mhurhangee/patent-ind-claim-en huggingface dataset:
Field sprayer having a distributor linkage and a frame from which the distributor linkage is suspended in a movable fashion, having a sensor for determining and outputting a value of the mechanical loading on the distributor linkage , and an output device for outputting a signal which is based on the value of the mechanical loading, characterized in that the output device is designed to output the signal visually and/or acoustically and/or to output the signal by means of vibration, and comprises in particular a screen, a lighting device, a loudspeaker and/or a vibration element.
Wheel chock device comprising a wedge-shaped body defined below by at least one substantially flat wall for resting against a ground and at the top, by at least one wall for bearing against a wheel , inclined with respect to the wall for resting against the ground , the wall for bearing against the wheel adjoining the wall for resting against the ground at a tip of the wedge-shaped body , the wall for bearing against the wheel comprising a blocking portion distal from the tip , configured to block a movement of the wheel, and a wheel receiving portion proximal to the tip , characterized in that it comprises at least one breakage element (19,19',29,29',29") located at the blocking portion of the wall for bearing against the wheel and constrained to the wedge-shaped body so as to interfere with a wheel engaged against the blocking portion of the wall for bearing against the wheel , the at least one breakage element (19,19',29,29',29") being configured to at least partially irreversibly deform when a wheel engages the blocking portion of the wedge-shaped body .
A supersonic aircraft with an engine inlet for efficient operation at off-design Mach number comprising: a fixed compression surface disposed on a surface selected from a fuselage bottom, fuselage top, fuselage side, wing top and wing bottom; a leading edge that is variably extendible over the fixed compression surface to simultaneously vary capture area, compression and shock wave position; and, a cowl incorporating the leading edge , said cowl movable to extend and retract the leading edge across a range of positions from a fully retracted position to a fully extended position, wherein the cowl is configured to pivot about a remote axis perpendicular to a direction of airflow into the inlet and transverse to the fixed compression surface. a fixed compression surface disposed on a surface selected from a fuselage bottom, fuselage top, fuselage side, wing top and wing bottom; a leading edge that is variably extendible over the fixed compression surface to simultaneously vary capture area, compression and shock wave position; and, a cowl incorporating the leading edge , said cowl movable to extend and retract the leading edge across a range of positions from a fully retracted position to a fully extended position,
Modular heat insulation device for a pipeline , containing individual welded blocks in the form of stainless corrosion-resistant steel boxes with heat-insulating material placed inside them and which are fastened between them by quick-acting tension locks wherein a set is configured for use as the heat-insulating material, as a minimum made of three corrugated or blistered shields made of corrosion-resistant sheet steel forming closed air cavities, external lining sheets of the adjacent blocks being shorter than the lengths of the blocks themselves by the size of cover plates value and are installed with a lateral open ventilated gap from the external surface of the set of shields , and the cover plates are configured in the form of mated sections comprising a multilayer set of stainless corrosion-resistant corrugated sheet steel , besides the width of cover overlaps the place of joints of the blocks , wherein the mated sections have quick-acting tensions locks .
- Steel sheet made of a steel having a composition comprising, by weight percent: 0.010% ≤ C ≤ 0.080% 0.06% ≤ Mn ≤ 3% Si ≤ 1.5% 0.005% ≤ Al ≤ 1.5% S ≤ 0.030% P ≤ 0.040%, Ti and B such that: 3.2% ≤ Ti ≤ 7.5% (0.45xTi) - 1.35 ≤ B ≤ (0.45xTi) - 0.43 optionally one or more elements chosen amongst: Ni ≤ 1% Mo ≤ 1% Cr ≤ 3% Nb ≤ 0.1% V ≤ 0.1% the remainder being iron and unavoidable impurities resulting from the smelting, said steel sheet having a structure consisting of ferrite, at most 10% of austenite, and precipitates, said precipitates comprising eutectic precipitates of TiB 2 , the volume fraction of TiB 2 precipitates with respect to the whole structure being of at least 9%, the proportion of TiB 2 precipitates having a surface area lower than 8 μm 2 being of at least 96%, said steel sheet comprising no Fe 2 B precipitates, said steel sheet comprising no TiC precipitates or TiC precipitates with a volume fraction lower than 0.5%, the steel sheet having a content in free Ti of at least 0.95%. 0.010% ≤ C ≤ 0.080% 0.06% ≤ Mn ≤ 3% Si ≤ 1.5% 0.005% ≤ Al ≤ 1.5% S ≤ 0.030% P ≤ 0.040%, Ti and B such that: 3.2% ≤ Ti ≤ 7.5% (0.45xTi) - 1.35 ≤ B ≤ (0.45xTi) - 0.43 3.2% ≤ Ti ≤ 7.5% (0.45xTi) - 1.35 ≤ B ≤ (0.45xTi) - 0.43 Ni ≤ 1% Mo ≤ 1% Cr ≤ 3% Nb ≤ 0.1% V ≤ 0.1% said steel sheet having a structure consisting of ferrite, at most 10% of austenite, and precipitates, said precipitates comprising eutectic precipitates of TiB 2 , the volume fraction of TiB 2 precipitates with respect to the whole structure being of at least 9%, the proportion of TiB 2 precipitates having a surface area lower than 8 μm 2 being of at least 96%, said steel sheet comprising no Fe 2 B precipitates, said steel sheet comprising no TiC precipitates or TiC precipitates with a volume fraction lower than 0.5%, the steel sheet having a content in free Ti of at least 0.95%.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 is CD 3 ; and R 2 is selected from CH 3 , and CD 3 ; wherein for each site designated as deuterium, deuterium incorporation is at least 90%. R 1 is CD 3 ; and R 2 is selected from CH 3 , and CD 3 ; wherein for each site designated as deuterium, deuterium incorporation is at least 90%.
A mounting structure for packaging and transporting a household appliance, comprising: a bottom pedestal ; a fastener comprising a head portion and a connecting portion connected sequentially in a bottom-up direction, with the cross sectional area of the head portion being greater than the cross sectional area of the connecting portion; and a washer provided with a clamping groove extending in a radial direction and running through an outer circumferential wall of the washer , and the clamping groove runs through an upper surface and lower surface of the washer ; characterized in that the bottom pedestal is provided with a through hole running through in an up-down direction and configured to be arranged on a bottom of the household appliance, an upper end of the connecting portion passing through the through hole to be connected to the household appliance, the cross sectional area of the head portion being no greater than the cross sectional area of the through hole , and the washer is arranged between a bottom surface of the bottom pedestal and an upper surface of the head portion. a bottom pedestal ; a fastener comprising a head portion and a connecting portion connected sequentially in a bottom-up direction, with the cross sectional area of the head portion being greater than the cross sectional area of the connecting portion; and a washer provided with a clamping groove extending in a radial direction and running through an outer circumferential wall of the washer , and the clamping groove runs through an upper surface and lower surface of the washer ; characterized in that the bottom pedestal is provided with a through hole running through in an up-down direction and configured to be arranged on a bottom of the household appliance, an upper end of the connecting portion passing through the through hole to be connected to the household appliance, the cross sectional area of the head portion being no greater than the cross sectional area of the through hole , and the washer is arranged between a bottom surface of the bottom pedestal and an upper surface of the head portion.
A crane comprising: a boom ; and a hook _suspended from the boom by a wire rope , wherein the crane transports a load in a state in which the load is suspended from the hook , the crane further comprises: a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that , when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle. a boom ; and a hook _suspended from the boom by a wire rope , wherein the crane transports a load in a state in which the load is suspended from the hook , the crane further comprises: a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that , when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle. a sensor that detects a position of an obstacle; and a control device that is configured to generate a transport path by arranging a plurality of node points in an area containing a lifting-up point and a lifting-down point of the load and connecting the node points, characterized in that , when the sensor detects movement of the obstacle, the control device is configured to generate a new transport path after increasing a number of node points arranged around the obstacle.
A server in a wireless communication system, comprising: at least one transceiver; and at least one processor configured to: receive, via the at least one transceiver from a user equipment, UE, , a UE identifier including a capability of the UE, transmit, via the at least one transceiver to the UE information on at least one communication product, provided by at least one mobile network operator, MNO, based on the UE identifier; receive, via the at least one transceiver from the UE, a first message including information on a selection of a communication product among the at least one communication product, an identifier of an embedded subscriber identity module, eSIM, the UE identifier and payment information; and transmit, via the at least one transceiver to a profile provider server , a second message including information on the selected communication product and the identifier of the embedded subscriber identity module, eSIM. at least one transceiver; and at least one processor configured to: receive, via the at least one transceiver from a user equipment, UE, , a UE identifier including a capability of the UE, transmit, via the at least one transceiver to the UE information on at least one communication product, provided by at least one mobile network operator, MNO, based on the UE identifier; receive, via the at least one transceiver from the UE, a first message including information on a selection of a communication product among the at least one communication product, an identifier of an embedded subscriber identity module, eSIM, the UE identifier and payment information; and transmit, via the at least one transceiver to a profile provider server , a second message including information on the selected communication product and the identifier of the embedded subscriber identity module, eSIM. receive, via the at least one transceiver from a user equipment, UE, , a UE identifier including a capability of the UE, transmit, via the at least one transceiver to the UE information on at least one communication product, provided by at least one mobile network operator, MNO, based on the UE identifier; receive, via the at least one transceiver from the UE, a first message including information on a selection of a communication product among the at least one communication product, an identifier of an embedded subscriber identity module, eSIM, the UE identifier and payment information; and transmit, via the at least one transceiver to a profile provider server , a second message including information on the selected communication product and the identifier of the embedded subscriber identity module, eSIM.
Time-of-flight vision camera with N capture phases, where N is an integer of at least 2, comprising within a camera housing: - an electronic control circuit (C-MOD) receiving a carrier clock signal with a carrier frequency (fp) defined for the camera, and configured to output a modulation clock signal (fe) at the said carrier frequency; - a light source (S-LED) modulated by the said modulation clock signal (fe) to emit a series of light pulses (SE) towards a target scene, the pulse duration (Tp) and the interval between two pulses (Toff 0 ) defining a cycle ratio less than or equal to 50%; - a matrix image sensor (Cl) configured to control N image capture phases (STO, ST1, ST2, ST3) per integration period (TINT), synchronously with the light pulses emitted by the source, where the integration period corresponds to the carrier clock period (fp); characterised in that : the electronic control circuit comprises a modulation circuit (MOD) for modulating the carrier clock signal, applying a camera-specific pulse position modulation function (k(t)), synthesised by a periodic frequency signal lower than the carrier frequency, such that the pulses of the said modulation clock fe applied as a signal to modulate the light source and to control the N capture phases of the sensor have a constant pulse duration Tp, fixed by the carrier frequency fp, with Tp=1/2fp, and a variable time interval (Toff) between two successive pulses, modulated by the said modulation function (k(t)), the said time interval being at least equal to the pulse duration, defining a modulation clock cycle ratio that is variable but less than or equal to 50%. - an electronic control circuit (C-MOD) receiving a carrier clock signal with a carrier frequency (fp) defined for the camera, and configured to output a modulation clock signal (fe) at the said carrier frequency; - a light source (S-LED) modulated by the said modulation clock signal (fe) to emit a series of light pulses (SE) towards a target scene, the pulse duration (Tp) and the interval between two pulses (Toff 0 ) defining a cycle ratio less than or equal to 50%; - a matrix image sensor (Cl) configured to control N image capture phases (STO, ST1, ST2, ST3) per integration period (TINT), synchronously with the light pulses emitted by the source, where the integration period corresponds to the carrier clock period (fp); the electronic control circuit comprises a modulation circuit (MOD) for modulating the carrier clock signal, applying a camera-specific pulse position modulation function (k(t)), synthesised by a periodic frequency signal lower than the carrier frequency, such that the pulses of the said modulation clock fe applied as a signal to modulate the light source and to control the N capture phases of the sensor have a constant pulse duration Tp, fixed by the carrier frequency fp, with Tp=1/2fp, and a variable time interval (Toff) between two successive pulses, modulated by the said modulation function (k(t)), the said time interval being at least equal to the pulse duration, defining a modulation clock cycle ratio that is variable but less than or equal to 50%.
A pharmaceutical aerosol composition in the form of a dry powder for pulmonary delivery comprising microparticulate sirolimus wherein the microparticles have a mass median aerodynamic diameter (MMAD) of from 1 to 5 microns, particles of a carrier, and one or more optional excipients, for use in the treatment and prophylaxis of pulmonary arterial hypertension (PAH) in a human subject in need of such therapy or treatment, wherein the formulation is effective to deliver a therapeutic amount of the microparticulate sirolimus to the lungs.
A modified tobacco plant comprising a transgene encoding a chorismate mutase-like polypeptide having at least 90% homology to a sequence selected from the group consisting of SEQ ID NOs: 68 to 70, wherein a cured tobacco leaf of said modified tobacco plant comprises a decreased amount of one or more TSNAs compared to an unmodified control tobacco plant. a transgene encoding a chorismate mutase-like polypeptide having at least 90% homology to a sequence selected from the group consisting of SEQ ID NOs: 68 to 70, wherein a cured tobacco leaf of said modified tobacco plant comprises a decreased amount of one or more TSNAs compared to an unmodified control tobacco plant.
Vapour extraction apparatus for a combination appliance , wherein the combination appliance represents a household appliance, in which at least one hob and the at least one vapour extraction apparatus are combined with one another, wherein the vapour extraction apparatus has a fan , a filter unit and a filter housing and the vapour extraction apparatus has a suction opening on the upper side thereof, via which air is drawn downwards into the vapour extraction apparatus , wherein at least one filter element is arranged in the filter housing of the filter unit and wherein an outlet opening is introduced or embodied in a base of the filter housing , wherein the outlet opening is provided for dissipating impurities, such as fat or liquids, for example, from the vapour extraction apparatus , wherein releasably fastened to the outlet opening is a collecting apparatus for accommodating the impurities, which consists of a fastening element and a collecting container , characterised in that the collecting container consists of a flexible material and can be fully compressed, wherein the collecting container is at least partially accommodated in the fastening element in the compressed state.
A method for accessing an access point, AP, in an uplink multi-user transmission scheme performed by multiple stations, STAs, in a wireless local area network, WLAN, system, the method comprising: receiving a trigger frame from the AP; transmitting data to the AP in the uplink multi-user transmission scheme based on the trigger frame, wherein an acknowledgement, ACK, policy value is selected from among a set of allowable ACK policy values, wherein the set of allowable ACK policy values for the data transmitted by the multiple STAs in the uplink multi-user transmission scheme comprises a first ACK policy value representing a block ACK and a second ACK policy value representing a normal ACK or an implicit block ACK request, wherein the first ACK policy value representing the block ACK informs a recipient that the recipient shall return a block ACK frame after receiving a block ACK request, BAR, wherein the second ACK policy value representing the normal ACK informs the recipient shall return an acknowledgement, wherein the second ACK policy value representing the implicit block ACK request informs the recipient that the recipient shall return a block ACK frame without awaiting for a BAR, and wherein the set of allowable ACK policy values for the data transmitted by the multiple STAs in the uplink multi-user transmission scheme based on the trigger frame excludes the first ACK policy value for all of the multiple STAs; and receiving an ACK/NACK signal from the AP according to the second ACK policy value in response to transmitting the data. receiving a trigger frame from the AP; transmitting data to the AP in the uplink multi-user transmission scheme based on the trigger frame, wherein an acknowledgement, ACK, policy value is selected from among a set of allowable ACK policy values, wherein the set of allowable ACK policy values for the data transmitted by the multiple STAs in the uplink multi-user transmission scheme comprises a first ACK policy value representing a block ACK and a second ACK policy value representing a normal ACK or an implicit block ACK request, wherein the first ACK policy value representing the block ACK informs a recipient that the recipient shall return a block ACK frame after receiving a block ACK request, BAR, wherein the second ACK policy value representing the normal ACK informs the recipient shall return an acknowledgement, wherein the second ACK policy value representing the implicit block ACK request informs the recipient that the recipient shall return a block ACK frame without awaiting for a BAR, and wherein the set of allowable ACK policy values for the data transmitted by the multiple STAs in the uplink multi-user transmission scheme based on the trigger frame excludes the first ACK policy value for all of the multiple STAs; and receiving an ACK/NACK signal from the AP according to the second ACK policy value in response to transmitting the data.
A protective device comprising: a mobile phone protective portion adapted for receiving at least a portion of a mobile phone device therein in use; an accessory protective portion adapted for receiving at least a portion of an accessory item therein in use; wherein the accessory protective portion comprises an opening at one end adapted for receiving the accessory item therethrough in use and is pivotably coupled to the mobile phone protective portion; characterized in that the accessory item is a pair of glasses; in that the accessory protective portion comprises padding; and in that the protective device further comprises a butterfly hinge between the accessory protective portion and the mobile phone protective portion. a mobile phone protective portion adapted for receiving at least a portion of a mobile phone device therein in use; an accessory protective portion adapted for receiving at least a portion of an accessory item therein in use; wherein the accessory protective portion comprises an opening at one end adapted for receiving the accessory item therethrough in use and is pivotably coupled to the mobile phone protective portion; characterized in that the accessory item is a pair of glasses; in that the accessory protective portion comprises padding; and in that the protective device further comprises a butterfly hinge between the accessory protective portion and the mobile phone protective portion.
Method for producing a non-rectangular noble metal net, comprising a reaction zone and a net fixing zone surrounding it, on flat bed knitting machines, comprising the steps of • providing noble metal or noble metal alloy wire • providing combustible yarn • knitting a net using noble metal or noble metal alloy wire for the reaction zone , characterized in that the finished knitted noble metal net has an offcut zone , wherein only combustible yarn which is singed off or otherwise removed after the knitting process. is used for the offcut zone . • providing noble metal or noble metal alloy wire • providing combustible yarn • knitting a net using noble metal or noble metal alloy wire for the reaction zone ,