mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an enclosure having a first melting temperature, comprising: an exterior surface : an interior surface opposite the exterior surface ; and an angled sidewall extending between the exterior and interior surfaces and defining an aperture ; a transparent window positioned within the aperture and defining an angled edge , a laser weld formed between the angled sidewall of the enclosure and the angled edge of the transparent window and encircling the transparent window within the aperture , the laser weld generated by passing a laser beam through the transparent window to an interface between the angled sidewall and the transparent window ; and wherein the apparatus is characterized by : the transparent window having a second melting temperature that is greater than the first melting temperature, the angled edge having a surface defect , the surface defect comprising at least one of a crack or a depression ; and wherein the laser weld includes a portion of the enclosure filling one or both of the crack or the depression of the transparent window . an enclosure having a first melting temperature, comprising: an exterior surface : an interior surface opposite the exterior surface ; and an angled sidewall extending between the exterior and interior surfaces and defining an aperture ; an interior surface opposite the exterior surface ; and an angled sidewall extending between the exterior and interior surfaces and defining an aperture ; a transparent window positioned within the aperture and defining an angled edge , a laser weld formed between the angled sidewall of the enclosure and the angled edge of the transparent window and encircling the transparent window within the aperture , the laser weld generated by passing a laser beam through the transparent window to an interface between the angled sidewall and the transparent window ; and wherein the apparatus is characterized by : the transparent window having a second melting temperature that is greater than the first melting temperature, the angled edge having a surface defect , the surface defect comprising at least one of a crack or a depression ; and wherein the laser weld includes a portion of the enclosure filling one or both of the crack or the depression of the transparent window . the transparent window having a second melting temperature that is greater than the first melting temperature, the angled edge having a surface defect , the surface defect comprising at least one of a crack or a depression ; and wherein the laser weld includes a portion of the enclosure filling one or both of the crack or the depression of the transparent window .
A passive readout circuit for reading out a charge stored on an integration capacitor coupled to a photodiode, the passive readout circuit comprising: a column bus selectively connectable to the integration capacitor; at least one shield line arranged near the column bus such that a parasitic capacitance is created between the at least one shield line and the column bus; an amplifier having a first, inverting input , a second non-inverting input connected to a reference voltage, and an output ; wherein the column bus is connected to the first, inverting input and the at least one shield line is connected to the output of the amplifier; wherein a feedback path between the output of the amplifier and the first, inverting input of the amplifier includes the parasitic capacitance and does not include a discrete feedback capacitor. a column bus selectively connectable to the integration capacitor; at least one shield line arranged near the column bus such that a parasitic capacitance is created between the at least one shield line and the column bus; an amplifier having a first, inverting input , a second non-inverting input connected to a reference voltage, and an output ; wherein the column bus is connected to the first, inverting input and the at least one shield line is connected to the output of the amplifier; wherein a feedback path between the output of the amplifier and the first, inverting input of the amplifier includes the parasitic capacitance and does not include a discrete feedback capacitor.
Capsule for preparing an edible product on a brewing device , and presenting: - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element , whereby said second construction element comprises a flow entry wall part that presents a disk-like general with a prevailing wall thickness (e 31 ) between two plane transversal relative to an axial axis (X) of said wall part , whereby said flow entry wall part is provided in a rigid material, whereby said flow entry wall part comprises a passageway wall provided with a circular shape delimited by a first circumferential alignment and disposed centred relative to an axial axis (X) of said capsule , whereby said passageway wall presents a weakened material region that develops along at least most part along at least most part of said first circumferential alignment and that is adapted so that breaks under a given upstream flow pressure, said capsule being characterized in that said weakened material region corresponds to the region between a first recess provided on the upstream oriented side of said passageway wall , and a second recess provided on the downstream oriented side of said passageway wall , whereby each one of said recesses develops along a transversal direction along a circumferential alignment and develops in an axial direction so that said recesses distance, in the nearest region between themselves, in the value corresponding to said weakened thickness (e 41 ). - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element ,
A forming tool for manufacturing an aperture surrounding frame for an aircraft fuselage, the forming tool comprising: • an inner mold having an annular shape, and comprising an outer surface with a central section positioned between an upper and a lower section , the central section protruding from the upper and the lower section , • a membrane , and a lower and an upper top , wherein both tops have a diameter larger than the diameter of the inner mold , characterized in that the membrane has a hat-shaped profile comprising an elevated central part, two webs, and side flanges, wherein the central part has a diameter larger than the diameter of one of the tops , wherein the webs have a length so as to extend along the surface of the inner mold with the desired shape, and wherein the side flanges orthogonally projects with respect to the webs to allow fixing the membrane to one of the tops to thereby secure its position. • an inner mold having an annular shape, and comprising an outer surface with a central section positioned between an upper and a lower section , the central section protruding from the upper and the lower section , • a membrane , and a lower and an upper top , wherein both tops have a diameter larger than the diameter of the inner mold ,
A socket with a suspension system for a prosthetic device, wherein the socket comprises: a sidewall that defines a cavity in which a liner is supposed to be received and held; and wherein the suspension system comprises: a lanyard comprising a connector configured to couple with the liner to retain the liner in the socket, the lanyard further comprising a tensioning line having a first end coupled with the connector; and a tightening device coupled with a second end of the tensioning line, the tightening device comprising a base , a housing that defines a cavity , a spool within the cavity of the housing, and an actuator configured to control movement of the tensioning line, wherein actuation of the actuator causes a portion of the tensioning line to gather into the cavity of the housing and around the spool, wherein the base comprises a flange , and wherein at least a portion of the flange is embedded in the sidewall of the socket; a diverter attached to the socket and being configured to redirect the tensioning line from a first direction in which the tensioning line enters the diverter to a second direction that is different from the first direction in which the tensioning line exits the diverter; and a conduit coupled to the diverter, wherein the conduit defines a duct through which the tensioning line extends, wherein a first end of a conduit is coupled to the diverter, wherein the conduit is embedded in the sidewall of the socket. a lanyard comprising a connector configured to couple with the liner to retain the liner in the socket, the lanyard further comprising a tensioning line having a first end coupled with the connector; and a tightening device coupled with a second end of the tensioning line, the tightening device comprising a base , a housing that defines a cavity , a spool within the cavity of the housing, and an actuator configured to control movement of the tensioning line, wherein actuation of the actuator causes a portion of the tensioning line to gather into the cavity of the housing and around the spool, wherein the base comprises a flange , and wherein at least a portion of the flange is embedded in the sidewall of the socket; a diverter attached to the socket and being configured to redirect the tensioning line from a first direction in which the tensioning line enters the diverter to a second direction that is different from the first direction in which the tensioning line exits the diverter; and a conduit coupled to the diverter, wherein the conduit defines a duct through which the tensioning line extends, wherein a first end of a conduit is coupled to the diverter, wherein the conduit is embedded in the sidewall of the socket.
A method of wireless communication by a user equipment, UE, comprising: receiving a downlink assignment or an uplink grant comprising an indication of assigned resources for communicating with a base station; determining a numerology comprising at least one of a subcarrier spacing or a symbol duration associated with the assigned resources; determining one or more indices for the assigned resources based on the numerology, wherein the one or more indices comprise an OFDM symbol index and/or a slot index for the assigned resources; generating a sequence using a seed that is a function of the one or more indices; and communicating with the base station based on the sequence. receiving a downlink assignment or an uplink grant comprising an indication of assigned resources for communicating with a base station; determining a numerology comprising at least one of a subcarrier spacing or a symbol duration associated with the assigned resources; determining one or more indices for the assigned resources based on the numerology, wherein the one or more indices comprise an OFDM symbol index and/or a slot index for the assigned resources; generating a sequence using a seed that is a function of the one or more indices; and communicating with the base station based on the sequence.
A collapsible air-filter assembly comprising: a filter medium element ; and a frame comprising a top shell and a bottom shell , wherein the frame is positioned to at least partially surround the filter medium element , wherein the filter medium element is placed between the top shell and the bottom shell , wherein the filter medium element and the frame each include a plurality of areas separated by at least one engineered fold line; wherein the frame and the filter medium element are configured to vary in at least one dimension by folding or unfolding; and wherein the assembly is operable to expand from a folded position to an unfolded position along the at least one engineered fold line; wherein, when the assembly is in the unfolded position, the filter medium element is configured to expand volumetrically from a flattened configuration to a standing configuration, and wherein the filter medium element is pleated, wherein, in the volumetrically expanded configuration, the filter medium element includes a plurality of channels extending from end to end, wherein the plurality of channels includes a rectangular, trapezoidal, or rounded pleat shape. a filter medium element ; and a frame comprising a top shell and a bottom shell , wherein the frame is positioned to at least partially surround the filter medium element , wherein the filter medium element is placed between the top shell and the bottom shell , wherein the filter medium element and the frame each include a plurality of areas separated by at least one engineered fold line; wherein the frame and the filter medium element are configured to vary in at least one dimension by folding or unfolding; and wherein the assembly is operable to expand from a folded position to an unfolded position along the at least one engineered fold line; wherein, when the assembly is in the unfolded position, the filter medium element is configured to expand volumetrically from a flattened configuration to a standing configuration, and wherein the filter medium element is pleated, wherein, in the volumetrically expanded configuration, the filter medium element includes a plurality of channels extending from end to end, wherein the plurality of channels includes a rectangular, trapezoidal, or rounded pleat shape.
A smoking article comprising: a tobacco rod ; and a filter connected to the tobacco rod , the filter comprising: a first filter segment comprising one or more breakable capsules dispersed within a fibrous filtration material, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter ; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre. a tobacco rod ; and a filter connected to the tobacco rod , the filter comprising: a first filter segment comprising one or more breakable capsules dispersed within a fibrous filtration material, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter ; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre. a first filter segment comprising one or more breakable capsules dispersed within a fibrous filtration material, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter , the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter ; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre.
A composition for use in inhibiting inflammasome activation in cells of an inflammation-affected subject afflicted with autoimmune uveitis comprising a nucleotide sequence encoding a membrane independent CD59 protein operably linked to a promoter for expression and secretion of the membrane independent CD59 protein in the cells of the inflammation-affected subject; or a soluble CD59 protein; wherein the composition inhibits inflammasome activation, and wherein the subject has displayed positive results for expression or activity of at least one inflammasome activity marker.
A sheet material press forming method of press forming a formed part having a hat-like cross-sectional shape and including a top portion , a side wall portion , and a flange portion , the top portion having a protrusion with a blockage protrusive shape, from a metal blank, wherein the blockage protrusive shape is a protrusive shape with a closed periphery, the method comprising: press forming the metal blank into a preforming shape, and subsequently crash forming the preformed shape into a target final shape, characterized in that before press forming the metal blank into the preforming shape, the method further comprises for the top portion in a region of the protrusion , determining, by press forming analysis, the preforming shape which has almost the same surface area as a target shape and is easy to form according to the following steps S1 and S2, where S1: the region of the protrusion having the target shape is discretized into two-dimensional elements and nodes (1-8) for finite element analysis, and S2: a discretized portion is applied with internal stress in the normal directions of the two-dimensional elements from the inside of the discretized portion and deformed under the following conditions: (a) the two-dimensional elements are deformed within an elastic deformation range; and (b) adjacent ones of the two-dimensional elements have an angle therebetween which is free to change. press forming the metal blank into a preforming shape, and subsequently crash forming the preformed shape into a target final shape, characterized in that before press forming the metal blank into the preforming shape, the method further comprises for the top portion in a region of the protrusion , determining, by press forming analysis, the preforming shape which has almost the same surface area as a target shape and is easy to form according to the following steps S1 and S2, S1: the region of the protrusion having the target shape is discretized into two-dimensional elements and nodes (1-8) for finite element analysis, and S2: a discretized portion is applied with internal stress in the normal directions of the two-dimensional elements from the inside of the discretized portion and deformed under the following conditions: (a) the two-dimensional elements are deformed within an elastic deformation range; and (b) adjacent ones of the two-dimensional elements have an angle therebetween which is free to change. (a) the two-dimensional elements are deformed within an elastic deformation range; and (b) adjacent ones of the two-dimensional elements have an angle therebetween which is free to change.
A method, comprising: a user equipment initiating an attach request and indicating the user equipment's device trigger capabilities in the device properties section of the request; a mobility management entity processing an attach procedure; the mobility management entity storing the received device trigger capabilities of the user equipment ; the mobility management entity notifying a machine type communication interworking function of the device trigger capabilities; the machine type communication interworking function receiving from a machine type communication server, a request to trigger the user equipment; the machine type communication interworking function sending a device trigger request message to the mobility management entity; the mobility management entity triggering the user equipment upon receiving the device trigger message. a user equipment initiating an attach request and indicating the user equipment's device trigger capabilities in the device properties section of the request; a mobility management entity processing an attach procedure; the mobility management entity storing the received device trigger capabilities of the user equipment ; the mobility management entity notifying a machine type communication interworking function of the device trigger capabilities; the machine type communication interworking function receiving from a machine type communication server, a request to trigger the user equipment; the machine type communication interworking function sending a device trigger request message to the mobility management entity; the mobility management entity triggering the user equipment upon receiving the device trigger message.
An agricultural harvesting machine , in particular a combine harvester, having a device for separating harvested crop, comprising: - a cylindrical housing ; - a cylindrical covering shell disposed in the interior of the housing ; - a feeder auger enclosed by the covering shell ; as well as - means for applying a stream of air (LS) to the separating device ; and wherein - the covering shell is surrounded by a cylindrical sheath through which the stream of air (LS) flows in the longitudinal direction, characterized in that the covering shell is in the form of a sieve, at least in sections. - a cylindrical housing ; - a cylindrical covering shell disposed in the interior of the housing ; - a feeder auger enclosed by the covering shell ; as well as - means for applying a stream of air (LS) to the separating device ; and wherein - the covering shell is surrounded by a cylindrical sheath through which the stream of air (LS) flows in the longitudinal direction,