mhurhangee/ep-ind-claims huggingface dataset:
A method for processing by a base station beam reception failure, comprising: receiving a Media Access Control control element from a User Equipment, UE (40; 50), wherein the MAC control element comprises an identifier of a secondary cell where beam reception fails and an identifier of a candidate beam, and the candidate beam is selected by the UE (40; 50) from a beam set corresponding to the secondary cell and is other than a beam which fails to be received, wherein the MAC control element is received by using a resource of one cell other than the secondary cell where the beam reception fails; and recovering communication with the UE (40; 50) according to a predetermined recovery procedure. receiving a Media Access Control control element from a User Equipment, UE (40; 50), wherein the MAC control element comprises an identifier of a secondary cell where beam reception fails and an identifier of a candidate beam, and the candidate beam is selected by the UE (40; 50) from a beam set corresponding to the secondary cell and is other than a beam which fails to be received, wherein the MAC control element is received by using a resource of one cell other than the secondary cell where the beam reception fails; and recovering communication with the UE (40; 50) according to a predetermined recovery procedure.
Water apparatus for at least temporary settlement of amphibians, comprising - a receiving trough which is configured for receiving water and, by means of at least one receiving wall, defines a receiving volume, - an outflow device (6, 8) which is formed having an outflow opening (5, 7) and is configured to conduct water, located in the receiving trough, at least temporarily, in particularly largely or completely, to an outlet location via the outflow opening (5, 7), and - a closure device which is associated with the outflow device (6, 8), wherein the closure device comprises at least one closure means which is adjustable between a closed position which closes the outflow device (6, 8), and a release position which releases the outflow device and allows the water, located in the receiving trough, to flow out to the outlet location at least in part, in particular completely, wherein - the receiving trough has a layer-like structure at least in portions, in particular over the entire surface, wherein at least a first layer is formed at least in portions, in particular completely, of a poured asphalt, the poured asphalt preferably has a thermoplastic material component and/or a fraction of bitumen of 2 to 40% by mass, particularly preferably of 3 to 30% by mass, most preferably of 4 to 20% by mass, wherein - a second layer forms a bitumen carrier/cover layer which has the function of a carrier and a cover layer. - a receiving trough which is configured for receiving water and, by means of at least one receiving wall, defines a receiving volume, - an outflow device (6, 8) which is formed having an outflow opening (5, 7) and is configured to conduct water, located in the receiving trough, at least temporarily, in particularly largely or completely, to an outlet location via the outflow opening (5, 7), and - a closure device which is associated with the outflow device (6, 8), wherein the closure device comprises at least one closure means which is adjustable between a closed position which closes the outflow device (6, 8), and a release position which releases the outflow device and allows the water, located in the receiving trough, to flow out to the outlet location at least in part, in particular completely, wherein - the receiving trough has a layer-like structure at least in portions, in particular over the entire surface, wherein at least a first layer is formed at least in portions, in particular completely, of a poured asphalt, the poured asphalt preferably has a thermoplastic material component and/or a fraction of bitumen of 2 to 40% by mass, particularly preferably of 3 to 30% by mass, most preferably of 4 to 20% by mass, wherein - a second layer forms a bitumen carrier/cover layer which has the function of a carrier and a cover layer.
An amidopyridinol derivative represented by Chemical Formula 1 below or a pharmaceutically acceptable salt thereof: wherein, in Chemical Formula 1 above, R 1, R 2, and R 4 are identical to or different from each other, and are each independently one selected from hydrogen, C1-C4 alkyl, C1-C4 alkoxy, and halogen, and not hydrogen simultaneously, R 3 is one selected from C1-C4 alkoxy, benzyloxy, and hydroxy, and R 5 is one selected from C1-C15 alkyl substituted with one or two substituents selected from halogen, hydroxy, C1-C12 alkoxy, phenoxy, C1-C12 alkylamino, and C6-C14 aryl; C6-C14 aryl substituted or not substituted with one or two substituents selected from halogen, hydroxy, C1-C12 alkoxy, C1-C12 alkylamino, and C1-C4 alkyl; C2-C12 alkenyl substituted or not substituted with C6-C14 aryl; C3-C8 cycloalkyl; and C3-C14 heterocyclic compound. R 1, R 2, and R 4 are identical to or different from each other, and are each independently one selected from hydrogen, C1-C4 alkyl, C1-C4 alkoxy, and halogen, and not hydrogen simultaneously, R 3 is one selected from C1-C4 alkoxy, benzyloxy, and hydroxy, and R 5 is one selected from C1-C15 alkyl substituted with one or two substituents selected from halogen, hydroxy, C1-C12 alkoxy, phenoxy, C1-C12 alkylamino, and C6-C14 aryl; C6-C14 aryl substituted or not substituted with one or two substituents selected from halogen, hydroxy, C1-C12 alkoxy, C1-C12 alkylamino, and C1-C4 alkyl; C2-C12 alkenyl substituted or not substituted with C6-C14 aryl; C3-C8 cycloalkyl; and C3-C14 heterocyclic compound.
Equipment for the handling of vials comprising: - a base on which at least part of the vials being handled are located; and - transverse supporting means for transversely supporting the vials; in which the transverse supporting means apply a force in a substantially transverse plane to the necks of the vials, - supplementary supporting means for the vials; these supplementary supporting means applying a second force in a plane substantially perpendicular with respect to the plane in which the transverse supporting means apply the first force, said supplementary supporting means applying the second force to the vials in a plane substantially perpendicular with respect to the plane corresponding to the force applied by the transverse supporting means, the second force applied by the supplementary supporting means being applied substantially to the heads of the vials, characterised in that the equipment further comprises: - an extraction member which, on being pressed, allows the supporting means to release a vial; said supplementary supporting means comprising a first pivoting arm and a second pivoting arm, each arm being capable of movement so that said pivoting arms apply the second force via respective extremities in a plane substantially perpendicular to the plane in which the transverse supporting means apply force for increasing the support of the vials, and said first pivoting arm and said second pivoting arm being configured to apply said second force via respective extremities to the uppermost part of the head of the vial. - a base on which at least part of the vials being handled are located; and - transverse supporting means for transversely supporting the vials; - supplementary supporting means for the vials; - an extraction member which, on being pressed, allows the supporting means to release a vial;
A fluid delivery device for applying fluid to an object, including a spray head, a fluid conduit connected to the spray head, the device including a driver to move the spray head into a spray position relative to the object, wherein the spray head includes a support arm,, an actuator to cause fluid to be sprayed via the spray head, and a control mechanism that ensures that a) the spray head is moved by the driver substantially to an area of the object to be sprayed, b) the fluid is supplied to the spray head once the spray head is in position, and the fluid delivery device actuated, c) the spray head is withdrawn from position after spray has been supplied to the object, the fluid delivery device characterised in that the support arm includes at least a flexible section in the form of a coil, that is sufficiently resilient to support and locate the spray head in its desired location as well as being able to deflect sufficiently if hit. a) the spray head is moved by the driver substantially to an area of the object to be sprayed, b) the fluid is supplied to the spray head once the spray head is in position, and the fluid delivery device actuated, c) the spray head is withdrawn from position after spray has been supplied to the object, the fluid delivery device characterised in that the support arm includes at least a flexible section in the form of a coil, that is sufficiently resilient to support and locate the spray head in its desired location as well as being able to deflect sufficiently if hit.
A downhole apparatus for use adjacent a downhole surface, the apparatus comprising: a slip body composed of at least one first material, having first and second surfaces (126, 128), and having first and second ends (122, 124), a portion of the first surface at the first end having an incline relative to a centerline (C L) of the slip body, the slip body movable toward the downhole surface through interaction of the incline; and at least one insert unit composed of at least one second material and disposed on the slip body, the at least one second material being the same as or different from the at least one first material, the at least one insert unit having a base and having at least two first inserts extending from the base, the base disposed on the slip body at a base angle (C°) relative to the centerline (C L), defining a first surface area, and having a first side disposed across the first end of the slip body, the at least two first inserts (152a-b) disposed side-by-side along the first side of the base, first distal ends of the at least two first inserts each exposed at the second surface of the slip body and being engageable against the downhole surface, the at least two first inserts defining a combined second surface area at the base, the first surface area of the base being greater than the combined second surface area of the at least two first inserts and transmitting a load to the at least two first inserts a slip body composed of at least one first material, having first and second surfaces (126, 128), and having first and second ends (122, 124), a portion of the first surface at the first end having an incline relative to a centerline (C L) of the slip body, the slip body movable toward the downhole surface through interaction of the incline; and at least one insert unit composed of at least one second material and disposed on the slip body, the at least one second material being the same as or different from the at least one first material, the at least one insert unit having a base and having at least two first inserts extending from the base, the base disposed on the slip body at a base angle (C°) relative to the centerline (C L), defining a first surface area, and having a first side disposed across the first end of the slip body, the at least two first inserts (152a-b) disposed side-by-side along the first side of the base, first distal ends of the at least two first inserts each exposed at the second surface of the slip body and being engageable against the downhole surface, the at least two first inserts defining a combined second surface area at the base, the first surface area of the base being greater than the combined second surface area of the at least two first inserts and transmitting a load to the at least two first inserts
A display apparatus including: a light guide plate that propagates light which is incident from an end surface of the light guide plate, that reflects light using prisms (4, 7) provided on a first surface of the light guide plate, and that emits light from a second surface of the light guide plate, wherein the second surface faces the first surface, the display apparatus comprising: a plurality of light sources that causes light to be incident on the end surface of the light guide plate; a hiding plate that is provided on a side of the second surface of the light guide plate, and that includes a light transmission part which transmits light emitted from the second surface and a light shielding part which has lower light transmittance than the light transmission part; a colored board that has light reflectance closer to light reflectance of the light shielding part than light reflectance of the light transmission part in each wavelength, and that is provided on a side of the first surface of the light guide plate so as to overlap the light transmission part of the hiding plate when viewed from a direction perpendicular to the second surface of the light guide plate, characterised in that the display apparatus further comprises a plurality of second light sources that is provided to interpose the colored board between the plurality of second light sources and the light guide plate, and in that the colored board has a plurality of through holes, wherein the plurality of through holes selectively transmits light emitted from the plurality of second light sources. a plurality of light sources that causes light to be incident on the end surface of the light guide plate; a hiding plate that is provided on a side of the second surface of the light guide plate, and that includes a light transmission part which transmits light emitted from the second surface and a light shielding part which has lower light transmittance than the light transmission part; a colored board that has light reflectance closer to light reflectance of the light shielding part than light reflectance of the light transmission part in each wavelength, and that is provided on a side of the first surface of the light guide plate so as to overlap the light transmission part of the hiding plate when viewed from a direction perpendicular to the second surface of the light guide plate, characterised in that the display apparatus further comprises a plurality of second light sources that is provided to interpose the colored board between the plurality of second light sources and the light guide plate, and in that the colored board has a plurality of through holes, wherein the plurality of through holes selectively transmits light emitted from the plurality of second light sources.
A closure device for port site closure, the device comprising: an end effector (110, 510) having a top surface and a bottom surface; and a stem extending upwardly from a midpoint of the top surface of the end effector (110, 510), the stem having a free end, a distal end and a middle portion therebetween, an attachment member extending from the distal end of the stem, the attachment member fixedly attached to the top surface of the end effector (110, 510) having a width smaller than a width of the distal end, such that at least one notch is defined by a gap between the distal end of the stem and the top surface of the end effector; wherein said end effector (110, 510) is symmetrical; characterised in that said end effector (110, 510) has a a first rim, a second rim and midsection therebetween, the first and second rims being equal in width and the midsection having a width smaller than both the first and second rims so that recesses are formed by the midsection between the rims. an end effector (110, 510) having a top surface and a bottom surface; and a stem extending upwardly from a midpoint of the top surface of the end effector (110, 510), the stem having a free end, a distal end and a middle portion therebetween, an attachment member extending from the distal end of the stem, the attachment member fixedly attached to the top surface of the end effector (110, 510) having a width smaller than a width of the distal end, such that at least one notch is defined by a gap between the distal end of the stem and the top surface of the end effector; wherein said end effector (110, 510) is symmetrical; characterised in that said end effector (110, 510) has a a first rim, a second rim and midsection therebetween, the first and second rims being equal in width and the midsection having a width smaller than both the first and second rims so that recesses are formed by the midsection between the rims.
A method performed by an application server that participates in a collaborative session with a controller terminal having a control function and a terminal to be controlled not having the control function, the method comprising: receiving, from the controller terminal, preference rules that are generated by the controller terminal and that indicate how to select a successor taking over the control function; receiving a capability parameter of the terminal to be controlled from the terminal to be controlled; selecting a single candidate successor from a plurality of candidate successors that takes over the control function from the controller terminal based on the preference rules and the capability parameter in a special case that the controller terminal loses the control function; requesting the single candidate successor to take over the control function; and requesting, when the single candidate successor rejects to take over the control function, another single candidate successor selected from the plurality of candidate successors based on the preference rules, to take over the control function. receiving, from the controller terminal, preference rules that are generated by the controller terminal and that indicate how to select a successor taking over the control function; receiving a capability parameter of the terminal to be controlled from the terminal to be controlled; selecting a single candidate successor from a plurality of candidate successors that takes over the control function from the controller terminal based on the preference rules and the capability parameter in a special case that the controller terminal loses the control function; requesting the single candidate successor to take over the control function; and requesting, when the single candidate successor rejects to take over the control function, another single candidate successor selected from the plurality of candidate successors based on the preference rules, to take over the control function.
Process for building different models of green tyres for vehicle wheels, by using elementary semi-finished products, in a building plant comprising a plurality of workstations (16,17,17',18,19,20), the process comprising: - building a first carcass structure of a first model of tyre on a first forming support, in a first workstation, said first carcass structure comprising at least one first carcass ply obtained from a first elementary semi-finished product, and at least one first pair of annular reinforcing inserts; characterised in that the process further comprises: - building at least one second carcass structure of at least one second model of tyre different from said first model of tyre, on at least one second forming support (A'), in at least one second workstation, said at least one second carcass structure comprising at least one first carcass ply obtained from at least one second elementary semi-finished product different from said first elementary semi-finished product and at least one second pair of annular reinforcing inserts; wherein building said first carcass structure and building said at least one second carcass structure are carried out at least in part simultaneously with each other; wherein, at the end of the building of said first carcass structure, said first forming support is transferred from said first workstation to a workstation arranged beyond said second workstation, for building at least one further structural component of said first model of tyre, delivering said first forming support to a by-pass device to go beyond said at least one second workstation without transiting through it. - building a first carcass structure of a first model of tyre on a first forming support, in a first workstation, said first carcass structure comprising at least one first carcass ply obtained from a first elementary semi-finished product, and at least one first pair of annular reinforcing inserts; - building at least one second carcass structure of at least one second model of tyre different from said first model of tyre, on at least one second forming support (A'), in at least one second workstation, said at least one second carcass structure comprising at least one first carcass ply obtained from at least one second elementary semi-finished product different from said first elementary semi-finished product and at least one second pair of annular reinforcing inserts;
A process for manufacturing a rotationally symmetric plastic housing for a medical device, comprising a) providing a massive cylindrical rod of a medical grade polymer; b) producing a rotationally symmetric bore along the longitudinal axis of the cylindrical rod, the bore extending from a first end of the cylindrical rod to a second, opposite end of the cylindrical rod, wherein the diameter of the bore decreases from the first end in the direction of the second end; c) introducing a mandrel having a shape matching the inner contour of the bore into the bore from the first end of the rod; d) mounting a fixation cover on the second end of the rod; e) connecting the mandrel and the fixation cover by a fastener to press the rod onto the mandrel; f) machining the outer surface of the rod using a CNC lathe to produce a desired outer contour of the housing. a) providing a massive cylindrical rod of a medical grade polymer; b) producing a rotationally symmetric bore along the longitudinal axis of the cylindrical rod, the bore extending from a first end of the cylindrical rod to a second, opposite end of the cylindrical rod, wherein the diameter of the bore decreases from the first end in the direction of the second end; c) introducing a mandrel having a shape matching the inner contour of the bore into the bore from the first end of the rod; d) mounting a fixation cover on the second end of the rod; e) connecting the mandrel and the fixation cover by a fastener to press the rod onto the mandrel; f) machining the outer surface of the rod using a CNC lathe to produce a desired outer contour of the housing.
A spheroid including cultured mesenchymal stem cells for use in preventing or treating a cartilage tissue-related disorder selected from the group consisting of arthrosis deformans of knee joint, traumatic cartilage injury, scapulohumeral periarthritis, temporomandibular joint disorder, joint rheumatoid arthritis, osteochondritis dissecans, aseptic osteonecrosis, and medial meniscus injury, characterised in that the mesenchymal stem cells are obtained by adherent culture on a base for cell culture containing a polyimide resin, with the proviso that a medium added with a blood serum is excluded from a medium used for the cell culture.