mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter device, comprising: a bi-directional cannula feature capture mechanism comprising: an inner housing having a proximal cannula feature mating component , a distal cannula feature mating component , and an outer surface that includes one or more interlock components ; an outer housing having an inner surface adapted to slidably receive the inner housing , the inner surface including at least one catch that prevents the inner housing from moving distally within the outer housing after the inner housing has been proximally retracted into the outer housing ; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface, wherein when the cannula is retracted proximally within the inner housing , the proximal engagement surface contacts the proximal cannula feature mating component causing the inner housing to be retracted proximally into the outer housing , and wherein after the cannula is retracted proximally into the inner housing , the distal cannula feature mating component contacts the distal engagement surface to limit the distal movement of the cannula thereby shielding the cannula within the bi-directional cannula capture mechanism ; characterized by a catheter adapter having an inner surface that includes one or more interlock surfaces which interact with the one or more interlock components of the inner housing to secure the bi-directional cannula feature capture mechanism within the catheter adapter until the cannula is shielded within the bi-directional cannula feature capture mechanism . an inner housing having a proximal cannula feature mating component , a distal cannula feature mating component , and an outer surface that includes one or more interlock components ; an outer housing having an inner surface adapted to slidably receive the inner housing , the inner surface including at least one catch that prevents the inner housing from moving distally within the outer housing after the inner housing has been proximally retracted into the outer housing ; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface, wherein when the cannula is retracted proximally within the inner housing , the proximal engagement surface contacts the proximal cannula feature mating component causing the inner housing to be retracted proximally into the outer housing , and wherein after the cannula is retracted proximally into the inner housing , the distal cannula feature mating component contacts the distal engagement surface to limit the distal movement of the cannula thereby shielding the cannula within the bi-directional cannula capture mechanism ; characterized by a catheter adapter having an inner surface that includes one or more interlock surfaces which interact with the one or more interlock components of the inner housing to secure the bi-directional cannula feature capture mechanism within the catheter adapter until the cannula is shielded within the bi-directional cannula feature capture mechanism .
A computer-implemented method of moving content, comprising: receiving a first input selecting content proximate to a first insertion point within a document; receiving a second input selecting a move option; removing the selected content, wherein a remaining content of the document is displayed without the removed selected content and without empty placeholder at a previous location of the removed selected content; displaying a move hint at a first location proximate to the first insertion point, wherein the move hint includes a visualization of a subset of the removed content; receiving a third input selecting a second insertion point; displaying the move hint at a second location proximate to the second insertion point; receiving a fourth input selecting the move hint; and in response to the selection of the move hint, displaying the previously-removed content at the second insertion point. receiving a first input selecting content proximate to a first insertion point within a document; receiving a second input selecting a move option; removing the selected content, wherein a remaining content of the document is displayed without the removed selected content and without empty placeholder at a previous location of the removed selected content; displaying a move hint at a first location proximate to the first insertion point, wherein the move hint includes a visualization of a subset of the removed content; receiving a third input selecting a second insertion point; displaying the move hint at a second location proximate to the second insertion point; receiving a fourth input selecting the move hint; and in response to the selection of the move hint, displaying the previously-removed content at the second insertion point.
A computer implemented method for facilitating processing within a computing environment, the method comprising: determining that processing of an operation of an instruction executing on the processor has been interrupted prior to completion; extracting metadata of the processor, based on determining that the processing of the operation has been interrupted, the metadata being current metadata of the processor , wherein the instruction is a sort instruction , and the metadata includes information about one or more input lists to the sort instruction ; storing the metadata in a location associated with the instruction, wherein the location is a parameter block in memory designated by the instruction; extracting the metadata from the parameter block and loading the metadata in the processor , without repeating tasks to reproduce the metadata; and using the metadata that is loaded in re-executing the instruction to resume processing of the instruction from where it was interrupted, the metadata being previously produced and stored metadata used to prime the processor when the instruction is re-executed, wherein the information is stored in a continuation state buffer in the parameter block and the information is model-dependent in that it is stored or presented differently depending on the processor model, and wherein in re-executing the instruction to resume processing a model version number in the parameter block indicates which contents of the continuation state buffer are capable of being interpreted. determining that processing of an operation of an instruction executing on the processor has been interrupted prior to completion; extracting metadata of the processor, based on determining that the processing of the operation has been interrupted, the metadata being current metadata of the processor , wherein the instruction is a sort instruction , and the metadata includes information about one or more input lists to the sort instruction ; storing the metadata in a location associated with the instruction, wherein the location is a parameter block in memory designated by the instruction; extracting the metadata from the parameter block and loading the metadata in the processor , without repeating tasks to reproduce the metadata; and using the metadata that is loaded in re-executing the instruction to resume processing of the instruction from where it was interrupted, the metadata being previously produced and stored metadata used to prime the processor when the instruction is re-executed, wherein the information is stored in a continuation state buffer in the parameter block and the information is model-dependent in that it is stored or presented differently depending on the processor model, and wherein in re-executing the instruction to resume processing a model version number in the parameter block indicates which contents of the continuation state buffer are capable of being interpreted.
A therapeutic agent for use in treating bile duct cancer comprising 5-((2-(4-(1-(2-hydroxyethyl)piperidin-4-yl)benzamide)pyridin-4-yl)oxy)-6-(2-methoxyethoxy)-N-methyl-1H-indole-1-carboxamide represented by the formula (I) or a pharmaceutically acceptable salt thereof.
Light module for a motor vehicle headlamp, which light module comprises a conversion means and a lighting means , which conversion means has a fluorescent material arranged on a carrier layer , the fluorescent material having a multiplicity of conversion segments which are formed by depressions in the fluorescent material , wherein the illuminant is arranged to excite the conversion segments to a light emission with a wavelength conversion by means of light beams emitted by the illuminant , wherein the recesses are formed as a coherent structure and are filled with a filling means , characterised in that the depressions have at least one electrically conductive layer at least in some areas, and the light module further comprises at least one measuring device which is arranged to measure the resistance of the at least one electrically conductive layer .
A medical device, comprising: a tissue expander configured to be inserted into a body lumen and lift tissue surrounding the body lumen ; and a tool configured to be coupled to the tissue expander and move along a path defined by the tissue expander , characterized in that the tissue expander includes a first support ring and a second support ring , wherein the path is defined at a first end by the first support ring and at a second end by the second support ring , and wherein the tool is configured to move circumferentially along the path. a tissue expander configured to be inserted into a body lumen and lift tissue surrounding the body lumen ; and a tool configured to be coupled to the tissue expander and move along a path defined by the tissue expander , characterized in that the tissue expander includes a first support ring and a second support ring , wherein the path is defined at a first end by the first support ring and at a second end by the second support ring , and wherein the tool is configured to move circumferentially along the path.
An isolated nucleic acid comprising: a. a promoter; b. a nucleotide sequence of SEQ ID NO. 1 encoding a modified calcium binding motif or variants thereof that retain biological activity, wherein the modified calcium binding motif comprises at least one amino acid substitution selected from E31D, F92W, E104D, D133E, or any combination thereof, and encoding a first detectable marker in the form of a green fluorescent protein (GFP); and c. a nucleotide sequence encoding a second detectable marker distinguishable from the first detectable marker; wherein the nucleic acid does not encode an endoplasmic reticulum localization sequence, mitochondrial localization sequence, nuclear localization sequence or combination thereof. a. a promoter; b. a nucleotide sequence of SEQ ID NO. 1 encoding a modified calcium binding motif or variants thereof that retain biological activity, wherein the modified calcium binding motif comprises at least one amino acid substitution selected from E31D, F92W, E104D, D133E, or any combination thereof, and encoding a first detectable marker in the form of a green fluorescent protein (GFP); and c. a nucleotide sequence encoding a second detectable marker distinguishable from the first detectable marker; wherein the nucleic acid does not encode an endoplasmic reticulum localization sequence, mitochondrial localization sequence, nuclear localization sequence or combination thereof.
An interface for inputting data into a processor, the interface having an input surface and comprising: an array of sensors responsive to forces applied to the input surface, the array of sensors being configured to provide an input to the processor that contains data regarding the magnitude of the forces applied to the input surface and the location on the input surface where the forces are applied, a layer of soft resilient material overlying the sensors and capable of transmitting forces exerted on the input surface to the sensors, wherein the input surface of the interface has a three dimensional shape made up of at least one relatively raised area and at least one relatively recessed area ; and the array of sensors arranged to respond to forces applied to the at least one relatively raised area and the at least one relatively recessed area, wherein the layer of soft resilient material is such that it diffuses a force applied to an area of the input surface over a wider area of the array of sensors causing a number of sensors within said array to register that force, and wherein the degree of diffusion of the force is dependent on the thickness of the soft resilient material to allow the processor to distinguish between a force applied to the at least one relatively raised area and a force applied to the at least one relatively recessed area. an array of sensors responsive to forces applied to the input surface, the array of sensors being configured to provide an input to the processor that contains data regarding the magnitude of the forces applied to the input surface and the location on the input surface where the forces are applied, a layer of soft resilient material overlying the sensors and capable of transmitting forces exerted on the input surface to the sensors, wherein the input surface of the interface has a three dimensional shape made up of at least one relatively raised area and at least one relatively recessed area ; and the array of sensors arranged to respond to forces applied to the at least one relatively raised area and the at least one relatively recessed area, wherein the layer of soft resilient material is such that it diffuses a force applied to an area of the input surface over a wider area of the array of sensors causing a number of sensors within said array to register that force, and wherein the degree of diffusion of the force is dependent on the thickness of the soft resilient material to allow the processor to distinguish between a force applied to the at least one relatively raised area and a force applied to the at least one relatively recessed area.
An aerosol assembly for dispensing a foam comprising; a body; at least one reservoir located in the body 9 20) for foam formulation and propellant , each reservoir fluidly connected to an outlet; a valve mounted to the body and actuatable to open and close the outlet; a nozzle defining a passageway extending from the valve to shape forming means (32; 220); and an actuator member (33; 208) for actuating the valve ; wherein the actuator member (33; 208)is arranged to move relative to the body such that; in a first position the vale is closed; as the actuator member (33; 208) moves towards a second position the valve is opened; wherein the shape forming means (32; 220) is operable to impart a cross-sectional shape to the foam as the foam is ejected from the nozzle ; characterised in that the aerosol assembly further comprises a propellant having a density lower than that of air located in the at least one reservoir; and wherein the foam formulation traps enough propellant to enable the foam dispensed by the aerosol to rise in the air due to its low density.
A device for checking a component for the presence of a predefined specified condition, the device comprising - at least two bearings for receiving and rotatably supporting the component, the at least two bearings being spaced apart from each other, characterized by - an electrically conductive fluid, - a housing , which housing is designed with a gap for receiving the electrically conductive fluid, wherein the at least two bearings for rotatably receiving the component are arranged within the housing , which at least two bearings are spaced apart from one another, and - a device for detecting and/or determining an actual condition and for checking the detected and/or determined actual condition for conformity with a predefined specified condition, wherein the gap is positioned in such a way, that an electrically conductive connection is established between the respective component received by the at least two spaced-apart bearings and the housing by means of the electrically conductive fluid. - at least two bearings for receiving and rotatably supporting the component, the at least two bearings being spaced apart from each other, characterized by - an electrically conductive fluid, - a housing , which housing is designed with a gap for receiving the electrically conductive fluid, wherein the at least two bearings for rotatably receiving the component are arranged within the housing , which at least two bearings are spaced apart from one another, and - a device for detecting and/or determining an actual condition and for checking the detected and/or determined actual condition for conformity with a predefined specified condition, wherein
A method of moving an object (220; 320) between pages (211, 212, 213; 311, 312) of a screen, the method comprising: displaying only a first page (211; 311) including a plurality of objects on the screen, wherein the first page is one of a plurality of pages; receiving a first touch input with respect to one object of the plurality of objects, and moving by dragging the one object to an edge of the screen on which the first page is displayed; in response to the first touch input and moving the one object to the edge of the screen, displaying only a part of the first page while displaying a plurality of pages including a second page, the plurality of pages being inclined in a depth direction (212; 312); receiving a second touch input with respect to the one object moved to the edge of the screen, and moving by dragging the one object to the second page displayed on the screen; and displaying only the second page, including the one object moved from the first page, on the screen. displaying only a first page (211; 311) including a plurality of objects on the screen, wherein the first page is one of a plurality of pages; receiving a first touch input with respect to one object of the plurality of objects, and moving by dragging the one object to an edge of the screen on which the first page is displayed; in response to the first touch input and moving the one object to the edge of the screen, displaying only a part of the first page while displaying a plurality of pages including a second page, the plurality of pages being inclined in a depth direction (212; 312); receiving a second touch input with respect to the one object moved to the edge of the screen, and moving by dragging the one object to the second page displayed on the screen; and displaying only the second page, including the one object moved from the first page, on the screen.
An attachment for a vehicle wheel for enabling driving operation with a flat tire , having a base body which, when seen in an axial direction , is circular or largely annular in shape, wherein the attachment has a positioning device for positioning the attachment on a rim of the vehicle wheel and a fastening device , which is adapted to be actuated independently of the positioning device , for fastening the attachment to the rim of the vehicle wheel , wherein the positioning device comprises at least two contact elements , each of which contact elements is adapted to be fixed in a plurality of specified fixing positions (FP1, FP2, FP2), which correspond to a standardized diameter of a rim flange , in order to position the attachment in a centered manner on a corresponding rim with a standardized rim flange diameter, and wherein the contact elements are lockable in each of said fixing positions associated with the corresponding rim flange diameter, so that the attachment can then be mounted or chipped onto the rim.
Triggering device for a safety gear of an elevator system, comprising • a first pulley , which is designed such that a traction means fixed in the elevator shaft extends over a portion of the circumference of the first pulley , • an axis of rotation • a second pulley , which is mounted such that it can be rotated about the axis of rotation • a triggering plate , which is mounted such that it can be rotated about the axis of rotation , and characterized in that the triggering device comprises a coupling system which couples the triggering plate and the second pulley to one another in response to an electrical or electronic triggering signal. • a first pulley , which is designed such that a traction means fixed in the elevator shaft extends over a portion of the circumference of the first pulley , • an axis of rotation • a second pulley , which is mounted such that it can be rotated about the axis of rotation • a triggering plate , which is mounted such that it can be rotated about the axis of rotation , and
Process for removing poly(propylene oxide) from propylene oxide, comprising: a) sending a stream comprising propylene oxide and poly(propylene oxide) to a filtration screen having openings with an average diameter of at most 50 μm; and b) sending the filtrate stream resulting from step a) to a membrane having an average pore size of from 0 to 30 nm and recovering a permeate stream from the membrane as a purified propylene oxide stream. a) sending a stream comprising propylene oxide and poly(propylene oxide) to a filtration screen having openings with an average diameter of at most 50 μm; and b) sending the filtrate stream resulting from step a) to a membrane having an average pore size of from 0 to 30 nm and recovering a permeate stream from the membrane as a purified propylene oxide stream.
A computer-implemented method for detecting bit rot in distributed storage devices having failure domains, wherein each failure domain comprises at least a portion of one of the distributed storage devices, and each failure domain comprises a plurality of stripes storing data chunks and corresponding parity chunks, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: receiving , at the computing device and from the distributed storage devices storing data chunks, a combination of data chunks created by, for each failure domain storing data chunks, the respective distributed storage device adding data chunks from different stripes; receiving , from the distributed storage devices storing parity chunks, a combination of parity chunks created by, for each failure domain storing parity chunks, the respective distributed storage device adding parity chunks from the different stripes; creating at least one new parity chunk from the combination of data chunks; and identifying a presence of bit rot in the failure domains when the at least one new parity chunk does not match the received combination of parity chunks. receiving , at the computing device and from the distributed storage devices storing data chunks, a combination of data chunks created by, for each failure domain storing data chunks, the respective distributed storage device adding data chunks from different stripes; receiving , from the distributed storage devices storing parity chunks, a combination of parity chunks created by, for each failure domain storing parity chunks, the respective distributed storage device adding parity chunks from the different stripes; creating at least one new parity chunk from the combination of data chunks; and identifying a presence of bit rot in the failure domains when the at least one new parity chunk does not match the received combination of parity chunks.