
A rail vehicle having a central segment of substantially constant cross-sectional area and a nose of varying cross-sectional area, the nose consisting of a tip segment including a front or rear end of the rail vehicle, and an intermediate segment including an inclined transverse wall provided with a windshield, external side walls and a roof, the intermediate segment having a cross-sectional area that increases with the distance to the end, the vehicle being further provided with a bogie at least partially located in the intermediate segment, the nose being divided by a horizontal reference plane (Y-Y) in an upper part located above the horizontal reference plane (Y-Y) and a lower part located below the horizontal reference plane (Y-Y), characterised in that: - a median line of the inclined wall located at an intersection between the inclined wall and a vertical longitudinal median plane (X-X) of the rail vehicle is rectilinear and has a slope of more than 35° and less than 60°, preferably less than 45°, preferably a slope of 40°; - each of the external side walls includes a lower wall part below the horizontal reference plane (Y-Y) and an upper wall part located above the reference plane (Y-Y), wherein the upper wall part is inwardly offset with respect to the lower wall part, such that the upper part of the nose has a width measured in cross-section between the side walls, which, at least in the intermediate segment, increases with the distance to the end of the vehicle. - a median line of the inclined wall located at an intersection between the inclined wall and a vertical longitudinal median plane (X-X) of the rail vehicle is rectilinear and has a slope of more than 35° and less than 60°, preferably less than 45°, preferably a slope of 40°; - each of the external side walls includes a lower wall part below the horizontal reference plane (Y-Y) and an upper wall part located above the reference plane (Y-Y), wherein the upper wall part is inwardly offset with respect to the lower wall part, such that the upper part of the nose has a width measured in cross-section between the side walls, which, at least in the intermediate segment, increases with the distance to the end of the vehicle.