mhurhangee/ep-ind-claims huggingface dataset:
A spray nozzle (10, 110) for discharging at least one fluid in a substantially flat spray pattern into a fluid stream in a vessel, the nozzle (10, 110) comprising an inlet (12, 112) defining at least one inlet conduit; and an outlet (16, 116) in fluid communication with the inlet (12, 112), the outlet (16, 116) defining an exterior surface (18, 118) and having a plurality of outlet apertures in fluid communication with the at least one inlet conduit angularly spaced about an axis of the outlet (16, 116); characterized in that the outlet apertures have a length and a diameter and are defined either (i) by a plurality of bosses (26, 126) with each boss (26, 126) defining one of the outlet apertures and having an axially extending wall, the wall extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); or (ii) by two walls forming a single continuous boss (26, 126) around the outlet axis, the walls extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); LID is at least 1/2; the nozzle (10, 110) alters the flow patterns of the fluid stream in the vicinity of the nozzle (10, 110) to inhibit erosion of the nozzle (10, 110); and the nozzle (10, 110) maintains the substantially flat spray pattern as erosion occurs. an inlet (12, 112) defining at least one inlet conduit; and an outlet (16, 116) in fluid communication with the inlet (12, 112), the outlet (16, 116) defining an exterior surface (18, 118) and having a plurality of outlet apertures in fluid communication with the at least one inlet conduit angularly spaced about an axis of the outlet (16, 116); characterized in that the outlet apertures have a length and a diameter and are defined either (i) by a plurality of bosses (26, 126) with each boss (26, 126) defining one of the outlet apertures and having an axially extending wall, the wall extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); or (ii) by two walls forming a single continuous boss (26, 126) around the outlet axis, the walls extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); (i) by a plurality of bosses (26, 126) with each boss (26, 126) defining one of the outlet apertures and having an axially extending wall, the wall extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); or (ii) by two walls forming a single continuous boss (26, 126) around the outlet axis, the walls extending outwardly a length at least 3,2 mm (1/8 inch) relative to the exterior surface (18, 118); LID is at least 1/2; the nozzle (10, 110) alters the flow patterns of the fluid stream in the vicinity of the nozzle (10, 110) to inhibit erosion of the nozzle (10, 110); and the nozzle (10, 110) maintains the substantially flat spray pattern as erosion occurs.
Method for receiving waste material, particularly domestic, medical and/or industrial waste comprising liquid and solid constituents, in a sewage pit and discharging the material to the sewer, wherein the sewage pit comprises: - a housing (2,3,4) with a closable receiving space, wherein one or more of the walls of the housing is provided with at least one inlet configured to carry waste material into the receiving space, a flushing liquid feed which is embodied to feed flushing liquid to the receiving space for bringing the waste material into suspension, and at least one outlet (28,29) which can be connected to the sewer and is configured to discharge the mixture of waste material and flushing liquid from the receiving space and to the sewer; - at least one pump (25, 26) connectable or connected to the one or more outlets (28, 29) which is configured to pump the mixture which has been brought into suspension from the receiving space and to discharge the mixture via the one or more outlets (28,29), wherein method comprises - supplying waste material through the inlet into the receiving space of the sewage pit; - supplying flushing liquid through the flushing liquid feed into the receiving space and mixing the flushing liquid with the supplied waste material for the purpose of bringing the solid constituents thereof into suspension; - pumping the suspension of flushing liquid and waste material and discharging the same from the receiving space through the at least one outlet (28,29). - a housing (2,3,4) with a closable receiving space, wherein one or more of the walls of the housing is provided with at least one inlet configured to carry waste material into the receiving space, a flushing liquid feed which is embodied to feed flushing liquid to the receiving space for bringing the waste material into suspension, and at least one outlet (28,29) which can be connected to the sewer and is configured to discharge the mixture of waste material and flushing liquid from the receiving space and to the sewer; - at least one pump (25, 26) connectable or connected to the one or more outlets (28, 29) which is configured to pump the mixture which has been brought into suspension from the receiving space and to discharge the mixture via the one or more outlets (28,29), - supplying waste material through the inlet into the receiving space of the sewage pit; - supplying flushing liquid through the flushing liquid feed into the receiving space and mixing the flushing liquid with the supplied waste material for the purpose of bringing the solid constituents thereof into suspension; - pumping the suspension of flushing liquid and waste material and discharging the same from the receiving space through the at least one outlet (28,29).
A method of monitoring contact tip useful life in a welding torch during GMAW-pulse applications, said method comprising the steps of: applying a pulse welding waveform through the contact tip to operate a weld, the pulse waveform including current and voltage that periodically change between peaks and background; measuring welding current and voltage at a data acquisition frequency that allows for distinguishing the pulse waveform data; removing the welding data that corresponds to an arc start and an arc stop; characterized by assessing deterioration of the contact tip based on one or both of (i) a decrease in the frequency of the peaks, and (ii) an increase in the length of a time period of the background between two peaks, and outputting the assessment as contact tip life data, wherein the welding data is collected and processed on a series of repeated representative welds sequentially formed on a series of parts. applying a pulse welding waveform through the contact tip to operate a weld, the pulse waveform including current and voltage that periodically change between peaks and background; measuring welding current and voltage at a data acquisition frequency that allows for distinguishing the pulse waveform data; removing the welding data that corresponds to an arc start and an arc stop; characterized by assessing deterioration of the contact tip based on one or both of (i) a decrease in the frequency of the peaks, and (ii) an increase in the length of a time period of the background between two peaks, and outputting the assessment as contact tip life data, wherein the welding data is collected and processed on a series of repeated representative welds sequentially formed on a series of parts.
Image sensor comprising: - a plurality of photodetection pixels formed inside and on top of a semiconductor substrate; and - an interconnection network coating a surface of the semiconductor substrate, the interconnection network comprising a level of conductive vias in contact, by their lower surface, with the photodetection pixels, wherein said conductive vias are made of doped polysilicon and characterized in that said vias have a heavier doping on their lower surface side than on their upper surface side. - a plurality of photodetection pixels formed inside and on top of a semiconductor substrate; and - an interconnection network coating a surface of the semiconductor substrate, the interconnection network comprising a level of conductive vias in contact, by their lower surface, with the photodetection pixels,
A method of forming a uniform coating onto a tooth surface, which method comprises: forming droplets by spraying an orally acceptable coating material through a spray nozzle, wherein the droplets have a volume-averaged droplet size of about 1 μm to about 100 μm, wherein a spray comprising the droplets travels from a tip of the spray nozzle towards the tooth surface at a spray rate of less than about 10 milliliters/minute and; wherein a spray distance is about 20 centimeters; wherein the atomization process comprises passing a stream of air through the spray nozzle; wherein a flow rate of the stream of air passing through the spray nozzle is from about 0.113 cubic meters (4 cubic foot) per hour to about 0.8495 cubic meters (30 cubic foot) per hour; and wherein the droplets comprise at least one substance selected from the group consisting of a film-forming polymer, a therapeutic agent and a cosmetic agent; and depositing the droplets onto the tooth surface to thereby form the uniform coating. forming droplets by spraying an orally acceptable coating material through a spray nozzle, wherein the droplets have a volume-averaged droplet size of about 1 μm to about 100 μm, wherein a spray comprising the droplets travels from a tip of the spray nozzle towards the tooth surface at a spray rate of less than about 10 milliliters/minute and; wherein a spray distance is about 20 centimeters; wherein the atomization process comprises passing a stream of air through the spray nozzle; wherein a flow rate of the stream of air passing through the spray nozzle is from about 0.113 cubic meters (4 cubic foot) per hour to about 0.8495 cubic meters (30 cubic foot) per hour; and wherein the droplets comprise at least one substance selected from the group consisting of a film-forming polymer, a therapeutic agent and a cosmetic agent; and depositing the droplets onto the tooth surface to thereby form the uniform coating.
A multispecific antibody comprising a heavy chain variable domain (V H) and a light chain variable chain domain(V L), wherein the V H and V L pair together to form a single antigen binding domain that specifically binds to EGFR and HER3, wherein the antibody comprises: (a) HVR-H1 comprising the amino acid sequence of LSGDWIH (SEQ ID NO: 48); (b) HVR-H2 comprising the amino acid sequence of VGEISAAGGYTD (SEQ ID NO: 51); and (c) HVR-H3 comprising the amino acid sequence of ARESRVSFEAAMDY (SEQ ID NO: 53); and (d) HVR-L1 comprising the amino acid sequence of NIATDVA (SEQ ID NO: 55); (e) HVR-L2 comprising the amino acid sequence of SASF (SEQ ID NO: 56); and (f) HVR-L3 comprising the amino acid sequence of SEPEPYT (SEQ ID NO: 57). (a) HVR-H1 comprising the amino acid sequence of LSGDWIH (SEQ ID NO: 48); (b) HVR-H2 comprising the amino acid sequence of VGEISAAGGYTD (SEQ ID NO: 51); and (c) HVR-H3 comprising the amino acid sequence of ARESRVSFEAAMDY (SEQ ID NO: 53); and (d) HVR-L1 comprising the amino acid sequence of NIATDVA (SEQ ID NO: 55); (e) HVR-L2 comprising the amino acid sequence of SASF (SEQ ID NO: 56); and (f) HVR-L3 comprising the amino acid sequence of SEPEPYT (SEQ ID NO: 57).
Method for at least partially determination of a movement pattern of a dental treatment means, in particular a toothbrush, resulting from a tooth cleaning, wherein the method at least comprises the step of optical recording of data by means of at least one camera with respect to at least one movement parameter of a dental treatment means and the step of a figurative separation of the dental treatment means, in particular of the hand guiding the dental treatment means, from at least one further image part recorded by means of the camera by means of a data processing device and the step of determining at least one movement pattern corresponding to the movement parameter by means of the separated image parts, wherein the dental treatment means is additionally equipped with one or multiple sensor devices comprising a position-, velocity-, acceleration- and/or rotation sensor, wherein the data processing device uses for the determination of the movement parameters the sensor data and the data of the camera, wherein the dental treatment means is an electric toothbrush and the one sensor device or the multiple sensor devices is/are fix coupled with the electric toothbrush.
An irrigated ablation catheter comprising: an elongated catheter body; a deflectable section distal to the catheter body; a tip electrode distal to the deflectable section, the tip electrode having a predetermined plurality of fluid ports, each contributing to a total fluid output area of the tip electrode, the tip electrode also having a fluid inlet with a fluid input area; wherein the tip electrode has a diffusion ratio of the total fluid output area to the fluid input area less than about 1.8, and characterized in that each fluid port has a tapered configuration. an elongated catheter body; a deflectable section distal to the catheter body; a tip electrode distal to the deflectable section, the tip electrode having a predetermined plurality of fluid ports, each contributing to a total fluid output area of the tip electrode, the tip electrode also having a fluid inlet with a fluid input area; wherein the tip electrode has a diffusion ratio of the total fluid output area to the fluid input area less than about 1.8, and characterized in that each fluid port has a tapered configuration.
A method of wireless communication performed by a user equipment, UE, comprising: receiving, from a base station, before a next paging occasion, PO, of a paging cycle, a page indication, PI, in a first PI location associated with the next PO, wherein the PI comprises at least one repetition of a plurality of repetitions of the PI transmitted in the first PI location on each of a plurality of beams, wherein PIs are transmitted at multiple locations for the next PO of the paging cycle; and decoding the PI to determine whether or not the UE is paged in the next PO. receiving, from a base station, before a next paging occasion, PO, of a paging cycle, a page indication, PI, in a first PI location associated with the next PO, wherein the PI comprises at least one repetition of a plurality of repetitions of the PI transmitted in the first PI location on each of a plurality of beams, wherein PIs are transmitted at multiple locations for the next PO of the paging cycle; and decoding the PI to determine whether or not the UE is paged in the next PO.
A process for producing a photochromic cured body by curing a photochromic composition comprising a polyisocyanate compound having at least two isocyanate groups in one molecule and/or a polyisothiocyanate compound having at least two isothiocyanate groups in one molecule, a polyol compound having at least two hydroxyl groups in one molecule and/or polythiol compound having at least two thiol groups in one molecule and/or a compound having at least one hydroxyl group and at least one thiol group in one molecule, a monool compound having one hydroxyl group in one molecule and/or a monothiol compound having one thiol group in one molecule, a photochromic compound, a polyrotaxane having a composite molecular structure composed of an axial molecule and a plurality of cyclic molecules clathrating the axial molecule, and a phosphorus compound surfactant as an internal release agent.
A method supporting a distributed resilient network interconnect, DRNI, in a link aggregation group at a network device upon communication failure, wherein the network device and a neighbor network device are included in a first portal of the link aggregation group, wherein the first portal is coupled via links of the link aggregation group with a second portal including two or more remote network devices, wherein one of the remote network devices is a partner network device of the network device of the link aggregation group, the method comprising: determining that the network device receives traffic from the partner network device; determining that the network device is coupled to the neighbor network device in the first portal of the link aggregation group; determining that an operation key received from the partner network device has been updated; determining that the network device no longer communicates with the neighbor network device; determining that the first portal has a higher priority than the second portal, wherein each portal is assigned a portal priority; and halting transmitting and receiving frames of the link aggregation group at the network device following the five determining steps above. determining that the network device receives traffic from the partner network device; determining that the network device is coupled to the neighbor network device in the first portal of the link aggregation group; determining that an operation key received from the partner network device has been updated; determining that the network device no longer communicates with the neighbor network device; determining that the first portal has a higher priority than the second portal, wherein each portal is assigned a portal priority; and halting transmitting and receiving frames of the link aggregation group at the network device following the five determining steps above.
A machine for cleaning a ballast bed of a track, having a shoulder pick-up device for picking up ballast located in a bedding section adjoining sleepers ends, and also having an undercutter - comprising an endless conveyor chain rotatable parallel to a track plane - for shifting the ballast located underneath the track into the said bedding section, characterized in that, immediately following the undercutter with regard to a working direction of the machine, there are provided a device for discharging cleaned ballast upon the track as well as a track lifting unit and an auxiliary lifting device for lifting a rail, provided in a switch section, of a branch track.
A building comprising: a plurality of non-bearing prefabricated building units (46, 47, 48), each having a horizontal upper surface including a horizontal upper exterior surface, and a plurality of vertical non-bearing wall surfaces (29, 30, 31), wherein some of the non-bearing prefabricated building units (46, 47, 48) include a plurality of vertically disposed hollow column formwork structures; a structural deck composed of structural bearing material poured in a liquid state on said horizontal upper exterior surface and using said horizontal upper exterior surface as permanent non-structural formwork; and a plurality of vertically disposed column structural elements each formed by pouring structural material in a liquid state within one of said plurality of vertically disposed hollow column formwork structures. a plurality of non-bearing prefabricated building units (46, 47, 48), each having a horizontal upper surface including a horizontal upper exterior surface, and a plurality of vertical non-bearing wall surfaces (29, 30, 31), wherein some of the non-bearing prefabricated building units (46, 47, 48) include a plurality of vertically disposed hollow column formwork structures; a structural deck composed of structural bearing material poured in a liquid state on said horizontal upper exterior surface and using said horizontal upper exterior surface as permanent non-structural formwork; and a plurality of vertically disposed column structural elements each formed by pouring structural material in a liquid state within one of said plurality of vertically disposed hollow column formwork structures.
Sensor system comprising - a bus; and - at least one first sensor having a timing means, wherein the first sensor is connected to further sensors via the bus and is set up to use a control pulse received via the bus to measure an interval of time using the timing means, characterized in that the timing means comprise an RC element. - a bus; and - at least one first sensor having a timing means, wherein the first sensor is connected to further sensors via the bus and is set up to use a control pulse received via the bus to measure an interval of time using the timing means, characterized in that the timing means comprise an RC element.
A system for controlled delivery of a device to a target area near a defect of a bone, the system comprising: a guide frame for holding at least two surgical access guide components (150, 160), each guide component having visual markers (168B, 154) for determining a surgical access trajectory of the device to the target area; a first guide component; a second guide component; a holder for the guide frame, the holder configured to secure the guide frame relative to the bone; wherein the surgical access guide components provide a 3-dimensional assessment of the surgical access trajectory of the device in two different view planes; and characterized by; said first guide component configured as a medial-lateral visual guide component, said first guide component including a plurality of device portals (164, 166), each portal (164, 166) defining a trajectory and being configured to provide accurate and controlled delivery of the device to the target area, wherein at least a first device portal of the plurality of device portals defines a first angular trajectory different from a second angular trajectory of a second device portal of the plurality of device portals; said second guide component of the surgical access guide components configured as an anterior-posterior visual guide component, said second guide component including one or more anterior-posterior visual markers, wherein the one or more anterior-posterior visual markers visually show the trajectory of one or more device portals (164, 166) of the first guide component.
A method of forming a fiber-reinforced composite, comprising: introducing one or more perforated prepregs, each perforated prepreg comprising a matrix resin and fibers embedded within at least a portion of the matrix resin; applying at least one of heat, vacuum or pressure to consolidate the perforated prepregs to form a composite during which consolidation of the perforated prepregs, the matrix resin therein flows into void spaces therein; wherein the one or more perforations (204A, 204B) of the perforated prepregs are configured so as to enable transport of gases from within the body of the one or more perforated prepregs to an external surface of the one or more perforated prepreg, wherein the perforations possess a diameter of about 100 μm to about 500 μm at a density of about 2 perforations per square centimeter. introducing one or more perforated prepregs, each perforated prepreg comprising a matrix resin and fibers embedded within at least a portion of the matrix resin; applying at least one of heat, vacuum or pressure to consolidate the perforated prepregs to form a composite during which consolidation of the perforated prepregs, the matrix resin therein flows into void spaces therein; wherein the one or more perforations (204A, 204B) of the perforated prepregs are configured so as to enable transport of gases from within the body of the one or more perforated prepregs to an external surface of the one or more perforated prepreg, wherein the perforations possess a diameter of about 100 μm to about 500 μm at a density of about 2 perforations per square centimeter.
A method of preparing a composition comprising fatty acid esters, the method comprising: providing a crosslinked polyester comprising polymerized fatty acids; treating the crosslinked polyester with an acid concurrently with an alcohol, at a temperature above 78°C up to 120°C; and removing the acid and the alcohol to form a mixture comprising the fatty acid esters; and purifying the mixture to form a purified isolate of fatty acid esters. providing a crosslinked polyester comprising polymerized fatty acids; treating the crosslinked polyester with an acid concurrently with an alcohol, at a temperature above 78°C up to 120°C; and removing the acid and the alcohol to form a mixture comprising the fatty acid esters; and purifying the mixture to form a purified isolate of fatty acid esters.