mhurhangee/patent-ind-claim-en huggingface dataset:
A respiratory line (65; 65') which is designed for conveying inspiratory or/and expiratory breathing gas during at least partial artificial respiration of a patient, wherein the respiratory line (65; 65') defines an imaginary virtual breathing gas flow path (AS; AS') which is conceived as extending centrally through it, along which flow path the respiratory line (65; 65') conveys the breathing gas , wherein the respiratory line (65; 65') has a filter carrier (68; 68') in which a filter receiving space (76; 76') which is passed through by the breathing gas flow path (AS; AS') is formed, in which a breathing gas filter (82; 82'), through which the breathing gas can flow, can be replaceably accommodated, wherein the filter carrier (68; 68') has a wall (78; 78') surrounding the filter receiving space (76; 76') with radial spacing from the virtual breathing gas flow path (AS; AS') with an introduction opening (80; 80') arranged with radial spacing from the virtual breathing gas flow path (AS), through which the breathing gas filter (82; 82') can be introduced into the filter receiving space (76; 76') and be brought into its operational operating position, characterized in that the wall (78; 78') of the filter carrier (68; 68') has a removal opening (86; 86') different from the introduction opening (80; 80') and arranged with radial spacing from the virtual breathing gas flow path (AS; AS'), through which removal opening a breathing gas filter (82; 82') arranged in the filter receiving space (76; 76') can be removed from the filter receiving space (76; 76'). wherein the filter carrier (68; 68') has a wall (78; 78') surrounding the filter receiving space (76; 76') with radial spacing from the virtual breathing gas flow path (AS; AS') with an introduction opening (80; 80') arranged with radial spacing from the virtual breathing gas flow path (AS), through which the breathing gas filter (82; 82') can be introduced into the filter receiving space (76; 76') and be brought into its operational operating position, characterized in that the wall (78; 78') of the filter carrier (68; 68') has a removal opening (86; 86') different from the introduction opening (80; 80') and arranged with radial spacing from the virtual breathing gas flow path (AS; AS'), through which removal opening a breathing gas filter (82; 82') arranged in the filter receiving space (76; 76') can be removed from the filter receiving space (76; 76').
Electric heating device with a casing which forms inlet and outlet openings for the fluid to be heated and a circulation chamber in which a heat emitting surface of a PTC heating element is exposed and is coupled in a heat conductive manner to a platelet-like PTC element having a length or width being greater by at least a factor of five than the thickness, main side surfaces for decoupling heat and face side surfaces extending perpendicular to the main side surfaces , and which PTC element is contacted in an electrically conductive manner by way of electrical conductor tracks to different polarities characterized in that said conductor tracks are contacted in an electrically conductive manner to face side surfaces of said PTC element .
A substrate, wherein at least a portion of the substrate is coated with a layer of a coating composition, the coating composition comprising; i) water insoluble α-(1,3→glucan) polymer having 90% or greater α-1,3-glycosidic linkages, less than 10% linkages that are not α-1,3-glycosidic linkages,_and a number average degree of polymerization in the range of from 55 to 10,000; and ii) at least one pigment, at least one binder, or a combination thereof. i) water insoluble α-(1,3→glucan) polymer having 90% or greater α-1,3-glycosidic linkages, less than 10% linkages that are not α-1,3-glycosidic linkages,_and a number average degree of polymerization in the range of from 55 to 10,000; and ii) at least one pigment, at least one binder, or a combination thereof.
A method for indicating a data duplication mode of PDCP, Packet Data Convergence Protocol, comprising: receiving, by a terminal device, first indication information sent by a network device, characterized in that the first indication information is configured to indicate change of a data duplication mode (S201); wherein the change of the data duplication mode comprises: a data duplication mode in which carrier aggregation, CA, is combined with dual connectivity, DC, is changed to a data duplication mode of CA or a data duplication mode of DC; or, a data duplication mode of CA or a data duplication mode of DC is changed to a data duplication mode in which CA is combined with DC; wherein the first indication information is carried by an MAC CE, and the first indication information comprises at least one of: an activation/deactivation identifier, a DRB identifier, and a logical channel identifier. receiving, by a terminal device, first indication information sent by a network device, characterized in that the first indication information is configured to indicate change of a data duplication mode (S201); wherein the change of the data duplication mode comprises: a data duplication mode in which carrier aggregation, CA, is combined with dual connectivity, DC, is changed to a data duplication mode of CA or a data duplication mode of DC; or, a data duplication mode of CA or a data duplication mode of DC is changed to a data duplication mode in which CA is combined with DC; a data duplication mode in which carrier aggregation, CA, is combined with dual connectivity, DC, is changed to a data duplication mode of CA or a data duplication mode of DC; or, a data duplication mode of CA or a data duplication mode of DC is changed to a data duplication mode in which CA is combined with DC; wherein the first indication information is carried by an MAC CE, and the first indication information comprises at least one of: an activation/deactivation identifier, a DRB identifier, and a logical channel identifier.
A cleaning system for teats of a dairy animal comprising: a fluid dispenser attachable to an animal reception area for receiving the dairy animal before, during or after a milking operation and adapted to dispense a first process fluid and a second process fluid separately from each other, and positioning means coupled to said fluid dispenser and adapted to position said fluid dispenser such that the teats of the dairy animal are at least partially exposed to said first and second process fluids, wherein the fluid dispenser comprises a dispensing arm which is positioned by the positioning means at least at a first operating position where the dispensing arm provides access to the teats and at at least at a second operating position where the first and/or second process fluids can be applied to the teats and which comprises a continuous movement in the vicinity of the teats with continuous or interrupted dispensing of the second process fluid, and respective output conduits for transporting the respective process fluid from respective sources along the output arm to an dispensing nozzle defining a well delineated dispensing area for the first and second process fluids. a fluid dispenser attachable to an animal reception area for receiving the dairy animal before, during or after a milking operation and adapted to dispense a first process fluid and a second process fluid separately from each other, and positioning means coupled to said fluid dispenser and adapted to position said fluid dispenser such that the teats of the dairy animal are at least partially exposed to said first and second process fluids, wherein the fluid dispenser comprises a dispensing arm which is positioned by the positioning means at least at a first operating position where the dispensing arm provides access to the teats and at at least at a second operating position where the first and/or second process fluids can be applied to the teats and which comprises a continuous movement in the vicinity of the teats with continuous or interrupted dispensing of the second process fluid, and respective output conduits for transporting the respective process fluid from respective sources along the output arm to an dispensing nozzle defining a well delineated dispensing area for the first and second process fluids.
Holding device for fixing polymeric motor-vehicle bumpers during a machining operation, in particular a punching operation, having - a main frame and - a fixing device for fixing the bumper on the main frame characterised in that the fixing device comprises at least one fixing arm group having at least two independently movable fixing arms for different bumper models , wherein the fixing arms possess different contact contours abutting in the fixing position against the corresponding bumper model and the contact contour of the fixing arms is matched in each case to the local shape of a particular bumper model , and in that in the region of the contact contour the fixing arms each comprise at least one vacuum fixing element which is connected to a, preferably central, vacuum system. - a main frame and - a fixing device for fixing the bumper on the main frame
A rib assembly that can be packaged retractably for an outdoor umbrella, comprising long ribs and short ribs , wherein when disassembly and packaging are needed, the long ribs or/and the short ribs can be superimposed and contracted along the length direction; locking mechanisms are arranged on the long ribs or/and the short ribs ,and when full extension is needed, the long ribs or/and the short ribs are locked through the locking mechanisms , wherein the long ribs comprise long rib bodies and long retractable ribs , and the long retractable ribs can be fully or partially superimposed and contracted in cavities of the long rib bodies , and wherein the number of the long retractable ribs is two, which are located at two ends of the long rib bodies . wherein the long ribs comprise long rib bodies and long retractable ribs , and the long retractable ribs can be fully or partially superimposed and contracted in cavities of the long rib bodies , and wherein the number of the long retractable ribs is two, which are located at two ends of the long rib bodies .
A method for monitoring the production of a knitting machine, wherein the thread supply of at least two thread feeders or at least two groups (G) of at least two thread feeders , that is, the thread supply for at least two knitting stations , is monitored, wherein, for each of the thread feeders , a sensor signal (S) with one measurement impulse (I) for each length unit of its thread-supply path (ΔXF) is generated by a sensor device , wherein the sensor signals (S) are monitored by a control device and, optionally, a stop signal (ST) for the knitting machine is generated, wherein test events are determined by a clock unit (T) from sensor signals (S) of at least two of the thread feeders , designated as monitor thread feeders, or from at least two of the groups, designated as monitor groups, and supplied to the control device, characterised in that , with every test event, the control device monitors whether at least one measurement impulse (I) has been generated in the sensor signals (S) of every thread feeder or of every group (G) and if not the stop signal (ST) is generated. wherein, for each of the thread feeders , a sensor signal (S) with one measurement impulse (I) for each length unit of its thread-supply path (ΔXF) is generated by a sensor device , wherein the sensor signals (S) are monitored by a control device and, optionally, a stop signal (ST) for the knitting machine is generated, wherein test events are determined by a clock unit (T) from sensor signals (S) of at least two of the thread feeders , designated as monitor thread feeders, or from at least two of the groups, designated as monitor groups, and supplied to the control device, characterised in that , with every test event, the control device monitors whether at least one measurement impulse (I) has been generated in the sensor signals (S) of every thread feeder or of every group (G) and if not the stop signal (ST) is generated.
Port extension device intended to be connected to a user interface terminal in an aircraft , the user interface terminal being intended to directly connect to it peripheral systems (FM1, ACARS) and to display on a screen of said user interface terminal a selection page suitable for allowing a user to select a peripheral system out of said peripheral systems (FM1, ACARS) so as to transfer graphical interface control to the selected peripheral system, characterized in that , other peripheral systems (ROPS, BTV) being connected to the user interface terminal via control circuitry (CC) of the port extension device , the control circuitry (CC) is suitable for emulating a peripheral system behaviour and for implementing: - means for responding , to a naming request emanating from the user interface terminal, by a naming representative of a user interface terminal menu navigation action; - when the user interface terminal performs a transfer of graphical interface control from said user interface terminal to said control circuitry (CC), means for emulating another selection page, in the style of the selection page generated by the user interface terminal , suitable for allowing a user to select a peripheral system out of said other peripheral systems (ROPS, BTV); and - when said control circuity (CC) detects a selection of a peripheral system out of said other peripheral systems through the transfer of graphical interface control, means for performing a transfer of graphical interface control from said user interface terminal to said selected peripheral system (ROPS, BTV), the control circuitry (CC) acting as a relay between said selected peripheral system (ROPS, BTV) and the user interface terminal . - means for responding , to a naming request emanating from the user interface terminal, by a naming representative of a user interface terminal menu navigation action; - when the user interface terminal performs a transfer of graphical interface control from said user interface terminal to said control circuitry (CC), means for emulating another selection page, in the style of the selection page generated by the user interface terminal , suitable for allowing a user to select a peripheral system out of said other peripheral systems (ROPS, BTV); and - when said control circuity (CC) detects a selection of a peripheral system out of said other peripheral systems through the transfer of graphical interface control, means for performing a transfer of graphical interface control from said user interface terminal to said selected peripheral system (ROPS, BTV), the control circuitry (CC) acting as a relay between said selected peripheral system (ROPS, BTV) and the user interface terminal .
A suspension system for a vehicle axle , said suspension system comprising a leaf spring having a longitudinal axis and a transverse axis, the suspension system further comprising a rear attachment device which is configured to be secured to a vehicle frame and which receives a rear end portion of the leaf spring so as to allow said leaf spring rear end portion to slide longitudinally relative to the rear attachment device , wherein: - the leaf spring rear end portion forms at least part of a loop curved around a transverse axis, the loop being longitudinally elongated and having an opening located at least at the front of said loop; - the rear attachment device comprises a fastener extending substantially transversally and received in said loop; characterized in that : - the suspension system further comprises retaining means configured to prevent the fastener from getting out of the loop through the opening . - and the retaining means comprises a closure element facing the opening of the leaf spring rear end portion for closing the opening , or for partially closing the opening so that a remaining open portion of the opening is too small to allow the fastener to pass through it. - the leaf spring rear end portion forms at least part of a loop curved around a transverse axis, the loop being longitudinally elongated and having an opening located at least at the front of said loop; - the rear attachment device comprises a fastener extending substantially transversally and received in said loop; - the suspension system further comprises retaining means configured to prevent the fastener from getting out of the loop through the opening . - and the retaining means comprises a closure element facing the opening of the leaf spring rear end portion for closing the opening , or for partially closing the opening so that a remaining open portion of the opening is too small to allow the fastener to pass through it.
A non-therapeutic use of collagen peptide for maintaining a filling effect of a hyaluronic acid filler, wherein the collagen peptide is administered to a subject after the hyaluronic acid filler is administered to the subject, and wherein the collagen peptide comprises a Gly-X-Y collagen tripeptide, preferably, the X and the Y are the same or different amino acids and the amino acid is selected from a group consisting of glycine (Gly), alanine (Ala), valine (Val), leucine (Leu), isoleucine (Ile), threonine (Thr), serine (Ser), cysteine (Cys), methionine (Met), aspartic acid (Asp), asparagine (Asn), glutamic acid (Glu), glutamine (Gln), lysine (Lys), arginine (Arg), histidine (His), phenylalanine (Phe), tyrosine (Tyr), tryptophan (Trp) and proline (Pro), more preferably, the X is proline and the Y is hydroxyproline. effect of a hyaluronic acid filler, wherein the collagen peptide is administered to a subject after the hyaluronic acid filler is administered to the subject, and wherein the collagen peptide comprises a Gly-X-Y collagen tripeptide, preferably, the X and the Y are the same or different amino acids and the amino acid is selected from a group consisting of glycine (Gly), alanine (Ala), valine (Val), leucine (Leu), isoleucine (Ile), threonine (Thr), serine (Ser), cysteine (Cys), methionine (Met), aspartic acid (Asp), asparagine (Asn), glutamic acid (Glu), glutamine (Gln), lysine (Lys), arginine (Arg), histidine (His), phenylalanine (Phe), tyrosine (Tyr), tryptophan (Trp) and proline (Pro), more preferably, the X is proline and the Y is hydroxyproline.
Tuft-picking device for a brush-making machine , wherein the tuft-picking device comprises a tuft picker that can be moved relative to a material box and a fixed counterpart relative to the movable tuft picker , wherein the tuft picker has, on its front side that faces a bristle supply provided in the material box , at least one tuft-picking notch and, for the purpose of removing a bristle tuft from the bristle supply and for the purpose of delivering a bristle tuft that has been picked up to the brush-making machine , is movable with the at least one tuft-picking notch past the bristle supply and past the counterpiece at least as far as a delivery position, wherein the tuft-picking notch has two mutually opposing knife edges which delimit a notch opening of the tuft-picking notch and are oriented transversely to the direction of movement of the tuft picker , and the counterpiece has a dividing edge facing the tuft picker , characterized in that at least one of the two knife edges and/or the dividing edge is/are rounded transversely with respect to their longitudinal extension.
A method of derivation for a binary partition pattern of depth data used for depth-based 3D video coding comprising: obtaining a reference sample array of a video block; obtaining a sum of the reference sample array; calculating a threshold by performing arithmetic right shift to the sum, a shift value of the arithmetic right shift being determined according to size information of the video block; and determining the binary partition pattern by comparing the reference sample array with the threshold, wherein the shift value is determined in accordance with following expression: Shift value = 6 − ctDepth ∗ 2 or Shift value = BlockSizeInBit ∗ 2 , where ctDepth is a coding tree depth of the video block, ctDepth corresponds to a block size of the video block, and BlockSizeInBit is a bit representation of a block size of the video block. obtaining a reference sample array of a video block; obtaining a sum of the reference sample array; calculating a threshold by performing arithmetic right shift to the sum, a shift value of the arithmetic right shift being determined according to size information of the video block; and determining the binary partition pattern by comparing the reference sample array with the threshold, wherein the shift value is determined in accordance with following expression: Shift value = 6 − ctDepth ∗ 2 or Shift value = BlockSizeInBit ∗ 2 , where ctDepth is a coding tree depth of the video block, ctDepth corresponds to a block size of the video block, and BlockSizeInBit is a bit representation of a block size of the video block.
A method of determining the nature of a fault in the operation of a hydraulic fuel injector, said injector including needle control valve (NCV), controlled by an electrical actuator, said needle control valve adapted to hydraulically control the movement of a needle of a needle valve to and away from a needle valve seat, and wherein said injector includes an accelerometer located on or adjacent to said fuel injector, comprising the steps of: a) sending an actuation pulse to said actuator, said actuation pulse being above the minimum drive pulse of the injector; b) analyzing the signal from said accelerometer to determine if there is a high frequency vibration component generally in the range 65-75 kHz subsequent to the end of the activation pulse, and to determine if there is a vibrational component having a low frequency component generally in the range between 15 - 50 kHz; c) determining the functionality of the needle control valve (NCV) dependent on the outcome of step b) by: determining that there is a fault with the needle control valve (NCV) if said high frequency vibration component is not detected and/or determining that there is no fault with the needle control valve (NCV) if said high frequency vibration component is detected; and d) concluding that the needle valve does not have a fault if said low frequency component is detected. a) sending an actuation pulse to said actuator, said actuation pulse being above the minimum drive pulse of the injector; b) analyzing the signal from said accelerometer to determine if there is a high frequency vibration component generally in the range 65-75 kHz subsequent to the end of the activation pulse, and to determine if there is a vibrational component having a low frequency component generally in the range between 15 - 50 kHz; c) determining the functionality of the needle control valve (NCV) dependent on the outcome of step b) by: determining that there is a fault with the needle control valve (NCV) if said high frequency vibration component is not detected and/or determining that there is no fault with the needle control valve (NCV) if said high frequency vibration component is detected; and d) concluding that the needle valve does not have a fault if said low frequency component is detected.