mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an aesthetic structural plastic part (48, 60, 94, 96), comprising: hot-stamping a decorative film (30, 76) to a thermoplastic composite sheet (32, 74), wherein the thermoplastic composite sheet includes a thermoplastic resin and fibers, wherein the decorative film includes a top layer, a pigmented middle layer, and a bottom adhesion layer in contact with the thermoplastic composite sheet; thermoforming the composite sheet; and overmolding a thermoplastic material to the composite sheet, wherein overmolding a thermoplastic material to the composite sheet comprises forming one or more mounting features in the thermoplastic material, wherein the aesthetic structural plastic part includes the decorative film, the composite sheet, and the one or more mounting features, and wherein thermoforming the composite sheet includes forming features configured to mechanically interface with the overmolded thermoplastic material. hot-stamping a decorative film (30, 76) to a thermoplastic composite sheet (32, 74), wherein the thermoplastic composite sheet includes a thermoplastic resin and fibers, wherein the decorative film includes a top layer, a pigmented middle layer, and a bottom adhesion layer in contact with the thermoplastic composite sheet; thermoforming the composite sheet; and overmolding a thermoplastic material to the composite sheet, wherein overmolding a thermoplastic material to the composite sheet comprises forming one or more mounting features in the thermoplastic material, wherein the aesthetic structural plastic part includes the decorative film, the composite sheet, and the one or more mounting features, and wherein thermoforming the composite sheet includes forming features configured to mechanically interface with the overmolded thermoplastic material.
A temperature sensing catheter adapted for use in a pericardial cavity between epicardial and pericardial tissue of a heart, comprising: an elongated catheter body; and a temperature sensing array distal the catheter body, wherein the array includes at least one temperature sensing member adapted for use in the pericardial sac; characterised in that the array comprises a 2-D body, wherein the 2-D body comprises a top member, a bottom member and a tubing positioned between the top and bottom members, wherein the temperature sensing members comprise thermocouple wire pairs extending between the top and bottom members providing temperature sensing locations on the 2-D body, wherein the thermocouple wire pairs extend through the tubing and exit the tubing via holes formed in the tubing. an elongated catheter body; and a temperature sensing array distal the catheter body, wherein the array includes at least one temperature sensing member adapted for use in the pericardial sac;
Integrated connection sleeve for introduction into a cylindrical tube, which has a perforation, with a substantially cylindrical basic body with an exterior diameter adapted to a tube internal diameter, with the following features: a latching element extending outwards from the basic body in a radial direction, which is embodied to latch with the perforation in the tube in such a manner that in the latched state a movement of the connection sleeve relative to the tube in an axial direction is prevented, characterised in that the latching element further has a counter bearing for an interlocking element, by means of which further components can be fastened inside the tube provided with the connection sleeve. a latching element extending outwards from the basic body in a radial direction, which is embodied to latch with the perforation in the tube in such a manner that in the latched state a movement of the connection sleeve relative to the tube in an axial direction is prevented, characterised in that the latching element further has a counter bearing for an interlocking element, by means of which further components can be fastened inside the tube provided with the connection sleeve.
Folding tool for the multi-stage bend folding of a workpiece, wherein the folding tool has a plurality of driven folding elements (13, 17, 21), which can be fed to a common folding location, wherein the folding tool has three or more folding elements (13, 17, 21) arranged one above the other, wherein a folding element for preliminary folding executes a linear sliding movement and a folding element (17, 21) for intermediate folding and/or definitive folding executes a pivoting movement.
Nozzle jet-driven spray jet launcher with a jet engine, on which at least one water launcher is mounted, the jet direction of which is orientated substantially in the direction of the exhaust gas jet of the jet engine in such a way that the water discharged from the water launcher is entrained as a spray jet in the exhaust gas jet of the jet engine, wherein an inlet segment is fixed on the air inlet side of the jet engine over the cross-section of the air inlet, and wherein the inlet segment has a substantially cylindrical shell shape in the region of the air inlet, characterized in that a mushroom-shaped inlet inserted into the inlet segment is provided, with which an inlet cross-section for the jet engine is formed, which is deflected from a radial direction with respect to the engine axis in the direction of the engine axis, and in that a first absorber material receptacle filled with absorber material is provided on the side of the inlet segment lying outside the inlet cross-section, which absorber material receptacle is separated from the inlet cross-section by an absorber material cover.
An arrangement for a Near Field Communication, NFC, compatible mobile device, associated with a first user, and wherein the NFC is based on inductive coupling, the arrangement comprising a social contact registration logic for registering friend connections with other users at the NFC compatible mobile device, a monitoring means configured to monitor the status of a network connection and a storage means for storing information about a friend connection established between the first user and other user through data exchange over the NFC with another NFC compatible mobile device associated to the other user, wherein the arrangement further comprises a controlling logic configured to store in the storage means information about the established friend connection, to obtain information related to the network connection status from the monitoring means and to assess the availability of the network connection, and, if the network connection is not available, to delay the transmission of the information about the established friend connection to a remote device until the network is usable again.
Front hybrid driving axle for an agricultural vehicle, said axle comprising a housing configured to define an inner space configured to house transmission group, said axle further comprising at least a pair of electric machines and a differential assembly, said transmission group being operatively interposed between said at least a pair of electric machines,said differential assembly and an internal combustion engine of said vehicle, wherein said transmission group comprises a first shaft configured to be selectively connected to an output shaft of said internal combustion engine, said first shaft being further selectively connectable to one of said pair of electric machines, wherein said transmission group comprises a second shaft that is operatively connected to the other of said electric machines and said differential assembly; wherein said first shaft is selectively connectable with a third shaft that is coupled to a front power take off of said vehicle. said transmission group being operatively interposed between said at least a pair of electric machines,said differential assembly and an internal combustion engine of said vehicle, wherein said transmission group comprises a first shaft configured to be selectively connected to an output shaft of said internal combustion engine, said first shaft being further selectively connectable to one of said pair of electric machines, wherein said transmission group comprises a second shaft that is operatively connected to the other of said electric machines and said differential assembly; wherein said first shaft is selectively connectable with a third shaft that is coupled to a front power take off of said vehicle.
Housing comprising a ventilator element that is arranged therein and is intended for use in a frame in a wall opening, the housing and the ventilator element arranged therein so that it can rotate about a longitudinal axis having a plurality of ventilation openings that are distributed over the length of the housing and are arranged in a corresponding longitudinal position such that, when the ventilator element is in a corresponding rotational position, a plurality of air passage openings result which are together formed in the housing and in the ventilator element by the ventilation openings, which are arranged in a corresponding longitudinal position, characterised in that, in the longitudinal extension of the housing, a fan is arranged in the interior space of the ventilator element between the ventilation openings and only conveys air in one direction, and in that ventilation openings result on both sides of the fan inwardly or outwardly with a change in direction depending on the rotation of the ventilator element.
A steel cord cut end preparation device, comprising a set of clamps for clamping at least one length of steel cord, a rotating driving unit for driving said clamped length of steel cord to be over-twisted and at least one cutter for cutting the steel cord at the over-twisted portion to make a cut end of steel cord, characterized in that said steel cord cut end preparation device further comprises a heating unit for heating the clamped length of steel cord and a controller configured to at least control the heating time and voltage for heating of said heating unit and the number of rotating turns of said rotating driving unit for over-twisting said clamped steel cord to a pre-set level.
Pressure sensor module for measuring a differential pressure, consisting of at least a sensor chip for measuring a differential pressure, and a module housing which has at least two supply lines (10, 12) which are separated from one another by the sensor chip and in which different pressures are at least occasionally present, wherein one of the two supply lines (10, 12) is adapted for conducting a liquid fuel, wherein a valve is arranged in at least one supply line (10, 12), which valve closes this supply line (10, 12) when the sensor chip no longer separates the supply lines (10, 12) from one another, wherein the valve is formed by at least two narrowings (18, 19) of one supply line (10, 12), and a valve body which is arranged movably in this supply line (10, 12) between the two narrowings (18, 19), lies on a first narrowing, on account of its cross section does not close the supply line, and closes the supply line by resting against the second narrowing when the sensor chip no longer separates the supply lines (10, 12) from one another, characterized in that the valve body is formed as a float which has a lower density than the liquid fuel.
An engine assembly for an aircraft, the engine assembly comprising: an internal combustion engine having a liquid coolant system; a heat exchanger having coolant passages in fluid communication with the liquid coolant system and air passages in heat exchange relationship with the coolant passages; an exhaust duct in fluid communication with the air passages of the heat exchanger, the exhaust duct having an outlet configured to be in fluid communication with an environment of the aircraft; and an intermediate duct in fluid communication with an exhaust of the internal combustion engine; and a fan in fluid communication with the exhaust duct for driving a cooling air flow through the air passages of the heat exchanger and into the exhaust duct, wherein the intermediate duct has an outlet positioned within the exhaust duct downstream of the fan and upstream of the outlet of the exhaust duct, the outlet of the intermediate duct spaced inwardly from a peripheral wall of the exhaust duct so that, in use, the flow of cooling air through the exhaust duct surrounds a flow of exhaust gases out of the intermediate duct; characterised in that: the internal combustion engine is a Wankel rotary engine. an internal combustion engine having a liquid coolant system; a heat exchanger having coolant passages in fluid communication with the liquid coolant system and air passages in heat exchange relationship with the coolant passages; an exhaust duct in fluid communication with the air passages of the heat exchanger, the exhaust duct having an outlet configured to be in fluid communication with an environment of the aircraft; and an intermediate duct in fluid communication with an exhaust of the internal combustion engine; and a fan in fluid communication with the exhaust duct for driving a cooling air flow through the air passages of the heat exchanger and into the exhaust duct, wherein the intermediate duct has an outlet positioned within the exhaust duct downstream of the fan and upstream of the outlet of the exhaust duct, the outlet of the intermediate duct spaced inwardly from a peripheral wall of the exhaust duct so that, in use, the flow of cooling air through the exhaust duct surrounds a flow of exhaust gases out of the intermediate duct;
A spinning nozzle comprising a perforated part having a number of ejection holes per square mm of at least 600 holes/mm 2 to no more than 1,200 holes/mm 2.
An organic light emitting display device comprising: a hole transport layer; and a green phosphorescence emission layer on the hole transport layer, the green phosphorescence emission layer including at least one phosphorescent dopant (424G-D), a mixed host including a first host (424G-W) and a hole-type host (424G-H), and an electron-type host (424G-E), wherein the mixed host and the electron-type host (424G-E) form an exciplex, the first host (424G-W) having a triplet energy level between that of the hole-type host (424G-H) and the electron-type host (424G-E) for formation of the exciplex in the emission layer to transfer energy from the exciplex to the at least one dopant (424G-D); characterized in that the organic light emitting display device further comprising: an exciton confinement layer on the emission layer; wherein when a triplet energy level of the exciton confinement layer is ECL, a triplet energy level of the hole-type host (424G-H) is H, a triplet energy level of the first host (424G-W) is W and a triplet energy level of the electron-type host (424G-E) is E, ECL >H >W >E is satisfied. a hole transport layer; and a green phosphorescence emission layer on the hole transport layer, the green phosphorescence emission layer including at least one phosphorescent dopant (424G-D), a mixed host including a first host (424G-W) and a hole-type host (424G-H), and an electron-type host (424G-E), wherein the mixed host and the electron-type host (424G-E) form an exciplex, the first host (424G-W) having a triplet energy level between that of the hole-type host (424G-H) and the electron-type host (424G-E) for formation of the exciplex in the emission layer to transfer energy from the exciplex to the at least one dopant (424G-D); an exciton confinement layer on the emission layer; wherein when a triplet energy level of the exciton confinement layer is ECL, a triplet energy level of the hole-type host (424G-H) is H, a triplet energy level of the first host (424G-W) is W and a triplet energy level of the electron-type host (424G-E) is E, ECL >H >W >E is satisfied.
A device-to-device authentication method to obtain authority over a plurality of service devices, performed by a first device (200_1), among the plurality of service devices based on a virtual authentication code, the method comprising: transmitting, to a verification device, a first code that is a source code for generating the virtual authentication code received from a client device, wherein the first code is generated based on identification information of the client device and used by a verification device that grants authority to the client device through verification of the first code; receiving a second code reflecting an authentication result for the first code from the verification device, wherein the second code includes a hash value and role information for the client device generated by the verification device based on the first code; generating a third code that is the virtual authentication code, based on the first code and the second code; and identifying at least one second device (200_2) among the plurality of service devices capable of authenticating the authority of the client device, based on the role information of the second code included in the third code, transmitting the third code to the at least one second device (200_2) related to the role information so that the client device is granted access authority for the second service device (200_2) without accessing the verification device, wherein the first device (200_1) is a device for which the client device initially requests the approval of access authority, among the plurality of service devices. transmitting, to a verification device, a first code that is a source code for generating the virtual authentication code received from a client device, wherein the first code is generated based on identification information of the client device and used by a verification device that grants authority to the client device through verification of the first code; receiving a second code reflecting an authentication result for the first code from the verification device, wherein the second code includes a hash value and role information for the client device generated by the verification device based on the first code; generating a third code that is the virtual authentication code, based on the first code and the second code; and identifying at least one second device (200_2) among the plurality of service devices capable of authenticating the authority of the client device, based on the role information of the second code included in the third code, transmitting the third code to the at least one second device (200_2) related to the role information so that the client device is granted access authority for the second service device (200_2) without accessing the verification device, wherein the first device (200_1) is a device for which the client device initially requests the approval of access authority, among the plurality of service devices.
A non-transitory storage medium storing instructions readable and executable by an electronic processor (10, 16) to perform a monitoring method for generating maintenance alerts, the monitoring method comprising: extracting component identifications (component IDs) identifying medical imaging device components and operating parameters of the identified medical imaging device components and associated operating parameter ranges from electronic medical imaging device servicing and operating data (25, 26, 27, 28) including at least one electronic medical imaging device manual; generating a knowledge engine by operations including formulating the operating parameter ranges into a set of decision rules for classifying medical imaging device log data; and applying the knowledge engine to log data generated by a monitored medical imaging device to detect out-of-range log data generated by the monitored medical imaging device and to generate maintenance alerts in response to the detected out-of-range log data wherein the maintenance alerts are associated with component IDs contained in the detected out-of-range log data. extracting component identifications (component IDs) identifying medical imaging device components and operating parameters of the identified medical imaging device components and associated operating parameter ranges from electronic medical imaging device servicing and operating data (25, 26, 27, 28) including at least one electronic medical imaging device manual; generating a knowledge engine by operations including formulating the operating parameter ranges into a set of decision rules for classifying medical imaging device log data; and applying the knowledge engine to log data generated by a monitored medical imaging device to detect out-of-range log data generated by the monitored medical imaging device and to generate maintenance alerts in response to the detected out-of-range log data wherein the maintenance alerts are associated with component IDs contained in the detected out-of-range log data.
An essentially water free pharmaceutical composition for sublingual administration containing an effective amount of buprenorphine in the form of microparticles adhered to the surfaces of carrier particles, which are larger than said microparticles and are water-soluble; and a bioadhesion and/or mucoadhesion promoting agent.
A nucleic acid(s) encoding an antibody selected from the group consisting of: (i) an antibody comprising a V H sequence of and V L sequence of (ii) an antibody comprising a V H sequence of and a V L sequence of (iii) an antibody comprising a V H sequence of and a V L sequence of (iv) an antibody comprising a V H sequence of and a V L sequence of (v) an antibody comprising a V H sequence of and a V L sequence of (vi) an antibody comprising a V H sequence of and a V L sequence of (vii) an antibody comprising a V H sequence of and a V L sequence of (viii) an antibody comprising a V H sequence of and a V L sequence of (ix) an antibody comprising a V H sequence of and a V L sequence of (x) an antibody comprising a V H sequence of and a V L sequence of (xi) an antibody comprising a V H sequence of and a V L sequence of (xii) an antibody comprising a V H sequence of and a V L sequence of (xiii) an antibody comprising a V H sequence of and a V L sequence of (xiv) an antibody comprising a V H sequence of and a V L sequence of (xv) an antibody comprising a V H sequence of and a V L sequence of (xvi) an antibody comprising a V H sequence of and a V L sequence of (xvii) an antibody comprising a V H sequence of and a V L sequence of (xviii) an antibody comprising a V H sequence of and a V L sequence of (i) an antibody comprising a V H sequence of and V L sequence of (ii) an antibody comprising a V H sequence of and a V L sequence of (iii) an antibody comprising a V H sequence of and a V L sequence of (iv) an antibody comprising a V H sequence of and a V L sequence of (v) an antibody comprising a V H sequence of and a V L sequence of (vi) an antibody comprising a V H sequence of and a V L sequence of (vii) an antibody comprising a V H sequence of and a V L sequence of (viii) an antibody comprising a V H sequence of and a V L sequence of (ix) an antibody comprising a V H sequence of and a V L sequence of (x) an antibody comprising a V H sequence of and a V L sequence of (xi) an antibody comprising a V H sequence of and a V L sequence of (xii) an antibody comprising a V H sequence of and a V L sequence of (xiii) an antibody comprising a V H sequence of and a V L sequence of (xiv) an antibody comprising a V H sequence of and a V L sequence of (xv) an antibody comprising a V H sequence of and a V L sequence of (xvi) an antibody comprising a V H sequence of and a V L sequence of (xvii) an antibody comprising a V H sequence of and a V L sequence of (xviii) an antibody comprising a V H sequence of and a V L sequence of