mhurhangee/ep-ind-claims huggingface dataset:
A network device, comprising: a chassis that includes a plurality of first connections, the chassis permitting an input/output, I/O, component being configured to connect with one or more first connections of the plurality of first connections; and a switching component configured to connect with the I/O component via the one or more first connections and one or more second connections (170, 360), the switching component being configured to be connected with the one or more second connections via a connector component (160, 350) that is removable from the switching component, and the switching component being configured to provide network traffic to or receive network traffic from the I/O component via the one or more first connections and the one or more second connections when the switching component is connected with the I/O component via the connector component. a chassis that includes a plurality of first connections, the chassis permitting an input/output, I/O, component being configured to connect with one or more first connections of the plurality of first connections; and a switching component configured to connect with the I/O component via the one or more first connections and one or more second connections (170, 360), the switching component being configured to be connected with the one or more second connections via a connector component (160, 350) that is removable from the switching component, and the switching component being configured to provide network traffic to or receive network traffic from the I/O component via the one or more first connections and the one or more second connections when the switching component is connected with the I/O component via the connector component. the switching component being configured to be connected with the one or more second connections via a connector component (160, 350) that is removable from the switching component, and the switching component being configured to provide network traffic to or receive network traffic from the I/O component via the one or more first connections and the one or more second connections when the switching component is connected with the I/O component via the connector component.
A hard surface cleaner comprising - a fluorinated surfactant including a fluorinated functional group having C 2 -C 6 linear or branched carbon atoms and a hydrophilic functional group; - isopropanol; - propylene glycol propyl ether; - ethylene glycol hexyl ether; - isopropanolamine; - ammonium hydroxide; - alkali metal alkane sulfonate; and - water. - a fluorinated surfactant including a fluorinated functional group having C 2 -C 6 linear or branched carbon atoms and a hydrophilic functional group; - isopropanol; - propylene glycol propyl ether; - ethylene glycol hexyl ether; - isopropanolamine; - ammonium hydroxide; - alkali metal alkane sulfonate; and - water.
A compressor, comprising: a drive shaft having a main shaft and an eccentric portion eccentric to a center of the main shaft; and a compression mechanism having a fitted tubular portion into which a fitted shaft portion of the drive shaft is fitted, the fitted shaft portion of the drive shaft and the fitted tubular portion sliding on each other with an oil film interposed therebetween, the fitted shaft portion having a first sliding surface formed as a portion, in a circumferential direction, of an outer peripheral surface of the fitted shaft portion, and a second sliding surface formed as another portion of the outer peripheral surface in the circumferential direction, the second sliding surface having a smaller axial width than an axial width of the first sliding surface, a sliding portion between the fitted shaft portion and the fitted tubular portion having a gap which is adjacent to the second sliding surface in an axial direction and into which a lubricating oil flows, and an oil retainer for keeping the lubricating oil in the gap from flowing out toward an end surface of the fitted shaft portion, the second sliding surface is provided at an axial middle portion of the fitted shaft portion, and the oil retainer is configured as a boundary portion between the first sliding surface and the gap, characterized in that the boundary portion has a central portion that protrudes further toward the first sliding surface than an end of the boundary portion in a lubricating oil flow-out direction. a drive shaft having a main shaft and an eccentric portion eccentric to a center of the main shaft; and a compression mechanism having a fitted tubular portion into which a fitted shaft portion of the drive shaft is fitted, the fitted shaft portion of the drive shaft and the fitted tubular portion sliding on each other with an oil film interposed therebetween, the fitted shaft portion having a first sliding surface formed as a portion, in a circumferential direction, of an outer peripheral surface of the fitted shaft portion, and a second sliding surface formed as another portion of the outer peripheral surface in the circumferential direction, the second sliding surface having a smaller axial width than an axial width of the first sliding surface, a sliding portion between the fitted shaft portion and the fitted tubular portion having a gap which is adjacent to the second sliding surface in an axial direction and into which a lubricating oil flows, and an oil retainer for keeping the lubricating oil in the gap from flowing out toward an end surface of the fitted shaft portion, the second sliding surface is provided at an axial middle portion of the fitted shaft portion, and the oil retainer is configured as a boundary portion between the first sliding surface and the gap, characterized in that the boundary portion has a central portion that protrudes further toward the first sliding surface than an end of the boundary portion in a lubricating oil flow-out direction.
A method for burning primary fuel, wherein the primary fuel comprises at least a first compound containing nitrogen and a second compound comprising sulfur, the method comprising - feeding the primary fuel and primary combustion gas to a primary process zone of a furnace, - feeding tertiary combustion gas to a secondary process zone of the furnace, - letting the primary fuel, the primary combustion gas, and/or their reaction products to move from the primary process zone via the secondary process zone to a tertiary process zone of the furnace, - feeding quaternary combustion gas comprising oxygen to the tertiary process zone of the furnace, characterized by - burning tertiary fuel to produce the primary combustion gas having an oxygen content from 7 vol % to 19 vol % and a temperature of at least 450 °C and - delivering the primary combustion gas to the primary process zone by means of a compressor or a fan. - feeding the primary fuel and primary combustion gas to a primary process zone of a furnace, - feeding tertiary combustion gas to a secondary process zone of the furnace, - letting the primary fuel, the primary combustion gas, and/or their reaction products to move from the primary process zone via the secondary process zone to a tertiary process zone of the furnace, - feeding quaternary combustion gas comprising oxygen to the tertiary process zone of the furnace, characterized by - burning tertiary fuel to produce the primary combustion gas having an oxygen content from 7 vol % to 19 vol % and a temperature of at least 450 °C and - delivering the primary combustion gas to the primary process zone by means of a compressor or a fan.
A liquid discharge head comprising a flow path substrate including an individual liquid chamber communicating with a nozzle of discharging liquid; and a holding substrate joined to the flow path substrate by an adhesive bond and having an opening being a flow path between a common liquid chamber and the individual liquid chamber, wherein the opening of the holding substrate has a wall surface crossing relative to a joining surface of the folding substrate joined to a joining surface of the flow path substrate by the adhesive bond, characterized in that an uneven portion is provided on the wall surface of the opening of the holding substrate, the uneven portion extends along a first direction that is parallel with the joining surface of the holding substrate and orthogonal to a depth direction of the uneven portion, the uneven portion is arranged on the wall surface of the opening of the holding substrate in a second direction which is orthogonal to the first direction, and a part of the adhesive bond adheres to the uneven portion on the wall surface.
A process of obtaining arabonic acid from a hemicellulose-containing material, wherein a) the hemicellulose-containing material is hydrolyzed enzymatically or non-enzymatically and the obtained hydrolysate includes arabinose and xylose as released sugars, and b) the obtained hydrolysate is subjected to conversion, characterized by a combination of the following provisos: - the arabinose is converted into the γ-arabinolactone by means of an oxidoreductase and γ-arabinolactone is hydrolyzed into arabonic acid, wherein redox cofactors are reduced to NADH and/or NADPH by the oxidoreductase, and - the reduced redox cofactors NADH and/or NADPH are converted into the oxidized state NAD + and/or NADP + in the same reaction batch by means of an alcohol dehydrogenase, a lactate dehydrogenase, a xylose reductase, an oxidase and/or one or several redox enzymes coupled to an electrode. a) the hemicellulose-containing material is hydrolyzed enzymatically or non-enzymatically and the obtained hydrolysate includes arabinose and xylose as released sugars, and b) the obtained hydrolysate is subjected to conversion, characterized by a combination of the following provisos: - the arabinose is converted into the γ-arabinolactone by means of an oxidoreductase and γ-arabinolactone is hydrolyzed into arabonic acid, wherein redox cofactors are reduced to NADH and/or NADPH by the oxidoreductase, and - the reduced redox cofactors NADH and/or NADPH are converted into the oxidized state NAD + and/or NADP + in the same reaction batch by means of an alcohol dehydrogenase, a lactate dehydrogenase, a xylose reductase, an oxidase and/or one or several redox enzymes coupled to an electrode. - the arabinose is converted into the γ-arabinolactone by means of an oxidoreductase and γ-arabinolactone is hydrolyzed into arabonic acid, wherein redox cofactors are reduced to NADH and/or NADPH by the oxidoreductase, and - the reduced redox cofactors NADH and/or NADPH are converted into the oxidized state NAD + and/or NADP + in the same reaction batch by means of an alcohol dehydrogenase, a lactate dehydrogenase, a xylose reductase, an oxidase and/or one or several redox enzymes coupled to an electrode.
A ratchet spool for use in a winding assembly, said ratchet spool being rotatable about a principal axis, and said ratchet spool comprising: a main part; a plurality of ratchet teeth arranged circumferentially around the main part, the teeth being engageable by a ratchet arrangement for driving the ratchet spool in a driving direction about said principal axis; and a drive formation for driving the ratchet spool in said driving direction; wherein the main part defines a through hole, and the ratchet spool includes a drive member extending through the hole; characterised in that the drive member has a shaft and a head, the head defining the drive formation, and the ratchet spool further includes a fastening member arranged on the drive member to secure the drive member to the main part; wherein the shaft and the fastening member are threaded, the fastening member being screwed onto the shaft of the drive member to secure the drive member to the main part. a main part; a plurality of ratchet teeth arranged circumferentially around the main part, the teeth being engageable by a ratchet arrangement for driving the ratchet spool in a driving direction about said principal axis; and a drive formation for driving the ratchet spool in said driving direction; wherein the main part defines a through hole, and the ratchet spool includes a drive member extending through the hole; characterised in that the drive member has a shaft and a head, the head defining the drive formation, and the ratchet spool further includes a fastening member arranged on the drive member to secure the drive member to the main part; wherein the shaft and the fastening member are threaded, the fastening member being screwed onto the shaft of the drive member to secure the drive member to the main part.
Drive assembly for a drug delivery device, the drive assembly comprising a spring member, a piston rod and a piston rod nut being engaged with the piston rod, wherein the piston rod nut is configured to rotate and axially move during a setting of a dose, wherein the spring member is compressed when the piston rod nut is moved during the setting of a dose, wherein the piston rod nut is rotationally fixed during a dispense of a dose, and wherein the drive assembly further comprises a locking member having a locking state, wherein the locking member inhibits a relaxing of the spring member when the locking member is in its locking state, characterized in that the locking member is in threaded engagement with the piston rod.
A light source comprising: an elliptical reflection mirror having first and second focal points (F1, F2); a discharge chamber in which a luminescent substance is enclosed; a laser light generator configured to emit laser light; and a laser light guide configured to guide the laser light from an opening side of the elliptical reflection mirror into the discharge chamber, wherein the light source is configured so that the luminescent substance can be excited by providing the laser light to the luminescent substance so as to emit light, and the light is reflected by the elliptical reflection mirror; and wherein the laser light guided by the laser light guide is directly irradiated into the discharge chamber; characterised in that the discharge chamber is disposed on the first focal point of the elliptical reflection mirror; and the laser light guide is disposed between the first and second focal points (F1, F2) and disposed in a shade area in which the light reflected by the elliptical reflection mirror is blocked by the discharge chamber. an elliptical reflection mirror having first and second focal points (F1, F2); a discharge chamber in which a luminescent substance is enclosed; a laser light generator configured to emit laser light; and a laser light guide configured to guide the laser light from an opening side of the elliptical reflection mirror into the discharge chamber, wherein the light source is configured so that the luminescent substance can be excited by providing the laser light to the luminescent substance so as to emit light, and the light is reflected by the elliptical reflection mirror; and wherein the laser light guided by the laser light guide is directly irradiated into the discharge chamber; characterised in that the discharge chamber is disposed on the first focal point of the elliptical reflection mirror; and the laser light guide is disposed between the first and second focal points (F1, F2) and disposed in a shade area in which the light reflected by the elliptical reflection mirror is blocked by the discharge chamber.
A turbine generator assembly comprising: • a turbine configured to be supplied with combustion gases by a combustion device; • a compressor mechanically coupled to the turbine by a central element; • a motor-generator axially offset from the compressor and mechanically coupled to the turbine and the compressor by the central element; • a first radial bearing located axially between the turbine and the compressor and designed to guide the central element in rotation; and • a second radial bearing located axially between the compressor and the motor-generator and designed to guide the central element in rotation; characterised in that the first radial bearing is the only radial bearing between the turbine and the compressor. • a turbine configured to be supplied with combustion gases by a combustion device; • a compressor mechanically coupled to the turbine by a central element; • a motor-generator axially offset from the compressor and mechanically coupled to the turbine and the compressor by the central element; • a first radial bearing located axially between the turbine and the compressor and designed to guide the central element in rotation; and • a second radial bearing located axially between the compressor and the motor-generator and designed to guide the central element in rotation;
An aqueous ink to be ejected from a recording head of an inkjet system through an action of thermal energy, the aqueous ink comprising: a particulate component; a first surfactant; and a second surfactant, wherein the particulate component comprises at least one kind selected from the group consisting of: a pigment and a resin particle, wherein the first surfactant comprises a compound represented by a following general formula, and wherein the second surfactant comprises an acetylene glycol compound: in the general formula, "m" and "n" each independently represent an integer of 1 or more and satisfy a relationship of m+n≤10, and "a" represents an integer of 10 or more to 20 or less. a particulate component; a first surfactant; and a second surfactant, wherein the particulate component comprises at least one kind selected from the group consisting of: a pigment and a resin particle, wherein the first surfactant comprises a compound represented by a following general formula, and wherein the second surfactant comprises an acetylene glycol compound: in the general formula, "m" and "n" each independently represent an integer of 1 or more and satisfy a relationship of m+n≤10, and "a" represents an integer of 10 or more to 20 or less.
An aqueous saline solution with osmolarity comprised between 50 mOsm/L and 170 mOsm/L, preferably between 50 and 100 mOsm/L, characterized in that it further comprises at least one membrane-weakening agent, said membrane-weakening agent being at least one biliary acid salt and/or at least one poloxamer of structural formula: which comprises a hydrophilic portion and a hydrophobic portion, with x and y being integers, and selected so that the hydrophilic portion represents between 10 and 80% by weight of the poloxamer, preferably between 30 and 50% and the HLB (hydrophilic/lipophilic balance) is less than 35, preferably less than 20.
A structured substrate comprising: a first major surface and second major surface, wherein the first major surface and the second major surface each have a microstructured surface, each of the first major surface and the second major surface comprising a plurality of spaced apart protrusions forming a repeating pattern, each repeating pattern having a major axis, wherein the major axis comprises one of the major axes in the translational direction of the repeating pattern, and wherein the major axis of the repeating pattern on the second major surface forms an oblique angle with the major axis on the first major surface, wherein the angle is in the range of 10-90% of the angle of rotational symmetry of the repeating pattern, and wherein the structured substrate is a unitary substrate.
Apparatus for relieving strain on individual cores, having at least one connection plug by way of which contact is made with at least one individual core, and having a strain relief element which has a first recess for holding the individual core, which first recess has at least two regions (11, 12) for mounting individual cores (3, 3.1, 3.2) of different cross section, wherein the lower region has a smaller width than the upper region, and wherein in each case one electrical line (3.1, 3.2) is received with a press-fit in the two regions, wherein a continuous or stepped change in the width of the first recess is provided, characterized in that the first recess has a constant width in the lower region and has a constant width in the upper region, wherein the change in width between the regions (11, 12) is continuous.
A method of imaging an eye, the method comprising: generating (104, 106) a polarized electromagnetic radiation beam using a beam source; focusing the polarized electromagnetic radiation beam to a focal point in the eye; scanning the focal point of the polarized electromagnetic radiation beam to a plurality of different locations in the eye; receiving electromagnetic radiation reflected from the focal point in response to the step of scanning the polarized electromagnetic radiation; directing the received reflected electromagnetic radiation to a sensor; generating an intensity profile indicative of an intensity of the received reflected electromagnetic radiation; and identifying a first surface and a second surface of the eye using the intensity profile, wherein the polarized electromagnetic radiation beam is generated by: generating an electromagnetic radiation beam using a beam source and elliptically polarizing the electromagnetic radiation beam. generating (104, 106) a polarized electromagnetic radiation beam using a beam source; focusing the polarized electromagnetic radiation beam to a focal point in the eye; scanning the focal point of the polarized electromagnetic radiation beam to a plurality of different locations in the eye; receiving electromagnetic radiation reflected from the focal point in response to the step of scanning the polarized electromagnetic radiation; directing the received reflected electromagnetic radiation to a sensor; generating an intensity profile indicative of an intensity of the received reflected electromagnetic radiation; and identifying a first surface and a second surface of the eye using the intensity profile, wherein the polarized electromagnetic radiation beam is generated by: generating an electromagnetic radiation beam using a beam source and elliptically polarizing the electromagnetic radiation beam.
A seat pad adapted to be mounted in a vehicle and to be used as a seating portion, comprising: a first layer that is formed by a first foam body, and a second layer that is formed by a second foam body and that is laminated to the first layer, wherein the first foam body has an Asker F hardness and a hysteresis loss that are greater than in the second foam body, a modulus of repulsion elasticity of the first foam body is not less than 50% and not more than 65%, a modulus of repulsion elasticity of the second foam body is not less than 65% and less than 80%, the modulus of repulsion elasticity of the second foam body is greater than the modulus of repulsion elasticity of the first foam body, the Asker F hardness is measured by means of an Asker Durometer type F (manufactured by ASKER), and the modulus of repulsion elasticity and hysteresis loss are measured using a method stipulated by JIS K 6400-2004. a first layer that is formed by a first foam body, and a second layer that is formed by a second foam body and that is laminated to the first layer, wherein the first foam body has an Asker F hardness and a hysteresis loss that are greater than in the second foam body, a modulus of repulsion elasticity of the first foam body is not less than 50% and not more than 65%, a modulus of repulsion elasticity of the second foam body is not less than 65% and less than 80%, the modulus of repulsion elasticity of the second foam body is greater than the modulus of repulsion elasticity of the first foam body, the Asker F hardness is measured by means of an Asker Durometer type F (manufactured by ASKER), and the modulus of repulsion elasticity and hysteresis loss are measured using a method stipulated by JIS K 6400-2004.