mhurhangee/ep-ind-claims huggingface dataset:
A hinge for connecting a leaf to a frame so as to be hinged about a hinge axis, comprising a hinge pin which defines the hinge axis and has at least a circular region in the cross section and first engagement means, comprising a leaf hinge part which can be secured to the leaf, comprising a frame hinge part which can be secured to the frame, wherein at least one of the leaf hinge part and the frame hinge part has a hinge pin receiving area extending in the direction of the hinge axis, and comprising second engagement means provided within the pin receiving area which are in indirect or direct engagement with the first engagement means of the hinge pin, characterized in that the first engagement means comprise at least a depression, which is set back with respect to the cross section, and the second engagement means comprise at least a protrusion which engages into the depression, wherein displacement means are provided with which the hinge pin can be displaced within the hinge pin receiving area while rotating about the hinge axis transversely to the hinge axis, and fixing means with which the hinge pin can be fixed in the desired position in the hinge pin receiving area. comprising a hinge pin which defines the hinge axis and has at least a circular region in the cross section and first engagement means, comprising a leaf hinge part which can be secured to the leaf, comprising a frame hinge part which can be secured to the frame, wherein at least one of the leaf hinge part and the frame hinge part has a hinge pin receiving area extending in the direction of the hinge axis, and comprising second engagement means provided within the pin receiving area which are in indirect or direct engagement with the first engagement means of the hinge pin, characterized in that the first engagement means comprise at least a depression, which is set back with respect to the cross section, and the second engagement means comprise at least a protrusion which engages into the depression, wherein displacement means are provided with which the hinge pin can be displaced within the hinge pin receiving area while rotating about the hinge axis transversely to the hinge axis, and fixing means with which the hinge pin can be fixed in the desired position in the hinge pin receiving area.
A sol-gel that is the reaction product of: a hydroxy organosilane represented by Formula: wherein R is C 1-20 alkyl, cycloalkyl, ether, or aryl; a metal alkoxide; an acid stabilizer at a molar ratio of acid stabilizer to metal alkoxide of 1:1 or greater and the sol-gel has a pH from 3 to 4; and a corrosion inhibitor. a hydroxy organosilane represented by Formula: wherein R is C 1-20 alkyl, cycloalkyl, ether, or aryl; a metal alkoxide; an acid stabilizer at a molar ratio of acid stabilizer to metal alkoxide of 1:1 or greater and the sol-gel has a pH from 3 to 4; and a corrosion inhibitor.
A method of analyzing a nucleic acid comprising: (a) extending a primer having a 5' non-complementary tail on a template in a reaction mixture to produce a double stranded product comprising a labeled extended strand and the 5' non-complementary tail as a single stranded overhang, wherein labels of said labeled extended strand are optical labels each capable of generating an optical signal indicative of a nucleotide to which it is attached; (b) providing at least one nanopore that provides fluid communication between a first chamber and a second chamber, wherein each nanopore of the at least one nanopore is capable of passing a single stranded nucleic acid but not a double stranded nucleic acid; (c) disposing the double stranded product in the first chamber; (d) capturing by the at least one nanopore the 5' non-complementary tail of the double stranded product by applying an electrical field across the nanopore; (e) translocating at a rate of less than 1000 nucleotides per second (nt/sec) the labeled extension strand of the captured double stranded product through the nanopore by the applied electrical field, wherein the translocating strand of the double stranded product is unzipped as it enters the nanopore; (f) detecting optical signals from the optical labels as said labeled extension strand passes through said nanopore; and (g) determining a nucleotide sequence of the nucleic acid from the optical signals detected in step (f). (a) extending a primer having a 5' non-complementary tail on a template in a reaction mixture to produce a double stranded product comprising a labeled extended strand and the 5' non-complementary tail as a single stranded overhang, wherein labels of said labeled extended strand are optical labels each capable of generating an optical signal indicative of a nucleotide to which it is attached; (b) providing at least one nanopore that provides fluid communication between a first chamber and a second chamber, wherein each nanopore of the at least one nanopore is capable of passing a single stranded nucleic acid but not a double stranded nucleic acid; (c) disposing the double stranded product in the first chamber; (d) capturing by the at least one nanopore the 5' non-complementary tail of the double stranded product by applying an electrical field across the nanopore; (e) translocating at a rate of less than 1000 nucleotides per second (nt/sec) the labeled extension strand of the captured double stranded product through the nanopore by the applied electrical field, wherein the translocating strand of the double stranded product is unzipped as it enters the nanopore; (f) detecting optical signals from the optical labels as said labeled extension strand passes through said nanopore; and (g) determining a nucleotide sequence of the nucleic acid from the optical signals detected in step (f).
A memory system (110, 209), comprising: a plurality of memory components (109A;..., 109N) configured to store data; and a controller, operatively coupled to the plurality of memory components (109A;..., 109N), to at least: communicate with a host system via a bus; and service the data to the host system via communications over the bus; characterized by the controller configured to: communicate with a processing device that is separate from the host system using a Message Passing Interface, MPI, over the bus; predict a data movement over the bus using a machine learning model, the machine learning model bring trained using data usage information corresponding to historical data access requests transferring data between the memory components; and provide data access to the processing device through communications made using the Message Passing Interface, MPI, over the bus. a plurality of memory components (109A;..., 109N) configured to store data; and a controller, operatively coupled to the plurality of memory components (109A;..., 109N), to at least: communicate with a host system via a bus; and service the data to the host system via communications over the bus; communicate with a host system via a bus; and service the data to the host system via communications over the bus; characterized by the controller configured to: communicate with a processing device that is separate from the host system using a Message Passing Interface, MPI, over the bus; predict a data movement over the bus using a machine learning model, the machine learning model bring trained using data usage information corresponding to historical data access requests transferring data between the memory components; and provide data access to the processing device through communications made using the Message Passing Interface, MPI, over the bus. communicate with a processing device that is separate from the host system using a Message Passing Interface, MPI, over the bus; predict a data movement over the bus using a machine learning model, the machine learning model bring trained using data usage information corresponding to historical data access requests transferring data between the memory components; and provide data access to the processing device through communications made using the Message Passing Interface, MPI, over the bus.
A method for detecting an interaction between one or more protein bait and one or more candidate prey in an eukaryotic cell, comprising the steps of: a) providing an eukaryotic cell expressing (i) one or more protein bait, and (ii) one or more candidate prey, wherein said protein bait comprises a bait moiety and a polymerized tubulin-binding moiety. b) determining the occurence of an interaction between said one or more protein bait and said one or more candidate prey in the eukaryotic cell, wherein said protein bait is bound to polymerized tubulin in the eukaryotic cell, thereby localizing said one or more candidate prey along said polymerized tubulin, thereby detecting said interaction. a) providing an eukaryotic cell expressing (i) one or more protein bait, and (ii) one or more candidate prey, wherein said protein bait comprises a bait moiety and a polymerized tubulin-binding moiety. b) determining the occurence of an interaction between said one or more protein bait and said one or more candidate prey in the eukaryotic cell, wherein said protein bait is bound to polymerized tubulin in the eukaryotic cell, thereby localizing said one or more candidate prey along said polymerized tubulin, thereby detecting said interaction.
Method for preparing asymmetric (thio)phosphoric triamides by reacting a primary amine with (thio)phosphoric trichloride to give the corresponding (thio)phosphoric amidodichloride and/or (thio)phosphoric diamidomonochloride and subsequent reaction of the (thio)phosphoric amidodichloride and/or (thio)phosphoric diamidomonochloride formed with ammonia, characterized in that the reaction of the primary amine with (thio)phosphoric trichloride to give the corresponding (thio)phosphoric amidodichloride and/or (thio)phosphoric diamidomonochloride and the subsequent reaction of the (thio)phosphoric amidodichloride or (thio)phosphoric diamidomonochloride formed with ammonia is carried out as a one-pot variant, that the reaction of the (thio)phosphoric amidodichloride and/or (thio)phosphoric diamidomonochloride with ammonia is carried out partly, mainly or completely at a temperature below -30°C, preferably in the range of -80°C to -32°C, particularly preferably in the range of -60°C to -35°C and especially preferably in the range of -55°C to -40°C, and that the (thio)phosphoric amidodichloride and/or (thio)phosphoric diamidomonochloride is not isolated.
A wipe comprising a soothing and/or cleansing composition and a hydro molded fibrous structure comprising from 5% to 49% hydro molded area wherein said hydro molded area comprises at least one hydro molded element.
A method of adjusting press parameters of a ceramic or metal powder press, wherein a compact is pressed of powder and/or a granular material to a predetermined compact dimension (dT End) in a die cavity of a die by means of punches (17, 18, 7, 8) supported on punch carriers (1, 2, 3, 4), wherein, - during pressing, within a pressing cycle for pressing such a compact, at least one actuator is adjusted along a succession of set values (d soll (t)), - during pressing, maintenance of the succession of set values (d soll (t)) is checked and - if the succession of set values (d soll (t)) is not maintained - in particular is higher than a tolerance value (Δ) - readjustment of the at least one actuator is performed, characterized in that - for comparison with the succession of set values (d soll (t)), a distance (d(t); d*(t)) is measured between a first measuring point (m1; m2) at a fixed stop (20; 21), which supports one of the punch carriers (1; 2) on one side of the die cavity, and a second measuring point (m3; m4) at a fixed stop (22; 23), which supports one of the punch carriers (3; 4) on an opposite side of the die cavity. - during pressing, within a pressing cycle for pressing such a compact, at least one actuator is adjusted along a succession of set values (d soll (t)), - during pressing, maintenance of the succession of set values (d soll (t)) is checked and - if the succession of set values (d soll (t)) is not maintained - in particular is higher than a tolerance value (Δ) - readjustment of the at least one actuator is performed, - for comparison with the succession of set values (d soll (t)), a distance (d(t); d*(t)) is measured between a first measuring point (m1; m2) at a fixed stop (20; 21), which supports one of the punch carriers (1; 2) on one side of the die cavity, and a second measuring point (m3; m4) at a fixed stop (22; 23), which supports one of the punch carriers (3; 4) on an opposite side of the die cavity.
A battery cover catch apparatus, comprising: a battery cover, defining a chute extending along a longitudinal direction; a slide switch engaged in the chute so as to slide between a first position and a second position, wherein the slide switch comprises a block located inside the battery cover, the block comprises an elongated structure disposed in a same direction as the extending direction of the chute, and has an outline not larger than an outline of the chute; a catch comprising a tongue disposed in a same direction as an extending direction of the chute, wherein the block is connected to the catch so as to drive the catch to slide synchronously; and a body defining a recess correspondingly matching the tongue, wherein the tongue is engaged in the recess when the slide switch is in the first position, and the tongue is separated from the recess when the slide switch is in the second position; wherein a side of the catch is provided with an installation slot for the block to be inserted laterally, an inlet of the installation slot is provided with an oblique guide surface for guiding the block into the installation slot; wherein the tongue protrudes from a surface of the catch opposite to the installation slot, and is disposed on the surface of the catch in the extending direction of the chute. a battery cover, defining a chute extending along a longitudinal direction; a slide switch engaged in the chute so as to slide between a first position and a second position, wherein the slide switch comprises a block located inside the battery cover, the block comprises an elongated structure disposed in a same direction as the extending direction of the chute, and has an outline not larger than an outline of the chute; a catch comprising a tongue disposed in a same direction as an extending direction of the chute, wherein the block is connected to the catch so as to drive the catch to slide synchronously; and a body defining a recess correspondingly matching the tongue, wherein the tongue is engaged in the recess when the slide switch is in the first position, and the tongue is separated from the recess when the slide switch is in the second position; wherein a side of the catch is provided with an installation slot for the block to be inserted laterally, an inlet of the installation slot is provided with an oblique guide surface for guiding the block into the installation slot; wherein the tongue protrudes from a surface of the catch opposite to the installation slot, and is disposed on the surface of the catch in the extending direction of the chute.
Automatic in-vitro diagnostic analysis method comprising adding a first reagent type and a second reagent type to a first test liquid during a first and second cycle times respectively, the addition of the first reagent type to the first test liquid comprising parallel addition of a second reagent type to a second test liquid during the first cycle time, and the addition of the second reagent type to the first test liquid comprising parallel addition of a first reagent type to a third test liquid during the second cycle time, respectively, characterized in that the parallel addition of the first reagent type and the second reagent type is carried out with a single pipette head (170, 170'), the single pipette head (170, 170') comprising at least two pipetting nozzles (175, 176, 175', 176').
A method of manufacturing indium tin oxide, the method comprising: sputtering indium and tin from a target onto a substrate to form the indium tin oxide over the substrate, the sputtering comprising, while sputtering, moving the target relative to the substrate along a path (32, 34, 36, 38) over the substrate, wherein the moving of the target relative to the substrate comprises moving the target from an end of the path to an other end of the path, and wherein the end of the path is over an end of the substrate and the other end of the path is over an other end of the substrate. sputtering indium and tin from a target onto a substrate to form the indium tin oxide over the substrate, the sputtering comprising, while sputtering, moving the target relative to the substrate along a path (32, 34, 36, 38) over the substrate, wherein the moving of the target relative to the substrate comprises moving the target from an end of the path to an other end of the path, and wherein the end of the path is over an end of the substrate and the other end of the path is over an other end of the substrate.
A chain-type tool magazine including a circulating chain, for removably holding a plurality of pots, to which the tools are attached, or a plurality of tools, the tool magazine comprising: link members each having an opening for removably holding the pot or the tool, wherein the opening in each of the link members is such that the tool or pot can be removed without moving in the axial direction; an endless chain formed by coupling a plurality of the link members (132, 148); and drive means for driving the chain to circulate, characterised by first rollers provided at the opening side and second rollers provided opposite side to the opening; and a guide for guiding the first rollers and second rollers to allow the chain to circulate along a serpentine track having turns to one side and to the opposite side. link members each having an opening for removably holding the pot or the tool, wherein the opening in each of the link members is such that the tool or pot can be removed without moving in the axial direction; an endless chain formed by coupling a plurality of the link members (132, 148); and drive means for driving the chain to circulate, characterised by first rollers provided at the opening side and second rollers provided opposite side to the opening; and a guide for guiding the first rollers and second rollers to allow the chain to circulate along a serpentine track having turns to one side and to the opposite side.
A method of integrating modules into a hybrid modular plant comprising a discrete manufacturing part and a continuous manufacturing part, the method comprising: integrating the discrete part into the continuous part, comprising constructing (401; 501) at least one module definition file (400, 500) mapping one or more discrete-part units of the discrete part to a continuous-part module and importing (402; 502) the module definition file (400, 500) into an orchestration layer of the continuous part; and running the hybrid modular plant, comprising performing runtime translations of communications between the discrete part and the continuous part, wherein the discrete and continuous parts use a common communication protocol. integrating the discrete part into the continuous part, comprising constructing (401; 501) at least one module definition file (400, 500) mapping one or more discrete-part units of the discrete part to a continuous-part module and importing (402; 502) the module definition file (400, 500) into an orchestration layer of the continuous part; and running the hybrid modular plant, comprising performing runtime translations of communications between the discrete part and the continuous part, wherein the discrete and continuous parts use a common communication protocol.
Mixture of platelet-shaped, copper containing metal effect pigments obtained by a milling process, having a copper content of 60 to 100 % by weight based on the total metal content, having at least one other component, characterised in that the copper-containing metal effect pigments have a mean size d 50 of 3-50 μm and a thickness distribution determined by means of thickness counting by scanning electron microscopy expressed as cumulative undersize distribution a) with an h 50 value of 10 to 100 nm, b) with an h 90 value of 20 to 150 nm, and the at least one other component is a cellulose derivative selected from the group comprising alkyl cellulose, hydroxyalkyl cellulose, alkyl(hydroxyalkyl) cellulose and mixtures thereof and/or at least one additive with antioxidative and/or radical-inhibiting properties. a) with an h 50 value of 10 to 100 nm, b) with an h 90 value of 20 to 150 nm, and the at least one other component is a cellulose derivative selected from the group comprising alkyl cellulose, hydroxyalkyl cellulose, alkyl(hydroxyalkyl) cellulose and mixtures thereof and/or at least one additive with antioxidative and/or radical-inhibiting properties.
A delayed fin deployment wiper plug, said wiper plug comprising; (a) a tubular body (401, 601) having an open base (401B, 601B) and a top (401T, 601T); (b) said top (401T, 601T) having a hole (402, 602) therethrough; (c) said tubular body (401, 601) having a first set (403, 603) of a plurality of flexible fins circumnavigating a circumference of an exterior surface at a lower end of said tubular body (401, 601); (d) a piston (415, 615) slidingly fitted through said hole (402, 602), said piston (415, 615) comprising a piston rod (415R, 615R) and a piston base (415B, 615B); (e) said piston base (415B, 615B) supported at a first location inside said tubular body (401, 601) by one or more reversible connectors (405, 605A); (f) said piston rod (415R, 615R) and piston base (415B, 615B) and top (401T, 601T) forming a compression chamber (407, 607) inside an upper portion of said tubular body (401, 601); (g) a sleeve (411, 611) over said upper portion of said tubular body (401, 601), said sleeve (411, 611) having an open base (411B, 611B) and a closed sleeve top (411T, 611T); (h) said piston rod (415R, 615R) abutting or connected to said closed sleeve top (411T, 611IT); (i) a second set (413, 613) of a plurality of flexible fins circumnavigating a circumference of an exterior surface at said upper end of said tubular body (401, 601) and contained within said sleeve (411, 611); and (j) said sleeve (411, 611) being of smaller internal diameter than an outer diameter of said second set (413, 613) of fins, when deployed. (a) a tubular body (401, 601) having an open base (401B, 601B) and a top (401T, 601T); (b) said top (401T, 601T) having a hole (402, 602) therethrough; (c) said tubular body (401, 601) having a first set (403, 603) of a plurality of flexible fins circumnavigating a circumference of an exterior surface at a lower end of said tubular body (401, 601); (d) a piston (415, 615) slidingly fitted through said hole (402, 602), said piston (415, 615) comprising a piston rod (415R, 615R) and a piston base (415B, 615B); (e) said piston base (415B, 615B) supported at a first location inside said tubular body (401, 601) by one or more reversible connectors (405, 605A); (f) said piston rod (415R, 615R) and piston base (415B, 615B) and top (401T, 601T) forming a compression chamber (407, 607) inside an upper portion of said tubular body (401, 601); (g) a sleeve (411, 611) over said upper portion of said tubular body (401, 601), said sleeve (411, 611) having an open base (411B, 611B) and a closed sleeve top (411T, 611T); (h) said piston rod (415R, 615R) abutting or connected to said closed sleeve top (411T, 611IT); (i) a second set (413, 613) of a plurality of flexible fins circumnavigating a circumference of an exterior surface at said upper end of said tubular body (401, 601) and contained within said sleeve (411, 611); and (j) said sleeve (411, 611) being of smaller internal diameter than an outer diameter of said second set (413, 613) of fins, when deployed.