mhurhangee/ep-ind-claims huggingface dataset:
Electric drive device for a motor vehicle, with a housing, with an electric machine, with a differential gearbox and with a gearbox device having: a first planetary gear set, which is accommodated in the housing and has a first sun gear, a first ring gear and a first planet carrier as first components of the first planetary gear set; and a second planetary gear set, which is accommodated in the housing and has a second sun gear non-rotatably connected or connectable to the housing, a second ring gear non-rotatably connected or connectable to the first planet carrier and a second planet carrier as second components of the second planetary gear set, wherein the first sun gear is non-rotatably connected or connectable to the second sun gear, wherein the first planetary gear set is assigned a blocking shifting element, by means of which one of the first components can be non-rotatably connected to another of the first components or to one of the second components, characterised in that the differential gearbox is located radially within the first planetary gear set and the second planetary gear set and axially substantially in the region of the first planetary gear set and the second planetary gear set, and in that the second planet carrier is non-rotatably connected to a differential cage of the differential gearbox, and in that a transmission stage is provided, which is located between the electric machine and the first planetary gear set with regard to a torque flow and which is axially located between the electric machine and the differential gearbox and axially located between the electric machine and the first planetary gear set, and in that a connecting body is provided, which is non-rotatably connected to the second sun gear and non-rotatably connected or connectable to a first housing wall of the housing, wherein the whole connecting body is radially located within the first planet carrier and the second planet carrier, wherein the second planet carrier is axially bearing-mounted by means of a first bearing element with respect to the first planet carrier and by means of a further bearing element with respect to the second sun gear, and wherein the first planet carrier is axially bearing-mounted by means of another bearing element with respect to the first sun gear and the first sun gear is axially bearing-mounted by means of an additional bearing element with respect to the connecting body. a first planetary gear set, which is accommodated in the housing and has a first sun gear, a first ring gear and a first planet carrier as first components of the first planetary gear set; and a second planetary gear set, which is accommodated in the housing and has a second sun gear non-rotatably connected or connectable to the housing, a second ring gear non-rotatably connected or connectable to the first planet carrier and a second planet carrier as second components of the second planetary gear set, wherein the first sun gear is non-rotatably connected or connectable to the second sun gear,
A method for forming a multilayer coating film, the method comprising: applying an aqueous first colored coating composition to a substrate to form a first colored coating film; applying an aqueous second colored coating composition to the uncured first colored coating film to form a second colored coating film; applying a clear coating composition to the uncured second colored coating film to form a clear coating film; and simultaneously curing the uncured first colored coating film, the uncured second colored coating film, and the uncured clear coating film, wherein the aqueous first colored coating composition comprises an aqueous film-forming resin and a blocked polyisocyanate compound having at least one blocked isocyanate group selected from blocked isocyanate groups represented by Formula below: wherein R 1 represents isopropyl, R 2, R 4, and R 5 each independently represent C 1-12 hydrocarbon, and R 3 represents linear or branched C 1-12 alkylene, blocked isocyanate groups represented by Formula below: wherein R 2, R 3, R 4, and R 5 are as defined above, and blocked isocyanate groups represented by Formula below: wherein R 2, R 3, R 4, and R 5 are as defined above, and R 6 represents isopropyl, and wherein the clear coating composition comprises a hydroxy-containing acrylic resin having a hydroxy value of 85 to 215 mg KOH/g, a polyisocyanate compound, and an organometallic catalyst containing a metal compound containing one or more metals selected from the group consisting of zinc, tin, zirconium, bismuth, lead, cobalt, manganese, titanium, aluminum, and molybdenum, and an amidine compound. applying an aqueous first colored coating composition to a substrate to form a first colored coating film; applying an aqueous second colored coating composition to the uncured first colored coating film to form a second colored coating film; applying a clear coating composition to the uncured second colored coating film to form a clear coating film; and simultaneously curing the uncured first colored coating film, the uncured second colored coating film, and the uncured clear coating film, wherein the aqueous first colored coating composition comprises an aqueous film-forming resin and a blocked polyisocyanate compound having at least one blocked isocyanate group selected from blocked isocyanate groups represented by Formula below: wherein R 1 represents isopropyl, R 2, R 4, and R 5 each independently represent C 1-12 hydrocarbon, and R 3 represents linear or branched C 1-12 alkylene, blocked isocyanate groups represented by Formula below: wherein R 2, R 3, R 4, and R 5 are as defined above, and blocked isocyanate groups represented by Formula below: wherein R 2, R 3, R 4, and R 5 are as defined above, and R 6 represents isopropyl, and wherein the clear coating composition comprises a hydroxy-containing acrylic resin having a hydroxy value of 85 to 215 mg KOH/g, a polyisocyanate compound, and an organometallic catalyst containing a metal compound containing one or more metals selected from the group consisting of zinc, tin, zirconium, bismuth, lead, cobalt, manganese, titanium, aluminum, and molybdenum, and an amidine compound.
A method of controlling a pest infestation, comprising providing in the diet of a pest an insecticidally effective amount of the composition comprising (a) a cross-linked cationic polysaccharide, and (b) a polynucleotide, wherein the polynucleotide and the cross-linked cationic polysaccharide particle are bound by electrostatic attraction to form a complex, and wherein the complex has at least one dimension that exceeds 200 nanometers or at least one dimension that exceeds 500 nanometers when hydrated; and wherein the polynucleotide comprises at least 21 contiguous nucleotides that are complementary or identical to a target gene in the pest.
A wearable article for providing haptic feedback, comprising: a structural material; an adjustable interaction element associated with the structural material; characterised in that the adjustable interaction element is composed of a deformable material for encapsulating a liquid or gas; the adjustable interaction element is fluidly connected to a liquid or gas supply and the deformable material is placed between an inner and an outer electrode, the inner electrode being located within the adjustable interaction element and positioned to physically contact the liquid or gas in the adjustable interaction element, and an insulator is placed around the outer electrode to create a smart material actuator which can deform in response to an applied electric field between the two electrodes (322, 324), wherein the adjustable interaction element is adapted to expand or contract to secure the wearable article against a user to allow the wearable article to move with the user, without sliding or moving out of position; and wherein the application of said electric field between the two electrodes (322, 324) results in haptic feedback being provided to the user wearing the wearable article by the adjustable interaction element. a structural material; an adjustable interaction element associated with the structural material; characterised in that the adjustable interaction element is composed of a deformable material for encapsulating a liquid or gas; the adjustable interaction element is fluidly connected to a liquid or gas supply and the deformable material is placed between an inner and an outer electrode, the inner electrode being located within the adjustable interaction element and positioned to physically contact the liquid or gas in the adjustable interaction element, and an insulator is placed around the outer electrode to create a smart material actuator which can deform in response to an applied electric field between the two electrodes (322, 324), wherein the adjustable interaction element is adapted to expand or contract to secure the wearable article against a user to allow the wearable article to move with the user, without sliding or moving out of position; and wherein the application of said electric field between the two electrodes (322, 324) results in haptic feedback being provided to the user wearing the wearable article by the adjustable interaction element.
Packaging machine for producing individual blister packs for dispensing medicaments, wherein the packaging machine comprises a filling station with a plurality of containers, wherein each container is provided for storing and dispensing a predetermined medicament, wherein the packaging machine has a conveying device, characterised in that the conveying device is provided for conveying at least one movable transport container, wherein the packaging machine is configured in such a way that in the filling station the medicaments can be filled directly from the containers into the transport container, wherein the packaging machine comprises a transfer station, wherein the packaging machine is configured in such a way that in the transfer station the medicaments can be transferred from the movable transport container into a recess of a carrier of a blister pack associated with the transport container, wherein the packaging machine comprises a sealing station, wherein the sealing station is arranged immediately after the transfer station, wherein the sealing station is set up for sealing a lidding film onto the carrier, wherein the packaging machine comprises a cleaning station, wherein the cleaning station is arranged immediately after the transfer station, wherein the cleaning station is set up for automatic cleaning of the at least one transport container.
An eyewear system comprising eyeglasses (100, 1000) comprising: first and second lenses (101, 1001); first and second nose pads (103, 1003), wherein the first and second nose pads each form a cantilever extending from a connector connecting the nose pad to its respective lens, the connector adapted to permit relative movement between the first and second nose pads and the first and second lenses, respectively; and a bridge (102, 1002) operably connecting the first and second lenses, the bridge being bendable from a bridge rest position to permit relative movement between the first and second nose pads and providing a bridge pinch force of 50 g or less between the nose pads when the nose pads are moved 7 mm or less from the bridge rest position, characterized in that the bridge force is a spring force having a spring constant greater than a spring constant of the cantilever of the first nose pad and the second nose pad. first and second lenses (101, 1001); first and second nose pads (103, 1003), wherein the first and second nose pads each form a cantilever extending from a connector connecting the nose pad to its respective lens, the connector adapted to permit relative movement between the first and second nose pads and the first and second lenses, respectively; and a bridge (102, 1002) operably connecting the first and second lenses, the bridge being bendable from a bridge rest position to permit relative movement between the first and second nose pads and providing a bridge pinch force of 50 g or less between the nose pads when the nose pads are moved 7 mm or less from the bridge rest position, characterized in that the bridge force is a spring force having a spring constant greater than a spring constant of the cantilever of the first nose pad and the second nose pad.
A switching circuit comprising: first and second steering switches (90, 92) operable to make or break a path between first and second terminals thereof, and each steering switch further having a control terminal for controlling the switch, the first and second steering switches having their control terminals driven by first and second switching signals (LO I, LO I) the first and second switching signals having a first frequency and the second switching signal being in anti-phase with the first switching signal and a first chopping switch operable to make or break a path between first and second terminals thereof and being connected in series with the first and second steering switches (90, 92) and receiving at its first terminal an input signal to be modulated, wherein the control terminal of the chopping switch is driven by a first switching control signal (Vosc) such that the chopping switch is non-conducting while the first and second steering switches are changing between being conducting and being non- conducting; and the first switching control signal has a frequency which is a multiple of the first frequency. first and second steering switches (90, 92) operable to make or break a path between first and second terminals thereof, and each steering switch further having a control terminal for controlling the switch, the first and second steering switches having their control terminals driven by first and second switching signals (LO I, LO I) the first and second switching signals having a first frequency and the second switching signal being in anti-phase with the first switching signal and a first chopping switch operable to make or break a path between first and second terminals thereof and being connected in series with the first and second steering switches (90, 92) and receiving at its first terminal an input signal to be modulated, wherein the control terminal of the chopping switch is driven by a first switching control signal (Vosc) such that the chopping switch is non-conducting while the first and second steering switches are changing between being conducting and being non- conducting; and the first switching control signal has a frequency which is a multiple of the first frequency.
Communication apparatus, comprising: multiple ports configured to serve as ingress ports and egress ports for connection to a packet data network; a memory, coupled to the ports and configured to contain both respective input buffers allocated to the ingress ports and a shared buffer holding data packets for transmission in multiple queues via the egress ports; and characterised by a control logic, which is configured to monitor an overall occupancy level of the memory, and when a data packet is received through an ingress port having an input buffer that is fully occupied while the overall occupancy level of the memory is below a specified maximum, to allocate additional space in the memory to the input buffer and to accept the received data packet into the additional space. multiple ports configured to serve as ingress ports and egress ports for connection to a packet data network; a memory, coupled to the ports and configured to contain both respective input buffers allocated to the ingress ports and a shared buffer holding data packets for transmission in multiple queues via the egress ports; and characterised by a control logic, which is configured to monitor an overall occupancy level of the memory, and when a data packet is received through an ingress port having an input buffer that is fully occupied while the overall occupancy level of the memory is below a specified maximum, to allocate additional space in the memory to the input buffer and to accept the received data packet into the additional space.
An electrosurgical wand, comprising: a handle on a proximal end of the electrosurgical wand and an elongate shaft coupled to the handle and extending distally from the handle along a longitudinal axis; a combination active electrode (300, 500, 620) having a blade portion (322, 522, 622) and a screen portion (320, 524) disposed on a distal end of the wand, wherein the blade portion (322, 522, 622) extends along and laterally from the wand longitudinal axis defining the distal-most portion of the wand, and wherein the screen portion (320, 524) forms an obtuse angle to the blade portion (322, 522, 622), the obtuse angle opening toward the distal end of the wand and has at least one aperture therein fluidly coupled to an aspiration channel within the wand; a second and third electrode, proximally spaced from the combination active electrode (300, 500, 620), the second electrode spanning a portion of an outside surface of the wand adjacent and proximally spaced from the blade portion (322, 522, 622) of the combination active electrode (300, 500, 620), the third electrode spanning a portion of the outside surface of the wand opposite the second electrode. a handle on a proximal end of the electrosurgical wand and an elongate shaft coupled to the handle and extending distally from the handle along a longitudinal axis; a combination active electrode (300, 500, 620) having a blade portion (322, 522, 622) and a screen portion (320, 524) disposed on a distal end of the wand, wherein the blade portion (322, 522, 622) extends along and laterally from the wand longitudinal axis defining the distal-most portion of the wand, and wherein the screen portion (320, 524) forms an obtuse angle to the blade portion (322, 522, 622), the obtuse angle opening toward the distal end of the wand and has at least one aperture therein fluidly coupled to an aspiration channel within the wand; a second and third electrode, proximally spaced from the combination active electrode (300, 500, 620), the second electrode spanning a portion of an outside surface of the wand adjacent and proximally spaced from the blade portion (322, 522, 622) of the combination active electrode (300, 500, 620), the third electrode spanning a portion of the outside surface of the wand opposite the second electrode.
A fusion protein comprising: (i) a nucleic acid programmable DNA binding protein (napDNAbp) domain; (ii) a cytidine deaminase domain; and (iii) a Gam protein domain; optionally further comprising (iv) a uracil glycosylase inhibitor domain.
Wound dressing with a carrier layer and an absorbent wound contact layer fixed to the carrier layer, which has wound contact surfaces spaced from one another by interstices, in which the absorbent wound contact layer has no contact with the wound wherein the wound contact surfaces are connected to each other by connection regions of the absorbent wound contact layer, wherein the absorbent wound contact layer comprises or is a hydrogel and/or silica gel, characterized in that in the area of the interstices the carrier layer is not covered by the absorbent wound contact layer.
A method of producing a cured thin film by curing a photocurable silicone resin composition comprising: an organopolysiloxane having two or more alkenyl groups within each molecule, an organohydrogenpolysiloxane having two or more hydrogen atoms bonded to silicon atoms within each molecule, in an amount that is sufficient to provide from 0.1 to 4.0 mols of hydrogen atoms bonded to silicon atoms per 1 mol of alkenyl groups within the composition, and an effective amount of a photoactive catalyst, wherein the method comprises: (i) obtaining a coating film by applying the silicone resin composition to a substrate, (ii) obtaining a thin film in a semi-cured state by partially curing the coating film by irradiation with a light that is irradiated through a mask that is used for forming a pattern, thus forming a patterned thin film in a semi-cured state, the thin film being then subjected to a developing treatment to remove uncured portions, and (iii) heating the patterned thin film in a semi-cured state to achieve complete curing, and wherein a spectrum of the light irradiated in step (ii) has a maximum peak in a wavelength region from 300 nm to 400 nm, and a spectral irradiance of light of any wavelength in the spectrum within a wavelength region shorter than 300 nm is not more than 5% of a spectral irradiance of light of the maximum peak wavelength. an organopolysiloxane having two or more alkenyl groups within each molecule, an organohydrogenpolysiloxane having two or more hydrogen atoms bonded to silicon atoms within each molecule, in an amount that is sufficient to provide from 0.1 to 4.0 mols of hydrogen atoms bonded to silicon atoms per 1 mol of alkenyl groups within the composition, and an effective amount of a photoactive catalyst, wherein the method comprises: (i) obtaining a coating film by applying the silicone resin composition to a substrate, (ii) obtaining a thin film in a semi-cured state by partially curing the coating film by irradiation with a light that is irradiated through a mask that is used for forming a pattern, thus forming a patterned thin film in a semi-cured state, the thin film being then subjected to a developing treatment to remove uncured portions, and (iii) heating the patterned thin film in a semi-cured state to achieve complete curing, and wherein a spectrum of the light irradiated in step (ii) has a maximum peak in a wavelength region from 300 nm to 400 nm, and a spectral irradiance of light of any wavelength in the spectrum within a wavelength region shorter than 300 nm is not more than 5% of a spectral irradiance of light of the maximum peak wavelength. (i) obtaining a coating film by applying the silicone resin composition to a substrate, (ii) obtaining a thin film in a semi-cured state by partially curing the coating film by irradiation with a light that is irradiated through a mask that is used for forming a pattern, thus forming a patterned thin film in a semi-cured state, the thin film being then subjected to a developing treatment to remove uncured portions, and (iii) heating the patterned thin film in a semi-cured state to achieve complete curing,