mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an optical system, the method comprising: receiving light associated with a world object at the optical system, wherein the optical system is characterized by a world side and a user side opposing the world side, and wherein the light associated with the world object is received from the world side; and the method being characterized by , during one or more first time intervals: projecting light associated with a first virtual image onto a first eyepiece (202-1) of the optical system, causing a portion of the light associated with the first virtual image to propagate toward the user side and light associated with a first artifact image to propagate toward the world side; and adjusting a first dimmer (203-1) of the optical system positioned between the world side and the first eyepiece (202-1) to reduce an intensity of the light associated with the first artifact image impinging on the first dimmer (203-1) and an intensity of the light associated with the world object impinging on the first dimmer (203-1), wherein adjusting the first dimmer includes electrically activating the first dimmer (203-1). receiving light associated with a world object at the optical system, wherein the optical system is characterized by a world side and a user side opposing the world side, and wherein the light associated with the world object is received from the world side; and the method being characterized by , during one or more first time intervals: projecting light associated with a first virtual image onto a first eyepiece (202-1) of the optical system, causing a portion of the light associated with the first virtual image to propagate toward the user side and light associated with a first artifact image to propagate toward the world side; and adjusting a first dimmer (203-1) of the optical system positioned between the world side and the first eyepiece (202-1) to reduce an intensity of the light associated with the first artifact image impinging on the first dimmer (203-1) and an intensity of the light associated with the world object impinging on the first dimmer (203-1), wherein adjusting the first dimmer includes electrically activating the first dimmer (203-1). projecting light associated with a first virtual image onto a first eyepiece (202-1) of the optical system, causing a portion of the light associated with the first virtual image to propagate toward the user side and light associated with a first artifact image to propagate toward the world side; and adjusting a first dimmer (203-1) of the optical system positioned between the world side and the first eyepiece (202-1) to reduce an intensity of the light associated with the first artifact image impinging on the first dimmer (203-1) and an intensity of the light associated with the world object impinging on the first dimmer (203-1), wherein adjusting the first dimmer includes electrically activating the first dimmer (203-1).
A wireless communications device comprising: a first housing including an LTE modem and a plurality of LTE antennas ; a second housing including at least one network communications assembly comprising a Wi-Fi unit and Wi-Fi antennas , wherein a first thermal distribution plate is affixed to the first housing and a second thermal distribution plate is affixed to the second housing, and the first housing and second housing are moveably joined via a separation interface permitting movement of the first housing and second housing with respect to each other between a closed position and one or more open positions, wherein a third thermal distribution plate is affixed to the separation interface wherein the third thermal distribution plate is thermally coupled to the first and/or second thermal distribution plate in at least one of the one or more open positions. a first housing including an LTE modem and a plurality of LTE antennas ; a second housing including at least one network communications assembly comprising a Wi-Fi unit and Wi-Fi antennas , wherein a first thermal distribution plate is affixed to the first housing and a second thermal distribution plate is affixed to the second housing, and the first housing and second housing are moveably joined via a separation interface permitting movement of the first housing and second housing with respect to each other between a closed position and one or more open positions, wherein a third thermal distribution plate is affixed to the separation interface wherein the third thermal distribution plate is thermally coupled to the first and/or second thermal distribution plate in at least one of the one or more open positions.
A radar system comprising: a radar sensor comprising an antenna configured to emit a radar beam towards a predefined region; and a reflector spaced apart from the radar sensor and symmetrical with respect to a line of symmetry or a plane of symmetry, wherein the line of symmetry or the plane of symmetry is parallel to a beam axis of the radar beam , wherein the reflector is configured to: redirect at least part of the radar beam towards a target region different from the predefined region; and redirect a reflection of the radar beam originating from the target region onto the radar sensor ; the radar system being characterized by the line of symmetry or the plane of symmetry being displaced with respect to a phase center of the antenna. a radar sensor comprising an antenna configured to emit a radar beam towards a predefined region; and a reflector spaced apart from the radar sensor and symmetrical with respect to a line of symmetry or a plane of symmetry, wherein the line of symmetry or the plane of symmetry is parallel to a beam axis of the radar beam , wherein the reflector is configured to: redirect at least part of the radar beam towards a target region different from the predefined region; and redirect a reflection of the radar beam originating from the target region onto the radar sensor ; redirect at least part of the radar beam towards a target region different from the predefined region; and redirect a reflection of the radar beam originating from the target region onto the radar sensor ; the radar system being characterized by the line of symmetry or the plane of symmetry being displaced with respect to a phase center of the antenna.
A multi-part cap assembly for a drug delivery device , comprising: - a first cap component , and - a second cap component , wherein the first cap component is assembled to the second cap component, wherein one of the first cap component and the second cap component is provided with a guide track and the other one of the first cap component and the second cap component is provided with a guide feature , wherein the guide track and the guide feature are arranged to cooperate to form an axial guiding interface between the first cap component and the second cap component, wherein the axial guiding interface is configured such that relative rotational movement between the first cap component and the second cap component is restricted or prevented, characterized in that the first cap component and the second cap component are secured to each other such that relative rotational and axial movement is prevented, and in that the first cap component can be introduced into the second cap component via a proximal opening of the second cap component, when assembling the cap assembly. - a first cap component , and - a second cap component , wherein
Set of a hollow body which comprises an inlet opening for inletting an airflow to be cleaned and an outlet opening for outletting the cleaned airflow, and multiple cleaning substructures as separating structures for cleaning the airflow by a separation of particles and/or for a filtration of the airflow, wherein at least two of the cleaning substructures comprise the separating structure for cleaning an airflow, characterized in that at least two different combinations of cleaning substructures are arrangeable in the hollow body , wherein at least one separating structure comprises at least two flaps which are aligned substantially parallel to the airflow, between which in the hollow body a further separating structure is arrangeable, wherein the flaps are configured such that the flaps are arrangeable as a spacer to an inner wall of the hollow body or a further separating structure . at least two different combinations of cleaning substructures are arrangeable in the hollow body , wherein at least one separating structure comprises at least two flaps which are aligned substantially parallel to the airflow, between which in the hollow body a further separating structure is arrangeable, wherein the flaps are configured such that the flaps are arrangeable as a spacer to an inner wall of the hollow body or a further separating structure .
A method comprising: pumping blood in a fluid flow path at a rate between 4 liters per minute to 7 liters per minute, the blood received from a stored source of blood; performing convection dialysis on at least a portion of the blood, the convection dialysis removing substances from the blood that are in the range of 1 Dalton to 50,000 Daltons; and heating at least a portion of the blood to a temperature between 42 degrees Celsius and 45 degrees Celsius, storing the blood for later use. pumping blood in a fluid flow path at a rate between 4 liters per minute to 7 liters per minute, the blood received from a stored source of blood; performing convection dialysis on at least a portion of the blood, the convection dialysis removing substances from the blood that are in the range of 1 Dalton to 50,000 Daltons; and heating at least a portion of the blood to a temperature between 42 degrees Celsius and 45 degrees Celsius,
A liquid container made entirely from natural plant materials comprising: a cap , an upper portion , a body , and a base ; wherein a mouth is disposed on a top of the upper portion for connection with the cap and a periphery of the upper portion is extended downward to form a connection segment capable of being mounted into a top end of the body ; the cap and the upper portion are both made from plant fiber powder with adhesives ; wherein the body is made of a spiral paper tube with at least two layers while the top end of the body and the connection segment of the upper portion are adhered and connected by adhesives; wherein the base is a cup with an opening facing downward and having a bottom surface and a cylindrical wall around the bottom surface ; the base with the opening facing downward is mounted into a bottom end of the body and the cylindrical wall of the base is connected to the body by adhesives; characterised in that the cap and upper portion are both produced by mold injection and the base is produced by molding of composite paper (P) with at least two layers and the respective layers of the composite paper (P) have different fiber orientations (D). a cap , an upper portion , a body , and a base ; wherein a mouth is disposed on a top of the upper portion for connection with the cap and a periphery of the upper portion is extended downward to form a connection segment capable of being mounted into a top end of the body ; the cap and the upper portion are both made from plant fiber powder with adhesives ; wherein the body is made of a spiral paper tube with at least two layers while the top end of the body and the connection segment of the upper portion are adhered and connected by adhesives; wherein the base is a cup with an opening facing downward and having a bottom surface and a cylindrical wall around the bottom surface ; the base with the opening facing downward is mounted into a bottom end of the body and the cylindrical wall of the base is connected to the body by adhesives; characterised in that the cap and upper portion are both produced by mold injection and the base is produced by molding of composite paper (P) with at least two layers and the respective layers of the composite paper (P) have different fiber orientations (D).
A footbed for an article of footwear , the footbed comprising: a sole structure including a lower ground engaging surface and an upper foot facing surface, the sole structure having a forefoot region and a rear foot region; a foot engaging member including a lower surface facing the sole structure foot facing surface and an upper surface adapted to face and engage the foot of the wearer, the foot engaging member having at least a rear foot region; and wherein the foot engaging member rear foot region is capable of lateral movement with respect to the sole structure rear foot region, wherein the foot engaging member includes a forefoot region and wherein the foot engaging member forefoot region is fixed with respect to the sole structure forefoot region, and characterized in that the footbed further includes a first low friction area , constructed by adding or applying an additional layer , positioned on the lower surface of the foot engaging member in the rear foot region of the foot engaging member , and wherein the footbed further includes a second low friction area made by providing a first layer of a polypropylene or plastic type material positioned on the upper surface of the sole structure in the rear foot region of the sole structure , and a very low friction material layer positioned on top of the first layer .
An uplink control information transmission method, wherein the method comprises: receiving(S701), by a terminal side device, first information, wherein the first information indicates at least one physical uplink control channel, PUCCH, resource; determining(S702), by the terminal side device, a first uplink resource, wherein the first uplink resource carries hybrid automatic repeat request, HARQ, acknowledgement information and wherein at least part of the first uplink resource that is used to transmit the HARQ acknowledgement information is preempted; and sending(S703), by the terminal side device when receiving a first indication, the HARQ acknowledgement information by using a first PUCCH resource in the at least one PUCCH resource, wherein the first indication indicates that a second uplink resource is preempted, and the second uplink resource overlaps the first uplink resource. receiving(S701), by a terminal side device, first information, wherein the first information indicates at least one physical uplink control channel, PUCCH, resource; determining(S702), by the terminal side device, a first uplink resource, wherein the first uplink resource carries hybrid automatic repeat request, HARQ, acknowledgement information and wherein at least part of the first uplink resource that is used to transmit the HARQ acknowledgement information is preempted; and sending(S703), by the terminal side device when receiving a first indication, the HARQ acknowledgement information by using a first PUCCH resource in the at least one PUCCH resource, wherein the first indication indicates that a second uplink resource is preempted, and the second uplink resource overlaps the first uplink resource.
A propeller apparatus for an air mobility, the propeller apparatus comprising: a main rotor and a plurality of blades rotatably connected to the main rotor ; a rotation shaft fixedly connected to the main rotor and configured to transmit a rotational force of the rotation shaft to the main rotor to rotate the main rotor and the plurality of blades ; a first movable portion and a second movable portion that are slidably coupled to the rotation shaft and configured to independently perform motion along the rotation shaft ; a first link assembly coupling the first movable portion to the plurality of blades so that, during the motion of the first movable portion , the plurality of blades is rotated to perform a pitching motion of the plurality of blades ; and a second link assembly coupling the second movable portion to the plurality of blades so that, during the motion of the second movable portion , the plurality of blades is rotated and moved to perform a folding or unfolding motion of the plurality of blades , wherein the first movable portion includes an auxiliary rotor formed in the same shape as the main rotor , and wherein the first link assembly is coupled to the plurality of blades and the auxiliary rotor . a main rotor and a plurality of blades rotatably connected to the main rotor ; a rotation shaft fixedly connected to the main rotor and configured to transmit a rotational force of the rotation shaft to the main rotor to rotate the main rotor and the plurality of blades ; a first movable portion and a second movable portion that are slidably coupled to the rotation shaft and configured to independently perform motion along the rotation shaft ; a first link assembly coupling the first movable portion to the plurality of blades so that, during the motion of the first movable portion , the plurality of blades is rotated to perform a pitching motion of the plurality of blades ; and a second link assembly coupling the second movable portion to the plurality of blades so that, during the motion of the second movable portion , the plurality of blades is rotated and moved to perform a folding or unfolding motion of the plurality of blades , wherein the first movable portion includes an auxiliary rotor formed in the same shape as the main rotor , and wherein the first link assembly is coupled to the plurality of blades and the auxiliary rotor .
A single unit dosage form for use in the treatment of inflammation following cataract surgery, consisting of 4 μL ±1% to 6 μL ±1% of a composition consisting of (a) 9% ±1% (w/w) dexamethasone and 91% ±1% (w/w) triethyl acetyl citrate, or (b) 12% ±1% (w/w) dexamethasone and 88% ±1% (w/w) triethyl acetyl citrate, wherein the dosage form is formulated for administration by injection into the anterior segment of an eye following cataract surgery, wherein said single unit dosage form releases said dexamethasone for at least 3 days and retains at least 30% of said dexamethasone after 3 days, as measured by ultra performance liquid chromatography, in saline solution, 10mL 0.9% NaCl, pH 6-8, at 37°C, under infinite sink conditions. (a) 9% ±1% (w/w) dexamethasone and 91% ±1% (w/w) triethyl acetyl citrate, or (b) 12% ±1% (w/w) dexamethasone and 88% ±1% (w/w) triethyl acetyl citrate,
A production method for a damper comprising at least the following steps: a. producing a piston blank and b. inserting at least one recess into the piston blank by ultrashort pulse lasering, the recess defining a nozzle for the damping fluid for adjusting the flow resistance for the damping fluid between the first fluid chamber and the second fluid chamber when the nozzle piston is arranged in the damping chamber, c. installing the nozzle piston in a damping chamber of the damper, wherein the nozzle piston is guided along a longitudinal axis of the damping chamber and divides the damping chamber into a first fluid chamber and a second fluid chamber , d. testing the nozzle piston with respect to a force-velocity characteristic of the damper containing the nozzle piston , e. controlling the insertion of the at least one recess based on a result of the test of a nozzle piston . a. producing a piston blank and b. inserting at least one recess into the piston blank by ultrashort pulse lasering, the recess defining a nozzle for the damping fluid for adjusting the flow resistance for the damping fluid between the first fluid chamber and the second fluid chamber when the nozzle piston is arranged in the damping chamber, c. installing the nozzle piston in a damping chamber of the damper, wherein the nozzle piston is guided along a longitudinal axis of the damping chamber and divides the damping chamber into a first fluid chamber and a second fluid chamber , d. testing the nozzle piston with respect to a force-velocity characteristic of the damper containing the nozzle piston , e. controlling the insertion of the at least one recess based on a result of the test of a nozzle piston .
A device for dispensing a frozen confection from a cartridge, wherein: - the cartridge comprises: • a product compartment containing the frozen confection and having a product outlet , • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening ; and - the device comprises: • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment ; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction. - the cartridge comprises: • a product compartment containing the frozen confection and having a product outlet , • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening ; and • a product compartment containing the frozen confection and having a product outlet , • a moveable wall separating the product compartment from a further compartment, wherein the further compartment extends from the product compartment to an entrance end comprising an entrance opening ; and - the device comprises: • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment ; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction. • a plunger moveable into the entrance opening of the cartridge in a dispensing direction to apply a dispensing force to the movable wall and urge the frozen confection out of the product outlet of the product compartment ; and • a clamp engageable with the entrance end of the cartridge when the entrance end is moved into the clamp in a direction opposite to the dispensing direction.
A method for producing a connecting element for connecting two components of an orthopedic device for a body part, wherein the method comprises the following steps: • Capturing three-dimensional scan data of at least one part of the body part and/or at least one part of each of the two components using a scanner , • Determining a target position and/or target orientation of the connecting element relative to the components from the scan data , • Modelling the connecting element using the scan data , the target position and/or the target orientation and further information on the components to be connected, and • Producing the modelled connecting element . • Capturing three-dimensional scan data of at least one part of the body part and/or at least one part of each of the two components using a scanner , • Determining a target position and/or target orientation of the connecting element relative to the components from the scan data , • Modelling the connecting element using the scan data , the target position and/or the target orientation and further information on the components to be connected, and • Producing the modelled connecting element .