mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic comprising a polymer having a content of an oxyalkylene unit and/or a glycerin unit of 0.5% by mass or more and under 5.0% by mass; and a polymer having a content of an oxyethylene unit and/or a glycerin unit of 5.0% by mass or more and 20.0% by mass or less, the polymer and the polymer being a crosslinking organopolysiloxane polymer obtained by reacting organohydrogen polysiloxane having two or more hydrogen atoms bonded to a silicon atom in one molecule and polyoxyalkylene and/or polyglycerin having two or more aliphatic unsaturated bonds in one molecule in the presence of a catalyst for a hydrosilylation reaction, wherein a mass ratio of the polymer to the polymer is 5:95 to 60:40.
A method comprising: receiving, at an edge network device, information describing a rule to be applied to a traffic stream received at the edge network device; receiving the traffic stream at the edge network device; applying a schema to the received traffic stream, wherein applying the schema to the received traffic stream comprises decoding content of binary values of the received traffic stream, and indexing the decoded content at the edge network device; determining that a rule triggering condition has been met by the received traffic stream, wherein determining that the rule triggering condition has been met comprises executing a query against the decoded content, the query providing an outcome indicating if the rule triggering condition has been met; and applying the rule to the traffic stream, at the edge network device, in response to having met the rule triggering condition, wherein at least one of determining that the rule triggering condition has been met or applying the rule to the traffic stream is performed based on the applied schema. receiving, at an edge network device, information describing a rule to be applied to a traffic stream received at the edge network device; receiving the traffic stream at the edge network device; applying a schema to the received traffic stream, wherein applying the schema to the received traffic stream comprises decoding content of binary values of the received traffic stream, and indexing the decoded content at the edge network device; determining that a rule triggering condition has been met by the received traffic stream, wherein determining that the rule triggering condition has been met comprises executing a query against the decoded content, the query providing an outcome indicating if the rule triggering condition has been met; and applying the rule to the traffic stream, at the edge network device, in response to having met the rule triggering condition, wherein at least one of determining that the rule triggering condition has been met or applying the rule to the traffic stream is performed based on the applied schema.
A connecting element (1, 2) for connecting at least two components (1, 3), wherein the connecting element has at least two spherical or ball-shaped portions (2a-2e) which are lined up directly adjacently and directly follow each other, which portions are connected together by a material-formed bond, wherein a first one of the at least two portions is provided for connecting to a first component and the second one of the at least two portions is provided for connecting to a second component, characterised in that • the spherical or ball-shaped portions (2a-2e) which are lined up directly adjacently and directly follow each other are welded together, • the connecting element has at least one spherical or ball-shaped portion (2d, 2e) which is arranged in the manner of a bend knot laterally relative to the at least two spherical or ball-shaped portions which are lined up directly adjacently and directly follow each other. • the spherical or ball-shaped portions (2a-2e) which are lined up directly adjacently and directly follow each other are welded together, • the connecting element has at least one spherical or ball-shaped portion (2d, 2e) which is arranged in the manner of a bend knot laterally relative to the at least two spherical or ball-shaped portions which are lined up directly adjacently and directly follow each other.
Hob with free configurable heating array and touchscreen control, at least comprising: - an array of heating elements configurable at least as a first heating zone and a second heating zone for at least a first pot and a second pot; - a pot detector for detecting respectively the first pot and the second pot and forming the first heating zone and the second heating zone; - a touchscreen control to display a first graphic representation of the first pot and a second graphic representation of the second pot respectively first and second heating zones (107, 112); and - a controller to control at least a heating parameter of the first heating zone and the second heating zone, characterised in that the controller is adapted to combine the control of the first heating zone and the control of the second heating zone for assigning the heating parameter based on a touchscreen control input involving at least two touch points (210, 220) associated respectively to the graphic representations of the first pot and the second pot. - an array of heating elements configurable at least as a first heating zone and a second heating zone for at least a first pot and a second pot; - a pot detector for detecting respectively the first pot and the second pot and forming the first heating zone and the second heating zone; - a touchscreen control to display a first graphic representation of the first pot and a second graphic representation of the second pot respectively first and second heating zones (107, 112); and - a controller to control at least a heating parameter of the first heating zone and the second heating zone, characterised in that the controller is adapted to combine the control of the first heating zone and the control of the second heating zone for assigning the heating parameter based on a touchscreen control input involving at least two touch points (210, 220) associated respectively to the graphic representations of the first pot and the second pot.
A method for generating a fluid saturation model for a subsurface region comprising: obtaining a model of the subsurface region; for each of a plurality of fluid types: flooding the subsurface region model with the fluid type to generate a flood model; and running a trial petrophysical inversion with the flood model to generate a trial petrophysical model, wherein each trial petrophysical model comprises values for at least one of porosity and volume of clay; searching each trial petrophysical model to identify one or more potential fluid contact regions; partitioning the flood models of the subsurface region at the one or more identified potential fluid contact regions; constructing the fluid saturation model from the partitions; running a petrophysical inversion of the fluid saturation model; identifying potential hydrocarbon-bearing formations in the subsurface region based on the petrophysical inversion of the fluid saturation model; and managing hydrocarbons based at least in part upon the constructed fluid saturation model, wherein managing hydrocarbons comprises causing a well to be drilled to prospect for hydrocarbons. obtaining a model of the subsurface region; for each of a plurality of fluid types: flooding the subsurface region model with the fluid type to generate a flood model; and running a trial petrophysical inversion with the flood model to generate a trial petrophysical model, wherein each trial petrophysical model comprises values for at least one of porosity and volume of clay; flooding the subsurface region model with the fluid type to generate a flood model; and running a trial petrophysical inversion with the flood model to generate a trial petrophysical model, wherein each trial petrophysical model comprises values for at least one of porosity and volume of clay; searching each trial petrophysical model to identify one or more potential fluid contact regions; partitioning the flood models of the subsurface region at the one or more identified potential fluid contact regions; constructing the fluid saturation model from the partitions; running a petrophysical inversion of the fluid saturation model; identifying potential hydrocarbon-bearing formations in the subsurface region based on the petrophysical inversion of the fluid saturation model; and managing hydrocarbons based at least in part upon the constructed fluid saturation model, wherein managing hydrocarbons comprises causing a well to be drilled to prospect for hydrocarbons.
An anti-fuse device for fin field-effect transistor (finFET) technology, the device comprising: a dummy gate formed over an end-corner of a fin; an electrically conductive contact disposed on a portion of the dummy gate and configured to be used as a first electrode of the device; and a diffusion contact disposed over the fin and configured to be used as a second electrode of the device; wherein the diffusion contact is formed on an epitaxial layer formed on the fin; and wherein the dummy gate partially extends out of the end-corner of the fin, and wherein the fin is a fin of an already existing finFET. a dummy gate formed over an end-corner of a fin; an electrically conductive contact disposed on a portion of the dummy gate and configured to be used as a first electrode of the device; and a diffusion contact disposed over the fin and configured to be used as a second electrode of the device; wherein the diffusion contact is formed on an epitaxial layer formed on the fin; and wherein the dummy gate partially extends out of the end-corner of the fin, and wherein the fin is a fin of an already existing finFET.
A method for transmitting clock synchronization data (FR, TR) to a base station of a wireless communication system comprising the steps of: obtaining at least one time reference of a wireless communication system clock, transmitting a frequency reference of the wireless communication system clock using a wireless communication interface of the wireless communication system, and transmitting said at least one time reference via a transport network associated with the wireless communication system, characterised in that the frequency reference is transmitted using a carrier having a frequency below 400 MHz. obtaining at least one time reference of a wireless communication system clock, transmitting a frequency reference of the wireless communication system clock using a wireless communication interface of the wireless communication system, and transmitting said at least one time reference via a transport network associated with the wireless communication system, characterised in that the frequency reference is transmitted using a carrier having a frequency below 400 MHz.
A system for content presentation, comprising: a memory; and a processor, wherein the memory stores instructions executable by the processor to cause the system to: obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location. a memory; and a processor, wherein the memory stores instructions executable by the processor to cause the system to: obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location. obtain an indication of a user's motion through a space in which a user is located adjust a presentation speed based on the indication of motion; and present a content item associated with a location within the space, wherein the content item is presented using the adjusted presentation speed; characterized in that the content item includes information that relates to, refers to, describes and/or provides information about the location or an object located at the location.
Tongue device for a railway point, comprising a tongue which is arranged between a stock rail and an auxiliary rail and runs on at least one slide plate, wherein the stock rail and the auxiliary rail are arranged on a base plate, wherein the stock rail comprises at least one opening in its stock-rail web and/or the auxiliary rail comprises at least one opening in its auxiliary-rail web, wherein the slide plate abuts the web in the opening, characterised in that the slide plate is continuously welded to the stock rail and/or the auxiliary rail in parallel with the longitudinal extension of the slide plate up to the region of the openings.
Luminaire and lighting trunking system, comprising: - a housing, - at least one lighting module, - a control unit controlling the operation of the lighting module, - a RFID antenna integrated in the luminaire and lighting trunking system, characterized by - an RFID controller, designed to process signals reflected by objects in the detection area of the RFID antenna and detected by the RFID antenna as object presence or motion information, the processing not being the extraction of ID information of an RFID tag, wherein the control unit is adapted to use the object presence or motion information for the control of the operation of the lighting module such that at least one lighting characteristic, such as e.g. the intensity of the light produced by the lighting module is a function of the object presence or motion information. - a housing, - at least one lighting module, - a control unit controlling the operation of the lighting module, - a RFID antenna integrated in the luminaire and lighting trunking system, characterized by - an RFID controller, designed to process signals reflected by objects in the detection area of the RFID antenna and detected by the RFID antenna as object presence or motion information, the processing not being the extraction of ID information of an RFID tag, wherein the control unit is adapted to use the object presence or motion information for the control of the operation of the lighting module such that at least one lighting characteristic, such as e.g. the intensity of the light produced by the lighting module is a function of the object presence or motion information.
Additive manufacturing apparatus for building a product according to a planned geometry by successive solidification of a radiation-curable fluid in the layer where solidification takes place during processing in a continuous solidification mode, the layer where solidification takes place during processing extending in a vertical direction from a fluid surface of the radiation-curable fluid to a work piece surface of the product, the apparatus comprising: - a vat for holding the radiation-curable fluid; - a work piece support for holding the product during building; - a feed control mechanism adapted for controlling feeding of radiation-curable fluid to the layer where solidification takes place during processing; - a curing radiation source adapted for generating a two-dimensional exposure pattern of curing radiation in the layer where solidification takes place during processing, wherein the exposure pattern is defined by a curing radiation pattern geometry and/or curing radiation intensity; wherein the apparatus further comprises: - a radiation sensor arranged to receive radiation from the layer where solidification takes place during processing, wherein the radiation sensor is configured to generate a sensor signal comprising information indicative of a solidification process status based on the received radiation; and - a control system communicatively connected to the feed control mechanism and the curing radiation source, the control system being adapted to receive the sensor signal, and to adjust process control parameters controlling the solidification in the layer where solidification takes place during processing, in response to said sensor signal, wherein the process control parameters include one or more of an amount and a rate of feeding radiation-curable fluid to the layer where solidification takes place during processing by the feed control mechanism. - a vat for holding the radiation-curable fluid; - a work piece support for holding the product during building; - a feed control mechanism adapted for controlling feeding of radiation-curable fluid to the layer where solidification takes place during processing; - a curing radiation source adapted for generating a two-dimensional - a radiation sensor arranged to receive radiation from the layer where solidification takes place during processing, wherein the radiation sensor is configured to generate a sensor signal comprising information indicative of a solidification process status based on the received radiation; and - a control system communicatively connected to the feed control mechanism and the curing radiation source, the control system being adapted to receive the sensor signal, and to adjust process control parameters controlling the solidification in the layer where solidification takes place during processing, in response to said sensor signal, wherein the process control parameters include one or more of an amount and a rate of feeding radiation-curable fluid to the layer where solidification takes place during processing by the feed control mechanism.
Method for alloying a titanium surface of an electrically conductive object with the refractory metal tantalum to obtain an alloyed surface of titanium and refractory metal, said alloyed surface having an increasing gradient towards titanium into the internal of the object, said process comprising the steps - placing the object and a refractory metal halide in a reaction chamber of a furnace, - heating the object in the reaction chamber at a target temperature of 880-1200°C a first time period, - cooling the reaction chamber over a second time period, - removing the object from the reaction chamber, characterised in that the supplied tantalum chloride is TaCl5, TaCl4, TaCl3, Ta2Cl10, or any mixture of these chlorides. - placing the object and a refractory metal halide in a reaction chamber of a furnace, - heating the object in the reaction chamber at a target temperature of 880-1200°C a first time period, - cooling the reaction chamber over a second time period, - removing the object from the reaction chamber, characterised in that the supplied tantalum chloride is TaCl5, TaCl4, TaCl3, Ta2Cl10, or any mixture of these chlorides.
A sampling device comprising a housing, wherein the housing comprises a chamber, at least an opening, an actuation means and a separate compartment, wherein the separate compartment is releasably retained within the housing by a retention means, characterised in that the retention means is a material that is capable to react to changes in the external environment of the device and wherein the actuation means is adapted to enable an internal substance to be drawn in through the opening into the chamber and is configured to simultaneously push the separate compartment along the housing until the separate compartment is ejected from the housing of the sampling device, thereby creating an increased space or volume for receiving and storing a sample within the chamber of the sampling device.
Control unit for a robot manipulator, having an interactive operating unit, wherein the interactive operating unit is designed for displaying a first adjustment element and a second adjustment element and a specified region for the first adjustment element and for the second adjustment element, wherein the first adjustment element and the second adjustment element can be moved within the region by means of an input of a user on the interactive operating unit, wherein the interactive operating unit is designed for detecting a user-specified position of the first adjustment element and of the second adjustment element within the specified region and for transmitting the position of the first adjustment element and of the second adjustment element to a computing unit of the control unit, wherein the first adjustment element and the second adjustment element can be moved on a common linear scale, wherein the computing unit is designed for ascertaining at least three weightings for a specified cost function as a function of the position of the first adjustment element relative to the second adjustment element and as a function of the position of the relevant adjustment element (11, 12) relative to the region, wherein the sum of the weightings is constant for all the positions of the first adjustment element, and wherein the computing unit is designed for ascertaining one or more parameters of a control program and/or of a control system for the robot manipulator on the basis of the cost function with the ascertained weightings.
An article of footwear, comprising: a sole structure; an upper comprising a textile material; a printed structure, wherein the printed structure is a fastener receiving member; wherein the fastener receiving member is attached to the upper, wherein the fastener receiving member comprises an extended portion and a fastener receiving portion, the fastener receiving portion being connected to the extended portion; wherein the extended portion of the fastener receiving member is at least partially embedded within and bonded to the textile material; and wherein the fastener receiving portion includes a loop structure, the loop structure having an aperture for receiving insertion of a lace therethrough; and characterised in that the fastener receiving portion extends away from the textile material. a sole structure; an upper comprising a textile material; a printed structure, wherein the printed structure is a fastener receiving member; wherein the fastener receiving member is attached to the upper, wherein the fastener receiving member comprises an extended portion and a fastener receiving portion, the fastener receiving portion being connected to the extended portion; wherein the extended portion of the fastener receiving member is at least partially embedded within and bonded to the textile material; and wherein the fastener receiving portion includes a loop structure, the loop structure having an aperture for receiving insertion of a lace therethrough; and characterised in that the fastener receiving portion extends away from the textile material.