mhurhangee/patent-ind-claim-en huggingface dataset:
Sanitary device for applying at least one active ingredient inside a human or animal natural cavity, said device comprising at least one biodegradable film containing at least one active ingredient and an applicator including: - a main tubular member having a first aperture at its proximal end and a second aperture at its distal end ; and - an ejector member comprising a distal portion , at least one part of the surface of which forms a support for the at least one biodegradable film , and the end of which is rounded, said ejector member being slidingly mobile within said main member between at least one position in which said distal portion of said ejector member is situated inside said main member and an application position in which said distal portion is situated outside in the axial extension of said main member . - a main tubular member having a first aperture at its proximal end and a second aperture at its distal end ; and - an ejector member comprising a distal portion , at least one part of the surface of which forms a support for the at least one biodegradable film , and the end of which is rounded,
An agricultural machine, in particular a tillage machine such as a harrow or cultivator, comprising a machine frame , a working assembly suspended from the machine frame , and a single-axle trailer chassis or lead chassis having a roller or a transport wheel, wherein the trailer chassis or lead chassis is height-adjustably coupled to the working assembly by means of a linkage forming a four-bar mechanism, characterised in that the four-bar mechanism is designed as a damping device and at least one of the links of a four-bar link pair of the linkage is designed as a length-adjustable damper strut.
A device to relieve hemorrhoids comprising: a capsule that is adapted to be inserted into a user's anus, a patch-like control unit member with electrotherapy intensity modulation, said capsule includes electrodes to provide electrotherapy configured to relieve hemorrhoids, said capsule having a shape that allows it to remain in place on its own within the anus said capsule wirelessly connected to said control unit member, said control unit member configured to be attached to a user's back, said control unit controlling an intensity of the electrotherapy provided by the capsule inside said user's anus, a downloadable software program on a mobile device used to modulate said electrotherapy, wherein the mobile device is a separate component from the control unit member.
Process for the production of an elastic laminate cover-layer comprising the steps: a. impregnating a carrier fabric with a first suitable resin mixture, b. applying one-sidedly a second resin mixture as surface coating comprising a crosslinker as well as a prepolymer that is cross-linkable via reactive end-groups, c. crosslinking the prepolymer that is cross-linkable via reactive end-groups by forming a solid physical bond between the functional-layer introduced as pre-impregnate and the wear-layer applied as surface coating and d. drying of the elastic laminate cover-layer. a. impregnating a carrier fabric with a first suitable resin mixture, b. applying one-sidedly a second resin mixture as surface coating comprising a crosslinker as well as a prepolymer that is cross-linkable via reactive end-groups, c. crosslinking the prepolymer that is cross-linkable via reactive end-groups by forming a solid physical bond between the functional-layer introduced as pre-impregnate and the wear-layer applied as surface coating and d. drying of the elastic laminate cover-layer.
A method of detecting conditions likely to cause a quench in a superconducting magnet comprising a plurality of HTS field coils , each field coil comprising: a plurality of turns comprising HTS material and metallic stabilizer; and a conductive material connecting the turns such that current can be shared radially between turns via the conductive material; the method comprising: monitoring strain and/or a magnetic field of each HTS field coil; comparing the monitored strain and/or magnetic field for each HTS field coil to the monitored strain and/or magnetic field of at least one other HTS field coil of the plurality of HTS field coils; in response to said comparison, determining whether one or more of the HTS field coils is likely to quench. a plurality of turns comprising HTS material and metallic stabilizer; and a conductive material connecting the turns such that current can be shared radially between turns via the conductive material; monitoring strain and/or a magnetic field of each HTS field coil; comparing the monitored strain and/or magnetic field for each HTS field coil to the monitored strain and/or magnetic field of at least one other HTS field coil of the plurality of HTS field coils; in response to said comparison, determining whether one or more of the HTS field coils is likely to quench.
A method for cleaning reaction product deposits from interior surfaces of a chemical reactor chamber or from a substrate within said chemical reactor chamber, comprising the steps of: heating said reactor chamber to an elevated temperature between 100°C and 400°C; introducing an etchant gas into said reactor chamber, activating said etchant gas either before or after said introduction; allowing an etching reaction to proceed between said etchant gas and said reaction product deposits to remove said reaction product deposits from within said reactor chamber; and evacuating said etchant gas together with gaseous products of said etching reaction; wherein pressure within said reactor chamber is between 20mBar and 1000mBar during said etching reaction, characterized in that said etchant gas is selected from the group consisting of COBr 2 , COl 2 , SOl 2 , SOCl 2 , SOBr 2 , SO 2 Cl 2 , SO 2 Br 2 , NOCI, NOBr, NOI, S 2 Cl 2 , S 2 Br 2 , SCl 2 , SBr 2 , SOCIBr, SOCIF and SOFBr and said etchant gas may further contain an additive. heating said reactor chamber to an elevated temperature between 100°C and 400°C; introducing an etchant gas into said reactor chamber, activating said etchant gas either before or after said introduction; allowing an etching reaction to proceed between said etchant gas and said reaction product deposits to remove said reaction product deposits from within said reactor chamber; and evacuating said etchant gas together with gaseous products of said etching reaction; wherein pressure within said reactor chamber is between 20mBar and 1000mBar during said etching reaction, characterized in that said etchant gas is selected from the group consisting of COBr 2 , COl 2 , SOl 2 , SOCl 2 , SOBr 2 , SO 2 Cl 2 , SO 2 Br 2 , NOCI, NOBr, NOI, S 2 Cl 2 , S 2 Br 2 , SCl 2 , SBr 2 , SOCIBr, SOCIF and SOFBr and said etchant gas may further contain an additive.
An apparatus comprising means for: - participating in a cooperative wireless transmission of a data block with peer apparatuses, wherein the cooperative transmission comprises an early transmit opportunity and a late transmit opportunity starting after the early transmit opportunity starts, wherein the cooperative transmission may comprise at least one further late transmission opportunity starting after the late transmit opportunity; - performing a listen-before-talk test to check, if first radio resources are available, - responsive to the listen-before-talk test indicating the first resources are available , initiating a transmission of a data block on the first radio resources during the early transmit opportunity, characterised in that the apparatus further comprises means for - providing a first signal to at least some of the peer apparatuses relating to the transmission of the data block from the apparatus, and - responsive to the listen-before-talk test not indicating the first resources are available, listening for a second signal from at least one of the peer apparatuses, relating to transmission of the data block from the at least one peer apparatus, and initiating the transmission of the data block from the apparatus during the late transmit opportunity, in accordance with the second signal from the at least one peer apparatus. - participating in a cooperative wireless transmission of a data block with peer apparatuses, wherein the cooperative transmission comprises an early transmit opportunity and a late transmit opportunity starting after the early transmit opportunity starts, wherein the cooperative transmission may comprise at least one further late transmission opportunity starting after the late transmit opportunity; - performing a listen-before-talk test to check, if first radio resources are available, - responsive to the listen-before-talk test indicating the first resources are available , initiating a transmission of a data block on the first radio resources during the early transmit opportunity, characterised in that the apparatus further comprises means for - providing a first signal to at least some of the peer apparatuses relating to the transmission of the data block from the apparatus, and - responsive to the listen-before-talk test not indicating the first resources are available, listening for a second signal from at least one of the peer apparatuses, relating to transmission of the data block from the at least one peer apparatus, and initiating the transmission of the data block from the apparatus during the late transmit opportunity, in accordance with the second signal from the at least one peer apparatus.
A method of quantifying a multimeric free light chain in a sample comprising: (i) treating the multimeric free light chain for 5 seconds to 20 minutes with a separating agent selected to convert the multimeric free light chain into monomeric free light chain; (ii) binding the treated free light chain of step (i) to a free light chain-specific binding agent, wherein the free light chain-specific binding agent is a free light chain-specific antibody or free light chain-specific fragment thereof; (iii) comparing the amount of binding of the free light chain to the free light chain-specific binding agent to a calibration curve, wherein the calibration curve is obtained (i) by binding the free light chain-specific binding agent to one or more predetermined amounts of separating agent treated multimeric free light chain, prior to contacting with free light chain-specific binding agent or (ii) by binding the free light chain-specific binding agent to a predetermined amount of monomeric free light chain; and (iv) determining an amount of the multimeric free light chain in the sample; wherein the sample is a blood, serum or plasma, the separating agent is selected from cysteine, gluathione, tris(2-carboxyethyl)phosphine (TCEP), β-mercaptoethanol (2-ME) β-mercaptoethylamine (cysteamine, 2-MEA), dithiothreitol (DTT) and dithioerythritol (DTE) and the concentration of the separating agent with the multimeric free light chain is less than 100 mM. (i) treating the multimeric free light chain for 5 seconds to 20 minutes with a separating agent selected to convert the multimeric free light chain into monomeric free light chain; (ii) binding the treated free light chain of step (i) to a free light chain-specific binding agent, wherein the free light chain-specific binding agent is a free light chain-specific antibody or free light chain-specific fragment thereof; (iii) comparing the amount of binding of the free light chain to the free light chain-specific binding agent to a calibration curve, wherein the calibration curve is obtained (i) by binding the free light chain-specific binding agent to one or more predetermined amounts of separating agent treated multimeric free light chain, prior to contacting with free light chain-specific binding agent or (ii) by binding the free light chain-specific binding agent to a predetermined amount of monomeric free light chain; and (iv) determining an amount of the multimeric free light chain in the sample;
A cutting device for cutting a film of material, the device comprising: a film support plate ; a pressure plate configured to move relative to the film support plate to hold the film of material on the film support plate ; one or more blades ; and a linear actuator configured to move the one or more blades relative to the film support plate to cut the film of material held on the film support plate ; characterised in that one of the film support plate and the pressure plate comprises a plurality of tongues , and the other of the film support plate and the pressure plate comprises a plurality of grooves , wherein the plurality of tongues are configured to mate with the plurality of grooves to hold the film of material therebetween. a film support plate ; a pressure plate configured to move relative to the film support plate to hold the film of material on the film support plate ; one or more blades ; and a linear actuator configured to move the one or more blades relative to the film support plate to cut the film of material held on the film support plate ; characterised in that one of the film support plate and the pressure plate comprises a plurality of tongues , and the other of the film support plate and the pressure plate comprises a plurality of grooves , wherein the plurality of tongues are configured to mate with the plurality of grooves to hold the film of material therebetween.
A hole saw movable about a rotational axis in a cutting direction to cut into a workpiece , the hole saw comprising: a cylindrical body including a sidewall having a first end and a second end opposite the first end , the cylindrical body also including a gullet formed in the sidewall between a leading surface , a trailing surface , and a bottom surface of the sidewall , the sidewall having a first dimension measured parallel to the rotational axis between the first end and the second end of the sidewall , the gullet having a second dimension measured parallel to the rotational axis between the first end of the sidewall and the bottom surface of the gullet ; and a cutting tooth coupled to the first end of the sidewall adjacent the gullet ; characterized in that the trailing surface includes a first portion , a second portion , and a first angle defined between the first portion and the second portion , wherein the second portion extends between the first portion and the bottom surface , wherein a second angle is defined between the leading surface and the second portion of the trailing surface , and wherein a ratio of the first dimension to the second dimension is between about 1.05 and about 1.5. a cylindrical body including a sidewall having a first end and a second end opposite the first end , the cylindrical body also including a gullet formed in the sidewall between a leading surface , a trailing surface , and a bottom surface of the sidewall , the sidewall having a first dimension measured parallel to the rotational axis between the first end and the second end of the sidewall , the gullet having a second dimension measured parallel to the rotational axis between the first end of the sidewall and the bottom surface of the gullet ; and a cutting tooth coupled to the first end of the sidewall adjacent the gullet ; characterized in that the trailing surface includes a first portion , a second portion , and a first angle defined between the first portion and the second portion , wherein the second portion extends between the first portion and the bottom surface , wherein a second angle is defined between the leading surface and the second portion of the trailing surface , and wherein a ratio of the first dimension to the second dimension is between about 1.05 and about 1.5.
A robot cleaner comprising: a main body forming an appearance; at least one driving wheel installed on a lower portion of the main body; a driving unit configured to drive the driving wheel according to an operation of a driving motor; a first obstacle sensor positioned on the lower portion of the main body and configured to sense an obstacle on the floor; and a control unit configured to, when the sensed obstacle on the floor has a preset pattern, limit driving of the at least one driving wheel such that the at least one driving wheel is not hindered by the preset pattern when the main body rotates on the preset pattern according to driving of the at least one driving wheel, characterized in that : the preset pattern is a pattern in which at least one rising edge and an at least one falling edge alternate, and wherein the preset pattern includes a recess form in which the rising edge and the falling edge have a preset depth or greater and a width calculated on the basis of a distance between the rising edge and the falling edge is within a preset range or includes a step form including any one among the rising edge and the falling edge. a main body forming an appearance; at least one driving wheel installed on a lower portion of the main body; a driving unit configured to drive the driving wheel according to an operation of a driving motor; a first obstacle sensor positioned on the lower portion of the main body and configured to sense an obstacle on the floor; and a control unit configured to, when the sensed obstacle on the floor has a preset pattern, limit driving of the at least one driving wheel such that the at least one driving wheel is not hindered by the preset pattern when the main body rotates on the preset pattern according to driving of the at least one driving wheel, characterized in that : the preset pattern is a pattern in which at least one rising edge and an at least one falling edge alternate, and wherein the preset pattern includes a recess form in which the rising edge and the falling edge have a preset depth or greater and a width calculated on the basis of a distance between the rising edge and the falling edge is within a preset range or includes a step form including any one among the rising edge and the falling edge. the preset pattern is a pattern in which at least one rising edge and an at least one falling edge alternate, and wherein the preset pattern includes a recess form in which the rising edge and the falling edge have a preset depth or greater and a width calculated on the basis of a distance between the rising edge and the falling edge is within a preset range or includes a step form including any one among the rising edge and the falling edge.
A catheter insertion device, comprising: a device housing and a button slidably captured therein; a catheter/septum subassembly, rotatably captured by said button ; and an introducer needle subassembly, releasably secured to said catheter/septum subassembly, wherein said catheter/septum subassembly is rotatable relative to said button from a first radial position secured to said introducer needle subassembly, to a second radial position released from said introducer needle subassembly, in response to a linear movement of said button , characterized in that said button moves said introducer needle subassembly from a first linear position to a second linear position to manually insert a catheter without springassistance of said catheter/septum subassembly, and simultaneously rotate said catheter/septum subassembly to said second radial position, thereby releasing said introducer needle subassembly from said catheter/septum subassembly. a device housing and a button slidably captured therein; a catheter/septum subassembly, rotatably captured by said button ; and an introducer needle subassembly, releasably secured to said catheter/septum subassembly, wherein said catheter/septum subassembly is rotatable relative to said button from a first radial position secured to said introducer needle subassembly, to a second radial position released from said introducer needle subassembly, in response to a linear movement of said button , a catheter/septum subassembly, rotatably captured by said button ; and an introducer needle subassembly, releasably secured to said catheter/septum subassembly, wherein said catheter/septum subassembly is rotatable relative to said button from a first radial position secured to said introducer needle subassembly, to a second radial position released from said introducer needle subassembly, in response to a linear movement of said button , characterized in that said button moves said introducer needle subassembly from a first linear position to a second linear position to manually insert a catheter without springassistance of said catheter/septum subassembly, and simultaneously rotate said catheter/septum subassembly to said second radial position, thereby releasing said introducer needle subassembly from said catheter/septum subassembly.
Method for determining a height (h s ) of a settled bed in a mixture in a loading space , wherein the mixture consists of a settled bed and a mixture soup which is located above the settled bed , and wherein the method comprises: a) providing an elongated resonance member in the loading space which extends in a substantial vertical direction, b) measuring a resonance frequency (f o ) of the resonance member , c) computing a height (h s ) of the settled bed based on the measured resonance frequency (f o ), wherein b) comprises determining an indication of or imposing the tensile force (F s ) acting in the longitudinal direction of the resonance member and c) comprises computing a height (h s ) of the settled bed based on the measured resonance frequency (f o ) and the determined indication of the tensile force (F s ) or the imposed tensile force (F s ). a) providing an elongated resonance member in the loading space which extends in a substantial vertical direction, b) measuring a resonance frequency (f o ) of the resonance member , c) computing a height (h s ) of the settled bed based on the measured resonance frequency (f o ),
An in vitro method for site-specific insertion of foreign DNA into a genome in an animal cell, comprising: a step of constructing a donor plasmid in which DNA of 125 bp to 200 bp having a sequence homologous to an insertion site on a genome is ligated to the upstream and downstream of foreign DNA of 0.1 kbp to 10 kbp; and a step of inserting the foreign DNA of 0.1 kbp to 10 kbp into a target site on the genome by homology-directed repair-based genome editing using the obtained donor plasmid, wherein the animal cell is a human HCT116 cell, or a mouse ES cell, wherein the homology-directed repair-based genome editing method is a foreign DNA insertion method using a CRISPR-Cas9 system, and wherein the DNA having a sequence homologous to the inserted genomic site is obtained by PCR or DNA synthesis. a step of constructing a donor plasmid in which DNA of 125 bp to 200 bp having a sequence homologous to an insertion site on a genome is ligated to the upstream and downstream of foreign DNA of 0.1 kbp to 10 kbp; and a step of inserting the foreign DNA of 0.1 kbp to 10 kbp into a target site on the genome by homology-directed repair-based genome editing using the obtained donor plasmid, wherein the animal cell is a human HCT116 cell, or a mouse ES cell, wherein the homology-directed repair-based genome editing method is a foreign DNA insertion method using a CRISPR-Cas9 system, and wherein the DNA having a sequence homologous to the inserted genomic site is obtained by PCR or DNA synthesis. wherein the homology-directed repair-based genome editing method is a foreign DNA insertion method using a CRISPR-Cas9 system, and wherein the DNA having a sequence homologous to the inserted genomic site is obtained by PCR or DNA synthesis.
Pesticidal mixtures comprising, as active components, Bacillus amyloliquefaciens ssp. plantarum strain MBI600 and cis-jasmone in synergistically effective amounts, wherein the ratio of Bacillus amyloliquefaciens ssp. plantarum strain MBI600 to cis-jasmone is from 10 16 CFU :1 g to 10 5 CFU : 1 g.