mhurhangee/ep-ind-claims huggingface dataset:
A transport assisting method for a radiation-irradiation device assisting a user to transport a radiation-irradiation device, on which a radiation source, which is configured for irradiating a radiation image recording medium, which is disposed under a subject on a bed, with radiation, and a movable radiation source holding unit, which is configured for holding the radiation source so as to allow the position of the radiation source to be changeable, are mounted, wherein the radiation-irradiation device is capable of being transported by the user to a target position, the transport assisting method comprising: setting the target position of the radiation-irradiation device, where the radiation image recording medium is in a movable range of the radiation source holding unit such that the position of the radiation source is capable of being changed by the radiation source holding unit and the radiation source is capable of being disposed at a radiation-irradiation position where a radiation image is capable of being taken, and where a work space, which is set to a size that allows at least one person to easily pass, is capable of being secured around the radiation-irradiation device; detecting a current position of the radiation-irradiation device; detecting a position of an obstacle that obstructs the transport of the radiation-irradiation device; and notifying the user of the transport assistance of the movement path of the radiation-irradiation device to the target position on the basis of the target position, the current position, and the position of the obstacle. setting the target position of the radiation-irradiation device, where the radiation image recording medium is in a movable range of the radiation source holding unit such that the position of the radiation source is capable of being changed by the radiation source holding unit and the radiation source is capable of being disposed at a radiation-irradiation position where a radiation image is capable of being taken, and where a work space, which is set to a size that allows at least one person to easily pass, is capable of being secured around the radiation-irradiation device; detecting a current position of the radiation-irradiation device; detecting a position of an obstacle that obstructs the transport of the radiation-irradiation device; and notifying the user of the transport assistance of the movement path of the radiation-irradiation device to the target position on the basis of the target position, the current position, and the position of the obstacle.
A wellbore servicing apparatus comprising: a housing substantially defining an axial flowbore and comprising one or more ports, wherein the housing comprises an expanded seat recess; an expandable seat, configured to engage an obturating member; and a sliding sleeve slidably fitted within the housing, the sliding sleeve being transitional from a first position relative to the housing to a second position relative to the housing and from the second position to a third position relative to the housing, wherein, in the first position, the sliding sleeve does not permit fluid communication from the axial flowbore to an exterior of the housing via the one or more ports and the expandable seat is retained in a narrower, non-expanded conformation, wherein, in the second position, the sliding sleeve permits fluid communication from the axial flowbore to the exterior of the housing via the one or more ports and the expandable seat is retained in a narrower, non-expanded conformation, and wherein, in the third position, the sliding sleeve does not permit fluid communication from the axial flowbore to the exterior of the housing via the one or more ports and the expandable seat is allowed to expand into a wider, expanded conformation. a housing substantially defining an axial flowbore and comprising one or more ports, wherein the housing comprises an expanded seat recess; an expandable seat, configured to engage an obturating member; and a sliding sleeve slidably fitted within the housing, the sliding sleeve being transitional from a first position relative to the housing to a second position relative to the housing and from the second position to a third position relative to the housing, wherein, in the first position, the sliding sleeve does not permit fluid communication from the axial flowbore to an exterior of the housing via the one or more ports and the expandable seat is retained in a narrower, non-expanded conformation, wherein, in the second position, the sliding sleeve permits fluid communication from the axial flowbore to the exterior of the housing via the one or more ports and the expandable seat is retained in a narrower, non-expanded conformation, and wherein, in the third position, the sliding sleeve does not permit fluid communication from the axial flowbore to the exterior of the housing via the one or more ports and the expandable seat is allowed to expand into a wider, expanded conformation.
Jointless prosthetic foot with a leaf spring which has a distal foot-strike section, a connecting section, and a proximal attachment section which extends in an anterior-posterior direction and on which an attachment adapter can be secured, characterized in that the attachment adapter is mounted so as to be adjustable along a convexly curved path in the anterior-posterior direction and the path has, at least regionally, a radius of curvature which opens out in the foot-strike section.
A method for preparing a mouth rinse comprising the steps of: a.) preparing a first premix composition comprising: i. a first oil or oily component; ii. a first polyol solvent, iii. optionally, a flavor; b.) preparing a second premix composition comprising: i. a second oil or oily component having a degree of hydrophobicity less than the degree of hydrophobicity of the first oil or oily component; and ii. a second polyol solvent; c.) preparing a third premix composition comprising: i. at least one surfactant; and ii. an aqueous phase comprising water; d.) adding the first premix to the third premix; e.) mixing the composition of step d.) until uniform and homogeneous; and f.) adding the second premix to the composition of step e.) and mixing until uniform and homogeneous. a.) preparing a first premix composition comprising: i. a first oil or oily component; ii. a first polyol solvent, iii. optionally, a flavor; i. a first oil or oily component; ii. a first polyol solvent, iii. optionally, a flavor; b.) preparing a second premix composition comprising: i. a second oil or oily component having a degree of hydrophobicity less than the degree of hydrophobicity of the first oil or oily component; and ii. a second polyol solvent; i. a second oil or oily component having a degree of hydrophobicity less than the degree of hydrophobicity of the first oil or oily component; and ii. a second polyol solvent; c.) preparing a third premix composition comprising: i. at least one surfactant; and ii. an aqueous phase comprising water; i. at least one surfactant; and ii. an aqueous phase comprising water; d.) adding the first premix to the third premix; e.) mixing the composition of step d.) until uniform and homogeneous; and f.) adding the second premix to the composition of step e.) and mixing until uniform and homogeneous.
A toy bead comprising: two conjugated parts (11, 12; 110, 120; 210, 220), each part comprising a proximal end and a distal end, proximal ends of said conjugated parts (11, 12; 110, 120; 210, 220) comprising conjugated screwing means (11a, 12a; 110a, 120a) adapted to screw conjugated parts (11, 12; 110, 120; 210, 220) to each other in order to build the bead, each conjugated part (11, 12; 110, 120; 210, 220) further comprising an internal canal (15; 150) extending from its proximal end to its distal end and opening to each end, the internal canal of one part being collinear to the internal canal (15; 150) of the its conjugated part (11, 12; 110, 120; 210, 220) when the conjugated parts are screwed to each other, so that a yarn can be threaded successively into internal canals (15; 150) of said conjugated parts (11, 12; 110, 120; 210, 220), characterized in that distal ends of said conjugated parts (11, 12; 110, 120; 210, 220) comprise plugging means (17, 18; 170, 180), respectively male and female, adapted to plug said parts respectively to parts of other toy beads comprising corresponding plugging means (17, 18; 170, 180). two conjugated parts (11, 12; 110, 120; 210, 220), each part comprising a proximal end and a distal end, proximal ends of said conjugated parts (11, 12; 110, 120; 210, 220) comprising conjugated screwing means (11a, 12a; 110a, 120a) adapted to screw conjugated parts (11, 12; 110, 120; 210, 220) to each other in order to build the bead, each conjugated part (11, 12; 110, 120; 210, 220) further comprising an internal canal (15; 150) extending from its proximal end to its distal end and opening to each end, the internal canal of one part being collinear to the internal canal (15; 150) of the its conjugated part (11, 12; 110, 120; 210, 220) when the conjugated parts are screwed to each other, so that a yarn can be threaded successively into internal canals (15; 150) of said conjugated parts (11, 12; 110, 120; 210, 220), characterized in that distal ends of said conjugated parts (11, 12; 110, 120; 210, 220) comprise plugging means (17, 18; 170, 180), respectively male and female, adapted to plug said parts respectively to parts of other toy beads comprising corresponding plugging means (17, 18; 170, 180).
A method in a wireless communication system that comprises multiple groups of wireless communication devices, wherein the devices within any given group are synchronized to the same timing reference and devices in different groups are not synchronized to the same timing reference, wherein a device transmits direct control signaling to other devices according to the timing reference of its group, wherein the method is implemented by a radio node associated with one of said groups and comprises the steps of: generating a message that indicates, for each of one or more of said groups, a range of possible values for misalignment between the timing reference of that group and a common timing reference, said range accounting for uncertainty in that misalignment; and transmitting said message from the radio node. generating a message that indicates, for each of one or more of said groups, a range of possible values for misalignment between the timing reference of that group and a common timing reference, said range accounting for uncertainty in that misalignment; and transmitting said message from the radio node.
A method of manufacturing a packaging for food, cosmetics or pharma comprising the steps of: - storing on a print validation server a packaging definition comprising an image intent part and a manufacturing intent part including characteristics of a packaging substrate, an inkjet printer and a plurality of inkjet inks including one or more SML-ink components and/or at least 20 wt% based on the total weight of inkjet ink of a vinyl ether acrylate according to Formula: wherein, L represents a linking group comprising two to ten carbon atoms; and n and m independently represent a value from 1 to 5; - rendering the image intent part according to characteristics of the manufacturing intent part to obtain a set of colour separations; - forming a set of meta-data including a safety limit of the one or more extractable SML-ink components and/or the extractable vinyl ether acrylate determined from the inkjet ink coverage required for each colour separation; - transmitting one or more files containing the set of colour separations and the set of meta-data to an inkjet print server; and - inkjet printing the set of colour separations on the packaging substrate in the inkjet printer according to the set of meta-data; wherein the SML-ink component is a compound of Section A or B in the Swiss legislation SR 817.023.21 of 23 November 2011 (Status on 1 April 2013). - storing on a print validation server a packaging definition comprising an image intent part and a manufacturing intent part including characteristics of a packaging substrate, an inkjet printer and a plurality of inkjet inks including one or more SML-ink components and/or at least 20 wt% based on the total weight of inkjet ink of a vinyl ether acrylate according to Formula: wherein, L represents a linking group comprising two to ten carbon atoms; and n and m independently represent a value from 1 to 5; L represents a linking group comprising two to ten carbon atoms; and n and m independently represent a value from 1 to 5; - rendering the image intent part according to characteristics of the manufacturing intent part to obtain a set of colour separations; - forming a set of meta-data including a safety limit of the one or more extractable SML-ink components and/or the extractable vinyl ether acrylate determined from the inkjet ink coverage required for each colour separation; - transmitting one or more files containing the set of colour separations and the set of meta-data to an inkjet print server; and - inkjet printing the set of colour separations on the packaging substrate in the inkjet printer according to the set of meta-data;
A colored luminescent film, comprising: a luminescent layer having multiple microcapsule luminescent granules, each microcapsule luminescent granule having one or more luminescent particles and a coating, the luminescent particles being made of a material capable of absorbing sunlight or other light source and storing energy and emitting luminescence when positioned in a dark place, wherein the luminescent particles are fine particles with a size ranging from 5 μm to 200 μm, and the coating enclosing the one or more luminescent particles, the coating being transparent and colorless and made of a resin capable of resisting against potassium chloride; and a colored layer having at least one color, the luminescent layer being disposed on a surface of the colored layer. a luminescent layer having multiple microcapsule luminescent granules, each microcapsule luminescent granule having one or more luminescent particles and a coating, the luminescent particles being made of a material capable of absorbing sunlight or other light source and storing energy and emitting luminescence when positioned in a dark place, wherein the luminescent particles are fine particles with a size ranging from 5 μm to 200 μm, and the coating enclosing the one or more luminescent particles, the coating being transparent and colorless and made of a resin capable of resisting against potassium chloride; and a colored layer having at least one color, the luminescent layer being disposed on a surface of the colored layer.
A polycarbonate diol-containing composition obtainable by polymerizing a diaryl carbonate (i), a 2,2-dialkyl-1,3-propanediol (ii), and a diol (iii) other than a 2,2-dialkyl-1,3-propanediol, in the presence of a metal compound catalyst, wherein a total content of residual monomers of the (ii) and (iii) above in the composition is 2% by weight or less; wherein the polycarbonate diol-containing composition has a Hazen color number [APHA value; in accordance with JIS-K0071-1] of 50 or less.
An analog display device, comprising: a display which includes a display plate that is provided so as to be rotatable; a processor which controls a movement operation of the display plate; and an operation member which receives an input operation by a user, wherein the display plate includes a plurality of marks, the plurality of marks is provided in a predetermined rotation angle range with respect to a rotation shaft of the display plate, the display changes a display content by the display plate performing the movement operation, the processor causes the display plate to perform a fast-forward movement operation and display the plurality of marks by the display in order in accordance with a first input operation which is received by the operation member, the fast-forward movement operation is stopped in accordance with a second input operation which is received by the operation member characterised in that the processor causes the display plate to perform a rotation operation at a high movement speed for a range outside the predetermined rotation angle range, the high movement speed being larger than an average movement speed of the display plate during a round of display of the plurality of marks by the fast-forward movement operation, and when the processor causes the display plate to perform the fast-forward movement operation, the processor determines a fast-forward movement speed of the display plate in at least a part of switching between the marks which are adjacent to each other in an order of display to the high movement speed. a display which includes a display plate that is provided so as to be rotatable; a processor which controls a movement operation of the display plate; and an operation member which receives an input operation by a user, wherein the display plate includes a plurality of marks, the plurality of marks is provided in a predetermined rotation angle range with respect to a rotation shaft of the display plate, the display changes a display content by the display plate performing the movement operation, the processor causes the display plate to perform a fast-forward movement operation and display the plurality of marks by the display in order in accordance with a first input operation which is received by the operation member, the fast-forward movement operation is stopped in accordance with a second input operation which is received by the operation member the processor causes the display plate to perform a rotation operation at a high movement speed for a range outside the predetermined rotation angle range, the high movement speed being larger than an average movement speed of the display plate during a round of display of the plurality of marks by the fast-forward movement operation, and when the processor causes the display plate to perform the fast-forward movement operation, the processor determines a fast-forward movement speed of the display plate in at least a part of switching between the marks which are adjacent to each other in an order of display to the high movement speed.
A wound treatment apparatus for use in negative pressure wound therapy comprising: a wound dressing configured to be conformable to a nonplanar wound comprising: a lobular oval-shaped absorbent layer, the absorbent layer comprising more than two lobes, a backing layer above the absorbent layer and further comprising a fluidic connector attached to the wound dressing wherein the fluidic connector is configured to transmit negative pressure from a negative pressure source to the wound dressing for the application of topical negative pressure at a wound site and characterized in that the absorbent layer further comprises gaps between the lobes to enhance conformability of the wound dressing around joints such as knees and elbows. a lobular oval-shaped absorbent layer, the absorbent layer comprising more than two lobes, a backing layer above the absorbent layer and further comprising a fluidic connector attached to the wound dressing wherein the fluidic connector is configured to transmit negative pressure from a negative pressure source to the wound dressing for the application of topical negative pressure at a wound site and characterized in that the absorbent layer further comprises gaps between the lobes to enhance conformability of the wound dressing around joints such as knees and elbows.
Method for solar protection of an area, named the lighted area, on an installation site likely to be exposed to direct radiation of the sun, in which: - a screen is arranged above the lighted area so as to block it off from at least some of the rays coming directly from the sun at solar noon on the summer solstice, - the screen is mounted fixed relative to the installation site, characterised in that: - the screen is arranged so that it forms, with the lighted area, a first opening, named the equatorial opening, on the side of the terrestrial equator, and a second opening, named the polar opening, on the side of the terrestrial pole closest to the installation site, the polar opening being higher than the equatorial opening relative to the lighted area, - the screen is continuous between the equatorial opening and the polar opening, - the shape, orientation and position of the screen are chosen so that: o less than a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the summer solstice, o at least a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the winter solstice. - a screen is arranged above the lighted area so as to block it off from at least some of the rays coming directly from the sun at solar noon on the summer solstice, - the screen is mounted fixed relative to the installation site, - the screen is arranged so that it forms, with the lighted area, a first opening, named the equatorial opening, on the side of the terrestrial equator, and a second opening, named the polar opening, on the side of the terrestrial pole closest to the installation site, the polar opening being higher than the equatorial opening relative to the lighted area, - the screen is continuous between the equatorial opening and the polar opening, - the shape, orientation and position of the screen are chosen so that: o less than a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the summer solstice, o at least a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the winter solstice. o less than a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the summer solstice, o at least a quarter of the lighted area is lighted by direct rays of the sun at solar noon on the winter solstice.
A scanning electron microscope in which a sample-moving stage for mounting a sample in a sample position and for moving the sample includes an x-table for moving the sample in an x-direction right-angled to an electron beam, a y-table for moving the sample in a y-direction right-angled to the x-direction as well as to the electron beam, the y-table being mounted above the x-table, a z-table configured to move in a same z-direction as the direction in which the electron beam travels, a rotation table for rotating the sample in a plane parallel to an x-y plane, and a tilting table for imparting a tilting action to the sample, the x-table being mounted on the tilting table, the x-table and the y-table being guided by respective rolling friction elements, and moved by respective stepping motors (141, 161) disposed in a sample chamber, each of the motors being connected to a x-ball screw or y-ball screw via a coupling (144, 162), the electron beam configured to be scanned on the sample surface, thereby allowing a detector to detect a signal originating from the sample, and the signal detected by the detector being used to display an image of the sample, characterized in that a y-ball screw nut which is driven by the y-ball screw is fixed to the y-table via a y-connector, and a y-sliding friction element is mounted on the y-table so that the y-sliding friction element faces the y-ball screw nut, wherein the y-sliding friction element is adapted to slide in the y-direction and to cause a sliding friction between itself and the x-table, so that between the x-table and the y-table, the y-sliding friction element is disposed at the same side as the side at which the y-ball screw is located with respect to the sample position, and a x-ball screw nut which is driven by the x-ball screw is fixed to the x-table via a x-sliding friction element, wherein the x-sliding friction element is adapted to slide in the x-direction and to cause a sliding friction between itself and the tilting table, so that, between the tilting table and the x-table, the x-sliding friction element is disposed at the same side as the side at which the x-ball screw is located with respect to the sample position.