mhurhangee/ep-ind-claims huggingface dataset:
A die for the manufacture of a film by extrusion, comprising two blocks (100, 200) defining between them a flow duct, one at least of the two blocks comprising: - a body having a portion configured to be elastically deformable and extending in the vicinity of an outlet mouthpiece of the duct, and - adjustable biasing means of this deformable portion of the body to deform the deformable portion to selectively modify the distance between the latter and the other block of the die, which adjustable biasing means comprise: - at least one bearing part positioned to be supported on the deformable portion by extending according to a general direction perpendicular to a flow plane at the die outlet defined by the outlet mouthpiece, each bearing part comprising a first end supported on the deformable portion, and - adjusting means (350, 380) also mobile relative to the body, capable of exerting action on a second end of each bearing part opposite the first end and away from the die outlet so as to modify the position of this part, the biasing means comprising at least one intermediate lever, the or each lever being placed between the or one of the bearing parts, so as to be supported against its second end, and adjusting means, characterized in that the body of the block(s) comprising the deformable portion comprises an end surface also overall concave, the bearing parts following the concave contour of the body by having an essentially constant thickness. - a body having a portion configured to be elastically deformable and extending in the vicinity of an outlet mouthpiece of the duct, and - adjustable biasing means of this deformable portion of the body to deform the deformable portion to selectively modify the distance between the latter and the other block of the die, which adjustable biasing means comprise: - at least one bearing part positioned to be supported on the deformable portion by extending according to a general direction perpendicular to a flow plane at the die outlet defined by the outlet mouthpiece, each bearing part comprising a first end supported on the deformable portion, and - adjusting means (350, 380) also mobile relative to the body, capable of exerting action on a second end of each bearing part opposite the first end and away from the die outlet so as to modify the position of this part, the biasing means comprising at least one intermediate lever, the or each lever being placed between the or one of the bearing parts, so as to be supported against its second end, and adjusting means, characterized in that the body of the block(s) comprising the deformable portion comprises an end surface also overall concave, the bearing parts following the concave contour of the body by having an essentially constant thickness.
A computing system configured for development tool user assistance, the system comprising: a digital memory; a processor in operable communication with the digital memory; a development tool configured to operate using the digital memory and the processor; and wherein the processor is configured to perform development tool user assistance steps which include (a) obtaining development problem information comprising metadata values for a current user at a particular point in the current development tool usage session and a full or partial history of interactions of the current user and/or internal development tool actions from the development tool, (b) mapping the development problem information to a problem matching node (428, 312) in a mitigation graph which has multiple nodes, the mitigation graph nodes collectively representing interactions with a user interface of the development tool by other users during other development tool sessions, the mitigation graph also containing action metadata which indicates action cost or action desirability or both, (c) based at least in part on the problem matching node and the action metadata, identifying at least one action sequence for mitigating the development problem, and (d) visually presenting the at least one action sequence to a current user of the development tool. a digital memory; a processor in operable communication with the digital memory; a development tool configured to operate using the digital memory and the processor; and wherein the processor is configured to perform development tool user assistance steps which include (a) obtaining development problem information comprising metadata values for a current user at a particular point in the current development tool usage session and a full or partial history of interactions of the current user and/or internal development tool actions from the development tool, (b) mapping the development problem information to a problem matching node (428, 312) in a mitigation graph which has multiple nodes, the mitigation graph nodes collectively representing interactions with a user interface of the development tool by other users during other development tool sessions, the mitigation graph also containing action metadata which indicates action cost or action desirability or both, (c) based at least in part on the problem matching node and the action metadata, identifying at least one action sequence for mitigating the development problem, and (d) visually presenting the at least one action sequence to a current user of the development tool.
A medical image processing apparatus (100, 200, 800, 900, 950) comprising: obtaining means for obtaining, from a three-dimensional image of a target object, a three-dimensional surface contour of the target object and a reference point on the three-dimensional surface contour; calculation means for: calculating a geodesic distance along the three-dimensional surface contour between the reference point and an arbitrary position on the three-dimensional surface contour, and calculating an azimuth at the arbitrary position on the three-dimensional surface contour with reference to the reference point; and normalization means for generating normalization transformation information for transforming a shape of a region of interest of the target object to a predetermined reference shape based on the geodesic distance and the azimuth. obtaining means for obtaining, from a three-dimensional image of a target object, a three-dimensional surface contour of the target object and a reference point on the three-dimensional surface contour; calculation means for: calculating a geodesic distance along the three-dimensional surface contour between the reference point and an arbitrary position on the three-dimensional surface contour, and calculating an azimuth at the arbitrary position on the three-dimensional surface contour with reference to the reference point; and normalization means for generating normalization transformation information for transforming a shape of a region of interest of the target object to a predetermined reference shape based on the geodesic distance and the azimuth. calculating a geodesic distance along the three-dimensional surface contour between the reference point and an arbitrary position on the three-dimensional surface contour, and calculating an azimuth at the arbitrary position on the three-dimensional surface contour with reference to the reference point; and normalization means for generating normalization transformation information for transforming a shape of a region of interest of the target object to a predetermined reference shape based on the geodesic distance and the azimuth.
A method of synchronizing notification messages for electronic devices (20, 30), comprising: - monitoring if a first electronic device has a notification message; - if the first electronic device has the notification message, determining if the first electronic device is on standby; - upon determining that the first electronic device is on standby, the first electronic device submitting a display request for the notification message to a server, wherein the display request carries the notification message and a message identifier; - determining if the display request has been processed by the server during a first preset wait period; - if it determines that the display request has been processed by the server during the first preset wait period, the server determining if a second, active, electronic device is present; and - if the server determines that a second, active, electronic device is present, the server sending the notification message, according to the message identifier, to a second, active, electronic device; - wherein, if the first electronic device is active, the first electronic device displays the notification message. - monitoring if a first electronic device has a notification message; - if the first electronic device has the notification message, determining if the first electronic device is on standby; - upon determining that the first electronic device is on standby, the first electronic device submitting a display request for the notification message to a server, wherein the display request carries the notification message and a message identifier; - determining if the display request has been processed by the server during a first preset wait period; - if it determines that the display request has been processed by the server during the first preset wait period, the server determining if a second, active, electronic device is present; and - if the server determines that a second, active, electronic device is present, the server sending the notification message, according to the message identifier, to a second, active, electronic device; - wherein, if the first electronic device is active, the first electronic device displays the notification message.
Method of preparation of a sol of lead zircon titanate, termed PZT, of formula PbZr x Ti (1-x) O 3 with 0.45 ≤ x ≤ 0.7, comprising successively the following steps: (a) preparing a concentrated sol in a diol, the said sol comprising a titanium-based precursor, a zirconium-based precursor, and a lead-based precursor; (b) placing the said concentrated sol at ambient temperature without agitation for a duration of 1-5 weeks for obtaining a stabilization of the viscosity of said sol, i.e., until a sol is obtained having a constant viscosity as a function of time; (c) once obtained the stabilization of the viscosity of the sol, diluting the sol obtained in (b) with a solvent compatible with the diol used in step (a), said compatible solvent being identical to the diol used in step a). (a) preparing a concentrated sol in a diol, the said sol comprising a titanium-based precursor, a zirconium-based precursor, and a lead-based precursor; (b) placing the said concentrated sol at ambient temperature without agitation for a duration of 1-5 weeks for obtaining a stabilization of the viscosity of said sol, i.e., until a sol is obtained having a constant viscosity as a function of time; (c) once obtained the stabilization of the viscosity of the sol, diluting the sol obtained in (b) with a solvent compatible with the diol used in step (a), said compatible solvent being identical to the diol used in step a).
Machine for treating objects, in particular for washing, thermal disinfection and/or sterilization of objects, comprising a treatment chamber provided with an access aperture defining a corresponding lying plane; a rotatable door configured to rotate with respect to a corresponding hinging axis in order to open and close said access aperture; and fluidic sealing means positioned between said access aperture and said rotatable door; wherein said rotatable door is associated with said access aperture by a hinging device (19, 19') provided with a movement unit (23, 23', 24, 24') to move the hinging axis of the rotatable door with respect to said lying plane, so that said hinging axis can be distanced from said lying plane following an opening rotation of the rotatable door and can move closer to said lying plane following a closing rotation of said rotatable door, wherein the machine comprises at least one adjustment device (28, 28', 29, 29') configured to adjust the position of said movement unit (23, 23', 24, 24') with respect to said lying plane and said fluidic sealing means, wherein said movement unit (23, 23', 24, 24') comprises at least a first pair of gears (23, 23') associated with said rotatable door and able to engage with a second pair of gears (24, 24') associated with a wall of the treatment chamber; said treatment machine being characterized in that said movement unit (23, 23', 24, 24') is an actuator to convert the rotary motion of the rotatable door into a two-directional linear translation motion of said hinging axis, following the rotation of the rotatable door, so that the hinging axis is at a minimum distance from said lying plane when said rotatable door is closed, and at a maximum distance from said lying plane when said rotatable door is completely open and in that said adjustment device (28, 28', 29, 29') comprises attachment elements (28, 28') inserted into suitable slits (29, 29') made on said second pair of gears (24, 24') associated with a wall of the treatment chamber.
A method comprising: receiving, at an NFC enabled mobile device and from a content provider, a payload (108; 110; 112); storing the received payload (108; 110; 112) in a non-secure memory element of the NFC enabled mobile device; transferring the stored payload (108; 110; 112) from the non-secure memory element of the NFC enabled mobile device to a secure memory element of the NFC enabled mobile device, wherein transferring the stored payload (108; 110; 112) includes loading the stored payload (108; 110; 112) into a secure reloadable payload instance, wherein the secure reloadable payload instance comprises an application running in the secure memory element located within the NFC enabled mobile device and configured to output authenticated payload data that is used to conduct a wireless transaction; establishing an NFC link between the NFC enabled mobile device and an NFC reader; communicating, via the NFC link, the transferred payload (108; 110; 112) from the secure reloadable payload instance to the NFC reader; and after communicating the transferred payload (108; 110; 112) from the secure reloadable payload instance to the NFC reader, clearing the transferred payload (108; 110; 112) from the secure reloadable payload instance and reloading the secure reloadable payload instance with a subsequent second payload (108; 110; 112) from the non-secure memory element of the NFC enabled mobile device. receiving, at an NFC enabled mobile device and from a content provider, a payload (108; 110; 112); storing the received payload (108; 110; 112) in a non-secure memory element of the NFC enabled mobile device; transferring the stored payload (108; 110; 112) from the non-secure memory element of the NFC enabled mobile device to a secure memory element of the NFC enabled mobile device, wherein transferring the stored payload (108; 110; 112) includes loading the stored payload (108; 110; 112) into a secure reloadable payload instance, wherein the secure reloadable payload instance comprises an application running in the secure memory element located within the NFC enabled mobile device and configured to output authenticated payload data that is used to conduct a wireless transaction; establishing an NFC link between the NFC enabled mobile device and an NFC reader; communicating, via the NFC link, the transferred payload (108; 110; 112) from the secure reloadable payload instance to the NFC reader; and after communicating the transferred payload (108; 110; 112) from the secure reloadable payload instance to the NFC reader, clearing the transferred payload (108; 110; 112) from the secure reloadable payload instance and reloading the secure reloadable payload instance with a subsequent second payload (108; 110; 112) from the non-secure memory element of the NFC enabled mobile device.
An information display assembly comprising: a display unit displaying information; and a frame connected to the display unit to allow mounting of the display unit on a helmet, wherein the frame has a frame main body that is in a form of a thin strip and that is bent in an arcuate form to have resiliency, characterized in that the frame main body is formed with a constant vertical width and is provided at opposite ends thereof each of which has a pressing part (31, 32) formed extending upward, the pressing parts (31, 32) are provided with pressing surfaces (31a, 32a) on an outer surfaces of the pressing parts (31, 32), the frame is in use disposed inside the helmet under flexed conditions in a arcuate shape and the pressing surfaces (31a, 32a) of the pressing parts (31, 32) are fixed on an inner surface of the helmet by restoring force of resilient deformation of the frame, the display unit and the frame are commonly provided at a single location therebetween with a connecting part, and the display unit is displaceably supported relative to the frame. a display unit displaying information; and a frame connected to the display unit to allow mounting of the display unit on a helmet, wherein the frame has a frame main body that is in a form of a thin strip and that is bent in an arcuate form to have resiliency, characterized in that the frame main body is formed with a constant vertical width and is provided at opposite ends thereof each of which has a pressing part (31, 32) formed extending upward, the pressing parts (31, 32) are provided with pressing surfaces (31a, 32a) on an outer surfaces of the pressing parts (31, 32), the frame is in use disposed inside the helmet under flexed conditions in a arcuate shape and the pressing surfaces (31a, 32a) of the pressing parts (31, 32) are fixed on an inner surface of the helmet by restoring force of resilient deformation of the frame, the display unit and the frame are commonly provided at a single location therebetween with a connecting part, and the display unit is displaceably supported relative to the frame.
A nonwoven fiber fabric comprising thermoplastic resin fibers, wherein the fibers have an average fiber diameter in the range of 0.01 to 0.5 μm, and the nonwoven fiber fabric has an average pore diameter in the range of 0.01 to 10.0 μm and is free from any solvent component.
A method for continuously treating polystyrene material comprising: (a) selecting a solid polystyrene material; (b) heating said solid polystyrene material in an extruder to create a molten polystyrene material; (c) filtering said molten polystyrene material; (d) placing said molten polystyrene material through a chemical depolymerization process in a reactor to create a depolymerized polystyrene material; (e) cooling said depolymerized polystyrene material; (f) purifying said depolymerized polystyrene material, and (g) grafting a copolymer/monomer onto said molten depolymerized polystyrene material. (a) selecting a solid polystyrene material; (b) heating said solid polystyrene material in an extruder to create a molten polystyrene material; (c) filtering said molten polystyrene material; (d) placing said molten polystyrene material through a chemical depolymerization process in a reactor to create a depolymerized polystyrene material; (e) cooling said depolymerized polystyrene material; (f) purifying said depolymerized polystyrene material, and (g) grafting a copolymer/monomer onto said molten depolymerized polystyrene material.
Method for lifting at least one firing safety detent of a warhead disposed inside the fuselage of a projectile, said method implementing a wind wheel driven in rotation by the airflow surrounding said projectile during its flight, characterised in that: - a lateral opening is made in said fuselage of said projectile, and - said wind wheel is arranged about an axis disposed inside said fuselage at least substantially orthogonally to the axis (L-L) of said projectile so that said wind wheel is mostly located inside said fuselage, but that, during the rotation of said wind wheel, the peripheral ends of the vanes of said wind wheel successively pass through said lateral opening so as to project outside of said fuselage. - a lateral opening is made in said fuselage of said projectile, and - said wind wheel is arranged about an axis disposed inside said fuselage at least substantially orthogonally to the axis (L-L) of said projectile so that said wind wheel is mostly located inside said fuselage, but that, during the rotation of said wind wheel, the peripheral ends of the vanes of said wind wheel successively pass through said lateral opening so as to project outside of said fuselage.
A solvent-containing coating composition for paint coatings, in particular for architectural paints or constituents thereof, containing or consisting of a) at least one oxidatively drying organic binding agent, selected from the group consisting of at least one oxidatively drying alkyd resin having an oil content of greater than 60%, b1) at least one primary drier based on iron, comprising or consisting of at least one complex salt of iron, c1) at least one first secondary drier comprising or consisting of at least one organic salt of zirconium, strontium, lithium, or aluminum, in particular an organic salt of zirconium and/or strontium, e1) at least one first anti-skinning agent, e2) at least one second anti-skinning agent, which has a higher vapor pressure at 20°C than the first anti-skinning agent, f) at least one iron complex ligand, in particular selected from monodentate, didentate, tridentate, tetradentate, pentadentate and hexadentate nitrogen-donor ligands and d) optionally at least one additive. a) at least one oxidatively drying organic binding agent, selected from the group consisting of at least one oxidatively drying alkyd resin having an oil content of greater than 60%, b1) at least one primary drier based on iron, comprising or consisting of at least one complex salt of iron, c1) at least one first secondary drier comprising or consisting of at least one organic salt of zirconium, strontium, lithium, or aluminum, in particular an organic salt of zirconium and/or strontium, e1) at least one first anti-skinning agent, e2) at least one second anti-skinning agent, which has a higher vapor pressure at 20°C than the first anti-skinning agent, f) at least one iron complex ligand, in particular selected from monodentate, didentate, tridentate, tetradentate, pentadentate and hexadentate nitrogen-donor ligands and d) optionally at least one additive.
A bone graft insertion device comprising: a pair of pivotally coupled elongated handles (102, 103), the handles having compressive jaws drawn together in a compressive engagement by closure of the handles (102, 103); a pair of inserts; each of the compressive jaws having a receptacle for engaging a respective one of the inserts, the inserts each having a compressive face which together define a compression cavity when the respective compressive faces are brought together; characterized in that the device comprises a retention mechanism for attaching the inserts to the compressive jaws so that the inserts can lock around graft material and slide on the opposed jaws drawn together by closure of the handles. a pair of pivotally coupled elongated handles (102, 103), the handles having compressive jaws drawn together in a compressive engagement by closure of the handles (102, 103); a pair of inserts; each of the compressive jaws having a receptacle for engaging a respective one of the inserts, the inserts each having a compressive face which together define a compression cavity when the respective compressive faces are brought together; characterized in that the device comprises a retention mechanism for attaching the inserts to the compressive jaws so that the inserts can lock around graft material and slide on the opposed jaws drawn together by closure of the handles.