mhurhangee/patent-ind-claim-en huggingface dataset:
Lever-operated actuation device for brake or clutch comprising: - a pump body housing a hydraulic pump provided with a float and a hub rotatably associated with the pump body around a lever pin defining a rotation axis (X-X), the hub being associated with a tip operatively connected to the float for its actuation, - the pump body having a pair of fixing ears provided with fixing holes for the lever pin , the lever pin rotatably supporting an associable lever assembly , comprising a manual actuation lever and a lever guide suitable to actuate the tip via the hub , - characterized in that the actuation device comprises retention means that keep the hub joined to the pump body , following the removal of the lever pin and the lever assembly for its disassembly/replacement. - a pump body housing a hydraulic pump provided with a float and a hub rotatably associated with the pump body around a lever pin defining a rotation axis (X-X), the hub being associated with a tip operatively connected to the float for its actuation, - the pump body having a pair of fixing ears provided with fixing holes for the lever pin , the lever pin rotatably supporting an associable lever assembly , comprising a manual actuation lever and a lever guide suitable to actuate the tip via the hub , - characterized in that the actuation device comprises retention means that keep the hub joined to the pump body , following the removal of the lever pin and the lever assembly for its disassembly/replacement.
An orthodontic system for repositioning a tooth or teeth, the orthodontic system comprising an arch wire and a composite bead for holding the arch wire adjacent to the tooth or teeth, wherein the arch wire is surrounded by a dissolvable coating, wherein the composite bead is a bead made of a flowable, curable composite material, suitable for fixing the arch wire to a tooth or teeth, or for bonding the coated arch wire to a bracket, wherein, after the flowable composite material is cured, and when the dissolvable coating dissolves, an aperture or tube is left around the arch wire within the composite bead, or between the composite and the tooth or teeth, and the arch wire is able to move laterally along the tooth or teeth in order to effectuate movement of the tooth or teeth. comprising an arch wire and a composite bead for holding the arch wire adjacent to the tooth or teeth, wherein the arch wire is surrounded by a dissolvable coating, wherein the composite bead is a bead made of a flowable, curable composite material, suitable for fixing the arch wire to a tooth or teeth, or for bonding the coated arch wire to a bracket, wherein, after the flowable composite material is cured, and when the dissolvable coating dissolves, an aperture or tube is left around the arch wire within the composite bead, or between the composite and the tooth or teeth, and the arch wire is able to move laterally along the tooth or teeth in order to effectuate movement of the tooth or teeth.
A clothing washing control method, comprising: S1: a clothing material identification device scanning and identifying clothing fabric components, and obtaining identification data ; S2: analyzing the identification data, and obtaining clothing component information corresponding to the identification data ; S3: recommending washing parameters according to the clothing component information ; and S4: a washing machine executing washing according to the washing parameters recommended , characterized in that a corresponding relation between the identification data and the clothing component information is stored in a first database, and the first database is arranged in the washing machine and/or in a cloud; and a corresponding relation between the clothing component information and the washing parameters is stored in a second database, and the second database is arranged in the washing machine and/or in the cloud. S1: a clothing material identification device scanning and identifying clothing fabric components, and obtaining identification data ; S2: analyzing the identification data, and obtaining clothing component information corresponding to the identification data ; S3: recommending washing parameters according to the clothing component information ; and S4: a washing machine executing washing according to the washing parameters recommended ,
Solar panel device comprising a fixed anchoring holder , characterised in that it further comprises a mobile panel holder bearing at least one solar panel , at least three jacks provided with a jack body connected to said anchoring holder and with a mobile rod capable of translation in said body, and at least three ball and socket joints , each ball and socket joint being connected, on the one hand, to the mobile panel holder and, on the other hand, to the rod of the jacks, and in that said mobile panel holder is, on the one hand, capable of translation and, on the other hand, can be oriented according to the respective position of the rods of said at least three jacks.
A control system for controlling operation of a trailer brake system associated with an agricultural vehicle , the control system comprising a vehicle control unit (ECU), and being configured to: determine a coupling force associated with a coupling point for providing a coupling between the vehicle and a trailer ; characterised by determine, in dependence on the coupling force, the presence of a trailer coupled to the vehicle at the coupling point; generate and output a control signal for controlling one or more components of the vehicle in dependence on the determination of the presence of the trailer ; and control a user interface of the vehicle to prevent issuance of one or more warning messages associated with a trailer in dependence on the determination that no trailer is present. determine a coupling force associated with a coupling point for providing a coupling between the vehicle and a trailer ; characterised by determine, in dependence on the coupling force, the presence of a trailer coupled to the vehicle at the coupling point; generate and output a control signal for controlling one or more components of the vehicle in dependence on the determination of the presence of the trailer ; and control a user interface of the vehicle to prevent issuance of one or more warning messages associated with a trailer in dependence on the determination that no trailer is present.
System for authenticating a user , comprising at least one memory (M) and a processor (CPU) which are configured for: - receiving a signal representative of a radio signal characteristic of at least one character traced by the user on or near a surface of a transmitting device comprising an antenna capable of transmitting said radio signal to a terminal of the user via a channel using electromagnetic wave conduction capabilities of the body of the user when the hand of the user traces said at least one character on or near the surface of the transmitting device , - verifying whether the signal received corresponds to a previously stored control signal, comprising said at least one character traced by the user; - when the signal received corresponds to said control signal, validating the authentication of the user . - receiving a signal representative of a radio signal characteristic of at least one character traced by the user on or near a surface of a transmitting device comprising an antenna capable of transmitting said radio signal to a terminal of the user via a channel using electromagnetic wave conduction capabilities of the body of the user when the hand of the user traces said at least one character on or near the surface of the transmitting device , - verifying whether the signal received corresponds to a previously stored control signal, comprising said at least one character traced by the user; - when the signal received corresponds to said control signal, validating the authentication of the user .
System for fastening a pipe element to a pipe end , comprising: - the pipe element , - the pipe end , - a device for fastening said pipe element to said pipe end , said device comprising : - a first fastening element - a second fastening element - means for connecting the first fastening element to the second fastening element said first fastening element and said second fastening element being arranged such that when connected by said connecting means , they define a space arranged to receive a portion of the pipe element , said space being configured such that said portion of the pipe element must be bent to be receivable in said space said space comprising an "L"-shaped portion formed by a first projection of said first fastening element and a second projection of said second fastening element , said portion of the pipe member being received in said "L"-shaped portion said "L"-shaped portion comprising a first portion and a second portion substantially perpendicular to the first portion , the first fastening element and the second fastening element being external to said pipe end . - the pipe element , - the pipe end , - a device for fastening said pipe element to said pipe end , said device comprising : - a first fastening element - a second fastening element - means for connecting the first fastening element to the second fastening element said first fastening element and said second fastening element being arranged such that when connected by said connecting means , they define a space arranged to receive a portion of the pipe element , said space being configured such that said portion of the pipe element must be bent to be receivable in said space - a first fastening element - a second fastening element - means for connecting the first fastening element to the second fastening element
A mechanochemically carbonated natural pozzolan material which has a specific surface area within the range of 0.5-50 m 2 /g.
A method, performed by a network node, for scheduling resources for a user equipment, UE, to transmit data in a communication network, the method comprising: determining a number of Transmission Time Interval, TTI, -bundles based at least on an amount of data to be transmitted from the UE, wherein the number of TTI-bundles is a plurality of TTI-bundles; and sending a single control message to the UE, the control message indicating a uplink scheduling grant for transmissions of the determined number of TTI-bundles, wherein the control message is one of a Downlink Control Information format 0, DCIO, and DCI format 4, DCI4, which includes a Resource Indication Value, RIV, field, wherein the RIV field provides a TTI-bundle Scheduling Number, TBSN, which indicates the number of determined TTI-bundles, and wherein the TBSN is provided by an unused range of values of the RIV field. determining a number of Transmission Time Interval, TTI, -bundles based at least on an amount of data to be transmitted from the UE, wherein the number of TTI-bundles is a plurality of TTI-bundles; and sending a single control message to the UE, the control message indicating a uplink scheduling grant for transmissions of the determined number of TTI-bundles, wherein the control message is one of a Downlink Control Information format 0, DCIO, and DCI format 4, DCI4, which includes a Resource Indication Value, RIV, field, wherein the RIV field provides a TTI-bundle Scheduling Number, TBSN, which indicates the number of determined TTI-bundles, and wherein the TBSN is provided by an unused range of values of the RIV field.
A surgical guiding apparatus (200; 300; 400; 500; 600; 700) comprising: one or more rigid portions (202; 302; 402; 502, 516a, 516b; 602, 616a, 616b; 702, 716a, 716b, 720) configured to attach to a first region of an underlying anatomical surface ; and a variable deformable portion (204; 304; 404; 504, 518a, 518b, 524; 618a, 618b, 624a-d; 708a, 708b, 718) coupled to the one or more rigid portions, the variable deformable portion configured to conform to a shape of a second region of the underlying anatomical surface to provide a stable attachment of the surgical guiding apparatus to the underlying anatomical surface, characterised in that a deformability of the variable deformable portion varies among different points of the variable deformable portion based on at least one of: an amount of variability of the underlying anatomical surface; or an inaccuracy in an estimated anatomic model of the underlying anatomical surface. one or more rigid portions (202; 302; 402; 502, 516a, 516b; 602, 616a, 616b; 702, 716a, 716b, 720) configured to attach to a first region of an underlying anatomical surface ; and a variable deformable portion (204; 304; 404; 504, 518a, 518b, 524; 618a, 618b, 624a-d; 708a, 708b, 718) coupled to the one or more rigid portions, the variable deformable portion configured to conform to a shape of a second region of the underlying anatomical surface to provide a stable attachment of the surgical guiding apparatus to the underlying anatomical surface, an amount of variability of the underlying anatomical surface; or an inaccuracy in an estimated anatomic model of the underlying anatomical surface.
A method performed by a wireless device in a wireless communication system, the method comprising: detecting that data is available in a sidelink traffic channel, STCH; identifying a carrier associated with the STCH; and performing a transmission, TX, carrier selection procedure in which the carrier is considered as one or more candidate carriers for the TX carrier selection procedure based on that: it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. detecting that data is available in a sidelink traffic channel, STCH; identifying a carrier associated with the STCH; and performing a transmission, TX, carrier selection procedure in which the carrier is considered as one or more candidate carriers for the TX carrier selection procedure based on that: it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. it is not possible to transmit the data in the STCH using at least one currently selected carrier; and a channel busy ratio, CBR, of the carrier is below a CBR threshold associated with a priority of the STCH, wherein the CBR of the carrier comprises: a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier. a CBR value measured by the wireless device based on that a CBR measurement result is available for the carrier; and a value configured by a network for the carrier based on that the CBR measurement result is not available for the carrier.
A method of purging a liquid-carrying conduit, the method including the steps of: providing a hydrogel comprising an additive in the form of an ion selected from the group comprising: chloride ions, sulphate ions, and nitrate ions; transporting the hydrogel along at least a portion of an offline liquid-carrying conduit to thereby purge the conduit of debris; removing the hydrogel from the offline liquid-carrying conduit; flushing the offline liquid-carrying conduit with a volume of flushing water; verifying removal of any residual hydrogel from the offline liquid-carrying conduit as part of a contamination risk assessment by checking the flushed water for detectable traces of the additive ion; characterised in that the additive ion is dissociable from the hydrogel by diffusing into the volume of flushing water to thereby enable detection of its presence within a volume of flushing water collected from the offline liquid-carrying conduit following the flushing step; and wherein, if the presence of the additive is detected following the flushing step, the method further includes repeating the step of flushing the offline liquid-carrying conduit with a further volume of flushing water; and repeating the verifying step until no traces of the additive ion are detected within the further volume of flushing water. providing a hydrogel comprising an additive in the form of an ion selected from the group comprising: chloride ions, sulphate ions, and nitrate ions; transporting the hydrogel along at least a portion of an offline liquid-carrying conduit to thereby purge the conduit of debris; removing the hydrogel from the offline liquid-carrying conduit; flushing the offline liquid-carrying conduit with a volume of flushing water; verifying removal of any residual hydrogel from the offline liquid-carrying conduit as part of a contamination risk assessment by checking the flushed water for detectable traces of the additive ion; characterised in that the additive ion is dissociable from the hydrogel by diffusing into the volume of flushing water to thereby enable detection of its presence within a volume of flushing water collected from the offline liquid-carrying conduit following the flushing step; and wherein, if the presence of the additive is detected following the flushing step, the method further includes repeating the step of flushing the offline liquid-carrying conduit with a further volume of flushing water; and repeating the verifying step until no traces of the additive ion are detected within the further volume of flushing water.
A vehicle power supply system control method for controlling a vehicle power supply system comprising an electric generator driven by an internal combustion engine; and a first storage device and a second storage device connected in parallel to the electric generator , the second storage device having a lower internal resistance than that of the first storage device , the vehicle power supply system control method characterized by electrically connecting the electric generator and the second storage device even when a charge ratio of the first storage device is less than a prescribed charge ratio when a driver has requested automated driving during charging of the first storage device in a state in which the electric generator and the second storage device are disconnected, and electrically connecting the electric generator and the second storage device after the charge ratio of the first storage device has reached the prescribed charge ratio when the driver has not requested the automated driving.
A method for determining the amount of amyloid beta fragments in a sample, said method comprising: (a) digesting amyloid beta in the sample to generate amyloid beta 40 (Aβ40) comprising the sequence GAIIGLMVGGVV (SEQ ID NO:2) and amyloid beta 42 (Aβ42) comprising the sequence GAIIGLMVGGVVIA (SEQ ID NO:4); (b) purifying Aβ40 and Aβ42 in the sample; (c) ionizing Aβ40 and Aβ42 in the sample to produce one or more precursor ions; (d) generating one or more fragment ions of Aβ40 and Aβ42; (e) determining the amount of the one or more fragment ion(s) from step (d) by mass spectrometry, wherein the one or more fragment ions comprises an ion with a mass/charge ratio selected from the group consisting of 812.37 ± 0.5, 869.4 ± 0.5, 968.43 ± 0.5, 869.39 ± 0.5, 968.44 ± 0.5, 1067.5 ± 0.5, and 1180.57 ± 0.5; and pretreating surfaces of equipment that come in contact with the sample with an agent that prevents amyloid beta from sticking to the surfaces, wherein the agent is E. coli lysate. (a) digesting amyloid beta in the sample to generate amyloid beta 40 (Aβ40) comprising the sequence GAIIGLMVGGVV (SEQ ID NO:2) and amyloid beta 42 (Aβ42) comprising the sequence GAIIGLMVGGVVIA (SEQ ID NO:4); (b) purifying Aβ40 and Aβ42 in the sample; (c) ionizing Aβ40 and Aβ42 in the sample to produce one or more precursor ions; (d) generating one or more fragment ions of Aβ40 and Aβ42; (e) determining the amount of the one or more fragment ion(s) from step (d) by mass spectrometry, wherein the one or more fragment ions comprises an ion with a mass/charge ratio selected from the group consisting of 812.37 ± 0.5, 869.4 ± 0.5, 968.43 ± 0.5, 869.39 ± 0.5, 968.44 ± 0.5, 1067.5 ± 0.5, and 1180.57 ± 0.5; and
Method for observing a combustion process of hydrogen or a hydrogen-containing fuel gas with air in a combustion chamber of a heating device for detecting the presence of flames, wherein infrared light from a light source is radiated to a sensor sensitive to infrared light through a measurement area through which combustion products flow, wherein the sensor monitors the intensity of the incidental light, and from changes in the intensity at least the presence of combsution is inferred, and wherein at least one absorption line or band of water is observed.
Wheel device, in particular smart wheel device, having at least one wheel rim (10a, 10a'; 10b), having a drive housing unit (12a, 12a', 12aʺ, 12a′′′; 12b), having a drive unit (14a; 14b, 14b') which is provided for electrically driving the at least one wheel rim (10a, 10a'; 10b), wherein the drive unit (14a; 14b, 14b') is at least substantially integrated into the drive housing unit (12a, 12a', 12aʺ, 12a′′′; 12b), having a connecting unit (16a, 16aʺ, 16a′′′; 16b) for detachably connecting the drive housing unit (12a, 12a', 12aʺ, 12a′′′; 12b) to a vehicle , and having a power supply unit (20a, 20a'; 20b) which is provided for supplying electrical power to the drive unit (14a; 14b, 14b') and is connected, in particular non-releasably, to the drive housing unit (12a, 12a', 12aʺ, 12a′′′; 12b), characterized by a sensor unit (82aʺ) which is at least partially integrated into the connecting unit (16aʺ).