mhurhangee/patent-ind-claim-en huggingface dataset:
A medium feeding device comprising: a medium placing portion on which a medium (P1, P2) can be placed and a feeding roller configured to feed the medium placed on the medium placing portion by coming into contact with a surface of the medium facing the medium placing portion and being rotated characterised by further comprising: a medium movement detecting portion that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction (Y) and is capable of detecting movement of the medium being fed by the feeding roller in a width direction (X) intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold (T3) based on a detected result by the medium movement detecting portion. a medium placing portion on which a medium (P1, P2) can be placed and a feeding roller configured to feed the medium placed on the medium placing portion by coming into contact with a surface of the medium facing the medium placing portion and being rotated characterised by further comprising: a medium movement detecting portion that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction (Y) and is capable of detecting movement of the medium being fed by the feeding roller in a width direction (X) intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold (T3) based on a detected result by the medium movement detecting portion. a medium movement detecting portion that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction (Y) and is capable of detecting movement of the medium being fed by the feeding roller in a width direction (X) intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold (T3) based on a detected result by the medium movement detecting portion.
An apparatus that is a terminal apparatus for communicating with a base station apparatus , or an electric circuit for the terminal apparatus, the apparatus comprising: a reception unit configured to receive information from the base station apparatus , wherein the information received from the base station apparatus is included in an RRC reconfiguration message, the information indicating an identity of a target cell, a first subcarrier spacing for a transmission of a synchronization signal in the target cell, and a second subcarrier spacing for a transmission of a message of a random access response in the target cell, wherein a Cell-Radio Network Temporary Identifier, C-RNTI, of the terminal apparatus in the target cell is included in the RRC message, wherein the transmission of the message of the random access response is a transmission of a Physical Downlink Shared Channel including the message of the random access response; the reception unit being configured to detect, by using the information, the synchronization signal in the target cell indicated by the identity and to receive, by using the information, the message of the random access response in the target cell indicated by the identity. a reception unit configured to receive information from the base station apparatus , wherein the information received from the base station apparatus is included in an RRC reconfiguration message, the information indicating an identity of a target cell, a first subcarrier spacing for a transmission of a synchronization signal in the target cell, and a second subcarrier spacing for a transmission of a message of a random access response in the target cell, wherein a Cell-Radio Network Temporary Identifier, C-RNTI, of the terminal apparatus in the target cell is included in the RRC message, wherein the transmission of the message of the random access response is a transmission of a Physical Downlink Shared Channel including the message of the random access response; the reception unit being configured to detect, by using the information, the synchronization signal in the target cell indicated by the identity and to receive, by using the information, the message of the random access response in the target cell indicated by the identity.
A container handling plant (1; 2; 3), comprising at least one container handling machine for handling containers , wherein at least one container handling machine comprises a type preselection memory in which different types (111, 112; 311, 312 313; 411, 412) are preselectable for a handling to be performed by the container handling machine , at least one output device (15, 35, 45; 16, 36, 46) positioned at the at least one container handling machine for outputting an audio signal (TS1, TS2, TS3) and / or an optical signal (OS1, OS2, OS3), and a control device characterized in that the control device is configured to control the at least one output device (15, 35, 45;16, 36, 46) such that the output device acoustically outputs a predetermined audio signal (TS1, TS2, TS3) made of tone sequences comprising at least two different tones and / or optically outputs an optical signal (OS1, OS2, OS 3), if due to the type (111, 112; 311, 312, 313; 411, 412) preselected in the type preselection memory a change of a type (111, 112; 311, 312, 313; 411, 412) or a refill for the preselected type (111, 112; 311, 312, 313; 411, 412) is scheduled at the container handling machine in the future at the end of a predetermined time period. at least one container handling machine for handling containers , wherein at least one container handling machine comprises a type preselection memory in which different types (111, 112; 311, 312 313; 411, 412) are preselectable for a handling to be performed by the container handling machine , at least one output device (15, 35, 45; 16, 36, 46) positioned at the at least one container handling machine for outputting an audio signal (TS1, TS2, TS3) and / or an optical signal (OS1, OS2, OS3), and a control device characterized in that the control device is configured to control the at least one output device (15, 35, 45;16, 36, 46) such that the output device acoustically outputs a predetermined audio signal (TS1, TS2, TS3) made of tone sequences comprising at least two different tones and / or optically outputs an optical signal (OS1, OS2, OS 3), if due to the type (111, 112; 311, 312, 313; 411, 412) preselected in the type preselection memory a change of a type (111, 112; 311, 312, 313; 411, 412) or a refill for the preselected type (111, 112; 311, 312, 313; 411, 412) is scheduled at the container handling machine in the future at the end of a predetermined time period.
A method of preparing a hemostatic textile, comprising: forming a hemostatic textile, comprising: freeze-drying thrombin-containing serum or plasma onto textile material comprising glass fibers woven or knitted with secondary fibers, wherein the secondary fibers comprise regenerated bamboo fibers; and applying hemostatic proteins to the textile material; packaging the hemostatic textile; and sterilizing the hemostatic textile. forming a hemostatic textile, comprising: freeze-drying thrombin-containing serum or plasma onto textile material comprising glass fibers woven or knitted with secondary fibers, wherein the secondary fibers comprise regenerated bamboo fibers; and applying hemostatic proteins to the textile material; freeze-drying thrombin-containing serum or plasma onto textile material comprising glass fibers woven or knitted with secondary fibers, wherein the secondary fibers comprise regenerated bamboo fibers; and applying hemostatic proteins to the textile material; packaging the hemostatic textile; and sterilizing the hemostatic textile.
Optical head for carrying out an atmospheric measurement, capable of receiving at least one pair consisting of a refractive optical system and an optical fiber for transmission and reception, each pair defining a line of sight, the refractive optical system being mounted in a mount and the optical fiber for transmission and reception being mounted in an optical connector , the optical head being formed rigidly in a single piece and comprising at least one housing (2, 2', 2") for receiving at least the refractive optical system , this housing (2, 2', 2") being formed by: - an outer shell having a first composition made from rigid and athermal composite material, inside which is fixed - at least one metallic adjustment insert forming a support for the mount of the refractive optical system , having a second composition that can be more easily machined than the first composition, characterized in that the at least one adjustment insert forming a support for the mount of the refractive optical system is machined in order to: - ensure that the optical axis of the refractive optical system and the axis of the output beam of the optical fiber for transmission and reception are merged along a single axis, corresponding to a line of sight of the at least one pair formed by the refractive optical system and the optical fiber for transmission and reception, and in order to ensure the positioning of this single axis with respect to a reference axis, and to form a thread on its inner face making it possible to adjust a positioning of the refractive optical system for setting a focal length of the refractive optical system ; the thread being intended to receive the refractive optical system . - an outer shell having a first composition made from rigid and athermal composite material, inside which is fixed - at least one metallic adjustment insert forming a support for the mount of the refractive optical system , having a second composition that can be more easily machined than the first composition, - ensure that the optical axis of the refractive optical system and the axis of the output beam of the optical fiber for transmission and reception are merged along a single axis, corresponding to a line of sight of the at least one pair formed by the refractive optical system and the optical fiber for transmission and reception, and in order to ensure the positioning of this single axis with respect to a reference axis, and to form a thread on its inner face making it possible to adjust a positioning of the refractive optical system for setting a focal length of the refractive optical system ; the thread being intended to receive the refractive optical system .
A boot stirrup for use during surgery, the boot stirrup comprising a support arm having a longitudinal axis , a surgical boot including a foot support portion formed to support a foot of a patient, and a lockable joint coupled to the support arm and coupled to the surgical boot , the lockable joint being configured to move between an unlocked position in which the lockable joint permits movement of the surgical boot along the longitudinal axis relative to the support arm and rotation of the surgical boot about the longitudinal axis relative to the support arm and a locked position in which the lockable joint blocks movement of the surgical boot along the longitudinal axis relative to the support arm and rotation of the surgical boot about the longitudinal axis relative to the support arm , and the lockable joint includes a release lever configured to unlock the lockable joint , wherein the lockable joint further includes an arm clamp arranged around the support arm and a clamp actuator coupled to the arm clamp , the clamp actuator includes a clamp rod and an actuator unit configured to move the clamp rod relative to the arm clamp between a first position in which the clamp rod engages the arm clamp to cause the arm clamp to be in a closed position and a second position in which the clamp rod disengages the arm clamp to cause the arm clamp to be in an open position.
Cosmetic pad for removing nail polish remover or make-up remover, characterised in that it has a fluid-impenetrable layer , an absorbent core and a non-woven layer , and that a further absorbent core and a further non-woven layer are also arranged on the exposed side of the fluid-impenetrable layer.
A method of performing mass spectrometry, comprising: obtaining, based on a series of mass spectra of detected ions derived from components eluting from a chromatography column , an elution profile comprising a plurality of detection points representing intensity of the detected ions as a function of time; and determining, based on a set of detection points included in the plurality of detection points , a predicted next detection point of the elution profile to be obtained based on a next mass spectrum to be acquired. obtaining, based on a series of mass spectra of detected ions derived from components eluting from a chromatography column , an elution profile comprising a plurality of detection points representing intensity of the detected ions as a function of time; and determining, based on a set of detection points included in the plurality of detection points , a predicted next detection point of the elution profile to be obtained based on a next mass spectrum to be acquired.
Hob cutter arrangement with a tool body (2.1) which is at least partially formed from a cutting material, and which has a continuous axial bore (2.6), conical bore sections (2.7) forming both ends of the axial bore (2.6), an end shank piece (2.2, 2.3), respectively, at each end of the tool body (2.1), adapted for coupling with the hobbing machine, and which has a conical section (2.25) inserted fittingly into the conical bore section (2.7), and which has a radial flange (2.19) which can be placed against the end face (2.8) of the tool body (2.1) when the section (2.25) is seated in the bore section (2.7), and which end shank piece (2.2, 2.3) has a shaft section on the side of the flange (2.19) opposite the conical section (2.25) for clamping in a machine tool, with an axle (2.10) connecting the end shank pieces (2.2, 2.3), which is adapted to clamp the end shank pieces (2.2, 2.3) together and bias the conical sections (2.25) into the bore sections (2.7), and which is provided with at least partly threaded end sections (2.13), characterized in that at least one of the end shank pieces (2.2, 2.3) is provided with an axial blind hole (2.14) for insertion of an end section (2.13) of the axle (2.10) and which is provided with a complementary thread to the axle (2.10), and that elastic elements (2.20) are clamped between the front sides of a center section (2.26) with the greatest diameter of the axle (2.10) and the foremost front sides of the cone sections (2.25) of the end shank pieces (2.2, 2.3), the elastic elements (2.20) biasing the shank pieces (2.2, 2.3) with a force acting away from the center section (2.26) of the axle (2.10).
A fluid dispenser assembly, comprising: · a nasal fluid dispenser device , said device comprising a reservoir containing fluid, a dispenser head being assembled on said reservoir , said dispenser head being provided with a dispenser orifice , · a remote mobile device , such as a smartphone, wherein said dispenser device includes at least one orientation sensor and communicates with said remote mobile device in order to assist and guide the user in real time, so as to obtain optimal orientation of the dispenser device when said device is actuated, wherein said orientation sensor , such as an accelerometer or a gyro, determines in real time the three-dimensional orientation of said device , in particular the angle (α) of said device relative to said remote mobile device , characterized in that said device includes a second sensor , such as an accelerometer, for detecting when the device is actuated by the user, and in that said remote mobile device includes an accelerometer that makes it possible to determine its position in three-dimensional space, in particular the angle (β) of said remote mobile device relative to the vertical. · a nasal fluid dispenser device , said device comprising a reservoir containing fluid, a dispenser head being assembled on said reservoir , said dispenser head being provided with a dispenser orifice , · a remote mobile device , such as a smartphone,
A soft magnetic alloy comprising Fe as a main component and Si, wherein the soft magnetic alloy comprises a Fe-based nanocrystal and an amorphous phase, the soft magnetic alloy has a composition formula of ((Fe (1-(α+β) )X1 α X2 β ) (1-(a+b+c+d+e+f) )M a B b Si c P d Cr e Cu f ) 1-g C g , wherein X1 is one or more selected from the group consisting of Co and Ni, X2 is one or more selected from the group consisting of Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, S and a rare earth element, M is one or more selected from the group consisting of Nb, Hf, Zr, Ta, Ti, Mo, V and W, and 0 ≤ a ≤ 0.14 0 ≤ b ≤ 0.20 0 < c ≤ 0.17 0 ≤ d ≤ 0.15 0 ≤ e ≤ 0.040 0 ≤ f ≤ 0.030 0 ≤ g < 0.030 α ≥ 0 β ≥ 0 0 ≤ α + β ≤ 0.50 , characterized in that 1.07 ≤ S2 - S1 ≤ 10 is satisfied, wherein S1 (at%) denotes an average content rate of Si in the Fe-based nanocrystal and S2 (at%) denotes an average content rate of Si in the amorphous phase. the soft magnetic alloy comprises a Fe-based nanocrystal and an amorphous phase, the soft magnetic alloy has a composition formula of ((Fe (1-(α+β) )X1 α X2 β ) (1-(a+b+c+d+e+f) )M a B b Si c P d Cr e Cu f ) 1-g C g , wherein X1 is one or more selected from the group consisting of Co and Ni, X2 is one or more selected from the group consisting of Al, Mn, Ag, Zn, Sn, As, Sb, Bi, N, O, S and a rare earth element, M is one or more selected from the group consisting of Nb, Hf, Zr, Ta, Ti, Mo, V and W, and 0 ≤ a ≤ 0.14 0 ≤ b ≤ 0.20 0 < c ≤ 0.17 0 ≤ d ≤ 0.15 0 ≤ e ≤ 0.040 0 ≤ f ≤ 0.030 0 ≤ g < 0.030 α ≥ 0 β ≥ 0 0 ≤ α + β ≤ 0.50 , characterized in that 1.07 ≤ S2 - S1 ≤ 10 is satisfied, wherein S1 (at%) denotes an average content rate of Si in the Fe-based nanocrystal and S2 (at%) denotes an average content rate of Si in the amorphous phase.
A method for producing a new electrolyzer by arranging a laminate in an existing electrolyzer comprising an anode, a cathode that is opposed to the anode, and a membrane that is arranged between the anode and the cathode, the method comprising: a step (A) of integrating an electrode for electrolysis with a new membrane at a temperature at which the membrane does not melt to thereby obtain the laminate, wherein the method for the integration is a method in which a liquid is interposed between the electrode for electrolysis and the new membrane, wherein the surface tension of the liquid integrates the electrode and the new membrane and wherein a temperature at which the membrane does not melt is a temperature below the softening point of the membrane; and a step (B) of replacing the membrane in the existing electrolyzer by the laminate after the step (A), wherein the laminate is arranged on the surface of the anode or the cathode of the existing electrolyzer. a step (A) of integrating an electrode for electrolysis with a new membrane at a temperature at which the membrane does not melt to thereby obtain the laminate, wherein the method for the integration is a method in which a liquid is interposed between the electrode for electrolysis and the new membrane, wherein the surface tension of the liquid integrates the electrode and the new membrane and wherein a temperature at which the membrane does not melt is a temperature below the softening point of the membrane; and a step (B) of replacing the membrane in the existing electrolyzer by the laminate after the step (A), wherein the laminate is arranged on the surface of the anode or the cathode of the existing electrolyzer.
A contactless sensing unit for a measuring apparatus or machine tool , notably for a coordinate measuring machine (CMM), the contactless sensing unit comprising: an optical probe device , and a coupling element for mechanical connection to a complementary coupling element of the measuring apparatus or machine tool ; wherein the optical probe device comprises an optical objective at a distal end of a lower portion of said probe device for sensing a surface of a workpiece, and wherein the contactless sensing unit further comprising a collar rigidly united to the coupling element for adjusting a relative axial, radial and/or angular position of the optical probe device with respect to a fastening portion of the contactless sensing unit ; the collar circumferentially clamping the optical probe device essentially around an upper portion of said probe device . an optical probe device , and a coupling element for mechanical connection to a complementary coupling element of the measuring apparatus or machine tool ; wherein the optical probe device comprises an optical objective at a distal end of a lower portion of said probe device for sensing a surface of a workpiece, and wherein the contactless sensing unit further comprising a collar rigidly united to the coupling element for adjusting a relative axial, radial and/or angular position of the optical probe device with respect to a fastening portion of the contactless sensing unit ; the collar circumferentially clamping the optical probe device essentially around an upper portion of said probe device .
An apparatus comprising: (a) a catheter shaft assembly having a distal end; and (b) an end effector positioned at the distal end of the catheter shaft assembly, the end effector including: (i) a balloon having a proximal end and a distal end, the balloon defining an interior configured to receive a fluid to inflate the balloon, the balloon being sized and configured to fit within a cardiovascular anatomical structure, (ii) one or more electrodes on the balloon, and (iii) a tip assembly at the distal end of the balloon, the tip assembly including a pressure relief valve, the pressure relief valve being configured to transition between a sealing state and a pressure-relieving state, the pressure relief valve in the sealing state being configured to prevent fluid from leaking out from the interior of the balloon via the pressure relief valve, the pressure relief valve in the pressure-reliving state being configured to provide a path for fluid to leak from the interior of the balloon via the pressure relief valve. (a) a catheter shaft assembly having a distal end; and (b) an end effector positioned at the distal end of the catheter shaft assembly, the end effector including: (i) a balloon having a proximal end and a distal end, the balloon defining an interior configured to receive a fluid to inflate the balloon, the balloon being sized and configured to fit within a cardiovascular anatomical structure, (ii) one or more electrodes on the balloon, and (iii) a tip assembly at the distal end of the balloon, the tip assembly including a pressure relief valve, the pressure relief valve being configured to transition between a sealing state and a pressure-relieving state, (i) a balloon having a proximal end and a distal end, the balloon defining an interior configured to receive a fluid to inflate the balloon, the balloon being sized and configured to fit within a cardiovascular anatomical structure, (ii) one or more electrodes on the balloon, and (iii) a tip assembly at the distal end of the balloon, the tip assembly including a pressure relief valve, the pressure relief valve being configured to transition between a sealing state and a pressure-relieving state, the pressure relief valve in the sealing state being configured to prevent fluid from leaking out from the interior of the balloon via the pressure relief valve, the pressure relief valve in the pressure-reliving state being configured to provide a path for fluid to leak from the interior of the balloon via the pressure relief valve.