mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus operable in a first power mode, a second power mode, and a third power mode, the apparatus comprising: a control unit configured to control an operation of the image forming apparatus and including a network interface configured to communicate with an external apparatus; a printing unit configured to print image data; a reading unit configured to read a document; an operation panel configured to receive a user operation; and a power control means configured to control power supply to the reading unit , the printing unit and the control unit , wherein the power control means is configured to shift a mode of the image forming apparatus from the first power mode, in which power is supplied to the control unit , printing unit and reading unit , to the second power mode, in which power is supplied to the control unit and power is not supplied to the printing unit and reading unit , based on a first time period elapsing (S504, YES) without a user operation being received (S502) via the operation panel ; wherein the power control means is configured to shift a mode of the image forming apparatus from the second power mode to the third power mode, in which power is not supplied to the printing unit , reading unit , and control unit , based on a communication state of the network interface. a control unit configured to control an operation of the image forming apparatus and including a network interface configured to communicate with an external apparatus; a printing unit configured to print image data; a reading unit configured to read a document; an operation panel configured to receive a user operation; and a power control means configured to control power supply to the reading unit , the printing unit and the control unit , wherein the power control means is configured to shift a mode of the image forming apparatus from the first power mode, in which power is supplied to the control unit , printing unit and reading unit , to the second power mode, in which power is supplied to the control unit and power is not supplied to the printing unit and reading unit , based on a first time period elapsing (S504, YES) without a user operation being received (S502) via the operation panel ; wherein the power control means is configured to shift a mode of the image forming apparatus from the second power mode to the third power mode, in which power is not supplied to the printing unit , reading unit , and control unit , based on a communication state of the network interface.
A tire for a two-wheeled automotive vehicle, the tire comprising: a pair of sidewalls ; a pair of beads ; and a carcass , wherein the carcass is extended on and between the beads on both sides, along inner sides of the sidewalls , each of the sidewalls includes a first layer disposed axially outward of a corresponding one of the beads , and a second layer extending outward from the first layer in a radial direction, when (Pc) represents a position of an axially outer end of an interface between the carcass and the sidewall , a radially_outer end of the first layer is disposed inward of the position (Pc) in the radial direction, a hardness H1 of the first layer is greater than a hardness H2 of the second layer , wherein the hardness H1 of the first layer and the hardness H2 of the second layer 38 are measured using a type-A durometer according to the standard of "JIS K6253" and wherein the measurement is conducted at a temperature of 23°C, and a ratio (H2/H1) of the hardness H2 to the hardness H1 is not less than 0.70 and not greater than 0.95, characterized in that the bead includes a core , and an apex extending radially outward from the core , and a distance (d) between the outer end of the first layer and a tip of the apex is not less than 2 mm. a pair of sidewalls ; a pair of beads ; and a carcass , wherein the carcass is extended on and between the beads on both sides, along inner sides of the sidewalls , each of the sidewalls includes a first layer disposed axially outward of a corresponding one of the beads , and a second layer extending outward from the first layer in a radial direction, when (Pc) represents a position of an axially outer end of an interface between the carcass and the sidewall , a radially_outer end of the first layer is disposed inward of the position (Pc) in the radial direction, a hardness H1 of the first layer is greater than a hardness H2 of the second layer , wherein the hardness H1 of the first layer and the hardness H2 of the second layer 38 are measured using a type-A durometer according to the standard of "JIS K6253" and wherein the measurement is conducted at a temperature of 23°C, and a ratio (H2/H1) of the hardness H2 to the hardness H1 is not less than 0.70 and not greater than 0.95, characterized in that the bead includes a core , and an apex extending radially outward from the core , and a distance (d) between the outer end of the first layer and a tip of the apex is not less than 2 mm.
A method for synchronizing an internet protocol address and media access control address binding over a network, the method comprising the steps of receiving , over a network via a virtual extensible local area network (VxLAN) tunnel, an address resolution reply message; extracting , from the address resolution reply message, a source internet protocol (IP) address and a source media access control (MAC) address; generating a control plane update message , wherein the control plane update message includes the extracted IP address, and the extracted MAC address, wherein the control plane update message further includes: an invalid nexthop identifier, or a predetermined attribute with an invalid value and a nexthop identifier set to a network address associated with the address resolution reply message; and advertising , to the network, the control plane update message . receiving , over a network via a virtual extensible local area network (VxLAN) tunnel, an address resolution reply message; extracting , from the address resolution reply message, a source internet protocol (IP) address and a source media access control (MAC) address; generating a control plane update message , wherein the control plane update message includes the extracted IP address, and the extracted MAC address, wherein the control plane update message further includes: an invalid nexthop identifier, or a predetermined attribute with an invalid value and a nexthop identifier set to a network address associated with the address resolution reply message; and an invalid nexthop identifier, or a predetermined attribute with an invalid value and a nexthop identifier set to a network address associated with the address resolution reply message; and advertising , to the network, the control plane update message .
Apparatus for application of a pulsed radio frequency therapy in a vascular system or another cavity of the human or animal body comprising: a catheter with at least one electrode disposed thereon for insertion into the vascular system or another cavity of the human or animal body; a probe with at least one further electrode disposed thereon, wherein the probe is insertable via the catheter into the vascular system or the other cavity of the human or animal body; and a generator electrically connected with the electrodes for generating a pulsed electro-magnetic field between the electrodes , wherein the generated current pulse comprises an alternating current having a frequency of 500.000 Hz and wherein the tissue temperature rises to a maximum of 42°C due to the generated electro-magnetic field, wherein the characteristics of the electro-magnetic field between the electrodes can be adapted on the one hand by the generator and on the other hand by the depth of penetration of the probe into the catheter , wherein the distance between the at least one electrode of the catheter and the at least one further electrode of the probe is adaptable by the depth of penetration of the probe . a catheter with at least one electrode disposed thereon for insertion into the vascular system or another cavity of the human or animal body; a probe with at least one further electrode disposed thereon, wherein the probe is insertable via the catheter into the vascular system or the other cavity of the human or animal body; and a generator electrically connected with the electrodes for generating a pulsed electro-magnetic field between the electrodes , wherein the generated current pulse comprises an alternating current having a frequency of 500.000 Hz and wherein the tissue temperature rises to a maximum of 42°C due to the generated electro-magnetic field, wherein the characteristics of the electro-magnetic field between the electrodes can be adapted on the one hand by the generator and on the other hand by the depth of penetration of the probe into the catheter , wherein the distance between the at least one electrode of the catheter and the at least one further electrode of the probe is adaptable by the depth of penetration of the probe .
A system, comprising: a chassis ; a panel extending in a plane, the panel having a first edge and a second edge opposite the first edge; a first actuator coupled to the panel at a first location, the first actuator being adapted to cause vibration of the panel to generate sound waves; and a coupling assembly comprising a second actuator configured to vary a mechanical coupling between the panel and the chassis at the second edge of the panel, and wherein the panel is fixedly connected to the chassis at the first edge to limit displacement of the panel from the chassis at the first edge during vibration of the panel by the first actuator, and the coupling assembly allows displacement of the panel from the chassis at the second edge during the vibration of the panel by the first actuator. a chassis ; a panel extending in a plane, the panel having a first edge and a second edge opposite the first edge; a first actuator coupled to the panel at a first location, the first actuator being adapted to cause vibration of the panel to generate sound waves; and a coupling assembly comprising a second actuator configured to vary a mechanical coupling between the panel and the chassis at the second edge of the panel, and wherein the panel is fixedly connected to the chassis at the first edge to limit displacement of the panel from the chassis at the first edge during vibration of the panel by the first actuator, and the coupling assembly allows displacement of the panel from the chassis at the second edge during the vibration of the panel by the first actuator.
Method for identification of at least one medical reference image (REFI) comprising the steps of - providing a medical representation image (REPI) based on a current examination image (CURI) depicting a body part of a first patient (S1), - defining a region of interest (ROI) in the representation image (S2), - generating a feature signature (FESI) at least for the region of interest defined in the representation image (S4), - comparing the representation image with a plurality of medical images (MEDI) of at least one second patient stored in a medical image database based on the generated feature signature (S5), and - identifying at least one medical image in the database as the medical reference image (REFI) (S6), the medical reference image providing a similarity degree to the representation image above a predefined threshold, wherein the method is further characterized in that it comprises the step of - correcting at least one artefact in the representation image (S3) before generating the feature signature, wherein the step of generating is performed using a trained machine-learning algorithm , wherein the representation image is a digital representation of the current examination image providing lower image quality than the current examination image, and wherein the representation image is generated by taking a digital photograph of the current examination image. - providing a medical representation image (REPI) based on a current examination image (CURI) depicting a body part of a first patient (S1), - defining a region of interest (ROI) in the representation image (S2), - generating a feature signature (FESI) at least for the region of interest defined in the representation image (S4), - comparing the representation image with a plurality of medical images (MEDI) of at least one second patient stored in a medical image database based on the generated feature signature (S5), and - identifying at least one medical image in the database as the medical reference image (REFI) (S6), the medical reference image providing a similarity degree to the representation image above a predefined threshold, - correcting at least one artefact in the representation image (S3) before generating the feature signature, wherein the step of generating is performed using a trained machine-learning algorithm , wherein the representation image is a digital representation of the current examination image providing lower image quality than the current examination image, and wherein the representation image is generated by taking a digital photograph of the current examination image. wherein the step of generating is performed using a trained machine-learning algorithm , wherein the representation image is a digital representation of the current examination image providing lower image quality than the current examination image, and wherein the representation image is generated by taking a digital photograph of the current examination image.
A clipping mechanism for fastening a substrate for a surface treatment of the substrate , comprising: - a clipping bracket , and - an actuation unit comprising an actuation spindle , wherein the clipping bracket comprises in a cross-section a first arm and a second arm , wherein the first arm is moveable relative to the second arm to a receiving position for the substrate with a receiving distance between the first arm and the second arm and to a fastening position for the substrate with a fastening distance between the first arm and the second arm , wherein the fastening distance is smaller than the receiving distance, wherein the actuation unit is at least partially surrounded by the clipping bracket , wherein at least a portion of the actuation spindle comprises in a cross-section a cam and a second portion comprises a second cam , wherein the actuation spindle is rotatable relative to the clipping bracket , wherein the cam is in cooperation with the clipping bracket to move the first arm in the receiving position or the fastening position when the actuation spindle is rotated, wherein the second cam is in cooperation with the clipping bracket to move the second arm in the receiving position or the fastening position when the actuation spindle is rotated, and wherein the cam is moveable independently of the second cam . - a clipping bracket , and - an actuation unit comprising an actuation spindle , wherein the clipping bracket comprises in a cross-section a first arm and a second arm , wherein the first arm is moveable relative to the second arm to a receiving position for the substrate with a receiving distance between the first arm and the second arm and to a fastening position for the substrate with a fastening distance between the first arm and the second arm , wherein the fastening distance is smaller than the receiving distance, wherein the actuation unit is at least partially surrounded by the clipping bracket , wherein at least a portion of the actuation spindle comprises in a cross-section a cam and a second portion comprises a second cam , wherein the actuation spindle is rotatable relative to the clipping bracket , wherein the cam is in cooperation with the clipping bracket to move the first arm in the receiving position or the fastening position when the actuation spindle is rotated, wherein the second cam is in cooperation with the clipping bracket to move the second arm in the receiving position or the fastening position when the actuation spindle is rotated, and wherein the cam is moveable independently of the second cam .
A paper roll production apparatus comprising: a first sheet-forming machine and a second sheet-forming machine arranged for forming paper stock into a sheet and for dewatering the paper stock; a drying machine arranged for drying the paper stock dewatered by the first or second sheet-forming machine to form a dry paper material; a switching mechanism part arranged for switching to feed, into the drying machine , the paper stock dewatered by the first sheet-forming machine or the paper stock dewatered by the second sheet-forming machine ; and a winder arranged for winding up the dry paper material provided by the drying machine to form a paper roll, wherein the first sheet-forming machine is arranged to operate at a sheet-forming speed at which a fiber orientation of the paper stock is maintained, the second sheet-forming machine is arranged to operate at a sheet-forming speed faster than the sheet-forming speed of the first sheet-forming machine , and the winder is arranged to wind up the dry paper material at a speed corresponding to the sheet-forming speed of the first sheet-forming machine or to the sheet-forming speed of the second sheet-forming machine to form the paper roll. a first sheet-forming machine and a second sheet-forming machine arranged for forming paper stock into a sheet and for dewatering the paper stock; a drying machine arranged for drying the paper stock dewatered by the first or second sheet-forming machine to form a dry paper material; a switching mechanism part arranged for switching to feed, into the drying machine , the paper stock dewatered by the first sheet-forming machine or the paper stock dewatered by the second sheet-forming machine ; and a winder arranged for winding up the dry paper material provided by the drying machine to form a paper roll, wherein the first sheet-forming machine is arranged to operate at a sheet-forming speed at which a fiber orientation of the paper stock is maintained, the second sheet-forming machine is arranged to operate at a sheet-forming speed faster than the sheet-forming speed of the first sheet-forming machine , and the winder is arranged to wind up the dry paper material at a speed corresponding to the sheet-forming speed of the first sheet-forming machine or to the sheet-forming speed of the second sheet-forming machine to form the paper roll.
A method for preparing insulin lispro crystals comprising: (a) providing a solution comprising the insulin lispro, a water miscible organic solvent, and a crystal stabilizing agent, wherein the solution has a pH that is about 8.0; and (b) adding a zinc salt to the solution at a temperature of about 25°C to provide a crystalizing solution, cooling the solution to about 5°C, and incubating the crystalizing solution for a time sufficient for the insulin lispro to produce the insulin lispro crystals. (a) providing a solution comprising the insulin lispro, a water miscible organic solvent, and a crystal stabilizing agent, wherein the solution has a pH that is about 8.0; and (b) adding a zinc salt to the solution at a temperature of about 25°C to provide a crystalizing solution, cooling the solution to about 5°C, and incubating the crystalizing solution for a time sufficient for the insulin lispro to produce the insulin lispro crystals.
A ultraviolet curved type sterilizer , the sterilizer comprising: a base portion having a space accommodating a power supply device therein and a support portion formed on a top end portion thereof in a perpendicular direction to a bottom floor; a plurality of curved central reflection portions each fixed to the support portion by having one end and an opposite end inclined at the same angle from the support portion taking a middle of length as a center; a central ultraviolet lamp installed to project ultraviolet rays to the curved central reflection portion toward an outer side, the central ultraviolet lamp being formed of a quartz glass material; an upper end reflection portion formed with an accommodating space and fixedly installed at a top end of the support portion ; and an upper end ultraviolet lamp installed in an accommodating space of the upper end reflection portion and configured to project the ultraviolet rays toward an outer side, characterised in that , the sterilizer comprises holder angles and holders installed at each of the opposite ends of the central ultraviolet lamp , each ^holder angle having one side connected to one of the holders and an opposite side connected to one end of the opposite ends of the curved central reflection portion , thereby allowing the holders to be angle-adjusted from the curved central reflection portion , and when the central ultraviolet lamp is assembled to the holder angle , the central ultraviolet lamp is able to be used by being modified in a '<' shape or a '>' shape. a base portion having a space accommodating a power supply device therein and a support portion formed on a top end portion thereof in a perpendicular direction to a bottom floor; a plurality of curved central reflection portions each fixed to the support portion by having one end and an opposite end inclined at the same angle from the support portion taking a middle of length as a center; a central ultraviolet lamp installed to project ultraviolet rays to the curved central reflection portion toward an outer side, the central ultraviolet lamp being formed of a quartz glass material; an upper end reflection portion formed with an accommodating space and fixedly installed at a top end of the support portion ; and an upper end ultraviolet lamp installed in an accommodating space of the upper end reflection portion and configured to project the ultraviolet rays toward an outer side, characterised in that , the sterilizer comprises holder angles and holders installed at each of the opposite ends of the central ultraviolet lamp , each ^holder angle having one side connected to one of the holders and an opposite side connected to one end of the opposite ends of the curved central reflection portion , thereby allowing the holders to be angle-adjusted from the curved central reflection portion , and when the central ultraviolet lamp is assembled to the holder angle , the central ultraviolet lamp is able to be used by being modified in a '<' shape or a '>' shape.