mhurhangee/patent-ind-claim-en huggingface dataset:
An air-conditioning apparatus comprising: a heat exchanger configured to cause heat exchange to be performed between a medium and air, the medium being a medium to transfer heat; a fan configured to send the air to the heat exchanger ; and a controller ; characterized in that the controller is configured to determine whether clogging due to foreign matter has occurred in the heat exchanger , based on a command voltage varied by a device control unit of the controller in accordance with a rotation speed of a fan motor that drives the fan so that the actual rotation speed of the fan motor becomes a target rotation speed, wherein, in response to determining that the command voltage sent to the fan motor is equal to or greater than a set clogging determination threshold for a set time after start of operation of the air-conditioning apparatus, the controller determines that the clogging due to foreign matter has occurred. a heat exchanger configured to cause heat exchange to be performed between a medium and air, the medium being a medium to transfer heat; a fan configured to send the air to the heat exchanger ; and a controller ; characterized in that the controller is configured to determine whether clogging due to foreign matter has occurred in the heat exchanger , based on a command voltage varied by a device control unit of the controller in accordance with a rotation speed of a fan motor that drives the fan so that the actual rotation speed of the fan motor becomes a target rotation speed, wherein, in response to determining that the command voltage sent to the fan motor is equal to or greater than a set clogging determination threshold for a set time after start of operation of the air-conditioning apparatus, the controller determines that the clogging due to foreign matter has occurred.
A press cover for a cheese mold, the cross section of the press cover corresponding to the inner cross section of the cheese mold, the press cover consisting of a food-approved plastic and being in one piece or in one part and comprising a single-walled perforated plate and a rib structure formed on the side of the perforated plate facing away from the cheese mold, and the rib structure comprising longitudinal ribs in the form of division bars and annular transverse ribs arranged in a crossing manner.
A method of simultaneous bidirectional transmissions comprising: determining, by a network element, first transmission time slots for downlink and uplink transmissions for a first plurality of user equipment, UEs, wherein said first transmission time slots are associated with a first timeslot configuration for a first UE (UE1) in said first plurality of UEs, and a second timeslot configuration for a second UE (UE2) in said first plurality of UEs; assigning, according to said first timeslot configuration , a DL transmission to a first shared time slot of said first transmission time slots for said first UE (UE1) in said first plurality of UEs; and assigning, according to said second timeslot configuration , an UL transmission to said first shared time slot for said second UE (UE2) in said first plurality of UEs, characterized by that the first and second timeslot configurations are determined by respective specific needs on said first and second UE (UE1, UE2), wherein the needs are based on at least one factor selected from: - DL/UL traffic load ratio of the UE, - device-to-device (D2D) communication of the UE, - UE's traffic type, - whether DL time slots are to be shared among UEs and - whether the UE has need-based special time slots, wherein need-based time slots comprise D2D time slots for inter-UE communications and/or auxiliary slots for DL/UL/D2D communication and/or muted time slots for interference mitigation, IM, and power saving. determining, by a network element, first transmission time slots for downlink and uplink transmissions for a first plurality of user equipment, UEs, wherein said first transmission time slots are associated with a first timeslot configuration for a first UE (UE1) in said first plurality of UEs, and a second timeslot configuration for a second UE (UE2) in said first plurality of UEs; assigning, according to said first timeslot configuration , a DL transmission to a first shared time slot of said first transmission time slots for said first UE (UE1) in said first plurality of UEs; and assigning, according to said second timeslot configuration , an UL transmission to said first shared time slot for said second UE (UE2) in said first plurality of UEs, characterized by - DL/UL traffic load ratio of the UE, - device-to-device (D2D) communication of the UE, - UE's traffic type, - whether DL time slots are to be shared among UEs and - whether the UE has need-based special time slots, wherein need-based time slots comprise D2D time slots for inter-UE communications and/or auxiliary slots for DL/UL/D2D communication and/or muted time slots for interference mitigation, IM, and power saving.
A method for determining longitudinal acceleration setpoints during a gear change manoeuver of a host automotive vehicle comprising a step of executing a trapezoidal acceleration profile (PT), during which step the longitudinal acceleration setpoints are determined such that they follow the trapezoidal acceleration profile (PT), with the trapezoidal acceleration profile (PT) comprising the following three consecutive phases: - a first transient acceleration phase (TT1), during which the time derivative of the longitudinal acceleration is a first predetermined derivative (J1), - a stabilised acceleration phase (TS), during which the longitudinal acceleration is a so-called target acceleration, that is non-zero and is constant for a so-called stabilised duration, - a second transient acceleration phase (TT2), during which the time derivative of the longitudinal acceleration is a second predetermined derivative (J3), of opposite sign to that of the first derivative (J1),and ending at a zero final acceleration, wherein the trapezoidal acceleration profile is initialised at an initial trapezoidal acceleration profile comprising a predetermined initial target acceleration and a predetermined initial stabilised duration, and wherein, during the step of executing the trapezoidal acceleration profile, the trapezoidal acceleration profile is adapted by updating only the target acceleration and the stabilised duration, as a function of a first set of at least one parameter representing a behaviour of the host vehicle and a second set of at least one parameter representing a behaviour of a target. - a first transient acceleration phase (TT1), during which the time derivative of the longitudinal acceleration is a first predetermined derivative (J1), - a stabilised acceleration phase (TS), during which the longitudinal acceleration is a so-called target acceleration, that is non-zero and is constant for a so-called stabilised duration, - a second transient acceleration phase (TT2), during which the time derivative of the longitudinal acceleration is a second predetermined derivative (J3), of opposite sign to that of the first derivative (J1),and ending at a zero final acceleration, wherein the trapezoidal acceleration profile is initialised at an initial trapezoidal acceleration profile comprising a predetermined initial target acceleration and a predetermined initial stabilised duration, and wherein, during the step of executing the trapezoidal acceleration profile, the trapezoidal acceleration profile is adapted by updating only the target acceleration and the stabilised duration, as a function of a first set of at least one parameter representing a behaviour of the host vehicle and a second set of at least one parameter representing a behaviour of a target.
A projection screen , comprising: a microstructure layer comprising a matrix layer and a microstructure unit formed on a surface of the matrix layer , wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein each of the triangular pyramid units comprises a light output surface attached to and fixed to the surface of the matrix layer ; wherein at least two of the triangular pyramid units that are arranged along a horizontal direction (D1) are identical to each other; wherein taper angles of at least two triangular pyramid units of the triangular pyramid units that are arranged along a vertical direction (D2) vary gradually; and wherein each of the taper angles is an angle formed between a base of one of the at least two triangular pyramid units that has the taper angle and an edge, parallel to the vertical direction, of the triangular pyramid unit , wherein the base is a surface of the triangular pyramid unit other than the light output surface and two surfaces that intersect to form the edge, characterized in that each of the taper angles of the at least two triangular pyramid units arranged along the vertical direction satisfy θ = 180 + arcsin sin α 1 n + arcsin sin α 4 n 2 , where θ denotes the taper angle of one of the at least two triangular pyramid units , α1 denotes an incident angle of image light, α4 denotes an emergent angle of the image light, and n denotes a refractive index of the triangular pyramid unit . a microstructure layer comprising a matrix layer and a microstructure unit formed on a surface of the matrix layer , wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein each of the triangular pyramid units comprises a light output surface attached to and fixed to the surface of the matrix layer ; wherein at least two of the triangular pyramid units that are arranged along a horizontal direction (D1) are identical to each other; wherein taper angles of at least two triangular pyramid units of the triangular pyramid units that are arranged along a vertical direction (D2) vary gradually; and wherein each of the taper angles is an angle formed between a base of one of the at least two triangular pyramid units that has the taper angle and an edge, parallel to the vertical direction, of the triangular pyramid unit , wherein the base is a surface of the triangular pyramid unit other than the light output surface and two surfaces that intersect to form the edge, characterized in that each of the taper angles of the at least two triangular pyramid units arranged along the vertical direction satisfy θ = 180 + arcsin sin α 1 n + arcsin sin α 4 n 2 , where θ denotes the taper angle of one of the at least two triangular pyramid units , α1 denotes an incident angle of image light, α4 denotes an emergent angle of the image light, and n denotes a refractive index of the triangular pyramid unit .
A needle changing device for use on a medication delivery device , the needle changing device comprising: an engagement element that is configured to engage the medication delivery device , said engagement element defining a space ; an outer housing connected to the engagement element , the outer housing enclosing: a needle changing septum having a reservoir , the reservoir being in continuous fluid communication with the space via a septum penetrating needle cannula ; and a plurality of needles configured to pierce the needle changing septum , wherein when the outer housing is in a first position, the plurality of needles are disengaged from the reservoir of the needle changing septum , and when the outer housing is in a second position, one of the plurality of needles enters into fluid communication with the reservoir of the needle changing septum and is partially exposed outside the needle changing device for medicament delivery. an engagement element that is configured to engage the medication delivery device , said engagement element defining a space ; an outer housing connected to the engagement element , the outer housing enclosing: a needle changing septum having a reservoir , the reservoir being in continuous fluid communication with the space via a septum penetrating needle cannula ; and a plurality of needles configured to pierce the needle changing septum , wherein when the outer housing is in a first position, the plurality of needles are disengaged from the reservoir of the needle changing septum , and when the outer housing is in a second position, one of the plurality of needles enters into fluid communication with the reservoir of the needle changing septum and is partially exposed outside the needle changing device for medicament delivery. a needle changing septum having a reservoir , the reservoir being in continuous fluid communication with the space via a septum penetrating needle cannula ; and a plurality of needles configured to pierce the needle changing septum , wherein when the outer housing is in a first position, the plurality of needles are disengaged from the reservoir of the needle changing septum , and when the outer housing is in a second position, one of the plurality of needles enters into fluid communication with the reservoir of the needle changing septum and is partially exposed outside the needle changing device for medicament delivery.
A colored, transparent laminated glass article comprising a first glass sheet adhesively bonded to a second glass sheet by means of a lamination interlayer, said first glass sheet being coated, on the surface thereof that is in contact with said lamination interlayer, with a single stack of thin layers, said stack comprising, successively from said surface, a silver-based or aluminum-based discontinuous metallic layer then, in contact with said discontinuous metallic layer, a dielectric overlayer.
A method, comprising: providing a dual-aperture camera that includes a synchronization and operation control module, a first camera operative to output a respective first camera output and a second camera operative to output a respective second camera output; by the synchronization and operation control module: operating one camera in a fully operational mode to provide a first frame and operating the other camera in a partially operational mode to provide a second frame or vice versa; and calculating a depth map from the first and second frames, whereby the calculating of the depth map with one camera in fully operational mode and the other camera in partially operational mode or vice versa requires less power consumption than the power consumption required when both cameras operate in fully operational mode, wherein a fully operational mode includes a regular frame rate and/or frame size and/or ISP processing rate, and wherein a partially operational mode includes a reduced frame rate and/or frame size and/or ISP processing rate. providing a dual-aperture camera that includes a synchronization and operation control module, a first camera operative to output a respective first camera output and a second camera operative to output a respective second camera output; by the synchronization and operation control module: operating one camera in a fully operational mode to provide a first frame and operating the other camera in a partially operational mode to provide a second frame or vice versa; and calculating a depth map from the first and second frames, whereby the calculating of the depth map with one camera in fully operational mode and the other camera in partially operational mode or vice versa requires less power consumption than the power consumption required when both cameras operate in fully operational mode, wherein a fully operational mode includes a regular frame rate and/or frame size and/or ISP processing rate, and wherein a partially operational mode includes a reduced frame rate and/or frame size and/or ISP processing rate. operating one camera in a fully operational mode to provide a first frame and operating the other camera in a partially operational mode to provide a second frame or vice versa; and calculating a depth map from the first and second frames, whereby the calculating of the depth map with one camera in fully operational mode and the other camera in partially operational mode or vice versa requires less power consumption than the power consumption required when both cameras operate in fully operational mode, wherein a fully operational mode includes a regular frame rate and/or frame size and/or ISP processing rate, and wherein a partially operational mode includes a reduced frame rate and/or frame size and/or ISP processing rate.
A method performed by a path computation element centralized controller, PCECC , comprising: computing a label switched path, LSP, from a first edge node to a second edge node; sending a path computation element protocol, PCEP, message to a network element on the LSP, wherein the PCEP message comprises label information for forwarding traffic of a service via the LSP, wherein the label information comprises a path label of a next hop node and a service label for identifying the service. computing a label switched path, LSP, from a first edge node to a second edge node; sending a path computation element protocol, PCEP, message to a network element on the LSP, wherein the PCEP message comprises label information for forwarding traffic of a service via the LSP, wherein the label information comprises a path label of a next hop node and a service label for identifying the service.
A prosthesis socket with: a. a proximal insertion opening and an inner circumference which at least partially surrounds a limb stump, b. at least one connection device for a prosthesis component, which is connectable to the prosthesis socket, c. and at least one actuator , by means of which the inner circumference of the prosthesis socket is enlargeable, characterized in that the prosthesis socket is held by a resilient reset force on the limb stump and the actuator is designed to increase the inner circumference of the prosthesis socket against the resilient reset force. a. a proximal insertion opening and an inner circumference which at least partially surrounds a limb stump, b. at least one connection device for a prosthesis component, which is connectable to the prosthesis socket, c. and at least one actuator , by means of which the inner circumference of the prosthesis socket is enlargeable, characterized in that the prosthesis socket is held by a resilient reset force on the limb stump and the actuator is designed to increase the inner circumference of the prosthesis socket against the resilient reset force.
A composition comprising a nucleic acid compound complexed or encapsulated by a lipid particle; wherein the lipid particle comprises: (a) a cationic lipid comprising 40 mol% to 58 mol% of the total lipid present in the composition; (b) a neutral lipid comprising 40 mol% to 50 mol% of the total lipid present in the composition; and (c) a conjugated lipid comprising 0.3 mol% to 1.5 mol% of the total lipid present in the composition, wherein the nucleic acid compound is an RNA interference (RNAi) compound targeting a messenger RNA (mRNA) that encodes COL1A1 or annexin A11 (ANXA11), and wherein the cationic lipid comprises 1,2-dioleoyl-3-dimethylammonium-propane (DODAP), the neutral lipid comprises a mixture of i) a phospholipid and ii) cholesterol hemisuccinate (CHEMS) or tocopheryl hemisuccinate (THS), and the conjugated lipid comprises 1,2-dimyristoyl-sn-glycerol-polyethyleneglycol 2000 (DMG-PEG2000). (a) a cationic lipid comprising 40 mol% to 58 mol% of the total lipid present in the composition; (b) a neutral lipid comprising 40 mol% to 50 mol% of the total lipid present in the composition; and (c) a conjugated lipid comprising 0.3 mol% to 1.5 mol% of the total lipid present in the composition,
A roadway manhole comprising a fixed frame , a cover or a grating connected to the frame by an articulation allowing the cover or the grating to pivot between a position of sealing the opening of the frame and a disengaged position of this opening and a latch associated with the cover or with the grating opposite the articulation, the latch including a handle movable with respect to said cover or to said grating, between a locked position in which it immobilizes the cover or the grating with respect to the frame in its position of sealing the opening , and an unlocked position in which it allows the pivoting of the cover or of the grating towards its disengaged position of the opening , characterized in that the handle is shaped for the fastening of a key lock allowing the blocking of the handle of the latch in its locked position or the unblocking of the handle allowing the handle of the latch to be operated in order to bring it to its unlocked position. the latch including a handle movable with respect to said cover or to said grating, between a locked position in which it immobilizes the cover or the grating with respect to the frame in its position of sealing the opening , and an unlocked position in which it allows the pivoting of the cover or of the grating towards its disengaged position of the opening , characterized in that the handle is shaped for the fastening of a key lock allowing the blocking of the handle of the latch in its locked position or the unblocking of the handle allowing the handle of the latch to be operated in order to bring it to its unlocked position.
An arrangement for determining a vehicle speed behaviour model for a leading vehicle to predict the behaviour of the leading vehicle, where the leading vehicle drives along a path in front of a trailing host vehicle and where the determination is done by a control unit in the host vehicle, where the host vehicle comprises means for measuring the distance to the leading vehicle, means for measuring the speed of the host vehicle, means for obtaining external information regarding an upcoming change in a road condition, characterized in that the control unit is adapted for monitoring the change in vehicle speed of the leading vehicle whenever there is a change in road condition and determining if the external information is indicative of the change in vehicle speed of the leading vehicle , and for determining a vehicle speed behaviour model for the leading vehicle based on the monitored change in vehicle speed of the leading vehicle and on the upcoming change in a road condition, such that the vehicle behaviour model is adapted to the type of road change condition.
A method comprising: intercepting, by an audio processing device, an audio signal transmitted from an upstream device in an audio signal path; encoding, by the audio processing device, the audio signal into digital data, the digital data comprising digitally encoded audio signals and device type metadata indicating one or more attributes of the upstream device; streaming, by the audio processing device, the digital data to a server computer; receiving, by the audio processing device from the server computer, one or more instructions on modifying a gain of the audio processing device that compensates for the one or more attributes of the upstream device; and modifying the gain of the audio processing device according to the one or more instructions, thereby adjusting a signal gain of the audio signal according to the modified gain; and providing, to a downstream device in the audio signal path, the adjusted audio signal. intercepting, by an audio processing device, an audio signal transmitted from an upstream device in an audio signal path; encoding, by the audio processing device, the audio signal into digital data, the digital data comprising digitally encoded audio signals and device type metadata indicating one or more attributes of the upstream device; streaming, by the audio processing device, the digital data to a server computer; receiving, by the audio processing device from the server computer, one or more instructions on modifying a gain of the audio processing device that compensates for the one or more attributes of the upstream device; and modifying the gain of the audio processing device according to the one or more instructions, thereby adjusting a signal gain of the audio signal according to the modified gain; and providing, to a downstream device in the audio signal path, the adjusted audio signal.