mhurhangee/patent-ind-claim-en huggingface dataset:
A razor assembly comprising: a razor cartridge comprising at least one shaving blade having a cutting edge, and a blade housing configured to receive the at least one shaving blade such that the at least one shaving blade extends in a first direction corresponding to a width direction of the razor cartridge ; a cartridge connector coupled to the razor cartridge such that the razor cartridge is rotatable with respect to the cartridge connector about a rotational axis (RA) parallel to the first direction, the cartridge connector comprising at least two first cantilevers and at least one second cantilever ; and a razor handle coupled to the cartridge connector , wherein the razor cartridge is configured such that when the razor cartridge rotates with respect to the cartridge connector , the at least two first cantilevers contact one side of the razor cartridge , and the at least one second cantilever does not contact the razor cartridge , characterized in that the at least two first cantilevers provide a recovering force to the razor cartridge to restore the razor cartridge to a rest position when the razor cartridge pivots, and the second cantilever is coupled to at least a part of the razor handle . a razor cartridge comprising at least one shaving blade having a cutting edge, and a blade housing configured to receive the at least one shaving blade such that the at least one shaving blade extends in a first direction corresponding to a width direction of the razor cartridge ; a cartridge connector coupled to the razor cartridge such that the razor cartridge is rotatable with respect to the cartridge connector about a rotational axis (RA) parallel to the first direction, the cartridge connector comprising at least two first cantilevers and at least one second cantilever ; and a razor handle coupled to the cartridge connector , wherein the razor cartridge is configured such that when the razor cartridge rotates with respect to the cartridge connector , the at least two first cantilevers contact one side of the razor cartridge , and the at least one second cantilever does not contact the razor cartridge , characterized in that the at least two first cantilevers provide a recovering force to the razor cartridge to restore the razor cartridge to a rest position when the razor cartridge pivots, and the second cantilever is coupled to at least a part of the razor handle .
A container for consumer goods, the container being formed from a laminar blank (100; 300) having a blank thickness (T1); and a three dimensional element (104; 304) having a thickness (T2) from about 50 micrometres to about 500 micrometres; characterized in that an inner surface of a first wall of the container comprises an affixing area for at least partly receiving the element , the affixing area comprising a debossed or ablated area having a residual thickness (T3) less than the blank thickness (T1); wherein the element is affixed to the container by means of adhesive provided on the debossed or ablated zone of the affixing area ; wherein a difference between the blank thickness (T1) and the residual thickness (T3) is less than the element thickness (T2), such that the element projects beyond the inner surface of the container by an incremental thickness (T4) less than the element thickness (T2); and wherein the container comprises a thickness compensating means (112; 312) on a region of the inner surface of the container.
Method for correcting the deviation of a weapon system , in which a projectile is fired from a barrelled weapon of the weapon system in a target direction towards an object , a direction of a point of action of the projectile at the object is detected, the direction difference between the target direction and the point-of-action direction is detected as a deviation (A), and a target direction of a later shot at the object is corrected using the deviation (A), wherein the point-of-action direction is detected by recording an action image , which represents the projectile effect at the object , and determining the point-of-action direction from the action image , characterized in that a time window in which the projectile effect is expected is determined, a sequence of object images depicting the object is recorded, object images of the sequence are examined for the projectile effect , a plurality of object images in which the projectile effect is found pictorially are evaluated as a sequence of action images for a development of the pictorial projectile effect , a time (tw) of action at which the projectile effect began is ascertained from the retrospective consideration of the development, and a check is made to establish whether the time (tw) of action lies in the time window , and a time (tw) of action within the time window is weighted more highly than a time (tw) of action outside the time window , a distinctive image feature that could represent a projectile effect whose time (tw) of action lies outside the time window for determining the direction of a point of action from which the deviation is calculated is weighted at a lower level or discarded.
A method for correcting fat-induced aberrations in ultrasound imaging, the method comprising: reconstructing a thermoacoustic absorption image of a region of interest using an assumed speed of sound value; segmenting the thermoacoustic absorption image into at least one fat region and at least one non-fat region ; creating a speed of sound map by assigning a speed of sound value to each region, the assigned speed of sound value being dependent on an amount of fatty tissue within that region; correcting aberrations for each region in the segmented thermoacoustic absorption image using a ratio of the assigned speed of sound value to the assumed speed of sound value, thereby generating a corrected thermoacoustic image; and correcting an ultrasound image of the region of interest using the corrected thermoacoustic image and the speed of sound map. reconstructing a thermoacoustic absorption image of a region of interest using an assumed speed of sound value; segmenting the thermoacoustic absorption image into at least one fat region and at least one non-fat region ; creating a speed of sound map by assigning a speed of sound value to each region, the assigned speed of sound value being dependent on an amount of fatty tissue within that region; correcting aberrations for each region in the segmented thermoacoustic absorption image using a ratio of the assigned speed of sound value to the assumed speed of sound value, thereby generating a corrected thermoacoustic image; and correcting an ultrasound image of the region of interest using the corrected thermoacoustic image and the speed of sound map.
An actuating device for a closing system, such as a bolt for a window or a door, comprising a leaf and a door frame, said device being intended to be installed on said leaf of said window or door, said device comprising a main body and an operating handle , said operating handle being configured to change from a closing position, in which it maintains the leaf closed against the door frame, to an opening position in which the leaf is free with respect to said door frame, the main body having at least a fixing part intended to be secured to the leaf; said handle being mounted for rotation on said fixing part ; said device comprising a position sensor and a control member ; said control member comprising at least one radio frequency communication mean intended to communicate with a remote terminal in order to transmit to said remote terminal said handle position acquired by said position sensor; said position sensor of said handle being installed within said fixing part , characterized in that the main body includes a removable trimming part intended to be fixed at least partly against the fixing part , the control member comprises at least one radio frequency communication mean ready to receive a delivery acknowledgment from said remote terminal , and in that said control member is secured to said trimming part . said operating handle being configured to change from a closing position, in which it maintains the leaf closed against the door frame, to an opening position in which the leaf is free with respect to said door frame, the main body having at least a fixing part intended to be secured to the leaf; said handle being mounted for rotation on said fixing part ; said device comprising a position sensor and a control member ; said control member comprising at least one radio frequency communication mean intended to communicate with a remote terminal in order to transmit to said remote terminal said handle position acquired by said position sensor; said position sensor of said handle being installed within said fixing part , characterized in that the main body includes a removable trimming part intended to be fixed at least partly against the fixing part , the control member comprises at least one radio frequency communication mean ready to receive a delivery acknowledgment from said remote terminal , and in that said control member is secured to said trimming part .
A method for processing a set of bit blocks, wherein each bit block is an encoded Ethernet physical layer block, the method comprising: sequentially receiving a first tag bit block and N data bit blocks through an input port, wherein the first tag bit block comprises a first length field; wherein the method further comprises: sequentially sending the first tag bit block and M data bit blocks in the N data bit blocks through an output port, wherein the first tag bit block comprises the first length field; and sequentially sending a second tag bit block and L data bit blocks in remaining N-M data bit blocks of the N data bit blocks through the output port, wherein the second tag bit block comprises a second length field, and M, N, and L are all integers greater than or equal to 1; wherein a value of the first length field is greater than a value of the second length field by M. sequentially receiving a first tag bit block and N data bit blocks through an input port, wherein the first tag bit block comprises a first length field; wherein the method further comprises: sequentially sending the first tag bit block and M data bit blocks in the N data bit blocks through an output port, wherein the first tag bit block comprises the first length field; and sequentially sending a second tag bit block and L data bit blocks in remaining N-M data bit blocks of the N data bit blocks through the output port, wherein the second tag bit block comprises a second length field, and M, N, and L are all integers greater than or equal to 1; wherein a value of the first length field is greater than a value of the second length field by M. sequentially sending the first tag bit block and M data bit blocks in the N data bit blocks through an output port, wherein the first tag bit block comprises the first length field; and sequentially sending a second tag bit block and L data bit blocks in remaining N-M data bit blocks of the N data bit blocks through the output port, wherein the second tag bit block comprises a second length field, and M, N, and L are all integers greater than or equal to 1; wherein a value of the first length field is greater than a value of the second length field by M.
A method for activating an Optical Network Unit, ONU, characterized in that the ONU communicates with an Optical Line Terminal, OLT, through a plurality of paths simultaneously, wherein the method comprises: opening a quiet window by the OLT on one or more paths of the plurality of paths and discovering one or more ONUs by the OLT on the one or more paths on which the quiet window has been opened, and receiving, by the OLT, ONU identity information returned by each of the one or more ONUs on one path determined from the one or more paths on which the quiet window has been opened; and selecting one path from the plurality of paths and performing a ranging on the ONU on the selected path, by the OLT. opening a quiet window by the OLT on one or more paths of the plurality of paths and discovering one or more ONUs by the OLT on the one or more paths on which the quiet window has been opened, and receiving, by the OLT, ONU identity information returned by each of the one or more ONUs on one path determined from the one or more paths on which the quiet window has been opened; and selecting one path from the plurality of paths and performing a ranging on the ONU on the selected path, by the OLT.
A device for use in the humane slaughter of animals has a barrel in which a captive bolt is received for reciprocal axial movement, the bolt being driven out of the barrel by a driving force in an operating stroke, and in the opposite direction by a return mechanism in a return stroke, characterised in that the barrel is provided with at least two axially spaced sensors operative to sense passage of the bolt , and a control unit having microprocessor means for receiving signals from the sensors and adapted to calculate the velocity of the bolt in operation, the velocity being calculated on the operating stroke and the return stroke.
A surgical tool system for performing a procedure in a body cavity, said system comprising: a surgical tool shaft having a second diameter; a plurality of interchangeable surgical tool tips , each of the tips having a third diameter that is larger than the second diameter, the surgical tool tips each including an end effector; means for detachably connecting one surgical tool tip to the surgical tool shaft; and means for transferring control actuation through the surgical tool shaft to the end effector of the surgical tool tip, wherein the means for transferring control actuation comprises means for making a mechanical connection between an end effector of the surgical tool tip and the surgical tool shaft and means for making an electrical connection between an end effector of the surgical tool tip and the surgical tool shaft, wherein at least one of the plurality of interchangeable surgical tool tips has an end effector that couples to the means for making a mechanical connection and at least one of the plurality of interchangeable surgical tool tips has an end effector that couples to the means for making an electrical connection. a surgical tool shaft having a second diameter; a plurality of interchangeable surgical tool tips , each of the tips having a third diameter that is larger than the second diameter, the surgical tool tips each including an end effector; means for detachably connecting one surgical tool tip to the surgical tool shaft; and means for transferring control actuation through the surgical tool shaft to the end effector of the surgical tool tip, wherein the means for transferring control actuation comprises means for making a mechanical connection between an end effector of the surgical tool tip and the surgical tool shaft and means for making an electrical connection between an end effector of the surgical tool tip and the surgical tool shaft, wherein at least one of the plurality of interchangeable surgical tool tips has an end effector that couples to the means for making a mechanical connection and at least one of the plurality of interchangeable surgical tool tips has an end effector that couples to the means for making an electrical connection.
Module for supplying electric power to a motor block of an electric transport vehicle, comprising a first power supply unit for supplying said motor block , comprising a first converter connected to a first electric power supply source , adapted to supply said motor block in accordance with a first electric power supply mode, said first converter providing a first electric power, and a second power supply unit comprising a second converter connected to a second electric power supply source , adapted to supply said motor block in accordance with a second electric power supply mode, wherein the first converter and the second converter are connected in parallel, the first and second converters having the same output voltage, the power supply module further comprising a control module adapted to receive a command for switching between an initial power supply mode from among said first mode and said second mode and a final power supply mode that is different from the initial power supply mode, the power supply module being characterised in that it is configured to command said first converter to progressively vary the output voltage in order to effect a transition between the initial power supply mode and the final power supply mode, and to control the first power supplied by said first converter in order to maintain an electric power supply provided to the motor block that is not zero during the transition, said progressive variation in voltage being applied as a function of previously stored information comprising an association between a second power value provided by the second power supply unit and a voltage value at the output of the second converter.
Method for monitoring a gear motor, the gear motor comprising a gearbox that is at least partly filled with oil, a measure for the oil level, in particular a measure for the fill level of the oil, being registered, and a measure for vibration at least at one location on the gearbox being registered, a first variable being generated by interlinking the measure for the oil level and the measure for vibration, characterised in that the value of the first variable is monitored for exceeding a permitted level of deviation from a target value or for exceeding a threshold value, the interlinking comprising a division, - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level. the gear motor comprising a gearbox that is at least partly filled with oil, a measure for the oil level, in particular a measure for the fill level of the oil, being registered, and a measure for vibration at least at one location on the gearbox being registered, a first variable being generated by interlinking the measure for the oil level and the measure for vibration, characterised in that the value of the first variable is monitored for exceeding a permitted level of deviation from a target value or for exceeding a threshold value, the interlinking comprising a division, - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level. - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level.
A sunscreen or daily care composition comprising (i) 1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)propane-1,3-dione (INCI butyl methoxydibenzoylmethane); and (ii) at least one UV filter selected from soluble triazine derivatives, wherein the soluble triazine derivatives are selected from the group consisting of 4,4',4"-(1,3,5-triazine-2,4,6-triyltriimino)tris-benzoic acid-tris(2-ethylhexyl)ester (INCI ethylhexyl triazone), 4,4'-[[6-[[4-[[(1,1-dimethylethyl)amino]carbonyl]phenyl]amino]-1,3,5-triazin-2,4-diyl]diimino]bis-benzoic acid-bis(2-ethylhexyl)ester (INCI diethylhexyl-butamidotriazone), 2,4-bis-{[4-(2-ethyl-hexyloxy)-2-hydroxy]-phenyl}-6-(4-methoxyphenyl)-1,3,5 triazine (INCI bis-ethylhexyloxyphenol methoxyphenyl triazine) and combinations thereof; and (iii) at least one photostabilizer selected from the group consisting of butyloctyl salicylate, benzotriazolyl dodecyl p cresol, ethylhexyl methoxycrylene, polyester-8, trimethoxybenzylidene pentanedione, diethylhexyl 2,6-naphthalate, a polyester-25 and combinations thereof; wherein the composition does not comprise any one of ethylhexyl-2-cyano-3,3-diphenyl-acrylate (INCI octocrylene) and 2-ethylhexyl- -3-(4-methoxyphenyl)acrylate (INCI ethylhexyl methoxy cinnamate). (i) 1-(4-(1,1-dimethylethyl)phenyl)-3-(4-methoxyphenyl)propane-1,3-dione (INCI butyl methoxydibenzoylmethane); and (ii) at least one UV filter selected from soluble triazine derivatives, wherein the soluble triazine derivatives are selected from the group consisting of 4,4',4"-(1,3,5-triazine-2,4,6-triyltriimino)tris-benzoic acid-tris(2-ethylhexyl)ester (INCI ethylhexyl triazone), 4,4'-[[6-[[4-[[(1,1-dimethylethyl)amino]carbonyl]phenyl]amino]-1,3,5-triazin-2,4-diyl]diimino]bis-benzoic acid-bis(2-ethylhexyl)ester (INCI diethylhexyl-butamidotriazone), 2,4-bis-{[4-(2-ethyl-hexyloxy)-2-hydroxy]-phenyl}-6-(4-methoxyphenyl)-1,3,5 triazine (INCI bis-ethylhexyloxyphenol methoxyphenyl triazine) and combinations thereof; and (iii) at least one photostabilizer selected from the group consisting of butyloctyl salicylate, benzotriazolyl dodecyl p cresol, ethylhexyl methoxycrylene, polyester-8, trimethoxybenzylidene pentanedione, diethylhexyl 2,6-naphthalate, a polyester-25 and combinations thereof;
A healthy type light beer, the beer is prepared by using a recipe comprising barley malt, wheat malt and caramel malt with addition of high real degree of fermentation syrup, through bottom fermentation method; the high real degree of fermentation syrup has a real degree of fermentation ≥ 89%; the beer is of an original wort gravity 7.0∼7.5 °P, an alcohol gravity ≥ 4 %vol, carbohydrate ≤ 1.2 g/100ml, calorie ≤ 112 kJ/100ml, RDF ≥ 84% and bitterness unit 5∼6.5 IBU; the beer is characterized in that , a content of total higher alcohols in the beer is 40∼60mg/L, a content of total ester in the beer is 10∼18mg/L.
A system for aligning an auxiliary line connection in a termination assembly of a marine riser assembly, the system comprising: a terminal block secured to an outer diameter of a termination ring , the terminal block having a piston housing that extends through a sidewall of the termination ring , and the termination ring having a load shoulder on an inner diameter of the termination ring ; a ring adapter with a shoulder , the ring adapter having an outer diameter sized to engage the inner diameter of the termination ring when the shoulder of the ring adapter is landed on the load shoulder of the termination ring ; a piston pocket extending radially inward from the outer diameter of the ring adapter ; a floating ring assembly retained within the piston pocket , the floating ring assembly being moveable within the piston pocket ; and a piston housed within the piston housing , the piston having a central bore and being moveable between a retracted position where an outer end of the piston is spaced apart from the floating ring assembly , and an extended position where an outer surface of the piston engages an inner surface of the floating ring assembly , forming an auxiliary path from the terminal block to the ring adapter . a terminal block secured to an outer diameter of a termination ring , the terminal block having a piston housing that extends through a sidewall of the termination ring , and the termination ring having a load shoulder on an inner diameter of the termination ring ; a ring adapter with a shoulder , the ring adapter having an outer diameter sized to engage the inner diameter of the termination ring when the shoulder of the ring adapter is landed on the load shoulder of the termination ring ; a piston pocket extending radially inward from the outer diameter of the ring adapter ; a floating ring assembly retained within the piston pocket , the floating ring assembly being moveable within the piston pocket ; and a piston housed within the piston housing , the piston having a central bore and being moveable between a retracted position where an outer end of the piston is spaced apart from the floating ring assembly , and an extended position where an outer surface of the piston engages an inner surface of the floating ring assembly , forming an auxiliary path from the terminal block to the ring adapter .