mhurhangee/ep-ind-claims huggingface dataset:
Adapter for connecting a drive means to a manually operated shut-off valve, in particular a ball valve, - with a flange and - with a fastening section, - wherein the fastening section is provided for fastening the drive means, and - wherein the flange has means for fastening to the stopcock in order to secure the flange against movement relative to the stopcock, characterised in - that an inner contour of the flange has recesses, - that the recesses are suitable for receiving stop cams of the switching area of the stopcock and - that the flange has two partial flanges. - with a flange and - with a fastening section, - wherein the fastening section is provided for fastening the drive means, and - wherein the flange has means for fastening to the stopcock in order to secure the flange against movement relative to the stopcock, characterised in - that an inner contour of the flange has recesses, - that the recesses are suitable for receiving stop cams of the switching area of the stopcock and - that the flange has two partial flanges.
A magnetic filter for a central heating and/or cooling system, the magnetic filter comprising: a chamber having an inlet and an outlet, and an elongate magnetic assembly, the elongate magnetic assembly being mounted to the outside of the chamber on a pivot disposed near to one end of the elongate magnetic assembly, a major length of the elongate magnetic assembly being movable from a position close to the chamber to a position spaced from the chamber by pivoting the magnetic assembly on the pivot, wherein a minor length of the elongate magnetic assembly extends from the pivot point in a direction opposite to the direction of the major length, the minor length forming a stop for contacting the chamber when the major length of the elongate magnetic assembly is spaced from the chamber, to prevent further movement of the major length of the magnetic assembly away from the chamber, in which the magnetic assembly is spring-loaded into a position where the major length is spaced from the chamber, and in which releasable retaining means are provided at the other end of the magnetic assembly to the pivot, the releasable retaining means when engaged holding the magnetic assembly in the position close to the chamber. a chamber having an inlet and an outlet, and an elongate magnetic assembly, the elongate magnetic assembly being mounted to the outside of the chamber on a pivot disposed near to one end of the elongate magnetic assembly, a major length of the elongate magnetic assembly being movable from a position close to the chamber to a position spaced from the chamber by pivoting the magnetic assembly on the pivot, wherein a minor length of the elongate magnetic assembly extends from the pivot point in a direction opposite to the direction of the major length, the minor length forming a stop for contacting the chamber when the major length of the elongate magnetic assembly is spaced from the chamber, to prevent further movement of the major length of the magnetic assembly away from the chamber, in which the magnetic assembly is spring-loaded into a position where the major length is spaced from the chamber, and in which releasable retaining means are provided at the other end of the magnetic assembly to the pivot, the releasable retaining means when engaged holding the magnetic assembly in the position close to the chamber.
A method for synthesizing a binding-element, comprising: providing a mixture comprising a plurality of target protein molecules, a plurality of oligonucleotides and a ligase, forming an oligonucleotides-target protein molecule complex, wherein two or more of the oligonucleotides are bound to one of the target protein molecules; ligating the oligonucleotides bound to the target protein molecules to form the binding-element, and separating the binding-element, wherein the binding element is configured to efficiently bind a target protein molecule through one or more binding sites; and wherein the binding-element is separated from one or more un-ligated oligonucleotides, un-bound oligonucleotides, non-template ligated oligonucleotides or combinations thereof by chromatographic techniques or electrophoretic techniques. providing a mixture comprising a plurality of target protein molecules, a plurality of oligonucleotides and a ligase, forming an oligonucleotides-target protein molecule complex, wherein two or more of the oligonucleotides are bound to one of the target protein molecules; ligating the oligonucleotides bound to the target protein molecules to form the binding-element, and separating the binding-element, wherein the binding element is configured to efficiently bind a target protein molecule through one or more binding sites; and wherein the binding-element is separated from one or more un-ligated oligonucleotides, un-bound oligonucleotides, non-template ligated oligonucleotides or combinations thereof by chromatographic techniques or electrophoretic techniques.
Radiator comprising at least one heating plate (2, 3), in particular comprising a first heating plate on the room side facing the room to be heated and a second heating plate on the wall side, - wherein in the lateral, upper end regions of the radiator or of the heating plate(s) (2, 3) a respective connecting piece (8, 9) configured as a connection point is attached, into which in each case optionally a valve for regulating the flow of the heating fluid coming from the first flow connection into the heating plate(s) (2, 3) as well as a shut-off or sealing component for preventing the entry of heating fluid into the heating plate(s) (2, 3) and for preventing the flow can be inserted or is inserted, - wherein a first connection fitting in the form of a central connection is provided comprising a first flow connection and a first return connection, - wherein a first distributor fitting attached to the first connection fitting with a defined first riser pipe is provided, which establishes a direct, in particular the only, connection for the heating fluid flowing in via the first flow connection from the first connection fitting to the connection pieces (8, 9), - wherein at least a second connection fitting with a second flow connection and optionally a second return connection is provided, characterised in that - a second distributor fitting attached to the second connection fitting with a defined second riser pipe is provided, which establishes a direct, in particular the only, connection for the heating fluid flowing in via the second flow connection from the second connection fitting to the connecting pieces (8, 9). - wherein in the lateral, upper end regions of the radiator or of the heating plate(s) (2, 3) a respective connecting piece (8, 9) configured as a connection point is attached, into which in each case optionally a valve for regulating the flow of the heating fluid coming from the first flow connection into the heating plate(s) (2, 3) as well as a shut-off or sealing component for preventing the entry of heating fluid into the heating plate(s) (2, 3) and for preventing the flow can be inserted or is inserted, - wherein a first connection fitting in the form of a central connection is provided comprising a first flow connection and a first return connection, - wherein a first distributor fitting attached to the first connection fitting with a defined first riser pipe is provided, which establishes a direct, in particular the only, connection for the heating fluid flowing in via the first flow connection from the first connection fitting to the connection pieces (8, 9), - wherein at least a second connection fitting with a second flow connection and optionally a second return connection is provided, - a second distributor fitting attached to the second connection fitting with a defined second riser pipe is provided, which establishes a direct, in particular the only, connection for the heating fluid flowing in via the second flow connection from the second connection fitting to the connecting pieces (8, 9).
A pump system for conveying a first fluid using a second fluid, the system comprising at least a first pump, said first pump comprising at least a first rigid outer casing defining a first interior space, a first flexible tube structure accommodated in the first interior space, wherein the interior of the first flexible tube structure is arranged for receiving one of said first or second fluids, wherein the region of the first interior space surrounding the first flexible tube structure is arranged for receiving said other of said first and second fluids, and wherein the first flexible tube structure is movable between laterally expanded and collapsed conditions for varying the volume of the interior of the first flexible tube structure, thereby imparting sequential discharge and intake strokes on said first fluid, the pump system further comprises a second pump, said second pump comprising at least a second rigid outer casing defining a second interior space, a second flexible tube structure accommodated in the second interior space, wherein the interior of the second flexible tube structure is arranged for receiving one of said second or a third fluid being displaced by said imparted sequential discharge and intake strokes of said first pump, wherein the region of the second interior space surrounding the second flexible tube structure is arranged for receiving said other of said second and third fluids being displaced by said imparted sequential discharge and intake strokes of said first pump, and wherein the second flexible tube structure is movable between laterally expanded and collapsed conditions for varying the volume of the interior of the second flexible tube structure, thereby imparting sequential discharge and intake strokes on said third fluid, characterized in that the pump system further comprises at least one pumping device arranged for pressurizing said second fluid in the first pump prior to the first fluid entering the first pump.
A refrigerator comprising: a cabinet comprising a storage compartment having an open front side; a drawer provided in the storage compartment so as to be dischargeable and comprising a pair of first roller units provided on a rear end portion of opposite side surfaces of the drawer and a guide rib provided on a side surface of the drawer and configured to extend in a discharge direction; a second roller unit provided on a front end portion of the storage compartment and configured to movably support a bottom surface of the guide rib; a first roller guide provided on each of opposite side surfaces of the storage compartment and configured to provide a movement path of the first roller units; and a movable support unit provided in the storage compartment so as to be discharged together with the drawer and disposed under the drawer so as to support a weight of the drawer that is discharged, wherein the bottom surface of the guide rib comprises a first slope (A-1) configured to be inclined rearward and downward from a front end of the drawer, and comprises a second slope configured to be inclined rearward and upward from the first slope (A-1), so that the second slope is inclined in an opposite direction than the first slope (A-1), and wherein the first roller guide comprises a rear end portion (A-2) configured to be inclined rearward and downward so as to correspond to an inclination angle of the first slope (A-1). a cabinet comprising a storage compartment having an open front side; a drawer provided in the storage compartment so as to be dischargeable and comprising a pair of first roller units provided on a rear end portion of opposite side surfaces of the drawer and a guide rib provided on a side surface of the drawer and configured to extend in a discharge direction; a second roller unit provided on a front end portion of the storage compartment and configured to movably support a bottom surface of the guide rib; a first roller guide provided on each of opposite side surfaces of the storage compartment and configured to provide a movement path of the first roller units; and a movable support unit provided in the storage compartment so as to be discharged together with the drawer and disposed under the drawer so as to support a weight of the drawer that is discharged, wherein the bottom surface of the guide rib comprises a first slope (A-1) configured to be inclined rearward and downward from a front end of the drawer, and comprises a second slope configured to be inclined rearward and upward from the first slope (A-1), so that the second slope is inclined in an opposite direction than the first slope (A-1), and wherein the first roller guide comprises a rear end portion (A-2) configured to be inclined rearward and downward so as to correspond to an inclination angle of the first slope (A-1).
A labelled methane comprising fluid comprising: - a methane comprising fluid, - in the range of from 1 to 250 ppm, preferably 1 to 100 ppm, more preferably 1 to 50 ppm methyl acetate, calculated on the total mass of the labelled methane comprising fluid; whereby the labelled methane comprising fluid is a liquid, or a slush of liquid and solids, and whereby the labelled methane comprising fluid preferably is at a temperature in the range of from -62 °C to -185 °C, and at a pressure in the range of from 20 mbara to 120 bara, preferably 250 mbara to 76 bara. - a methane comprising fluid, - in the range of from 1 to 250 ppm, preferably 1 to 100 ppm, more preferably 1 to 50 ppm methyl acetate, calculated on the total mass of the labelled methane comprising fluid; whereby the labelled methane comprising fluid is a liquid, or a slush of liquid and solids, and whereby the labelled methane comprising fluid preferably is at a temperature in the range of from -62 °C to -185 °C, and at a pressure in the range of from 20 mbara to 120 bara, preferably 250 mbara to 76 bara.
SELF-ADJUSTING, NON-PLASTIC LAMINAR PROTECTOR FOR BOOKS AND THE LIKE consists of a laminar body that fits over the covers of a book for which it is intended by attaching with adhesive means, wherein the laminar body is made from a transparent or translucent sheet of non-plastic compostable material derived from wood, which is made from a cellulose acetate film or vegetable parchment that has on one of its faces areas with adhesive covering some parts of it, acting as adhesive means for attaching the protector, wherein the laminar body is composed of: - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet, so that the book covers can be inserted between the outer sheet and those inner bands, and wherein the adhesive means for attaching the laminar body that makes up the protector, consisting of the areas with adhesive, are composed of: - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, such that, once the covers of the book have been inserted into the inner bands, when the protector is closed, the adhesive strip attaches to one of the inner bands without coming into contact with the covers of the book. wherein the laminar body is made from a transparent or translucent sheet of non-plastic compostable material derived from wood, which is made from a cellulose acetate film or vegetable parchment that has on one of its faces areas with adhesive covering some parts of it, acting as adhesive means for attaching the protector, wherein the laminar body is composed of: - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet, - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet, so that the book covers can be inserted between the outer sheet and those inner bands, and wherein the adhesive means for attaching the laminar body that makes up the protector, consisting of the areas with adhesive, are composed of: - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, such that, once the covers of the book have been inserted into the inner bands, when the protector is closed, the adhesive strip attaches to one of the inner bands without coming into contact with the covers of the book.
An apparatus for connecting a component to a circuit board, wherein one of said component and said circuit board has a Ball Grid Array connection and the other of said component and said circuit board has a Leaded Grid Array connection, the apparatus comprising: a non-electrically conductive carrier containing at least a set of electrically conductive leads, wherein said leads comprise a single electrically conductive piece capable of at least partially absorbing stresses resulting from thermal expansion and compression; said leads being capable of forming an electrical connection to a BGA joint at a first end; and said leads being capable of forming an electrical connection to a LGA joint at a second end opposite of said first end, characterised in that said leads comprise an indented portion, a hinge portion, a support portion, and a pin portion, wherein said hinge portion connects to said support portion, and said support portion connects to said pin portion, wherein said indented portion comprises at least two prongs extending perpendicular to an indent portion, a first one of said prongs connecting to said hinge portion, and a second one of said prongs ending at a gap portion; wherein said hinge portion has a plurality of flexing regions (310,320,330,340) comprising a top flexing region, first and second middle flexing region (320,330) and a bottom flexing region; and wherein said top flexing region and said bottom flexing region allow flexing towards the gap portion and said first and second middle flexing regions allow flexing away from said gap portion. a non-electrically conductive carrier containing at least a set of electrically conductive leads, wherein said leads comprise a single electrically conductive piece capable of at least partially absorbing stresses resulting from thermal expansion and compression; said leads being capable of forming an electrical connection to a BGA joint at a first end; and said leads being capable of forming an electrical connection to a LGA joint at a second end opposite of said first end, characterised in that said leads comprise an indented portion, a hinge portion, a support portion, and a pin portion, wherein said hinge portion connects to said support portion, and said support portion connects to said pin portion, wherein said indented portion comprises at least two prongs extending perpendicular to an indent portion, a first one of said prongs connecting to said hinge portion, and a second one of said prongs ending at a gap portion; wherein said hinge portion has a plurality of flexing regions (310,320,330,340) comprising a top flexing region, first and second middle flexing region (320,330) and a bottom flexing region; and wherein said top flexing region and said bottom flexing region allow flexing towards the gap portion and said first and second middle flexing regions allow flexing away from said gap portion.
A lock (10; 10A; 10B) comprising: a housing (12; 12A; 12B) having an opening for receiving a locking bolt; a locking bolt (40; 40A; 40B) movable between a locked position and an unlocked position; a rotary actuator positioned within the housing, the rotary actuator energizable between a locked condition for maintaining the locking bolt in a locked position and an unlocked condition for allowing the locking bolt to move to an unlocked position; a rotary blocking device in operable communication with said rotary actuator; the rotary blocking device including cam engagement means having a disk portion with a stop member extending radially from the disk at an end thereof, a D-shaped in cross section tab member operably attached to the disk portion and rotatable between a locked position and an unlocked position; the lock (10;10A;10B) further comprising a compression spring positioned between an actuator housing and the disk for biasing the rotary blocking device in the locked position. a housing (12; 12A; 12B) having an opening for receiving a locking bolt; a locking bolt (40; 40A; 40B) movable between a locked position and an unlocked position; a rotary actuator positioned within the housing, the rotary actuator energizable between a locked condition for maintaining the locking bolt in a locked position and an unlocked condition for allowing the locking bolt to move to an unlocked position;
A computer-implemented method to iteratively model present day geometry of a multilayer sedimentary basin comprising: providing a finite element model of a multilayer sedimentary basin represented on a finite element grid described with respect to a lateral coordinate axis and a depth coordinate axis wherein the finite element grid comprises a lateral grid resolution and a depth grid resolution; coarsening the finite element grid with respect to the lateral coordinate axis to provide a coarsened finite element grid that comprises the depth grid resolution; performing a backstripping and forward simulation cycle using the coarsened finite element grid to provide present day geometry and porosity results for the model of the multilayer sedimentary basin; refining the coarsened finite element grid with respect to the lateral coordinate axis to provide a refined finite element grid that comprises the lateral grid resolution and the depth grid resolution; performing backstripping and forward simulation cycle using the refined finite element grid and at least the porosity results to provide enhanced present day geometry and porosity results for the model of the multilayer sedimentary basin; and repeating the refining of the finite element grid with respect to the lateral coordinate axis to provide a more refined finite element grid; and performing the backstripping and forward simulation cycle using the more refined finite element grid and at least the enhanced porosity results to provide further enhanced present day geometry and porosity results for the model of the multilayer sedimentary basin. providing a finite element model of a multilayer sedimentary basin represented on a finite element grid described with respect to a lateral coordinate axis and a depth coordinate axis wherein the finite element grid comprises a lateral grid resolution and a depth grid resolution; coarsening the finite element grid with respect to the lateral coordinate axis to provide a coarsened finite element grid that comprises the depth grid resolution; performing a backstripping and forward simulation cycle using the coarsened finite element grid to provide present day geometry and porosity results for the model of the multilayer sedimentary basin; refining the coarsened finite element grid with respect to the lateral coordinate axis to provide a refined finite element grid that comprises the lateral grid resolution and the depth grid resolution; performing backstripping and forward simulation cycle using the refined finite element grid and at least the porosity results to provide enhanced present day geometry and porosity results for the model of the multilayer sedimentary basin; and repeating the refining of the finite element grid with respect to the lateral coordinate axis to provide a more refined finite element grid; and performing the backstripping and forward simulation cycle using the more refined finite element grid and at least the enhanced porosity results to provide further enhanced present day geometry and porosity results for the model of the multilayer sedimentary basin.