mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling the pre-treatment and dyeing processes applied to cellulosic products used in the production of textile products such as towels, bathrobes to be carried out in a single bath, wherein it comprises the following steps; a) heating the water located in the said bath to 60°C, b) placing the cellulosic product into the heated water bath and adding a wetting agent to ensure that the product is wetted homogeneously, c) preparing the pre-treatment bath by adding the mixture of amylase, cellulase, pectinase and cationizing agent prepared by pre-mixing, d) treating the cellulosic product in the bath with a pH value of 6-6,5 for 45 minutes, e) after the pre-treatment process is completed, adding to the same bath the natural dyestuffs and mordant substances allowing the dyestuff to be bonded with the cellulosic product, f) performing the dyeing process by increasing the temperature to 95°C. a) heating the water located in the said bath to 60°C, b) placing the cellulosic product into the heated water bath and adding a wetting agent to ensure that the product is wetted homogeneously, c) preparing the pre-treatment bath by adding the mixture of amylase, cellulase, pectinase and cationizing agent prepared by pre-mixing, d) treating the cellulosic product in the bath with a pH value of 6-6,5 for 45 minutes, e) after the pre-treatment process is completed, adding to the same bath the natural dyestuffs and mordant substances allowing the dyestuff to be bonded with the cellulosic product, f) performing the dyeing process by increasing the temperature to 95°C.
An isolated IL-7 mutant protein, comprising SEQ ID NO. 7 but having an amino acid substitution at site t97 wherein the amino acid substitution is valine, and optionally having one or more amino acid substitutions at sites q36, s39, v40, v43, q47, d99, L102, L105, k106, e109, g110, i113, or L114, wherein the binding of the IL-7 mutant protein to an IL-7 receptor causes an attenuated signal by the receptor compared to the binding of wild-type IL-7.
A concentrated photovoltaic system, comprising: a photovoltaic cell; a primary light concentrating optic (1,7); and a secondary light mixing concentrator, wherein the primary light concentrating optic (1,7) is arranged to collect solar radiation and concentrate the collected solar radiation towards the secondary light mixing concentrator, the secondary light mixing concentrator is arranged to concentrate the concentrated solar radiation from the primary light concentrating optic (1,7) towards the photovoltaic cell, the secondary light mixing concentrator includes a dielectric member having first and second primary surfaces, with the second primary surface being in optical contact with the photovoltaic cell and the first primary surface facing the primary light concentrating optic (1,7), and the first primary surface has a non-planar surface structure characterized in that said non-planar surface structure is a corrugated surface structure and is configured to redirect light which is reflected at interfaces between the secondary light mixing concentrator and the photovoltaic cell back towards the photovoltaic cell. a photovoltaic cell; a primary light concentrating optic (1,7); and a secondary light mixing concentrator, wherein the primary light concentrating optic (1,7) is arranged to collect solar radiation and concentrate the collected solar radiation towards the secondary light mixing concentrator, the secondary light mixing concentrator is arranged to concentrate the concentrated solar radiation from the primary light concentrating optic (1,7) towards the photovoltaic cell, the secondary light mixing concentrator includes a dielectric member having first and second primary surfaces, with the second primary surface being in optical contact with the photovoltaic cell and the first primary surface facing the primary light concentrating optic (1,7), and the first primary surface has a non-planar surface structure characterized in that said non-planar surface structure is a corrugated surface structure and is configured to redirect light which is reflected at interfaces between the secondary light mixing concentrator and the photovoltaic cell back towards the photovoltaic cell.
Process for recycling a thermoplastic polymeric waste material by reacting said thermoplastic polymeric waste material in a molten state with an organic compound having one or more carbon-carbon double bonds in the presence of a free radical initiator; wherein the waste thermoplastic polymer material comprises a primary polymer, one or more secondary polymers and residual additives in which: the primary polymer is present in an amount from 50% by weight to 99.9% in weight; said one or more secondary polymers are present in an amount from 0.1% by weight to 50% in weight; the residual additives are present in an amount from 0.1 ppm (parts per million) to 10% by weight; the percentages by weight being expressed with respect to the total weight of the primary and secondary polymers; wherein the primary polymer is selected from monoolefin and/or diolefin polymers; wherein said one or more secondary polymers optionally comprise crosslinked polymer materials in an amount not greater than 15%; wherein the organic compound having one or more carbon-carbon double bonds is added to the waste thermoplastic polymer material in an amount from 0.01% to 10% by weight, with respect to the weight of the polymeric material to be treated. the primary polymer is present in an amount from 50% by weight to 99.9% in weight; said one or more secondary polymers are present in an amount from 0.1% by weight to 50% in weight; the residual additives are present in an amount from 0.1 ppm (parts per million) to 10% by weight; the percentages by weight being expressed with respect to the total weight of the primary and secondary polymers; wherein the primary polymer is selected from monoolefin and/or diolefin polymers; wherein said one or more secondary polymers optionally comprise crosslinked polymer materials in an amount not greater than 15%; wherein the organic compound having one or more carbon-carbon double bonds is added to the waste thermoplastic polymer material in an amount from 0.01% to 10% by weight, with respect to the weight of the polymeric material to be treated.
A method programmed in a non-transitory memory of a device comprising: acquiring three dimensional content, wherein the three dimensional content is a point cloud; performing geometry coding of the three dimensional content, wherein the geometry coding is geometry-based point cloud compression, G-PCC, or 3D to 2D projection, followed by MPEG-type video coding; performing fixed-point attribute encoding utilizing quantization parameters, QPs, wherein the fixed point attribute encoding is a region-adaptive hierarchical transform, RAHT, or a lifting transform; and sending, in a bitstream, a QP instead of a quantization step size, QS. acquiring three dimensional content, wherein the three dimensional content is a point cloud; performing geometry coding of the three dimensional content, wherein the geometry coding is geometry-based point cloud compression, G-PCC, or 3D to 2D projection, followed by MPEG-type video coding; performing fixed-point attribute encoding utilizing quantization parameters, QPs, wherein the fixed point attribute encoding is a region-adaptive hierarchical transform, RAHT, or a lifting transform; and sending, in a bitstream, a QP instead of a quantization step size, QS.
Support (10, 200) for a rail, comprising at least one baseplate (12, 212) receiving the rail, an elastic intermediate plate (14, 214) underneath the baseplate, and receptacles of holders (22, 24, 222, 224) receiving end regions (52, 54) of the baseplate and of the intermediate plate, said holders can be passed through by fastening means (42, 142, 225) outside the baseplate to fasten the support, wherein the end regions (52, 54) of the baseplate (12, 212) and of the intermediate plate (14, 214) are positively received by the receptacles, either the receptacles each have a clear inner height which is less than the sum of the thicknesses of the baseplate and of the intermediate plate at their respective end regions in the unloaded state and a guide plate passes underneath the baseplate and supports it and in which the holders (22, 24) positively engage, or an elastic element (258, 260) resting on the surface of the baseplate extends from each holder (222, 224), the clear height of the receptacle being less than the sum of the thicknesses of the baseplate and of the intermediate plate and of the area of the elastic element extending between the baseplate and the underside of the receptacle, in each case considered in the unloaded state.
A heat sink assembly comprising: first heat sink, formed to mate with a first processor along a first processor seating plane; a second heat sink, formed to mate with a second processor along a second processor seating plane; a mechanical support member formed to support the first heat sink and the second heat sink along the first processor seating plane and the second processor seating plane, respectively; and a flexible heat pipe between the first heat sink and the second heat sink to provide a thermal link therebetween, characterized in that the mechanical support member is flexible to allow for an offset between the first processor seating plane and the second processor seating plane. first heat sink, formed to mate with a first processor along a first processor seating plane; a second heat sink, formed to mate with a second processor along a second processor seating plane; a mechanical support member formed to support the first heat sink and the second heat sink along the first processor seating plane and the second processor seating plane, respectively; and a flexible heat pipe between the first heat sink and the second heat sink to provide a thermal link therebetween, characterized in that the mechanical support member is flexible to allow for an offset between the first processor seating plane and the second processor seating plane.
A multilayer film with weight less than 19g/m 2 for use in malodorous item packaging, where the film has an outer and inner layer comprising ethylene alpha olefin copolymer with a density less than 0.950 g/cm 3 and a substantially non resilient material, and an oxygen barrier layer.
A method for manufacturing of resin-coated stone slabs, comprising applying a resin composition on an exposed surface of a large-scale stone slab cut from a stone block, and next submitting it to thermal treatment to harden the resin, and machining the large-scale stone slab to a desired shape and size, characterized by preparing the resin composition by mixing a polyester resin in a temperature between 35°C and 45°C with a colloidal dispersion of silver nanoparticles of a size from 3nm to 8nm and concentration of at least 1% in hexane, allowing hexane to evaporate and cooling the mixture to a temperature of about 20°C, and next adding a polyester resin hardener to the mixture, wherein the amount of the colloidal dispersion of silver nanoparticles is selected so as to obtain a mass concentration of silver in the resin composition in the amount of 50 ppm to 100 ppm.
A color wheel device used in a projector, comprising: a housing having at least one through hole for a light beam to pass through; a color wheel disposed in the housing and comprising: a substrate having a light-receiving surface; and a phosphor layer disposed on the light-receiving surface, wherein the light beam forms a light spot on the phosphor layer; a motor for driving the substrate to rotate, wherein during the rotation of the substrate, the light spot forms a circular path on the phosphor layer; and a thermally conductive member disposed on the housing substantially at a location to which the circular path maps,wherein the orthogonal projection of the thermally conductive member on the light-receiving surface at least overlaps half of the circular path; heat-dissipating fins thermally connected to the thermally conductive member; characterized in that the motor is disposed in the housing and in that the thermally conductive member is a heat pipe or a cooling fluid pipeline disposed in the housing substantially at a location to which the circular path maps so that an end of the thermally conductive member passes through the housing for being extended and connected to the heat-dissipating fins. a housing having at least one through hole for a light beam to pass through; a color wheel disposed in the housing and comprising: a substrate having a light-receiving surface; and a phosphor layer disposed on the light-receiving surface, wherein the light beam forms a light spot on the phosphor layer; a substrate having a light-receiving surface; and a phosphor layer disposed on the light-receiving surface, wherein the light beam forms a light spot on the phosphor layer; a motor for driving the substrate to rotate, wherein during the rotation of the substrate, the light spot forms a circular path on the phosphor layer; and a thermally conductive member disposed on the housing substantially at a location to which the circular path maps,wherein the orthogonal projection of the thermally conductive member on the light-receiving surface at least overlaps half of the circular path; heat-dissipating fins thermally connected to the thermally conductive member; characterized in that the motor is disposed in the housing and in that the thermally conductive member is a heat pipe or a cooling fluid pipeline disposed in the housing substantially at a location to which the circular path maps so that an end of the thermally conductive member passes through the housing for being extended and connected to the heat-dissipating fins.
A method of executing an application by an electronic device, the method comprising: displaying a screen of a call application; establishing communication connection with an external electronic device in response to a request for a call via the call application; displaying a screen of a different application concurrently with the screen of the call application, wherein at least one object is displayed in the screen of the different application; receiving a gesture input that moves one of the at least one object corresponding to content displayed in the screen of the different application into the screen of the call application; displaying a screen of a transmission application in response to the gesture input, wherein the one of the at least one object is displayed in the screen of the transmission application; and transmitting a message including the content corresponding to the one of the at least one object to the external electronic device through the transmission application, wherein the screen of the transmission application is displayed concurrently with the screen of the call application and the screen of the different application. displaying a screen of a call application; establishing communication connection with an external electronic device in response to a request for a call via the call application; displaying a screen of a different application concurrently with the screen of the call application, wherein at least one object is displayed in the screen of the different application; receiving a gesture input that moves one of the at least one object corresponding to content displayed in the screen of the different application into the screen of the call application; displaying a screen of a transmission application in response to the gesture input, wherein the one of the at least one object is displayed in the screen of the transmission application; and transmitting a message including the content corresponding to the one of the at least one object to the external electronic device through the transmission application, wherein the screen of the transmission application is displayed concurrently with the screen of the call application and the screen of the different application.
A method comprising: backscattering a radio frequency, RF, signal responsive to an incoming RF signal in accordance with an adjustable reflection coefficient of an antenna; switching a switchable impedance element of a variable impedance circuit that is in parallel with a fixed impedance element, thereby also controlling a control input for switching the switchable impedance element between: (i) a control-on state in which the switchable impedance element has a null impedance notch response at a carrier frequency and a high impedance response at all other frequencies, and (ii) a control-off state in which the switchable impedance element has a high impedance response at all frequencies, wherein the variable impedance circuit further has a variable impedance circuit output electrically connected to the antenna for adjusting the adjustable reflection coefficient of the antenna; and digitally controlling the variable impedance circuit by an output of a low pass delta sigma modulation circuit that is electrically coupled to the switchable impedance element, thereby adjusting the reflection coefficient of the antenna, wherein the low pass delta sigma modulation circuit receives a low pass delta sigma modulator input signal. backscattering a radio frequency, RF, signal responsive to an incoming RF signal in accordance with an adjustable reflection coefficient of an antenna; switching a switchable impedance element of a variable impedance circuit that is in parallel with a fixed impedance element, thereby also controlling a control input for switching the switchable impedance element between: (i) a control-on state in which the switchable impedance element has a null impedance notch response at a carrier frequency and a high impedance response at all other frequencies, and (ii) a control-off state in which the switchable impedance element has a high impedance response at all frequencies, (i) a control-on state in which the switchable impedance element has a null impedance notch response at a carrier frequency and a high impedance response at all other frequencies, and (ii) a control-off state in which the switchable impedance element has a high impedance response at all frequencies, wherein the variable impedance circuit further has a variable impedance circuit output electrically connected to the antenna for adjusting the adjustable reflection coefficient of the antenna; and digitally controlling the variable impedance circuit by an output of a low pass delta sigma modulation circuit that is electrically coupled to the switchable impedance element, thereby adjusting the reflection coefficient of the antenna, wherein the low pass delta sigma modulation circuit receives a low pass delta sigma modulator input signal.
Hand orthosis for bending and/or extending at least one finger of a patient's hand, with a strength initiation means, which is coupled to at least one finger segment which can be assigned to a finger of the patient's hand, wherein the at least one finger segment comprises a plurality of module members, which are connected to one another in jointed manner, wherein the length of the at least one finger segment can be adjusted by way of the number of module members used, characterised in that the hand orthosis comprises a stiffening means for the local stiffening of the finger segment, wherein provision is made in the module members in each case for a receiver for the stiffening means.
Device for selecting the driving mode of an autonomous motor vehicle, comprising at least one control switch (10, 50), the device comprising a computer which is able to detect the pressing of said switch (10, 50), characterized in that the device includes an electrical circuit in which said switch (10, 50) is connected in series to a first resistor (11, 51), a safety resistor is connected in parallel with said switch (10, 50) and with said first resistor, said electrical circuit is connected, on the one hand, to a DC voltage source of the computer and, on the other hand, to a ground of the computer, so that the equivalent resistance of the electrical circuit makes it possible to determine, on the one hand, whether the switch (10, 50) is closed or open and, on the other hand, a potential failure of said electrical circuit.
An access terminal (104, 210, 212, 1800), comprising: means for determining whether a first wireless communication network supports establishment of a multiple access virtual wireless communication network; wherein the means for determining comprises: means for sending a query regarding whether the first wireless communication network supports the establishment of the multiple access virtual wireless communication network, and means for receiving a response to the query, wherein the response indicates that the first wireless communication network supports the establishment of the multiple access virtual wireless communication network; and means for sending at least one parameter to the first wireless communication network, wherein the at least one parameter comprises traffic management information for the establishment of the multiple access virtual wireless communication network and the at least one parameter is sent as a result of the determination. means for sending a query regarding whether the first wireless communication network supports the establishment of the multiple access virtual wireless communication network, and means for receiving a response to the query, wherein the response indicates that the first wireless communication network supports the establishment of the multiple access virtual wireless communication network; and means for sending at least one parameter to the first wireless communication network, wherein the at least one parameter comprises traffic management information for the establishment of the multiple access virtual wireless communication network and the at least one parameter is sent as a result of the determination.
Process for preparing polyethercarbonate polyols having side chains, comprising the steps of: (α) initially introducing a catalyst and (αα) a suspension medium which contains no H-functional groups and/or (αβ) a H-functional starter compound (β) metering in at least one epoxide, the difference in the molecular weight of the lightest and heaviest alkylene oxides metered in stages (β) and (γ) being greater than or equal to 24 g/mol and the lightest alkylene oxide being a C2-C4 alkylene oxide, it being possible for the epoxide (s) metered in step (γ) to be identical to or different from the epoxide or epoxides metered in step (β), and the step (β) being carried out between step (α) and step (γ) (γ) metering in carbon dioxide and at least two alkylene oxides, it being possible for these alkylene oxides to be the same as or different from the alkylene oxide or oxides metered in step (β), characterized in that the difference in the molecular weight of the lightest and heaviest alkylene oxides metered in stage (γ) is greater than or equal to 24 g/mol and the lightest alkylene oxide is a C2-C4 alkylene oxide, and, where no H-functional starter compound has been initially introduced in step (α), step (γ) comprises the metered addition of a H-functional starter compound, and the catalyst is a double metal cyanide catalyst. (α) initially introducing a catalyst and (αα) a suspension medium which contains no H-functional groups and/or (αβ) a H-functional starter compound (αα) a suspension medium which contains no H-functional groups and/or (αβ) a H-functional starter compound (β) metering in at least one epoxide, the difference in the molecular weight of the lightest and heaviest alkylene oxides metered in stages (β) and (γ) being greater than or equal to 24 g/mol and the lightest alkylene oxide being a C2-C4 alkylene oxide, it being possible for the epoxide (s) metered in step (γ) to be identical to or different from the epoxide or epoxides metered in step (β), and the step (β) being carried out between step (α) and step (γ) (γ) metering in carbon dioxide and at least two alkylene oxides, it being possible for these alkylene oxides to be the same as or different from the alkylene oxide or oxides metered in step (β),