mhurhangee/ep-ind-claims huggingface dataset:
A printhead, comprising: a printhead die having a front face along which fluid may be dispensed from the printhead die, the printhead die molded into a monolithic molding having a channel therein through which fluid may pass directly to a back part of the printhead die, the front face of the printhead die exposed outside the molding and the back part of the printhead die covered by the molding except at the channel; an electrical contact exposed outside the molding to connect to circuitry external to the printhead; a printed circuit board molded into the molding, the printed circuit board having an exposed front face co-planar with and surrounding the exposed front face of the printhead die and a printed board conductor electrically connected to the electrical contact; and an electrical connection between the printhead die and the printed circuit board conductor, wherein the exposed front face of the printhead die, the exposed front face of the printed circuit board, and a front face of the molding together form a continuous planar surface defining a front face of the printhead, and wherein the electrical connection is between the back part of the printhead die and the printed circuit board conductor and fully encapsulated in the molding. a printhead die having a front face along which fluid may be dispensed from the printhead die, the printhead die molded into a monolithic molding having a channel therein through which fluid may pass directly to a back part of the printhead die, the front face of the printhead die exposed outside the molding and the back part of the printhead die covered by the molding except at the channel; an electrical contact exposed outside the molding to connect to circuitry external to the printhead; a printed circuit board molded into the molding, the printed circuit board having an exposed front face co-planar with and surrounding the exposed front face of the printhead die and a printed board conductor electrically connected to the electrical contact; and an electrical connection between the printhead die and the printed circuit board conductor, wherein the exposed front face of the printhead die, the exposed front face of the printed circuit board, and a front face of the molding together form a continuous planar surface defining a front face of the printhead, and wherein the electrical connection is between the back part of the printhead die and the printed circuit board conductor and fully encapsulated in the molding.
A protective eyewear apparatus comprising: a body having an inner and outer surface, the body defining a perimeter groove about an outer edge of the body and a lens groove, the body further comprising a first receptacle adapted to receive a first usage tracker configured for tracking at least one aspect of the lifespan of the body; a brace (308, 310) affixed to the inner surface of the body; a removable lens disposed in the lens groove and adjacent the outer surface of the body, the lens comprising a second receptacle adapted to receive a second usage tracker configured for tracking at least one aspect of the lifespan of the removable lens; a cover plate sized and shaped to engage the perimeter groove of the body and form a sealing engagement over the removable lens, the cover plate comprising a third receptacle adapted to receive a third usage tracker configured for tracking at least one aspect of the lifespan of the cover plate. a body having an inner and outer surface, the body defining a perimeter groove about an outer edge of the body and a lens groove, the body further comprising a first receptacle adapted to receive a first usage tracker configured for tracking at least one aspect of the lifespan of the body; a brace (308, 310) affixed to the inner surface of the body; a removable lens disposed in the lens groove and adjacent the outer surface of the body, the lens comprising a second receptacle adapted to receive a second usage tracker configured for tracking at least one aspect of the lifespan of the removable lens; a cover plate sized and shaped to engage the perimeter groove of the body and form a sealing engagement over the removable lens, the cover plate comprising a third receptacle adapted to receive a third usage tracker configured for tracking at least one aspect of the lifespan of the cover plate.
A method performed by a network system communicatively coupled to a wireless end-user device over a wireless data network, the method comprising: obtaining one or more charging data records, CDRs, from one or more CDR sources (100, 118), with at least one CDR source being the wireless end-user device, wherein each CDR of the one or more CDRs comprises information identifying one or more of a plurality of device-based service usage activities associated with the end-user device, and wherein each CDR indicates a service usage associated with each of the one or more identified device-based service usage activities; and generating accounting and settlement information by aggregating the CDRs comprising the information identifying one or more of a plurality of device-based service usage activities associated with the wireless end-user device, applying a set of rules to the aggregated CDRs, and generating the accounting and settlement information in accordance with said set of rules, wherein the end-user device belongs to a first device group of a plurality of device groups, the first device group comprising one or more end-user devices including the end-user device, and wherein the set of rules is determined based on the end-user device belonging to the first device group. obtaining one or more charging data records, CDRs, from one or more CDR sources (100, 118), with at least one CDR source being the wireless end-user device, wherein each CDR of the one or more CDRs comprises information identifying one or more of a plurality of device-based service usage activities associated with the end-user device, and wherein each CDR indicates a service usage associated with each of the one or more identified device-based service usage activities; and generating accounting and settlement information by aggregating the CDRs comprising the information identifying one or more of a plurality of device-based service usage activities associated with the wireless end-user device, applying a set of rules to the aggregated CDRs, and generating the accounting and settlement information in accordance with said set of rules, wherein the end-user device belongs to a first device group of a plurality of device groups, the first device group comprising one or more end-user devices including the end-user device, and wherein the set of rules is determined based on the end-user device belonging to the first device group.
A method for decoding encoded video, the method comprising receiving coded pictures of a first scalability layer comprising one or more temporal sub-layers; decoding the coded pictures of the first scalability layer; receiving coded pictures of a second scalability layer comprising one or more temporal sub-layers, the second scalability layer depending on the first scalability layer; selecting a layer access picture on the second scalability layer from the coded pictures of the second scalability layer, wherein the selected layer access picture is a step-wise temporal sub-layer access (STSA) picture on a lowest temporal sub-layer, the STSA picture enabling decoding of subsequent pictures, in decoding order, on the same temporal sub-layer, wherein no inter-prediction from any picture on the same temporal sub-layer prior to said STSA picture, in decoding order, is allowed; ignoring coded pictures on the second scalability layer prior to, in decoding order, the selected layer access picture; and decoding or selecting the selected layer access picture and subsequent pictures, if any, in decoding order, on the same or a higher temporal sub-layer. receiving coded pictures of a first scalability layer comprising one or more temporal sub-layers; decoding the coded pictures of the first scalability layer; receiving coded pictures of a second scalability layer comprising one or more temporal sub-layers, the second scalability layer depending on the first scalability layer; selecting a layer access picture on the second scalability layer from the coded pictures of the second scalability layer, wherein the selected layer access picture is a step-wise temporal sub-layer access (STSA) picture on a lowest temporal sub-layer, the STSA picture enabling decoding of subsequent pictures, in decoding order, on the same temporal sub-layer, wherein no inter-prediction from any picture on the same temporal sub-layer prior to said STSA picture, in decoding order, is allowed; ignoring coded pictures on the second scalability layer prior to, in decoding order, the selected layer access picture; and decoding or selecting the selected layer access picture and subsequent pictures, if any, in decoding order, on the same or a higher temporal sub-layer.
An apparatus for delivering bleb fluid and therapeutic agent to the subretinal space from a transvitreal, trans-retinal approach, comprising: (a) a first fluid conduit; (b) a second fluid conduit, wherein one of the fluid conduits is for supplying bleb fluid and the other is for supplying the therapeutic agent; (c) a connector member, wherein the connector member comprises: (i) a first passageway, wherein a portion of the first fluid conduit is positioned in the first passageway, and (ii) a second passageway, wherein a portion of the second conduit is positioned in the second passageway; (d) a first tubular member, wherein the first tubular member defines a first tubular member lumen; (e) a second tubular member, wherein at least a portion of the second tubular member is positioned within the first tubular member lumen, wherein the second tubular member defines a second tubular member lumen; and (f) an inner cannula, wherein a proximal portion of the inner cannula is fixedly secured within the first tubular member lumen, wherein the inner cannula defines an inner cannula lumen, wherein the inner cannula lumen is in fluid communication with the first and second fluid conduits (3090, 3091) via the first tubular member lumen and the second tubular member lumen, and wherein a distal tip of the inner cannula is adapted to penetrate the retina and enter the subretinal space. (a) a first fluid conduit; (b) a second fluid conduit, wherein one of the fluid conduits is for supplying bleb fluid and the other is for supplying the therapeutic agent; (c) a connector member, wherein the connector member comprises: (i) a first passageway, wherein a portion of the first fluid conduit is positioned in the first passageway, and (ii) a second passageway, wherein a portion of the second conduit is positioned in the second passageway; (i) a first passageway, wherein a portion of the first fluid conduit is positioned in the first passageway, and (ii) a second passageway, wherein a portion of the second conduit is positioned in the second passageway; (d) a first tubular member, wherein the first tubular member defines a first tubular member lumen; (e) a second tubular member, wherein at least a portion of the second tubular member is positioned within the first tubular member lumen, wherein the second tubular member defines a second tubular member lumen; and (f) an inner cannula, wherein a proximal portion of the inner cannula is fixedly secured within the first tubular member lumen, wherein the inner cannula defines an inner cannula lumen, wherein the inner cannula lumen is in fluid communication with the first and second fluid conduits (3090, 3091) via the first tubular member lumen and the second tubular member lumen, and wherein a distal tip of the inner cannula is adapted to penetrate the retina and enter the subretinal space.
Pivoting mechanism for a piece of seating furniture, in particular a synchronizing mechanism for a correlated seat-backrest movement of an office chair, having a number of interacting mechanism components (1, 3, 4), by means of which interaction at least one of these mechanism components (3, 4) can be pivoted from an initial position into a pivoted position, and having at least one elastically deformable energy storage element for defining a pivoting resistance of this at least one mechanism component (3, 4) as it is pivoted out from its initial position and/or for providing a restoring force for this at least one mechanism component (3, 4) when it is pivoted out of its initial position, wherein the at least one energy storage element is formed in one piece with one of the mechanism components and is operatively connected to another mechanism component, and wherein the at least one energy storage element is connected by its one end to a first, non-pivotable mechanism component and is supported by its other end on a second, pivotable mechanism component in such a way that pivoting that pivotable mechanism component on which the energy storage element is supported out of its initial position effects a deformation of the at least one energy storage element, characterized in that the at least one energy storage element is supported on the second, pivotable mechanism component by resting freely on part of this pivotable mechanism component. having a number of interacting mechanism components (1, 3, 4), by means of which interaction at least one of these mechanism components (3, 4) can be pivoted from an initial position into a pivoted position, and having at least one elastically deformable energy storage element for defining a pivoting resistance of this at least one mechanism component (3, 4) as it is pivoted out from its initial position and/or for providing a restoring force for this at least one mechanism component (3, 4) when it is pivoted out of its initial position, wherein the at least one energy storage element is formed in one piece with one of the mechanism components and is operatively connected to another mechanism component, and wherein the at least one energy storage element is connected by its one end to a first, non-pivotable mechanism component and is supported by its other end on a second, pivotable mechanism component in such a way that pivoting that pivotable mechanism component on which the energy storage element is supported out of its initial position effects a deformation of the at least one energy storage element, characterized in that the at least one energy storage element is supported on the second, pivotable mechanism component by resting freely on part of this pivotable mechanism component.
A collagenous biomaterial medical device, comprising a) a submucosa tissue; b) the submucosa tissue having an endotoxin level less than 12 endotoxin units per gram of submucosa tissue; c) the submucosa tissue having an absorbency level of greater than 1.01 grams of water per gram of submucosa tissue; wherein said submucosa tissue is in sponge form. a) a submucosa tissue; b) the submucosa tissue having an endotoxin level less than 12 endotoxin units per gram of submucosa tissue; c) the submucosa tissue having an absorbency level of greater than 1.01 grams of water per gram of submucosa tissue; wherein said submucosa tissue is in sponge form.
A system for providing packet classification using resource partitions in a network device in a high performance network, comprising: a network device in a high performance network; a plurality of partitions (111, 119, 125) of data packet classification resources on the network device, wherein the plurality of partitions of classification resources include one or more hardware-based partitions (111, 119) configured to store flow entries associated with frequently-used or performance-sensitive flows, and a firmware-based partition for accessing lookup tables stored in one or more additional memories; a lookup key composed from one or more header fields of a data packet received at the network device; and wherein the network device is configured to search for a match for the lookup key in the one or more hardware-based partitions, and when there is a miss in the hardware-based partitions, search in the firmware-based partition for a match for the lookup key. a network device in a high performance network; a plurality of partitions (111, 119, 125) of data packet classification resources on the network device, wherein the plurality of partitions of classification resources include one or more hardware-based partitions (111, 119) configured to store flow entries associated with frequently-used or performance-sensitive flows, and a firmware-based partition for accessing lookup tables stored in one or more additional memories; a lookup key composed from one or more header fields of a data packet received at the network device; and wherein the network device is configured to search for a match for the lookup key in the one or more hardware-based partitions, and when there is a miss in the hardware-based partitions, search in the firmware-based partition for a match for the lookup key.
A method for assembling a drive unit for a reciprocating pump for cryogenic fluids, wherein the drive unit has on a drive shaft a piston housing or a plurality of adjacently arranged piston housings, wherein in each piston housing there is a reciprocating piston that can be actuated in each case by means of a connecting rod, and wherein the connecting rod is mounted on an eccentric part on the drive shaft, wherein - the connecting rod is one piece, - the eccentric part can be slid onto the drive shaft and can be fastened on the drive shaft, - the eccentric part is designed for a non-positive connection with the drive shaft which can be established in the assembled state, and - the reciprocating piston with the connecting rod and the eccentric part as well as fastening means for the non-positive connection can be inserted into the piston housing through a mounting opening provided in the axial direction of the reciprocating pistons, and the non-positive connection can be established after the insertion of the drive shaft through the mounting opening, and wherein the piston housing(s) is/are assembled in that: - in a pre-assembly step, the reciprocating piston with the connecting rod and the eccentric part as well as the fastening means for the non-positive connection are assembled separately, - in a further step, the parts assembled in the pre-assembly step are inserted through the mounting opening of the piston housing, - in a further step, the drive shaft is slid into the eccentric part, - in a further step, the parts assembled in the pre-assembly step are centered with respect to the reciprocating piston axis, and - in a further step, the rotationally fixed non-positive connection between the eccentric part and the drive shaft is established by tightening clamping screws. - the connecting rod is one piece, - the eccentric part can be slid onto the drive shaft and can be fastened on the drive shaft, - the eccentric part is designed for a non-positive connection with the drive shaft which can be established in the assembled state, and - the reciprocating piston with the connecting rod and the eccentric part as well as fastening means for the non-positive connection can be inserted into the piston housing through a mounting opening provided in the axial direction of the reciprocating pistons, and the non-positive connection can be established after the insertion of the drive shaft through the mounting opening, - in a pre-assembly step, the reciprocating piston with the connecting rod and the eccentric part as well as the fastening means for the non-positive connection are assembled separately, - in a further step, the parts assembled in the pre-assembly step are inserted through the mounting opening of the piston housing, - in a further step, the drive shaft is slid into the eccentric part, - in a further step, the parts assembled in the pre-assembly step are centered with respect to the reciprocating piston axis, and - in a further step, the rotationally fixed non-positive connection between the eccentric part and the drive shaft is established by tightening clamping screws.
A method for switching and sharing information, wherein the method is applied to a client of a sharer, and comprises: jumping to a second page in response to a detection of a trigger operation on a link to the second page in a currently shared first page, wherein the currently shared first page is a page currently displayed, which is sent to a client of a sharee to be displayed on the client of the sharee; and sharing the second page and operation information on the second page displayed on the client of the sharer with the client of the sharee, in a case that the client of the sharee is in a follow mode, to display the second page on the client of the sharee in the follow mode by following a display of the client of the sharer, wherein the follow mode is a mode in which the client of the sharee receives the operation information and renders the second page on the client of the sharee based on the operation information to follow the client of the sharer to display a page which is currently displayed on the client of the sharer; and in the follow mode, pages on the client of the sharee and the client of the sharer are synchronously displayed. jumping to a second page in response to a detection of a trigger operation on a link to the second page in a currently shared first page, wherein the currently shared first page is a page currently displayed, which is sent to a client of a sharee to be displayed on the client of the sharee; and sharing the second page and operation information on the second page displayed on the client of the sharer with the client of the sharee, in a case that the client of the sharee is in a follow mode, to display the second page on the client of the sharee in the follow mode by following a display of the client of the sharer, wherein the follow mode is a mode in which the client of the sharee receives the operation information and renders the second page on the client of the sharee based on the operation information to follow the client of the sharer to display a page which is currently displayed on the client of the sharer; and in the follow mode, pages on the client of the sharee and the client of the sharer are synchronously displayed.