mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising at least one wound healing agent selected from Collagen VII, mini-C7 or a variant thereof for use in a method for treating or accelerating healing of a wound in a diabetic subject, wherein said pharmaceutical composition is administered by topical application.
A robot, characterized by: a first arm; a second arm coupled in series to the first arm; a third arm coupled in series to the second arm; a distal end coupled in series to the third arm; a first actuator configured to swing the first arm about a first axis line; a second actuator disposed on a side on which the first actuator is disposed in a direction along the first axis line, the second actuator being configured to swing the second arm about a second axis line parallel to the first axis line; a third actuator configured to swing the third arm about a third axis line parallel to the first axis line, wherein the third actuator is disposed on the side on which the first actuator and the second actuator are disposed in the direction along the first axis line; and a plurality of posture adjustment actuators (M5, M6, M7) configured to adjust a posture of the distal end; and a first cable disposed on a side opposite to the side on which the first actuator and the second actuator are disposed in the direction along the first axis line so as to transmit energy to the second actuator, the third actuator, and the plurality of posture adjustment actuators (M5, M6, M7). a first arm; a second arm coupled in series to the first arm; a third arm coupled in series to the second arm; a distal end coupled in series to the third arm; a first actuator configured to swing the first arm about a first axis line; a second actuator disposed on a side on which the first actuator is disposed in a direction along the first axis line, the second actuator being configured to swing the second arm about a second axis line parallel to the first axis line; a third actuator configured to swing the third arm about a third axis line parallel to the first axis line, wherein the third actuator is disposed on the side on which the first actuator and the second actuator are disposed in the direction along the first axis line; and a plurality of posture adjustment actuators (M5, M6, M7) configured to adjust a posture of the distal end; and a first cable disposed on a side opposite to the side on which the first actuator and the second actuator are disposed in the direction along the first axis line so as to transmit energy to the second actuator, the third actuator, and the plurality of posture adjustment actuators (M5, M6, M7).
A mammography apparatus comprising: a ray source control unit that performs control of moving a radiation source, and emitting radiation from the radiation source at a plurality of positions at which incidence angles of radiation to a breast of a subject are different from each other; and a detector control unit that performs control of causing a radiation detector to detect radiation emitted from the radiation source at the plurality of positions, wherein the ray source control unit performs control of moving the radiation source at a movement speed corresponding to a position of the radiation source relative to a subject face proximate position, the face proximate position being a position at which the radiation source comes close to the face of the subject, the mammography apparatus further comprising: a position detection unit that detects a position of the face of the subject, wherein the ray source control unit changes the movement speed of the radiation source according to a position of the radiation source relative to the position of the face of the subject on the basis of a detection result in the position detection unit, and moves the radiation source. a ray source control unit that performs control of moving a radiation source, and emitting radiation from the radiation source at a plurality of positions at which incidence angles of radiation to a breast of a subject are different from each other; and a detector control unit that performs control of causing a radiation detector to detect radiation emitted from the radiation source at the plurality of positions, wherein the ray source control unit performs control of moving the radiation source at a movement speed corresponding to a position of the radiation source relative to a subject face proximate position, the face proximate position being a position at which the radiation source comes close to the face of the subject, the mammography apparatus further comprising: a position detection unit that detects a position of the face of the subject, wherein the ray source control unit changes the movement speed of the radiation source according to a position of the radiation source relative to the position of the face of the subject on the basis of a detection result in the position detection unit, and moves the radiation source. a position detection unit that detects a position of the face of the subject, wherein the ray source control unit changes the movement speed of the radiation source according to a position of the radiation source relative to the position of the face of the subject on the basis of a detection result in the position detection unit, and moves the radiation source.
A control method for photovoltaic inverters whose AC sides are connected in parallel, applied to a system in which AC sides of inverters are connected in parallel and DC sides of the inverters are independent from each other, wherein the system comprises at least two inverters which are a first inverter and a second inverter, wherein an input terminal of the first inverter is connected with a first PV array, an input terminal of the second inverter is connected with a second PV array, the first PV array and the second PV array each have a parasitic capacitance to ground, the first inverter is a host inverter and the second inverter is a slave inverter, and the first inverter is coupled with the second PV array through the parasitic capacitances to form a common-mode loop; wherein the method comprises: detecting a first direct voltage of the first inverter and a second direct voltage of the second inverter; obtaining a difference between the first direct voltage and the second direct voltage; and adjusting the direct voltage of the slave inverter based on the direct voltage of the host inverter to control the difference to be within a predetermined range and to control a common-mode voltage in the common-mode loop to be within a predetermined common-mode voltage range, wherein the slave inverter is controlled to follow the operation of the host inverter based on the maximum power of the host inverter. detecting a first direct voltage of the first inverter and a second direct voltage of the second inverter; obtaining a difference between the first direct voltage and the second direct voltage; and adjusting the direct voltage of the slave inverter based on the direct voltage of the host inverter to control the difference to be within a predetermined range and to control a common-mode voltage in the common-mode loop to be within a predetermined common-mode voltage range, wherein the slave inverter is controlled to follow the operation of the host inverter based on the maximum power of the host inverter.
A pharmaceutical composition for use in a method of preventing or treating a disease accompanied by vascular leakage or vascular inflammation, comprising an anti-Ang2 antibody or an antigen-binding fragment thereof, wherein the anti-Ang2 antibody or antigen-binding fragment thereof specifically binds to Ang2, and forms a complex with a Tie2 receptor and Ang2, and increases the activity of Tie2 by increasing phosphorylation of the Tie2 receptor compared to the level of phosphorylation observed without the presence of the anti-Ang2 antibody or antigen-binding fragment thereof, and wherein the disease accompanied by vascular leakage is vascular leak syndrome, acute respiratory distress syndrome, acute lung injury, or diabetic vascular complication, and the disease accompanied by vascular inflammation is vascular infection.
An apparatus for generating and displaying panoramic images comprising: means for capturing a plurality of images; means for combining the plurality of images into a panorama; and means for displaying the panorama as an annular view, characterized in that the annular view comprises an incomplete annulus with a missing portion, the missing portion corresponding to a view angle missing from the panoramic image. means for capturing a plurality of images; means for combining the plurality of images into a panorama; and means for displaying the panorama as an annular view, characterized in that the annular view comprises an incomplete annulus with a missing portion, the missing portion corresponding to a view angle missing from the panoramic image.
A control method for a laundry treating apparatus comprising a washing machine provided with a tub in which water is stored and a washing drum provided inside the tub, storing laundry therein, and a dryer provided with a drying drum in which laundry is stored and a supply unit for removing water from laundry by supplying the air to the drying drum, the control method comprising: a course setup step of receiving a washing course through a washing machine interface provided to receive a control command; a first communication step of transmitting the washing course to the dryer by the washing machine if the washing course is input through the washing machine interface; and an interface power supply step of supplying a power to a dryer interface provided to receive a control command if the dryer receives information on the washing course. a course setup step of receiving a washing course through a washing machine interface provided to receive a control command; a first communication step of transmitting the washing course to the dryer by the washing machine if the washing course is input through the washing machine interface; and an interface power supply step of supplying a power to a dryer interface provided to receive a control command if the dryer receives information on the washing course.
Oligonucleotides (i) having the sequence of SEQ ID NO 3, or (ii) having a nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO 3, or (iii) having, in reading direction 5' -> 3', a nucleotide sequence having an opposite reading direction to the nucleotide sequence of SEQ ID NO 3: cgaacccc*w ccwyc 15 SEQ ID NO 3, wherein w represents a or t, y represents c or t; und * represents an insert "c". (i) having the sequence of SEQ ID NO 3, or (ii) having a nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO 3, or (iii) having, in reading direction 5' -> 3', a nucleotide sequence having an opposite reading direction to the nucleotide sequence of SEQ ID NO 3: cgaacccc*w ccwyc 15 SEQ ID NO 3, wherein w represents a or t, y represents c or t; und * represents an insert "c". w represents a or t, y represents c or t; und * represents an insert "c".
An apparatus comprising: a gas turbine engine enclosed by a nacelle having a surface configured to be exposed to a flow flowing on the exterior of the surface, the flow being a mixture of a boundary layer formed on the surface in addition to a free stream flow, wherein the gas turbine engine has an exhaust flow path; a boundary layer bleed opening in the surface through which air from the boundary layer can be withdrawn; and an airflow member movable between an open position in which the airflow member does not contact the nacelle and a closed position in which the airflow member engages the nacelle, the closed position permitting the air from the boundary layer passed through the boundary layer bleed opening to become entrained with the exhaust flow path of the gas turbine engine, the open position permitting ambient air to pass through a first passage formed between the airflow member and the nacelle to become entrained with the exhaust flow path, wherein the airflow member is an ejector shroud, slideable between the closed position, engaging and surrounding the nacelle and the open position, wherein the apparatus further includes an outlet at a surface location downstream of a portion of the airflow member that characterizes the open position and closed position, and a second passage between the boundary layer bleed opening and the outlet. a gas turbine engine enclosed by a nacelle having a surface configured to be exposed to a flow flowing on the exterior of the surface, the flow being a mixture of a boundary layer formed on the surface in addition to a free stream flow, wherein the gas turbine engine has an exhaust flow path; a boundary layer bleed opening in the surface through which air from the boundary layer can be withdrawn; and an airflow member movable between an open position in which the airflow member does not contact the nacelle and a closed position in which the airflow member engages the nacelle, the closed position permitting the air from the boundary layer passed through the boundary layer bleed opening to become entrained with the exhaust flow path of the gas turbine engine, the open position permitting ambient air to pass through a first passage formed between the airflow member and the nacelle to become entrained with the exhaust flow path, wherein the airflow member is an ejector shroud, slideable between the closed position, engaging and surrounding the nacelle and the open position, wherein the apparatus further includes an outlet at a surface location downstream of a portion of the airflow member that characterizes the open position and closed position, and a second passage between the boundary layer bleed opening and the outlet.
A method of determining the presence of packet-forwarding errors within an IP network comprising a plurality of network-connected devices, the method comprising: receiving, at a software-defined network controller, an indication of a potential packet-forwarding error between a first network device and a second network device of the plurality of network-connected devices, wherein the first and second network devices form at least a portion of a datapath between a first host device and a second host device; reconfiguring, by the software-defined network controller, a forwarding plane of the first network device, wherein the first network device comprises an ingress interface and a control interface, and wherein the reconfigured forwarding plane implements a many-to-one mapping functionality whereby a forwarding rule applied to data packets injected at the ingress interface is also applied to data packets injected at the control interface; injecting, by the software-defined network controller, a test packet at the control interface to the first network device, wherein the software-defined network controller is coupled to the first network device via the control interface, wherein a header of the test packet includes data identifying the second host device as a destination of the test packet; and determining, by the software-defined network controller, whether the test packet is received at the second network device, wherein the software-defined network controller extracts the test packet from the datapath prior to the test packet reaching the second host device. receiving, at a software-defined network controller, an indication of a potential packet-forwarding error between a first network device and a second network device of the plurality of network-connected devices, wherein the first and second network devices form at least a portion of a datapath between a first host device and a second host device; reconfiguring, by the software-defined network controller, a forwarding plane of the first network device, wherein the first network device comprises an ingress interface and a control interface, and wherein the reconfigured forwarding plane implements a many-to-one mapping functionality whereby a forwarding rule applied to data packets injected at the ingress interface is also applied to data packets injected at the control interface; injecting, by the software-defined network controller, a test packet at the control interface to the first network device, wherein the software-defined network controller is coupled to the first network device via the control interface, wherein a header of the test packet includes data identifying the second host device as a destination of the test packet; and determining, by the software-defined network controller, whether the test packet is received at the second network device, wherein the software-defined network controller extracts the test packet from the datapath prior to the test packet reaching the second host device.
A printing apparatus comprising: a feeding roller configured to feed a printing sheet stacked on a stacking means; a pair of conveyance rollers (5, 6) for conveying the printing sheet fed by the feeding roller; a control unit configured to form an overlap state in which a marginal area on a leading edge side of a succeeding printing sheet (1-B) is overlapping with a marginal area on a trailing edge side of a preceding printing sheet (1-A), and configured to perform a skew correction operation for the succeeding printing sheet by causing the leading edge of the succeeding printing sheet to abut against a nip portion of the pair of conveyance rollers while the pair of conveyance rollers is stopped, wherein the control unit forms the overlap state between the feeding roller and the pair of conveyance rollers; characterized in that the printing apparatus further comprises a print head configured to print an image on the printing sheet conveyed by the pair of conveyance rollers (5, 6); and a carriage configured to mount the print head and move in an intersecting direction which intersects a printing sheet conveyance direction and in that the control unit is configured to perform the skew correction operation for the succeeding printing sheet in a state where the overlap state is formed and while the pair of conveyance rollers is stopped for printing of a last row of the preceding printing sheet by the print head. a feeding roller configured to feed a printing sheet stacked on a stacking means; a pair of conveyance rollers (5, 6) for conveying the printing sheet fed by the feeding roller; a control unit configured to form an overlap state in which a marginal area on a leading edge side of a succeeding printing sheet (1-B) is overlapping with a marginal area on a trailing edge side of a preceding printing sheet (1-A), and configured to perform a skew correction operation for the succeeding printing sheet by causing the leading edge of the succeeding printing sheet to abut against a nip portion of the pair of conveyance rollers while the pair of conveyance rollers is stopped, wherein the control unit forms the overlap state between the feeding roller and the pair of conveyance rollers; characterized in that the printing apparatus further comprises a print head configured to print an image on the printing sheet conveyed by the pair of conveyance rollers (5, 6); and a carriage configured to mount the print head and move in an intersecting direction which intersects a printing sheet conveyance direction and in that the control unit is configured to perform the skew correction operation for the succeeding printing sheet in a state where the overlap state is formed and while the pair of conveyance rollers is stopped for printing of a last row of the preceding printing sheet by the print head.
System for receiving radio stations, comprising at least one wideband A/D converter in order to digitize the whole reception band received via at least one antenna, characterized in that there is provision for means in order to subsequently demodulate at least two signals of different transmission frequencies of a radio station and to combine said signals using different weighting, and to rate a reception quality of the signals of the different transmission frequencies and to select the better-rated signal in each case.
A turbine blade support assembly comprising a central hub, a plurality of carrying members (24,124) extending outwardly from the central hub, and a respective subsidiary hub (30,150) on each of the carrying members for securing a respective turbine blade to each carrying member, characterised in that: the assembly comprises a plurality of elongate support members (32,34,36) to support the carrying members, each support member being arranged in tension, each of the carrying members being in compression; wherein each carrying member is elongate and extends radially outwardly from the central hub, and having first and second opposite end regions (26,28), the first end region being secured to the central hub and the second end region having a subsidiary hub (30,150) mounted thereon, wherein at least some of the support members extend between carrying members at the second end region.
A disposable bone cutter comprising: a) a plate, having a top surface a bottom surface, a thickness therebetween, and a central longitudinal axis (A-A) therethrough; b) a plurality of blade enclosures, each enclosure having an enclosure wall defining an enclosure width, an enclosure length, an enclosure depth, and an enclosure longitudinal axis (B-B) therethrough, the plurality of blade enclosures supported by the plate such that the central axis (A-A) of the plate is parallel to the longitudinal axes (B-B) of the plurality of enclosures, wherein the enclosure wall defines an opening that extends within each blade enclosure from the blade enclosure distal end to a position of the proximal end region thereof, wherein each blade enclosure opening comprises an opening width, an opening length, and an opening depth; and c) an insert blade having a blade proximal end region and a blade distal end region, positioned within the blade enclosure such that a portion of the proximal end region of the blade is positionable within the opening of the blade enclosure. a) a plate, having a top surface a bottom surface, a thickness therebetween, and a central longitudinal axis (A-A) therethrough; b) a plurality of blade enclosures, each enclosure having an enclosure wall defining an enclosure width, an enclosure length, an enclosure depth, and an enclosure longitudinal axis (B-B) therethrough, the plurality of blade enclosures supported by the plate such that the central axis (A-A) of the plate is parallel to the longitudinal axes (B-B) of the plurality of enclosures, wherein the enclosure wall defines an opening that extends within each blade enclosure from the blade enclosure distal end to a position of the proximal end region thereof, wherein each blade enclosure opening comprises an opening width, an opening length, and an opening depth; and c) an insert blade having a blade proximal end region and a blade distal end region, positioned within the blade enclosure such that a portion of the proximal end region of the blade is positionable within the opening of the blade enclosure.