mhurhangee/ep-ind-claims huggingface dataset:
A wavy disc blade, comprising: a first side; a second side; a central portion having at least one opening formed therein; a wavy portion adjacent to, extending radially from and circumferentially about the central portion, the wavy portion having a plurality of waves extending from the central portion to an edge portion, the waves forming a plurality of crests and valleys between the central portion and the edge portion; a plurality of cutting teeth formed along the edge portion, each tooth of the plurality of cutting teeth having a first engagement surface and a second engagement surface, the first engagement surface being shorter than the second engagement surface so that each tooth is asymmetrically shaped; and at least one of a first beveled portion on the first side at the edge portion and a second beveled portion on the second side at the edge portion. a first side; a second side; a central portion having at least one opening formed therein; a wavy portion adjacent to, extending radially from and circumferentially about the central portion, the wavy portion having a plurality of waves extending from the central portion to an edge portion, the waves forming a plurality of crests and valleys between the central portion and the edge portion; a plurality of cutting teeth formed along the edge portion, each tooth of the plurality of cutting teeth having a first engagement surface and a second engagement surface, the first engagement surface being shorter than the second engagement surface so that each tooth is asymmetrically shaped; and at least one of a first beveled portion on the first side at the edge portion and a second beveled portion on the second side at the edge portion.
A pneumatic tire comprising: a sidewall portion comprising an outer surface provided with a plurality of protruding portions protruding outwardly in a tire axial direction and arranged in a tire circumferential direction; each of the protruding portions comprising a pair of side surfaces extending in a tire radial direction at both ends in a tire circumferential direction of each of the protruding portions and a top surface arranged outermost in the tire axial direction between the pair of the side surfaces; and in at least one of the protruding portions, the top surface being provided with a plurality of grooves arranged in the tire radial direction, characterized in that a depth of a first groove of the plurality of grooves disposed on the outer side in the tire radial direction of the protruding portion is in a range of from 70% to 90% of a depth of a second groove of the plurality of grooves disposed on the inner side in the tire radial direction of the protruding portion. a sidewall portion comprising an outer surface provided with a plurality of protruding portions protruding outwardly in a tire axial direction and arranged in a tire circumferential direction; each of the protruding portions comprising a pair of side surfaces extending in a tire radial direction at both ends in a tire circumferential direction of each of the protruding portions and a top surface arranged outermost in the tire axial direction between the pair of the side surfaces; and in at least one of the protruding portions, the top surface being provided with a plurality of grooves arranged in the tire radial direction, characterized in that a depth of a first groove of the plurality of grooves disposed on the outer side in the tire radial direction of the protruding portion is in a range of from 70% to 90% of a depth of a second groove of the plurality of grooves disposed on the inner side in the tire radial direction of the protruding portion.
A breathing assistance apparatus (2, 200, 300), for use with delivery of respiratory gases to a patient, comprising: a patient interface, having a body section (102, 302, 1102) adapted to cover a nose, or nose and mouth, of said patient, a sealing interface, including an outer sealing member (201, 301, 1112, 2004, 2020) and an inner sealing member (202, 1110, 2000, 2010, 2022, 2024, 2030) covered by the outer sealing member (201, 301, 1112, 2004, 2020), said outer sealing member (201, 301, 1112, 2004, 2020) including a base adapted to attach to said body section (102, 302, 1102) in a sealing manner and a side wall or walls (211, 212, 306, 318, 319) extending from the base, said outer sealing member (201, 301, 1112, 2004, 2020) having a substantially thin section (203, 305, 311, 313, 314, 316) in at least its nasal bridge region, said substantially thin section (203, 305, 311, 313, 314, 316) being substantially thinner than the rest of said outer sealing member (201, 301, 1112, 2004, 2020), the rest of said outer sealing member including the side wall(s), and wherein said outer sealing member (201, 301, 1112, 2004, 2020) is adapted to seal around facial contours of said patient thereby providing a sealed fluid communication to a respiratory tract of said patient. a patient interface, having a body section (102, 302, 1102) adapted to cover a nose, or nose and mouth, of said patient, a sealing interface, including an outer sealing member (201, 301, 1112, 2004, 2020) and an inner sealing member (202, 1110, 2000, 2010, 2022, 2024, 2030) covered by the outer sealing member (201, 301, 1112, 2004, 2020), said outer sealing member (201, 301, 1112, 2004, 2020) including a base adapted to attach to said body section (102, 302, 1102) in a sealing manner and a side wall or walls (211, 212, 306, 318, 319) extending from the base, said outer sealing member (201, 301, 1112, 2004, 2020) having a substantially thin section (203, 305, 311, 313, 314, 316) in at least its nasal bridge region, said substantially thin section (203, 305, 311, 313, 314, 316) being substantially thinner than the rest of said outer sealing member (201, 301, 1112, 2004, 2020), the rest of said outer sealing member including the side wall(s), and wherein said outer sealing member (201, 301, 1112, 2004, 2020) is adapted to seal around facial contours of said patient thereby providing a sealed fluid communication to a respiratory tract of said patient.
Optical unit intended to be fitted to a vehicle and comprising a housing defining with a lens, fixed to a front part, an internal space housing a mask comprising at a first level at least a first opening through which a first translucent part passes, placed opposite said lens and participating in a first photometric function, characterized in that said mask comprises at a second level different from said first level a flat projecting in the direction of said lens and comprising N second openings, with N ≥ 2, and in that said optical block further comprises a second part comprising a base placed behind said flat, that is to say that the base is below the flat when said second level is located below said first level and that the base is above the flat when said second level is located above said first level, and on which are erected N plates defining reflectors and respectively passing through said N second openings so as to be placed facing said glass below or above said first part.
A control panel assembly comprising: a housing; a main cavity that houses a first printed circuit board; a light panel; a secondary cavity; the light panel having an access port through an outer surface of the light panel to enable access to a first connector positioned in the secondary cavity; and a visual indicator removably coupled to the outer surface of the light panel, the visual indicator having a light assembly including a second connector, the second connector to couple to the first connector positioned in the secondary cavity via the access port when the visual indicator is coupled to the light panel, characterized in that the control panel assembly further comprises: a first housing portion having a rear cover removably coupled to a first side of the housing to form the main cavity, the light panel being removably coupled to a second side of the housing to define the secondary cavity, wherein the secondary cavity houses a second printed circuit board, the second printed circuit board being electrically coupled to the first printed circuit board. a housing; a main cavity that houses a first printed circuit board; a light panel; a secondary cavity; the light panel having an access port through an outer surface of the light panel to enable access to a first connector positioned in the secondary cavity; and a visual indicator removably coupled to the outer surface of the light panel, the visual indicator having a light assembly including a second connector, the second connector to couple to the first connector positioned in the secondary cavity via the access port when the visual indicator is coupled to the light panel, characterized in that the control panel assembly further comprises: a first housing portion having a rear cover removably coupled to a first side of the housing to form the main cavity, the light panel being removably coupled to a second side of the housing to define the secondary cavity, wherein the secondary cavity houses a second printed circuit board, the second printed circuit board being electrically coupled to the first printed circuit board.
A method implemented by a computing device, the method comprising: monitoring network traffic received by a network interface device of the computing device, the network traffic being received via a variety of different notification channels; recognizing a traffic pattern in the monitored network traffic; identifying an application of the computing device that corresponds to the recognized traffic pattern; and responsive to the identifying, coalescing data received via the variety of different notification channels and waking at least a portion of the identified application at a defined interval for communicating the coalesced data to the application. monitoring network traffic received by a network interface device of the computing device, the network traffic being received via a variety of different notification channels; recognizing a traffic pattern in the monitored network traffic; identifying an application of the computing device that corresponds to the recognized traffic pattern; and responsive to the identifying, coalescing data received via the variety of different notification channels and waking at least a portion of the identified application at a defined interval for communicating the coalesced data to the application.
A distribution plant for liquid animal feed with a weighing container preferably designed as a mixing container with a downstream feed pump for loading a supply line for a distribution line, which consists of at least two line branches (4, 5, 6, 7) equipped with end shutoff valves (12, 13) and each having several output sites (9, 10, 11) and a storage and collection tank for water, which is connected by means of water lines downstream from a water pump and additional shutoff valves (22 or 15) with the line branches (4, 5, 6, 7) to relay the residual feed that remains after loaded into the line branches (4, 5, 6, 7) with the feed pump for final distribution, relaying to another supply line branch or returning to the supply tank via a return line that is then opened, wherein a central control unit controls the operating sequences, characterized in that, from the end shutoff valves (12, 13) of the line branches (4 to 7) of the distribution line, the end shutoff valves controlled at the one end can be connected separately with the feed supply line, by way of another valve with the water line, and with the other end of the other line branches (4 to 7), the end shutoff valves at the other end of the line branches (4 to 7) can be connected with each other, with the water line and the return line, and a flowmeter is provided in the water line for determining the respectively supplied water quantity, wherein a line branch (5 to 7) from which feed has already been evacuated can be used as a buffer tank, the water content in which can be shifted by the additional water supplied via the flowmeter into a line branch containing a residual feed quantity to be distributed.
An expandable downhole tool for incorporation in a drillstring, the tool capable of being adjusted between activated and deactivated modes, said tool comprising: a tool body; and characterised by a working component mounted indirectly on the tool body for movement relative to the tool body between a withdrawn inoperative position and an outwardly deployed operative position corresponding respectively to the deactivated and activated modes of the tool; a mandrel slidably mounted in the main body for axial movement between first and second positions, said mandrel taking up the first axial position in the deactivated mode of the tool and being displaceable to the second axial position in order to activate the tool to its activated mode; a spline bar mountable in a recess in the tool body and defining a first linear guide path extending parallel to the axis of movement of the mandrel, and a second outwardly extending guide path; and at least one first travel block coupled with the mandrel for movement therewith and slidably mountable on said spline bar for movement along said first linear guide path; in which the working component is mountable on the spline bar for movement along said second outwardly extending guide path, at least one said first travel block being engageable with the working component as the mandrel moves from its first position to its second position in order to move the working component along the second outwardly extending path from its withdrawn position to its outwardly deployed position. a tool body; and characterised by a working component mounted indirectly on the tool body for movement relative to the tool body between a withdrawn inoperative position and an outwardly deployed operative position corresponding respectively to the deactivated and activated modes of the tool; a mandrel slidably mounted in the main body for axial movement between first and second positions, said mandrel taking up the first axial position in the deactivated mode of the tool and being displaceable to the second axial position in order to activate the tool to its activated mode; a spline bar mountable in a recess in the tool body and defining a first linear guide path extending parallel to the axis of movement of the mandrel, and a second outwardly extending guide path; and at least one first travel block coupled with the mandrel for movement therewith and slidably mountable on said spline bar for movement along said first linear guide path; in which the working component is mountable on the spline bar for movement along said second outwardly extending guide path, at least one said first travel block being engageable with the working component as the mandrel moves from its first position to its second position in order to move the working component along the second outwardly extending path from its withdrawn position to its outwardly deployed position.
Method for manufacturing a flat hollow fiber filtration membrane having an inner skin comprising a plurality of channels in parallel, le method comprising the following steps: a) selecting and preparing an organic polymer-based collodion, b) injecting the collodion into at least one channel of a spinneret that further comprises an extrusion spinneret core and at least one outlet, c) injecting an internal liquid into a plurality of hollow centering needles each comprising a channel positioned at the core of the extrusion spinneret, d) applying a first protective support film at the outlet of the extrusion spinneret, by unrolling the first support film onto a face of the membrane emerging from the outlet of the extrusion spinneret, e) applying a second protective support film at the outlet of the extrusion spinneret, by unrolling the second support film onto the other face of the membrane emerging from the outlet of the extrusion spinneret, the support films being of porous nature, f) immersing the filtration membrane with the first and second support films in a rinsing solution, g) ending the rinsing of the planar hollow fiber filtration membrane thus obtained. a) selecting and preparing an organic polymer-based collodion, b) injecting the collodion into at least one channel of a spinneret that further comprises an extrusion spinneret core and at least one outlet, c) injecting an internal liquid into a plurality of hollow centering needles each comprising a channel positioned at the core of the extrusion spinneret, d) applying a first protective support film at the outlet of the extrusion spinneret, by unrolling the first support film onto a face of the membrane emerging from the outlet of the extrusion spinneret, e) applying a second protective support film at the outlet of the extrusion spinneret, by unrolling the second support film onto the other face of the membrane emerging from the outlet of the extrusion spinneret, the support films being of porous nature, f) immersing the filtration membrane with the first and second support films in a rinsing solution, g) ending the rinsing of the planar hollow fiber filtration membrane thus obtained.
A system (100, 200) for transcranial stimulation of a subject, wherein the system (100, 200) includes - a control arrangement (102, 206, 312, 420); - an electrode arrangement comprising a plurality of electrodes (202, 204, 400) coupled to at least one electrode drive arrangement, wherein the plurality of electrodes (202, 204) are operable to contact onto skin of the head region (110, 300) of the subject, characterised in that at least one of the plurality of electrodes (202, 204) includes a plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) which are operable in combination to deliver a current of their corresponding at least one electrode (202, 204, 400) to the head region (110, 300) of the subject, and wherein the at least one electrode drive arrangement is arranged to excite and monitor in operation the electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) in an individually controlled and monitored manner and the at least one electrode drive arrangement is operable substantially to even out current distribution between the plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) of the at least one electrode (202, 204) when in contact onto skin of the head region (110, 300) of the subject, wherein the control arrangement (102, 206, 312, 420) is configured to perform conductivity and/or impedance tests of the plurality of electrodes (202, 204) and the plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) when in contact with skin of the subject, prior to commencing transcranial stimulation of the head region (110, 300) of the subject. - a control arrangement (102, 206, 312, 420); - an electrode arrangement comprising a plurality of electrodes (202, 204, 400) coupled to at least one electrode drive arrangement, wherein the plurality of electrodes (202, 204) are operable to contact onto skin of the head region (110, 300) of the subject,
An ethylene/tetrafluoroethylene copolymer, in which the content of chlorine atoms covalently bonded to any carbon atoms in the copolymer is from 100 to 500 mass ppm, according to a method wherein the copolymer is subjected to combustion treatment by an oxygen flask method as described in JIS K7229, and the generated decomposition gas is absorbed to an absorbing solution, whereupon chloride ions contained in the absorbing solution are quantified by an ion chromatography method.
A cell sorting valve microfabricated on a silicon substrate with microfabricated channels (120, 122, 140) leading from the cell sorting valve, wherein the cell sorting valve separates the target particles from non-target material; a disposable cartridge containing a sample reservoir, a sort reservoir and a waste reservoir; and an electromagnet having a magnetic core, the electromagnet produces lines of magnetic flux in a region adjacent to the cell sorting valve, causing the cell sorting valve to move in response to lines of flux produced by the electromagnet wherein the electromagnet comprises a solenoid of coils wrapped around a magnetic core having a tapered shape, wherein the tapered shape has a contour which narrows from a base to a tip characterized in that the tapered shape is surrounded laterally by a heat sinking material and wherein the heat sinking material comprises an insulator structure which impedes the flow of eddy currents in the heat sinking material in response to the magnetic flux generated by the electromagnet.
A method for forming a channel of a transistor, comprising: forming a substrate; forming linkers on the substrate; bonding metal ions to the linkers; and forming metallic nanoparticles from the metal ions bonded to the linkers formed on the substrate. forming a substrate; forming linkers on the substrate; bonding metal ions to the linkers; and forming metallic nanoparticles from the metal ions bonded to the linkers formed on the substrate.
A method for wireless communications, comprising: obtaining, at a user equipment, UE, resource partitioning information, RPI, that identifies one or more subframes that are protected due to cooperative partitioning of resources between a serving Node B and one or more non-serving Node Bs; identifying, based at least in part on the RPI, one or more subframes with little or no interference between the serving and non-serving Node Bs; and utilizing reference signals, RSs, of the identified subframes, but not other subframes, in one or more measurements taken at the UE. obtaining, at a user equipment, UE, resource partitioning information, RPI, that identifies one or more subframes that are protected due to cooperative partitioning of resources between a serving Node B and one or more non-serving Node Bs; identifying, based at least in part on the RPI, one or more subframes with little or no interference between the serving and non-serving Node Bs; and utilizing reference signals, RSs, of the identified subframes, but not other subframes, in one or more measurements taken at the UE.
A power tool, comprising: a housing including a handle; a rotating shaft supported by said housing; a socket retention device coupled to said rotating shaft for securing a socket to said rotating shaft; and a socket release mechanism including an actuator mounted to said housing and operable to disengage said socket retention device from said socket to allow said socket to be removed from said rotating shaft, wherein said socket retention device includes a movable retainer projection disposed in a head of said rotating shaft transverse to an axis of the rotating shaft, characterised in that said socket release mechanism includes a lever engaging said retainer projection through a transverse aperture 36 of the retainer projection and operable by said actuator to move said retainer projection out of engagement with said socket. a housing including a handle; a rotating shaft supported by said housing; a socket retention device coupled to said rotating shaft for securing a socket to said rotating shaft; and a socket release mechanism including an actuator mounted to said housing and operable to disengage said socket retention device from said socket to allow said socket to be removed from said rotating shaft, wherein said socket retention device includes a movable retainer projection disposed in a head of said rotating shaft transverse to an axis of the rotating shaft, characterised in that said socket release mechanism includes a lever engaging said retainer projection through a transverse aperture 36 of the retainer projection and operable by said actuator to move said retainer projection out of engagement with said socket.