mhurhangee/ep-ind-claims huggingface dataset:
An expanded bead having a through hole, said expanded bead comprising a foamed core layer that defines the through hole therein and that includes a polypropylene-based resin composition, and a cover layer that covers the foamed core layer and that includes a polyolefin-based resin, characterized in that said polypropylene-based resin composition comprises 70 to 97% by weight of a polypropylene-based resin PP1 having a melting point of higher than 140°C and not higher than 150°C, and 3 to 30% by weight of a polypropylene-based resin PP2 having a melting point of not lower than 145°C and not higher than 160°C, provided that a total amount of the resin PP1 and the resin PP2 is 100% by weight, wherein a difference between the melting point of the polypropylene-based resin PP2 and the melting point of the polypropylene-based resin PP1 [(melting point of PP2) - (melting point of PP1)] is not smaller than 5°C and smaller than 15°C, said expanded bead having such a crystal structure that gives a first time DSC curve when measured by heat flux differential scanning calorimetry in which said expanded bead is heated from 30°C to 200°C at a heating rate of 10°C/min, wherein said first time DSC curve has a main endothermic peak intrinsic to the polypropylene-based resin composition and a high temperature-side endothermic peak which is located on a higher temperature side of the main endothermic peak, wherein said high temperature-side endothermic peak has a heat of fusion of 12 to 20 J/g, and wherein a ratio of a heat of fusion of said main endothermic peak to the heat of fusion of said high temperature-side endothermic peak is 3.5 or greater. said polypropylene-based resin composition comprises 70 to 97% by weight of a polypropylene-based resin PP1 having a melting point of higher than 140°C and not higher than 150°C, and 3 to 30% by weight of a polypropylene-based resin PP2 having a melting point of not lower than 145°C and not higher than 160°C, provided that a total amount of the resin PP1 and the resin PP2 is 100% by weight, wherein a difference between the melting point of the polypropylene-based resin PP2 and the melting point of the polypropylene-based resin PP1 [(melting point of PP2) - (melting point of PP1)] is not smaller than 5°C and smaller than 15°C, said expanded bead having such a crystal structure that gives a first time DSC curve when measured by heat flux differential scanning calorimetry in which said expanded bead is heated from 30°C to 200°C at a heating rate of 10°C/min, wherein said first time DSC curve has a main endothermic peak intrinsic to the polypropylene-based resin composition and a high temperature-side endothermic peak which is located on a higher temperature side of the main endothermic peak, wherein said high temperature-side endothermic peak has a heat of fusion of 12 to 20 J/g, and wherein a ratio of a heat of fusion of said main endothermic peak to the heat of fusion of said high temperature-side endothermic peak is 3.5 or greater.
A perimeter for measuring a visual field of a subject eye by conducting predetermined perimetry operations for two or more measurement points of the subject eye, comprising: a memory that stores perimetry results; a perimetry result indicator that composes the perimetry result as a map image that corresponds to a fundus and indicates it on a display; an structure examination image indicator that obtains a structure examination image of the subject eye on which the perimetry is conducted and indicates the obtained image on the display; a composite image preparing means that superimposes the map image on the displayed structure examination image and indicates the superimposed on the display as a composite image; a concerned area setter that sets a concerned area on the composite image; and characterised in an evaluation value computer that computes an evaluation value of the perimetry of the concerned area based upon the perimetry result and outputs it, wherein the map image is comprised of two or more divided areas that correspond to the measurement points, and the concerned area setter sets the concerned area from the two or more divided areas, wherein a weighting factor is set on each divided areas, and the evaluation value computer computes the evaluation value of the perimetry as weighting mean value of the divided areas comprising the concerned area with the weighting factor. a memory that stores perimetry results; a perimetry result indicator that composes the perimetry result as a map image that corresponds to a fundus and indicates it on a display; an structure examination image indicator that obtains a structure examination image of the subject eye on which the perimetry is conducted and indicates the obtained image on the display; a composite image preparing means that superimposes the map image on the displayed structure examination image and indicates the superimposed on the display as a composite image; a concerned area setter that sets a concerned area on the composite image; and characterised in an evaluation value computer that computes an evaluation value of the perimetry of the concerned area based upon the perimetry result and outputs it, wherein the map image is comprised of two or more divided areas that correspond to the measurement points, and the concerned area setter sets the concerned area from the two or more divided areas, wherein a weighting factor is set on each divided areas, and the evaluation value computer computes the evaluation value of the perimetry as weighting mean value of the divided areas comprising the concerned area with the weighting factor.
A light emitting device comprising: a transmissive substrate; a light emitting structure disposed under the transmissive substrate and including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first and second conductive semiconductor layers (115 and 119); a first electrode under the first conductivity type semiconductor layer; a reflective electrode layer under the second conductivity type semiconductor layer; a second electrode under the reflective electrode layer; a first connection electrode under the first electrode; a second connection electrode under the second electrode; and an insulating support member (152,152A) including a ceramic-based thermal diffusion agent; characterized by further comprising: a first pattern portion disposed on a top surface of the transmissive substrate and including a plurality of protrusions (11,11B); a second pattern portion disposed on the top surface of the transmissive substrate and including a plurality of concaves each of which has a width smaller than a width of each protrusion (11,11B); a division slot between a first support member and a second support member of the insulating support member, wherein the insulating support member is disposed around the first electrode and the first connection electrode and around the second electrode and the second connection electrode, wherein the concaves are concaved with respect to a surface of the each protrusion (11,11B), and wherein the concaves are concaved from the top surface of the transmissive substrate, wherein the division slot divides the first and second support members (152 and 152A) from each other, wherein the first support member is disposed under one side of the light emitting structure around the first connection electrode, and the second support member is disposed under the other side of the light emitting structure around the second connection electrode. a transmissive substrate; a light emitting structure disposed under the transmissive substrate and including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first and second conductive semiconductor layers (115 and 119); a first electrode under the first conductivity type semiconductor layer; a reflective electrode layer under the second conductivity type semiconductor layer; a second electrode under the reflective electrode layer; a first connection electrode under the first electrode; a second connection electrode under the second electrode; and an insulating support member (152,152A) including a ceramic-based thermal diffusion agent; a second pattern portion disposed on the top surface of the transmissive substrate and including a plurality of concaves each of which has a width smaller than a width of each protrusion (11,11B); a division slot between a first support member and a second support member of the insulating support member,
Transmission adapter for a medical instrument with a shank, a transmission device movable in the shank, and a manipulating device with a first part, which can be coupled mechanically rigidly to a proximal end of the shank, and a second part, which is movable relative to the first part, wherein the transmission adapter has: a first coupling element for releasable mechanical coupling to the second part of the manipulating device; a second coupling element for releasable mechanical coupling to a proximal end of the transmission device, characterized in that the second coupling element is designed to transmit a torque to a transmission device coupled to the second coupling element, wherein the second coupling element has a shape that is not purely rotationally symmetrical with respect to the longitudinal axis of the transmission device to be coupled to the second coupling element, wherein the second coupling element defines a cavity of polygonal cross section, in order to receive a proximal end of the transmission device of corresponding cross section. a first coupling element for releasable mechanical coupling to the second part of the manipulating device; a second coupling element for releasable mechanical coupling to a proximal end of the transmission device, characterized in that the second coupling element is designed to transmit a torque to a transmission device coupled to the second coupling element, wherein the second coupling element has a shape that is not purely rotationally symmetrical with respect to the longitudinal axis of the transmission device to be coupled to the second coupling element, wherein the second coupling element defines a cavity of polygonal cross section, in order to receive a proximal end of the transmission device of corresponding cross section.
Arrangement comprising: - a body structure, notably of a motor vehicle, provided with an opening, - an opening leaf, notably a side door, intended to obstruct the opening in a closed position of the opening leaf and/or to partially obstruct the opening in an intermediate open position of the opening leaf and/or to offer access, notably complete access, to the opening in an open position of the opening leaf, characterized in that the arrangement comprises a device for guiding the opening leaf, arranged at a sill of the opening such that the opening leaf is held and guided at such a sill, the device comprising: - a first means for guiding the opening leaf in circular translation or substantially in circular translation with respect to the body structure, and a second means for guiding the opening leaf in translation or substantially in translation with respect to the body structure, the first guide means comprising a first arm that pivots with respect to the opening leaf and a second arm that pivots with respect to the body structure. - a body structure, notably of a motor vehicle, provided with an opening, - an opening leaf, notably a side door, intended to obstruct the opening in a closed position of the opening leaf and/or to partially obstruct the opening in an intermediate open position of the opening leaf and/or to offer access, notably complete access, to the opening in an open position of the opening leaf, - a first means for guiding the opening leaf in circular translation or substantially in circular translation with respect to the body structure, and a second means for guiding the opening leaf in translation or substantially in translation with respect to the body structure, the first guide means comprising a first arm that pivots with respect to the opening leaf and a second arm that pivots with respect to the body structure.
A surgical loading unit comprising: an elongate body; an end effector having a proximal portion pivotably coupled to a distal portion of the elongate body; and a knife assembly disposed within the elongate body and including: an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction. an elongate body; an end effector having a proximal portion pivotably coupled to a distal portion of the elongate body; and a knife assembly disposed within the elongate body and including: an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction. an elongate guide member pivotably supported in the distal portion of the elongate body and defining a longitudinally-extending channel; and a flexible knife bar extending through the channel of the elongate guide member, the knife bar configured to move through the channel of the elongate guide member, characterised in that articulation of the end effector relative to the elongate body in a first direction effects movement of a distal portion of the elongate guide member in a second direction, opposite the first direction.
A glove donning system comprising: a conveyance assembly that facilitates an initiation of a glove donning sequence; at least one track set that cooperates with the conveyance assembly in positioning the glove donning system for the glove donning sequence; a pair of grabber assemblies (69, 70) that cooperate with the track set for the donning sequence; and a glider assembly that horizontally positions the grabber assemblies (69, 70) for the glove donning sequence; and a plurality of glove assemblies each including a glove and a glove insert card, wherein the glove insert card includes an exposed portion disposed outside the glove and an insertion portion disposed inside the glove, wherein the exposed portion includes at least one alignment feature defined therein, and wherein the at least one track set engages the alignment feature, and wherein during the donning sequence, the conveyance assembly transports the plurality of glove assemblies toward the grabber assemblies (69, 70). a conveyance assembly that facilitates an initiation of a glove donning sequence; at least one track set that cooperates with the conveyance assembly in positioning the glove donning system for the glove donning sequence; a pair of grabber assemblies (69, 70) that cooperate with the track set for the donning sequence; and a glider assembly that horizontally positions the grabber assemblies (69, 70) for the glove donning sequence; and a plurality of glove assemblies each including a glove and a glove insert card, wherein the glove insert card includes an exposed portion disposed outside the glove and an insertion portion disposed inside the glove, wherein the exposed portion includes at least one alignment feature defined therein, and wherein the at least one track set engages the alignment feature, and wherein during the donning sequence, the conveyance assembly transports the plurality of glove assemblies toward the grabber assemblies (69, 70).
A humidity sensor element comprising: a dielectric substrate; a nonporous conductive electrode having a first conductive member electrically coupled thereto, wherein the nonporous conductive electrode is disposed on the dielectric substrate; a permeable conductive electrode having a second conductive member electrically coupled thereto, wherein the permeable conductive electrode has a thickness in a range of from 4 to 10 nanometers, and wherein the permeable conductive electrode is permeable by water vapor; a detection layer disposed between the nonporous conductive electrode and the permeable conductive electrode, wherein the detection layer comprises a sulfonated copolymer including monomeric units comprising wherein x and y are independently integers in the range of from 2 to 6, and wherein each M independently represents H or an alkali metal. a dielectric substrate; a nonporous conductive electrode having a first conductive member electrically coupled thereto, wherein the nonporous conductive electrode is disposed on the dielectric substrate; a permeable conductive electrode having a second conductive member electrically coupled thereto, wherein the permeable conductive electrode has a thickness in a range of from 4 to 10 nanometers, and wherein the permeable conductive electrode is permeable by water vapor; a detection layer disposed between the nonporous conductive electrode and the permeable conductive electrode, wherein the detection layer comprises a sulfonated copolymer including monomeric units comprising wherein x and y are independently integers in the range of from 2 to 6, and wherein each M independently represents H or an alkali metal.
Press, comprising: - a motor; - a spindle drive (30, 30') which comprises a spindle (24, 24') and a spindle nut (32, 32') that is arranged on the spindle (24, 24'); and - a housing (22, 22') that surrounds the spindle nut (32, 32'); characterized in that the motor rotatably drives the housing (22, 22'), and that the press comprises an overload clutch (34, 34') that is arranged in the housing (22, 22'), wherein the spindle nut (32, 32') and the housing (22, 22') are connected to each other via the overload clutch (34, 34'), and the overload clutch (34, 34') is configured to separate the spindle nut (32, 32') from the housing (22, 22') torque-free upon exceeding a predefined overload torque acting between the spindle nut (32, 32') and the housing (22, 22'). - a motor; - a spindle drive (30, 30') which comprises a spindle (24, 24') and a spindle nut (32, 32') that is arranged on the spindle (24, 24'); and - a housing (22, 22') that surrounds the spindle nut (32, 32');
Electromagnetic stirring device of melted metallic materials inside a cooling chamber of a casting machine in which said electromagnetic stirring device applies a stirring force by means of application of a current generating an electromagnetic field through induction coils, said stirring force acting in correspondence with a partially solidified metallic material bar which moves within said cooling chamber, said metallic material bar consisting of a shell at the solid state enclosing a nucleus at the melted state which is intended to be subject to the action of said stirring electromagnetic field, said electromagnetic stirring device comprising a retaining body of said induction coils, said body being provided with a duct internal to said body which is intended for the passage of said metallic material bar in which said body is composed of portions (2, 3) which are intended to be moved by means of driving means between at least two configurations characterized in that said electromagnetic stirring device is associated and/or associable to movement means (7, 8) to move said electromagnetic stirring device along the development in length of said metallic material bar, said movement means (7, 8) being intended to the movement of said electromagnetic stirring device along guide means developing in an essentially parallel direction with respect to said metallic material bar at least for a portion of the total development in length of said metallic material bar in different operative positions along said metallic material bar
System for the enhanced provision of information on an observable, real household appliance, wherein a person at which the provision of information is aimed possesses a mobile terminal of at least one terminal belonging to the system, which has a camera, wherein the camera is suitable for generating an analysable image of an overall view of a household appliance, wherein the respectively analysable image is also able to be shown on a display of the mobile terminal, and also that an analyser or decoder is provided for obtained analysable images, which outputs analysed data, wherein a wireless transfer to a computer, in particular an external computer, is provided, the database of which outputs to the transferred data further data which is able to be read out from the database, which is able to be transferred wirelessly to the at least one mobile terminal, and there is provision for a receiving and processing unit for the mobile terminal, which is configured • to edit the read-out data such that an overlaid representation of the overall view of the real household appliance and an overall view of a household appliance retrieved from the database takes place on the display of the mobile terminal, • to ascertain a coincidence of the retrieved household appliance with the real household appliance, if a congruence of the overall view of the retrieved household appliance and the real household appliance is present on the display and is confirmed at the mobile terminal, and • then to read out enhanced data regarding the real household appliance recognised as correct from the database of the computer and show it on the display of the terminal. • to edit the read-out data such that an overlaid representation of the overall view of the real household appliance and an overall view of a household appliance retrieved from the database takes place on the display of the mobile terminal, • to ascertain a coincidence of the retrieved household appliance with the real household appliance, if a congruence of the overall view of the retrieved household appliance and the real household appliance is present on the display and is confirmed at the mobile terminal, and • then to read out enhanced data regarding the real household appliance recognised as correct from the database of the computer and show it on the display of the terminal.
A method for forming an isolation structure, comprising a coating step, in which a first polysilazane composition containing a porogen and a solvent, capable of dissolving the polysilazane and the porogen, is cast on the surface of a substrate to form a coat; a first firing step, in which said coat is fired to form a porous siliceous film having a refractive index of 1.35 or less; an impregnating step, in which said porous siliceous film is impregnated with a second polysilazane composition; and a second firing step, in which said porous siliceous film is fired to form an isolation structure of a siliceous film having a refractive index of 1.4 or more; wherein at least one of the first and second firing steps is carried out in an inert gas or oxygen atmosphere containing water vapor, and wherein in the first firing step the porogen partly decomposes and evaporates away to form voids in the siliceous film, and wherein the second polysilazane composition does not contain a porogen.