mhurhangee/patent-ind-claim-en huggingface dataset:
A method of cleaning and drying a semiconductor substrate which is a method of cleaning and drying a semiconductor substrate onto which a pattern has been formed, which comprises: (I) cleaning the semiconductor substrate onto which a pattern has been formed with a cleaning solution, (II) replacing the cleaning solution remained on the semiconductor substrate with a composition containing a resin (A) which contains a repeating unit having an acetal structure represented by the following general formula and a solvent, and removing the solvent in the replaced composition by heating at a temperature lower than a decomposition temperature of the resin (A), and (III) blowing a gas having a temperature equal to or higher than the decomposition temperature of the resin (A) to the resin (A) on the semiconductor substrate while maintaining a temperature of the semiconductor substrate onto which a pattern has been formed to 0°C or higher and lower than the decomposition temperature of the resin (A), to decompose and remove the resin (A) from a side of a surface contacting with the gas, wherein, R 1 represents a hydrogen atom or a saturated or unsaturated monovalent organic group having 1 to 30 carbon atoms which may be substituted; and W represents a saturated or unsaturated divalent organic group having 2 to 30 carbon atoms. (I) cleaning the semiconductor substrate onto which a pattern has been formed with a cleaning solution, (II) replacing the cleaning solution remained on the semiconductor substrate with a composition containing a resin (A) which contains a repeating unit having an acetal structure represented by the following general formula and a solvent, and removing the solvent in the replaced composition by heating at a temperature lower than a decomposition temperature of the resin (A), and (III) blowing a gas having a temperature equal to or higher than the decomposition temperature of the resin (A) to the resin (A) on the semiconductor substrate while maintaining a temperature of the semiconductor substrate onto which a pattern has been formed to 0°C or higher and lower than the decomposition temperature of the resin (A), to decompose and remove the resin (A) from a side of a surface contacting with the gas, wherein, R 1 represents a hydrogen atom or a saturated or unsaturated monovalent organic group having 1 to 30 carbon atoms which may be substituted; and W represents a saturated or unsaturated divalent organic group having 2 to 30 carbon atoms.
Apparatus for cleaning the floor (S) of a building for housing livestock, this apparatus comprising at least one device for cleaning the floor (S) of this building, such a cleaning device comprising one or more assemblies (2; 2'), which each comprise a scraper (3; 3') designed to rest on the ground (S) for the scraping thereof, and said apparatus also comprising at least one means for moving this or these cleaning devices with respect to the ground (S), such a movement means comprising a chain, which is designed to be housed in a groove (R) in the floor (S), and which is connected to such a cleaning device , and said movement means also comprising a motor for driving the chain, characterized in that the assembly or assemblies (2; 2') further comprises or each further comprise a broom (6; 6') designed to rest on the ground (S) for the sweeping thereof, at least one means for securing the broom (6; 6') of such an assembly (2; 2') to the scraper (3; 3') of such an assembly (2; 2'), and at least one adjustment means for adjusting, in a vertical direction, the position of the broom (6; 6') of such an assembly (2; 2') relative to the scraper (3; 3') of such an assembly (2; 2').
A pharmaceutical or dietary composition or a supplement or a medical device for use in the treatment of a subject who is taking a proton pump inhibitor (PPI) to reduce or treat gastric hyperacidity, which comprises at least one strain of bacteria selected from: - Lactobacillus pentosus LPS01 DSM 21980; - Lactobacillus rhamnosus LR06 DSM 21981; and - Lactobacillus delbrueckii subsp. delbrueckii LDD01 (MB386) DSMZ 20074 DSM 22106, wherein said treatment is the preventive and/or curative treatment of infections and/or pathologies caused by pathogenic gram-negative bacteria E . coli serotype O157:H7, - Lactobacillus pentosus LPS01 DSM 21980; - Lactobacillus rhamnosus LR06 DSM 21981; and - Lactobacillus delbrueckii subsp. delbrueckii LDD01 (MB386) DSMZ 20074 DSM 22106,
A method for operating a pneumatically operated system for handling workpieces, comprising a plurality of pneumatic units that can be pneumatically operated or are configured for pneumatic control and have connections with pressure hoses and/or are in fluid communication with each other by means of pressure hoses , and comprising at least one control unit for driving at least one of the pneumatic units by means of electrical signals and/or for receiving and evaluating electrical signals from at least one of the pneumatic units , wherein the electrical signals are transmitted between the control unit and at least one pneumatic unit through the pressure hoses , characterized in that an electric voltage is applied between at least two different pressure hoses that connect the control unit and the respective pneumatic unit .
Method of producing a frame for a bar feeder whose guide elements for the bars are formed by bearings , comprising a first moulding step (A) carried out with the aid of a first moulding material (M1) in a mould jointly with an overmoulding step (B) of a counter-mould , the shape of the said mould and/or the shape impressions of the said counter-mould being conceived to achieve in a monobloc way at least one first structural and/or functional element of the said bar feeder, the said first structural and/or functional element of the said bar feeder consisting of a monobloc assembly central core comprising a semi-cylindrical trough forming an integrated guide channel adapted to receive the said bearings , characterized in that second structural and/or functional elements of the said bar feeder, formed by added mechanical pieces, are fixed in removable way to the said counter-mould before the said overmoulding step (B), then are detached from the said counter-mould when the latter is withdrawn from the frame after the said overmoulding step (B).
A front restraint device for protecting a vehicle occupant (P, P1, P2) sitting on a vehicle seat in a motor vehicle, comprising an airbag which is deployed between the vehicle occupant (P, P1, P2, P3) and a front vehicle region , especially a vehicle instrument panel and/or the windscreen , wherein the airbag has plural outflow openings (26, 26.1, 26.2, 26.3) via which inflation gas may flow out of the airbag , wherein an adaptive valve (28, 28.1, 28.2, 28.3) which is arranged in a region of the airbag that faces the vehicle occupant (P, P1, P2, P3) is assigned to each of the outflow openings (26, 26.1, 26.2, 26.3), wherein at the outflow openings (26, 26.1, 26.2, 26.3) a deflecting unit configured as a passage (32, 32.1, 32.2, 32.3) for the outflowing inflation gas is provided, characterized in that the passages (32, 32.1, 32.2, 32.3) are arranged in the upper two thirds of the region of the inflated airbag which faces the vehicle occupant (P, P1, P2, P3) and the positioning of the valves (28, 28.1, 28.2, 28.3) with respect to the airbag is selected in such a manner that, in the event of triggering, the valve (28, 28.1, 28.2, 28.3) can be closed depending on height of the vehicle occupant (P, P1, P2, P3) and a load situation (L1, L2, L3) from the head and/or the upper body of the vehicle occupant (P, P1, P2, P3), wherein depending on the height of the vehicle occupant (P, P1, P2, P3) and the given load situation (L1, L2, L3) no valve (28, 28.1, 28.2, 28.3), or one valve (28, 28.1, 28.2, 28.3) or a partial quantity of the valves (28, 28.1, 28.2, 28.3) or all valves (28, 28.1, 28.2, 28.3) can be closed by the head and/or the upper body of the vehicle occupant (P, P1, P2, P3).
An ablation probe tip having a shaft with an insertion end , said ablation probe tip being configured to receive ablation means from an ablation source, said ablation probe tip for ablating targeted tissue from within, said ablation probe tip comprising: (a) said shaft including a coaxial antenna , said coaxial antenna comprising: (i) an inner conductor ; (ii) an annular dielectric insulator layer surrounding said inner conductor; and (iii) an annular outer conductor surrounding said annular dielectric insulator layer; (b) an annular aperture defined in said annular outer conductor toward said insertion end; (c) a center of ablation located within said inner conductor and surrounded by said annular aperture; (d) an annular heat transfer layer surrounding said coaxial antenna and spaced from said insertion end such that said annular aperture is between said annular heat transfer layer and said insertion end ; (e) an annular tip cover at said insertion end , said annular tip cover surrounding and covering an end of said coaxial antenna and said annular aperture; (f) said center of ablation being a focal region from which said ablation means radiates through said annular aperture to form an ablation zone; and (g) said ablation zone having a predetermined shape selected from the group consisting of oblate, spherical, and oblong. (a) said shaft including a coaxial antenna , said coaxial antenna comprising: (i) an inner conductor ; (ii) an annular dielectric insulator layer surrounding said inner conductor; and (iii) an annular outer conductor surrounding said annular dielectric insulator layer; (i) an inner conductor ; (ii) an annular dielectric insulator layer surrounding said inner conductor; and (iii) an annular outer conductor surrounding said annular dielectric insulator layer; (b) an annular aperture defined in said annular outer conductor toward said insertion end; (c) a center of ablation located within said inner conductor and surrounded by said annular aperture; (d) an annular heat transfer layer surrounding said coaxial antenna and spaced from said insertion end such that said annular aperture is between said annular heat transfer layer and said insertion end ; (e) an annular tip cover at said insertion end , said annular tip cover surrounding and covering an end of said coaxial antenna and said annular aperture; (f) said center of ablation being a focal region from which said ablation means radiates through said annular aperture to form an ablation zone; and (g) said ablation zone having a predetermined shape selected from the group consisting of oblate, spherical, and oblong.
System for analysing tissue, comprising: - a dissociation means for at least partially dissociating a tissue sample so as to obtain individual cells, - a microfluidic flow device through which a fluid comprising the dissociated cells can be made to flow, and - an evaluation device arranged to evaluate the cells as they are being transported through the microfluidic flow device, the system preferably being arranged for a label free analysis of tissue, the evaluation device comprising an imaging means arranged to obtain images of the cells as they are being transported through the microfluidic flow device. - a dissociation means for at least partially dissociating a tissue sample so as to obtain individual cells, - a microfluidic flow device through which a fluid comprising the dissociated cells can be made to flow, and - an evaluation device arranged to evaluate the cells as they are being transported through the microfluidic flow device, the system preferably being arranged for a label free analysis of tissue, the evaluation device comprising an imaging means arranged to obtain images of the cells as they are being transported through the microfluidic flow device.
A non-coated base fabric for an airbag, which is made of a polyamide fiber, wherein CV values of air permeability of (A) to (C) measured every 20 cm in a weft direction of the base fabric satisfy the following requirements: (A) A CV value of the dynamic air permeability by the ASTM D6476 method is 6.0% or less, (B) A CV value of the air permeability at a differential pressure of 500 Pa by the ASTM D3886 method is 10.0% or less, and (C) A CV value of the air permeability at a differential pressure of 20 KPa according to JIS L 1096 is 10.0% or less. (A) A CV value of the dynamic air permeability by the ASTM D6476 method is 6.0% or less, (B) A CV value of the air permeability at a differential pressure of 500 Pa by the ASTM D3886 method is 10.0% or less, and (C) A CV value of the air permeability at a differential pressure of 20 KPa according to JIS L 1096 is 10.0% or less.
Apparatus for testing a cable harness having a multiplicity of networks , which are formed by connecting elements having individual contacts , which are coupled to one another by lines , having: a signal generator , which is designed to generate at least one test signal at a prescribed frequency, a coupling apparatus , which is designed to contact-connect at least one of the networks by means of one of the contacts of the network and to feed the test signal into the corresponding network , and a testing unit , which is designed to contact-connect the further contacts of the at least one network and to test whether the test signal at the respective frequency is applied to the further contacts ; wherein the signal generator is designed to generate a test signal at a prescribed frequency for each of the networks , wherein the coupling apparatus is designed to contact-connect each of the networks and to feed the corresponding test signal into each of the networks , and wherein the testing unit is designed to ascertain the frequencies, which are contained in the signals applied to the respective contacts , at the contacts that are not contact-connected by the coupling apparatus ; characterized in that the testing unit is designed to test whether frequencies, which are not fed into the network of the respective contact , are applied to the contacts that are not contact-connected by the coupling apparatus ; wherein the testing unit is designed to determine a coupling factor with respect to the corresponding further networks for the contacts to which frequencies that are not fed into the network of the respective contact are applied. a signal generator , which is designed to generate at least one test signal at a prescribed frequency, a coupling apparatus , which is designed to contact-connect at least one of the networks by means of one of the contacts of the network and to feed the test signal into the corresponding network , and a testing unit , which is designed to contact-connect the further contacts of the at least one network and to test whether the test signal at the respective frequency is applied to the further contacts ; wherein the signal generator is designed to generate a test signal at a prescribed frequency for each of the networks , wherein the coupling apparatus is designed to contact-connect each of the networks and to feed the corresponding test signal into each of the networks , and wherein the testing unit is designed to ascertain the frequencies, which are contained in the signals applied to the respective contacts , at the contacts that are not contact-connected by the coupling apparatus ; characterized in that the testing unit is designed to test whether frequencies, which are not fed into the network of the respective contact , are applied to the contacts that are not contact-connected by the coupling apparatus ; wherein the testing unit is designed to determine a coupling factor with respect to the corresponding further networks for the contacts to which frequencies that are not fed into the network of the respective contact are applied.
A fork system for an at least partially muscle-powered bicycle, comprising: - an inner shaft , - a connecting element , and - a fork element , wherein the connecting element has a first end for connecting to the inner shaft and a second end for connecting to the fork element , and the second end has a larger radial extent than the first end and than the inner shaft , - a securing unit which is a toggle joint, wherein its first lever arm is fixed to an outer shaft and its second lever arm is fixed to the connecting element , wherein the securing unit has an upper lever axis , a central lever axis and a lower lever axis , wherein the inner shaft is inserted at least partially into the outer shaft in an axially displaceable manner, and wherein the securing unit prevents rotation between the outer shaft and the fork element , characterised in that a centre axis of the three lever axes on the two lever arms in the fully folded position relative to a perpendicular to a longitudinal axis of the inner shaft deviates by an angle (a) of at least 10° downwards towards the fork element . - an inner shaft , - a connecting element , and - a fork element , wherein the connecting element has a first end for connecting to the inner shaft and a second end for connecting to the fork element , and the second end has a larger radial extent than the first end and than the inner shaft , - a securing unit which is a toggle joint,
Fluorine-containing titanium oxide - nano-silica composite particles comprising a condensate of a fluorine-containing alcohol and an alkoxysilane, and titanium oxide and nano-silica particles, wherein the fluorine-containing alcohol is represented by the general formula: R F -A-OH [I] wherein R F is a perfluoroalkyl group having 6 or less carbon atoms, or a polyfluoroalkyl group, in which a fluorine atom or some of the fluorine atoms of the perfluoroalkyl group are replaced by a hydrogen atom or atoms, and which contains a terminal perfluoroalkyl group having 6 or less carbon atoms and a perfluoroalkylene group having 6 or less carbon atoms; and A is an alkylene group having 1 to 6 carbon atoms.
A wiper kit for cleaning, comprising: an outer bag having an inner space accommodating a wiper ; an inner bag provided at one inner side of the outer bag and hermetically containing a cleaning liquid therein; and an opening member connected to the inner bag and extending toward an outlet of the outer bag ; and a grip provided by folding at least a part of the outer bag in a zigzag pattern and connected to the opening member , wherein the opening member is connected to the inner bag so that the inner bag is ruptured by pulling the opening member, wherein when the inner bag is ruptured, the cleaning liquid is discharged and applied to the wiper inside the outer bag , wherein a cutoff line is formed at the inner bag , and wherein when the opening member is pulled, the inner bag is ruptured along the cutoff line, wherein the opening member is connected to the inner bag so that the inner bag is ruptured by pulling the opening member in association with an operation of pulling the grip out of the outer bag in a state where the outer bag is sealed, characterized in that the folding portion and the grip are located in a region between one edge of the outer bag and a longitudinal midpoint of the outer bag , and in that the folding portion and the grip are disposed at one side of a flat portion which is spaced at a predetermined distance from the end of the outer bag . an outer bag having an inner space accommodating a wiper ; an inner bag provided at one inner side of the outer bag and hermetically containing a cleaning liquid therein; and an opening member connected to the inner bag and extending toward an outlet of the outer bag ; and a grip provided by folding at least a part of the outer bag in a zigzag pattern and connected to the opening member , wherein the opening member is connected to the inner bag so that the inner bag is ruptured by pulling the opening member, wherein when the inner bag is ruptured, the cleaning liquid is discharged and applied to the wiper inside the outer bag , wherein a cutoff line is formed at the inner bag , and wherein when the opening member is pulled, the inner bag is ruptured along the cutoff line, wherein the opening member is connected to the inner bag so that the inner bag is ruptured by pulling the opening member in association with an operation of pulling the grip out of the outer bag in a state where the outer bag is sealed, characterized in that the folding portion and the grip are located in a region between one edge of the outer bag and a longitudinal midpoint of the outer bag , and in that the folding portion and the grip are disposed at one side of a flat portion which is spaced at a predetermined distance from the end of the outer bag .
A compound having the structure of Formula (IV): wherein: R 1 is methyl, bromo or chloro; R 4 is -H, chloro or methyl; R 50 is -H or methyl; and R 51 is -H, methyl or hydroxy. R 1 is methyl, bromo or chloro; R 4 is -H, chloro or methyl; R 50 is -H or methyl; and R 51 is -H, methyl or hydroxy.
An air burst system for cleaning submerged screen intakes, comprising: an onshore air system ; a submerged screen intake ; and a length of air supply piping fluidly connecting the onshore air system and the submerged screen intake, said length of air supply piping including a pressure sensor for monitoring pressure within the length of air supply piping, wherein the onshore air system includes a burst line for introducing one or more pulses of pressurized air to the length of air supply piping for cleaning debris from the submerged screen intake and a purge line for introducing purge air to the length of air supply piping for purging water from the length of air supply piping, the purge line being fluidly connected to the submerged screen intake, , wherein the onshore air system is configured to receive pressure data from the pressure sensor indicating that a pressure reading in the length of air supply piping exceeds a maximum depth pressure of the length of air supply piping and, in response to this indication, commencing delivery of one or more pulses of pressurized air to the length of air supply piping. an onshore air system ; a submerged screen intake ; and a length of air supply piping fluidly connecting the onshore air system and the submerged screen intake, said length of air supply piping including a pressure sensor for monitoring pressure within the length of air supply piping, wherein the onshore air system includes a burst line for introducing one or more pulses of pressurized air to the length of air supply piping for cleaning debris from the submerged screen intake and a purge line for introducing purge air to the length of air supply piping for purging water from the length of air supply piping, the purge line being fluidly connected to the submerged screen intake, , wherein the onshore air system is configured to receive pressure data from the pressure sensor indicating that a pressure reading in the length of air supply piping exceeds a maximum depth pressure of the length of air supply piping and, in response to this indication, commencing delivery of one or more pulses of pressurized air to the length of air supply piping.