Abstract: A coupling apparatus and a method are for connecting two drill-pipe sections in a string of drill-pipe sections joined together by tool joints. The coupling apparatus comprises: a first pipe with a first end portion and a second end portion, the first end portion being provided with a tool joint for connection to a drill-pipe section; a second pipe with a first end portion and a second end portion, the first end portion being provided with a tool joint for connection to a drill-pipe section.

Abstract: A drainage device is for a tubular, telescopic pipe-landing unit having a through pipe bore partially formed of a center pipe extending from an upper end portion of an outer pipe-landing section and with a free end in through an upper end portion of an inner pipe-landing section, which is axially movable in the outer pipe-landing section. The center pipe has a fluid-communication opening arranged for pressure equalization between the pipe bore and an annulus between the center pipe and the outer pipe-landing section. The annulus has a drain passage arranged to be opened by the axial movement of the inner pipe-landing section into the outer pipe-landing section away from an extended, operative position, in which an abutment portion on the upper end portion of the inner pipe-landing section is resting sealingly against a seat portion on a lower end portion of the outer pipe-landing section.

Abstract: A drainage device is for a tubular, telescopic pipe-landing unit having a through pipe bore partially formed of a center pipe extending from an upper end portion of an outer pipe-landing section and with a free end in through an upper end portion of an inner pipe-landing section, which is axially movable in the outer pipe-landing section. The center pipe has a fluid-communication opening arranged for pressure equalization between the pipe bore and an annulus between the center pipe and the outer pipe-landing section. The annulus has a drain passage arranged to be opened by the axial movement of the inner pipe-landing section into the outer pipe-landing section away from an extended, operative position, in which an abutment portion on the upper end portion of the inner pipe-landing section is resting sealingly against a seat portion on a lower end portion of the outer pipe-landing section.

Abstract: A coupling apparatus and a method are for connecting two drill-pipe sections in a string of drill-pipe sections joined together by tool joints. The coupling apparatus comprises: a first pipe with a first end portion and a second end portion, the first end portion being provided with a tool joint for connection to a drill-pipe section; a second pipe with a first end portion and a second end portion, the first end portion being provided with a tool joint for connection to a drill-pipe section.

Abstract: A method and an apparatus for rigging up intervention equipment (111) in a lifting arrangement (104) utilized on a floating vessel, and moving the intervention equipment between an inoperative and an operative position, wherein the method comprising: a) providing the lifting arrangement (104) with vertically extending guiding means (203) capable of transferring a load to the lifting arrangement; b) connecting a load transferring means (215) to the guiding means (203); c) connecting the intervention equipment (111) to a load carrying device (209) provided with displacement means (214) arranged in a manner allowing a load to be horizontally displaced while carried by the load carrying device; d) connecting the load carrying device (209) to the load transferring means (215); e) moving the intervention equipment from an inactive position to an operating position by moving the displacement means (214); and f) moving the intervention equipment from the operating position to the inactive position by moving the displ

Abstract: A device is for a release module for attaching a pipe string to a heave compensated, load bearing unit arranged on a floating installation, where two or more hydraulic cylinder units form an extendable connection between the heave compensated, load bearing unit and a portion of the pipe string.

Abstract: A backup heave compensation system and an associated lifting arrangement are for a floating drilling vessel comprising a rig structure with a primary heave compensation system. The backup heave compensation system comprises: a vertically extendable and retractable lifting arrangement; a hydraulic system operatively connected to said lifting arrangement; and a control system operatively connected to said lifting arrangement and hydraulic system for selective control and operation thereof. The lifting arrangement comprises: a rigid frame structure comprised of: at least two vertically extending cylinders; a first transverse element connecting first end portions of said cylinders; and a second transverse element connecting second end portions of said cylinders; and a portal structure comprised of: at least two vertically extending piston rods having first end portions provided each with a piston; and a transverse portal element connecting second end portions of said piston rods.

Abstract: A backup heave compensation system and an associated lifting arrangement are for a floating drilling vessel comprising a rig structure with a primary heave compensation system. The backup heave compensation system comprises: a vertically extendable and retractable lifting arrangement; a hydraulic system operatively connected to said lifting arrangement; and a control system operatively connected to said lifting arrangement and hydraulic system for selective control and operation thereof. The lifting arrangement comprises: a rigid frame structure comprised of: at least two vertically extending cylinders; a first transverse element connecting first end portions of said cylinders; and a second transverse element connecting second end portions of said cylinders; and a portal structure comprised of: at least two vertically extending piston rods having first end portions provided each with a piston; and a transverse portal element connecting second end portions of said piston rods.

Abstract: A computer system and method manages the disbursement and replacement of medication units to patients. Medication units disbursed to qualified patients under qualified discount plans are replaced by replenishment. Computer systems implementing traditional replenishment, cached replenishment, and prepurchased replenishment are disclosed. The computer system and method monitors medication units disbursed to patients by a pharmacy and tracks the amount of medication units disbursed to qualified patients of health care providers qualified under a discount program. When the amount of disbursed medication units reaches a threshold, replacement medication units are ordered. The medication units disbursed to non-qualified patients are replaced through restocking and the medication units disbursed under a qualified discount program are replaced through traditional replenishment, cached replenishment, and/or prepurchased replenishment.

Abstract: A computer system and methods manages dispensing and replenishment of medications by a Contract Pharmacy for a Covered Entity. Participating Contract Pharmacies are associated with a Covered Entity, and each medication unit is associated with a code that corresponds to medication units dispersed by the Contract Pharmacies. The amount of medication units corresponding to the code and dispersed by the Contract Pharmacies is tracked. When the amount of medication units dispensed across the Contract Pharmacies to patients of the Covered Entity reaches a replenishment threshold, replacement medication units are ordered to replace inventory loaned by the Contract Pharmacies to the Covered Entity at the Covered Entity's available drug discount purchase price.

Abstract: A device is for a release module for attaching a pipe string to a heave compensated, load bearing unit arranged on a floating installation, where two or more hydraulic cylinder units form an extendable connection between the heave compensated, load bearing unit and a portion of the pipe string.

Abstract: A computer system and method manages the dispersal and replenishment of medications. Participating health care providers are associated with a code that corresponds to medication units dispersed by a pharmacy. The amount of medication units corresponding to the code and dispersed to patients of the health care providers is tracked. When the amount of dispersed medication units reaches a replenishment threshold, replacement medication units are ordered.

Abstract: A computer system and method manages the disbursement and replacement of medication units to patients. Medication unites disbursed to qualified patients under qualified discount plans are replaced by replenishment. Computer systems implementing traditional replenishment, cached replenishment, and prepurchased replenishment are disclosed. The computer system and method monitors medication units disbursed to patients by a pharmacy and tracks the amount of medication units disbursed to qualified patients of health care providers qualified under a discount program. When the amount of disbursed medication units reaches a threshold, replacement medication units are ordered. The medication units disbursed to non-qualified patients are replaced through restocking and the medication units disbursed under a qualified discount program are replaced through traditional replenishment, cached replenishment, and/or prepurchased replenishment.

Abstract: A computer system and method manages the disbursement and replacement of medication units to patients. Medication units disbursed to qualified patients under qualified discount plans are replaced by replenishment. Computer systems implementing traditional replenishment, cached replenishment, and prepurchased replenishment are disclosed. The computer system and method monitors medication units disbursed to patients by a pharmacy and tracks the amount of medication units disbursed to qualified patients of health care providers qualified under a discount program. When the amount of disbursed medication units reaches a threshold, replacement medication units are ordered. The medication units disbursed to non-qualified patients are replaced through restocking and the medication units disbursed under a qualified discount program are replaced through traditional replenishment, cached replenishment, and/or prepurchased replenishment.

Abstract: The existing infrastructure of a pharmacy may be extended to allow the pharmacy to service patients of one or more qualified entities that are entitled to discounted drugs through one or more qualified programs (e.g., 340B, GPO, PAP, or the like). One or more data structures of the systems already in place at the pharmacy may be leveraged to store data relating to the qualified entity and/or qualified program that covering the patients served by the pharmacy. This data used to comply with the regulatory requirements of the qualifying programs under which the drugs are obtained. The data may also be used to track inventory loaned to the qualifying entity from a common inventory of the pharmacy. The inventory information may be used to replenish the loaned inventory as needed, identify alternative, equivalent drugs for use in replenishment, and manage the reimbursement and financial reconciliation elements of the qualified programs.

Abstract: A computer system and method manages the dispersal and replenishment of medications. Participating health care providers are associated with a code that corresponds to medication units dispersed by a pharmacy. The amount of medication units corresponding to the code and dispersed to patients of the health care providers is tracked. When the amount of dispersed medication units reaches a replenishment threshold, replacement medication units are ordered.

Abstract: A computer system and methods manages the dispersal and replenishment of medications. Participating pharmacies are associated with a code that corresponds to medication units dispersed by the pharmacies. The amount of medication units corresponding to the code and dispersed by the pharmacies is tracked. When the amount of dispersed medication units reaches a replenishment threshold, replacement medication units are ordered.