Abstract: The present disclosure is for an inverted diffuser usable in wellheads and other wellsite equipment. The inverted diffuser includes at least one first section having a first vertical inner surface, a first inclined inner surface relative to the first vertical inner surface, and one or more channels supporting one or more releasable fasteners between the at least one first section and a wall of a wellhead or of a wellsite equipment. At least one second section is press-fitted or fastened adjacent to the at least one first section. A method for application of the inverted diffuser in a wellhead and in other wellsite equipment is also disclosed, along with a method of manufacture of the inverted diffuser.

Abstract: Social media-based contest management systems and methods are disclosed. Participants submit and vote for short videos. The votes are tallied, and the winning videos are presented on a post leaderboard. Users creating and submitting winning videos may receive rewards such as points that may be used to purchase items in an online store. Non-fungible tokens (NFT) may be associated with the videos, and the price of an NFT may be set according to the position of the video on the post leaderboard.

Abstract: A high expansion bridge plug comprising an elastomer element assembly and a control assembly for generating a compressive force against the elastomer element assembly. The elastomer element assembly comprises a first element stack and a second element stack with the first element stack comprising a first grouping of male and female elements and the second element stack comprising a second grouping of male and female elements. The compressive force generated causes the male element and the female element to expand and the female element to at least partially swallow the male element. The male and female elements can be conical shape, and an angle of a conical element can be between 5-25 degrees, and the length of the top female element is greater than the length of the middle or bottom male element.

Abstract: A high expansion bridge plug comprising an elastomer element assembly and a control assembly for generating a compressive force against the elastomer element assembly. The elastomer element assembly comprises a first element stack and a second element stack with the first element stack comprising a first grouping of male and female elements and the second element stack comprising a second grouping of male and female elements. The compressive force generated causes the male element and the female element to expand and the female element to at least partially swallow the male element. The male and female elements can be conical shape, and an angle of a conical element can be between 5-25 degrees, and the length of the top female element is greater than the length of the middle or bottom male element.

Abstract: A medical system having a ventilator is provided. The medical system includes a memory for storing one or more patient and ventilation parameters. A processor is programmed to organize the one or more patient parameters into at least one of past patient and ventilation parameters, present patient and ventilation parameters, or future patient and ventilation parameters. A viewer displays at least one of the past patient or ventilation parameters, the present patient or ventilation parameters, or the future patient or ventilation parameters. The past patient and ventilation parameters, the present patient and ventilation parameters, and the future patient and ventilation parameters are selectable on the viewer.

Abstract: A dialectical information architecture is disclosed comprising an organic hierarchy information structure within which a plurality of information and data are arrayed according to categories and wherein subcategory relationships among the categories are generated by determining information or data associated among two or more categories. A computer system configured with such an architecture provides a user interface allowing a user to select any category and view information or data independently of that the selected category's relationship with any other category.

Abstract: Methods and apparatus are presented for a “disappearing” perforator gun assembly. In a preferred method of perforating a well casing, inserted into the well casing is a tubing conveyed perforator having an outer tubular made from a metallic glass alloy having high strength and low impact resistance. An inner structure is positioned within the outer tubular and holds one or more explosive charges. Upon detonating the explosive charges, the outer tubular is fragmented. The inner structure is preferably also substantially destroyed upon detonation of the one or more explosive charges. For example, the inner structure can be made from a combustible material, corrodible, dissolvable, etc., material. A disintegration-enhancing material is optionally positioned between the outer tubular and the inner structure. Additional embodiments are presented having gun housings which dematerialize upon detonation of the charges.

Abstract: Methods and apparatus are presented for a “disappearing” perforator gun assembly. In a preferred method of perforating a well casing, inserted into the well casing is a tubing conveyed perforator having an outer tubular made from a metallic glass alloy having high strength and low impact resistance. An inner structure is positioned within the outer tubular and holds one or more explosive charges. Upon detonating the explosive charges, the outer tubular is fragmented. The inner structure is preferably also substantially destroyed upon detonation of the one or more explosive charges. For example, the inner structure can be made from a combustible material, corrodible, dissolvable, etc., material. A disintegration-enhancing material is optionally positioned between the outer tubular and the inner structure. Additional embodiments are presented having gun housings which dematerialize upon detonation of the charges.

Abstract: The present invention provides systems and methods for generating and delivering a dynamic user interface to computing systems and/or devices associated with the user. By using information based on context, location, and situational needs of the user, the present invention is able to predict, adapt, organize and visualize relevant information responsive to the user in a dynamic user interface. The present invention is able to incorporate data inputs from multiple devices as well as internet “cloud” based information and deliver a dynamic user interface across one or more devices to provide users a more exact situational awareness of themselves.

Abstract: Methods and apparatus are presented for a “disappearing” perforator gun assembly. In a preferred method of perforating a well casing, inserted into the well casing is a tubing conveyed perforator having an outer tubular made from a metallic glass alloy having high strength and low impact resistance. An inner structure is positioned within the outer tubular and holds one or more explosive charges. Upon detonating the explosive charges, the outer tubular is fragmented. The inner structure is preferably also substantially destroyed upon detonation of the one or more explosive charges. For example, the inner structure can be made from a combustible material, corrodible, dissolvable, etc., material. A disintegration-enhancing material is optionally positioned between the outer tubular and the inner structure. Additional embodiments are presented having gun housings which dematerialize upon detonation of the charges.

Abstract: Methods and apparatus are presented for a “disappearing” perforator gun assembly. In a preferred method of perforating a well casing, inserted into the well casing is a tubing conveyed perforator having an outer tubular made from a metallic glass alloy having high strength and low impact resistance. An inner structure is positioned within the outer tubular and holds one or more explosive charges. Upon detonating the explosive charges, the outer tubular is fragmented. The inner structure is preferably also substantially destroyed upon detonation of the one or more explosive charges. For example, the inner structure can be made from a combustible material, corrodible, dissolvable, etc., material. A disintegration-enhancing material is optionally positioned between the outer tubular and the inner structure. Additional embodiments are presented having gun housings which dematerialize upon detonation of the charges.

Abstract: Methods and apparatus are presented for a “disappearing” perforator gun assembly. In a preferred method of perforating a well casing, inserted into the well casing is a tubing conveyed perforator having an outer tubular made from a metallic glass alloy having high strength and low impact resistance. An inner structure is positioned within the outer tubular and holds one or more explosive charges. Upon detonating the explosive charges, the outer tubular is fragmented. The inner structure is preferably also substantially destroyed upon detonation of the one or more explosive charges. For example, the inner structure can be made from a combustible material, corrodible, dissolvable, etc., material. A disintegration-enhancing material is optionally positioned between the outer tubular and the inner structure. Additional embodiments are presented having gun housings which dematerialize upon detonation of the charges.

Abstract: A medical system having a ventilator is provided. The medical system includes a memory for storing one or more patient and ventilation parameters. A processor is programmed to organize the one or more patient parameters into at least one of past patient and ventilation parameters, present patient and ventilation parameters, or future patient and ventilation parameters. A viewer displays at least one of the past patient or ventilation parameters, the present patient or ventilation parameters, or the future patient or ventilation parameters. The past patient and ventilation parameters, the present patient and ventilation parameters, and the future patient and ventilation parameters are selectable on the viewer.

Abstract: A medical system having a ventilator is provided. The medical system includes a memory storing data related to patient and ventilator parameters. A processor is programmed to organize, in time, the data related to the patient and ventilator parameters. A viewer displays the patient and ventilator parameters for an overall monitoring time period on a timeline. A reference marker is displayed on the timeline to select a segment of the patient and ventilator parameters corresponding to a past monitoring time, wherein the segment selected represents a time segment within the overall monitoring time period. The patient and ventilator parameters corresponding to the time segment are displayed.