mhurhangee/ep-ind-claims huggingface dataset:
A system for coupling components in a gas turbine engine having an axis, the system comprising: a secondary component; and a reinforced component having: a metal lug having a main body; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component; characterized in that the metal lug further includes two circumferential wings (502, 504) extending circumferentially outward from the main body, being tapered towards an axially forward end and an axially aft end, and being configured to be attached to the secondary component, and in that the composite material includes a first ply or pack and a second ply or pack coupled together forward and aft of the metal lug, with the first ply or pack contacting and extending over a radially outward surface of the metal lug and the second ply or pack contacting and extending radially inward along an axially forward surface of the metal lug. a secondary component; and a reinforced component having: a metal lug having a main body; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component; a metal lug having a main body; and a composite material integrally formed around the metal lug and configured to be retained in place relative to the secondary component via an attachment between the metal lug and the secondary component; characterized in that the metal lug further includes two circumferential wings (502, 504) extending circumferentially outward from the main body, being tapered towards an axially forward end and an axially aft end, and being configured to be attached to the secondary component, and in that the composite material includes a first ply or pack and a second ply or pack coupled together forward and aft of the metal lug, with the first ply or pack contacting and extending over a radially outward surface of the metal lug and the second ply or pack contacting and extending radially inward along an axially forward surface of the metal lug.
Wheel speed sensor arrangement comprising a wheel speed sensor for sensing a speed of a wheel of a motor vehicle, a control device being able to apply an operating voltage to the wheel speed sensor, and the control device having a load resistor with a load resistance value, having: a voltage input to which the control device can apply the operating voltage; an electrical circuit which is designed to determine a switch-on voltage value on the basis of the load resistance value; and an operational controller which is designed to change the wheel speed sensor to normal operation when the switch-on voltage value is reached by the operating voltage and which is designed to change the wheel speed sensor to emergency operation when a switch-off voltage value is reached by the operating voltage, the electrical circuit being designed to also determine a difference ΔV B between the switch-on voltage value and the switch-off voltage value on the basis of the following formula: ΔV B = I H − I RESET * R L; where R L is the load resistance value, I RESET is a current value which is independent of the speed, in particular a constant current value, during emergency operation of the wheel speed sensor and I H is a maximum current value during normal operation of the wheel speed sensor; and the wheel speed sensor arrangement having a control device which comprises a load resistor with a load resistance value, the control device being connected to the voltage input of the wheel speed sensor and being designed to apply an operating voltage to the voltage input. a voltage input to which the control device can apply the operating voltage; an electrical circuit which is designed to determine a switch-on voltage value on the basis of the load resistance value; and an operational controller which is designed to change the wheel speed sensor to normal operation when the switch-on voltage value is reached by the operating voltage and which is designed to change the wheel speed sensor to emergency operation when a switch-off voltage value is reached by the operating voltage, the electrical circuit being designed to also determine a difference ΔV B between the switch-on voltage value and the switch-off voltage value on the basis of the following formula: ΔV B = I H − I RESET * R L; where R L is the load resistance value, I RESET is a current value which is independent of the speed, in particular a constant current value, during emergency operation of the wheel speed sensor and I H is a maximum current value during normal operation of the wheel speed sensor; and the wheel speed sensor arrangement having a control device which comprises a load resistor with a load resistance value, the control device being connected to the voltage input of the wheel speed sensor and being designed to apply an operating voltage to the voltage input.
A method comprising: a. providing a polymeric structure comprising a length, a width and a thickness, wherein the length of the polymeric structure is greater than the width of the polymeric structure, wherein the polymeric structure comprises a crosslinked polymeric layer uniaxially oriented in the width direction at a draw ratio of at least 1.2:1; b. wrapping the polymeric structure around a first substrate at least two full circuits; c. positioning the polymeric structure at least partially into an aperture defined by a second substrate; and d. subjecting the polymeric structure to an elevated temperature above the transition temperature of the crosslinked polymeric layer and below the degradation temperature of the crosslinked polymeric layer and any other components present in the polymeric structure, thereby increasing the thickness of the polymeric structure and creating at least a partial joint between the first substrate and the second substrate. a. providing a polymeric structure comprising a length, a width and a thickness, wherein the length of the polymeric structure is greater than the width of the polymeric structure, wherein the polymeric structure comprises a crosslinked polymeric layer uniaxially oriented in the width direction at a draw ratio of at least 1.2:1; b. wrapping the polymeric structure around a first substrate at least two full circuits; c. positioning the polymeric structure at least partially into an aperture defined by a second substrate; and d. subjecting the polymeric structure to an elevated temperature above the transition temperature of the crosslinked polymeric layer and below the degradation temperature of the crosslinked polymeric layer and any other components present in the polymeric structure, thereby increasing the thickness of the polymeric structure and creating at least a partial joint between the first substrate and the second substrate.
Vapour extraction device with a housing, a housing aperture provided in the housing and at least one cover (17, 12, 15) for at least one part of the housing aperture, wherein at least one filter element is arranged in the housing, characterised in that the cover (17, 12, 15) is supported movably with respect to the housing, that the vapour extraction device comprises an actuation device, which has at least one eccentric which is arranged so that the periphery of the eccentric is in contact or can be brought into contact with the side of the cover (17, 12, 15) which is facing the interior of the housing, as a result of which a force is applied from the eccentric to the cover (17, 12, 15), that the periphery of the eccentric is not rotationally symmetrical and that the cover (17, 12, 15) is upstream of the filter element in the flow direction, at least partially covers the filter surface in the vertical projection onto the filter surface of the filter element and the cover (17, 12, 15) represents a plate or flap.
A fabricating method of an electrode assembly comprising a first electrode, a second electrode and a separator, a unit structure of the electrode assembly being manufactured by: conducting a first process of laminating and forming a bicell having a first electrode/separator/second electrode/separator/first electrode structure; conducting a second process of laminating a first separator on one of the first electrode among two of the first electrodes; and conducting a third process of laminating second separator/second electrode simultaneously on the other first electrode among the two of the first electrodes, wherein the first process and the second process are performed successively, and wherein the second process and the third process are conducted by using separate laminators. conducting a first process of laminating and forming a bicell having a first electrode/separator/second electrode/separator/first electrode structure; conducting a second process of laminating a first separator on one of the first electrode among two of the first electrodes; and conducting a third process of laminating second separator/second electrode simultaneously on the other first electrode among the two of the first electrodes,
A method in a communication system comprising a first terminal and a Public Safety Answering Point, PSAP, that are connected to a network, the method comprising the steps of: transmitting, by a second terminal, an indicator indicating that emergency service is required for the first terminal, the indicator being sent to the network in a dedicated network message outside a call session, which message identifies the first terminal and the purpose of setting up an emergency session for the first terminal, or as part of a new call set-up request so as to allow the network or the first terminal to automatically establish a call session to the PSAP; and in response to the indicator, automatically establishing a call session between the first terminal and the PSAP such that the call session is established without intervention of the user of the first terminal, wherein the call session is a conference session between the first terminal, the second terminal and the PSAP. transmitting, by a second terminal, an indicator indicating that emergency service is required for the first terminal, the indicator being sent to the network in a dedicated network message outside a call session, which message identifies the first terminal and the purpose of setting up an emergency session for the first terminal, or as part of a new call set-up request so as to allow the network or the first terminal to automatically establish a call session to the PSAP; and in response to the indicator, automatically establishing a call session between the first terminal and the PSAP such that the call session is established without intervention of the user of the first terminal, wherein the call session is a conference session between the first terminal, the second terminal and the PSAP.
An electric switch comprising: at least one fixed contact; at least one mobile contact sliding in front of the fixed contact in a movement direction between a closed position at which it is joined with the fixed contact and an open position at which it is separated from the fixed contact; at least one blowpipe fixed with respect to the fixed contact and extending on one side of and at a short distance above the mobile contact and parallel to the movement direction, the blowpipe comprising a nozzle at a front end, the nozzle being directed towards a place at which the mobile contact separates from the fixed contact, and a piston at a rear end; characterized in that, the number of blowpipes and pairs of fixed contacts and mobile contacts is the same, the blowpipe and the fixed and mobile contacts (1, 2) are being arranged to blow an arc in only one direction roughly perpendicular to the arc, and a mobile enclosure is connected to the mobile contact and sliding around the blowpipe and around the piston, a compression chamber, which communicates with the nozzle, being defined by the enclosure, the piston and the blowpipe. at least one fixed contact; at least one mobile contact sliding in front of the fixed contact in a movement direction between a closed position at which it is joined with the fixed contact and an open position at which it is separated from the fixed contact; at least one blowpipe fixed with respect to the fixed contact and extending on one side of and at a short distance above the mobile contact and parallel to the movement direction, the blowpipe comprising a nozzle at a front end, the nozzle being directed towards a place at which the mobile contact separates from the fixed contact, and a piston at a rear end; characterized in that, the number of blowpipes and pairs of fixed contacts and mobile contacts is the same, the blowpipe and the fixed and mobile contacts (1, 2) are being arranged to blow an arc in only one direction roughly perpendicular to the arc, and a mobile enclosure is connected to the mobile contact and sliding around the blowpipe and around the piston, a compression chamber, which communicates with the nozzle, being defined by the enclosure, the piston and the blowpipe.
A holder for receiving a device issuing sounds from a loudspeaker, e.g. a mobile phone or a smartphone, wherein the holder is designed as a loudspeaker shell to be disposed at the rear of the device, wherein the loudspeaker shell protrudes laterally from the outer contour of the device, wherein the loudspeaker shell is split into two parts, wherein the first and the second loudspeaker shell parts (3, 5) are telescopically connected to each other, wherein the two loudspeaker shell parts (3, 5) have fastening means for holding the device issuing sounds in a fixed manner in the two loudspeaker shell parts (3, 5), characterized in that the fastening means comprises at least one elastomeric band, which circumferentially grips the two loudspeaker shell parts (3, 5), wherein the loudspeaker shell receives the device issuing sounds in such manner that it is set obliquely relative to the upper side of the loudspeaker shell.
Measuring device (1, 11, 21, 31) for determining cable lengths of a cable (2, 12, 22, 32) using measured data recorded by the measuring device (1, 11, 21, 31), wherein the measuring device (1, 11, 21, 31) is designed to receive a chronological sequence of measured data and the measuring device (1, 11, 21, 31) comprises a memory (M, 21.5) for storing at least a part of the course of the chronological sequence of measured data, as well as a computing unit (21.4), wherein the measuring device (1, 11, 21, 31) is calibrated with regard to the length of the cable (2, 12, 22, 32) to be measured and is designed to detect the occurrence of a change in the course of the chronological sequence of measured data, wherein the measuring device (1, 11, 21, 31) is designed to ascertain a length (ΔL) of a cable piece cut off from the cable (2, 12, 22, 32) from at least two measured data which have been measured last before and immediately after the occurrence of the change.
Blow mould for producing plastic containers with at least two blow mould parts (2, 4, 6) which form a hollow space inside which plastic parisons can be transformed by the application of a flowable medium to the plastic containers, wherein an inner wall of the blow mould parts (2, 4, 6) delimiting the hollow space has a contour which produces a predetermined configuration of the plastic containers to be produced, wherein at least one portion of a blow mould part produces a bottom of the plastic container, wherein in a portion of a blow mould part (2, 4, 6) at least one opening region is provided which enables discharge of a gaseous medium during an expansion process of the plastic containers, wherein this opening region extends at least in some sections along a first line as well as a second line, wherein these lines run at least in some sections at an angle different from 0° relative to one another and the opening region is constructed in the form of a slot and the course of the line emerges directly from the course of the slot, wherein the opening region is disposed in a region of a base part of the blow mould which serves to produce a supporting foot of the plastic container, characterized in that at least one slot has a width which is between 0.5 mm and 2 mm and particularly preferably approximately 1 mm.
A composition for use in superficial cerebral vascular bleeding inhibition, wherein the composition comprises an aqueous solution containing electrolyte ions in the following ranges: 120 to 160 mEq/L of sodium ion, 1 to 5 mEq/L of calcium ion, and 75 to 165 mEq/L of chloride ion. 120 to 160 mEq/L of sodium ion, 1 to 5 mEq/L of calcium ion, and 75 to 165 mEq/L of chloride ion.
A client device for a wireless communication system, the client device being configured to obtain a first parameter associated with a radio link failure timer, wherein the first parameter indicates a first time period during which the radio link failure timer is reset and thereafter started; obtain a second parameter associated with the radio link failure timer, wherein the second parameter indicates a second time period during which the radio link failure timer is started and thereafter reset; determine a value of the radio link failure timer based on the first parameter and the second parameter; wherein the client device is further configured to: generate a second control message indicating the value of the radio link failure timer; transmit the second control message to a network access node serving the client device; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer; and generate the second control message further indicating the spatial location of the client device. obtain a first parameter associated with a radio link failure timer, wherein the first parameter indicates a first time period during which the radio link failure timer is reset and thereafter started; obtain a second parameter associated with the radio link failure timer, wherein the second parameter indicates a second time period during which the radio link failure timer is started and thereafter reset; determine a value of the radio link failure timer based on the first parameter and the second parameter; wherein the client device is further configured to: generate a second control message indicating the value of the radio link failure timer; transmit the second control message to a network access node serving the client device; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer; and generate the second control message further indicating the spatial location of the client device. generate a second control message indicating the value of the radio link failure timer; transmit the second control message to a network access node serving the client device; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer; and generate the second control message further indicating the spatial location of the client device.
A heat exchanger plate for a plate heat exchanger for heat exchange between at least a first fluid and a second fluid, the heat exchanger plate comprising a heat exchanger area comprising a first end zone, a central main zone adjoining the first end zone, a second end zone adjoining the central main zone, and a corrugation of ridges and valleys, which extends on the first end zone, the central main zone and the second end zone, a longitudinal center axis (x), which extends along and through the first end zone, the central main zone and the second end zone, and an outer edge area surrounding the heat exchanger area, wherein the ridges and valleys extend along a respective continuous line, and wherein the heat exchanger plate comprises two portholes located on the first end zone, and two portholes located on the second end zone, characterized in that the corrugation of ridges and valleys extends over the whole heat exchanger area, and that the continuous line is curved with a circular extension and forms an angle (α) of inclination with the longitudinal center axis (x), and that the angle (α) of inclination at the longitudinal center axis (x) is less steep for substantially each of the continuous lines at the first end zone than at the central main zone.
A revolving door assembly comprising a central column and at least one door panel connected to the central column and rotatably arranged around a central axis, wherein the central column comprises a drive unit comprising a motor and a gear, characterized in that the gear comprises at least one rod through hole, wherein a support rod of the revolving door assembly passes through the rod through hole and supports the motor and wherein the gear is an oscillating gear, wherein the oscillating gear is arranged to transform a rotating movement from the motor into an oscillating movement in the gear and back to a rotating movement of the door panel and wherein the gear comprises an oscillating part, which oscillating part comprises the rod through hole.
A prepreg comprising a fibrous material contacting a polymerisable resin, at least 50 wt% of the polymerisable resin comprising at least one polymerisable monomer having at least two carbon-carbon unsaturated functional groups, the monomer being polymerisable by reaction of the unsaturated functional groups to form a cured resin, wherein the resin has a heat of polymerization of less than 230 KJ/kg to provide a maximum increase in temperature of the prepreg of 60°C during polymerisation under adiabatic conditions, wherein the heat of polymerization is evaluated using Differential Scanning Calorimetry using a Mettler Toledo DSC821E apparatus, and the dynamic programme is from -30°C to 260°C at 10°C/min, cooled down to 25°C.
A light irradiation device comprising: a plurality of branch tubes branching from a single inlet-side tube and connected to a single outlet-side tube including a plurality of flow channels through which blood or a blood component flows; and a plurality of LED lamps, which irradiates the blood or the blood component flowing through the flow channels with light so as to inactivate a virus included in the blood or the blood component; a plurality of LED arrangement portions in which the plurality of LED lamps is arranged, wherein a multilayer structure in which a plurality of the flow channels is arranged in parallel is formed, characterized in that a plurality of groove portions is formed between adjacent LED arrangement portions, and in that a portion of each of the plurality of branch tubes is arranged in one of the groove portions such that the multilayer structure is formed. a plurality of branch tubes branching from a single inlet-side tube and connected to a single outlet-side tube including a plurality of flow channels through which blood or a blood component flows; and a plurality of LED lamps, which irradiates the blood or the blood component flowing through the flow channels with light so as to inactivate a virus included in the blood or the blood component; a plurality of LED arrangement portions in which the plurality of LED lamps is arranged, wherein a multilayer structure in which a plurality of the flow channels is arranged in parallel is formed, characterized in that a plurality of groove portions is formed between adjacent LED arrangement portions, and in that a portion of each of the plurality of branch tubes is arranged in one of the groove portions such that the multilayer structure is formed.