mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising: a hybrid membrane comprising cellulose and a non-cellulose-based polymer, wherein the cellulose is crosslinked; wherein the composition comprises pores and/or channels, wherein the crosslinker for the cellulose is a crosslinking agent chosen from an aldehyde, an organochloride, an ether, a multi-functional carboxylic acid, glycerol, an urea derivative, a glycidyl ether, or a mixture thereof, wherein the composition comprises at least 60 wt.% cellulosic nanofibers, and wherein the hybrid membrane comprises a hybrid felt comprising a first non-cellulose-based nanofiber prepared by electrospinning a first non-cellulose-based polymer and a composite nanofiber prepared by electrospinning the cellulose and a second non-cellulose-based polymer. a hybrid membrane comprising cellulose and a non-cellulose-based polymer, wherein the cellulose is crosslinked; wherein the composition comprises pores and/or channels, wherein the crosslinker for the cellulose is a crosslinking agent chosen from an aldehyde, an organochloride, an ether, a multi-functional carboxylic acid, glycerol, an urea derivative, a glycidyl ether, or a mixture thereof, wherein the composition comprises at least 60 wt.% cellulosic nanofibers, and wherein the hybrid membrane comprises a hybrid felt comprising a first non-cellulose-based nanofiber prepared by electrospinning a first non-cellulose-based polymer and a composite nanofiber prepared by electrospinning the cellulose and a second non-cellulose-based polymer.
An accumulator that is useable in a refrigeration apparatus including a plurality of compressors and is provided for the plurality of compressors , the accumulator comprising: an inlet pipe that penetrates a cylindrical container so as to pass through a center axis of the cylindrical container and to be perpendicular to the center axis and conveys gas-liquid mixed refrigerant into the container ; and a plurality of outlet pipes connectable to respective suction sides of the plurality of compressors , wherein the plurality of outlet pipes each have one end located in the container and forming an outlet port for conveying gas refrigerant in the container toward the plurality of compressors , and wherein the outlet port of each of the plurality of outlet pipes is concentrated in a central part of the container . an inlet pipe that penetrates a cylindrical container so as to pass through a center axis of the cylindrical container and to be perpendicular to the center axis and conveys gas-liquid mixed refrigerant into the container ; and a plurality of outlet pipes connectable to respective suction sides of the plurality of compressors , wherein the plurality of outlet pipes each have one end located in the container and forming an outlet port for conveying gas refrigerant in the container toward the plurality of compressors , and wherein the outlet port of each of the plurality of outlet pipes is concentrated in a central part of the container .
Single-track vehicle with an exhaust gas system for an internal combustion engine , it being possible for the exhaust gas system to be arranged at an exhaust gas outlet of a cylinder head of the internal combustion engine , and a first lambda probe which is close to the cylinder head being provided in the exhaust gas system , which first lambda probe is arranged upstream of an exhaust gas purification system in the flow direction of an exhaust gas, a second lambda probe being provided in the exhaust gas system downstream of the exhaust gas purification system in the flow direction of the exhaust gas, characterized in that the second lambda probe is arranged in the exhaust gas system at a distance from the exhaust gas purification system by at most four times the diameter of the exhaust gas purification system , characterized in that a silencer is arranged between the cylinder head and the first lambda probe .
A dishwasher comprising a body ; a washing tub which is disposed in the body and wherein the washing process is carried out; a draining element which is disposed on the base (T) of the washing tub ; a filter which is detachably mounted onto the draining element and which has a microfilter for holding dirt and a conical coarse filter which can be detachably mounted onto the microfilter and which holds dirt particles; and a salt container wherein the salt used for adjusting the hardness of water is filled, whereby the conical coarse filter has a first position (A) where the coarse filter is placed onto the microfilter and a second position where the coarse filter is detached from the microfilter characterized by the conical coarse filter being placed onto the salt container in the second position (B) and by the filter having a rotary element which is detachably mounted onto the coarse filter and which is used for adjusting the size of dirt particles which may pass through the coarse filter and the filter having a plurality of first openings arranged on the coarse filter and a plurality of second openings arranged on the rotary element so as to align with the first openings wherein the first openings and the second openings are displaced with the rotation of the rotary element being rotated over the coarse filter ..
Flow regulator unit comprising at least one flow regulator and at least one switching unit , the flow regulator unit being configured to realize at least two different volumetric flow rate states which implement different volumetric flow rate/pressure control curves and the switching unit being configured to switch between the at least two different volumetric flow rate states, characterized in that a switching profile is stored in the switching unit , a specified change between these at least two different volumetric flow rate states being implemented with a given temporal sequence in said switching profile, and in that the switching unit comprises a driver which is driveable by water flowing in the through-flow and by means of which the switching unit is operable.
Device for lashing containers on board ships, said device having a housing and a first receptor for a first lashing rod knob of a first lashing rod and a second receptor for a second lashing rod knob of a second lashing rod, each receptor possess a shoulder for the lashing rod knob and are pivotably mounted on the housing by means of a joint , characterised in that a pivot axis formed by the joint does not run through an imaginary defined plane through the shoulder , but rather parallel to this plane , and that a pre-tensioned spring engages under tension the receptors and is arranged between the receptors .
A sonic cleaning system , comprising: a tank configured to contain a liquid that enables propagation of sonic waves; an insert disposed within the tank , the insert including a first end having a first opening and a second end opposite the first end , the second end having a second opening , wherein the insert is configured to receive a workpiece between the first opening and the second opening ; and a sonic transducer disposed next to the second opening , wherein the tank comprises a floor and wherein the sonic transducer is located a distance from the floor , and characterised in that the sonic transducer is at least partially located within the insert . a tank configured to contain a liquid that enables propagation of sonic waves; an insert disposed within the tank , the insert including a first end having a first opening and a second end opposite the first end , the second end having a second opening , wherein the insert is configured to receive a workpiece between the first opening and the second opening ; and a sonic transducer disposed next to the second opening , wherein the tank comprises a floor and wherein the sonic transducer is located a distance from the floor , and characterised in that the sonic transducer is at least partially located within the insert .
A non-therapeutic method for promoting a postnatal growth trajectory or body development in an infant towards a growth trajectory or body development which is similar to the growth trajectory or body development observed in breast-fed infants, said method comprising administering a nutritional composition selected from an infant formula and a follow on formula comprising 3 to 7 g lipid/100 kcal, 1.25 to 5 g protein/100 kcal and 6 to 16 g digestible carbohydrate/100 kcal and wherein the nutritional composition comprises an ingredient fermented by lactic acid producing bacteria, and 0.05 to 1.5 wt% lactic acid based on dry weight and wherein the nutritional composition comprises 0.25 wt% to 20 wt% of non-digestible oligosaccharides based on dry weight of the nutritional composition.
A transmission device for expanding monitors , comprising a body , a combination of a plurality of monitors , an actuation module installed on the body and the following features: the body is defined with a reference axis X, a reference axis Y perpendicular to the reference axis X and a reference axis Z perpendicular to the reference axis X and the reference axis Y; the plurality of monitors at least include a first monitor and a second monitor , and the first monitor has a display screen ; the actuation module comprises a spindle , an actuator configured to move along with the rotating spindle , causing the actuator to drive the second monitor to move reciprocally on the reference axis X; the second monitor is provided with a screen and a base ; characterized in that the second monitor further has a drive module assembled on the base ; and the drive module has a base , a drive rod coupled on the base of the drive module , a follower driven by the drive rod , configured to cause the second monitor to move reciprocally on the reference axis Y, thus providing an expansion, combination and retraction mechanism for the screen of the first monitor and the screen of the second monitor , wherein the body is of a frame or casing structure; the body is provided with a pedestal and a drive ; the pedestal has one end that is pivotally coupled with the body , enabling the pedestal to swivel freely; and the drive comprises a motor-driven drive rod , a follower coupled to the drive rod and a reaction arm of the pedestal pivotally coupled to the follower of the drive . the body is defined with a reference axis X, a reference axis Y perpendicular to the reference axis X and a reference axis Z perpendicular to the reference axis X and the reference axis Y; the plurality of monitors at least include a first monitor and a second monitor , and the first monitor has a display screen ; the actuation module comprises a spindle , an actuator configured to move along with the rotating spindle , causing the actuator to drive the second monitor to move reciprocally on the reference axis X; the second monitor is provided with a screen and a base ; characterized in that the second monitor further has a drive module assembled on the base ; and the drive module has a base , a drive rod coupled on the base of the drive module , a follower driven by the drive rod , configured to cause the second monitor to move reciprocally on the reference axis Y, thus providing an expansion, combination and retraction mechanism for the screen of the first monitor and the screen of the second monitor , wherein the body is of a frame or casing structure; the body is provided with a pedestal and a drive ; the pedestal has one end that is pivotally coupled with the body , enabling the pedestal to swivel freely; and the drive comprises a motor-driven drive rod , a follower coupled to the drive rod and a reaction arm of the pedestal pivotally coupled to the follower of the drive .
An anesthesia system having a volume reflector , a breathing circuit , a processing unit , and a display operatively connected to said processing unit , wherein said processing unit is configured to provide a status indicator on said display for gas in said volume reflector , characterized in that said status indicator includes a graphical representation of: - a waste gas flow out of said volume reflector relative a fresh gas flow in said system , and/or - a balance between said fresh gas flow and patient uptake and/or leakage of gas from said breathing circuit, wherein said graphical representation of waste gas flow of said volume reflector and/or balance between fresh gas flow and patient uptake and/or leakage from said breathing circuit includes at least one bar graph. - a waste gas flow out of said volume reflector relative a fresh gas flow in said system , and/or - a balance between said fresh gas flow and patient uptake and/or leakage of gas from said breathing circuit,
A portable device for inducing cooling by evaporation of a fluid from a bodily fluid-containing space in a mammal, and a nebulizer or atomiser, the portable device comprising, in an integrated unit: a gas inlet, an inlet sensor configured to measure gas temperature or pressure or both; a blower , a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to a gas delivery tube; an outlet sensor configured to measure gas temperature or pressure or both; said gas inlet, blower, desiccant chamber, and gas outlet arranged in series along a gas flow path, and the blower arranged to cause dry non-coolant gas to be delivered to the bodily fluid-containing space, the portable device arranged to deliver the dry non-coolant gas bodily fluid-containing space at 37°C or warmer, a heat exchanger configured to remove heat that is added to the gas in the desiccant chamber as a result of the removal of moisture from the gas in said desiccant chamber such as to prevent the gas having a temperature exceeding 40°C; and the nebulizer or atomiser arranged to spray liquid water onto said bodily fluid-containing space. a gas inlet, an inlet sensor configured to measure gas temperature or pressure or both; a blower , a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to a gas delivery tube; an outlet sensor configured to measure gas temperature or pressure or both; the portable device arranged to deliver the dry non-coolant gas bodily fluid-containing space at 37°C or warmer, a heat exchanger configured to remove heat that is added to the gas in the desiccant chamber as a result of the removal of moisture from the gas in said desiccant chamber such as to prevent the gas having a temperature exceeding 40°C; and the nebulizer or atomiser arranged to spray liquid water onto said bodily fluid-containing space.
A method of increasing Electrospray MS analyte ion signal amplitude using at least one of electrolyte benzoic acid, trimethyl acetic acid or cyclohexanecarboxylic acid as an additive to the sample solution .
A self-powered vibration device for mounting to a cycling pedal , comprising: (a) an electrical generator with a rotatable generator shaft , wherein the rotatable generator shaft rotation is configured, in use, to be driven by a rotation of a cycling pedal , and wherein the rotatable generator shaft rotation generates power for the electrical generator ; (b1) an electrical motor powered by the electrical generator , wherein the electrical motor is configured to produce a rotation of an eccentric shaft ; and (c1) a vibration plate that is configured to be mechanically vibrated by the rotation of the eccentric shaft , wherein the mechanical vibration is transmitted from the eccentric shaft via a vibration transmission element to the vibration plate ; or (b2) an electrical motor powered by the electrical generator , wherein the electrical motor is configured to produce a rotation of a magnet or magnets ; or the electrical generator powers an electromagnet and (c2) a vibration plate that is configured to be mechanically vibrated by attracting-repelling force produced by the rotating magnet or magnets, or by the electromagnet; wherein the self-powered vibration device comprises mechanical isolation mounts such that, when mounted to the cycling pedal , the vibration plate is mechanically isolated and decoupled by the mechanical isolation mounts from the cycling pedal , and wherein the vibration plate is capable of mechanically vibrating a body part of a person while in contact with the vibration plate . (a) an electrical generator with a rotatable generator shaft , wherein the rotatable generator shaft rotation is configured, in use, to be driven by a rotation of a cycling pedal , and wherein the rotatable generator shaft rotation generates power for the electrical generator ; (b1) an electrical motor powered by the electrical generator , wherein the electrical motor is configured to produce a rotation of an eccentric shaft ; and (c1) a vibration plate that is configured to be mechanically vibrated by the rotation of the eccentric shaft , wherein the mechanical vibration is transmitted from the eccentric shaft via a vibration transmission element to the vibration plate ; or (b2) an electrical motor powered by the electrical generator , wherein the electrical motor is configured to produce a rotation of a magnet or magnets ; or the electrical generator powers an electromagnet and (c2) a vibration plate that is configured to be mechanically vibrated by attracting-repelling force produced by the rotating magnet or magnets, or by the electromagnet; wherein the self-powered vibration device comprises mechanical isolation mounts such that, when mounted to the cycling pedal , the vibration plate is mechanically isolated and decoupled by the mechanical isolation mounts from the cycling pedal , and wherein the vibration plate is capable of mechanically vibrating a body part of a person while in contact with the vibration plate .
A multi-parameter surface acoustic wave sensing device, comprising a high-temperature-resistant piezoelectric crystal substrate , a first resonator , a second resonator , and a third resonator distal to each other, which correspond to a surface acoustic wave vibration sensor, a surface acoustic wave pressure sensor and a surface acoustic wave temperature sensor respectively, forming multiple surface acoustic wave sensors; wherein a cantilever beam having a first thickness (a) is formed on an edge portion of the high-temperature-resistant piezoelectric crystal substrate at a side and a cavity is formed in a remaining portion of the high-temperature-resistant piezoelectric crystal substrate except the cantilever beam , the remaining portion has a second thickness (b), the first thickness (a) is smaller than the second thickness (b); the high-temperature-resistant piezoelectric crystal substrate has a flat first surface (S1), the first resonator is formed on the first surface (S1) at a position corresponding to the cantilever beam and configured to sense vibration parameters; the second resonator is formed on the first surface (S1) at a position corresponding to the cavity and configured to sense pressure parameters; and the third resonator is formed on the first surface (S1) and configured to sense temperature parameters; and the high-temperature-resistant piezoelectric crystal substrate has a second surface (S2) opposite to the first surface (S1), an answering antenna is formed on the second surface (S2) of the remaining portion, and is electrically connected to the first resonator , the second resonator and the third resonator . wherein a cantilever beam having a first thickness (a) is formed on an edge portion of the high-temperature-resistant piezoelectric crystal substrate at a side and a cavity is formed in a remaining portion of the high-temperature-resistant piezoelectric crystal substrate except the cantilever beam , the remaining portion has a second thickness (b), the first thickness (a) is smaller than the second thickness (b); the high-temperature-resistant piezoelectric crystal substrate has a flat first surface (S1), the first resonator is formed on the first surface (S1) at a position corresponding to the cantilever beam and configured to sense vibration parameters; the second resonator is formed on the first surface (S1) at a position corresponding to the cavity and configured to sense pressure parameters; and the third resonator is formed on the first surface (S1) and configured to sense temperature parameters; and the high-temperature-resistant piezoelectric crystal substrate has a second surface (S2) opposite to the first surface (S1), an answering antenna is formed on the second surface (S2) of the remaining portion, and is electrically connected to the first resonator , the second resonator and the third resonator .
An isolated or synthetic peptide consisting of 5-30 amino acids for use in treatment of human inflammatory disease having been provided with at least one peptide motif capable of modulating binding of human C-peptide to a human elastin receptor, wherein the peptide has at least one human elastin receptor binding motif GxxPG and has at least one amino acid Q, wherein G represents the one-letter code for the amino acid glycine, P for the amino acid proline, Q for the amino acid glutamine and x for any amino acid.
A light bulb apparatus , comprising: a light bulb shell ; a bulb head ; a heat sink cup having a first end and a second end, the first end of the heat sink cup is connected to the light bulb shell , and the second end of the heat sink cup is connected to the bulb head ; a flexible filament for emitting light, the flexible filament has a first terminal and a second terminal; a central support for providing a first electrode and a second electrode , the first electrode of the central support is electrically connected to the first terminal of the flexible filament , and the second electrode is electrically connected to the second terminal of the flexible filament ; a driver module electrically connected to the bulb head and the central support for providing electrical power to the first electrode and the second electrode of the central support and an expanding structure mechanically coupled to the central support , the expanding structure includes a plurality of holding portions for holding the flexible filament , characterized in that the expanding structure comprises a plurality of support boards , each of the support boards has a plurality of concave portions as the holding portions to hold the flexible filament . a light bulb shell ; a bulb head ; a heat sink cup having a first end and a second end, the first end of the heat sink cup is connected to the light bulb shell , and the second end of the heat sink cup is connected to the bulb head ; a flexible filament for emitting light, the flexible filament has a first terminal and a second terminal; a central support for providing a first electrode and a second electrode , the first electrode of the central support is electrically connected to the first terminal of the flexible filament , and the second electrode is electrically connected to the second terminal of the flexible filament ; a driver module electrically connected to the bulb head and the central support for providing electrical power to the first electrode and the second electrode of the central support and an expanding structure mechanically coupled to the central support , the expanding structure includes a plurality of holding portions for holding the flexible filament , characterized in that the expanding structure comprises a plurality of support boards , each of the support boards has a plurality of concave portions as the holding portions to hold the flexible filament .