mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising a watch and a mobile apparatus able to equip a casing of the watch, the casing comprising • a watch mechanism; • a first outside surface configured to be easily visible by the human being when he wears the watch; • a second outside surface, which is an opposite surface to the first outside surface and which forms a bottom of the casing; and • a housing adapted to receive an electronic module of the mobile apparatus, the housing being accessible from the bottom of the casing and arranged to be easily accessible, in order to allow an electronic module to be easily inserted into and removed from the mobile apparatus; the mobile apparatus comprising: • said electronic module distinct from the watch mechanism, able to run a mobile application and configured to be mounted in the housing of the casing, • a display screen connected to the electronic module , disposed on at least one part of the first outside surface, and arranged to display information relative to the mobile application; and • a fastening mounting arranged to be able to removably fasten the display screen to the watch . • a watch mechanism; • a first outside surface configured to be easily visible by the human being when he wears the watch; • a second outside surface, which is an opposite surface to the first outside surface and which forms a bottom of the casing; and • a housing adapted to receive an electronic module of the mobile apparatus, the housing being accessible from the bottom of the casing and arranged to be easily accessible, in order to allow an electronic module to be easily inserted into and removed from the mobile apparatus; • said electronic module distinct from the watch mechanism, able to run a mobile application and configured to be mounted in the housing of the casing, • a display screen connected to the electronic module , disposed on at least one part of the first outside surface, and arranged to display information relative to the mobile application; and • a fastening mounting arranged to be able to removably fasten the display screen to the watch .
An optical connector plug with a shutter configured to be fitted to an optical connector adapter , the optical connector plug comprising: a plug frame configured to hold a ferrule ; a front housing having a square cylindrical shape, the front housing being arranged so as to be slidable on the plug frame and including a shutter having a flat portion and a curved portion with a boundary portion located therebetween, the shutter being configured to open and close in association with a movement of the ferrule at a distal end side opening of the front housing ; a locking housing fixedly and integrally connected to the plug frame configured to be fitted into and locked with the optical connector adapter ; and a spring configured to bias the front housing forward, wherein the plug frame relatively moves forward by a rearward movement of the front housing so that a front opening edge portion of the plug frame expands the shutter , which is biased to block an optical axis of the distal end side opening of the front housing , into a straight shape such that the optical axis of the distal end side opening is not blocked, and the shutter includes a slit extending from the flat portion across the boundary portion to the curved portion in order to prevent a center portion of the shutter from being deformed to have a protrusion shape in a state in which the shutter is expanded when the optical connector plug is fitted into the optical connector adapter . a plug frame configured to hold a ferrule ; a front housing having a square cylindrical shape, the front housing being arranged so as to be slidable on the plug frame and including a shutter having a flat portion and a curved portion with a boundary portion located therebetween, the shutter being configured to open and close in association with a movement of the ferrule at a distal end side opening of the front housing ; a locking housing fixedly and integrally connected to the plug frame configured to be fitted into and locked with the optical connector adapter ; and a spring configured to bias the front housing forward, wherein the plug frame relatively moves forward by a rearward movement of the front housing so that a front opening edge portion of the plug frame expands the shutter , which is biased to block an optical axis of the distal end side opening of the front housing , into a straight shape such that the optical axis of the distal end side opening is not blocked, and the shutter includes a slit extending from the flat portion across the boundary portion to the curved portion in order to prevent a center portion of the shutter from being deformed to have a protrusion shape in a state in which the shutter is expanded when the optical connector plug is fitted into the optical connector adapter .
A fan blade containment system for an aircraft structure , the fan blade containment system comprising: a shield configured to be coupled to the aircraft structure and configured to at least partially surround a circumference of an aircraft engine comprising a housing that houses an intake fan that includes fan blades configured to draw air into the aircraft engine , the shield further being configured to be positioned a distance away from an outer surface of the housing of the aircraft engine to provide spacing between the fan blade containment system and the aircraft engine when the shield is coupled to the aircraft structure ; and a shield termination fitting coupled to a terminating end of the shield , wherein the shield termination fitting is configured to couple the terminating end of the shield to the aircraft structure . a shield configured to be coupled to the aircraft structure and configured to at least partially surround a circumference of an aircraft engine comprising a housing that houses an intake fan that includes fan blades configured to draw air into the aircraft engine , the shield further being configured to be positioned a distance away from an outer surface of the housing of the aircraft engine to provide spacing between the fan blade containment system and the aircraft engine when the shield is coupled to the aircraft structure ; and a shield termination fitting coupled to a terminating end of the shield , wherein the shield termination fitting is configured to couple the terminating end of the shield to the aircraft structure .
Process for obtaining material of value from a bauxite residue which is obtainable or obtained by the Bayer process, comprising the steps of: a) providing an aqueous suspension of the bauxite residue; b) adjusting a pH of the suspension to a value between 7.2 and 12.2 and adding at least one dispersant; c) at least partially deagglomerating suspended mineral agglomerates of the bauxite residue, wherein the mineral agglomerates are deagglomerated in step c) by generating cavitation; and d) separating the resulting mixture into an iron-rich fraction and at least one further, preferably silicate-rich fraction. a) providing an aqueous suspension of the bauxite residue; b) adjusting a pH of the suspension to a value between 7.2 and 12.2 and adding at least one dispersant; c) at least partially deagglomerating suspended mineral agglomerates of the bauxite residue, wherein the mineral agglomerates are deagglomerated in step c) by generating cavitation; and d) separating the resulting mixture into an iron-rich fraction and at least one further, preferably silicate-rich fraction.
Pipe section of a common rail line that is provided for the high-pressure injection of a fluid, wherein the pipe section has at least a first pipe and an adapter , wherein the first pipe has a wall and extends at least along an axial direction ; wherein the wall has an inner circumferential surface and an outer circumferential surface and encloses a first line ; wherein the adapter has a connector piece and a second pipe ; wherein the connector piece extends annularly around the first pipe and is situated on the outer circumferential surface ; wherein a second line that is formed by the second pipe is fluidically connected to the first line via a first opening in the first pipe and a second opening in the connector piece ; wherein at least the adapter is manufactured by means of a metal powder injection molding process; wherein the connector piece of the adapter forms an at least force-fit connection with the outer circumferential surface of the first pipe , wherein the adapter and the first pipe , in addition to the force-fit connection , are joined together at least by a form-fit connection .
Copolymer, comprising - a plurality of caboxyl monomer units derived from methacrylic acid monomers (MAA); - a plurality of phenyl monomer units, preferably phenyl monomer units derived from styrene monomers; - a plurality of first carboxylate ester monomer units derived from alkyl (meth-)acrylate monomers; - a plurality of second carboxylate ester monomer units derived from ethylhexyl acrylate monomers; wherein the first and the second carboxylate ester monomer units differ in their structural formula, characterized in that the relative amounts of monomer units are as follows: - 35-45 wt% of caboxyl monomer units derived from methacrylic acid monomers (MAA); - 25-30 wt% of phenyl monomer units, preferably phenyl monomer units derived from styrene monomers; - 10-15 wt% of first carboxylate ester monomer units derived from alkyl methacrylate monomers, - 12-20 wt% of second carboxylate ester monomer units derived from ethylhexyl acrylate monomers; based on an entire weight of the primary copolymer. - a plurality of caboxyl monomer units derived from methacrylic acid monomers (MAA); - a plurality of phenyl monomer units, preferably phenyl monomer units derived from styrene monomers; - a plurality of first carboxylate ester monomer units derived from alkyl (meth-)acrylate monomers; - a plurality of second carboxylate ester monomer units derived from ethylhexyl acrylate monomers; wherein the first and the second carboxylate ester monomer units differ in their structural formula, characterized in that the relative amounts of monomer units are as follows: - 35-45 wt% of caboxyl monomer units derived from methacrylic acid monomers (MAA); - 25-30 wt% of phenyl monomer units, preferably phenyl monomer units derived from styrene monomers; - 10-15 wt% of first carboxylate ester monomer units derived from alkyl methacrylate monomers, - 12-20 wt% of second carboxylate ester monomer units derived from ethylhexyl acrylate monomers; - 35-45 wt% of caboxyl monomer units derived from methacrylic acid monomers (MAA); - 25-30 wt% of phenyl monomer units, preferably phenyl monomer units derived from styrene monomers; - 10-15 wt% of first carboxylate ester monomer units derived from alkyl methacrylate monomers, - 12-20 wt% of second carboxylate ester monomer units derived from ethylhexyl acrylate monomers; based on an entire weight of the primary copolymer.
Apparatus for cleaning a surface immersed in a liquid, notably a swimming pool cleaning robot, including a body , said body including lower, upper and lateral walls configured so that: - said lower wall is intended to be positioned facing the immersed surface over which the apparatus moves, - said upper wall is opposite said lower wall, - said lateral walls connect said lower and upper walls, means for moving the body over said immersed surface, a central chamber , situated inside the body , and including a filter basket , said filter basket including a filter wall, and an opening enabling extraction of said filter basket from the body , characterized in that said opening is on a lateral wall of the body . - said lower wall is intended to be positioned facing the immersed surface over which the apparatus moves, - said upper wall is opposite said lower wall, - said lateral walls connect said lower and upper walls,
Road milling machine comprising a milling drum equipped with a plurality of chisels characterised in that the road milling machine has a detection device for quality control of the milled image produced by the milling drum, the detection device being configured to optically detect the milled image at least in regions, so that defects due to wear of the chisels or due to chisel breakage can be detected on the milled image.
A method of communication at a wireless communications device, comprising: identifying (405; 1005) a first repetition level from a plurality of repetition levels for a first random access request sequence; determining (405; 1010), based on the first repetition level, a first initial power for the first random access request sequence; transmitting at least one random access request of the first random access request sequence according to the first initial power; identifying a second repetition level from the plurality of repetition levels for a second random access request sequence based on determining that a random access response was not received in response to the first random access request sequence; determining , based on the second repetition level, a second initial power for the second random access request sequence, wherein the second initial power is determined to be a maximum transmit power based on whether the second repetition level is a highest repetition level of the plurality of repetition levels; and transmitting at least one random access request of the second random access request sequence according to the second initial power. identifying (405; 1005) a first repetition level from a plurality of repetition levels for a first random access request sequence; determining (405; 1010), based on the first repetition level, a first initial power for the first random access request sequence; transmitting at least one random access request of the first random access request sequence according to the first initial power; identifying a second repetition level from the plurality of repetition levels for a second random access request sequence based on determining that a random access response was not received in response to the first random access request sequence; determining , based on the second repetition level, a second initial power for the second random access request sequence, wherein the second initial power is determined to be a maximum transmit power based on whether the second repetition level is a highest repetition level of the plurality of repetition levels; and transmitting at least one random access request of the second random access request sequence according to the second initial power.
A vibration exciting system, comprising: a mounting ring , configured to be annular; a plurality of fixing parts , each having one end fixedly connected to the mounting ring ; a length direction of each fixing part is along a radial direction of the mounting ring ; a plurality of holders , each slidably mounted at the other end of each of the fixing parts , the plurality of holders being arranged circumferentially of the mounting ring ; and characterised in that the vibration exciting system further comprises: a plurality of guide rails , each connecting two adjacent holders , wherein connection positions of each of the guide rails and the two adjacent holder being adjustable; and a plurality of nozzle assemblies , are mounted on the holders respectively. a mounting ring , configured to be annular; a plurality of fixing parts , each having one end fixedly connected to the mounting ring ; a length direction of each fixing part is along a radial direction of the mounting ring ; a plurality of holders , each slidably mounted at the other end of each of the fixing parts , the plurality of holders being arranged circumferentially of the mounting ring ; and characterised in that the vibration exciting system further comprises: a plurality of guide rails , each connecting two adjacent holders , wherein connection positions of each of the guide rails and the two adjacent holder being adjustable; and a plurality of nozzle assemblies , are mounted on the holders respectively. a plurality of guide rails , each connecting two adjacent holders , wherein connection positions of each of the guide rails and the two adjacent holder being adjustable; and a plurality of nozzle assemblies , are mounted on the holders respectively.
A blade or wing including a blade or wing element including many adjacent ribs slidable with respect to one another whereby to vary the aerodynamic configuration of the blade or wing element by causing a twist thereof, wherein the leading edge and trailing edge of each rib are at the leading edge and trailing edge of the blade or wing; wherein the ribs are adjacent and substantially without gaps between adjacent ribs whereby to provide a substantially smooth surface to the blade or wing element.
Medical endodevice for an intervention inside a human or animal body, comprising an elongated liaising structure having a distal end arrangeable inside a body of a human or animal being and a proximal end arrangeable outside the body while the distal end is inside the body, a positioning unit mounted at the distal end of the liaising structure , and an intervention tool arranged to manipulate a target tissue inside the human or animal body, wherein the intervention tool is arranged at the positioning unit at the distal end of the liaising structure , wherein the positioning unit has a moving formation arranged to dislocate the intervention tool relative to the target tissue in three to six degrees of freedom, and an anchoring formation arranged to fix the moving formation to a fixing tissue inside the human or animal body such that the target tissue is positioned in a workspace of the intervention tool. an elongated liaising structure having a distal end arrangeable inside a body of a human or animal being and a proximal end arrangeable outside the body while the distal end is inside the body, a positioning unit mounted at the distal end of the liaising structure , and an intervention tool arranged to manipulate a target tissue inside the human or animal body, wherein the intervention tool is arranged at the positioning unit at the distal end of the liaising structure , wherein the positioning unit has a moving formation arranged to dislocate the intervention tool relative to the target tissue in three to six degrees of freedom, and an anchoring formation arranged to fix the moving formation to a fixing tissue inside the human or animal body such that the target tissue is positioned in a workspace of the intervention tool.
A bioartificial ultrafiltration device comprising: a first planar scaffold comprising a matrix comprising: a population of cells and a plurality of channels adjacent to the population of cells, wherein the channels extend from a first surface to a second surface of the planar scaffold and are perpendicular to the first and second surface of the planar scaffold; a first semipermeable ultrafiltration membrane disposed on the first surface of the planar scaffold; a first compartment adjacent to the first surface of the planar scaffold and in fluidic communication with the planar scaffold via the first semipermeable ultrafiltration membrane and comprising an inlet and an outlet; a second compartment adjacent to the second surface of the planar scaffold and comprising an outlet, wherein the first semipermeable ultrafiltration membrane comprises a plurality of pores having a width in the range of 5 nm - 5 micron, wherein the first semipermeable ultrafiltration membrane allows transport of ultrafiltrate from the first compartment to the plurality of channels and wherein the ultrafiltrate traverses from the plurality of channels into the second compartment. a population of cells and a plurality of channels adjacent to the population of cells, wherein the channels extend from a first surface to a second surface of the planar scaffold and are perpendicular to the first and second surface of the planar scaffold; a first semipermeable ultrafiltration membrane disposed on the first surface of the planar scaffold; a first compartment adjacent to the first surface of the planar scaffold and in fluidic communication with the planar scaffold via the first semipermeable ultrafiltration membrane and comprising an inlet and an outlet; a second compartment adjacent to the second surface of the planar scaffold and comprising an outlet, wherein the first semipermeable ultrafiltration membrane comprises a plurality of pores having a width in the range of 5 nm - 5 micron, wherein the first semipermeable ultrafiltration membrane allows transport of ultrafiltrate from the first compartment to the plurality of channels and wherein the ultrafiltrate traverses from the plurality of channels into the second compartment.
A ball screw comprising a screw shaft , a nut , and a plurality of balls, wherein, the screw shaft passes through the nut , a rolling path along which the balls roll is formed by a helical groove formed on an outer peripheral surface of the screw shaft and a helical groove formed on an inner peripheral surface of the nut , the balls are disposed in the rolling path, a seal is attached to at least one end of ends of the nut in a moving direction of the nut , and the seal surrounds an outer periphery of the screw shaft and comprises: a seal mountain inside the seal entering the helical groove of the screw shaft ; a tubular portion exposed axially outside the nut ; and a grease reservoir portion provided on an inner peripheral surface of the tubular portion so as to form a space with respect to the screw shaft ; characterized by a discharge outlet communicating with the grease reservoir portion and open to an outer peripheral surface of the tubular portion ; a slit communicating with the discharge outlet and extending axially in the tubular portion of the seal , and a cover that covers the seal is provided on the nut or the seal . a seal mountain inside the seal entering the helical groove of the screw shaft ; a tubular portion exposed axially outside the nut ; and a grease reservoir portion provided on an inner peripheral surface of the tubular portion so as to form a space with respect to the screw shaft ; characterized by a discharge outlet communicating with the grease reservoir portion and open to an outer peripheral surface of the tubular portion ; a slit communicating with the discharge outlet and extending axially in the tubular portion of the seal , and a cover that covers the seal is provided on the nut or the seal .
Magazine unit for a packaging machine comprising: - an inlet opening configured to allow for the introduction of a spindle carrying a wound-up web of packaging material into the magazine unit ; and - at least one pair of housing seats configured to rotatably support the spindle carrying the wound-up web of packaging material, the respective housing seats being arranged side-by-side and distanced from the inlet opening ; the magazine unit further comprising a pair of guide rails , the guide rails being arranged side-by-side and each one extending from the inlet opening to one respective housing seat and being configured to guide the spindle from the inlet opening to the pair of housing seats ; wherein each one of the guide rails extends along a respective longitudinal axis (B) and has a respective first end portion and a respective second end portion opposite to the first end portion ; and wherein the second end portion is arranged adjacent to the respective housing seat ; characterized by the magazine unit further comprising a pair of insertion limit surfaces arranged in the area of the inlet opening , each one being transversally distanced from the respective first end portion of one respective guide rail ; wherein the pair of insertion limit surfaces is configured to delimit movement of the spindle along a direction (D1) parallel to the respective longitudinal axes (B) and towards the pair of housing seats . - an inlet opening configured to allow for the introduction of a spindle carrying a wound-up web of packaging material into the magazine unit ; and - at least one pair of housing seats configured to rotatably support the spindle carrying the wound-up web of packaging material, the respective housing seats being arranged side-by-side and distanced from the inlet opening ;