mhurhangee/ep-ind-claims huggingface dataset:
A cell which comprises a nucleotide sequence encoding a xylose isomerase, wherein the amino acid sequence of the xylose isomerase has at least about 96% sequence identity to the amino acid sequence set out in SEQ ID NO: 3 wherein the nucleotide sequence is heterologous to the host, and wherein the cell is capable of using xylose as carbon source.
A heat-dissipating paint composition, comprising: 80∼99 wt% of a dispersion solution comprising a surface treated carbon material having a hydrophilic functional group selected from the group consisting of oxygen, nitrogen, sulfur, and a mixture thereof; and 1∼20 wt% of a heat resistant additive comprising 0.1∼20 wt% of heat resistant metal oxide and 80∼99.9 wt% of an alkali soluble resin emulsion. 80∼99 wt% of a dispersion solution comprising a surface treated carbon material having a hydrophilic functional group selected from the group consisting of oxygen, nitrogen, sulfur, and a mixture thereof; and 1∼20 wt% of a heat resistant additive comprising 0.1∼20 wt% of heat resistant metal oxide and 80∼99.9 wt% of an alkali soluble resin emulsion.
Method for purifying gas, wherein several tubes are arranged next to each other in a plate which is caused to comprise an upper surface, and in that the gas in a first step is brought through the tubes in a direction against the direction of gravity; and in a second step is bubbled through a liquid bed of absorbent that is caused to be arranged on top of the upper surface characterised in that the tubes are venturi tubes, each comprising a respective constriction at which the velocity of the gas flowing through the respective tubes increases, as well as a respective abrupt protrusion from the inner wall of the venturi tube at the respective place for the said constriction, arranged to further increase the turbulence of the gas streaming through the respective tube.
Medical light, in particular dental treatment light for the intraoral illumination of an operation field, having an illumination unit having lighting means and optical means for generating a light field in an object plane, wherein the lighting means are formed by an essentially punctiform LED light source and the optical means have a plate-shaped collimator and a cover pane, wherein the collimator has a central area, which is provided with light-refracting structures on a side facing away from the LED light source, and an outer area, which surrounds the central area and which is provided with structures designed for total reflection on a side facing toward the LED light source, wherein the cover pane is provided with a lens structure, which has a plurality of individual lenses each designed to project the light emitted by the collimator and entering the lenses onto the object plane, and wherein the rear side of the central area of the collimator facing toward the LED light source is provided with partial surfaces (45, 145), which have an inclination in relation to a plane of the collimator and thus in relation to the object plane, characterized in that the partial surfaces (45, 145) are designed to asymmetrically expand the light field in one direction. wherein the lighting means are formed by an essentially punctiform LED light source and the optical means have a plate-shaped collimator and a cover pane, wherein the collimator has a central area, which is provided with light-refracting structures on a side facing away from the LED light source, and an outer area, which surrounds the central area and which is provided with structures designed for total reflection on a side facing toward the LED light source, wherein the cover pane is provided with a lens structure, which has a plurality of individual lenses each designed to project the light emitted by the collimator and entering the lenses onto the object plane, and wherein the rear side of the central area of the collimator facing toward the LED light source is provided with partial surfaces (45, 145), which have an inclination in relation to a plane of the collimator and thus in relation to the object plane, characterized in that the partial surfaces (45, 145) are designed to asymmetrically expand the light field in one direction.
A method of coating eyelids or eyelashes comprising the step of applying to eyelashes, eyelids, or both, a mascara composition comprising: a. from 15% to 50%, by weight, of a component selected from the group consisting of tall oil glycerides, pentaerythrityl rosinate, glyceryl rosinate, and the hydrogenated versions and mixtures thereof; b. from 0.5% to 50%, by weight, of a colorant; and c. the composition is substantially free of wax. a. from 15% to 50%, by weight, of a component selected from the group consisting of tall oil glycerides, pentaerythrityl rosinate, glyceryl rosinate, and the hydrogenated versions and mixtures thereof; b. from 0.5% to 50%, by weight, of a colorant; and c. the composition is substantially free of wax.
A tool adapted for inserting a cylinder of a penile prosthesis into a patient, the tool comprising: a handle extending on a longitudinal axis between a first end of the tool and an opposite second end of the tool; a first guide located at a first end portion of the tool, the first guide including a first cylinder cradle on a first side of the tool characterised in that the tool includes a first tubing cradle on a second side of the tool that is opposite of the first side of the tool; and a suture protector located at a second end portion of the tool, the suture protector including a flat suture plate on a first side and a curved face on a side opposite of the flat suture plate; wherein a shape and a size of the curved face of the suture protector is similar to a curvature of the first cylinder cradle. a handle extending on a longitudinal axis between a first end of the tool and an opposite second end of the tool; a first guide located at a first end portion of the tool, the first guide including a first cylinder cradle on a first side of the tool characterised in that the tool includes a first tubing cradle on a second side of the tool that is opposite of the first side of the tool; and a suture protector located at a second end portion of the tool, the suture protector including a flat suture plate on a first side and a curved face on a side opposite of the flat suture plate; wherein a shape and a size of the curved face of the suture protector is similar to a curvature of the first cylinder cradle.
A hair treatment method, comprising the step consisting in spraying onto the hair a hair form changing composition, in particular a permanent-waving or curl-reducing composition, using a device, called a low flowrate device, comprising at least two nozzles oriented such that their respective jets collide, these nozzles being supplied with said composition under pressure, the total flowrate of composition delivered by the nozzles being between 0.1 and 3L/min, a) the hair form changing composition being a permanent-waving composition, the method comprising the application of the composition using said device on hair previously rolled onto at least one roller, the composition being formed by injecting a permanent-waving product into a flow of water in a ratio such that the composition contains from 1 to 20% by weight of form changing active substance(s) to the total weight of the composition, or b) the hair form changing composition being a composition for relaxing curls or straightening, and wherein a heated hair iron, in particular at approximately 200°C, is passed over the hair before or after rinsing, without drying the hair beforehand. a) the hair form changing composition being a permanent-waving composition, the method comprising the application of the composition using said device on hair previously rolled onto at least one roller, the composition being formed by injecting a permanent-waving product into a flow of water in a ratio such that the composition contains from 1 to 20% by weight of form changing active substance(s) to the total weight of the composition, or b) the hair form changing composition being a composition for relaxing curls or straightening, and wherein a heated hair iron, in particular at approximately 200°C, is passed over the hair before or after rinsing, without drying the hair beforehand.
A vehicle drive axle arrangement, comprising an electric drive motor (1, 3), a left shaft and a right shaft, coaxial with each other, in drive connection with the motor (1, 3), and intended for connection to respective driving half-axles of the vehicle in which the arrangement can be mounted, and a differential mechanism, wherein the electric drive motor (1, 3) is coaxial with and arranged around the left shaft (20, 23) and that the differential mechanism - receiving rotary motion from the electric motor (1,3)- comprises a reduction gearing (6, 7, 12, 13) and a planetary gearing, operatively connecting the two shafts wherein a driven gear, being in gear engagement with a drive gear of a hollow motor shaft, is attached to an intermediate shaft parallel with the hollow motor shaft, and that the intermediate shaft is provided with a driving gear in gear engagement with the outer periphery of an outer ring of the planetary gearing, wherein the reduction gearing (6, 7, 12, 13) in two stages comprises the drive gear on the hollow motor shaft coaxial with the left shaft in engagement with the driven gear on the intermediary shaft, the driven gear having a larger diameter than the drive gear, as well as the driving gear on the intermediary shaft in gear engagement with the outer ring of the planetary gearing, the outer ring having a larger diameter than the driving gear characterized in that the planetary gearing comprises the outer ring, planet gears in a planet carrier, and a sun wheel, the planet carrier being connected to the left shaft and the sun wheel being connected to the right shaft and that the outer ring is provided with or attached to side discs 14, over which it is journalled in a housing by bearings.
An assembly with a container with a container opening, via which a stored item can be fed to the container or removed from the container, wherein the container opening can be closed with a closing means and secured with a tamper-evident security, wherein the tamper-evident security has a securing body with a lower part and an upper part mounted movably on the lower part, characterised in that the securing body has a seal, that when the securing body is fastened to the immersion tube, the seal is mounted on the immersion tube, in that the tamper-evident device is a seal, in that the seal is mounted on the securing body when the tamper-evident security is attached to the immersion tube, in that a relative movement takes place between the upper part and the lower part when the tamper-evident security is detached, whereby a segment of the seal is separated and fed to a collecting chamber of the lower part, and in that the upper part of the security body is rotatably mounted on the lower part.
A receiver comprising: a plurality of feedforward equalizers (608; 654; 808; 858) each configured to receive signals, wherein the plurality of feedforward equalizers comprise a first feedforward equalizer (608; 804) and a second feedforward equalizer (654; 858), wherein each of the signals are transmitted over a respective one of a plurality of channels, and wherein the plurality of channels comprise a first channel and a second channel, a first decision device (616; 816) configured to generate a first decision signal based on (i) an output of the first feedforward equalizer, (ii) a first equalized signal, and (iii) a first cancellation signal; a first feedback filter (636; 820) configured to generate the first equalized signal based on the first decision signal; and a first crosstalk filter (670; 880) configured to (i) determine a first transfer function representing coupling from the second channel to the first channel based on an output of the second feedforward equalizer, and (ii) generate the first cancellation signal based on the first transfer function. a plurality of feedforward equalizers (608; 654; 808; 858) each configured to receive signals, wherein the plurality of feedforward equalizers comprise a first feedforward equalizer (608; 804) and a second feedforward equalizer (654; 858), wherein each of the signals are transmitted over a respective one of a plurality of channels, and wherein the plurality of channels comprise a first channel and a second channel, a first decision device (616; 816) configured to generate a first decision signal based on (i) an output of the first feedforward equalizer, (ii) a first equalized signal, and (iii) a first cancellation signal; a first feedback filter (636; 820) configured to generate the first equalized signal based on the first decision signal; and a first crosstalk filter (670; 880) configured to (i) determine a first transfer function representing coupling from the second channel to the first channel based on an output of the second feedforward equalizer, and (ii) generate the first cancellation signal based on the first transfer function.
Exhaust emission control system, comprising a flow channel, through which an exhaust gas containing particles flows in a direction of flow, and an electrostatic separator, which is formed in this flow channel by a high-voltage electrode extending substantially in the direction of flow inside the channel, by the channel wall acting as a counter electrode and by an electrode feed, for feeding the high-voltage electrode, the electrode feed being at least partially sheathed with an insulator, characterized in that a particle-repelling means integrated on or in the insulator is designed as a thermophorectic particle-repelling means, the particle-repelling means comprising a heating device.
A grinding device for the grinding of textile material sheets comprising: - a textile material sheet; - a hollow box-like support defining an inner chamber; - abrasive brushes, each defining an abrasive surface, fastened to said box-like support; - a vacuum unit adapted to place said inner chamber under vacuum so as to suck the dust produced during said grinding process, - and characterized in that said box-like support comprises lateral bodies, each of which is interposed between a pair of adjacent abrasive brushes, substantially laterally closing, together with said abrasive brushes, said inner chamber and defining intake slits between said abrasive brushes and said lateral bodies; - and in that during said grinding process, said lateral bodies are not in contact with said textile material sheet, defining, together with said pair of adjacent abrasive brushes and said textile material sheet, secondary chambers substantially insulated from the outside and placed in connection with said inner chamber through said intake slits so as to be under vacuum. - a textile material sheet; - a hollow box-like support defining an inner chamber; - abrasive brushes, each defining an abrasive surface, fastened to said box-like support; - a vacuum unit adapted to place said inner chamber under vacuum so as to suck the dust produced during said grinding process, - and characterized in that said box-like support comprises lateral bodies, each of which is interposed between a pair of adjacent abrasive brushes, substantially laterally closing, together with said abrasive brushes, said inner chamber and defining intake slits between said abrasive brushes and said lateral bodies; - and in that during said grinding process, said lateral bodies are not in contact with said textile material sheet, defining, together with said pair of adjacent abrasive brushes and said textile material sheet, secondary chambers substantially insulated from the outside and placed in connection with said inner chamber through said intake slits so as to be under vacuum.
An ultrasonic probe for dental imagery, comprising: - means for emitting ultrasonic waves, configured to emit ultrasonic waves at a frequency of at least 10 MHz, and ultrasonic waves at a frequency below 4 MHz, wherein the means for transmitting ultrasonic waves has a flexible ultrasonic matrix (3, 4) comprising: a flexible support; a plurality of transducers configured to operate in ultrasonic emission and reception, configured to emit ultrasonic waves at a frequency of at least 10 MHz, and mounted to the flexible support and arranged to from the matrix; another plurality of transducers configured to operate in ultrasonic emission and reception and configured to emit ultrasonic waves at a frequency below 4 MHz, and mounted to the flexible support and arranged to from the matrix; a rigid holder conjoined and in contact with the flexible ultrasonic matrix (3, 4), so that each transducer is arranged to transmit an ultrasonic wave in a direction opposite to the rigid holder. - means for emitting ultrasonic waves, configured to emit ultrasonic waves at a frequency of at least 10 MHz, and ultrasonic waves at a frequency below 4 MHz, wherein the means for transmitting ultrasonic waves has a flexible ultrasonic matrix (3, 4) comprising: a flexible support; a plurality of transducers configured to operate in ultrasonic emission and reception, configured to emit ultrasonic waves at a frequency of at least 10 MHz, and mounted to the flexible support and arranged to from the matrix; another plurality of transducers configured to operate in ultrasonic emission and reception and configured to emit ultrasonic waves at a frequency below 4 MHz, and mounted to the flexible support and arranged to from the matrix; a rigid holder conjoined and in contact with the flexible ultrasonic matrix (3, 4), so that each transducer is arranged to transmit an ultrasonic wave in a direction opposite to the rigid holder. a flexible support; a plurality of transducers configured to operate in ultrasonic emission and reception, configured to emit ultrasonic waves at a frequency of at least 10 MHz, and mounted to the flexible support and arranged to from the matrix; another plurality of transducers configured to operate in ultrasonic emission and reception and configured to emit ultrasonic waves at a frequency below 4 MHz, and mounted to the flexible support and arranged to from the matrix; a rigid holder conjoined and in contact with the flexible ultrasonic matrix (3, 4), so that each transducer is arranged to transmit an ultrasonic wave in a direction opposite to the rigid holder.
A system comprising: a catheter including a shaft and an expandable tip disposed along a distal portion of the shaft, at least one portion of the expandable tip resiliently flexible between an expanded state and a compressed state; a sheath defining a sheath lumen and an insertion sleeve including a tapered surface defining at least a portion of a sleeve lumen, wherein the insertion sleeve is configured to mate with the sheath such that a distal portion of the insertion sleeve is positioned in a proximal portion of the sheath lumen, and wherein, during operation, the at least one portion of the expandable tip is distally movable through the sleeve lumen of the insertion sleeve in a direction toward the sheath lumen such that engagement with the tapered surface compresses the at least one portion of the expandable tip from the expanded state to the compressed state before the at least one portion of the expandable tip enters the sheath lumen. a catheter including a shaft and an expandable tip disposed along a distal portion of the shaft, at least one portion of the expandable tip resiliently flexible between an expanded state and a compressed state; a sheath defining a sheath lumen and an insertion sleeve including a tapered surface defining at least a portion of a sleeve lumen, wherein the insertion sleeve is configured to mate with the sheath such that a distal portion of the insertion sleeve is positioned in a proximal portion of the sheath lumen, and wherein, during operation, the at least one portion of the expandable tip is distally movable through the sleeve lumen of the insertion sleeve in a direction toward the sheath lumen such that engagement with the tapered surface compresses the at least one portion of the expandable tip from the expanded state to the compressed state before the at least one portion of the expandable tip enters the sheath lumen.
A system of lighting modules (200, 201, 202, 203) of which, a first lighting module comprises a housing, a light source and an electrical connector electrically coupled to the light source, wherein the housing of each lighting module is configured to be coupled to one or more of the other lighting modules so that the lighting modules are electrically connected to each other and wherein the housing comprises at least one mounting unit which simultaneously is to at least partly accommodate and at least partly to be received by a corresponding mounting unit of a second lighting module to couple to said second lighting module, so that terminations of the electrical connector of the first lighting module are brought into direct contact with terminations of an electrical connector of the second lighting module to establish an electrical connection between the first and second lighting modules, each of the at least one mounting unit being of the same configuration and comprises an aperture which is bordered by at least a protrusion of the mounting unit.