mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-rotor aircraft , comprising: a main aircraft assembly , comprising a main housing and a control motherboard accommodated in the main housing , wherein a slot is further provided on the main housing , and a connection point of the control motherboard is provided in the slot ; a plurality of rotor systems , wherein each of the plurality of rotor systems comprises a rotor mechanism and a rotor protection cover that is of a hollow annular structure and is fixed outside the rotor mechanism ; and a pin matching the slot ; wherein the rotor system is positioned on and electrically connected to the main aircraft assembly by means of the cooperation of the pin with the slot , characterized in that , the main aircraft assembly further comprises a first magnetic medium provided on the main housing ; each of the plurality of rotor systems further comprises a second magnetic medium fixed to the rotor protection cover and attracting the first magnetic medium ; the pin is provided on the rotor protection cover ; and the rotor system is also fixed to the main aircraft assembly via the magnetic force between the first magnetic medium and the second magnetic medium . a main aircraft assembly , comprising a main housing and a control motherboard accommodated in the main housing , wherein a slot is further provided on the main housing , and a connection point of the control motherboard is provided in the slot ; a plurality of rotor systems , wherein each of the plurality of rotor systems comprises a rotor mechanism and a rotor protection cover that is of a hollow annular structure and is fixed outside the rotor mechanism ; and a pin matching the slot ; wherein the rotor system is positioned on and electrically connected to the main aircraft assembly by means of the cooperation of the pin with the slot , characterized in that , the main aircraft assembly further comprises a first magnetic medium provided on the main housing ; each of the plurality of rotor systems further comprises a second magnetic medium fixed to the rotor protection cover and attracting the first magnetic medium ; the pin is provided on the rotor protection cover ; and the rotor system is also fixed to the main aircraft assembly via the magnetic force between the first magnetic medium and the second magnetic medium .
A power contacting device , with a contact pin receptacle and at least one electrical terminal , wherein the contact pin receptacle is integrally comprised of two partial contacts that are arranged spaced apart one above the other and can move relative to each other, wherein each partial contact has an opening with contact arms that protrude into the opening , wherein the two openings are arranged coaxially to each other, wherein the contact arms of an opening on the contact arms of the other opening are bent toward each other so as to intermesh, and wherein the contact arms , proceeding from one opening edge , initially have a radially running section , wherein an axially running section follows the radially running section of the contact arms, characterized in that the partial contacts are designed so as to be movable toward each other in the operating state, wherein the two partial contacts are designed so as to be connected with each other on a base spaced a distance (A) apart, and wherein the two partial contacts are designed so as to be connected to each other by means of at least one additional connecting device , and wherein the length of a latching arm of the connecting device corresponds to this distance (A).
A fusion protein, which comprises the amino acid sequences (a) SEQ ID NO.1 (ESAT6), SEQ ID NO 2 (Rv3614c), SEQ ID NO 3 (Rv3615c), SEQ ID NO 4 (Rv3865), SEQ ID NO 5 (Rv3849) and SEQ ID NO 6 (Rv3872), or (b) an amino acid sequence as defined in section (a), wherein the cysteines have been replaced with serine. (a) SEQ ID NO.1 (ESAT6), SEQ ID NO 2 (Rv3614c), SEQ ID NO 3 (Rv3615c), SEQ ID NO 4 (Rv3865), SEQ ID NO 5 (Rv3849) and SEQ ID NO 6 (Rv3872), or (b) an amino acid sequence as defined in section (a), wherein the cysteines have been replaced with serine.
Fan comprising a fan disc , at least one vane and at least one inter-vane platform comprising: - a base comprising a first surface configured to delimit a flow path in the fan and a second surface opposite the first surface , - two flanks , extending radially on the side of the second surface , the platform being characterised in that each of the flanks has a free end bearing against the fan disc , the free end of each flank being sacrificial so that the free end of the flanks wears before the rest of the flanks and before damaging the radial face . - a base comprising a first surface configured to delimit a flow path in the fan and a second surface opposite the first surface , - two flanks , extending radially on the side of the second surface , the platform being characterised in that each of the flanks has a free end bearing against the fan disc , the free end of each flank being sacrificial so that the free end of the flanks wears before the rest of the flanks and before damaging the radial face .
A liquid nutritional composition comprising, per 237 ml serving: beta-hydroxy-beta-methylbutyrate (HMB) in an amount of 0.25 g to 3 g per serving of the liquid nutritional composition; fat comprising docosahexaenoic acid (DHA) in an amount of 32 mg to 2500 mg per serving of the liquid nutritional composition; lutein in an amount of 0.3 mg to 35 mg per serving of the liquid nutritional composition; and 10 g to 20 g of protein per serving; and wherein a weight ratio of the fat to the protein is from 0.55 to less than 0.8. beta-hydroxy-beta-methylbutyrate (HMB) in an amount of 0.25 g to 3 g per serving of the liquid nutritional composition; fat comprising docosahexaenoic acid (DHA) in an amount of 32 mg to 2500 mg per serving of the liquid nutritional composition; lutein in an amount of 0.3 mg to 35 mg per serving of the liquid nutritional composition; and 10 g to 20 g of protein per serving; and wherein a weight ratio of the fat to the protein is from 0.55 to less than 0.8.
A method for a helping user equipment, UE, in a wireless communications network, the method comprising: transmitting an uplink signal to a first physical transmit point, TP, wherein the uplink signal is associated with a target UE that is engaged in device-to-device, D2D, communications with the helping UE, and the uplink signal is associated with a downlink re-activation criterion for waking the first physical TP, wherein the downlink re-activation criterion comprises at least one of an interference level experienced by the target UE, a request to provide wireless access, and a quality of a discovery signal of the uplink signal, and wherein the uplink signal satisfies the downlink re-activation criterion when the quality of the discovery signal exceeds a threshold. transmitting an uplink signal to a first physical transmit point, TP, wherein the uplink signal is associated with a target UE that is engaged in device-to-device, D2D, communications with the helping UE, and the uplink signal is associated with a downlink re-activation criterion for waking the first physical TP, wherein the downlink re-activation criterion comprises at least one of an interference level experienced by the target UE, a request to provide wireless access, and a quality of a discovery signal of the uplink signal, and wherein the uplink signal satisfies the downlink re-activation criterion when the quality of the discovery signal exceeds a threshold.
A direct conversion photon counting detector , comprising a detector cathode , a detector anode and a direct conversion material layer positioned between said detector cathode and said detector anode, said detector anode and/or detector cathode comprising a plurality of electrode pixels that are adapted to detect a presence of electrons, wherein at least one of the electrode pixels is segmented into at least a collecting electrode pixel segment , a non-collecting electrode pixel segment and a steering electrode pixel segment ; wherein an electrical potential of the steering electrode pixel segment is negative, an electrical potential of the collecting electrode pixel segment is at or near ground potential and an electrical potential of the non-collecting electrode pixel segment is at or near ground potential; wherein the detector further comprises electronic circuitry electrically coupled to the collecting electrode segment and to the non-collecting electrode segment to generate a first electrical signal and a second electrical signal respectively, said electronic circuitry comprising a signal subtractor configured to subtract the second electrical signal from the first electrical signal.
A computer-implemented method for reducing aliasing artifacts in foveated rendering, the method comprising: accessing, by a processing device (130, 140; 610), a high resolution image and a low resolution image that corresponds to the high resolution image; calculating, by the processing device, a first difference between a first pixel (P1) of the high resolution image and a second sample (P2) associated with the low resolution image, the second sample spatially corresponding to the first pixel; and modifying, by the processing device, the first pixel to generate a modified pixel of the high resolution image based on determining that the first difference is higher than or equal to a threshold value, wherein a second difference between the modified pixel and the second sample is smaller than the first difference. accessing, by a processing device (130, 140; 610), a high resolution image and a low resolution image that corresponds to the high resolution image; calculating, by the processing device, a first difference between a first pixel (P1) of the high resolution image and a second sample (P2) associated with the low resolution image, the second sample spatially corresponding to the first pixel; and modifying, by the processing device, the first pixel to generate a modified pixel of the high resolution image based on determining that the first difference is higher than or equal to a threshold value, wherein a second difference between the modified pixel and the second sample is smaller than the first difference.
A power battery top cap structure , comprising: a top cap piece ; and a first electrode assembly comprising a first electrode column and a first connection block , wherein a top portion of the first electrode column comprises a connection section , wherein the first connection block comprises a main body and a compound portion , a material forming the main body comprises a first base metal, both a material forming the first electrode column and a material forming the compound portion comprise a second base metal, wherein the first base metal is different from the second base metal, wherein a base metal is the major metal component forming an alloy or a pure metal material, wherein the compound portion is bonded with the main body , wherein the compound portion comprises a first connection hole , wherein the first connection block is disposed above the top cap piece , wherein the connection section and the compound portion are welded together, wherein an upper surface of the main body comprises a recessive portion, and the compound portion is inserted within the recessive portion, wherein the main body further comprises a second connection hole , wherein the connection section passes thorough the top cap piece , the second connection hole , and the first connection hole , and further extends from the first connection hole [[, and]]; characterized in that : the second connection hole comprises a step portion ; wherein the connection section is rivetedly connected to the second connection hole and the first electrode column is engaged with the step portion . a top cap piece ; and a first electrode assembly comprising a first electrode column and a first connection block , wherein a top portion of the first electrode column comprises a connection section , wherein the first connection block comprises a main body and a compound portion , a material forming the main body comprises a first base metal, both a material forming the first electrode column and a material forming the compound portion comprise a second base metal, wherein the first base metal is different from the second base metal, wherein a base metal is the major metal component forming an alloy or a pure metal material, wherein the compound portion is bonded with the main body , wherein the compound portion comprises a first connection hole , wherein the first connection block is disposed above the top cap piece , wherein the connection section and the compound portion are welded together, wherein an upper surface of the main body comprises a recessive portion, and the compound portion is inserted within the recessive portion, wherein the main body further comprises a second connection hole , wherein the connection section passes thorough the top cap piece , the second connection hole , and the first connection hole , and further extends from the first connection hole [[, and]]; characterized in that : the second connection hole comprises a step portion ; wherein the connection section is rivetedly connected to the second connection hole and the first electrode column is engaged with the step portion .
An optical sheet having a plurality of layers in which at least one layer is an optical functional sheet layer comprising: light-transmissive portions configured to be arranged in a row along the surface of a base material layer ; and light-absorbing portions arranged between the light-transmissive portions, wherein: the light-absorbing portions are filled with binder in which light-absorbing particles are dispersed, forming a surface including recess portions between the light-transmissive portions, wherein the surface including the recess portions is coated with a transparent resin that does not include the light-absorbing particles.
A method for manufacturing t-shaped stringers for an aircraft, in which the T-shaped stringers have a web and a flange , wherein the method comprises: - a first step of hot forming a carbon fiber laminate in order to obtain semi-stringers with a L-shaped cross-section, - a second step wherein two semi-stringers with L-shape thermoformed are placed together to make up a T-shaped stringer , - a third step where the resulting T-shaped stringer is co-bonded on cured lining with an adhesive line between said stringer and said lining , and - a fourth step where the T-shaped stringer obtained is cured inside a vacuum bag, using invar alloy brackets as curing tools, wherein, before carrying out the fourth step: - the invar alloy brackets are cut in an area of a radius eliminating a portion thereof that covers the stringer flange in order to define an invar alloy part (7', 7") without a flange, and - a pre-cured glass fiber is co-bonded over the stringer flange being in direct contact with a separating film of the vacuum bag during the curing cycle. - a first step of hot forming a carbon fiber laminate in order to obtain semi-stringers with a L-shaped cross-section, - a second step wherein two semi-stringers with L-shape thermoformed are placed together to make up a T-shaped stringer , - a third step where the resulting T-shaped stringer is co-bonded on cured lining with an adhesive line between said stringer and said lining , and - a fourth step where the T-shaped stringer obtained is cured inside a vacuum bag, using invar alloy brackets as curing tools, - the invar alloy brackets are cut in an area of a radius eliminating a portion thereof that covers the stringer flange in order to define an invar alloy part (7', 7") without a flange, and - a pre-cured glass fiber is co-bonded over the stringer flange being in direct contact with a separating film of the vacuum bag during the curing cycle.
Device for braking a rotation movement of a rotation element , preferably a wheel , particularly preferably a wheel on a rollator, walker, pram, wheelchair, baby walker, running bike or play equipment, comprising a carrier element for supporting against an axis of a rotation element or a carrier frame supporting the rotation element , a support element rotatable about an axis of rotation relative to the carrier element for force-transmitting connection to the rotation element , characterised in that the device comprises a damping element extending between the carrier element and the support element , wherein the damping element is arranged to provide a damping force opposing a change in length of the damping element , the height of which is dependent on the speed of the change in length, wherein a first side of the damping element is mounted in such a way on the carrier element and a second side of the damping element , which is longitudinally displaceable relative to the first side , is mounted on the support element in such a way that a rotation of the support element around the axis of rotation causes a change in length of the damping element at least in a predetermined angle section in the circumferential direction with respect to the axis of rotation , and a damping force generated in the damping element causes a braking of the rotation of the support element . a carrier element for supporting against an axis of a rotation element or a carrier frame supporting the rotation element , a support element rotatable about an axis of rotation relative to the carrier element for force-transmitting connection to the rotation element , characterised in that the device comprises a damping element extending between the carrier element and the support element , wherein the damping element is arranged to provide a damping force opposing a change in length of the damping element , the height of which is dependent on the speed of the change in length, wherein a first side of the damping element is mounted in such a way on the carrier element and a second side of the damping element , which is longitudinally displaceable relative to the first side , is mounted on the support element in such a way that a rotation of the support element around the axis of rotation causes a change in length of the damping element at least in a predetermined angle section in the circumferential direction with respect to the axis of rotation , and a damping force generated in the damping element causes a braking of the rotation of the support element .
A semiconductor memory comprising: three storage arrays ; two verification modules , wherein each verification module of the two verification modules corresponds to storage arrays of the three storage arrays , the each verification module is configured to verify whether an error occurs in data information of the corresponding storage arrays , and the each verification module is connected to a group of global data buses ; and a plurality of gating circuits , wherein the gating circuits are connected between the storage arrays and the global data buses , and the gating circuits are configured to control on and off of a data transmission path connecting the global data buses to the storage arrays , wherein the three storage arrays comprise a first array , a second array and a third array ; the second array is connected to two second gating circuits , and each of the two second gating circuits is connected with a corresponding one of the global data buses , wherein the first array is connected to at least a first gating circuit , the third array is connected to at least a third gating circuit , wherein the first gating circuit , the second gating circuit and the third gating circuit , which are connected to a same global data bus , are turned on at different time, wherein the semiconductor memory is of a Dynamic Random Access Memory (DRAM) type. three storage arrays ; two verification modules , wherein each verification module of the two verification modules corresponds to storage arrays of the three storage arrays , the each verification module is configured to verify whether an error occurs in data information of the corresponding storage arrays , and the each verification module is connected to a group of global data buses ; and a plurality of gating circuits , wherein the gating circuits are connected between the storage arrays and the global data buses , and the gating circuits are configured to control on and off of a data transmission path connecting the global data buses to the storage arrays , wherein the three storage arrays comprise a first array , a second array and a third array ; the second array is connected to two second gating circuits , and each of the two second gating circuits is connected with a corresponding one of the global data buses , wherein the first array is connected to at least a first gating circuit , the third array is connected to at least a third gating circuit , wherein the first gating circuit , the second gating circuit and the third gating circuit , which are connected to a same global data bus , are turned on at different time, wherein the semiconductor memory is of a Dynamic Random Access Memory (DRAM) type.
A fire resistant textile material comprising: an outer woven layer comprising polyparaphenylene isophthalamide (meta-aramid) fibres or a blend of meta-aramid with polyparaphenylene terephthalamide (para-aramid) fibres; an inner woven layer comprising polyparaphenylene terephthalamide (para-aramide) fibres; and characterised in that the material further comprises an intermediate woven layer disposed between the outer and the inner woven layers and comprising a blend of wool fibres and cellulose fibres. an outer woven layer comprising polyparaphenylene isophthalamide (meta-aramid) fibres or a blend of meta-aramid with polyparaphenylene terephthalamide (para-aramid) fibres; an inner woven layer comprising polyparaphenylene terephthalamide (para-aramide) fibres; and characterised in that the material further comprises an intermediate woven layer disposed between the outer and the inner woven layers and comprising a blend of wool fibres and cellulose fibres.