mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode (OLED) display comprising: a substrate ; a thin film transistor disposed on the substrate ; a first electrode disposed on the thin film transistor and electrically connected to the thin film transistor ; a first auxiliary layer disposed on the first electrode ; an emission layer disposed on the first auxiliary layer ; an electron transport layer disposed on the emission layer ; a first buffer layer disposed on the electron transport layer , wherein the first buffer layer comprises LiF, Yb, WO 3 , MoO x and Liq; and a second electrode directly disposed on the first buffer layer , wherein the emission layer comprises a red light emitting layer (R), a green light emitting layer (G), and a blue light emitting layer (B), and the emission layer further comprises a second auxiliary layer (B-L) directly disposed under the blue light emitting layer (B), and wherein each of the red light emitting layer (R) and the green light emitting layer (G) does not overlap with the second auxiliary layer (B-L) in a thickness direction of the organic light emitting diode display, wherein the second auxiliary layer (B-L) comprises a compound represented by the following chemical formula: where each of "a," "b," and "c" is an integer ranging from 0 to 3, "X" is one selected from among "O," "N," and "S," and the elements selected for X are the same as or different from each other. a substrate ; a thin film transistor disposed on the substrate ; a first electrode disposed on the thin film transistor and electrically connected to the thin film transistor ; a first auxiliary layer disposed on the first electrode ; an emission layer disposed on the first auxiliary layer ; an electron transport layer disposed on the emission layer ; a first buffer layer disposed on the electron transport layer , wherein the first buffer layer comprises LiF, Yb, WO 3 , MoO x and Liq; and a second electrode directly disposed on the first buffer layer , wherein the emission layer comprises a red light emitting layer (R), a green light emitting layer (G), and a blue light emitting layer (B), and the emission layer further comprises a second auxiliary layer (B-L) directly disposed under the blue light emitting layer (B), and wherein each of the red light emitting layer (R) and the green light emitting layer (G) does not overlap with the second auxiliary layer (B-L) in a thickness direction of the organic light emitting diode display, wherein the second auxiliary layer (B-L) comprises a compound represented by the following chemical formula: where each of "a," "b," and "c" is an integer ranging from 0 to 3, "X" is one selected from among "O," "N," and "S," and the elements selected for X are the same as or different from each other.
A multilayer inductor comprising a magnetic portion , a coil (5a-e) embedded in said magnetic portion, and a non-magnetic portion constituting a magnetic gap for said coil, said magnetic portion being made of Ni ferrite, which comprises as main components 45-50% by mol of Fe 2 O 3 , 15-30% by mol of ZnO, 5-15% by mol of CuO, more than 0.2% and 1.2% or less by mol of CoO and the balance being NiO, and whose relative temperature coefficient αμ ir of initial permeability at a frequency of 1 MHz is more than +10 ppm/°C and +40 ppm/°C or less between -40°C and +20°C and between +20°C and +80°C, said non-magnetic portion being made of Zn ferrite comprising as main components 43-50% by mol of Fe 2 O 3 , 37-50% by mol of ZnO, and 0-15% by mol of CuO and containing more Zn than in said magnetic portion and having a Curie temperature Tc of -50°C or lower, the Zn content changing continuously in boundary regions between said non-magnetic portion and said magnetic portion, whereby the thickness of said magnetic gap changes with the temperature, and is adjusted such that the change ratio of initial inductance at superimposed current of 0 A being within ±7% between -40°C and +85°C.
Aerosol device comprising: - a container containing a cosmetic composition which comprises at least one fixing polymer, and - a dispensing head comprising a body and an end part comprising at least two outlet orifices configured to allow spraying of the composition in at least two different directions transverse to a longitudinal axis (Y) of the end part, the longitudinal axis (Y) of the end part constituting an axis of symmetry of the end part, the dispensing head comprising at least first and second annular concentric chambers through which the composition stream successively passes before it exits via the outlet orifices , the dispensing head comprising at least one aperture between the first and second concentric chambers which is angularly offset (α) relative to at least one of the outlet orifices . - a container containing a cosmetic composition which comprises at least one fixing polymer, and - a dispensing head comprising a body and an end part comprising at least two outlet orifices configured to allow spraying of the composition in at least two different directions transverse to a longitudinal axis (Y) of the end part, the longitudinal axis (Y) of the end part constituting an axis of symmetry of the end part, the dispensing head comprising at least first and second annular concentric chambers through which the composition stream successively passes before it exits via the outlet orifices , the dispensing head comprising at least one aperture between the first and second concentric chambers which is angularly offset (α) relative to at least one of the outlet orifices .
Tool for a dismantlable medical instrument , with: a first component , which surrounds a cavity for receiving a distal end of a shank ; a second component with several catches , which are distributed uniformly about the inner circumference of the cavity and at equal angle distances from each other, which protrude radially into the cavity from the surface of the cavity , which surface has the shape of the jacket of a circular cylinder, and are provided to form a bayonet connection and designed to engage from outside in slits or outwardly open grooves at the distal end of the shank which protrudes into the cavity , wherein the first component has recesses into which the second component is fitted, wherein a radially outer end or a radially outer area of each catch completely fills a respective recess of the recesses . a first component , which surrounds a cavity for receiving a distal end of a shank ; a second component with several catches , which are distributed uniformly about the inner circumference of the cavity and at equal angle distances from each other, which protrude radially into the cavity from the surface of the cavity , which surface has the shape of the jacket of a circular cylinder, and are provided to form a bayonet connection and designed to engage from outside in slits or outwardly open grooves at the distal end of the shank which protrudes into the cavity , wherein the first component has recesses into which the second component is fitted, wherein a radially outer end or a radially outer area of each catch completely fills a respective recess of the recesses .
A metal frame comprising at least one first section bar (4; 25) having an end portion, which defines a first coupling portion (7; 29) and is delimited by two first side walls (8; 30), which are substantially parallel to one another; and at least one second section bar (2; 23), which is provided with a second coupling portion (15; 16; 27) delimited by a second side wall (14; 28); wherein each first side wall (8; 30) is provided with at least one elastically deformable tongue (9; 31), which is laterally delimited by at least a first slit (10; 32) obtained through the first side wall (8; 30) and is provided with a hooking tooth (12; 33), which is designed to engage the second side wall (14; 28) following the coupling of the first coupling portion (7; 29) to the second coupling portion (15; 16; 27); and characterized in that each tongue (9; 31) is laterally delimited by a second slit (11; 32), which is obtained through the relative first side wall (8; 30) and is opposite the relative first slit (10; 32) .
A robot mannequin having a longitudinal dimension extending along a longitudinal axis corresponding to a height dimension of an individual and comprising at least one reinforcement and a plurality of shells extending over at least one part of said reinforcement and being movable with respect to said reinforcement , said robot mannequin being able to reproduce on request at least partly the morphology of an individual by mechanically controlling the plurality of shells, the robot mannequin being characterised in that : - the plurality of shells has at least one set of hinged shells comprising at least one first shell and a second shell , wherein said first shell and said second shell are kinematically coupled to each other through at least one first kinematic connection ; - said first kinematic connection has at least one degree of freedom along a first axis of rotation ; - It comprises at least one first actuator configured to apply a translational movement, along a first axis of translation orthogonal to the first axis of rotation, to at least one of at least one: the first shell , the second shell , the first kinematic connection ; and at least one second actuator configured to apply a translational movement along the first axis of translation to at least one of at least one: the first shell , the second shell , the first kinematic connection . - the plurality of shells has at least one set of hinged shells comprising at least one first shell and a second shell , wherein said first shell and said second shell are kinematically coupled to each other through at least one first kinematic connection ; - said first kinematic connection has at least one degree of freedom along a first axis of rotation ; - It comprises at least one first actuator configured to apply a translational movement, along a first axis of translation orthogonal to the first axis of rotation, to at least one of at least one: the first shell , the second shell , the first kinematic connection ; and at least one second actuator configured to apply a translational movement along the first axis of translation to at least one of at least one: the first shell , the second shell , the first kinematic connection .
A flexible element having at least one corrugated bellows , wherein the flexible element is hollow and has a first end and a second end , wherein the variable contour of the flexible element in a cross-section along a y-axis, which is transverse to the longitudinal axis, x-axis, of the flexible element and orientated in the width direction, always has an angle to the y-axis of greater than 30° between a first vertex and a second vertex, characterised in that the flexible element is produced by means of additive manufacturing processes along the z-axis, which is transverse to the y-axis and the x-axis and orientated in the height direction of the flexible element.
A distance measuring device, comprising: a base , comprising a base plate and a side wall extending from the base plate ; a baffle , arranged opposite to the base plate and covering part of the base plate ; a first drive wheel , rotatably mounted on the base ; a second drive wheel , rotatably mounted on the base ; a connecting component , wound on the first drive wheel and the second drive wheel , and configured to drive the second drive wheel to rotate when the first drive wheel rotates ; and a driving device , connected to the first drive wheel , and configured to drive the first drive wheel to rotate; wherein the side wall at least partially encloses an outer periphery of the first drive wheel , the baffle is attached to a part of the side wall enclosing the outer periphery of the first drive wheel , and the base plate , the baffle , and the side wall collaboratively enclose the first drive wheel , the second drive wheel , the base plate , the baffle and the side wall collaboratively define a mounting chamber, wherein the first drive wheel is received in the mounting chamber; characterized in that further comprising a mounting plate , wherein the mounting plate is fixed to one end, distal from the base plate , of the second drive wheel , and the mounting plate covers a gap between the second drive wheel and the baffle and a gap between the second drive wheel and the side wall ; the base plate and the side wall collaboratively enclose the second drive wheel , and the mounting plate , the baffle and the base collaboratively define a drive space enclosing the second drive wheel . a base , comprising a base plate and a side wall extending from the base plate ; a baffle , arranged opposite to the base plate and covering part of the base plate ; a first drive wheel , rotatably mounted on the base ; a second drive wheel , rotatably mounted on the base ; a connecting component , wound on the first drive wheel and the second drive wheel , and configured to drive the second drive wheel to rotate when the first drive wheel rotates ; and a driving device , connected to the first drive wheel , and configured to drive the first drive wheel to rotate; wherein the side wall at least partially encloses an outer periphery of the first drive wheel , the baffle is attached to a part of the side wall enclosing the outer periphery of the first drive wheel , and the base plate , the baffle , and the side wall collaboratively enclose the first drive wheel , the second drive wheel , the base plate , the baffle and the side wall collaboratively define a mounting chamber, wherein the first drive wheel is received in the mounting chamber; characterized in that further comprising a mounting plate , wherein the mounting plate is fixed to one end, distal from the base plate , of the second drive wheel , and the mounting plate covers a gap between the second drive wheel and the baffle and a gap between the second drive wheel and the side wall ; the base plate and the side wall collaboratively enclose the second drive wheel , and the mounting plate , the baffle and the base collaboratively define a drive space enclosing the second drive wheel .
A method, comprising: in an audio headset that receives a plurality of audio signals corresponding to plurality of surround sound channels: determining, via audio processing circuitry , context and content of said audio signals with respect to a viewpoint of a player character in a gaming environment during game play; and processing, in said audio processing circuitry , said audio signals to generate a pair of stereo signals carrying one or more virtual surround channels, wherein said processing comprises automatically controlling, based on said context and said content of said audio signals corresponding to said viewpoint, a simulated acoustic environment of the virtual surround channels. determining, via audio processing circuitry , context and content of said audio signals with respect to a viewpoint of a player character in a gaming environment during game play; and processing, in said audio processing circuitry , said audio signals to generate a pair of stereo signals carrying one or more virtual surround channels, wherein said processing comprises automatically controlling, based on said context and said content of said audio signals corresponding to said viewpoint, a simulated acoustic environment of the virtual surround channels.
An apparatus for enabling emergency access to a release mechanism for a life raft on a vehicle, the apparatus comprising: a housing configured for attachment to the vehicle, the housing including a recess configured to contain the release mechanism therein, the recess having a height and a width perpendicular to the height; a cover configured for attachment to the housing , the cover including a perimeter, wherein the perimeter includes a notch , the cover further including a grip , the cover having a height that is greater than the height of the recess and a width that is greater than the width of the recess ; and a retainer including a head, a shaft, and a longitudinal axis, wherein a dimension of the retainer transverse to the longitudinal axis is larger at the head than at the shaft, the shaft being configured to be received at least partially within the notch , wherein the cover is configured to deflect in response to a force being applied to the grip such that the perimeter of the cover slides from under the head of the retainer providing access to the recess of the housing . a housing configured for attachment to the vehicle, the housing including a recess configured to contain the release mechanism therein, the recess having a height and a width perpendicular to the height; a cover configured for attachment to the housing , the cover including a perimeter, wherein the perimeter includes a notch , the cover further including a grip , the cover having a height that is greater than the height of the recess and a width that is greater than the width of the recess ; and a retainer including a head, a shaft, and a longitudinal axis, wherein a dimension of the retainer transverse to the longitudinal axis is larger at the head than at the shaft, the shaft being configured to be received at least partially within the notch , wherein the cover is configured to deflect in response to a force being applied to the grip such that the perimeter of the cover slides from under the head of the retainer providing access to the recess of the housing .
A composite vessel assembly comprising: a circumferentially continuous first wall including a plurality of layers ; and a first end cap including a plurality of steps, wherein each step of the plurality of steps is engaged to a respective layer of the plurality of layers ; a plurality of inner walls extending circumferentially about respective centerlines aligned side-by-side, wherein the first wall is one of the plurality of inner walls ; a plurality of inner end caps each associated with a respective one of the plurality of inner walls , wherein the first end cap is one of the plurality of inner end caps ; characterized in that an outer wall extending about the plurality of inner walls , the outer wall including a plurality of layers; and an outer end cap disposed over the plurality of inner end caps , wherein the outer end cap includes a plurality of steps and each one of the plurality of layers of the outer wall is engaged to a respective step of the plurality of steps. a circumferentially continuous first wall including a plurality of layers ; and a first end cap including a plurality of steps, wherein each step of the plurality of steps is engaged to a respective layer of the plurality of layers ; a plurality of inner walls extending circumferentially about respective centerlines aligned side-by-side, wherein the first wall is one of the plurality of inner walls ; a plurality of inner end caps each associated with a respective one of the plurality of inner walls , wherein the first end cap is one of the plurality of inner end caps ; characterized in that an outer wall extending about the plurality of inner walls , the outer wall including a plurality of layers; and an outer end cap disposed over the plurality of inner end caps , wherein the outer end cap includes a plurality of steps and each one of the plurality of layers of the outer wall is engaged to a respective step of the plurality of steps.
A cartridge adaptor system , comprising: a puncturing device ; a nozzle adaptor comprising: a puncture port configured to receive the puncturing device ; a nozzle coupling portion configured to releasably couple to a beverage dispenser nozzle ; a cartridge coupling portion configured to releasably couple to a cartridge containing a beverage ingredient; and a cartridge holster having a receiving portion for receiving a portion of the cartridge , wherein the puncturing device is configured to puncture the cartridge thereby releasing the beverage ingredient; wherein a first fluid regulator pushes a fluid into the nozzle ; characterized in that a second fluid regulator suctions the beverage ingredient from the cartridge into a nozzle , thereby mixing the beverage ingredient and fluid. a puncturing device ; a nozzle adaptor comprising: a puncture port configured to receive the puncturing device ; a nozzle coupling portion configured to releasably couple to a beverage dispenser nozzle ; a cartridge coupling portion configured to releasably couple to a cartridge containing a beverage ingredient; and a cartridge holster having a receiving portion for receiving a portion of the cartridge , wherein the puncturing device is configured to puncture the cartridge thereby releasing the beverage ingredient; wherein a first fluid regulator pushes a fluid into the nozzle ; characterized in that a second fluid regulator suctions the beverage ingredient from the cartridge into a nozzle , thereby mixing the beverage ingredient and fluid. a puncture port configured to receive the puncturing device ; a nozzle coupling portion configured to releasably couple to a beverage dispenser nozzle ; a cartridge coupling portion configured to releasably couple to a cartridge containing a beverage ingredient; and a cartridge holster having a receiving portion for receiving a portion of the cartridge , wherein the puncturing device is configured to puncture the cartridge thereby releasing the beverage ingredient; wherein a first fluid regulator pushes a fluid into the nozzle ; characterized in that a second fluid regulator suctions the beverage ingredient from the cartridge into a nozzle , thereby mixing the beverage ingredient and fluid.
A linear electric machine, comprising: a stator ; and a first mover (A) and a second mover (B) arranged at positions spaced apart from each other by an electrical phase angle (β) of 60 ° = τ p 3 , wherein τ p denotes a pole pitch, the movers linearly moving with respect to the stator; wherein each of the two movers (A, B) has three mover teeth , the mover teeth being spaced apart from each other at regular intervals (α); wherein the first mover (A) includes three phase coils having phases U, V, W and the second mover (B) includes three phase coils having /U, /V, /W, wherein /U denotes a phase difference of 180° with respect to the phase U, wherein /V denotes a phase difference of 180° with respect to the phase V and wherein /W denotes a phase difference of 180° with respect to the phase W; wherein each phase coil is wound around one of the mover teeth and the phase coils are arranged in the order of phases U, V, W, /V, /W and /U; and wherein the stator comprises an iron core having a plurality of salient poles , with permanent magnets provided in depressions defined between the salient poles. a stator ; and a first mover (A) and a second mover (B) arranged at positions spaced apart from each other by an electrical phase angle (β) of 60 ° = τ p 3 , wherein τ p denotes a pole pitch, the movers linearly moving with respect to the stator; wherein each of the two movers (A, B) has three mover teeth , the mover teeth being spaced apart from each other at regular intervals (α); wherein the first mover (A) includes three phase coils having phases U, V, W and the second mover (B) includes three phase coils having /U, /V, /W, wherein /U denotes a phase difference of 180° with respect to the phase U, wherein /V denotes a phase difference of 180° with respect to the phase V and wherein /W denotes a phase difference of 180° with respect to the phase W; wherein each phase coil is wound around one of the mover teeth and the phase coils are arranged in the order of phases U, V, W, /V, /W and /U; and wherein the stator comprises an iron core having a plurality of salient poles , with permanent magnets provided in depressions defined between the salient poles.