mhurhangee/ep-ind-claims huggingface dataset:
A tenocyte seeded bioscaffold for use in a method of treating rotator cuff tear in a mammalian subject in need thereof, the method comprising the steps of: (i) selectively expanding tenocytes in vitro in culture medium comprising insulin and a glucocorticoid to produce a culture of expanded tenocytes; (ii) seeding a bioscaffold with said expanded tenocytes to produce a tenocyte seeded bioscaffold, wherein the bioscaffold is adapted for implantation proximal to a rotator cuff tear; and (iii) implanting said tenocyte seeded bioscaffold proximal to the rotator cuff tear. (i) selectively expanding tenocytes in vitro in culture medium comprising insulin and a glucocorticoid to produce a culture of expanded tenocytes; (ii) seeding a bioscaffold with said expanded tenocytes to produce a tenocyte seeded bioscaffold, wherein the bioscaffold is adapted for implantation proximal to a rotator cuff tear; and (iii) implanting said tenocyte seeded bioscaffold proximal to the rotator cuff tear.
A system for the delivery of proton therapy by pencil beam scanning of a predeterminable volume within a patient, comprising: a) a proton source in order to generate a proton beam being adjustable with respect to the beam intensity and/or beam energy, i.e. by use of a degrader; b) a number of proton beam bending and/or focusing units; c) a beam nozzle having an outlet for the proton beam to penetrate the predeterminable volume of the patient; d) a beam bending magnet being disposed upstream of the nozzle; e) a couple of sweeper magnets (WT, WU) in order to sweep the proton beam in both lateral directions (T, U); f) a position-sensitive detector being aligned with the nozzle in order to control the position of the proton beam; and g) a control logic for controlling the position and the energy of the proton beam comprising a beam steering data set; h) a correction logic aligned with the control logic for correcting beam position errors by comparing an expected beam position with the actual beam position detected in the position-sensitive detector and generating beam position correction data in dependency of the comparison results, wherein the beam position correction data is introduced into the beam steering data set after running a therapy-independent test irradiation data set comprising a patient-field specific steering file in order to identify scan specific corrections, and wherein the correction logic further uses a generic dynamic correction model for correcting beam position errors which decays as a function of the time after a change of the proton energy. a) a proton source in order to generate a proton beam being adjustable with respect to the beam intensity and/or beam energy, i.e. by use of a degrader; b) a number of proton beam bending and/or focusing units; c) a beam nozzle having an outlet for the proton beam to penetrate the predeterminable volume of the patient; d) a beam bending magnet being disposed upstream of the nozzle; e) a couple of sweeper magnets (WT, WU) in order to sweep the proton beam in both lateral directions (T, U); f) a position-sensitive detector being aligned with the nozzle in order to control the position of the proton beam; and g) a control logic for controlling the position and the energy of the proton beam comprising a beam steering data set; h) a correction logic aligned with the control logic for correcting beam position errors by comparing an expected beam position with the actual beam position detected in the position-sensitive detector and generating beam position correction data in dependency of the comparison results, wherein the beam position correction data is introduced into the beam steering data set after running a therapy-independent test irradiation data set comprising a patient-field specific steering file in order to identify scan specific corrections, and wherein the correction logic further uses a generic dynamic correction model for correcting beam position errors which decays as a function of the time after a change of the proton energy.
A method for managing voicemail greeting comprising: receiving a voicemail greeting template having a default portion and a placeholder portion, wherein the default portion is included in voicemail greetings generated by a computer based on the voicemail greeting template, characterized by receiving an audio and video status message for a user or a device, wherein the status message includes a state of the user or a state of the device; extracting an audio portion of the audio and video status message; and replacing the placeholder portion of the voicemail greeting template with the audio portion of the received status message to generate, with the computer, a personalized voicemail greeting of the user that includes the default portion and the received status information, wherein output of the personalized voicemail greeting is initiated in response to an incoming phone call. receiving a voicemail greeting template having a default portion and a placeholder portion, wherein the default portion is included in voicemail greetings generated by a computer based on the voicemail greeting template, characterized by receiving an audio and video status message for a user or a device, wherein the status message includes a state of the user or a state of the device; extracting an audio portion of the audio and video status message; and replacing the placeholder portion of the voicemail greeting template with the audio portion of the received status message to generate, with the computer, a personalized voicemail greeting of the user that includes the default portion and the received status information, wherein output of the personalized voicemail greeting is initiated in response to an incoming phone call.
Method for producing a current transformer for high voltage gas insulated switchgear substation, wherein the current transformer is arranged in a tubelike insulating housing, which is connected with a respective fastening flange at both ends of the tubelike insulating housing, wherein the fastening flanges are provided with a peg-like portion (2*), whose measure of the external diameter corresponds with the measure of the inner diameter of the tubelike insulating housing, characterized in that the peg-like portion is pushed tightly into the tubelike insulating housing, and that an intersurface between both corresponding surfaces is provided before pushing into the tubelike insulating housing with a glue, and wherein before deposition of the glue, at least an outer surface of the peg-like portions are pretreated by sandblasting, knurling or etching, in order to enlarge the microstrutured surface for resulting in more grip, for the deposited glue.
A display device, comprising: a support panel including a body and a guide, the guide being on one side of the body; a protective cap spaced apart from the guide at one side of the support panel; and a first display substrate on the support panel, the first display substrate including a bending area that is bent at one side, wherein: an accommodation space is defined between the protective cap (CA, CA1) and the guide, the bending area is accommodated in the accommodation space, and one end of the accommodation space is an open end and another end of the accommodation space is a closed end. a support panel including a body and a guide, the guide being on one side of the body; a protective cap spaced apart from the guide at one side of the support panel; and a first display substrate on the support panel, the first display substrate including a bending area that is bent at one side, wherein: an accommodation space is defined between the protective cap (CA, CA1) and the guide, the bending area is accommodated in the accommodation space, and one end of the accommodation space is an open end and another end of the accommodation space is a closed end. an accommodation space is defined between the protective cap (CA, CA1) and the guide, the bending area is accommodated in the accommodation space, and one end of the accommodation space is an open end and another end of the accommodation space is a closed end.
A control device that controls movement of a transporting unit connected to a moving unit that is movable, the control device comprising: a first control unit that is configured to control a movement speed of the moving unit; and a second control unit that is configured to move the transporting unit with respect to the moving unit according to acceleration or deceleration of the moving unit, the control device further comprising: a judgment unit that is configured to judge characteristics of a transportation target that is transported with the transporting unit; and a determination unit that is configured to determinate the movement speed or an acceleration of the moving unit on a movement path thereof on the basis of the characteristics before the moving unit starts moving. a first control unit that is configured to control a movement speed of the moving unit; and a second control unit that is configured to move the transporting unit with respect to the moving unit according to acceleration or deceleration of the moving unit, the control device further comprising: a judgment unit that is configured to judge characteristics of a transportation target that is transported with the transporting unit; and a determination unit that is configured to determinate the movement speed or an acceleration of the moving unit on a movement path thereof on the basis of the characteristics before the moving unit starts moving. a judgment unit that is configured to judge characteristics of a transportation target that is transported with the transporting unit; and a determination unit that is configured to determinate the movement speed or an acceleration of the moving unit on a movement path thereof on the basis of the characteristics before the moving unit starts moving.
Method for placing a band on a bookbinding cover, wherein the method comprises the following steps: - Holding the band by a first point by means of a first clamp, in such a way that there is a first excess portion of band between a first free end of the band and the first clamp; - Holding the band by a second point by means of a second clamp, in such a way that there is a second excess portion of band between a second free end of the band and the second clamp, said first and second clamps having the ability to move relative to each other; - Moving the band to a position facing said cover; - Passing said first and second excess portions of band through two holes punched in said bookbinding cover; - Placing a first and a second glue point on said bookbinding cover; - Pressing the first excess portion of band on to the first glue point and the cover, and pressing the second excess portion of band on to the second glue point and the cover. - Holding the band by a first point by means of a first clamp, in such a way that there is a first excess portion of band between a first free end of the band and the first clamp; - Holding the band by a second point by means of a second clamp, in such a way that there is a second excess portion of band between a second free end of the band and the second clamp, said first and second clamps having the ability to move relative to each other; - Moving the band to a position facing said cover; - Passing said first and second excess portions of band through two holes punched in said bookbinding cover; - Placing a first and a second glue point on said bookbinding cover; - Pressing the first excess portion of band on to the first glue point and the cover, and pressing the second excess portion of band on to the second glue point and the cover.
A base station device comprising: a controller (190, 192, 193, 194, 195) for changing a reference value proportional to a power control rate for reverse closed loop power control in a control hold state which a traffic channel is released and synchronization of mobile station device is maintained, the reference value being initially equal to a required signal to noise ratio, the changed reference value being value less than the required signal to noise ratio; and a forward dedicated control channel transmitter for transmitting a power control bit for controlling transmission power of a reverse link according to the changed reference value. a controller (190, 192, 193, 194, 195) for changing a reference value proportional to a power control rate for reverse closed loop power control in a control hold state which a traffic channel is released and synchronization of mobile station device is maintained, the reference value being initially equal to a required signal to noise ratio, the changed reference value being value less than the required signal to noise ratio; and a forward dedicated control channel transmitter for transmitting a power control bit for controlling transmission power of a reverse link according to the changed reference value.
A system comprising: a wet cell battery including a plurality of cells (1, 2, 3, 4, 5) wired in series for powering industrial and commercial products so that each pair of adjacent cells has a voltage potential between them, each cell containing electrolyte; a device requiring electrical power; a first electrically conductive probe inserted into the electrolyte in a first one of the battery cells and electrically connected to the device requiring electrical power; and a second electrically conductive probe inserted into the electrolyte in a second one of the battery cells different from the first one of the battery cells and electrically connected to the device requiring electrical power, wherein the first and second probes (20, 30) serve as positive and negative power supply electrodes to power the device requiring electrical power, wherein: each of the plurality of cells includes an opening for a vent cap, and the first and second electrically conductive probes are each inserted through the opening of the battery cell concerned; or the system comprises a single point watering system including first and second valves associated with the first and second cells respectively, the first probe extending through the first valve and the second probe extending through the second valve. a wet cell battery including a plurality of cells (1, 2, 3, 4, 5) wired in series for powering industrial and commercial products so that each pair of adjacent cells has a voltage potential between them, each cell containing electrolyte; a device requiring electrical power; a first electrically conductive probe inserted into the electrolyte in a first one of the battery cells and electrically connected to the device requiring electrical power; and a second electrically conductive probe inserted into the electrolyte in a second one of the battery cells different from the first one of the battery cells and electrically connected to the device requiring electrical power, each of the plurality of cells includes an opening for a vent cap, and the first and second electrically conductive probes are each inserted through the opening of the battery cell concerned; or the system comprises a single point watering system including first and second valves associated with the first and second cells respectively, the first probe extending through the first valve and the second probe extending through the second valve.
A method comprising: at an electronic greeting system of a smart home environment having one or more processors (212, 302, 402, 602) and memory (306, 406, 606): detecting a visitor (712, 820, 830, 1030, 1040, 1050) of the smart home environment; obtaining context information from the smart home environment regarding the visitor (712, 820, 830, 1030, 1040, 1050); based on the context information, identifying a plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) available to a user of a client device (166, 220) for interacting with the visitor (712, 820, 830, 1030, 1040, 1050) via the electronic greeting system, wherein identifying the plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) available to the user includes selecting N appropriate actions from a superset of P appropriate actions, where N and P are integers and P is greater than N, and identifying the selected appropriate actions as the plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056); causing the identified actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) to be presented to the user of the client device (166, 220); receiving a selection of an identified action from the user of the client device (166, 220); and causing the action to be performed. detecting a visitor (712, 820, 830, 1030, 1040, 1050) of the smart home environment; obtaining context information from the smart home environment regarding the visitor (712, 820, 830, 1030, 1040, 1050); based on the context information, identifying a plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) available to a user of a client device (166, 220) for interacting with the visitor (712, 820, 830, 1030, 1040, 1050) via the electronic greeting system, wherein identifying the plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) available to the user includes selecting N appropriate actions from a superset of P appropriate actions, where N and P are integers and P is greater than N, and identifying the selected appropriate actions as the plurality of appropriate actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056); causing the identified actions (1024, 1032, 1034, 1036, 1042, 1044, 1046, 1052, 1054, 1056) to be presented to the user of the client device (166, 220); receiving a selection of an identified action from the user of the client device (166, 220); and causing the action to be performed.
A method of controlling a motor drive, the method comprising a normal operation mode wherein a DC link voltage is charged using an AC power supply and an emergency mode wherein the DC link voltage is charged using a DC supply, wherein: in the normal mode of operation, determining whether the DC link voltage falls below a first threshold and, if so, entering the emergency mode of operation; and in the emergency mode of operation, determining whether the DC link voltage rises above a second threshold and, if so, entering the normal mode of operation, the method further comprising: entering a first coast mode in which the motor is not driven and so power is not drained from a DC link capacitor before entering the emergency mode of operation from the normal mode of operation and/or entering a second coast mode in which the motor is not driven and so power is not drained from a DC link capacitor before entering the normal mode of operation from the emergency mode of operation. in the normal mode of operation, determining whether the DC link voltage falls below a first threshold and, if so, entering the emergency mode of operation; and in the emergency mode of operation, determining whether the DC link voltage rises above a second threshold and, if so, entering the normal mode of operation,
Vehicle including a dashboard, and a kit of accessories for said dashboard, wherein the dashboard has a main wall which has holes provided for receiving coupling pins of a plurality of accessories (7,10) of the dashboard, so that the dashboard can be configured by the end user by arranging one or more accessories in positions on the dashboard which can be selected as desired, said vehicle being characterized in that: - said main wall defines a support surface which is substantially planar and horizontal, said surface extending, at its front side and at its two lateral sides, into a surface which progressively climbs upwardly. - said holes form ordered and substantially uniform arrays of holes arranged on said support surface and said upwardly climbing surface, - at least at some specific areas of the dashboard, the ordered arrays of holes include sub-groups of holes arranged according to predetermined patterns, - one or more of said accessories have pins arranged according to said predetermined patterns, so that said accessories can be positioned as desired in different positions on the dashboard, but always within said specific areas of the dashboard, - the distribution of holes on the dashboard comprises sub-groups of holes in which one or more holes have a different cross-section from the cross-section of the other holes of the same sub-group and in that at least one of said accessories has pins which have the same pattern as that of one or more sub-groups, with one or more pins which have cross-sections corresponding to said different cross-section, so that the accessory must be mounted within determined areas of the dashboard and with a determined orientation. - said main wall defines a support surface which is substantially planar and horizontal, said surface extending, at its front side and at its two lateral sides, into a surface which progressively climbs upwardly. - said holes form ordered and substantially uniform arrays of holes arranged on said support surface and said upwardly climbing surface, - at least at some specific areas of the dashboard, the ordered arrays of holes include sub-groups of holes arranged according to predetermined patterns, - one or more of said accessories have pins arranged according to said predetermined patterns, so that said accessories can be positioned as desired in different positions on the dashboard, but always within said specific areas of the dashboard, - the distribution of holes on the dashboard comprises sub-groups of holes in which one or more holes have a different cross-section from the cross-section of the other holes of the same sub-group and in that at least one of said accessories has pins which have the same pattern as that of one or more sub-groups, with one or more pins which have cross-sections corresponding to said different cross-section, so that the accessory must be mounted within determined areas of the dashboard and with a determined orientation.
A radial turbine blade (50; 60; 80; 90) configured to drivingly rotate a turbine rotor with working gas flowing in a radial direction from a spiral scroll formed in a turbine casing to the turbine blade (50; 60; 80; 90) of the turbine rotor positioned on an inner side of the scroll to act on the turbine blade (50; 60; 80; 90) and then flowing out in an axial direction, comprising a variable nozzle mechanism in which a plurality of nozzle vanes are disposed at an equal interval along a circumferential direction of a turbine on an inner circumference side of the scroll, and a blade angle of the nozzle vanes is changed, wherein the turbine rotor includes a hub fixed to an end portion of a rotor shaft and a plurality of the turbine blades (50, 60, 80, 90) fixedly adhering to an outer circumference of the hub at an equal interval in a circumferential direction, and wherein a hub-side end portion (Pa) at a leading edge (51; 61; 81; 91) of the turbine blade (50; 60; 80; 90) and on a surface of the hub is formed to be positioned more on a rear side in a rotation direction of the turbine blade (50; 60; 80; 90) than a shroud-side end portion (Sa, Sc) at the leading edge (51; 61; 81; 91), characterized in that a straight line, connecting between the shroud-side end portion (Sa, Sc) and the hub-side end portion (Pa), is inclined with respect to a straight line, extending in a rotation axis direction from the shroud-side end portion (Sa, Sc) at the leading edge (51; 61; 81; 91) onto the surface of the hub, by an angle in a range from 30° to 70° in a radial direction view of the turbine blade (50; 60; 80; 90).