mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing homogeneous solutions comprising one or more metal complexes of the formula [M a L x X n]Y m where M is a metal from the group of Mn, Mn, Mn, Fe, Fe or Fe, X is a coordinating compound selected from singly, doubly and triply charged anions or uncharged molecules capable of mono-, bi- or tridentate coordination to a metal, Y is a noncoordinating counterion which ensures the charge balance of the complex, a is a number from 1 to 2, x is a number from 1 to 2, n is a number from 0 to 4, m is a number from 0 to 8, and L is a ligand of the general formula or the protonated or deprotonated form thereof where R is hydrogen, hydroxyl or C 1 -C 4 alkyl; R 1 is C 1 -C 4 alkyl, C 6 -C 10 aryl, pyridinyl-C 1 -C 4 -alkyl or (CH 2) k N(C 1 -C 4 -alkyl) 2; R 2 is C 1 -C 20 alkyl, C 6 -C 10 aryl or pyridinyl-C 1 -C 4 -alkyl; R 3 is C 1 -C 4 alkyl; z is C=O or C 2 and k is a number from 1 to 6, in di- or polyols, monoethers thereof or mixtures of these substances, which comprises reacting one or more ligands of the formula with an iron or manganese salt in heterogeneous reaction in the di- or polyol, the monoethers or mixtures of these substances. M is a metal from the group of Mn, Mn, Mn, Fe, Fe or Fe, X is a coordinating compound selected from singly, doubly and triply charged anions or uncharged molecules capable of mono-, bi- or tridentate coordination to a metal, Y is a noncoordinating counterion which ensures the charge balance of the complex, a is a number from 1 to 2, x is a number from 1 to 2, n is a number from 0 to 4, m is a number from 0 to 8, and L is a ligand of the general formula or the protonated or deprotonated form thereof R is hydrogen, hydroxyl or C 1 -C 4 alkyl; R 1 is C 1 -C 4 alkyl, C 6 -C 10 aryl, pyridinyl-C 1 -C 4 -alkyl or (CH 2) k N(C 1 -C 4 -alkyl) 2; R 2 is C 1 -C 20 alkyl, C 6 -C 10 aryl or pyridinyl-C 1 -C 4 -alkyl; R 3 is C 1 -C 4 alkyl; z is C=O or C 2 and k is a number from 1 to 6,
A method for the structured passivation of an endless belt, comprising the steps - spanning the endless belt between at least two deflection rollers (3, 4, 9, 10), at least one of which is driven, - applying a mask onto the endless belt for the structured passivation of the same with the aid of a nozzle head/print head (5, 51, 52) using the digital jet printing method, wherein the applied mask is made of a light-curable mask material or at least contains such components, and - at least partially irradiating the mask by means of a light source suitable for curing after the application, characterized in that - the application of the mask onto the endless belt takes place in the region of a deflection roller (3, 4, 9, 10) and - before applying the mask, a positional mark and/or a measuring standard adjusted to the length of the endless belt is applied to the endless belt. - spanning the endless belt between at least two deflection rollers (3, 4, 9, 10), at least one of which is driven, - applying a mask onto the endless belt for the structured passivation of the same with the aid of a nozzle head/print head (5, 51, 52) using the digital jet printing method, wherein the applied mask is made of a light-curable mask material or at least contains such components, and - at least partially irradiating the mask by means of a light source suitable for curing after the application, - the application of the mask onto the endless belt takes place in the region of a deflection roller (3, 4, 9, 10) and - before applying the mask, a positional mark and/or a measuring standard adjusted to the length of the endless belt is applied to the endless belt.
A surgical suturing system, comprising: a shaft; a firing drive comprising a motor; an end effector extending distally from said shaft and configured to receive a suturing cartridge comprising a suturing needle, wherein said end effector comprises: a needle driver configured to be actuated by said motor, wherein said needle driver is configured to drive a suturing needle installed within said end effector; and a needle track configured to guide the suturing needle installed within said end effector through a needle firing stroke, wherein said end effector is configured to accommodate suturing needles having different sizes; and a control circuit configured to: sense the size of the suturing needle installed within said end effector by detecting a type of a suturing cartridge installed within said end effector; and adjust the actuation stroke of said motor to accommodate the size of the suturing needle installed within said end effector. a shaft; a firing drive comprising a motor; an end effector extending distally from said shaft and configured to receive a suturing cartridge comprising a suturing needle, wherein said end effector comprises: a needle driver configured to be actuated by said motor, wherein said needle driver is configured to drive a suturing needle installed within said end effector; and a needle track configured to guide the suturing needle installed within said end effector through a needle firing stroke, wherein said end effector is configured to accommodate suturing needles having different sizes; and a needle driver configured to be actuated by said motor, wherein said needle driver is configured to drive a suturing needle installed within said end effector; and a needle track configured to guide the suturing needle installed within said end effector through a needle firing stroke, wherein said end effector is configured to accommodate suturing needles having different sizes; and a control circuit configured to: sense the size of the suturing needle installed within said end effector by detecting a type of a suturing cartridge installed within said end effector; and adjust the actuation stroke of said motor to accommodate the size of the suturing needle installed within said end effector. sense the size of the suturing needle installed within said end effector by detecting a type of a suturing cartridge installed within said end effector; and adjust the actuation stroke of said motor to accommodate the size of the suturing needle installed within said end effector.
A method for producing a metal bladed element for an aircraft turbine engine, this bladed element comprising at least one blade comprising a pressure side and a suction side extending between a leading edge and a trailing edge of the blade, the trailing edge having to have a thickness X1, the method comprising the steps of: a) producing the bladed element by lost-wax casting, the trailing edge having a thickness X2 during the step a), b) finishing the bladed element, characterized in that the step b) comprises the chemical milling at least of the trailing edge of the or each blade so as to obtain said thickness X1 which cannot be directly obtained by the step a), the thickness X1 being less than the thickness X2. a) producing the bladed element by lost-wax casting, the trailing edge having a thickness X2 during the step a), b) finishing the bladed element,
A nanowire field-effect transistor, FET, comprising: a source region and a drain region with a III-V semiconductor channel region disposed there between; a III-V bottom device layer disposed beneath the III-V semiconductor channel region; a gate dielectric layer disposed around the semiconductor channel region, wherein the gate dielectric layer comprises a metal oxide, and further comprises a nitrogen-rich region proximal an interface between the gate dielectric and the III-V semiconductor channel region; and a gate electrode disposed over the gate dielectric layer, wherein the III-V semiconductor channel region comprises a nanowire passing through the gate dielectric layer with the gate dielectric and the nitrogen-rich region completely wrapping around the channel region, wherein the gate dielectric layer and the gate electrode pass through a void in the III-V bottom device layer, wherein the III-V compound semiconductor channel region is in direct contact with the gate dielectric, said nitrogen-rich region proximal the interface between the gate dielectric and the III-V semiconductor channel region having more nitrogen relative to a region of the gate dielectric distal from the interface. a source region and a drain region with a III-V semiconductor channel region disposed there between; a III-V bottom device layer disposed beneath the III-V semiconductor channel region; a gate dielectric layer disposed around the semiconductor channel region, wherein the gate dielectric layer comprises a metal oxide, and further comprises a nitrogen-rich region proximal an interface between the gate dielectric and the III-V semiconductor channel region; and a gate electrode disposed over the gate dielectric layer, wherein the III-V semiconductor channel region comprises a nanowire passing through the gate dielectric layer with the gate dielectric and the nitrogen-rich region completely wrapping around the channel region, wherein the gate dielectric layer and the gate electrode pass through a void in the III-V bottom device layer, wherein the III-V compound semiconductor channel region is in direct contact with the gate dielectric, said nitrogen-rich region proximal the interface between the gate dielectric and the III-V semiconductor channel region having more nitrogen relative to a region of the gate dielectric distal from the interface.
A cutter head for an electric hair trimmer, the trimmer including a handle with a drive system and an ejection mechanism (222, 224), said cutter head including: a housing releasably connectable with the handle in operative connection with the ejection mechanism (222, 224), the housing being configured for ejection from the handle by said ejection mechanism (222, 224); and a cutting assembly at least partially disposed within the housing for ejection from the handle along with the housing, the cutting assembly including: a stationary blade having a plurality of teeth, wherein each stationary blade tooth includes tip; a movable blade having a plurality of teeth, wherein each movable blade tooth includes a tip and wherein the movable blade teeth are maintained in shearing contact with the stationary blade teeth along a shearing plane; and a follower connected to the movable blade for operative connection with the drive system of the handle to oscillate the movable blade, wherein the housing includes a plurality of guard teeth characterised in that the plurality of guard teeth are adjacent the movable blade teeth, wherein each guard tooth has a substantially diamond shaped profile, and wherein the substantially diamond shaped profile has a pair of sides (633, 635) forming an acutely angled distal tip, wherein a first one of the sides of the acutely angled distal tip is oriented obliquely relative to the shearing plane. a housing releasably connectable with the handle in operative connection with the ejection mechanism (222, 224), the housing being configured for ejection from the handle by said ejection mechanism (222, 224); and a cutting assembly at least partially disposed within the housing for ejection from the handle along with the housing, the cutting assembly including: a stationary blade having a plurality of teeth, wherein each stationary blade tooth includes tip; a movable blade having a plurality of teeth, wherein each movable blade tooth includes a tip and wherein the movable blade teeth are maintained in shearing contact with the stationary blade teeth along a shearing plane; and a follower connected to the movable blade for operative connection with the drive system of the handle to oscillate the movable blade, a stationary blade having a plurality of teeth, wherein each stationary blade tooth includes tip; a movable blade having a plurality of teeth, wherein each movable blade tooth includes a tip and wherein the movable blade teeth are maintained in shearing contact with the stationary blade teeth along a shearing plane; and a follower connected to the movable blade for operative connection with the drive system of the handle to oscillate the movable blade, wherein the housing includes a plurality of guard teeth characterised in that the plurality of guard teeth are adjacent the movable blade teeth, wherein each guard tooth has a substantially diamond shaped profile, and wherein the substantially diamond shaped profile has a pair of sides (633, 635) forming an acutely angled distal tip, wherein a first one of the sides of the acutely angled distal tip is oriented obliquely relative to the shearing plane.
A locking system, in particular for access and/or driving authorisation for a motor vehicle in the manner of a keyless entry/go functionality, comprising a first device which has at least two states and is designed as a control device, such as a control device for unlocking and/or locking the car doors, the ignition lock, the steering wheel lock, for enabling and/or disabling the immobiliser, the motor control unit or the like, and comprising an associated second device designed in the manner of an electronic key, of an ID transmitter, of a chip card or the like, wherein the two devices (4, 5) for the intended operation thereof have transmitters and/or receivers (24, 17) for in particular electromagnetic signals, wherein in particular at least one of the signals transmitted between the second device and the first device is an encoded operating signal for authenticating the second device so that once the transmitted operating signal has been positively evaluated and the second device is authorised, a change in the state of the first device can be brought about, and wherein a filter (31, 33) is provided for reducing and/or suppressing interferences in the second device and/or in the first device, characterised in that the filter (31, 33) can be switched on and/or activated in order to reduce and/or suppress interferences.
Desiccant regeneration system comprising - a vertical purification column comprising - a distillation section, - a rich desiccant inlet below the distillation section, a stripping gas and vapour outlet above the distillation section and a liquid outlet at the bottom part of the purification column, - a first heat exchanger (26, 126) for heating a rich desiccant stream upstream the a rich desiccant inlet, characterised in that the system further comprises - a recycle pump capable of providing pressurized fluid comprising an inlet in fluid communication with a first liquid level in said column below the rich desiccant inlet and comprising an outlet, - a recycle heater with an inlet in fluid communication with the outlet of the recycle pump, and a recycle heater outlet in fluid communication with said purification column via a recycle conduit, and - a valve or orifice on said recycle conduit such that fluid recycled through the recycle heater is depressurized before entering said purification column, wherein the system comprises - a fuel gas stripping section comprising a stripping gas inlet, a stripping liquid inlet, a stripping liquid outlet and a stripping gas outlet, wherein the stripping liquid inlet is in fluid communication with the recycle heater outlet, the stripping liquid outlet is in fluid communication with the inlet of the recycle pump, and the stripping gas outlet is in fluid communication with the purification column below the distillation section. - a vertical purification column comprising - a distillation section, - a rich desiccant inlet below the distillation section, a stripping gas and vapour outlet above the distillation section and a liquid outlet at the bottom part of the purification column, - a distillation section, - a rich desiccant inlet below the distillation section, a stripping gas and vapour outlet above the distillation section and a liquid outlet at the bottom part of the purification column, - a first heat exchanger (26, 126) for heating a rich desiccant stream upstream the a rich desiccant inlet, - a recycle pump capable of providing pressurized fluid comprising an inlet in fluid communication with a first liquid level in said column below the rich desiccant inlet and comprising an outlet, - a recycle heater with an inlet in fluid communication with the outlet of the recycle pump, and a recycle heater outlet in fluid communication with said purification column via a recycle conduit, and - a valve or orifice on said recycle conduit such that fluid recycled through the recycle heater is depressurized before entering said purification column, - a fuel gas stripping section comprising a stripping gas inlet, a stripping liquid inlet, a stripping liquid outlet and a stripping gas outlet, wherein the stripping liquid inlet is in fluid communication with the recycle heater outlet, the stripping liquid outlet is in fluid communication with the inlet of the recycle pump, and the stripping gas outlet is in fluid communication with the purification column below the distillation section.
Shower assembly having a support (10, 20) and a shower tray (1, 1') supported on the support (10, 20) and made of an enameled steel sheet, wherein the shower tray (1, 1') has a circumferential edge and a drain opening arranged lower than the edge, wherein the shower tray (1, 1') runs out horizontally flat and evenly at the circumferential edge in an installation position, i.e. without a bent edge section which extends in the vertical direction or inclined to the vertical direction, characterized in that a rounded surface is formed on an end face of the edge.
Device for the pyrolysis of solid wastes using solar energy at 1500 to 1600 °C. comprising a) a rotary kiln in a leak-proof receptacle housing. b) a device for the continuous feeding of waste into the rotary kiln at a first end of the rotary kiln, wherein the device for continuously supplying waste into the rotary kiln inhibits the supply of oxygen, c) a drainage device at the second end of the rotary kiln for removal of the decomposed waste, which leads to a precipitation tank, d) a gas withdrawal system in the receptacle housing, which is connected with the precipitation tank through a pipe, and e) an optical fibre to guide the solar radiation into the rotary kiln at the second end of the rotary kiln. a) a rotary kiln in a leak-proof receptacle housing. b) a device for the continuous feeding of waste into the rotary kiln at a first end of the rotary kiln, wherein the device for continuously supplying waste into the rotary kiln inhibits the supply of oxygen, c) a drainage device at the second end of the rotary kiln for removal of the decomposed waste, which leads to a precipitation tank, d) a gas withdrawal system in the receptacle housing, which is connected with the precipitation tank through a pipe, and e) an optical fibre to guide the solar radiation into the rotary kiln at the second end of the rotary kiln.
A video codec comprising: a processor configured to: compute a reconstructed pixel based on a residual pixel and a first prediction pixel; and compute a second prediction pixel in a directional intra prediction mode based on the reconstructed pixel, wherein the first and second prediction pixels are located in a same block of a video frame, wherein α denotes an angle between the directional intra prediction mode and a vertical upright direction, wherein α has a unit of degrees, wherein if 0<α<45 or -45<α<0, each prediction pixel is computed as a weighted linear combination of two reference pixels adjacent to each other characterized in that if -135≤α<-45, computing the prediction pixels comprises transposing the block and its external reference pixels such that α is rotated to be in a range of -45≤α<45. a processor configured to: compute a reconstructed pixel based on a residual pixel and a first prediction pixel; and compute a second prediction pixel in a directional intra prediction mode based on the reconstructed pixel, wherein the first and second prediction pixels are located in a same block of a video frame, compute a reconstructed pixel based on a residual pixel and a first prediction pixel; and compute a second prediction pixel in a directional intra prediction mode based on the reconstructed pixel, wherein the first and second prediction pixels are located in a same block of a video frame, wherein α denotes an angle between the directional intra prediction mode and a vertical upright direction, wherein α has a unit of degrees, wherein if 0<α<45 or -45<α<0, each prediction pixel is computed as a weighted linear combination of two reference pixels adjacent to each other characterized in that if -135≤α<-45, computing the prediction pixels comprises transposing the block and its external reference pixels such that α is rotated to be in a range of -45≤α<45.
Method for loading and/or unloading material into and/or from a cargo hold or storage space, especially for loading and/or unloading bulk material, preferably coal or ore, or containers into and/or from a hold of a ship, wherein the material to be transported, preferably the bulk material, or the container is picked up and/or discharged by at least one grab, wherein the position of the grab is controlled, to be specific the position of the grab is changed at least in the vertical and/or horizontal direction(s), wherein the grab is suspended on at least one cable element and the movements of the grab in the vertical and/or horizontal direction(s) and/or the movements for picking up and/or discharging the material are controlled, wherein the position of the grab is detected by sensors and a pendular movement and/or a pendular deflection of the grab is determined and then substantially compensated and/or reduced by appropriate activation, wherein the position of the grab is determined with the aid of an inertial navigation system, characterized in that the reversal points of the pendular movements of the grab are permanently determined and the zero point of the grab at a given time, preferably in respect of the known position or movement of the carriage and/or the running gear, is calculated by the permanent determination of the reversal points of the pendular and/or rotational movements, so that a possible inherent drift of the inertial navigation system can be eliminated by the inertial navigation system being permanently supported in the direction of this zero point of the grab.
An aqueous composition comprising: (a) 10% to 80% at least one poorly water soluble biocide, by solids weight, based on the total weight of said aqueous composition, (b) 0.1% to 30% at least one pH-sensitive dispersed polymer, by solids weight, based on the total weight of said aqueous composition, and (c) 0% to 10% pH-insensitive polymer, by solids weight, based on the total weight of said aqueous composition, wherein said pH-sensitive dispersed polymer is a polymer with weight-average molecular weight of 500,000 or greater, or is a crosslinked polymer, or is a mixture thereof. (a) 10% to 80% at least one poorly water soluble biocide, by solids weight, based on the total weight of said aqueous composition, (b) 0.1% to 30% at least one pH-sensitive dispersed polymer, by solids weight, based on the total weight of said aqueous composition, and (c) 0% to 10% pH-insensitive polymer, by solids weight, based on the total weight of said aqueous composition,