mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting device (100, 200) comprising: a cathode (160, 215), an emissive region, and an anode (115, 230) wherein, the emissive region consists of: a fluorescent layer comprising a fluorescent emitting dopant, and a charge-transporting dopant in a host material, one or more phosphorescent layers, each comprising a phosphorescent emitting dopant, and a charge-transporting dopant in a host material, and an optional spacer layer between the fluorescent layer and a phosphorescent layer comprising a charge-transporting dopant in a host material, wherein the host material for the fluorescent layer, the host material for the phosphorescent layers and the host material for the spacer layer, if present, are comprised of the same material whereby the charge-transporting dopant is a hole transporting dopant and the fluorescent layer of the emissive region is adjacent to the electron transport layer or a blocking layer adjacent to the electron transport later or the charge-transporting dopant is an electron-transporting dopant and the fluorescent layer of the emissive region is adjacent to the hole transporting layer (125, 225) or a blocking layer adjacent to the hole transporting layer (125, 225). a cathode (160, 215), an emissive region, and an anode (115, 230) the emissive region consists of: a fluorescent layer comprising a fluorescent emitting dopant, and a charge-transporting dopant in a host material, one or more phosphorescent layers, each comprising a phosphorescent emitting dopant, and a charge-transporting dopant in a host material, and an optional spacer layer between the fluorescent layer and a phosphorescent layer comprising a charge-transporting dopant in a host material, a fluorescent layer comprising a fluorescent emitting dopant, and a charge-transporting dopant in a host material, one or more phosphorescent layers, each comprising a phosphorescent emitting dopant, and a charge-transporting dopant in a host material, and an optional spacer layer between the fluorescent layer and a phosphorescent layer comprising a charge-transporting dopant in a host material, wherein the host material for the fluorescent layer, the host material for the phosphorescent layers and the host material for the spacer layer, if present, are comprised of the same material the charge-transporting dopant is a hole transporting dopant and the fluorescent layer of the emissive region is adjacent to the electron transport layer or a blocking layer adjacent to the electron transport later or the charge-transporting dopant is an electron-transporting dopant and the fluorescent layer of the emissive region is adjacent to the hole transporting layer (125, 225) or a blocking layer adjacent to the hole transporting layer (125, 225).
Cutting tool for machining a bore in a workpiece, in particular for simultaneously machining a plurality of bores spaced apart from one another by a pre-determined distance, comprising a cutting body extending in the direction of a tool longitudinal axis having at least one cutting element arranged circumferentially and a guide body attached to the cutting body, which is free of cutting elements, wherein the guide body comprises a body longitudinal axis, which is arranged offset from the tool longitudinal axis during use, wherein the guide body can radially move by means of an adjustment mechanism (26, 28) relative to the tool longitudinal axis, wherein the guide body adjoins the cutting body in the direction of the tool longitudinal axis, characterized in that the guide body comprises two guide elements which are arranged on the circumferential side at two angular positions, wherein the guide body is configured to exert a preload force such that, when used, the two guide elements are loaded against a bearing for the guide body, wherein the two angular positions are associated with an angular bisector and the preload force extends in the direction of the angular bisector.
Extrusion device for producing extruded products from vegetable particles, in particular wood particles, which are provided with a binding agent, wherein the extrusion device has an extruder having a filling station and, adjoining in the extrusion direction, a recipient and, adjoining the recipient, a heating section having a steaming device for the strand, and a cooling section which in the extrusion direction is disposed downstream of the heating section, wherein the heating section has at least one heating duct having a steam infeed for the strand, and wherein the steam infeed in that duct region that is shape-imparting to the strand is disposed having substantially rigid duct walls.
A coated glass-based article comprising: a glass-based substrate having a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.1 millimeters to 3 millimeters, the glass-based substrate having a compressive region having a first compressive stress CS maximum at the first surface of the glass-based substrate extending to a depth of compression and second local CS maximum at a depth of at least 25 μm from the first surface, the glass-based substrate having a substrate Young's modulus value; and a coating on the second surface, the coating having a coating Young's modulus value greater than the substrate Young's modulus value. wherein the glass-based substrate comprises a glass-based core substrate having a first side and a second side, the glass-based core substrate sandwiched between a glass-based first cladding substrate and a glass-based second cladding substrate, the first cladding substrate bonded to the first side and the second cladding substrate bonded to the second side by a covalent bond; and wherein the coating is a scratch resistant coating selected from Al 2 O 3, Mn, AlO x N y, Si 3 N 4, SiO x N y, Si u Al v O x N y, diamond, diamond-like carbon, Si x C y, Si x O y C z, ZrO 2, TiO x N y and combinations thereof. a glass-based substrate having a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.1 millimeters to 3 millimeters, the glass-based substrate having a compressive region having a first compressive stress CS maximum at the first surface of the glass-based substrate extending to a depth of compression and second local CS maximum at a depth of at least 25 μm from the first surface, the glass-based substrate having a substrate Young's modulus value; and a coating on the second surface, the coating having a coating Young's modulus value greater than the substrate Young's modulus value.
A process for transmitting information on an aircraft, from a device of avionics type to an interface means which is available to an operator of said aircraft, said device and said interface means being able to be connected together, process according to which, to transmit information from said device to said interface means: a) a representation of said information to be transmitted, in the form of at least one image, is determined with the aid of a means (11, 12) of avionics type; b) this representation in the form of at least one image is transmitted to said interface means; and c) said image corresponding to the representation of said information is displayed on a display screen by said interface means, characterised in that an image displayed by the interface means comprises at least one sensitive zone that can be designated and validated by an operator with the aid of appropriate means, and in that, when a sensitive zone of an image is designated and validated, said interface means transmits to said device the co-ordinates of said sensitive zone on the image. a) a representation of said information to be transmitted, in the form of at least one image, is determined with the aid of a means (11, 12) of avionics type; b) this representation in the form of at least one image is transmitted to said interface means; and c) said image corresponding to the representation of said information is displayed on a display screen by said interface means,
Method of manufacturing a board-shaped material with a thickness swelling which, according to DIN 317, is less than 5% relative to the original board thickness, comprising lignocellulosic fibers obtained from plants by chemical or physical methods, and binders and filler, wherein melamine resin, formaldehyde resin, phenolic resin, methylene diphenyl isocyanate, also in emulsified form as eMDI, polymeric diphenylmethane diisocyanate (PMDI), polyurethane or mixtures of the aforementioned binders are used as binders and wherein the proportion of the binder and the filler is more than 50 % by weight of the board-shaped material, comprising the steps of a. Providing lignocellulosic fibers, b. Providing the binder, preferably in liquid form, c. Providing the filler, d. Applying of the binder and the filler to the fibers, e. Forming a fiber cake from the fibers provided with binder and filler, f. Pressing of the fiber cake in a press while curing of the binder to manufacture a board-shaped material with a thickness of 3 mm to 80 mm and a density of between 1,000 kg/m 3 and 1,800 kg/m 3. a. Providing lignocellulosic fibers, b. Providing the binder, preferably in liquid form, c. Providing the filler, d. Applying of the binder and the filler to the fibers, e. Forming a fiber cake from the fibers provided with binder and filler, f. Pressing of the fiber cake in a press while curing of the binder to manufacture a board-shaped material with a thickness of 3 mm to 80 mm and a density of between 1,000 kg/m 3 and 1,800 kg/m 3.
A suture passer for passing a suture, the suture passer comprising: a housing defining a linear motion axis extending proximally to distally; a needle mounted for translation along the motion axis between a first proximal position and a second distal position; and a foot mounted to the housing, the foot having a distal portion with a proximal facing surface extending along a distal portion axis crossing the motion axis, the distal portion having a distal facing surface, the distal portion axis forming an angle relative to the motion axis, the distal portion including an opening in the proximal facing surface aligned with the motion axis and able to receive the needle in the second position, characterised in that the foot further comprises a hole defining a hole axis which extends through the distal portion from the distal facing surface and intersects the opening, thereby permitting a suture strand to pass from the distal facing surface to the opening. a housing defining a linear motion axis extending proximally to distally; a needle mounted for translation along the motion axis between a first proximal position and a second distal position; and a foot mounted to the housing, the foot having a distal portion with a proximal facing surface extending along a distal portion axis crossing the motion axis, the distal portion having a distal facing surface, the distal portion axis forming an angle relative to the motion axis, the distal portion including an opening in the proximal facing surface aligned with the motion axis and able to receive the needle in the second position, characterised in that the foot further comprises a hole defining a hole axis which extends through the distal portion from the distal facing surface and intersects the opening, thereby permitting a suture strand to pass from the distal facing surface to the opening.
A fluid discharge head, comprising: a pressure chamber that accommodates a fluid; an actuator configured to change the pressure of the fluid in the pressure chamber according to a driving signal to be applied; and an application unit configured to apply the driving signal to the actuator for discharging the fluid from a nozzle communicating with the pressure chamber, wherein the driving signal comprises a first pulse to decrease the pressure of the fluid in the pressure chamber and a second pulse to increase the pressure of the fluid in the pressure chamber, characterized in that an application time T of the first pulse satisfies a condition of T < 0.7 AL where AL is a half period of a natural oscillation period of the fluid in the pressure chamber and wherein the application time T of the first pulse satisfies an additional condition of T ≥ (0.5 AL + 0.2 μsec). a pressure chamber that accommodates a fluid; an actuator configured to change the pressure of the fluid in the pressure chamber according to a driving signal to be applied; and an application unit configured to apply the driving signal to the actuator for discharging the fluid from a nozzle communicating with the pressure chamber, wherein the driving signal comprises a first pulse to decrease the pressure of the fluid in the pressure chamber and a second pulse to increase the pressure of the fluid in the pressure chamber, characterized in that an application time T of the first pulse satisfies a condition of T < 0.7 AL where AL is a half period of a natural oscillation period of the fluid in the pressure chamber and wherein the application time T of the first pulse satisfies an additional condition of T ≥ (0.5 AL + 0.2 μsec).
A component having the function of draining water from speakers in a waterproof electronic device, comprising a synthetic technical fabric (1, 101, 201, 301, 401) having areas (3, 103, 404, 4, 104, 405) with different degrees of wettability; said component being characterized in that it comprises areas having a hydrophilic nature (3, 103, 404) and areas having a prevalently hydrophobic nature (4, 104, 405); said component being a die-cut part having two or more openings (3, 103, 404, 4, 104, 405) coinciding with sound ports of said speakers of said electronic device; said openings (3, 103, 404, 4, 104, 405) being separated from one another by continuous areas of biadhesive tape (105, 115, 125) and provided with a protective fabric (3, 103, 404, 4, 104, 405), with different surface treatment; said die-cut part being made up of five layers set on top of one another, three layers of adhesive, between which two layers of said technical fabric are set; one of said technical fabric being a synthetic monofilament based technical fabric of hydrophilic nature (3, 103, 404) and the other technical fabric being a synthetic monofilament based technical fabric of hydrophobic nature (4, 104, 405); in each of said openings, one or other of said fabrics being previously removed by dinking so as to leave just one function, either hydrophilic or hydrophobic, for each sound port.
A medical imaging system, comprising: - a medical imaging apparatus (110, 110a, 110b); and - a sedation assessment apparatus; wherein the medical imaging apparatus is configured to acquire a sequence of images of a body part of a patient to detect a response reaction of at least one reflex of the patient during diagnostic imaging carried out by the medical imaging apparatus; wherein the at least one reflex is selected from reflexes with a response reaction that is in dependence on a sedation depth; and wherein the sedation assessment apparatus is configured to determine, based on the detected response reaction, a sedation level of the patient; characterised in that the medical imaging apparatus comprises at least one of an MR, X-ray and CT imaging apparatus. - a medical imaging apparatus (110, 110a, 110b); and - a sedation assessment apparatus; wherein the medical imaging apparatus is configured to acquire a sequence of images of a body part of a patient to detect a response reaction of at least one reflex of the patient during diagnostic imaging carried out by the medical imaging apparatus; wherein the at least one reflex is selected from reflexes with a response reaction that is in dependence on a sedation depth; and wherein the sedation assessment apparatus is configured to determine, based on the detected response reaction, a sedation level of the patient; characterised in that the medical imaging apparatus comprises at least one of an MR, X-ray and CT imaging apparatus.
Method for closed-loop controlling the total oil mass flow (m) in a radial tilting pad bearing, wherein the radial tilting pad bearing is configured for mounting a shaft and comprises a plurality of tilting pads which are distributed and mutually spaced apart across the circumference of the radial tilting pad bearing, wherein oil pockets which by way of an oil supply are able to be impinged by a total oil mass flow (m) are configured between the individual tilting pads; wherein each oil pocket has a dedicated oil supply which is able to be individually closed-loop controlled and by way of which the respective oil mass flow (ṁ 1, m 2, m 3, ṁ 4) that is supplied to the respective oil pocket is able to be adjusted, characterized in that the respective oil mass flow (ṁ 1, m 2, m 3, m 4) which by way of the respective oil supply is supplied to each oil pocket takes place according to demand, and the respective oil mass flow (ṁ 1, m 2, m 3, m 4) per oil pocket is adjusted such that the wave amplitude and/or the bearing temperature and/or the power loss reaches a minimum, wherein the closed-loop controlling of the total oil mass flow (ṁ) and of the respective oil mass flow (ṁ 1, m 2, m 3, m 4) takes place by means of fixed characteristic curves. wherein each oil pocket has a dedicated oil supply which is able to be individually closed-loop controlled and by way of which the respective oil mass flow (ṁ 1, m 2, m 3, ṁ 4) that is supplied to the respective oil pocket is able to be adjusted, characterized in that the respective oil mass flow (ṁ 1, m 2, m 3, m 4) which by way of the respective oil supply is supplied to each oil pocket takes place according to demand, and the respective oil mass flow (ṁ 1, m 2, m 3, m 4) per oil pocket is adjusted such that the wave amplitude and/or the bearing temperature and/or the power loss reaches a minimum, wherein the closed-loop controlling of the total oil mass flow (ṁ) and of the respective oil mass flow (ṁ 1, m 2, m 3, m 4) takes place by means of fixed characteristic curves.
An animal trap comprising a trap section having at least one moveable wall section, being moveable with respect to other walls of the trap section to thereby alter the size of the trap section; animal detection means operable to detect the presence of an animal within the trap section and adapted to signal such a presence to control means, which control means is operable, upon receipt of said signal from the detection means, to cause movement of the moveable wall section and thus alter the size of the trap section, wherein the at least one moveable wall is moveable by compressed air, and wherein the trap further comprises an impact surface situated on or adjacent to an impact wall, the impact wall comprising an aperture therethrough, which aperture opens into animal storing means, the impact surface being hingeably connected to the impact wall, wherein in use the at least one moveable wall section is operable to push an animal onto the impact surface such as to crush and kill the animal against the impact surface before pushing the animal into the animal storing means.
A method for controlling access, comprising: providing a wireless electronic key that is configured to open one or more electronic locks located at one or more locations; receiving, by the electronic key, an opening code that enables the electronic key to open the one or more electronic locks, wherein the opening code is received via an input device integrated into the electronic key; downloading, by the electronic key, access logs from the one or more electronic locks, wherein the access logs include information pertaining to interactions between the electronic key and the one or more electronic locks; and transmitting, by the electronic key, data pertaining to the information downloaded to the electronic key, wherein the information can be used to verify engagement of the electronic key with the one or more electronic locks and to verify attendance of an individual at the one or more locations that include the one or more electronic locks. providing a wireless electronic key that is configured to open one or more electronic locks located at one or more locations; receiving, by the electronic key, an opening code that enables the electronic key to open the one or more electronic locks, wherein the opening code is received via an input device integrated into the electronic key; downloading, by the electronic key, access logs from the one or more electronic locks, wherein the access logs include information pertaining to interactions between the electronic key and the one or more electronic locks; and transmitting, by the electronic key, data pertaining to the information downloaded to the electronic key, wherein the information can be used to verify engagement of the electronic key with the one or more electronic locks and to verify attendance of an individual at the one or more locations that include the one or more electronic locks.
A method for operating a device for sharpening cutting knives for slicing machines for root vegetables, the cutting knives having a blade with a plurality of gable roof-shaped cutting elements formed side-by-side at a knife body, consisting of a centering unit and a processing unit linearly adjustable by machine towards and away from each other in the direction of a Y axis, with a side-milling cutter rotatable by machine with a roof-type cutting edge, the centering unit and the processing unit being adjustably held at a device rack, and a pair of pliers fixing the knife body in a clamped position and being adjustable by machine in an X direction at a guide contour being fixed in the rack, in an initial position the centering unit and the processing unit being spaced apart from each other and the pair of pliers with the cutting knives being displaced in the X direction, in which a first gable roof-shaped cutting element is aligned toward the cutting edge of the side-milling cutter, in a working position the centering unit with a centering piece being placed on the back side of the gable roof-shaped cutting element, and the processing unit engaging, with the cutting edge of the side-milling cutter, into the front side of the gable roof-shaped cutting element and being movable during the cutting process by a cutting dimension in the Y direction, and in an end position the centering unit and the processing unit being displaced into a position corresponding to the initial position, and the pair of pliers with the cutting knives being displaced by a pitch of the cutting knife in the X direction, in which a cutting element following the first gable roof-shaped cutting element is aligned toward the centering piece and toward the side-milling cutter in preparation of the next cutting process, the further positions according to the above-mentioned sequence being successively adjusted, until all cutting elements are processed, characterized by that in the working position, the centering unit with the centering piece is moved against the back side of the cutting element to be processed, until an increase in current is detected and thereby the advance of the centering unit is terminated, the travel made by the centering unit is transmitted, through an electronic transducer of the actuator of the centering unit, to a controller, the detected measurement value is compared to a measurement value stored in a memory of the zero position of the side-milling cutter and therefrom the value for adjustment of the side-milling cutter in the direction toward the front side of the cutting element is derived, and the cutting depth of the side-milling cutter is determined.