mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a helicopter comprising an upper rotor including blades and a lower rotor including blades , the upper rotor and lower rotor being co-axial and counter-rotating, the method comprising: receiving, by a computing device comprising a processor, at least one input associated with the helicopter ; generating, by the computing device , control signals configured to counteract blade bending associated with blades on the upper rotor and lower rotor based on the received at least one input; measuring, by the computing device , blade signals using sensors for the blades; extracting, by the computing device , harmonic loads from the measured blade signals; adapting, by the computing device , the control signals based on the harmonic loads; and controlling, by the computing device , servos connected to the blades to adjust the blades according to the adapted control signals to reduce bending of the blades to improve blade tip clearance between blades on the upper rotor and blades on the lower rotor , characterised in that the control signals are configured to counteract 2/rev blade bending in a plurality of flight states, and the sensors are incorporated into the blades and positioned at roots of the blades of the upper and lower rotors away from blade tips of the blades of the upper and lower rotors . receiving, by a computing device comprising a processor, at least one input associated with the helicopter ; generating, by the computing device , control signals configured to counteract blade bending associated with blades on the upper rotor and lower rotor based on the received at least one input; measuring, by the computing device , blade signals using sensors for the blades; extracting, by the computing device , harmonic loads from the measured blade signals; adapting, by the computing device , the control signals based on the harmonic loads; and controlling, by the computing device , servos connected to the blades to adjust the blades according to the adapted control signals to reduce bending of the blades to improve blade tip clearance between blades on the upper rotor and blades on the lower rotor , characterised in that the control signals are configured to counteract 2/rev blade bending in a plurality of flight states, and the sensors are incorporated into the blades and positioned at roots of the blades of the upper and lower rotors away from blade tips of the blades of the upper and lower rotors .
A method for receiving information, characterized by comprising: sending downlink control information, wherein the downlink control information comprises first information, the first information indicates an uplink control channel resource for carrying uplink control information, the uplink control channel resource belongs to a first uplink control channel resource set, and the first uplink control channel resource set comprises at least two uplink control channel resources that correspond to different quantities of symbols; and receiving (S105), on the uplink control channel resource, the uplink control information sent by a terminal device, wherein the first uplink control channel resource set comprises a first uplink control channel resource, and the first uplink control channel resource corresponds to one symbol; and the first uplink control channel resource set further comprises a second uplink control channel resource, and the second uplink control channel resource corresponds to two symbols. sending downlink control information, wherein the downlink control information comprises first information, the first information indicates an uplink control channel resource for carrying uplink control information, the uplink control channel resource belongs to a first uplink control channel resource set, and the first uplink control channel resource set comprises at least two uplink control channel resources that correspond to different quantities of symbols; and receiving (S105), on the uplink control channel resource, the uplink control information sent by a terminal device, wherein the first uplink control channel resource set comprises a first uplink control channel resource, and the first uplink control channel resource corresponds to one symbol; and the first uplink control channel resource set further comprises a second uplink control channel resource, and the second uplink control channel resource corresponds to two symbols.
Device for identifying an object , comprising: - at least one light-receiving unit for receiving light signals, wherein the light-receiving unit is designed to receive information from positionally fixed lighting devices which comprise at least one light-transmitting unit for transmitting light signals; - at least one radio-transmitting unit for transmitting radio signals, wherein the radio-transmitting unit is designed to transmit at least the information received by the light-receiving unit to at least one radio-receiving unit , characterized in that the device comprises at least one energy-harvesting circuit having at least one light-emitting diode for generating a photocurrent, and at least one energy storage device for storing the photocurrent, wherein the energy-harvesting circuit comprises a charging regulator for providing an adaptation of the energy-harvesting circuit to photocurrents of levels that differ due to different light irradiation, wherein the charging regulator is a maximum power point regulator. - at least one light-receiving unit for receiving light signals, wherein the light-receiving unit is designed to receive information from positionally fixed lighting devices which comprise at least one light-transmitting unit for transmitting light signals; - at least one radio-transmitting unit for transmitting radio signals, wherein the radio-transmitting unit is designed to transmit at least the information received by the light-receiving unit to at least one radio-receiving unit ,
An apparatus comprising: a first digital camera (A) including an image sensor optically coupled to a first lens , the first lens having a first magnification, wherein the first lens is a rectilinear lens; a second digital camera (B) including an image sensor optically coupled to a second lens , wherein the second lens is a non-rectilinear lens having a magnification gradient in which magnification is highest at the center of the second lens and lowest at the edges of the second lens, wherein the second lens has an average magnification that is greater than the magnification of the first lens; and a processor configured to fuse a first digital image captured by the first digital camera with a second digital image captured by the second digital camera to create a third digital image with a magnification between the first magnification and the average magnification of the second lens. a first digital camera (A) including an image sensor optically coupled to a first lens , the first lens having a first magnification, wherein the first lens is a rectilinear lens; a second digital camera (B) including an image sensor optically coupled to a second lens , wherein the second lens is a non-rectilinear lens having a magnification gradient in which magnification is highest at the center of the second lens and lowest at the edges of the second lens, wherein the second lens has an average magnification that is greater than the magnification of the first lens; and a processor configured to fuse a first digital image captured by the first digital camera with a second digital image captured by the second digital camera to create a third digital image with a magnification between the first magnification and the average magnification of the second lens.
A structural system comprising: a structure ; a composite elongate member having a side attached to a surface of the structure ; a channel on the side extending along a length of the composite elongate member ; and a number of composite structures configured for placement in the channel and configured to attach a portion of the side of the composite elongate member to the structure , characterized in that the composite elongate member comprises: a first section ; and a second section positioned substantially perpendicular to the first section , wherein the second section meets the first section at a first location of the second section having a first curved shape with a first radius and a second location of the second section having a second curved shape with a second radius in which the first radius and the second radius are substantially equal, and wherein the first section and the second section are positioned with respect to each other to form the channel between the first location and the second location ; wherein the number of composite structures has layers oriented substantially perpendicular to the side of the first section of the composite elongate member and the surface of the structure . a structure ; a composite elongate member having a side attached to a surface of the structure ; a channel on the side extending along a length of the composite elongate member ; and a number of composite structures configured for placement in the channel and configured to attach a portion of the side of the composite elongate member to the structure , characterized in that the composite elongate member comprises: a first section ; and a second section positioned substantially perpendicular to the first section , wherein the second section meets the first section at a first location of the second section having a first curved shape with a first radius and a second location of the second section having a second curved shape with a second radius in which the first radius and the second radius are substantially equal, and wherein the first section and the second section are positioned with respect to each other to form the channel between the first location and the second location ; a first section ; and a second section positioned substantially perpendicular to the first section ,
Method for auditing (Audit1, Audit2) at least one virtualized resource deployed in a cloud computing network, implemented by an administration device in respect of the at least one said resource, able to administer VNF virtual network functions, the NFVI virtual infrastructure or the OSS/BSS network services, the method comprising: - a step of storing a set of rules enabling the audit of a parameter of the at least one virtualized resource , - a step of receiving, from the at least one virtualized resource , a message comprising an item of information linked to the processed traffic, to the availability or to the performance of said virtualized resource, - a step of correlating the received item of information with the set of rules enabling the audit of the parameter of the at least one virtualized resource, - if the received item of information corresponds to the rules enabling the audit of the parameter, a step of sending, to a recording device , a command message for writing the received item of information to a data register associated with the at least one virtualized resource and responsible for collecting the items of information linked to the audit of the parameter, the write command message comprising a parameter linked to the reading rights in respect of said item of information, the parameter making it possible to indicate that the item of information targeted by the command may or may not be accessible to another entity or indicating which entities are authorized to access it. - a step of storing a set of rules enabling the audit of a parameter of the at least one virtualized resource , - a step of receiving, from the at least one virtualized resource , a message comprising an item of information linked to the processed traffic, to the availability or to the performance of said virtualized resource, - a step of correlating the received item of information with the set of rules enabling the audit of the parameter of the at least one virtualized resource, - if the received item of information corresponds to the rules enabling the audit of the parameter, a step of sending, to a recording device , a command message for writing the received item of information to a data register associated with the at least one virtualized resource and responsible for collecting the items of information linked to the audit of the parameter, the write command message comprising a parameter linked to the reading rights in respect of said item of information, the parameter making it possible to indicate that the item of information targeted by the command may or may not be accessible to another entity or indicating which entities are authorized to access it.
Polyphase electric motor comprising a stator that has at least three coils and consists of 12K radially extending teeth, and comprising a rotor having 5K pairs of magnetic poles, K being equal to 1 or 2, the rotor being composed of a core made of a ferromagnetic material, and having an alternation of 5K magnetized poles , and 5K non-magnetized salient poles , characterized in that the stator has teeth having a rectangular or trapezoidal cross section that converge toward the center of the motor, in a plane that is transverse relative to the axis of the motor.
A hardenable and moldable material for orthopedic implantation and reconstruction, the material comprising: a resorbable polymer resin; a first filler having a first mean particle diameter ranging from about 5 to about 15 μm; at least one additional filler selected from the group consisting of a second filler having a mean particle diameter ranging from about 400 to about 1800 μm and a third filler having a mean particle size ranging from about 1800 to about 4000 μm, wherein the at least one filler provides porosity within the material after hardening and wherein the at least one additional filler is present in an amount greater than the first filler. a resorbable polymer resin; a first filler having a first mean particle diameter ranging from about 5 to about 15 μm; at least one additional filler selected from the group consisting of a second filler having a mean particle diameter ranging from about 400 to about 1800 μm and a third filler having a mean particle size ranging from about 1800 to about 4000 μm, wherein the at least one filler provides porosity within the material after hardening and wherein the at least one additional filler is present in an amount greater than the first filler.
A pen type drug delivery device, said device comprising: a drug delivery device housing ; a retaining means for a medicament contained in said drug delivery device housing; a drive mechanism comprising a drive member having at least one internal groove with a pitch P; and a piston rod comprising an elongated member having a distal end and a proximal end, where the proximal end has at least one guidepost (24; 24') extending outwardly from the elongated member and is configured to engage the groove in the drive member , characterized in that the proximal end of the piston rod has at least two sets of guideposts (24; 24'), where each guidepost (24; 24') extends outwardly from the elongated member and where at least one set has at least two guideposts (24; 24') that are in axial alignment with each other and engage the at least one groove in the drive member and are configured for transmitting axial and/or rotational forces from the drive member . a drug delivery device housing ; a retaining means for a medicament contained in said drug delivery device housing; a drive mechanism comprising a drive member having at least one internal groove with a pitch P; and a piston rod comprising an elongated member having a distal end and a proximal end, where the proximal end has at least one guidepost (24; 24') extending outwardly from the elongated member and is configured to engage the groove in the drive member , characterized in that the proximal end of the piston rod has at least two sets of guideposts (24; 24'), where each guidepost (24; 24') extends outwardly from the elongated member and where at least one set has at least two guideposts (24; 24') that are in axial alignment with each other and engage the at least one groove in the drive member and are configured for transmitting axial and/or rotational forces from the drive member .
A corner connection comprising: a first molded part having a first end face , with at least one hook-like prolongation extending from the first end face ; and a second molded part having a second end face , with the second molded part having a hollow space starting from the second end face and a jacket wall which defines the hollow space and which is provided with at least one reception opening which serves to receive a hook-like prolongation , characterized by a locking element which can be received in a rotatably supported manner in the hollow space of the second molded part and which has at least one locking opening which is aligned flush with a reception opening of the second molded part in a pre-assembly position of the locking element to receive the hook-like prolongation received in the reception opening , with a hook section of the hook-like prolongation being engaged behind by the locking element by a rotation of the locking element into a locked position to lock the first molded part to the second molded part . a first molded part having a first end face , with at least one hook-like prolongation extending from the first end face ; and a second molded part having a second end face , with the second molded part having a hollow space starting from the second end face and a jacket wall which defines the hollow space and which is provided with at least one reception opening which serves to receive a hook-like prolongation , characterized by a locking element which can be received in a rotatably supported manner in the hollow space of the second molded part and which has at least one locking opening which is aligned flush with a reception opening of the second molded part in a pre-assembly position of the locking element to receive the hook-like prolongation received in the reception opening , with a hook section of the hook-like prolongation being engaged behind by the locking element by a rotation of the locking element into a locked position to lock the first molded part to the second molded part .
A glass, the glass comprising at least 65 mol% SiO 2 and at least 6 mol% Na 2 O, the glass having a thickness of less than 400 μm and a difference between a first coefficient of thermal expansion and a second coefficient of thermal expansion ΔCTE of less than 107 x 10 7 °C -1 , characterised in that the first coefficient of thermal expansion is the coefficient of thermal expansion of the glass in its liquid state and the second coefficient of thermal expansion is the coefficient of thermal expansion of the glass in its glassy state at room temperature.
A powered aircraft comprising: at least one thrust producing engine ; and an engine controller controllably coupled to the at least one thrust producing engine, the engine controller including at least a first control channel and a drag control channel , wherein the first control channel is configured to control the at least one thrust producing engine via thrust control, and the drag control channel is configured to control the at least one thrust producing engine via drag control; and characterized in that the drag control channel is a hardware control channel, and includes a plurality of hard coded engine operation points of encoded nominal thrust outputs , each of the nominal thrust outputs corresponding to one engine operational mode of a plurality of distinct engine operational modes. at least one thrust producing engine ; and an engine controller controllably coupled to the at least one thrust producing engine, the engine controller including at least a first control channel and a drag control channel , wherein the first control channel is configured to control the at least one thrust producing engine via thrust control, and the drag control channel is configured to control the at least one thrust producing engine via drag control; and characterized in that the drag control channel is a hardware control channel, and includes a plurality of hard coded engine operation points of encoded nominal thrust outputs , each of the nominal thrust outputs corresponding to one engine operational mode of a plurality of distinct engine operational modes.
Agricultural round baler having a housing which has a housing part and an ejection flap mounted on this housing part so as to be pivotable about a bearing axis, and drivable pressing means which are distributed on the housing part and the ejection flap , peripherally delimit a bale pressing chamber and are able to generate rotation-generating or rotation-maintaining engagement with a round bale located in the bale pressing chamber , wherein the ejection flap is pivotable by means of a setting device such that when the ejection flap is opened, an ejection opening is able to be formed between the housing part and the ejection flap and dimensions of the ejection opening are able to be altered, characterized in that the setting device is configured such that, during an unloading process of the fully pressed round bale , the ejection flap is set by means of the setting device such that the open ejection flap is moved from an unloading position, in which the fully pressed round bale is unloaded through the ejection opening , into a retaining position, in which the unloaded round bale is retained by means of the open ejection flap , and is moved from the retaining position into a discharging position, in which the retained round bale is released from the open ejection flap , wherein the dimensions of the ejection opening in the retaining position are smaller than in the unloading position and the dimensions of the ejection opening in the discharging position are greater than the dimensions in the retaining position. wherein the ejection flap is pivotable by means of a setting device such that when the ejection flap is opened, an ejection opening is able to be formed between the housing part and the ejection flap and dimensions of the ejection opening are able to be altered, characterized in that the setting device is configured such that, during an unloading process of the fully pressed round bale , the ejection flap is set by means of the setting device such that the open ejection flap is moved from an unloading position, in which the fully pressed round bale is unloaded through the ejection opening , into a retaining position, in which the unloaded round bale is retained by means of the open ejection flap , and is moved from the retaining position into a discharging position, in which the retained round bale is released from the open ejection flap , wherein the dimensions of the ejection opening in the retaining position are smaller than in the unloading position and the dimensions of the ejection opening in the discharging position are greater than the dimensions in the retaining position.