mhurhangee/patent-ind-claim-en huggingface dataset:
A backlight unit comprising: a frame including a bottom area having two opposed short sides and two opposed long sides and a sidewall area extended from the bottom area ; at least one substrate positioned at a front surface of the frame ; a reflective sheet positioned at a front surface of the at least one substrate , the reflective sheet including a first sheet area contacting the bottom area of the frame and including a plurality of lens holes , and a second sheet area connected to the first sheet area , the second sheet area extending along the bottom area and the sidewall area and defining thus short sides of the reflective sheet and long sides of the reflective sheet, the second sheet area further having an inclined shape, and including a dot area reducing a reflectance of light of the reflective sheet ; a plurality of light sources being mounted on the at least one substrate and emitting light towards the second sheet area ; and an optical sheet positioned at a front surface of the reflective sheet , wherein the dot area includes a horizontal dot area (HDA) disposed along a long side of the reflective sheet and a vertical dot area (VDA) disposed along a short side of the reflective sheet , and characterized in that the vertical dot area (VDA) comprises a portion protruding towards a lens hole, wherein the portion includes: a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area. a frame including a bottom area having two opposed short sides and two opposed long sides and a sidewall area extended from the bottom area ; at least one substrate positioned at a front surface of the frame ; a reflective sheet positioned at a front surface of the at least one substrate , the reflective sheet including a first sheet area contacting the bottom area of the frame and including a plurality of lens holes , and a second sheet area connected to the first sheet area , the second sheet area extending along the bottom area and the sidewall area and defining thus short sides of the reflective sheet and long sides of the reflective sheet, the second sheet area further having an inclined shape, and including a dot area reducing a reflectance of light of the reflective sheet ; a plurality of light sources being mounted on the at least one substrate and emitting light towards the second sheet area ; and an optical sheet positioned at a front surface of the reflective sheet , wherein the dot area includes a horizontal dot area (HDA) disposed along a long side of the reflective sheet and a vertical dot area (VDA) disposed along a short side of the reflective sheet , and characterized in that the vertical dot area (VDA) comprises a portion protruding towards a lens hole, wherein the portion includes: a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area. a third dot area; and a fourth dot area surrounding the third dot area and including dots having a density higher than a density of dots in the third dot area.
A display assistance device that converts images captured by a plurality of imaging units (10-13) installed on a vehicle into an overhead image of a downward view from a virtual viewpoint in air, and displays the overhead image on a displaying unit with a host vehicle icon superimposed on the overhead image, the host vehicle icon indicating a position of the vehicle, the display assistance device being characterized by comprising: a steering angle sensor that detects a steering angle of the vehicle; and a changing unit that determines whether or not the vehicle is making a lane change from a travel lane in which the vehicle is traveling to a next lane next to the travel lane based on the steering angle detected by the steering angle sensor and changes a position of the virtual viewpoint if determining that the vehicle is making the lane change, wherein the changing unit changes the position of the virtual viewpoint in a case where the position of the virtual viewpoint moves out of a host vehicle lane. a steering angle sensor that detects a steering angle of the vehicle; and a changing unit that determines whether or not the vehicle is making a lane change from a travel lane in which the vehicle is traveling to a next lane next to the travel lane based on the steering angle detected by the steering angle sensor and changes a position of the virtual viewpoint if determining that the vehicle is making the lane change, wherein the changing unit changes the position of the virtual viewpoint in a case where the position of the virtual viewpoint moves out of a host vehicle lane.
Flow detector for releasable coupling with a flow channel in a channel coupling area and detecting a flow of liquid drug in the flow channel , the flow detector including: • an upstream thermoelectric element and a downstream thermoelectric element , wherein the upstream thermoelectric element and the downstream thermoelectric element are arranged spaced apart from each other and movable independent from each other in a direction traverse to an extension direction of the flow channel ; • an upstream biasing element and a downstream biasing element , wherein the upstream biasing elements (1 5a) acts on the upstream thermoelectric element , thereby biasing the upstream thermoelectric element towards the channel coupling area, and the downstream biasing element (1 5b) acts on the downstream thermoelectric element , thereby biasing the downstream thermoelectric element towards the channel coupling area, independently from the upstream biasing element . • an upstream thermoelectric element and a downstream thermoelectric element , wherein the upstream thermoelectric element and the downstream thermoelectric element are arranged spaced apart from each other and movable independent from each other in a direction traverse to an extension direction of the flow channel ; • an upstream biasing element and a downstream biasing element , wherein the upstream biasing elements (1 5a) acts on the upstream thermoelectric element , thereby biasing the upstream thermoelectric element towards the channel coupling area, and the downstream biasing element (1 5b) acts on the downstream thermoelectric element , thereby biasing the downstream thermoelectric element towards the channel coupling area, independently from the upstream biasing element .
Method for localizing a vehicle movable on a driving surface , in particular an industrial truck, wherein a projection pattern is projected onto the driving surface by means of a projection unit arranged on the vehicle , the projection pattern is captured by means of an optical sensor arranged on the vehicle , and the sensor data are evaluated in a data processing unit, characterized in that a roughness image of the driving surface that makes localization of the vehicle on the driving surface possible is created from changes in the projection pattern due to surface unevennesses of the driving surface .
A sequential combustor arrangement comprising a first burner , a first combustion chamber , a mixer for admixing a dilution gas to the hot gases leaving the first combustion chamber during operation, a second burner , and a second combustion chamber arranged sequentially in a fluid flow connection, wherein the mixer is adapted to guide combustion gases in a hot gas flow path extending between the first combustion chamber and the second burner ; the mixer comprising a mixer wall and at least one injection opening in the mixer wall for admixing the dilution gas to cool the hot flue gases leaving the first combustion chamber , and a damper for damping pressure pulsations inside the mixer comprising a damper wall which encloses a damper volume and a neck connecting the damper volume to the mixer ; wherein a duct wall at least partly encloses the mixer wall delimiting a connecting duct for feeding dilution gas to the injection openings ; wherein the distance in flow direction of the hot gas flow between an injection opening and the opening of the neck to the hot gas flow path in the mixer wall is less than the hydraulic diameter (D) of the mixer 17) at the opening of the neck .
A method for producing decaffeinated tea leaves, comprising (i) adding water having a temperature of less than 70 °C to tea leaves to form an aqueous tea leaf mixture, (ii) separating the tea leaves from said aqueous tea leaf mixture to obtain an aqueous extract and extracted tea leaves; (iii) contacting the aqueous extract of step (ii) with an active carbon adsorbent (ACA), (iv) adsorbing caffeine in said extract reversibly to the active carbon adsorbent to obtain an aqueous decaffeinated tea extract (DTE), (v) contacting the aqueous decaffeinated tea extract with the extracted tea leaves of step (ii) to form a further aqueous tea leaf mixture, wherein step (ii) to (iv) are repeated 2 to 12 times, the aqueous decaffeinated tea extract having an increased concentration of non-caffeine water soluble tea components leading to a reduction of the extraction of non-caffeine water soluble tea components in the subsequent extraction steps from the tea leaf into the aqueous decaffeinated tea extract, and (vi) drying the further aqueous tea leaf mixture to obtain the decaffeinated tea product. (i) adding water having a temperature of less than 70 °C to tea leaves to form an aqueous tea leaf mixture, (ii) separating the tea leaves from said aqueous tea leaf mixture to obtain an aqueous extract and extracted tea leaves; (iii) contacting the aqueous extract of step (ii) with an active carbon adsorbent (ACA), (iv) adsorbing caffeine in said extract reversibly to the active carbon adsorbent to obtain an aqueous decaffeinated tea extract (DTE), (v) contacting the aqueous decaffeinated tea extract with the extracted tea leaves of step (ii) to form a further aqueous tea leaf mixture, wherein step (ii) to (iv) are repeated 2 to 12 times, the aqueous decaffeinated tea extract having an increased concentration of non-caffeine water soluble tea components leading to a reduction of the extraction of non-caffeine water soluble tea components in the subsequent extraction steps from the tea leaf into the aqueous decaffeinated tea extract, and (vi) drying the further aqueous tea leaf mixture to obtain the decaffeinated tea product.
A bicycle frame which comprises: a tube member being hollow and having a tube body having a lengthwise direction; a peripheral surface; two ends opposite each other in the lengthwise direction of the tube body; an inserting opening formed at one of the two ends of the tube body; a first battery passing through the inserting opening and received in the first receiving recess ; characterized in that the bicycle frame further comprises, an embedding opening formed through the peripheral surface of the tube body, a reinforcing rib integrally formed on the tube body, extending along the lengthwise direction of the tube body, and dividing an inside of the tube body into: - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening , wherein a second battery passing through the embedding opening is received in the second receiving recess , and wherein the reinforcing rib has at least one slot communicating with the first receiving recess and the second receiving recess . a tube member being hollow and having a tube body having a lengthwise direction; a peripheral surface; two ends opposite each other in the lengthwise direction of the tube body; an inserting opening formed at one of the two ends of the tube body; a first battery passing through the inserting opening and received in the first receiving recess ; characterized in that the bicycle frame further comprises, an embedding opening formed through the peripheral surface of the tube body, a reinforcing rib integrally formed on the tube body, extending along the lengthwise direction of the tube body, and dividing an inside of the tube body into: - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening , - a first receiving recess communicating with the inserting opening and - a second receiving recess communicating with the embedding opening , wherein a second battery passing through the embedding opening is received in the second receiving recess , and wherein the reinforcing rib has at least one slot communicating with the first receiving recess and the second receiving recess .
A continuous process for producing a polyether product by polymerizing an alkylene oxide mixture containing 55 to 75% by weight ethylene oxide and correspondingly 25 to 45% by weight, based on the weight of the alkylene oxide mixture, comprising: a) forming in a continuous reactor a mixture of a double metal cyanide catalyst, the alkylene oxide mixture, at least one initiator compound, a Group 3 - Group 15 metal or lanthanide series compound not present during the preparation of the double metal cyanide catalyst and a polymerizate consisting of alkoxylated species having molecular weights greater than the initiator compound and up to and including molecular weight of the polyether product, and b) continuously adding additional catalyst, additional Group 3 - Group 15 metal or lanthanide series compound, additional alkylene oxide oxide mixture and additional initiator compound to the continuous reactor under polymerization conditions and continuously withdrawing a product stream containing the polyether product from the continuous reactor, wherein the magnesium, Group 3 - Group 15 metal or lanthanide series compound includes a magnesium, Group 3 - Group 15 metal or lanthanide series metal bonded to at least one alkoxide, aryloxy, carboxylate, acyl, pyrophosphate, phosphate, thiophosphate, dithiophosphate, phosphate ester, thiophosphate ester, amide, siloxide, hydride, carbamate or hydrocarbon anion, and the magnesium, Group 3 - Group 15 or lanthanide series metal compound is devoid of halide anions. a) forming in a continuous reactor a mixture of a double metal cyanide catalyst, the alkylene oxide mixture, at least one initiator compound, a Group 3 - Group 15 metal or lanthanide series compound not present during the preparation of the double metal cyanide catalyst and a polymerizate consisting of alkoxylated species having molecular weights greater than the initiator compound and up to and including molecular weight of the polyether product, and b) continuously adding additional catalyst, additional Group 3 - Group 15 metal or lanthanide series compound, additional alkylene oxide oxide mixture and additional initiator compound to the continuous reactor under polymerization conditions and continuously withdrawing a product stream containing the polyether product from the continuous reactor,
A method of managing a first translation lookaside buffer, TLB, the method comprising: in response to starting execution of a memory instruction, setting a first field associated with an entry of the first TLB to indicate use of the entry, wherein the entry is used during the execution of the memory instruction, and setting a second field to indicate whether the entry in the first TLB matches a corresponding entry in a second TLB, wherein: the first TLB includes a plurality of first fields that are associated with the entry; each first field of the plurality of first fields indicates whether a particular slot of a very long instruction word, VLIW, packet is using the entry; the VLIW packet includes multiple slots; a first slot of the VLIW packet includes a first memory instruction and a second slot includes a second memory instruction; and the first memory instruction and the second memory instruction are architecturally atomic; and the first field is one of the plurality of fields; and the method further comprises preventing the entry in the first TLB from being synchronized to match the corresponding entry in the second TLB while the first field is set. in response to starting execution of a memory instruction, setting a first field associated with an entry of the first TLB to indicate use of the entry, wherein the entry is used during the execution of the memory instruction, and setting a second field to indicate whether the entry in the first TLB matches a corresponding entry in a second TLB, wherein: the first TLB includes a plurality of first fields that are associated with the entry; each first field of the plurality of first fields indicates whether a particular slot of a very long instruction word, VLIW, packet is using the entry; the VLIW packet includes multiple slots; a first slot of the VLIW packet includes a first memory instruction and a second slot includes a second memory instruction; and the first memory instruction and the second memory instruction are architecturally atomic; and the first field is one of the plurality of fields; and the first TLB includes a plurality of first fields that are associated with the entry; each first field of the plurality of first fields indicates whether a particular slot of a very long instruction word, VLIW, packet is using the entry; the VLIW packet includes multiple slots; a first slot of the VLIW packet includes a first memory instruction and a second slot includes a second memory instruction; and the first memory instruction and the second memory instruction are architecturally atomic; and the first field is one of the plurality of fields; and the method further comprises preventing the entry in the first TLB from being synchronized to match the corresponding entry in the second TLB while the first field is set.
A magnetic diffusional patch to be used preferably in the treatment of a hernia comprising a first, a second and a third structure, wherein the first structure comprises a primary medical material having microfiber property with high absorption capacity and buffering zones in a lower and upper sections thereof, wherein the second structure being configured such that it is in solid-semisolid form at room temperature, but becomes free under the influence of the body temperature upon contact with the body and releases a substance that will exhibit a mechanical effect, said structure being obtainable by way of gelling with dextrin palmitate derivative, and wherein the third structure is positioned on the right and left side of the first structure, and is formed by way of scattering magnetic flakes into the solid-semisolid form exhibiting the mechanical effect, and further comprising an oil combination, providing the liquid to be released from said hernia by means of a diffusional effect arising from osmotic pressure by penetrating into the hernia, wherein the oil combination comprises the following components : sodium lauryl sulfate 1-10, dextrin palmite derivatives 1-10, cety alcohol 1-10, stearyl alcohol 5-10, liquid vaseline 1-20, paraffin 1-30, lanoline 1-10, water 1-10, oleum nigellae sativae 1-20, oleum origani 1-20, oleum laurie expressum 1-30, oleum limonis 1-15, oleum chamomillae 1-30, balsamum meccae 1-30, oleum vitis vinifera 1-10, styrax liquidus 1-30.
A method to establish tumors from circulating tumor cells (CTCs) from a primary tumor in a zebrafish embryo the method comprising: a. Isolating said circulating tumor cells from previously obtained biological fluid biopsies selected from whole blood, sputum, bronchial lavage, urine, nipple aspirate, lymph, and saliva; b. Labeling the circulating tumor cells with a cell tracking dye, preferably a fluorescent dye; c. Injecting the labeled circulating tumor cells into a 24 to 48 hours post fertilization (hpf) zebrafish embryo yolk; and d. Incubating the embryo for 24 hours or more to establish tumors in the zebrafish embryo. a. Isolating said circulating tumor cells from previously obtained biological fluid biopsies selected from whole blood, sputum, bronchial lavage, urine, nipple aspirate, lymph, and saliva; b. Labeling the circulating tumor cells with a cell tracking dye, preferably a fluorescent dye; c. Injecting the labeled circulating tumor cells into a 24 to 48 hours post fertilization (hpf) zebrafish embryo yolk; and d. Incubating the embryo for 24 hours or more to establish tumors in the zebrafish embryo.
Method for the processing of keys , in particular for the encryption of said keys by means of a flute end mill , wherein it is obtained by means of a flute end mill at least one hollow on an at least one face (2', 2") of the stem of said key to be processed, and characterized in that : - a squashing step is carried out of any burrs deriving from the processing carried out by means of said flute end mill , said squashing step provides to push each face (2', 2") of the stem of the key in contact with a flat and uniform surface of a corresponding element , or vice versa, so as to flatten any burrs against and on the same face (2', 2") in which the burrs themselves are provided. - a squashing step is carried out of any burrs deriving from the processing carried out by means of said flute end mill , said squashing step provides to push each face (2', 2") of the stem of the key in contact with a flat and uniform surface of a corresponding element , or vice versa, so as to flatten any burrs against and on the same face (2', 2") in which the burrs themselves are provided.
A scanning sensor derotation assembly for maintaining a consistent field of view while the derotation assembly is moving relative to a field of view, comprising: a housing ; an integrated dewar cooling assembly mounted to the housing , the cooling assembly including a sensor mounted in a dewar ; a motor coupled to the housing to rotate the housing and the integrated dewar cooling assembly about an axis that passes through a center of the sensor , such as to stabilize the rotation of the scene; a compressor fluidly coupled to the dewar , the compressor being mounted to the housing at a location offset from the axis ; and a counterweight for rotational-inertia compensation mounted to the housing at a location offset from the axis and diametrically opposed to the compressor to counteract the inertia of the compressor when the housing is rotated. a housing ; an integrated dewar cooling assembly mounted to the housing , the cooling assembly including a sensor mounted in a dewar ; a motor coupled to the housing to rotate the housing and the integrated dewar cooling assembly about an axis that passes through a center of the sensor , such as to stabilize the rotation of the scene; a compressor fluidly coupled to the dewar , the compressor being mounted to the housing at a location offset from the axis ; and a counterweight for rotational-inertia compensation mounted to the housing at a location offset from the axis and diametrically opposed to the compressor to counteract the inertia of the compressor when the housing is rotated.
A method of kitting a robotic assembly for servicing aviation equipment, the method comprising: determining a current workscope associated with the equipment, wherein the workscope includes a plurality of tasks associated with the equipment; determining a risk factor for at least two tasks of the workscope; creating a queue of tasks in view of the determined risk factors, wherein tasks with higher risk factors are prioritized in the queue; determining at least one of parts and tooling associated with the current workscope; equipping the robotic assembly with at least some of the determined parts, tooling, or both; and the robotic assembly at least partially autonomously servicing the equipment using the equipped parts, tooling, or both. determining a current workscope associated with the equipment, wherein the workscope includes a plurality of tasks associated with the equipment; determining a risk factor for at least two tasks of the workscope; creating a queue of tasks in view of the determined risk factors, wherein tasks with higher risk factors are prioritized in the queue; determining at least one of parts and tooling associated with the current workscope; equipping the robotic assembly with at least some of the determined parts, tooling, or both; and the robotic assembly at least partially autonomously servicing the equipment using the equipped parts, tooling, or both.