mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an apparatus for transforming plastic preforms into plastic containers , wherein this apparatus acts upon a flowable medium to plastic preforms in order to expand these plastic preforms to form the plastic containers , wherein the apparatus carries out this transforming operation while taking account of a plurality of process parameters (PP1), characterized in that the plurality of process parameters (PP1) is determined on the basis of a machine model , wherein a predefined number of input parameters (E1) are transferred to this machine model and at least one processor unit determines the process parameters (PP1) and/or values characteristic of these process parameters on the basis of these input parameters (E1), wherein the input parameters (E1) include main process parameters (E1a) which describe the stretch blow moulding process, and further wherein the main process parameters are selected from a group of parameters which include a start time of pre-blowing, a start time of intermediate blowing, a start time of finish-blowing, a pre-blowing pressure and a finish-blowing pressure, wherein these values are initial values which are then refined and adapted by a control.
A production method for a composite material including a porous substrate and a silicon carbide film formed on a surface of a material forming the porous substrate, the porous substrate being a fiber substrate including a plurality of fibers, the method comprising: causing a silicon source containing a silicon atom, a chlorine source containing a chlorine atom, and a carbon source containing a carbon atom to react with each other to form the silicon carbide film on the surface of the material, characterized in that the silicon source is a solid silicon and the chlorine source is a Cl 2 gas. causing a silicon source containing a silicon atom, a chlorine source containing a chlorine atom, and a carbon source containing a carbon atom to react with each other to form the silicon carbide film on the surface of the material, characterized in that the silicon source is a solid silicon and the chlorine source is a Cl 2 gas.
Component for a vehicle transmission system, comprising: - an element able to be secured to the crankshaft of a combustion engine of the vehicle, - a torsional-oscillations damping device , comprising a support rigidly coupled to the element and at least one pendulum body able to move relative to the support , the pendulum body being configured and tuned to a value of an order chosen so that the ratio between this order value and the excitation order of the combustion engine is greater than 1.1, the excitation order of the combustion engine being strictly greater than 2. - an element able to be secured to the crankshaft of a combustion engine of the vehicle, - a torsional-oscillations damping device , comprising a support rigidly coupled to the element and at least one pendulum body able to move relative to the support ,
A display device comprising: a display unit configured to have display information and to emit visible light (L1, L2, L3, L4) having a continuous spectrum; an infrared cut-off part configured to transmit the visible light (L1, L2, L3, L4) from the display unit and to reduce an amount of infrared light striking the display unit ; and a reflecting part configured to reflect the visible light having passed through the infrared cut-off part , wherein the infrared cut-off part comprises a first polymer film and a second polymer film , the first polymer film includes an infrared cut-off layer configured to reduce transmission of the infrared light, and the second polymer film includes a high-retardation polyester film, having a retardation value in a range from 5000 nm to 30000 nm, both inclusive, and is disposed between the first polymer film and the display unit , wherein the infrared cut-off part comprises a reflective polarizing film . a display unit configured to have display information and to emit visible light (L1, L2, L3, L4) having a continuous spectrum; an infrared cut-off part configured to transmit the visible light (L1, L2, L3, L4) from the display unit and to reduce an amount of infrared light striking the display unit ; and a reflecting part configured to reflect the visible light having passed through the infrared cut-off part , wherein the infrared cut-off part comprises a first polymer film and a second polymer film , the first polymer film includes an infrared cut-off layer configured to reduce transmission of the infrared light, and the second polymer film includes a high-retardation polyester film, having a retardation value in a range from 5000 nm to 30000 nm, both inclusive, and is disposed between the first polymer film and the display unit , wherein the infrared cut-off part comprises a reflective polarizing film .
A method implemented in a stereo sound signal encoding system for time domain down mixing right and left channels of an input stereo sound signal into primary and secondary channels, comprising: determining a normalized correlation of the left channel in relation to a monophonic signal version of the sound and a normalized correlation of the right channel in relation to the monophonic signal version of the sound; determining a long-term correlation difference on the basis of the normalized correlation of the left channel and the normalized correlation of the right channel; converting the long-term correlation difference into a factor β ; and mixing the left and right channels to produce the primary and secondary channels using the factor β , wherein the factor β determines respective contributions of the left and right channels upon production of the primary and secondary channels. determining a normalized correlation of the left channel in relation to a monophonic signal version of the sound and a normalized correlation of the right channel in relation to the monophonic signal version of the sound; determining a long-term correlation difference on the basis of the normalized correlation of the left channel and the normalized correlation of the right channel; converting the long-term correlation difference into a factor β ; and mixing the left and right channels to produce the primary and secondary channels using the factor β , wherein the factor β determines respective contributions of the left and right channels upon production of the primary and secondary channels.
Compacting auxiliary for powder metallurgy, comprising at least one amide of a carboxylic acid with 18 to 22 C atoms and montan wax.
A device for promoting the growth of plants using a conveyor belt that can be moved along a conveyor section for at least transporting plants in sections, which, when being moved along the conveyor section are at least from time to time supplied with nutrients by way of a nutrient supply , and irradiated by an illumination unit , wherein at least a first section of the conveyor section is at least arranged approximately horizontally, and at least a second section is at least arranged approximately vertically, wherein, when being transported along the conveyor section relative to the conveyor belt , the plants are at least temporarily fixed in such a way that roots of the plants at least sometimes extend inwards into an area arranged underneath an underside of the conveyor belt , while leaves and/or fruits of the plants at least sometimes extend inwards into an area arranged above an upper side of the conveyor belt, which is located opposite the underside, wherein the illumination unit is designed in such a way that the lighting can be adjusted to both the species of plant to be cultivated and/or the growth of the plant, and as required, at any time, characterised in that the device is manufactured by assembling at least two pre-grouped modules, wherein one module is formed by an at least one approximately vertical sub-section of the conveyor section running from the bottom to the top and one by an at least approximately vertical sub-section of the conveyor section running from the top to the bottom, and, depending upon the plants to be cultivated, a number of modules required for implementing a vegetation phase of the plant are connected with one another via interface elements. wherein, when being transported along the conveyor section relative to the conveyor belt , the plants are at least temporarily fixed in such a way that roots of the plants at least sometimes extend inwards into an area arranged underneath an underside of the conveyor belt , while leaves and/or fruits of the plants at least sometimes extend inwards into an area arranged above an upper side of the conveyor belt, which is located opposite the underside, wherein the illumination unit is designed in such a way that the lighting can be adjusted to both the species of plant to be cultivated and/or the growth of the plant, and as required, at any time, characterised in that the device is manufactured by assembling at least two pre-grouped modules, wherein one module is formed by an at least one approximately vertical sub-section of the conveyor section running from the bottom to the top and one by an at least approximately vertical sub-section of the conveyor section running from the top to the bottom, and, depending upon the plants to be cultivated, a number of modules required for implementing a vegetation phase of the plant are connected with one another via interface elements.
A line receiver comprising: an input stage configured to receive an input signal and to generate a current signal; a first sampling stage coupled to the input stage and configured to produce a plurality of sampled current signals by sampling the current signal at a first rate; an integration stage coupled to the first sampling stage and comprising a plurality of integrators configured to produce a plurality of integrated sampled current signals by integrating respective ones of the plurality of sampled current signals; a second sampling stage coupled to the integrator stage and configured to sample the plurality of integrated sampled current signals at a second rate, wherein the second sampling stage comprises a plurality of switches coupled to a common integrator of the integrator stage , wherein the first rate is greater than the second rate ; a common mode feedback circuit configured to maintain a voltage provided at an input of the first sampling stage constant. an input stage configured to receive an input signal and to generate a current signal; a first sampling stage coupled to the input stage and configured to produce a plurality of sampled current signals by sampling the current signal at a first rate; an integration stage coupled to the first sampling stage and comprising a plurality of integrators configured to produce a plurality of integrated sampled current signals by integrating respective ones of the plurality of sampled current signals; a second sampling stage coupled to the integrator stage and configured to sample the plurality of integrated sampled current signals at a second rate, wherein the second sampling stage comprises a plurality of switches coupled to a common integrator of the integrator stage , wherein the first rate is greater than the second rate ; a common mode feedback circuit configured to maintain a voltage provided at an input of the first sampling stage constant.
Apparatus for monitoring a fabrication process of a semiconductor wafer comprising a wafer substrate , the apparatus including: a wafer support arranged to support the wafer substrate ; a vibration exciting device arranged to excite vibrations of the wafer substrate at a plurality of localised measurement positions of the wafer substrate and a measurement device for measuring the wafer substrate vibrations at the plurality of localised measurement positions to determine one or more properties of the wafer at the plurality of localised measurement positions , characterized in that the vibration exciting device is a separate entity from the wafer substrate . a wafer support arranged to support the wafer substrate ; a vibration exciting device arranged to excite vibrations of the wafer substrate at a plurality of localised measurement positions of the wafer substrate and a measurement device for measuring the wafer substrate vibrations at the plurality of localised measurement positions to determine one or more properties of the wafer at the plurality of localised measurement positions , characterized in that the vibration exciting device is a separate entity from the wafer substrate .
A holding strap comprising: a strap component comprising a connection end that has been chemically pre-treated with a pre-treatment agent; an epoxy resin chemically bonded to the pre-treated connection end of the strap component; and a hook component composed of a metallic material comprising a hook element and a base element integrally formed with the hook element, the base element comprising a cavity that is configured and sized to receive at least a portion of the connection end of the strap component , the epoxy resin being chemically bonded to internal surfaces of the cavity , wherein the cavity is coated with wax prior to providing the epoxy resin therein. a strap component comprising a connection end that has been chemically pre-treated with a pre-treatment agent; an epoxy resin chemically bonded to the pre-treated connection end of the strap component; and a hook component composed of a metallic material comprising a hook element and a base element integrally formed with the hook element, the base element comprising a cavity that is configured and sized to receive at least a portion of the connection end of the strap component , the epoxy resin being chemically bonded to internal surfaces of the cavity , wherein the cavity is coated with wax prior to providing the epoxy resin therein.
A method for controlling application gifting, comprising: sending, by a first client, a purchase request carrying allowed usage times of an application, APP, to a server; searching out the APP, by the server, according to the purchase request, generating a random code corresponding to the APP, and storing, in a storage of the server, the random code as the redemption code of the APP in one-to-one correspondence with the allowed usage times carried in the purchase request, and returning, by the server, the redemption code of the APP to the first client; performing, by the server, an encryption process on the APP by using Digital Right Management technology; sending, by the first client, the redemption code of the APP to a second client; receiving, by the server, a redemption request carrying the redemption code of the APP sent by the second client, and sending, by the server, download information of the APP carrying decryption information of the APP to the second client after it is determined that the redemption code of the APP in the redemption request is consistent with one of the redemption codes of the APPs stored in the storage of the server and the current used times of the APP corresponding to the redemption code of the APP is not greater than the allowed usage times set by the first client. sending, by a first client, a purchase request carrying allowed usage times of an application, APP, to a server; searching out the APP, by the server, according to the purchase request, generating a random code corresponding to the APP, and storing, in a storage of the server, the random code as the redemption code of the APP in one-to-one correspondence with the allowed usage times carried in the purchase request, and returning, by the server, the redemption code of the APP to the first client; performing, by the server, an encryption process on the APP by using Digital Right Management technology; sending, by the first client, the redemption code of the APP to a second client; receiving, by the server, a redemption request carrying the redemption code of the APP sent by the second client, and sending, by the server, download information of the APP carrying decryption information of the APP to the second client after it is determined that the redemption code of the APP in the redemption request is consistent with one of the redemption codes of the APPs stored in the storage of the server and the current used times of the APP corresponding to the redemption code of the APP is not greater than the allowed usage times set by the first client.
A seat comprising a main cushion formed of padding and a shield formed of padding, wherein the padding of the shield has a first compressibility and the padding of the main cushion has a second compressibility, wherein the first compressibility is lower than the second compressibility; wherein the main cushion comprises a central section and lateral bolster portions ; wherein the bolster portions comprise laterally outer sides and the shield shields the laterally outer sides of the lateral bolster portions; wherein the compressibility of the central section and the lateral bolster portions is different, such that the shield is formed of padding having a first compressibility, the central section comprises padding having a second compressibility and bolster portions comprise padding having a third compressibility, wherein the first compressibility is lower than the second compressibility and the third compressibility; wherein the third compressibility is lower than the second compressibility.
A distributed processing system, comprising: a control node, a first computing node, and a second computing node, wherein the first computing node is configured to process characteristic data reported by a terminal and characteristic data allocated by the control node, and the second computing node is configured to process characteristic data generated by the first computing node and the characteristic data allocated by the control node; wherein the control node obtains a type and a characteristic identifier of to-be-processed characteristic data, wherein the type is for identifying a home computing node of the to-be-processed characteristic data, and the home computing node is one of the first computing node and the second computing node; the control node determines process index information according to the characteristic identifier, and the process index information is for indicating a processing process on the home computing node to which the to-be-processed characteristic data belongs; the control node schedules, according to the process index information, one of data index information of the to-be-processed characteristic data and the to-be-processed characteristic data to the processing process on the home computing node, and the data index information is for instructing the home computing node to obtain the to-be-processed characteristic data; and the home computing node processes the to-be-processed characteristic data to obtain processed characteristic data; characterized in that, the distributed processing system further comprises a configuration update node, the configuration update node is configured to: store the to-be-processed characteristic data reported by the terminal and monitor updates of the to-be-processed characteristic data; and the control node is further configured to receive, in a case that the configuration update node detects that the to-be-processed characteristic data is updated, the type and the characteristic identifier of the to-be-processed characteristic data that are pushed by the configuration update node.
A method of controlling an oral appliance , the oral appliance comprising a sensing arrangement disposed in proximity to at least one part of a facial muscle complex (M) of a user (U), the method comprising: sensing, with the sensing arrangement , the at least one part of the facial muscle complex (M) being brought towards and physically interacting with the sensing arrangement , wherein sensing the physical interaction of the facial muscle complex (M) with the sensing arrangement comprises sensing the facial muscle complex (M) contacting the sensing arrangement as a result of deformation of the at least one part of the facial muscle complex (M); and in response to the sensing, controlling the oral appliance to generate a signal for transmission or storage. sensing, with the sensing arrangement , the at least one part of the facial muscle complex (M) being brought towards and physically interacting with the sensing arrangement , wherein sensing the physical interaction of the facial muscle complex (M) with the sensing arrangement comprises sensing the facial muscle complex (M) contacting the sensing arrangement as a result of deformation of the at least one part of the facial muscle complex (M); and in response to the sensing, controlling the oral appliance to generate a signal for transmission or storage.
A display device , comprising: a substrate on which wiring electrodes are formed; a plurality of semiconductor light-emitting elements electrically connected to the wiring electrodes; a wavelength conversion layer (WL) provided with a plurality of phosphor layers that convert a wavelength of light and a plurality of partition wall portions formed between the plurality of semiconductor light-emitting elements to cover the plurality of semiconductor light-emitting elements ; and a color filter (CF) disposed to cover the wavelength conversion layer (WL), wherein the plurality of phosphor layers include a first phosphor layer and a second phosphor layer , characterized in that the first phosphor layer comprises a first layer and a second layer , wherein the first layer comprises red phosphor mixed with a photosensitive material and the second layer comprises yellow phosphor or green phosphor and wherein phosphor provided in the second phosphor layer is the same phosphor as the phosphor of the second layer , wherein the red phosphor of the first layer is an inorganic phosphor and the second layer is an upper layer nearer to the color filter (CF) than the first layer , or wherein the red phosphor of the first layer is an organic phosphor and the first layer is an upper layer nearer to the color filter (CF) than the second layer a substrate on which wiring electrodes are formed; a plurality of semiconductor light-emitting elements electrically connected to the wiring electrodes; a wavelength conversion layer (WL) provided with a plurality of phosphor layers that convert a wavelength of light and a plurality of partition wall portions formed between the plurality of semiconductor light-emitting elements to cover the plurality of semiconductor light-emitting elements ; and a color filter (CF) disposed to cover the wavelength conversion layer (WL), wherein the plurality of phosphor layers include a first phosphor layer and a second phosphor layer , characterized in that the first phosphor layer comprises a first layer and a second layer , wherein the first layer comprises red phosphor mixed with a photosensitive material and the second layer comprises yellow phosphor or green phosphor and wherein phosphor provided in the second phosphor layer is the same phosphor as the phosphor of the second layer , wherein the red phosphor of the first layer is an inorganic phosphor and the second layer is an upper layer nearer to the color filter (CF) than the first layer , or wherein the red phosphor of the first layer is an organic phosphor and the first layer is an upper layer nearer to the color filter (CF) than the second layer