mhurhangee/ep-ind-claims huggingface dataset:
A personal care conditioning and/or styling composition for keratin substrate comprising: A. at least one conditioning and/or styling tetra polymer obtained from polymerizing: (i) 50 wt.-% to 97 wt.-% of diallyl dimethyl ammonium chloride (DADMAC); (ii) 1 wt.-% to 20 wt.-% of acrylic acid; (iii) 0.1 wt.-% to 20 wt.-% of polyoxyethylene -18-behenylether methacrylate; and (iv) 0.1 wt.-% to 10 wt.-% of vinylcaprolactam (V-cap), wherein percentages are by weight of tetra polymer; wherein said tetra polymer has a cationic degree of substitution (Cat-DS) of greater than 0.001 units, and wherein the cationic charge density is in the range of 1 meq/g to 6.5 meq/g; B. at least one cosmetically acceptable excipient; and C. optionally, at least one effective amount of personal care active ingredient. A. at least one conditioning and/or styling tetra polymer obtained from polymerizing: (i) 50 wt.-% to 97 wt.-% of diallyl dimethyl ammonium chloride (DADMAC); (ii) 1 wt.-% to 20 wt.-% of acrylic acid; (iii) 0.1 wt.-% to 20 wt.-% of polyoxyethylene -18-behenylether methacrylate; and (iv) 0.1 wt.-% to 10 wt.-% of vinylcaprolactam (V-cap), wherein percentages are by weight of tetra polymer; wherein said tetra polymer has a cationic degree of substitution (Cat-DS) of greater than 0.001 units, and wherein the cationic charge density is in the range of 1 meq/g to 6.5 meq/g; (i) 50 wt.-% to 97 wt.-% of diallyl dimethyl ammonium chloride (DADMAC); (ii) 1 wt.-% to 20 wt.-% of acrylic acid; (iii) 0.1 wt.-% to 20 wt.-% of polyoxyethylene -18-behenylether methacrylate; and (iv) 0.1 wt.-% to 10 wt.-% of vinylcaprolactam (V-cap), wherein percentages are by weight of tetra polymer; wherein said tetra polymer has a cationic degree of substitution (Cat-DS) of greater than 0.001 units, and wherein the cationic charge density is in the range of 1 meq/g to 6.5 meq/g; B. at least one cosmetically acceptable excipient; and C. optionally, at least one effective amount of personal care active ingredient.
Method for covering inner walls of a cavity of a vehicle body or of an add-on part for a vehicle body, with a protective layer made of anti-corrosion wax, characterized by the following features: a. anti-corrosion wax is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved, wherein the mist generator generates the protective wax mist by mixing pressurized protective wax and pressurized air and the droplets of the protective wax mist emerge from the outlet opening at a speed of < 10 m/sec, and b. the protective wax mist is deposited on inner walls of the cavity and forms an anti-corrosion wax layer here. a. anti-corrosion wax is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved, wherein the mist generator generates the protective wax mist by mixing pressurized protective wax and pressurized air and the droplets of the protective wax mist emerge from the outlet opening at a speed of < 10 m/sec, and b. the protective wax mist is deposited on inner walls of the cavity and forms an anti-corrosion wax layer here.
A bicycle pedal arrangement with extendible crank arms wherein both main crank arms incorporate a mechanism for the synchronous extension or shortening thereof, extending the lever arm in the main crank arm and shortening the lever arm in the main crank arm during retraction, wherein both main crank arms incorporate an extension, mounted longitudinally in each main crank arm by means of a linear bearing, said extension comprising at the end thereof a bearing for a shaft, the corresponding pedal fixed to the outer end thereof, and the inner end being joined axially to an eccentric disk, an eccentric shaft of which is coupled to a second crank arm which is coupled at a fixed point to the main crank arm, the rotation of the shaft of the pedal establishing the movement of the extension, extending or shortening the length of the pedaling lever formed by the main crank arm and the corresponding extension thereof depending on whether the pedal is in a position of impulsion or retraction, respectively, the bicycle pedal with extendible crank arms characterized in that the eccentric shaft of the eccentric disk, to which the second crank arm is coupled, is mounted to a ratchet-type bearing or a freewheel bearing, while the shaft of the pedal is coupled on its outer end to a second eccentric disk, the eccentric shaft of which is diametrically opposite the eccentric shaft of the eccentric disk, the corresponding pedal mounted thereto, such that the extensions of both eccentric disks (9, 20) are joined, extending or shortening the length of the pedaling lever formed by the main crank arm and the corresponding extension thereof, depending on whether the pedal is in a position of impulsion or retraction, respectively.
A gas sampling device comprising: a sample gas line through which a sample gas flows; a pressure loss mechanism that is provided on the sample gas line; a pressure control mechanism for controlling pressure differences in the sample gas line between a front and a rear of the pressure loss mechanism by discharging a portion of the sample gas from a rearward side of the pressure loss mechanism, or by supplying a predetermined gas to the rearward side of the pressure loss mechanism, wherein the pressure control mechanism includes a sample pressure control device characterized in that the sample pressure control device is configured to control the pressure difference in order to keep a flow rate of the sample gas flowing through the pressure loss mechanism constant. a sample gas line through which a sample gas flows; a pressure loss mechanism that is provided on the sample gas line; a pressure control mechanism for controlling pressure differences in the sample gas line between a front and a rear of the pressure loss mechanism by discharging a portion of the sample gas from a rearward side of the pressure loss mechanism, or by supplying a predetermined gas to the rearward side of the pressure loss mechanism, wherein the pressure control mechanism includes a sample pressure control device characterized in that the sample pressure control device is configured to control the pressure difference in order to keep a flow rate of the sample gas flowing through the pressure loss mechanism constant.
A method of treating a first off-gas stream in a gasification process to provide an ammonium-rich stream, comprising at least the steps of: (a) providing a first off-gas stream comprising HCN, NH 3, H 2 S, CO 2 and optionally one or both of COS and CS 2 by separating a slurry bleed stream comprising particulate solids, HCN, NH 3, H 2 S, CO 2 and optionally one or both of COS and CS 2 in a sour slurry stripper to provide the first off-gas stream and a stripped slurry stream comprising particulate solids; (b) passing the first off-gas stream to a hydrolysis zone operating at a pressure in the range of 1.5 to 10 bara to hydrolyse the HCN and any COS and CS 2 to provide a second off-gas stream comprising NH 3, H 2 S and CO 2; (c) scrubbing the second off-gas stream with an aqueous acidic stream comprising sulphuric acid in an ammonia scrubber to provide a third off-gas stream comprising H 2 S and CO 2 and an ammonium-rich aqueous stream comprising ammonium sulphate; (d) contacting the third off-gas stream with an aqueous alkaline stream in a H 2 S-removal zone to provide a fourth off-gas stream comprising CO 2 and a hydrogen sulphide-comprising aqueous stream; and (e) passing the hydrogen sulphide-comprising aqueous stream, optionally via a flash vessel, to a bio-reactor comprising sulphide-oxidising bacteria in the presence of oxygen to generate a sulphur slurry and regenerated aqueous alkaline, wherein in step (e) the sulphur slurry comprises sulphate, and the process further comprising the steps of: (h) generating a sulphuric acid stream from the sulphate in the sulphur slurry; and (i) passing the sulphuric acid stream to the ammonia scrubber as the aqueous acidic stream. (a) providing a first off-gas stream comprising HCN, NH 3, H 2 S, CO 2 and optionally one or both of COS and CS 2 by separating a slurry bleed stream comprising particulate solids, HCN, NH 3, H 2 S, CO 2 and optionally one or both of COS and CS 2 in a sour slurry stripper to provide the first off-gas stream and a stripped slurry stream comprising particulate solids; (b) passing the first off-gas stream to a hydrolysis zone operating at a pressure in the range of 1.5 to 10 bara to hydrolyse the HCN and any COS and CS 2 to provide a second off-gas stream comprising NH 3, H 2 S and CO 2; (c) scrubbing the second off-gas stream with an aqueous acidic stream comprising sulphuric acid in an ammonia scrubber to provide a third off-gas stream comprising H 2 S and CO 2 and an ammonium-rich aqueous stream comprising ammonium sulphate; (d) contacting the third off-gas stream with an aqueous alkaline stream in a H 2 S-removal zone to provide a fourth off-gas stream comprising CO 2 and a hydrogen sulphide-comprising aqueous stream; and (e) passing the hydrogen sulphide-comprising aqueous stream, optionally via a flash vessel, to a bio-reactor comprising sulphide-oxidising bacteria in the presence of oxygen to generate a sulphur slurry and regenerated aqueous alkaline, (h) generating a sulphuric acid stream from the sulphate in the sulphur slurry; and (i) passing the sulphuric acid stream to the ammonia scrubber as the aqueous acidic stream.
A method of applying a pattern, comprising: providing a receiving member having a layered structure, the layered structure comprising a layer of phase change material, the phase change material being thermally switchable between a plurality of stable states having different refractive indices relative to each other; characterized in that the method comprises: stamping an embossing member into the receiving member, wherein: the embossing member heats a selected portion of the layer of phase change material via contact with the receiving member during the stamping, the heating being such as to thermally switch phase change material in the selected portion and thereby apply a pattern of different refractive indices to the layer of phase change material. providing a receiving member having a layered structure, the layered structure comprising a layer of phase change material, the phase change material being thermally switchable between a plurality of stable states having different refractive indices relative to each other; characterized in that the method comprises: stamping an embossing member into the receiving member, wherein: the embossing member heats a selected portion of the layer of phase change material via contact with the receiving member during the stamping, the heating being such as to thermally switch phase change material in the selected portion and thereby apply a pattern of different refractive indices to the layer of phase change material.
Cleaning apparatus for cleaning articles, comprising a cleaning chamber for receiving the articles, wherein the cleaning apparatus has at least one application device for applying at least one cleaning fluid to the articles in the cleaning chamber, wherein the cleaning apparatus has at least one door for opening the cleaning chamber and for loading and unloading the cleaning chamber with articles, wherein the door has at least one at least partially transparent handle, wherein the cleaning apparatus has at least one illuminating device, wherein the illuminating device is configured to at least partially illuminate the handle and wherein the illuminating device is configured to illuminate the cleaning chamber and/or an inner side of the door in an opened state of the door, wherein the cleaning apparatus is configured to carry out a cleaning program, wherein the cleaning fluid is applied to the articles in at least one program step of the cleaning program, wherein the illuminating device is configured to indicate at least one item of information about the cleaning program by means of a light signal, wherein the illuminating device is configured to indicate the at least one item of information about the cleaning program on the handle of the cleaning apparatus and/or in an interior space of the cleaning chamber.
A gladhand coupling, comprising: a first coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said first coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized in that the first coupling half further comprises: a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad, said second ramped pad being shaped to define a narrow pad, wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween. a first coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said first coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized in that the first coupling half further comprises: a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad, said second ramped pad being shaped to define a narrow pad, wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween. a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad, said second ramped pad being shaped to define a narrow pad, wherein said locking lug further includes a third ramped pad spaced apart from the first ramped pad to define a slot therebetween.
A seal segment for mounting between a first rotor disk and a second rotor disk of a gas turbine engine, comprising: a first radial span; a second radial span that is generally parallel to said first radial span; a first axial span that extends between said first radial span and said second radial span; and a second axial span that extends between said first radial span and said second radial span, characterised in that: said first radial span, said second radial span, said first axial span, and said second axial span form a torque box that stiffens the seal segment against axial deflection to maintain the first and second rotor disks (68, 70) at a uniform axial displacement; and said seal segment further comprises: a first and second flow discourager (202, 204) that extend axially from said first radial span and said second radial span respectively; and a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals. a first radial span; a second radial span that is generally parallel to said first radial span; a first axial span that extends between said first radial span and said second radial span; and a second axial span that extends between said first radial span and said second radial span, said first radial span, said second radial span, said first axial span, and said second axial span form a torque box that stiffens the seal segment against axial deflection to maintain the first and second rotor disks (68, 70) at a uniform axial displacement; and said seal segment further comprises: a first and second flow discourager (202, 204) that extend axially from said first radial span and said second radial span respectively; and a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals. a first and second flow discourager (202, 204) that extend axially from said first radial span and said second radial span respectively; and a seal span that extends between said first radial span and said second radial span, said seal span including a multiple of knife edge seals.
A vapor-to-air heat exchanger for an aircraft powerplant, comprising: a pressurized vapor source supplying vapor; and a condenser including a condenser inlet in fluid communication with the pressurized vapor source to receive the vapor, a condenser outlet, characterized in that the vapor-to-air heat exchanger further comprises a pneumatic vessel defining a cavity in fluid communication between the condenser inlet and the condenser outlet, the pneumatic vessel being reversibly inflatable to be configurable between a collapsed vessel configuration and an inflated vessel configuration, a volume of the cavity being greater in the inflated vessel configuration than in the collapsed vessel configuration, the pneumatic vessel being inflatable from the collapsed vessel configuration to the inflated vessel configuration when the cavity is pressurized by the vapor. a pressurized vapor source supplying vapor; and a condenser including a condenser inlet in fluid communication with the pressurized vapor source to receive the vapor, a condenser outlet, characterized in that the vapor-to-air heat exchanger further comprises a pneumatic vessel defining a cavity in fluid communication between the condenser inlet and the condenser outlet, the pneumatic vessel being reversibly inflatable to be configurable between a collapsed vessel configuration and an inflated vessel configuration, a volume of the cavity being greater in the inflated vessel configuration than in the collapsed vessel configuration, the pneumatic vessel being inflatable from the collapsed vessel configuration to the inflated vessel configuration when the cavity is pressurized by the vapor.
A method for enriching an oxygen isotope comprising: a step of acquiring an oxygen having a crudely enriched oxygen isotope by distilling a raw material oxygen using a first distillation device, a step of acquiring a water by hydrogenating the oxygen having a crudely enriched oxygen isotope, a step of acquiring a nitric oxide discharged upon distillation of a raw material nitric oxide using a second distillation device, and a nitric oxide and water acquisition step of performing a chemical exchange between the water and the discharged nitric oxide, thereby acquiring a nitric oxide having an enriched concentration of the oxygen isotope and a water having a reduced concentration of the oxygen isotope, wherein the nitric oxide having an enriched concentration of the oxygen isotope is supplied to the second distillation device, and an oxygen obtained by electrolysis of the water having a reduced concentration of the oxygen isotope is returned to the first distillation device. a step of acquiring an oxygen having a crudely enriched oxygen isotope by distilling a raw material oxygen using a first distillation device, a step of acquiring a water by hydrogenating the oxygen having a crudely enriched oxygen isotope, a step of acquiring a nitric oxide discharged upon distillation of a raw material nitric oxide using a second distillation device, and a nitric oxide and water acquisition step of performing a chemical exchange between the water and the discharged nitric oxide, thereby acquiring a nitric oxide having an enriched concentration of the oxygen isotope and a water having a reduced concentration of the oxygen isotope, wherein the nitric oxide having an enriched concentration of the oxygen isotope is supplied to the second distillation device, and an oxygen obtained by electrolysis of the water having a reduced concentration of the oxygen isotope is returned to the first distillation device.
A nautical chart display device, comprising: a display unit configured to display a nautical chart on a screen; a detector configured to detect an operation to the screen; a directional symbol displaying module configured to display, on the display unit so as to be superimposed on the nautical chart, a directional symbol in which directional markers arranged in a circle and the center of the circle are indicated, the directional markers indicating a direction of the nautical chart; and a directional symbol changing module configured to move the directional symbol according to an operation to the directional symbol, wherein the directional symbol changing module increases or decreases the size of the directional symbol according to the operation to the directional symbol, wherein the directional symbol includes a distance scale line extending from the center of the circle, wherein a numerical value indicating a distance is illustrated on the distance scale line, and wherein the directional symbol changing module is configured to change the numerical value of the distance scale line indicating the distance according to a scale of the nautical chart or the increase or the decrease in size of the directional symbol. a display unit configured to display a nautical chart on a screen; a detector configured to detect an operation to the screen; a directional symbol displaying module configured to display, on the display unit so as to be superimposed on the nautical chart, a directional symbol in which directional markers arranged in a circle and the center of the circle are indicated, the directional markers indicating a direction of the nautical chart; and a directional symbol changing module configured to move the directional symbol according to an operation to the directional symbol, wherein the directional symbol changing module increases or decreases the size of the directional symbol according to the operation to the directional symbol, wherein the directional symbol includes a distance scale line extending from the center of the circle, wherein a numerical value indicating a distance is illustrated on the distance scale line, and wherein the directional symbol changing module is configured to change the numerical value of the distance scale line indicating the distance according to a scale of the nautical chart or the increase or the decrease in size of the directional symbol.
A portable temperature-sensorless light pen dispensing device for photodynamic therapy comprising: a housing (11, 12), an electronics module located in said housing (11, 12) and comprising a light source capable of irradiating skin and stimulating regeneration of the skin to treat skin disorders, a battery for powering the electronics module, wherein the light source comprises one or more LEDs, said light source emitting light at a wavelength of around 400 to around 1100 nm, wherein the electronics module comprises drive means arranged to control the operation of the light source characterised in that said drive means are arranged to emit light in a mixed driving mode so as to limit the temperature of the LED without a temperature sensor by driving the light source in a continuous-wave driving mode and a pulsed-wave driving mode, and wherein said driving means is arranged to change the driving mode as a function of time thereby ensuring a sufficient fluency allowing for the skin to be treated. a housing (11, 12), an electronics module located in said housing (11, 12) and comprising a light source capable of irradiating skin and stimulating regeneration of the skin to treat skin disorders, a battery for powering the electronics module, wherein the light source comprises one or more LEDs, said light source emitting light at a wavelength of around 400 to around 1100 nm, wherein the electronics module comprises drive means arranged to control the operation of the light source characterised in that said drive means are arranged to emit light in a mixed driving mode so as to limit the temperature of the LED without a temperature sensor by driving the light source in a continuous-wave driving mode and a pulsed-wave driving mode, and wherein said driving means is arranged to change the driving mode as a function of time thereby ensuring a sufficient fluency allowing for the skin to be treated.