mhurhangee/ep-ind-claims huggingface dataset:
A tractor configuration having a combination of features including: a mainframe structure (23, 54, 86); a control station having a means of controlling the tractor; an undercarriage system having a left side track assembly (12, 22) and a right side track assembly (12, 22), wherein both of the track assemblies (12, 22) are attached to the mainframe structure (23, 54, 86); a wheel mechanism containing one or more wheels located forward of the track assemblies (12, 22); and a power train configured for forcing both track assemblies (12, 22) to travel at the same speed or at different speeds; characterized by means for exerting a force to transfer vertical load back and forth between the front portion of the track assemblies (12, 22) and the wheel mechanism; means for controlling an amount of weight carried by the wheel mechanism; means for causing or allowing a wheel, or wheels of the wheel mechanism to follow a tractor curved path caused by a track speed difference between the left and the right track assemblies (12, 22). a mainframe structure (23, 54, 86); a control station having a means of controlling the tractor; an undercarriage system having a left side track assembly (12, 22) and a right side track assembly (12, 22), wherein both of the track assemblies (12, 22) are attached to the mainframe structure (23, 54, 86); a wheel mechanism containing one or more wheels located forward of the track assemblies (12, 22); and a power train configured for forcing both track assemblies (12, 22) to travel at the same speed or at different speeds; means for exerting a force to transfer vertical load back and forth between the front portion of the track assemblies (12, 22) and the wheel mechanism; means for controlling an amount of weight carried by the wheel mechanism; means for causing or allowing a wheel, or wheels of the wheel mechanism to follow a tractor curved path caused by a track speed difference between the left and the right track assemblies (12, 22).
Use of the substance of formula or salts thereof wherein - R1, R2, R3 and R4 are independently selected from the group consisting of hydrogen (-H), methyl (-CH 3), ethyl (-CH 2 CH 3), C3 alkyl, C4 alkyl, C5 alkyl and C6 alkyl, and - X and Y are independently selected from the group consisting of hydrogen (-H), methyl (-CH 3), ethyl (-CH 2 CH 3), C3 alkyl, C4 alkyl, C5 alkyl and C6 alkyl, halogen, nitro (-NO 2), hydroxy (-OH), methoxy (-OCH 3), ethoxy (-OCH 2 CH 3), C3 alkoxy, C4 alkoxy, C5 alkoxy and C6 alkoxy, phenyl (-C 6 H 5), benzyl (-CH 2 C 6 H 5), and benzyloxy (-OCH 2 C 6 H 5), in cosmetic compositions and/or topical compositions for (i) the lightening of the skin and/or (ii) the whitening of the skin and/or (iii) the reduction of pigmentation of the skin and/or (iv) the reduction of hyperpigmentation of the skin and/or (v) the inhibition of melanogenesis in the skin and/or (vi) the prevention and/or retardation of signs of ageing and/or improving the skin appearance of an aged skin. - R1, R2, R3 and R4 are independently selected from the group consisting of hydrogen (-H), methyl (-CH 3), ethyl (-CH 2 CH 3), C3 alkyl, C4 alkyl, C5 alkyl and C6 alkyl, and - X and Y are independently selected from the group consisting of hydrogen (-H), methyl (-CH 3), ethyl (-CH 2 CH 3), C3 alkyl, C4 alkyl, C5 alkyl and C6 alkyl, halogen, nitro (-NO 2), hydroxy (-OH), methoxy (-OCH 3), ethoxy (-OCH 2 CH 3), C3 alkoxy, C4 alkoxy, C5 alkoxy and C6 alkoxy, phenyl (-C 6 H 5), benzyl (-CH 2 C 6 H 5), and benzyloxy (-OCH 2 C 6 H 5), (i) the lightening of the skin and/or (ii) the whitening of the skin and/or (iii) the reduction of pigmentation of the skin and/or (iv) the reduction of hyperpigmentation of the skin and/or (v) the inhibition of melanogenesis in the skin and/or (vi) the prevention and/or retardation of signs of ageing and/or improving the skin appearance of an aged skin.
Method for operating a crop comminution and distribution device, in particular a chopper attachment for a combine harvester, wherein at least one distribution device is arranged downstream of the at least one chopping component, several guide plates of which, arranged in a deflection housing and adjustable in their position, serve for setting a spread pattern of a quantity of chopped material to be distributed, and wherein the distribution device has a neutral axis, at which the quantity of chopped material is not deflected, wherein the guide plates arranged on the right and left side of the neutral axis effect a deflection of material, characterized in that the quantity of chopped material exiting from the chopping component is alterable at least in the exit area of the distribution device depending on the position and/or geometry of the spread pattern, wherein the alteration is effected through the shifting of the neutral axis, wherein a guide plate running on the imaginary neutral axis is level, while the guide plates arranged on one side of the neutral axis are bent to the left and the guide plates arranged on the other side of the neutral axis are bent to the right and wherein, from a specific adjustment of a control element through the displacement of the neutral axis, the number of the guide plates arranged on the respective side (53, 54) is altered.
A method performed by a server (510a, 510b) for automatically configuring a newly purchased user equipment device (504a, 504b) with content consumption material that is associated with a user, the method comprising: receiving from a vendor's or transaction broker's device purchase information associated with a purchase of the user equipment device (504a, 504b) and a user equipment device identifier of the user equipment device (504a, 504b); and searching a database (512a, 512b) of user account information to identify a user account based on the received purchase information; identifying content consumption material that is associated with the identified user account and compatible with the user equipment device (504a, 504b); and automatically transmitting to the user equipment device (504a, 504b), based on the user equipment device identifier, a communication that causes the user equipment device (504a, 504b) to be configured with the identified content consumption material. receiving from a vendor's or transaction broker's device purchase information associated with a purchase of the user equipment device (504a, 504b) and a user equipment device identifier of the user equipment device (504a, 504b); and searching a database (512a, 512b) of user account information to identify a user account based on the received purchase information; identifying content consumption material that is associated with the identified user account and compatible with the user equipment device (504a, 504b); and automatically transmitting to the user equipment device (504a, 504b), based on the user equipment device identifier, a communication that causes the user equipment device (504a, 504b) to be configured with the identified content consumption material.
A process comprising contacting a compound of formula 6: or a pharmaceutically acceptable salt thereof; with a deprotecting reagent to form a compound of formula A: or a pharmaceutically acceptable salt thereof; where R is H or OR 1; R 1 and each R 1' are each independently protecting groups; R 1" is H or OH; and n is 0, 1, 2, 3, 4 or 5.
An apparatus for cell electroporation, the apparatus comprising: a structure (100, 200, 600), encompassing a volume (155, 655) defining a cross-sectional area that varies across a dimension of the volume, configured to contain cells having a plasma membrane and background media, the background media including an exogenous agent capable of translocating across a plasma membrane in an electroporated state, wherein the volume is a flow path, wherein the volume is in fluid association with an inlet port and an outlet port that permit a solution of the cells having a plasma membrane and the background media to flow into and out of the volume, respectively; and an arrangement of electrodes (635a, 635b) arranged relative to the structure to produce levels of an electromagnetic field, at least one of the levels sufficient to electroporate at least a subset of the plasma membranes in at least a portion of the volume, the exogenous agent responsively translocating across at least some of the subset of the plasma membranes in the electroporated state into cells to enable detection of cells having the exogenous agent therein, within the volume, the structure enabling observation of a transition of cells without the exogenous agent therein to cells with the exogenous agent therein to enable correlating a location of the transition within the volume to a threshold level of the electromagnetic field that causes cell electroporation. a structure (100, 200, 600), encompassing a volume (155, 655) defining a cross-sectional area that varies across a dimension of the volume, configured to contain cells having a plasma membrane and background media, the background media including an exogenous agent capable of translocating across a plasma membrane in an electroporated state, wherein the volume is a flow path, wherein the volume is in fluid association with an inlet port and an outlet port that permit a solution of the cells having a plasma membrane and the background media to flow into and out of the volume, respectively; and an arrangement of electrodes (635a, 635b) arranged relative to the structure to produce levels of an electromagnetic field, at least one of the levels sufficient to electroporate at least a subset of the plasma membranes in at least a portion of the volume, the exogenous agent responsively translocating across at least some of the subset of the plasma membranes in the electroporated state into cells to enable detection of cells having the exogenous agent therein, within the volume, the structure enabling observation of a transition of cells without the exogenous agent therein to cells with the exogenous agent therein to enable correlating a location of the transition within the volume to a threshold level of the electromagnetic field that causes cell electroporation.
A medical instrument, comprising: image signal generation means (37, 40, 43, 46) configured to generate an image signal of normal light and an image signal of narrow band light for observing a blood vessel image or a microstructure of a living body mucous membrane based on returning light of light that is irradiated onto living tissue by illumination means; color discrimination means configured to identify a color tone for respective pixels in accordance with a luminance level of an image signal of the narrow band light, and discriminate whether or not the respective pixels correspond to an observation object other than the living tissue; and color correction means configured to, in an observation mode that uses the narrow band light, based on the color discrimination means, if an observation object other than the living tissue is discriminated as being a red color tone, perform color correction to a yellow color tone, and if an observation object other than the living tissue is discriminated as being a green color tone or a blue-green color tone, perform color correction to a blue color tone. image signal generation means (37, 40, 43, 46) configured to generate an image signal of normal light and an image signal of narrow band light for observing a blood vessel image or a microstructure of a living body mucous membrane based on returning light of light that is irradiated onto living tissue by illumination means; color discrimination means configured to identify a color tone for respective pixels in accordance with a luminance level of an image signal of the narrow band light, and discriminate whether or not the respective pixels correspond to an observation object other than the living tissue; and color correction means configured to, in an observation mode that uses the narrow band light, based on the color discrimination means, if an observation object other than the living tissue is discriminated as being a red color tone, perform color correction to a yellow color tone, and if an observation object other than the living tissue is discriminated as being a green color tone or a blue-green color tone, perform color correction to a blue color tone.
Method for manufacturing coating material for workpieces, with the steps of: providing a web-like or strip-like base material, delivering the base material to a coating station, pretreating at least one surface of the base material, applying a functional layer to the pretreated surface of the base material, wherein the functional layer can be activated by means of an energy source in such a way that it develops adhesive properties, characterised in that the at least one energy source is a laser, and pigments and additives for increasing the energy absorption capacity of the functional layer are added to the functional layer before application; rolling up the coating material after applying the functional layer after at least partially cooling the functional layer after applying the functional layer, and activating the adhesive properties of the functional layer with the laser, wherein the absorption spectrum of the functional layer is adapted to the light emission spectrum when using the laser. providing a web-like or strip-like base material, delivering the base material to a coating station, pretreating at least one surface of the base material, applying a functional layer to the pretreated surface of the base material, wherein the functional layer can be activated by means of an energy source in such a way that it develops adhesive properties, characterised in that the at least one energy source is a laser, and pigments and additives for increasing the energy absorption capacity of the functional layer are added to the functional layer before application; rolling up the coating material after applying the functional layer after at least partially cooling the functional layer after applying the functional layer, and activating the adhesive properties of the functional layer with the laser, wherein the absorption spectrum of the functional layer is adapted to the light emission spectrum when using the laser.
A cooking hob for a cooking appliance, comprising: a glass or glass ceramic substrate having a substrate outer face facing an exterior and an opposite substrate inner face facing an interior, in particular an interior of the cooking hob or cooking appliance; at least one display device with a display surface for displaying information by emission of light, in particular in the form of a graphical selectively controllable, preferably coloured pixel display; wherein the display device is arranged in the interior, in particular in the interior of the cooking hob or cooking appliance, such that light emitted from the display surface passes through the glass or glass ceramic substrate and is perceptible by a user in the exterior; wherein the display surface, when viewed from the exterior, has a luminance of greater than 60 cd/m 2, wherein at least one display window is defined for the light emitted from the display surface; wherein within the range of the display surface or display window, the glass or glass ceramic substrate has a light transmittance (τ vis) in a range from 5 % to 70 %, preferably in a range from 7 % to 55 %, more preferably in a range from 9 % to 45 %, most preferably in a range from 12 % to 30 %. a glass or glass ceramic substrate having a substrate outer face facing an exterior and an opposite substrate inner face facing an interior, in particular an interior of the cooking hob or cooking appliance; at least one display device with a display surface for displaying information by emission of light, in particular in the form of a graphical selectively controllable, preferably coloured pixel display; wherein the display device is arranged in the interior, in particular in the interior of the cooking hob or cooking appliance, such that light emitted from the display surface passes through the glass or glass ceramic substrate and is perceptible by a user in the exterior; wherein the display surface, when viewed from the exterior, has a luminance of greater than 60 cd/m 2, wherein at least one display window is defined for the light emitted from the display surface; wherein within the range of the display surface or display window, the glass or glass ceramic substrate has a light transmittance (τ vis) in a range from 5 % to 70 %, preferably in a range from 7 % to 55 %, more preferably in a range from 9 % to 45 %, most preferably in a range from 12 % to 30 %.
A shell mold for casting molten material to form an article, comprising: a facecoat disposed on an inner surface of the shell mold that contacts the molten material during use thereof, said facecoat having a phase comprising a high-emissivity alumina solid solution having high heat emittance in the red and infrared portions of the electromagnetic spectrum, wherein the high emissivity alumina solid solution is mullite and corundum; wherein the alumina solid solution is formed from a slurry comprising aluminum oxide, green chromium oxide, and silicon oxide, wherein the aluminum oxide is in an amount of 70 to 95 weight percent; the chromium oxide in an amount greater than 0 to 9 weight percent, the silicon dioxide in an amount greater than 0 to 27 weight percent, wherein the weight percents are based on total solids of the slurry. a facecoat disposed on an inner surface of the shell mold that contacts the molten material during use thereof, said facecoat having a phase comprising a high-emissivity alumina solid solution having high heat emittance in the red and infrared portions of the electromagnetic spectrum, wherein the high emissivity alumina solid solution is mullite and corundum; wherein the alumina solid solution is formed from a slurry comprising aluminum oxide, green chromium oxide, and silicon oxide, wherein the aluminum oxide is in an amount of 70 to 95 weight percent; the chromium oxide in an amount greater than 0 to 9 weight percent, the silicon dioxide in an amount greater than 0 to 27 weight percent, wherein the weight percents are based on total solids of the slurry.
A composition comprising a metal nanoparticle solution including a metal nanoparticles and a stabilizer, and at least one low-polarity additive and a solvent, wherein the low-polarity additive is a styrenated terpene resin or a polyterpene resin or mixtures thereof, wherein a concentration of metal nanoparticles in the metal nanoparticle solution is at least about 75 weight percent.
A system comprising: a reservoir including a plunger and a plunger rod and a filling needle configured to be removably attached to the reservoir; a fill adapter device comprising: a heat exchanger comprising: a heating element; a fluid pathway, the fluid pathway fluidly connected to a filling needle input, wherein the filling needle input is a septum; and an air trap, whereby the fill adapter device is adapted to heat the fluid by the heating element as it passes through the fluid pathway in the heat exchanger and whereby the air trap allows air to flow out of the heat exchanger to minimise, decrease and/or eliminate out-gassing; and a vial connectable to the fill adapter device,wherein the fill adapter device is configured to be attached to the vial and and the reservoir such that fluid from the vial flows through the fluid pathway and is heated and loaded into the reservoir through the filling needle. a reservoir including a plunger and a plunger rod and a filling needle configured to be removably attached to the reservoir; a fill adapter device comprising: a heat exchanger comprising: a heating element; a fluid pathway, the fluid pathway fluidly connected to a filling needle input, wherein the filling needle input is a septum; and an air trap, whereby the fill adapter device is adapted to heat the fluid by the heating element as it passes through the fluid pathway in the heat exchanger and whereby the air trap allows air to flow out of the heat exchanger to minimise, decrease and/or eliminate out-gassing; and a heat exchanger comprising: a heating element; a fluid pathway, the fluid pathway fluidly connected to a filling needle input, wherein the filling needle input is a septum; and a heating element; a fluid pathway, the fluid pathway fluidly connected to a filling needle input, wherein the filling needle input is a septum; and an air trap, whereby the fill adapter device is adapted to heat the fluid by the heating element as it passes through the fluid pathway in the heat exchanger and whereby the air trap allows air to flow out of the heat exchanger to minimise, decrease and/or eliminate out-gassing; and a vial connectable to the fill adapter device,wherein the fill adapter device is configured to be attached to the vial and and the reservoir such that fluid from the vial flows through the fluid pathway and is heated and loaded into the reservoir through the filling needle.
A heart pump assembly comprising: a rotor; a motor coupled to the rotor; an impeller blade coupled to the rotor such that rotation of the rotor causes the impeller blade to rotate and pump blood; a cannula having a distal end and a proximal end; a distal projection coupled to the distal end of the cannula; and a blood inlet including a plurality of apertures radially oriented and disposed about a circumference thereof; wherein the plurality of apertures (316, 516) include at least a first ring of apertures (318, 518) and a second ring of apertures (320, 520), the second ring of apertures being closer to the proximal end than the first ring of apertures, and a first aperture (318a-c, 518a-e) in the first ring of apertures (318, 518) has a greater area than an area of a second aperture (320a-c, 520a-e) in the second ring of apertures (320, 520), characterized in that the first aperture (318a-c, 518a-e) in the first ring of apertures (318, 518) and the second aperture (320a-c, 520a-e) in the second ring of apertures (320, 520) are oblong. a rotor; a motor coupled to the rotor; an impeller blade coupled to the rotor such that rotation of the rotor causes the impeller blade to rotate and pump blood; a cannula having a distal end and a proximal end; a distal projection coupled to the distal end of the cannula; and a blood inlet including a plurality of apertures radially oriented and disposed about a circumference thereof; wherein the plurality of apertures (316, 516) include at least a first ring of apertures (318, 518) and a second ring of apertures (320, 520), the second ring of apertures being closer to the proximal end than the first ring of apertures, and a first aperture (318a-c, 518a-e) in the first ring of apertures (318, 518) has a greater area than an area of a second aperture (320a-c, 520a-e) in the second ring of apertures (320, 520), characterized in that the first aperture (318a-c, 518a-e) in the first ring of apertures (318, 518) and the second aperture (320a-c, 520a-e) in the second ring of apertures (320, 520) are oblong.