mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid discharging apparatus comprising: an accommodation unit configured to accommodate a fluid; a discharge port for discharging the fluid from the accommodation unit; a moving object configured to move in a first direction (D1) toward the discharge port and in a second direction (D2) away from the discharge port in the accommodation unit; and a control unit configured to control driving of the moving object, wherein the control unit is configured to perform discharging processing and moving processing, in which in the discharging processing, the discharge port is opened by moving the moving object from a closed position at which the discharge port is closed, in the second direction, and then the fluid is extruded and discharged from the discharge port by moving the moving object in the first direction, and in the moving processing, the moving object is moved in the second direction during a period when the fluid is discharged from the discharge port in the discharging processing and characterized in that in the moving processing, the control unit is configured to change a speed of the moving object from a first speed to a second speed slower than the first speed, during a period when the control unit moves the moving object in the second direction. an accommodation unit configured to accommodate a fluid; a discharge port for discharging the fluid from the accommodation unit; a moving object configured to move in a first direction (D1) toward the discharge port and in a second direction (D2) away from the discharge port in the accommodation unit; and a control unit configured to control driving of the moving object, wherein the control unit is configured to perform discharging processing and moving processing, in which in the discharging processing, the discharge port is opened by moving the moving object from a closed position at which the discharge port is closed, in the second direction, and then the fluid is extruded and discharged from the discharge port by moving the moving object in the first direction, and in the moving processing, the moving object is moved in the second direction during a period when the fluid is discharged from the discharge port in the discharging processing and characterized in that in the moving processing, the control unit is configured to change a speed of the moving object from a first speed to a second speed slower than the first speed, during a period when the control unit moves the moving object in the second direction.
A two-substance nozzle that atomizes a mixture comprised of a spray means and spray air, which is connected with a feed channel , via which the mixture or the spray means can be supplied to the two-substance nozzle , and which serves as a spray means channel and/or a spray air channel , wherein a valve is arranged between this feed channel and a nozzle outlet of the two-substance nozzle , characterized in that the two-substance nozzle has an integrally designed nozzle body that comprises the nozzle outlet , and a movable assembly of the valve is secured to the nozzle body by means of a fastening body that presses the movable assembly against the nozzle body and/or is tensioned against the nozzle body by means of a spring mechanism .
A disposable garment, comprising: a torso band comprising a torso band opening; and a chassis disposed on a lower side of the torso band; wherein the chassis comprises a stretchable composite sheet, the stretchable composite sheet being a multi-layer structure comprising a first air permeable sheet, a second air permeable sheet, and a liquid diffusion fiber sheet and a plurality of linear elastic bodies disposed between the first air permeable sheet and the second air permeable sheet, and the plurality of linear elastic bodies providing the chassis with stretchability, wherein a joined portion and a non-joined portion are disposed between the first air permeable sheet and the liquid diffusion fiber sheet and/or between the liquid diffusion fiber sheet and the second air permeable sheet, wherein the air permeable sheets are a nonwoven fabric and/or a porous sheet, the liquid diffusion fiber sheet is a paper sheet. a torso band comprising a torso band opening; and a chassis disposed on a lower side of the torso band; wherein the chassis comprises a stretchable composite sheet, the stretchable composite sheet being a multi-layer structure comprising a first air permeable sheet, a second air permeable sheet, and a liquid diffusion fiber sheet and a plurality of linear elastic bodies disposed between the first air permeable sheet and the second air permeable sheet, and the plurality of linear elastic bodies providing the chassis with stretchability, wherein a joined portion and a non-joined portion are disposed between the first air permeable sheet and the liquid diffusion fiber sheet and/or between the liquid diffusion fiber sheet and the second air permeable sheet, wherein the air permeable sheets are a nonwoven fabric and/or a porous sheet, the liquid diffusion fiber sheet is a paper sheet.
Composition comprising human albumin at a concentration between 5% (w/v) and 25% (w/v) for use in the treatment of moderate Alzheimer's Disease (AD) by low-volume plasma exchange (LVPE), wherein before the treatment regime of LVPE previous rounds of conventional therapeutic plasma exchange (TPE) are carried out at a frequency of 1 TPE per week at least during 6 weeks and wherein each subsequent round of LVPE is conducted 30 days after the previous round, wherein the LVPE regime comprises 12 rounds, and wherein in the TPE regime plasma is replaced with the same volume of albumin at 5% (w/v) and during the LVPE regime plasma was replaced with albumin at 20% (w/v).
Method for securing the use of software intended to be executed by an electronic processor of a unit, said electronic processor comprising or having access at least to - a first register (R1) on which there is at least one associated information item previously generated and needed to access data used by said software and/or to encrypt or decrypt communication data with another unit intended for or derived from the software, and to - a second register (R2) containing at least one file of the software and/or data needed to identify or encrypt a file of said software, notably a hash, in which method, upon any modification to the second register (R2) or any request to modify said second register, the first register (R1) is reinitialized or said at least one associated information item of the first register is modified in a predefined manner, such that, in order to access data used by and/or derived from said software, a subsequent modification of the first register (R1) is authorized following this reinitialization or this first modification by an instruction of the software having initiated the modification of the second register (R2) or by previously determined authorized software, the method being characterized in that it uses an electronic circuit, incorporated in or connected to said electronic processor, configured at least to detect any modification of the second register (R2) or any request to modify said second register, and to, following this detection, reinitialize the first register (R1) or modify in a predefined manner said at least one associated information item of the first register. - a first register (R1) on which there is at least one associated information item previously generated and needed to access data used by said software and/or to encrypt or decrypt communication data with another unit intended for or derived from the software, and to - a second register (R2) containing at least one file of the software and/or data needed to identify or encrypt a file of said software, notably a hash, in which method, upon any modification to the second register (R2) or any request to modify said second register, the first register (R1) is reinitialized or said at least one associated information item of the first register is modified in a predefined manner, such that, in order to access data used by and/or derived from said software, a subsequent modification of the first register (R1) is authorized following this reinitialization or this first modification by an instruction of the software having initiated the modification of the second register (R2) or by previously determined authorized software, the method being characterized in that it uses an electronic circuit, incorporated in or connected to said electronic processor, configured at least to detect any modification of the second register (R2) or any request to modify said second register, and to, following this detection, reinitialize the first register (R1) or modify in a predefined manner said at least one associated information item of the first register.
An apparatus for providing information for a wireless network connection using Wireless-Fidelity, Wi-Fi, the apparatus comprising: a wireless device manager for identifying a plurality of wireless devices , and analyzing device information for the plurality of wireless devices ; and a wireless network manager for receiving the device information from the plurality of wireless devices , and broadcasting the device information, the apparatus configured to: broadcast device information of each of the plurality of wireless devices connected to the apparatus ; receive, from a user wireless device which receives the device information, a wireless device selection input requesting connection of the user wireless device to a selected wireless device from among the plurality of wireless devices ; and connect, by the wireless network manager , the user wireless device to the selected wireless device. a wireless device manager for identifying a plurality of wireless devices , and analyzing device information for the plurality of wireless devices ; and a wireless network manager for receiving the device information from the plurality of wireless devices , and broadcasting the device information, the apparatus configured to: broadcast device information of each of the plurality of wireless devices connected to the apparatus ; receive, from a user wireless device which receives the device information, a wireless device selection input requesting connection of the user wireless device to a selected wireless device from among the plurality of wireless devices ; and connect, by the wireless network manager , the user wireless device to the selected wireless device. broadcast device information of each of the plurality of wireless devices connected to the apparatus ; receive, from a user wireless device which receives the device information, a wireless device selection input requesting connection of the user wireless device to a selected wireless device from among the plurality of wireless devices ; and connect, by the wireless network manager , the user wireless device to the selected wireless device.
A method of synthesizing a mixture of glucooligosaccharides by disproportionating malto-oligosaccharides (MOS) like substrates and introducing α-(1→6) glycosidic linkages and in addition synthesizing IMO, glucooligo-saccharides with α-(1→6) glycosidic linkages, wherein said method comprises the steps of: (i) contacting a MOS, starch, amylose, amylopectin, or maltodextrin substrate source with an isolated, recombinantly expressed GH70 subfamily 4, α-glucanotransferase, or an active fragment thereof, and (ii) reacting the α-glucanotransferase, or active fragment thereof, with the MOS, starch, amylose, amylopectin, or maltodextrin source at pH 3-10 and at 30°C -70°C to produce the mixture of glucooligosaccharides, wherein said α-glucanotransferase is from Exiguobacterium acetylicum (a-GT-E), Bacillus coagulans 2-6 (α-GT-S) or Bacillus coagulans 2022696 [DuPont Culture collection](α-GT-L), and wherein said α-glucanotransferase comprises a polypeptide consisting of amino acids AA31-731[FAPS....KAPV] of SEQ ID NO:2, AA33-736 [YTSG....AATP] of SEQ ID NO :7, AA22-726 [YTSG....AATP] of SEQ ID NO:11, or a polypeptide having at least 60% sequence identity thereto, or an active fragment thereof, wherein the active fragment is capable of disproportionating malto-oligosaccharides (MOS) and introducing α-(1→6) glycosidic linkages. (i) contacting a MOS, starch, amylose, amylopectin, or maltodextrin substrate source with an isolated, recombinantly expressed GH70 subfamily 4, α-glucanotransferase, or an active fragment thereof, and (ii) reacting the α-glucanotransferase, or active fragment thereof, with the MOS, starch, amylose, amylopectin, or maltodextrin source at pH 3-10 and at 30°C -70°C to produce the mixture of glucooligosaccharides, wherein said α-glucanotransferase is from Exiguobacterium acetylicum (a-GT-E), Bacillus coagulans 2-6 (α-GT-S) or Bacillus coagulans 2022696 [DuPont Culture collection](α-GT-L), and wherein said α-glucanotransferase comprises a polypeptide consisting of amino acids AA31-731[FAPS....KAPV] of SEQ ID NO:2, AA33-736 [YTSG....AATP] of SEQ ID NO :7, AA22-726 [YTSG....AATP] of SEQ ID NO:11, or a polypeptide having at least 60% sequence identity thereto, or an active fragment thereof, wherein the active fragment is capable of disproportionating malto-oligosaccharides (MOS) and introducing α-(1→6) glycosidic linkages.
Method for manufacturing a tubular connector by injecting a molten plastics material into a cavity (E) of a mould, the injection being made in a zone of the cavity arranged in order to promote a circumferential flow of the thermoplastic material prior to an axial flow of the thermoplastic material, such that the thermoplastic material progresses along the cavity with a substantially annular front, the cavity being shaped such that the connector obtained comprises a tubular body having a local thickened portion that extends in an annular manner in the vicinity of a central portion of the tubular body, the injection zone being provided in the vicinity of a central portion of the cavity that corresponds to the thickened portion of the central portion of the tubular body, wherein the cavity is arranged such that the thickened portion is a bulge provided in the vicinity of the central portion of the tubular body and provided between two grooves , the cavity being shaped such that the body of the connector obtained comprises portions that are adjacent to said grooves, have outer diameters that are greater than an outer diameter of the bulge and have a corrugated outer surface, and the grooves are located between said adjacent portions.
An electrical connector comprising: - a housing receiving and fixing a housing insert , - the housing insert with a wire fixture disposed inside the housing insert , - a sealing member disposed at an end of the housing in plug direction (P), - at least one electrical wire received and positioned by the wire fixture and extending through the sealing member , - wherein at least one of the following components : the housing , the housing insert , the sealing member and the wire fixture of the electrical connector comprises a material made by blending a polymer with a ferrite powder, said material with properties for dampening an electrical field strength created by the at least one electrical wire , characterized in that - the housing and/or the housing insert are composed of a thermoplastic or a thermoplastic compound comprising a higher electromagnetic permittivity and permeability than Polybutylene terephthalate material, - wherein a ferrite core is disposed inside the housing or inside the housing insert for reducing the electrical field strength, - wherein the ferrite core is fixed inside the housing or the housing insert by a circumferential portion of the wire fixture . - a housing receiving and fixing a housing insert , - the housing insert with a wire fixture disposed inside the housing insert , - a sealing member disposed at an end of the housing in plug direction (P), - at least one electrical wire received and positioned by the wire fixture and extending through the sealing member , - wherein at least one of the following components : the housing , the housing insert , the sealing member and the wire fixture of the electrical connector comprises a material made by blending a polymer with a ferrite powder, said material with properties for dampening an electrical field strength created by the at least one electrical wire , - the housing and/or the housing insert are composed of a thermoplastic or a thermoplastic compound comprising a higher electromagnetic permittivity and permeability than Polybutylene terephthalate material, - wherein a ferrite core is disposed inside the housing or inside the housing insert for reducing the electrical field strength, - wherein the ferrite core is fixed inside the housing or the housing insert by a circumferential portion of the wire fixture .
Solid lipid particles comprising: a lipid hydrophobic matrix; and from about 5 wt.% to about 30 wt.% of curcumin, wherein said lipid hydrophobic matrix comprises: 5 wt.% to 30 wt. % lecithin; 5 wt.% to 15 wt. % glycerol dibehenate; and at least 40 wt. % mixture of monoglycerides, diglycerides, and triglycerides having a carbon number ranging from C10 to C18, and wherein said solid lipid particles have an average particle size diameter ranging from 100μm to 1500μm. 5 wt.% to 30 wt. % lecithin; 5 wt.% to 15 wt. % glycerol dibehenate; and at least 40 wt. % mixture of monoglycerides, diglycerides, and triglycerides having a carbon number ranging from C10 to C18, and wherein said solid lipid particles have an average particle size diameter ranging from 100μm to 1500μm.
A smoke shaft arrangement comprising a floor or roof structure comprising an opening ; a smoke shaft comprising a tubular smoke shaft section extending through the opening such that a gap is between the smoke shaft section and a floor or roof structure , in particular between the smoke shaft section and side faces of the opening ; and a seal structure around the smoke shaft section in the gap ; whereby the seal structure comprises a sealing layer comprising intumescent material, which sealing layer extends around the smoke shaft section ; and a heat insulation material layer comprising heat insulation material , which heat insulation material layer extends around the sealing layer between the sealing layer and the floor or roof structure , the heat insulation material preferably being mineral fibers, characterized in that the seal structure comprises an elongated flexible heat insulation member , which forms said heat insulation material layer , wherein the elongated flexible heat insulation member is a rope comprising fire-proof fibers, preferably mineral fibers. a floor or roof structure comprising an opening ; a smoke shaft comprising a tubular smoke shaft section extending through the opening such that a gap is between the smoke shaft section and a floor or roof structure , in particular between the smoke shaft section and side faces of the opening ; and a seal structure around the smoke shaft section in the gap ; whereby the seal structure comprises a sealing layer comprising intumescent material, which sealing layer extends around the smoke shaft section ; and a heat insulation material layer comprising heat insulation material , which heat insulation material layer extends around the sealing layer between the sealing layer and the floor or roof structure , the heat insulation material preferably being mineral fibers, characterized in that the seal structure comprises an elongated flexible heat insulation member , which forms said heat insulation material layer , wherein the elongated flexible heat insulation member is a rope comprising fire-proof fibers, preferably mineral fibers.
An apparatus for estimating bio-information, the apparatus comprising: a spectrometer configured to measure a spectrum from an object according to measurement conditions; and a processor configured to: obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer , generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra. a spectrometer configured to measure a spectrum from an object according to measurement conditions; and a processor configured to: obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer , generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra. obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer , generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra.
A locking device comprising - a locking cylinder having at least one cylinder core rotatable in a locking cylinder housing, a locking member, and at least one electromechanically operating coupling means connecting in a rotationally fast manner, or disconnecting, the cylinder core and the locking member, - at least one handle, - connecting means for mechanically and electrically connecting the handle to the cylinder core in a detachable manner, and - electronic access control means comprising a read-out unit for reading out access authorization data from an identification medium, an evaluation circuit for determining the access authorization as a function of the access authorization data, and a logical unit cooperating with the evaluation circuit for actuating the coupling means, wherein at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the handle and electrically connected to an element arranged in the locking cylinder, characterized in that the connecting means comprise a threaded connection between the cylinder core and the handle , wherein the threaded connection comprises positive anti-rotation means formed by axial recesses provided on the cylinder core or on the handle , in which protrusions formed on the respective other part are able to axially engage in the threaded state of the threaded connection, wherein the protrusions and/or the recesses are disposed to be axially displaceable. - a locking cylinder having at least one cylinder core rotatable in a locking cylinder housing, a locking member, and at least one electromechanically operating coupling means connecting in a rotationally fast manner, or disconnecting, the cylinder core and the locking member, - at least one handle, - connecting means for mechanically and electrically connecting the handle to the cylinder core in a detachable manner, and - electronic access control means comprising a read-out unit for reading out access authorization data from an identification medium, an evaluation circuit for determining the access authorization as a function of the access authorization data, and a logical unit cooperating with the evaluation circuit for actuating the coupling means, wherein at least one element selected from the read-out unit, evaluation circuit and logical unit is arranged in the handle and electrically connected to an element arranged in the locking cylinder,