mhurhangee/ep-ind-claims huggingface dataset:
A glove box having a glove box body and includes at least one decontaminating column for on-line replacing adsorption material, wherein the decontaminating column is characterized by: a tank having an inner volume being used for filling the adsorption material and one end of said tank being set to be opened; at least one discharging part being attached to said tank, and an open-close unit through which the adsorption material can be discharged and which is installed between said discharging part and said tank; a chamber in said discharging part, which is connected to a gas replacement unit, wherein the gas replacement unit is configured for conducting gas replacement in the chamber. a tank having an inner volume being used for filling the adsorption material and one end of said tank being set to be opened; at least one discharging part being attached to said tank, and an open-close unit through which the adsorption material can be discharged and which is installed between said discharging part and said tank; a chamber in said discharging part, which is connected to a gas replacement unit, wherein the gas replacement unit is configured for conducting gas replacement in the chamber.
A DNAzyme for use in a method of treating an EGFR-dependent cancer in a subject, wherein the DNAzyme specifically hybridizes to EGFR T790M mRNA so as to inhibit the translation thereof in a cell, wherein the DNAzyme comprises consecutive nucleotides having the sequence selected from the group consisting of SEQ ID NOs: 1 to 4.
An apparatus comprising: an orthosis configured to be worn by a user; an electrode base having an electrode carrier and a connection member electrically coupled to the electrode carrier, the electrode carrier configured to be removably coupled to an interior surface of the orthosis, the connection member configured to be releasably coupled to a surface of the orthosis with a snap-fit connection, the electrode carrier being electrically coupled to the orthosis when the connection member is coupled to the orthosis; and an electrode assembly having an electrode frame, a pad coupled to the electrode frame, and a conductor disposed between the electrode frame and the pad, a portion of the pad configured to contact a skin surface, the electrode frame configured to be releasably coupled to the electrode carrier such that the electrode assembly is electrically coupled to the orthosis when the connection member is coupled to the surface of the orthosis. an orthosis configured to be worn by a user; an electrode base having an electrode carrier and a connection member electrically coupled to the electrode carrier, the electrode carrier configured to be removably coupled to an interior surface of the orthosis, the connection member configured to be releasably coupled to a surface of the orthosis with a snap-fit connection, the electrode carrier being electrically coupled to the orthosis when the connection member is coupled to the orthosis; and an electrode assembly having an electrode frame, a pad coupled to the electrode frame, and a conductor disposed between the electrode frame and the pad, a portion of the pad configured to contact a skin surface, the electrode frame configured to be releasably coupled to the electrode carrier such that the electrode assembly is electrically coupled to the orthosis when the connection member is coupled to the surface of the orthosis.
A scaffold horizontal truss comprising an upper horizontal member and a lower horizontal member, each separated from the other but fixedly joined with at least one bracing member forming a truss frame, each horizontal member having a first and second end respectively; two first connectors (90C, 90D, 91C, 91D), configured to removably connect to a tubular scaffold vertical member at an annular member (80, 81) that is fixedly positioned on and extending outwardly from said tubular scaffold vertical member, each first end of each of said upper and lower horizontal members having attached thereon one of said two first connectors; two second connectors (90AH, 90BH, 91AH, 91 BH, 91A, 91 B), each configured to removably connect to a further tubular scaffold vertical member at an annular member (80, 81) that is fixedly positioned on said further scaffold vertical member and extending outwardly from said further tubular vertical scaffold member, each second end of each of said upper and lower horizontal members having pivotably attached thereon one of said two second connectors (90AH, 90BH, 91AH, 91 BH, 91A, 91 B) whereby each second connector is pivotable in a horizontal plane with respect to said truss frame; each of said second connectors and said first connectors having a moveable latch member moving between a latched position and an unlatched position, whereby in said latched position, when said respective second connector (90AH, 90BH, 91 AH, 91 BH, 91 A, 91 B) or said respective first connector (90C, 90D, 91C, 91 D) is coupled to an annular member (80, 81) on a tubular vertical scaffold member, said latch member resists decoupling of said respective coupled second connector (90AH, 90BH, 91AH, 91 BH, 91A, 91 B) or said respective coupled first connector (90C, 90D, 91C, 91 D) from the annular member (80, 81) but said coupled second connector (90AH, 90BH, 91AH, 91BH, 91A, 91B) remains pivotable with respect to said truss frame; and each of said scaffold vertical members comprising a vertical member including a series of vertically spaced apart annular members (80, 81) positioned on said vertical member, each annular member extending outwardly from said vertical member.
A method for isolating a viable circulating tumor cell from a body fluid, said method comprising: passing the body fluid under pressure through a filtration system for capturing viable circulating cells at a high efficiency and high viability, the filtration system comprising: a membrane filter consisting of a membrane substrate having a plurality of holes having a predetermined geometric design, the geometric design including predetermined hole shape, dimension and filter opening factor; a pressure source coupled to the filter for applying pressure to a body fluid; a constant transfilter pressure drop; balancing the hole shape, filter opening factor, transfilter pressure and total filtration time in accordance with equations and: V t = τ t 1 − exp − t τ wherein: V(t) is the accumulative viability of captured cells and is in the range 0.1% to 99.0%; t is total filtration time; τ is the time constant of lysis upon capture; E* is the free energy of the formation of a single hole; σ is tension; k B is the Boltzmann constant; T is the absolute temperature; γ is a line tension; C is an energy term; and A is a constant, for a time duration sufficient to isolate the viable circulating tumor cell. a membrane filter consisting of a membrane substrate having a plurality of holes having a predetermined geometric design, the geometric design including predetermined hole shape, dimension and filter opening factor; a pressure source coupled to the filter for applying pressure to a body fluid; a constant transfilter pressure drop; balancing the hole shape, filter opening factor, transfilter pressure and total filtration time in accordance with equations and: V t = τ t 1 − exp − t τ wherein: V(t) is the accumulative viability of captured cells and is in the range 0.1% to 99.0%; t is total filtration time; τ is the time constant of lysis upon capture; E* is the free energy of the formation of a single hole; σ is tension; k B is the Boltzmann constant; T is the absolute temperature; γ is a line tension; C is an energy term; and A is a constant, for a time duration sufficient to isolate the viable circulating tumor cell. V(t) is the accumulative viability of captured cells and is in the range 0.1% to 99.0%; t is total filtration time; τ is the time constant of lysis upon capture; E* is the free energy of the formation of a single hole; σ is tension; k B is the Boltzmann constant; T is the absolute temperature; γ is a line tension; C is an energy term; and A is a constant, for a time duration sufficient to isolate the viable circulating tumor cell.
A method for discovery of applications via a remote display protocol to include in a list of applications for classification of network traffic, the method comprising: (a) classifying, by a device deployed on a network intermediary to a plurality of clients and a plurality of servers, remote display protocol traffic communicated via the network by a client of the plurality of clients or a server of the plurality of servers according to a list of applications for the remote display protocol; (b) parsing, by the device from the remote display protocol traffic traversing the device, application information of the remote display protocol; characterised by: (c) identifying, by the device from the parsed application information, a new application not in the list of applications for the remote display protocol; and (d) adding, by the device, the new application identified from the parsed application information to the list of applications used for classification of remote display protocol traffic. (a) classifying, by a device deployed on a network intermediary to a plurality of clients and a plurality of servers, remote display protocol traffic communicated via the network by a client of the plurality of clients or a server of the plurality of servers according to a list of applications for the remote display protocol; (b) parsing, by the device from the remote display protocol traffic traversing the device, application information of the remote display protocol; characterised by: (c) identifying, by the device from the parsed application information, a new application not in the list of applications for the remote display protocol; and (d) adding, by the device, the new application identified from the parsed application information to the list of applications used for classification of remote display protocol traffic.
Process for producing a sintered body, comprising the following steps: a) pressing a valve metal powder selected from tantalum and/or niobium, comprising: i) oxygen in an amount of 4100 ppm·g/m 2 and 8000 ppm·g/m 2, ii) nitrogen in an amount below 300 ppm, preferably between 0.1 ppm and 300 ppm, iii) boron in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm, iv) sulfur in an amount below 20 ppm, preferably between 0.1 ppm and 10 ppm, v) silicon in an amount below 20 ppm, preferably between 0.01 ppm and 20 ppm, vi) arsenic in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm and vii) phosphorus in an amount below 20 ppm, preferably between 0.1 ppm and 20 ppm, where the ppm values are each based on parts by mass, wherein the powder is pressed around a wire, b) providing the pellet obtained in step a) together with a reducing agent such that the pellet is not in direct contact and does not come into direct contact with solid or liquid reducing agent, c) heating in such a way that the powder is sintered to form a sintered body and the oxygen content of the valve metal within the sintered body is simultaneously reduced; and d) removing the oxidized reducing agent with the aid of mineral acids, where the sintered body in step c) has an oxygen content of 2400 to 3600 ppm·g/m 2. a) pressing a valve metal powder selected from tantalum and/or niobium, comprising: i) oxygen in an amount of 4100 ppm·g/m 2 and 8000 ppm·g/m 2, ii) nitrogen in an amount below 300 ppm, preferably between 0.1 ppm and 300 ppm, iii) boron in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm, iv) sulfur in an amount below 20 ppm, preferably between 0.1 ppm and 10 ppm, v) silicon in an amount below 20 ppm, preferably between 0.01 ppm and 20 ppm, vi) arsenic in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm and vii) phosphorus in an amount below 20 ppm, preferably between 0.1 ppm and 20 ppm, where the ppm values are each based on parts by mass, wherein the powder is pressed around a wire, i) oxygen in an amount of 4100 ppm·g/m 2 and 8000 ppm·g/m 2, ii) nitrogen in an amount below 300 ppm, preferably between 0.1 ppm and 300 ppm, iii) boron in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm, iv) sulfur in an amount below 20 ppm, preferably between 0.1 ppm and 10 ppm, v) silicon in an amount below 20 ppm, preferably between 0.01 ppm and 20 ppm, vi) arsenic in an amount below 10 ppm, preferably between 0.01 ppm and 10 ppm and vii) phosphorus in an amount below 20 ppm, preferably between 0.1 ppm and 20 ppm, where the ppm values are each based on parts by mass, b) providing the pellet obtained in step a) together with a reducing agent such that the pellet is not in direct contact and does not come into direct contact with solid or liquid reducing agent, c) heating in such a way that the powder is sintered to form a sintered body and the oxygen content of the valve metal within the sintered body is simultaneously reduced; and d) removing the oxidized reducing agent with the aid of mineral acids, where the sintered body in step c) has an oxygen content of 2400 to 3600 ppm·g/m 2.
A writing implement refill comprising; a flexible ink tank storing ink; a joint connected to a tip of the ink tank; an outer cylindrical surface of a rear end of the joint being covered with an inner circumferential surface of the tip of the ink tank; and a writing tip connected to a tip of the joint; and a covering member covering over an area where the tip of the ink tank covers the outer cylindrical surface of the rear end of the joint, the covering member is formed into a ring shape; the area where the tip of the ink tank covers the outer cylindrical surface of the rear end of the joint is covered with an inner cylindrical surface of the covering member; characterized in that; an elongated protrusion as a protruding part is formed on the outer cylindrical surface of the rear end of the joint and two elongated protrusions as protruding part are formed on the inner cylindrical surface of the covering member, each of the protruding parts (36, 51) protruding toward the other cylindrical surface; and the protruding part on the outer cylindrical surface of the rear end of the joint is located between the two protruding parts on the inner cylindrical surface of the covering member, so that one of the protruding parts of the covering member closer to a rear end functions to retain the protruding part of the joint, wherein the protruding part of the outer cylindrical surface of the rear end of the joint presses the inner cylindrical surface of the covering member, and the protruding part of the inner cylindrical surface of the covering member presses the outer cylindrical surface of the rear end of the joint, and wherein the ink tank is held between the joint and the covering member while being curved into an S shape formed by the protrusions (36, 51).
Vegetable fiber sponge for domestic use, wherein it is a cylindrical body permanently attached at its ends and that said sponge has at least three internal cavities and is composed of compact and entangled vegetable fibers that are randomly linked together, which have a thickness of between 0.015 mm and 0.10 mm and have a separation between 0.10 millimeters and 0.35 millimeters.
Machine for the production of beverages, for example espresso, by using capsules containing water soluble and/or infusion products, said machine comprising a housing (4, 5) for housing at least one capsule during the production of a beverage by means of said capsule and at least first injection means and second injection means, wherein each of said first injection means and said second injection means is adapted to dispense water into said capsule housed in said housing (4, 5) so as to produce said beverage, characterized in that: said first injection means and said second injection means are movable, for example translatable, along two different directions of movement.
Power torque tool comprising: - a drive, - a shaft, - a pre-setting unit, - a controlling unit, - a predictor unit for predicting a future position (xf) of the shaft based on a rotational speed of the shaft and a reaction characteristic of the controlling unit and the shaft, wherein the drive is mechanically coupled to the shaft wherein the controlling unit is coupled to the drive, wherein the pre-setting unit is adapted for receiving a pre-setting value of movement (αt) being representative for an amount of movement (α) to be performed by the shaft, and for supplying the pre-setting value to the controlling unit, wherein the controlling unit is adapted for controlling the drive based on the pre-setting value of movement. - a drive, - a shaft, - a pre-setting unit, - a controlling unit, - a predictor unit for predicting a future position (xf) of the shaft based on a rotational speed of the shaft and a reaction characteristic of the controlling unit and the shaft,
A dyeing method for lithographic printing plates, wherein an image area is dyed using a dyeing solution for lithographic printing plates comprising (a) dye, (b) an anionic surface active agent, and (c) an organic solvent containing at least one selected from ethers and alcohols; during or after the development of a lithographic printing plate precursor characterized in that the anionic surface active agent (b) is represented by the general formula: R 1 -X wherein R 1 represents a linear alkyl group having 3 to 30 carbon atoms or a linear alkenyl group having 3 to 30 carbon atoms, and X represents SO 3 Na, SO 3 K, COONa, COONH 4, or COOK. (a) dye, (b) an anionic surface active agent, and (c) an organic solvent containing at least one selected from ethers and alcohols; during or after the development of a lithographic printing plate precursor
A method for visualizing information of a digital video stream, the method comprising: storing a series of merged image frames which is formed by merging groups of image frames of the digital video stream; blending multiple merged frames into a series of blended image frames, displaying, on a display, the series of blended image frames, and characterized in that: in the step of blending multiple merged frames, each of a plurality of the merged image frames contributes to a plurality of the blended image frames storing a series of merged image frames which is formed by merging groups of image frames of the digital video stream; blending multiple merged frames into a series of blended image frames, displaying, on a display, the series of blended image frames, and characterized in that: in the step of blending multiple merged frames, each of a plurality of the merged image frames contributes to a plurality of the blended image frames in the step of blending multiple merged frames, each of a plurality of the merged image frames contributes to a plurality of the blended image frames
A method of detecting pressure during dispensing of a liquid, comprising: dispensing a volume of the liquid from a dispense port; measuring a pressure of the liquid prior to dispensing the volume of the liquid from the dispense port to generate a reference pressure signal; measuring continuously a pressure of the liquid over a time period during the dispensing and providing a raw measured pressure signal in response to the measuring; subtracting the reference pressure signal from each successive measurement of the raw measured pressure signal to generate a measured pressure signal; calculating an estimate of the instantaneous slope of the measured pressure signal; determining a start time when the slope passes a preset start threshold from the beginning of when a pump was started and determining a stop time to be when the slope exceeds a preset stop threshold i in the descending direction after the starting of the pump; integrating the measured pressure signal between the start time and the stop time to provide an integrated measured pressure value; and comparing the integrated measured pressure value to one or more preset threshold values. dispensing a volume of the liquid from a dispense port; measuring a pressure of the liquid prior to dispensing the volume of the liquid from the dispense port to generate a reference pressure signal; measuring continuously a pressure of the liquid over a time period during the dispensing and providing a raw measured pressure signal in response to the measuring; subtracting the reference pressure signal from each successive measurement of the raw measured pressure signal to generate a measured pressure signal; calculating an estimate of the instantaneous slope of the measured pressure signal; determining a start time when the slope passes a preset start threshold from the beginning of when a pump was started and determining a stop time to be when the slope exceeds a preset stop threshold i in the descending direction after the starting of the pump; integrating the measured pressure signal between the start time and the stop time to provide an integrated measured pressure value; and comparing the integrated measured pressure value to one or more preset threshold values.
A method comprising: providing a plurality of sets of virtual reality video content, the sets representing respective three-dimensional virtual spaces (102', 104') for immersive output to a user device, the virtual spaces being configured for user exploration using six degrees of freedom, and the sets being associated with respective three-dimensional portions of a real-world space wherein, when rendered to the user device, there is a partial overlap between at least two virtual spaces defining one or more overlapping zones; determining a position of the user device within the real-world space; and rendering one or more of the virtual spaces, or representation(s) thereof, for display of the one or more of the virtual spaces to the user device dependent on whether or not the user device is determined to be in an overlapping zone and, if the user device is determined to be in the overlapping zone, dependent on the determined position within the real-world space the user device was previously located in or transitioning from. providing a plurality of sets of virtual reality video content, the sets representing respective three-dimensional virtual spaces (102', 104') for immersive output to a user device, the virtual spaces being configured for user exploration using six degrees of freedom, and the sets being associated with respective three-dimensional portions of a real-world space wherein, when rendered to the user device, there is a partial overlap between at least two virtual spaces defining one or more overlapping zones; determining a position of the user device within the real-world space; and rendering one or more of the virtual spaces, or representation(s) thereof, for display of the one or more of the virtual spaces to the user device dependent on whether or not the user device is determined to be in an overlapping zone and, if the user device is determined to be in the overlapping zone, dependent on the determined position within the real-world space the user device was previously located in or transitioning from.