mhurhangee/patent-ind-claim-en huggingface dataset:
LED conversion kit for exterior luminaires, comprising an LED module assembly seated with its baseplate flat and flush on a thermoconductive mounting plate and connected to the mounting plate via a thermoconductive pad encompassing the baseplate and an electrical insulation layer, the LED module assembly being fully hermetically sealed according to at least IP65 by an auxiliary housing and at least one insulating means sealingly connecting said housing to the mounting plate and the power supply terminal of the LED module assembly being led through the mounting plate to the opposite plane thereof, wherein the mounting plate has a mechanical bracket on the plane located opposite the LED module assembly , on which bracket element conventional mains-powered devices and luminaire terminals are provided at a distance from the mounting plate for direct connection to a mast connection cable , characterised in that the mounting plate laterally projects beyond the auxiliary housing in a concentric manner such that a contact surface can be formed, ensuring a flat surface heat transfer to an intermediate mounting plate which is provided with a circular opening to receive the auxiliary housing , wherein the mounting plate on its outer rim has slots arranged on concentric circular lines with respect to the mounting plate and into which slots fastening and locking means engage to make a heat-transferring connection with the intermediate mounting plate .
A convex insert for an ostomy barrier having a convex ring-like body and comprising: an inlet opening ; an inner flange ; a middle portion including a pouch-side surface , a core-out portion, and a skin barrier support structure, wherein the core-out portion is configured to improve flexibility of the convex insert ; and an outer flange , wherein the inner flange and the outer flange are connected by the middle portion and arranged in different axial planes to define the convex ring-like body; wherein the convex insert comprises a radial wall radially extending from the outer flange toward the inlet opening , and an axial wall extending axially from the radial wall in a body-side direction, wherein the inner flange extends from the axial wall toward the inlet opening , wherein the outer flange , the middle portion , and the inner flange provides a step-like protrusion in the body-side direction, and wherein the pouch-side surface is defined on a pouchside of the radial wall . an inlet opening ; an inner flange ; a middle portion including a pouch-side surface , a core-out portion, and a skin barrier support structure, wherein the core-out portion is configured to improve flexibility of the convex insert ; and an outer flange , wherein the inner flange and the outer flange are connected by the middle portion and arranged in different axial planes to define the convex ring-like body; wherein the convex insert comprises a radial wall radially extending from the outer flange toward the inlet opening , and an axial wall extending axially from the radial wall in a body-side direction, wherein the inner flange extends from the axial wall toward the inlet opening , wherein the outer flange , the middle portion , and the inner flange provides a step-like protrusion in the body-side direction, and wherein the pouch-side surface is defined on a pouchside of the radial wall .
A crimping tool for crimping items to a substantially ellipsoidal shape, the crimping tool comprising a first and a second die arranged to interact with each other, each comprising a circular segment surface , wherein the dies are arranged such that the circular segments are opposed each other forming a substantially ellipsoidal shape (E 1 -E 3 ) between them, wherein the first and the second interacting dies are movable with respect to each other, characterized in that the first die is pivotally arranged to move in a part circular movement with respect to the second die (1 , substantially without rotating around its own centre, wherein the circular segment of the first die at a trailing end thereof comprises an edge arranged to follow the circular segment surface of the second die , thereby continuously closing a first end of the substantially ellipsoidal shape between the circular segments .
A structured abrasive article comprising a plurality of shaped abrasive composites disposed on and secured to a major surface of a backing , wherein the shaped abrasive composites comprise magnetizable abrasive particles retained in an organic binder , wherein, on a respective basis, each of the magnetizable abrasive particles has a ceramic body with a magnetizable layer disposed on at least a portion thereof, wherein the magnetizable abrasive particles have an average length to thickness aspect ratio of at least 3, and are oriented, and wherein the shaped abrasive composites comprise precisely shaped composites having shapes selected from the group consisting of prismatic, trigonal pyramidal, square pyramidal, hexagonal pyramidal, truncated trigonal pyramidal, truncated square pyramidal, and truncated hexagonal pyramidal, or a combination thereof.
Apparatus for mobile friction stir welding of two tubular structures as joining partners, comprising: an annular basic body which is unfoldable by means of a hinge and can be connected fixedly for operation on the opposite side of the hinge by means of a closure device , a plurality of lifting elements which are distributed over the circumference of the basic body , are movable radially by means of a drive and each have a holding jaw for holding the tubular structures, wherein a holding jaw is mounted in a horizontally displaceable manner by means of a drive , a toothed ring which is connected to the basic body and on which a spindle head can be moved in an orbital movement about the tubular structures by means of a drive for the application of a weld seam, and a welding shoe which has a sliding surface which is matched to the curvature of the surfaces of the joining partners. an annular basic body which is unfoldable by means of a hinge and can be connected fixedly for operation on the opposite side of the hinge by means of a closure device , a plurality of lifting elements which are distributed over the circumference of the basic body , are movable radially by means of a drive and each have a holding jaw for holding the tubular structures, wherein a holding jaw is mounted in a horizontally displaceable manner by means of a drive , a toothed ring which is connected to the basic body and on which a spindle head can be moved in an orbital movement about the tubular structures by means of a drive for the application of a weld seam, and a welding shoe which has a sliding surface which is matched to the curvature of the surfaces of the joining partners.
A method of operating a terminal based on a plurality of networks in a wireless communication system, the method comprising: establishing a connection to a first network (S2010); transmitting (S2030), to the first network, a message for indicating temporary suspension of data communication with the first network, based on a paging message received from a second network (S2020), wherein the paging message from the second network corresponds to an activity on the second network, and wherein the message for indicating temporary suspension of data communication with the first network includes paging-related information of the first network and wherein the paging-related information indicates the data for which the terminal desires to receive paging message based on a packet data unit, PDU, session; transitioning to the second network (S2040); and transitioning to the first network based on the paging-related information of the first network, in case that the terminal receives a paging message based on the PDU session from the first network in a state in which the terminal has transitioned to the second network, wherein the paging-related information of the first network comprises information related to data triggering a paging procedure among data that occur from the first network to the terminal after the terminal transitions to the second network, wherein the terminal operates based on a plurality of subscriber identification modules, SIMs, and wherein the first network corresponds to a first SIM, and the second network corresponds to a second SIM. establishing a connection to a first network (S2010); transmitting (S2030), to the first network, a message for indicating temporary suspension of data communication with the first network, based on a paging message received from a second network (S2020), wherein the paging message from the second network corresponds to an activity on the second network, and wherein the message for indicating temporary suspension of data communication with the first network includes paging-related information of the first network and wherein the paging-related information indicates the data for which the terminal desires to receive paging message based on a packet data unit, PDU, session; transitioning to the second network (S2040); and transitioning to the first network based on the paging-related information of the first network, in case that the terminal receives a paging message based on the PDU session from the first network in a state in which the terminal has transitioned to the second network, wherein the paging-related information of the first network comprises information related to data triggering a paging procedure among data that occur from the first network to the terminal after the terminal transitions to the second network, wherein the terminal operates based on a plurality of subscriber identification modules, SIMs, and wherein the first network corresponds to a first SIM, and the second network corresponds to a second SIM.
A method for monitoring quality of water flowing in a pipe, by diverting a flow of water from the pipe into a laser particle counter that continuously counts particles within a particle size interval S n in the diverted flow of water, so as to determine for each time t i a number c i n of particles within said size interval per volume of water, - comparing c i n with a previously determined reference value c ref n for the number of particles per volume of water flowing in the pipe; and - taking a sample of the water from the pipe when c i n exceeds a predetermined threshold value TV A n for more than a predetermined length of time t A n ; and - sending an alarm signal when c i n exceeds a predetermined threshold value TV C n for more than a predetermined length of time t C n ; characterized by - diverting a flow of water from the pipe into a filtering unit that filters the water to provide a permeate flow and a concentrate flow, and - taking a sample of at least one of said permeate flow and concentrate flow when c i n exceeds a predetermined threshold value TV B n for more than a predetermined length of time t B n . - comparing c i n with a previously determined reference value c ref n for the number of particles per volume of water flowing in the pipe; and - taking a sample of the water from the pipe when c i n exceeds a predetermined threshold value TV A n for more than a predetermined length of time t A n ; and - sending an alarm signal when c i n exceeds a predetermined threshold value TV C n for more than a predetermined length of time t C n ; - diverting a flow of water from the pipe into a filtering unit that filters the water to provide a permeate flow and a concentrate flow, and - taking a sample of at least one of said permeate flow and concentrate flow when c i n exceeds a predetermined threshold value TV B n for more than a predetermined length of time t B n .
A maritime light source comprising - a bottom housing , and - a lid comprising: - a lens portion adapted to scatter light from an associated light source over an angle of at least 180 degrees in a substantially uniform manner, and - a button portion comprising a flexible push button membrane, and - a water proof sealing between the bottom housing and the lid, characterized in that : the lid comprises first and second thermoplastic polymer layers, the first polymer layer being substantially stiffer than the second polymer layer, and that the first polymer layer comprises an opening , said opening being substantially filled with at least part of the second polymer layer thereby defining an integrated membrane of the button portion in said opening. - a bottom housing , and - a lid comprising: - a lens portion adapted to scatter light from an associated light source over an angle of at least 180 degrees in a substantially uniform manner, and - a button portion comprising a flexible push button membrane, and - a lens portion adapted to scatter light from an associated light source over an angle of at least 180 degrees in a substantially uniform manner, and - a button portion comprising a flexible push button membrane, and - a water proof sealing between the bottom housing and the lid, characterized in that : the lid comprises first and second thermoplastic polymer layers, the first polymer layer being substantially stiffer than the second polymer layer, and that the first polymer layer comprises an opening , said opening being substantially filled with at least part of the second polymer layer thereby defining an integrated membrane of the button portion in said opening. the lid comprises first and second thermoplastic polymer layers, the first polymer layer being substantially stiffer than the second polymer layer, and that the first polymer layer comprises an opening , said opening being substantially filled with at least part of the second polymer layer thereby defining an integrated membrane of the button portion in said opening.
A particle image velocimetry system comprising: a light source ; means for directing light from the light source into a flow volume containing a quantity of fluid and at least one particle , wherein the light is directed into the flow volume as a plurality of light sheets, each light sheet having a single wavelength, wherein at least one of the light sheets has a wavelength which is different from a wavelength of another light sheet; a detection apparatus , which includes a refractive lens, for detecting reflections of light from the at least one particle within the flow volume ; and a Fresnel phase plate arranged between the refractive lens of the detection apparatus and the flow volume so that a focus of the detection apparatus for each wavelength corresponds to a depth at which that wavelength occurs in the illumination of the flow volume by the light source and so that all wavelengths are focused on a same sensor plane of the detection apparatus. a light source ; means for directing light from the light source into a flow volume containing a quantity of fluid and at least one particle , wherein the light is directed into the flow volume as a plurality of light sheets, each light sheet having a single wavelength, wherein at least one of the light sheets has a wavelength which is different from a wavelength of another light sheet; a detection apparatus , which includes a refractive lens, for detecting reflections of light from the at least one particle within the flow volume ; and a Fresnel phase plate arranged between the refractive lens of the detection apparatus and the flow volume so that a focus of the detection apparatus for each wavelength corresponds to a depth at which that wavelength occurs in the illumination of the flow volume by the light source and so that all wavelengths are focused on a same sensor plane of the detection apparatus.
A method of producing a filler to be used in paper or board production, said method comprising the steps of; - providing a suspension comprising calcium hydroxide, - performing carbonation of said calcium hydroxide to form precipitated calcium carbonate (PCC), wherein starch and/or carboxy methyl cellulose (CMC) is added to said suspension during said carbonation of calcium hydroxide. - providing a suspension comprising calcium hydroxide, - performing carbonation of said calcium hydroxide to form precipitated calcium carbonate (PCC),
A flow rate measurement device, comprising: a measurement channel ; a pair of hole portions each being in communication with the measurement channel; a pair of ultrasonic transceivers disposed across the pair of hole portions from the measurement channel; a propagation time measurer which measures a propagation time between the pair of ultrasonic transceivers; a flow rate calculator which calculates a flow rate based on a flow velocity determined from the propagation time measured by the propagation time measurer; a plurality of partition plates which is inserted into the measurement channel and forms a plurality of channel layers; and a turbulence reduction component disposed between the pair of hole portions and the partition plates of the measurement channel and having a pair of opening portions at positions corresponding to the pair of hole portions, wherein the pair of opening portions of the turbulence reduction component each have a plurality of openings of polygonal shape arranged in a staggered pattern, and frame pieces demarcating the plurality of openings are substantially identical in width. a measurement channel ; a pair of hole portions each being in communication with the measurement channel; a pair of ultrasonic transceivers disposed across the pair of hole portions from the measurement channel; a propagation time measurer which measures a propagation time between the pair of ultrasonic transceivers; a flow rate calculator which calculates a flow rate based on a flow velocity determined from the propagation time measured by the propagation time measurer; a plurality of partition plates which is inserted into the measurement channel and forms a plurality of channel layers; and a turbulence reduction component disposed between the pair of hole portions and the partition plates of the measurement channel and having a pair of opening portions at positions corresponding to the pair of hole portions, wherein the pair of opening portions of the turbulence reduction component each have a plurality of openings of polygonal shape arranged in a staggered pattern, and frame pieces demarcating the plurality of openings are substantially identical in width.
An aerodynamic brake for a vehicle , comprising: at least one rigid panel having a panel leading edge portion and a panel trailing edge portion , the panel trailing edge portion being configured to pivotably couple to a vehicle body ; at least one flexible sheet having a sheet lower edge portion and a sheet upper edge portion , the sheet lower edge portion being configured to couple to the vehicle body, the sheet upper edge portion coupled to the panel leading edge portion; at least one panel actuator configured to pivot the at least one rigid panel for moving the at least one rigid panel between a stowed position and a deployed position ; in the stowed position, the at least one rigid panel being configured to be proximate a vehicle body and covering the at least one flexible sheet in a folded state between the at least one rigid panel and a vehicle body; and in the deployed position, the panel leading edge portion being configured to pivot away from a vehicle body and the at least one flexible sheet being in an open state exposable to an oncoming airflow relative to a forward-moving direction of a vehicle for generating aerodynamic drag for slowing the vehicle. at least one rigid panel having a panel leading edge portion and a panel trailing edge portion , the panel trailing edge portion being configured to pivotably couple to a vehicle body ; at least one flexible sheet having a sheet lower edge portion and a sheet upper edge portion , the sheet lower edge portion being configured to couple to the vehicle body, the sheet upper edge portion coupled to the panel leading edge portion; at least one panel actuator configured to pivot the at least one rigid panel for moving the at least one rigid panel between a stowed position and a deployed position ; in the stowed position, the at least one rigid panel being configured to be proximate a vehicle body and covering the at least one flexible sheet in a folded state between the at least one rigid panel and a vehicle body; and in the deployed position, the panel leading edge portion being configured to pivot away from a vehicle body and the at least one flexible sheet being in an open state exposable to an oncoming airflow relative to a forward-moving direction of a vehicle for generating aerodynamic drag for slowing the vehicle.
An Fc-binding polypeptide comprising a mutant of an Fc-binding domain of Staphylococcus Protein A (SpA), which is a mutant of Zvar having at least 90% identity to SEQ ID NO:7, wherein the amino acid residue at position 9 is alanine and the amino acid residue at position 11 is lysine or glutamic acid, and additionally wherein: i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, which polypeptide has an improved alkaline stability compared to a polypeptide as defined by SEQ ID NO 7, wherein the alkaline stability is improved as measured by the remaining IgG-binding capacity after 24 or 25 h incubation in 0.5 M or 1.0 M aqueous NaOH at 22 +/- 2 °C. and additionally wherein: i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, i) the amino acid residue at position 43 is alanine or glutamic acid; and/or ii) the amino acid residue at position 40 is valine; and/or iii) the amino acid residue at position 44 is isoleucine, which polypeptide has an improved alkaline stability compared to a polypeptide as defined by SEQ ID NO 7, wherein the alkaline stability is improved as measured by the remaining IgG-binding capacity after 24 or 25 h incubation in 0.5 M or 1.0 M aqueous NaOH at 22 +/- 2 °C.