mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode display comprising pixels in which each pixel has a driving thin film transistor (DT) for adjusting the current flowing through an organic light emitting diode based on a voltage applied to a gate electrode (DG) of the driving thin film transistor (DT), the organic light emitting diode display further comprising: a signal line (DL1) adjacent to the gate electrode (DG) of the driving thin film transistor (DT); and a first shielding electrode (TM) connected to a first constant voltage source (EVDD) and located above the gate electrode (DG) of the driving thin film transistor (DT), with a first insulating layer (IN2) therebetween, wherein the first shielding electrode (TM) protrudes further towards the signal line (DL1) than the gate electrode (DG) of the driving thin film transistor (DT), characterized by a second shielding electrode (BM) located below the gate electrode (DG) of the driving thin film transistor (DT) with a second insulating layer(IN1) therebetween wherein the second shielding electrode (BM) is connected to a second constant voltage source (EVDD) and protrudes further towards the signal line (DL1) than the gate electrode (DG) of the driving thin film transistor (DT), and wherein the first shielding electrode (TM) overlaps the gate electrode (DG) of the driving thin film transistor and the gate electrode (DG) of the driving thin film transistor overlaps the second shielding electrode. a signal line (DL1) adjacent to the gate electrode (DG) of the driving thin film transistor (DT); and a first shielding electrode (TM) connected to a first constant voltage source (EVDD) and located above the gate electrode (DG) of the driving thin film transistor (DT), with a first insulating layer (IN2) therebetween, wherein the first shielding electrode (TM) protrudes further towards the signal line (DL1) than the gate electrode (DG) of the driving thin film transistor (DT), characterized by a second shielding electrode (BM) located below the gate electrode (DG) of the driving thin film transistor (DT) with a second insulating layer(IN1) therebetween wherein the second shielding electrode (BM) is connected to a second constant voltage source (EVDD) and protrudes further towards the signal line (DL1) than the gate electrode (DG) of the driving thin film transistor (DT), and wherein the first shielding electrode (TM) overlaps the gate electrode (DG) of the driving thin film transistor and the gate electrode (DG) of the driving thin film transistor overlaps the second shielding electrode.
A therapy system comprising: a connection point including a connector having a first light switchable adhesive provided on a mating portion of the connector; and a UV device configured to provide a first light to the first light switchable adhesive via one or more components of the therapy system, and wherein the light switchable adhesive is configured to switch states based on the first light, characterized in that the therapy system further comprises a second light switchable adhesive , the second light switchable adhesive configured to switch states based on second light , wherein the second light corresponds to a different spectrum than the first light. a connection point including a connector having a first light switchable adhesive provided on a mating portion of the connector; and a UV device configured to provide a first light to the first light switchable adhesive via one or more components of the therapy system, and wherein the light switchable adhesive is configured to switch states based on the first light, characterized in that the therapy system further comprises a second light switchable adhesive , the second light switchable adhesive configured to switch states based on second light , wherein the second light corresponds to a different spectrum than the first light.
An apparatus for controlling stiffness of an output link in a moving mechanism, the apparatus comprising: a base member ; an output link configured to move along a plane parallel to a surface of the base member; and at least one stiffness control unit configured to control stiffness of the output link and including a shaft including a first end and a second end, the first end being rotatably coupled to the base member characterised in that the apparatus comprises a rotating member including an elongated hole into which the second end of the shaft is movably inserted, and rotatably arranged by the shaft at a position having contact with the output link on an outer side or an inner side of the output link, and an elastic member between the second end of the shaft and at least one inner wall of the elongated hole in a longitudinal direction thereof; wherein the stiffness of the output link in rotational or translational movement is configured to be controlled based on a rotation angle of the rotating member. a base member ; an output link configured to move along a plane parallel to a surface of the base member; and at least one stiffness control unit configured to control stiffness of the output link and including a shaft including a first end and a second end, the first end being rotatably coupled to the base member characterised in that the apparatus comprises a rotating member including an elongated hole into which the second end of the shaft is movably inserted, and rotatably arranged by the shaft at a position having contact with the output link on an outer side or an inner side of the output link, and an elastic member between the second end of the shaft and at least one inner wall of the elongated hole in a longitudinal direction thereof; wherein the stiffness of the output link in rotational or translational movement is configured to be controlled based on a rotation angle of the rotating member.
A colpotomy system , comprising: a colpotomy cup that extends to a distal surface and defines a longitudinal axis and a cutter operably coupled to the colpotomy cup and configured to travel along an arcuate path defined about the distal surface of the colpotomy cup, the cutter actuatable to separate a uterus from a vagina as the cutter at least partially rotates about the longitudinal axis of the colpotomy cup, characterized in that the colpotomy cup is moveable between an unexpanded position and an expanded position to facilitate identification of the position of the colpotomy cup in vivo, the colpotomy cup expanding radially as the colpotomy cup moves from the unexpanded position to the expanded position. a colpotomy cup that extends to a distal surface and defines a longitudinal axis and a cutter operably coupled to the colpotomy cup and configured to travel along an arcuate path defined about the distal surface of the colpotomy cup, the cutter actuatable to separate a uterus from a vagina as the cutter at least partially rotates about the longitudinal axis of the colpotomy cup, characterized in that the colpotomy cup is moveable between an unexpanded position and an expanded position to facilitate identification of the position of the colpotomy cup in vivo, the colpotomy cup expanding radially as the colpotomy cup moves from the unexpanded position to the expanded position.
Equipment for producing foam having a swell factor greater than 10, comprising: - a first module (A) comprising a main outlet and delivering at said main outlet a mixture comprising a main liquid and at least one surfactant, - a second module (B) coupled to the main outlet of the first module (A) and producing a foam that comprises at least the main liquid, the at least one surfactant and at least one main active product, from the mixture delivered by the main outlet of the first module (A), the mixture comprising the at least one main active product, or the second module (B) further comprising means configured so that the foam produced by the second module (B) comprises the at least one main active product, characterised in that said at least one main active product is selected from irritant products and products destroying the muscular and/or or thinking capabilities of a living being, the foam produced by the second module further comprising at least one viscosity-increasing additive, the viscosity-increasing additive being a gum arabic, the irritant product or products and the product or products destroying the muscular and/or thinking capabilities of a living being being encapsulated in the gum arabic. - a first module (A) comprising a main outlet and delivering at said main outlet a mixture comprising a main liquid and at least one surfactant, - a second module (B) coupled to the main outlet of the first module (A) and producing a foam that comprises at least the main liquid, the at least one surfactant and at least one main active product, from the mixture delivered by the main outlet of the first module (A), the mixture comprising the at least one main active product, or the second module (B) further comprising means configured so that the foam produced by the second module (B) comprises the at least one main active product, characterised in that said at least one main active product is selected from irritant products and products destroying the muscular and/or or thinking capabilities of a living being, the foam produced by the second module further comprising at least one viscosity-increasing additive, the viscosity-increasing additive being a gum arabic, the irritant product or products and the product or products destroying the muscular and/or thinking capabilities of a living being being encapsulated in the gum arabic.
A recombinant adeno-associated virus (rAAV) which comprises an AAVhu68 capsid and a vector genome in the AAVhu68 capsid, wherein: (A) the vector genome comprises a nucleic acid molecule comprising AAV inverted terminal repeat sequences (ITRs) and between the ITRs a non-AAV nucleic acid sequence encoding a product operably linked to sequences which direct expression of the product in a mammalian target cell; and (B) the AAVhu68 capsid comprises AAVhu68 vp1 proteins, AAVhu68 vp2 proteins, and AAVhu68 vp3 proteins produced from a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 2, wherein the AAVhu68vp1 proteins comprise a glutamic acid at position 67 and a valine at position 157 and the AAVhu68vp2 proteins comprise a valine at position 157 based on the numbering of SEQ ID NO: 2. (A) the vector genome comprises a nucleic acid molecule comprising AAV inverted terminal repeat sequences (ITRs) and between the ITRs a non-AAV nucleic acid sequence encoding a product operably linked to sequences which direct expression of the product in a mammalian target cell; and (B) the AAVhu68 capsid comprises AAVhu68 vp1 proteins, AAVhu68 vp2 proteins, and AAVhu68 vp3 proteins produced from a nucleic acid sequence encoding the amino acid sequence of SEQ ID NO: 2, wherein the AAVhu68vp1 proteins comprise a glutamic acid at position 67 and a valine at position 157 and the AAVhu68vp2 proteins comprise a valine at position 157 based on the numbering of SEQ ID NO: 2.
Use of a placenta-derived cell-conditioned medium (PCCM) for inducing dedifferentiation of somatic cells into induced pluripotent stem cells, wherein the placenta-derived cells of the PCCM are placenta-derived fibroblast-like cells isolated from the human chorionic plate.
A bonded structure comprising: a first wafer , wherein the first wafer includes a growth substrate and a plurality of semiconductor devices , a second wafer including a submount substrate having vias that are aligned with contacts electrically connected to the semiconductor devices , wherein the second wafer is bonded to the first wafer via bonding surfaces on the first and second wafers, and wherein the submount substrate of the second wafer is scored with a plurality of slots and wherein the slots are aligned with boundaries between the semiconductor devices , characterized in that , the semiconductor devices include light emitting devices and, the plurality of slots are arranged on a surface that is opposite to the bonding surface of the second wafer to reduce warpage of the bonded structure. a first wafer , wherein the first wafer includes a growth substrate and a plurality of semiconductor devices , a second wafer including a submount substrate having vias that are aligned with contacts electrically connected to the semiconductor devices , wherein the second wafer is bonded to the first wafer via bonding surfaces on the first and second wafers, and wherein the submount substrate of the second wafer is scored with a plurality of slots and wherein the slots are aligned with boundaries between the semiconductor devices ,
Hand-held power tool for machining a workpiece (W), comprising a drive motor , a tool holder which can be driven by the drive motor , and which is for a working tool for machining the workpiece (W), and a guide element having a guide surface for guiding the hand-held power tool on the workpiece (W) in a working direction (AR), wherein the tool holder is mounted via a bearing arrangement such that it moves relative to the guide element and said tool holder can be driven by a servo motor arrangement , wherein the hand-held power tool can be swivelled via the bearing arrangement about at least one adjusting swivel axis (S) passing through the guide surface at an angle, in particular at a right angle, for the relative adjustment of the tool holder relative to the guide element , wherein the hand-held power tool has a control device for controlling the servo motor arrangement , characterised in that the control device for controlling the servo motor arrangement is designed in such a way that the servo motor arrangement adjusts tool holder relative to guide element while maintaining a swivel position relative to adjusting swivel axis (S) with movement direction component (K1, K2) parallel to the guide surface of the guide element relative to the guide element .
A vehicle wheel end arrangement , comprising: - a wheel spindle , - a wheel hub rotatably mounted on the wheel spindle about a rotational axis (A), - a drive shaft for driving the wheel hub , - a reduction gear arranged in an inner section of the wheel hub , wherein the reduction gear is connected to the drive shaft for driving the wheel hub , - a reduction gear carrier member connected to the wheel spindle , wherein the reduction gear carrier member is carrying at least a portion of the reduction gear , wherein the vehicle wheel end arrangement further comprises a lubricant pump for circulating a lubricant in the wheel hub and a lubricant conduit which fluidly connects the lubricant pump with the inner section of the wheel hub , wherein the drive shaft is drivingly connected to the lubricant pump to drive the lubricant pump and wherein at least a section of the lubricant conduit is provided within the reduction gear carrier member . - a wheel spindle , - a wheel hub rotatably mounted on the wheel spindle about a rotational axis (A), - a drive shaft for driving the wheel hub , - a reduction gear arranged in an inner section of the wheel hub , wherein the reduction gear is connected to the drive shaft for driving the wheel hub , - a reduction gear carrier member connected to the wheel spindle , wherein the reduction gear carrier member is carrying at least a portion of the reduction gear , wherein the vehicle wheel end arrangement further comprises a lubricant pump for circulating a lubricant in the wheel hub and a lubricant conduit which fluidly connects the lubricant pump with the inner section of the wheel hub , wherein the drive shaft is drivingly connected to the lubricant pump to drive the lubricant pump and wherein at least a section of the lubricant conduit is provided within the reduction gear carrier member .
A method for localizing earth faults in a loop of devices, the loop comprising a plurality of devices, each device including an isolator, an earth fault detector connected to the loop and a processor, characterized in that the method comprises the steps of: a) upon the detection , by the earth fault detector, of an earth fault within the loop, determining, by the processor, a number of devices in the loop; b) assigning, by the processor, a unique index number to each device of the plurality of devices; c) starting , by the processor, a counter N at the first unique index number; d) isolating device N and device N + 1 within the loop; e) while the device N and the device N+1 are isolated, determining , by the processor, if the earth fault still exists; f) if the earth fault no longer exists, then determining , by the processor, that the earth fault is located between the device N and the device N+1; g) if the earth fault still exists, the method further comprises the sub-steps of: g1) removing isolation between the device N and the device N+1; g2) incrementing , by the processor, N; and g3) iterating, by the processor, steps d) to g) until the ground fault is no longer detected or until N is equal to the number of devices in the loop. a) upon the detection , by the earth fault detector, of an earth fault within the loop, determining, by the processor, a number of devices in the loop; b) assigning, by the processor, a unique index number to each device of the plurality of devices; c) starting , by the processor, a counter N at the first unique index number; d) isolating device N and device N + 1 within the loop; e) while the device N and the device N+1 are isolated, determining , by the processor, if the earth fault still exists; f) if the earth fault no longer exists, then determining , by the processor, that the earth fault is located between the device N and the device N+1; g) if the earth fault still exists, the method further comprises the sub-steps of: g1) removing isolation between the device N and the device N+1; g2) incrementing , by the processor, N; and g3) iterating, by the processor, steps d) to g) until the ground fault is no longer detected or until N is equal to the number of devices in the loop. g1) removing isolation between the device N and the device N+1; g2) incrementing , by the processor, N; and g3) iterating, by the processor, steps d) to g) until the ground fault is no longer detected or until N is equal to the number of devices in the loop.
A multirotor aircraft that includes a chassis , three or more vertical rotors , one or more free wings and one or more fixed horizontal rotor ; wherein a) said three or more vertical rotors are attached to the chassis of the aircraft by a fixed connection, so that the angle between the rotors and the chassis is fixed; and b) wherein the one or more free wings are attached to the chassis by an axial connection and the one or more free wings rotate freely around their horizontal axis so that the angle and lift of the one or more free wings is changed relative to the chassis according the flow of air over the one or more free wings and wherein said one or more free wings attains its optimal state relative to air movement automatically, without intervention; and c) whereby the fixed horizontal rotor , the one or more vertical rotors and the one or more free wings enable the multirotor aircraft to descend and climb while flying forward at a fixed horizontal pitch of the chassis . a) said three or more vertical rotors are attached to the chassis of the aircraft by a fixed connection, so that the angle between the rotors and the chassis is fixed; and b) wherein the one or more free wings are attached to the chassis by an axial connection and the one or more free wings rotate freely around their horizontal axis so that the angle and lift of the one or more free wings is changed relative to the chassis according the flow of air over the one or more free wings and wherein said one or more free wings attains its optimal state relative to air movement automatically, without intervention; and c) whereby the fixed horizontal rotor , the one or more vertical rotors and the one or more free wings enable the multirotor aircraft to descend and climb while flying forward at a fixed horizontal pitch of the chassis .
Apparatus for making an antenna for a radio-frequency identifying device, said antenna being made with a flexible wire , or a braid of flexible wires in electrically conductive material, comprising: - a forming device (2; 2a; 2b) provided with shaping elements that are suitable for shaping said wire to obtain an antenna of preset shape; - a guiding device provided with a guiding element for guiding said wire ; - at least one gripper device suitable for immobilising a free end of said wire , characterised in that said forming device (2; 2a; 2b) can rotate around a rotation axis (A), that said shaping elements can be moved in a direction parallel to said rotation axis (A) and that said guiding device is movable in at least one direction (F1) substantially perpendicular to said rotation axis (A). - a forming device (2; 2a; 2b) provided with shaping elements that are suitable for shaping said wire to obtain an antenna of preset shape; - a guiding device provided with a guiding element for guiding said wire ; - at least one gripper device suitable for immobilising a free end of said wire ,
A non-therapeutic, non-surgical method of enhancing penetration of a cosmetic benefit agent into skin using an ultrasound device , comprising: a.) a housing having bottom portion comprising an application surface , b.) a power source positioned in the housing; c.) an acoustic transducer positioned in the housing in electrical communication with the power source for producing ultrasound waves and oriented such that the ultrasound waves are projected from the transducer at an angle e that ranges from 5° to 75° relative to the surface of the application surface, wherein the method comprises applying a topical composition comprising the cosmetic benefit agent to the skin or scalp followed by application of ultrasound from the ultrasound device at a frequency ranging from 100 kHz to 3000 kHz at the area of application of the topical composition for a duration ranging from 5 seconds to 1 minute, wherein the acoustic transducer is positioned over the area of application such that the ultrasound waves are directed towards the area at an angle θ that ranges from 5° to 75° relative to the surface of the area, wherein the method comprises at least 2 consecutive applications of ultrasound. a.) a housing having bottom portion comprising an application surface , b.) a power source positioned in the housing; c.) an acoustic transducer positioned in the housing in electrical communication with the power source for producing ultrasound waves and oriented such that the ultrasound waves are projected from the transducer at an angle e that ranges from 5° to 75° relative to the surface of the application surface, wherein the method comprises applying a topical composition comprising the cosmetic benefit agent to the skin or scalp followed by application of ultrasound from the ultrasound device at a frequency ranging from 100 kHz to 3000 kHz at the area of application of the topical composition for a duration ranging from 5 seconds to 1 minute, wherein the acoustic transducer is positioned over the area of application such that the ultrasound waves are directed towards the area at an angle θ that ranges from 5° to 75° relative to the surface of the area, wherein the method comprises at least 2 consecutive applications of ultrasound.