mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a substrate (31, 41); a first electrode (32, 42) to inject or extract holes disposed on the substrate (31, 41), the first electrode (32, 42) including a conductive layer (32a, 42a) in contact with the substrate (31, 41) and an n-type organic compound layer (32b, 42b) disposed on the conductive layer (32a, 42a); a second electrode (37, 45) to inject or extract electrons; and a p-type organic compound layer (33, 43) disposed between the conductive layer (32a, 42a) of the first electrode (32, 42) and the second electrode (37,47), the p-type organic compound layer (33, 43) contacting the n-type organic compound layer (32b, 42b) to form an NP junction between the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and the p-type organic compound layer (33, 43), wherein an energy difference between a lowest unoccupied molecular orbital (LUMO) energy of the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and a Fermi energy of the conductive layer (32a, 42a) of the first electrode (32, 42) is 2 eV or less; wherein an energy difference between the LUMO energy of the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and a highest unoccupied molecular orbital (HOMO) energy of the p-type organic compound layer (33, 43) is 1 eV or less; wherein the conductive layer (32a, 42a) and the second electrode (37, 47) are formed of the same material; characterized in that the same material is aluminum. a substrate (31, 41); a first electrode (32, 42) to inject or extract holes disposed on the substrate (31, 41), the first electrode (32, 42) including a conductive layer (32a, 42a) in contact with the substrate (31, 41) and an n-type organic compound layer (32b, 42b) disposed on the conductive layer (32a, 42a); a second electrode (37, 45) to inject or extract electrons; and a p-type organic compound layer (33, 43) disposed between the conductive layer (32a, 42a) of the first electrode (32, 42) and the second electrode (37,47), the p-type organic compound layer (33, 43) contacting the n-type organic compound layer (32b, 42b) to form an NP junction between the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and the p-type organic compound layer (33, 43), wherein an energy difference between a lowest unoccupied molecular orbital (LUMO) energy of the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and a Fermi energy of the conductive layer (32a, 42a) of the first electrode (32, 42) is 2 eV or less; wherein an energy difference between the LUMO energy of the n-type organic compound layer (32b, 42b) of the first electrode (32, 42) and a highest unoccupied molecular orbital (HOMO) energy of the p-type organic compound layer (33, 43) is 1 eV or less; wherein the conductive layer (32a, 42a) and the second electrode (37, 47) are formed of the same material; characterized in that the same material is aluminum.
Watch regulating member, comprising at least one balance pivoting about a pivot axis and subjected to a return torque exerted by torsion return means, wherein said at least one balance includes means of attachment causing said balance to pivot integrally with a torsion wire which forms said torsion return means specific to said at least one balance, and said torsion wire is: - made of metallic glass or of an at least partially amorphous alloy, - or of silicon and/or of silicon oxide, - or of single crystal diamond or of polycrystalline diamond, and said torsion wire having a modulus of elasticity of more than 100 GPa, and an elastic limit of more than 2000 MPa. - made of metallic glass or of an at least partially amorphous alloy, - or of silicon and/or of silicon oxide, - or of single crystal diamond or of polycrystalline diamond,
Battery forming a thin flexible film comprising at least a cathode current collector, a cathode, a separator, an electrolyte, an anode and an anode current collector, the cathode being disposed between the cathode current collector and the separator, and the anode being disposed between the separator and the anode current collector, the battery further comprising a sealing gasket disposed on the periphery of the cathode, of the anode and of the separator and connecting the inner peripheral edge of the cathode current collector to the inner peripheral edge of the anode current collector, characterized in that said sealing gasket is at least partially made of a viscoelastic elastomeric material having a Young's modulus comprised between 500 Pa and 100 kPa and a shear modulus comprised between 250 Pa and 100 kPa, these values being measured for the Young's modulus and the shear modulus at the start of stress at 0-2% and 0-1% respectively, and in traction at 10 mm/min and 2 mm/min respectively, said viscoelastic elastomeric material being a foam having a density comprised between 500 and 900 kg/m 3.
A corona shield, for a high voltage assembly with a charge storage capability, comprising: a peripheral frame formed from one or more frame members and within which lies a frame aperture; and a barrier member fixedly secured to the peripheral frame, the barrier member extending across and occluding the frame aperture to inhibit bodily ingress through the frame aperture characterized in that the barrier member is able to deform relative to the frame aperture to only a predetermined extent which is not beyond the frame aperture. a peripheral frame formed from one or more frame members and within which lies a frame aperture; and a barrier member fixedly secured to the peripheral frame, the barrier member extending across and occluding the frame aperture to inhibit bodily ingress through the frame aperture characterized in that the barrier member is able to deform relative to the frame aperture to only a predetermined extent which is not beyond the frame aperture.
A product display unit for displaying products, the product display unit comprising: a track defining a non-linear path; and a pusher that moves along the non-linear path and is configured to move the products along the non-linear path; characterized in that: the track has a first leg and a second leg that extends transverse to the first leg, and the pusher moves along the first leg and the second leg; and the pusher extends along a pusher axis and has a spring with a first end coiled at the pusher and a second end connected to the track. a track defining a non-linear path; and a pusher that moves along the non-linear path and is configured to move the products along the non-linear path; characterized in that: the track has a first leg and a second leg that extends transverse to the first leg, and the pusher moves along the first leg and the second leg; and the pusher extends along a pusher axis and has a spring with a first end coiled at the pusher and a second end connected to the track.
Fuselage shell component for an aircraft or spacecraft, with: a fuselage panel; a plurality of stringers arranged on the fuselage panel; a frame arranged above and crossing the stringers; and a frame attachment structure having a plurality of base portions fixed to the fuselage panel and transitioning integrally into a shoulder portion fixed to the frame over an associated body portion, wherein the body portions associated with the base portions extend substantially continuously along the frame across the stringers, characterised in that the frame comprises a fibre-reinforced composite material, and the frame attachment structure is a material formed as a thermosetting or thermoplastic plastic strengthened with short fibres of 1 to 5 cm length. a fuselage panel; a plurality of stringers arranged on the fuselage panel; a frame arranged above and crossing the stringers; and a frame attachment structure having a plurality of base portions fixed to the fuselage panel and transitioning integrally into a shoulder portion fixed to the frame over an associated body portion, wherein the body portions associated with the base portions extend substantially continuously along the frame across the stringers, characterised in that the frame comprises a fibre-reinforced composite material, and the frame attachment structure is a material formed as a thermosetting or thermoplastic plastic strengthened with short fibres of 1 to 5 cm length.
Magnetic resonance imaging system, having: - an infrastructure within a cloud, which is designed to generate and/or activate and/or deactivate and/or terminate virtual systems (31, 32, 33) on demand, which generate and operate a plurality of MR workflows as instances, wherein the virtual systems (31, 32, 33) comprise a cloud-based virtual MR host with an active MR workflow, which is connected on demand to an MR control unit, wherein the active MR workflow comprises parameter values specific to a measurement, - an MR scan unit with an MR control unit, which is designed to control an imaging process of the MR scan unit on the basis of one of the workflows stored in the virtual MR host, said workflow comprising parameter values specific to a measurement, and - at least one client unit (4, 5, 6, 7) for transmitting patient-specific data to the virtual MR host and for evaluating image data received by the virtual MR host, characterised in that the virtual MR host is designed, for the purpose of carrying out the imaging process on a specific patient, to transmit the workflow to an MR control unit of a selected MR scan unit, which workflow has information, measuring programs and instructions tailored to the specific use case. - an infrastructure within a cloud, which is designed to generate and/or activate and/or deactivate and/or terminate virtual systems (31, 32, 33) on demand, which generate and operate a plurality of MR workflows as instances, wherein the virtual systems (31, 32, 33) comprise a cloud-based virtual MR host with an active MR workflow, which is connected on demand to an MR control unit, wherein the active MR workflow comprises parameter values specific to a measurement, - an MR scan unit with an MR control unit, which is designed to control an imaging process of the MR scan unit on the basis of one of the workflows stored in the virtual MR host, said workflow comprising parameter values specific to a measurement, and - at least one client unit (4, 5, 6, 7) for transmitting patient-specific data to the virtual MR host and for evaluating image data received by the virtual MR host,
A method of manufacturing a metal plate (20, 41, 42) having a hole (38, 44, 45) comprising a punching step of performing punching to a metal plate material (21 48) placed on a die by a punch (27, 27a, 55) to form a through hole (38, 44, 45), wherein in the punching step, breaking occurs during the punching for the through hole (38, 44, 45), a temporarily residual portion which is a peripheral edge of the through hole (38, 44, 45) on the die side and protrudes inward from a position corresponding to an inner surface of the through hole (38, 44, 45) is formed, and thereafter, with the punching, the temporarily residual portion is pressed toward a side surface of the punch (27, 27a, 55) by a pressing surface included in a distal end edge of the punch (27, 27a, 55) such that the inner surface of the punched through hole has a smooth surface, characterized in that a recessed portion forming step is further performed before the punching step, the recessed portion forming step is a step of forming a recessed portion (22, 46, 47) surrounded by a bottom surface and an inclined side surface inclined with respect to the punching direction of the punch (27, 27a, 55) at a position where the through hole (38, 44, 45) is formed by performing hot forging or cool forging on a surface of the metal plate material (21, 48), in the punching step, a projecting portion is vertically formed on an edge of a die hole of the die to face the metal plate material (21, 48), the projecting portion includes an inner surface formed on the same plane as that of the inner surface of the die hole and an outer surface which serves as a guide surface inclined with respect to the punching direction, which guides a direction towards the side surface of the punch (27, 27a, 55) in which the temporarily residual portion is pressed, and the punching is performed in a state in which the metal plate material (21, 48) is placed on the die such that the inclined side surface of the recessed portion (22, 46, 47) is brought into contact with the guide surface.
A method of displaying a virtual ruler on a plurality of separate X-ray images of an object by an X-ray image obtaining apparatus, the method comprising: dividing the object into a plurality of imaging areas in a predetermined direction; obtaining (S1320, S1420) the plurality of separate images corresponding to the plurality of imaging areas by using an image obtainer; obtaining (S1330, S1430, S1520) a first distance value from a predetermined reference point to a first side of each of the plurality of separate images and a second distance value from the predetermined reference point to a second side of each of the plurality of separate images, by using information about a location of the image obtainer; and displaying (S1340, S1440, S1530) the virtual ruler on each of the plurality of separate images, the virtual ruler indicating distance values between the first distance value and the second distance value. dividing the object into a plurality of imaging areas in a predetermined direction; obtaining (S1320, S1420) the plurality of separate images corresponding to the plurality of imaging areas by using an image obtainer; obtaining (S1330, S1430, S1520) a first distance value from a predetermined reference point to a first side of each of the plurality of separate images and a second distance value from the predetermined reference point to a second side of each of the plurality of separate images, by using information about a location of the image obtainer; and displaying (S1340, S1440, S1530) the virtual ruler on each of the plurality of separate images, the virtual ruler indicating distance values between the first distance value and the second distance value.
A method of coating a substrate with a washcoat, wherein the method comprises the steps of: - engaging the substrate with a headset of a substrate coating apparatus so as to locate an upper surface of the substrate below a washcoat showerhead of the substrate coating apparatus; - discharging a washcoat out of the washcoat showerhead towards the upper surface of the substrate; - drawing the washcoat through the substrate by applying a suction force to a lower surface of the substrate; wherein the step of engaging the substrate with the headset comprises engaging a headset seal of the headset with the substrate, characterised by the headset seal comprising a perimetral portion extending around the headset and a cantilevered portion extending down from the perimetral portion which engages against a sidewall of the substrate. - engaging the substrate with a headset of a substrate coating apparatus so as to locate an upper surface of the substrate below a washcoat showerhead of the substrate coating apparatus; - discharging a washcoat out of the washcoat showerhead towards the upper surface of the substrate; - drawing the washcoat through the substrate by applying a suction force to a lower surface of the substrate;
A levelling rod for a level determining apparatus, said rod having position indications therealong along expressed by barcode symbols (11, 12), characterised in that at least some of said barcode symbols are colour barcode symbols, the colour serving to encode said position indications, wherein said barcode symbols are organised in first and second blocks (12, 11) of barcode symbols, each providing a said position indication, wherein the length (Ls) occupied along said rod by a said first block is smaller than the length (Lb) occupied along said rod by a said second block, said first blocks thereby providing a finer position indication than said second blocks wherein the first blocks are embedded in the second blocks.
A method for producing a segmented electrophoretic display device comprising a bistable display operating with predetermined opposite voltages (+dV; -dV) and an electronic circuit with microcontroller for controlling the display according to a control program, the method comprising the following steps: - supplying said microcontroller, the latter not being a specific display controller for a bistable display and being configured to deliver voltages (Vsegment) on n input/output ports GPIO1-GPIOn, lower in absolute value than the predetermined voltages (+dV; -dV), the input/output ports of the microcontroller GPIO3-GPIOn being connected directly to conductive areas of the segments of the bistable display, and - compensating the voltages delivered to the input/output ports (Vsegment) with at least one compensation voltage (Vcom) to at least achieve said opposite predetermined voltages (+dV; -dV), the method being such that said compensation (Vcom) is effected by means of a voltage generator having an output connected to a common electrode of the bistable display, and comprising a hybrid charge pump supplied by the same voltage source as the microcontroller and combining a voltage doubler circuit and a voltage inverter circuit, the respective output voltages of the doubler circuit and the inverter circuit being combined alternately on the output of the charge pump connected to a common electrode of the bistable display, the voltage doubler circuit being controlled by the microcontroller input/output port GPIO1 and the voltage inverter circuit being controlled by the microcontroller input/output port GPIO2. - supplying said microcontroller, the latter not being a specific display controller for a bistable display and being configured to deliver voltages (Vsegment) on n input/output ports GPIO1-GPIOn, lower in absolute value than the predetermined voltages (+dV; -dV), the input/output ports of the microcontroller GPIO3-GPIOn being connected directly to conductive areas of the segments of the bistable display, and - compensating the voltages delivered to the input/output ports (Vsegment) with at least one compensation voltage (Vcom) to at least achieve said opposite predetermined voltages (+dV; -dV),
Distributor box for electrical lines (2, 3, 4), having a housing composed of an insulating material, which housing has, on the input and output sides, passage openings (8, 9, 10) for the electrical lines (2, 3, 4), comprising two housing parts (6, 7) which are connectable to one another, to be more precise a bottom part and a cover part, and having an electrically conductive contact body which is arranged in the housing and has connection points (12, 13, 14, 15, 16, 17) for the conductors (18, 19, 20, 21, 22, 23) of the electrical lines (2, 3, 4), wherein the passage openings (8, 9, 10) are arranged in at least one of the housing parts (6, 7) and are designed as recesses in the wall of the housing part (6, 7) which are open at the edge and can each be closed off by the other housing part (7, 6), characterized in that the cover part consists of segments (7, 7b, 7c) which are connected to one another and by means of which the recesses which are open at the edge in the bottom part can be separately closed off, wherein the segments (7a, 7b, 7c) of the cover part are connected to one another via living hinges (70a, 70b), wherein the cover part is preferably designed in one piece.
A method in a network server for extending functionality of three-dimensional modeling software, characterized in that the method comprises the steps of: receiving (142/154) a functional extension to the three-dimensional modeling software, as well as an identifier of a first user who has created the functional extension, from a first client device (12/122) via a communication network, wherein (i) the functional extension includes computer-readable instructions compatible with the three-dimensional modeling software, and (ii) the functional extension provides a modeling function not provided by the three-dimensional modeling software; storing the received functional extension in a database and, in a record associated with the first user in a client profile server, updating a list of functional extensions created by the first user to associate the received functional extension with the first user, wherein the record associated with the first user further includes a list of functional extensions currently installed on the first client device (12/122), and wherein the list of functional extensions currently installed on the first client device (12/122) and the list of functional extensions created by the first user are different; receiving (146/174) from a second client device (14/124), via the communication network, a request to provide the functional extension; and providing the functional extension to the second client device (14/124). receiving (142/154) a functional extension to the three-dimensional modeling software, as well as an identifier of a first user who has created the functional extension, from a first client device (12/122) via a communication network, wherein (i) the functional extension includes computer-readable instructions compatible with the three-dimensional modeling software, and (ii) the functional extension provides a modeling function not provided by the three-dimensional modeling software; storing the received functional extension in a database and, in a record associated with the first user in a client profile server, updating a list of functional extensions created by the first user to associate the received functional extension with the first user, wherein the record associated with the first user further includes a list of functional extensions currently installed on the first client device (12/122), and wherein the list of functional extensions currently installed on the first client device (12/122) and the list of functional extensions created by the first user are different; receiving (146/174) from a second client device (14/124), via the communication network, a request to provide the functional extension; and providing the functional extension to the second client device (14/124).
An RFID tag for an improved communication between an external logic element conductively connected thereto and an interrogator, the RFID tag comprises - a memory access arbiter which on the one side is connected to a non-volatile memory and on the other side it is connected through a serial peripheral interface to the external logic element, and - an analog radio-frequency block (ARFB) and a digital radio-frequency block (DRFB) for connecting an antenna to the memory access arbiter, characterized in that the RFID tag comprises the non-volatile memory, a transferred data memory, a status-information memory and a controlled switched circuit, wherein the memory access arbiter is adapted to address an unique address space comprising the addresses of the non-volatile memory, of the transferred data memory and of the status-information memory storing information on the status of the transferred data memory, wherein the transferred data memory and the status-information memory are volatile memories, and wherein the external logic element is connected through the controlled switched circuit to a power supply from an interrogator radio-frequency radiation field as well as to a battery which is an external source to supply power to the RFID tag. - a memory access arbiter which on the one side is connected to a non-volatile memory and on the other side it is connected through a serial peripheral interface to the external logic element, and - an analog radio-frequency block (ARFB) and a digital radio-frequency block (DRFB) for connecting an antenna to the memory access arbiter,