mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal body for thermal sill or baseboard device, said device comprising a casing , or other means for supporting and/or housing said thermal body, the latter comprising at least one electric or hydraulic thermal module and, possibly, at least one heat exchanger , said casing comprising at least one side forming a main-fastening side , preferably at least two opposite sides , one of which forms said main-fastening side, said thermal body also comprising a thermal transfer and support element with an elongate and flat shape extending along a longitudinal axis, having, or being passed through longitudinally by, one or more receiving cavities suitable for receiving the thermal module(s) , and said thermal body comprising at least one main-fastening means allowing said thermal body to be fastened, preferably removably, on the main-fastening side having an internal face comprising a complementary main-fastening means to that end and, possibly, where appropriate, said thermal body also comprising an additional-fastening means allowing it to be additionally fastened on the other, opposite side, also comprising to that end a complementary additional-fastening means , and the element is formed by a mutual interlocking and/or snap-fastening assembly, with adjustment of the spacing, of two similar and symmetrical half-shells , each half-shell , preferably with a generally rectangular shape, comprising at least one receiving half-cavity forming, in the assembled state of the two half-shells, in complementarity with the half-cavity or one of the half-cavities of the other half-shell, the receiving cavity or one of the receiving cavities , and said element comprises an interlocking and/or snap-fastening assembly system which is suitable and intended for allowing said half-shells to be assembled and the spacing thereof relative to one another to be adjusted in the state of assembly thereof, and each half-shell comprises firstly at least one assembly flange having an assembly face equipped with a first interlocking and/or snap-fastening assembly means and secondly a second interlocking and/or snap-fastening assembly means which is suitable and intended for cooperating, by interlocking and/or snap-fastening, with said first assembly means of the other half-shell to allow the interlocking and/or snap-fastening assembly of the two half-shells and the adjustment of the relative spacing thereof in the assembled state.
A dental filling/restoration kit, comprising: a filling/restoring material (A) comprising: a polymerizable monomer having no acidic group (I), wherein the acidic group has a pKa of less than 5 and from which an active proton can be dissociated; a basic inorganic material (II) selected from alumina, sodium fluoride, calcium silicate and fluoroaluminosilicate glass; a photopolymerization initiator (III) formed by at least combining: an α-diketone compound (i); an aliphatic amine compound (ii); an aromatic amine compound (iii); and an aryliodonium salt as a photoacid generator (iv); and a filler (IV) other than the basic inorganic material; and an adhesive material (B), for providing adhesion between a tooth and the filling/restoring material, the adhesive material comprising: a polymerizable monomer including a polymerizable monomer having an acidic group (I), wherein the acidic group is selected from a carboxyl group, a phosphate monoester group, and a phosphate diester group; and a polymerization initiator (II); wherein the polymerizable monomer having no acidic group (I) of the filling/restoring material (A) consists only of a polymerizable monomers having no acidic groups. a polymerizable monomer having no acidic group (I), wherein the acidic group has a pKa of less than 5 and from which an active proton can be dissociated; a basic inorganic material (II) selected from alumina, sodium fluoride, calcium silicate and fluoroaluminosilicate glass; a photopolymerization initiator (III) formed by at least combining: an α-diketone compound (i); an aliphatic amine compound (ii); an aromatic amine compound (iii); and an aryliodonium salt as a photoacid generator (iv); and an α-diketone compound (i); an aliphatic amine compound (ii); an aromatic amine compound (iii); and an aryliodonium salt as a photoacid generator (iv); and a filler (IV) other than the basic inorganic material; and an adhesive material (B), for providing adhesion between a tooth and the filling/restoring material, the adhesive material comprising: a polymerizable monomer including a polymerizable monomer having an acidic group (I), wherein the acidic group is selected from a carboxyl group, a phosphate monoester group, and a phosphate diester group; and a polymerization initiator (II); wherein the polymerizable monomer having no acidic group (I) of the filling/restoring material (A) consists only of a polymerizable monomers having no acidic groups. a polymerizable monomer including a polymerizable monomer having an acidic group (I), wherein the acidic group is selected from a carboxyl group, a phosphate monoester group, and a phosphate diester group; and a polymerization initiator (II); wherein the polymerizable monomer having no acidic group (I) of the filling/restoring material (A) consists only of a polymerizable monomers having no acidic groups.
Pouch cell having a positive contact lug and a negative contact lug , by means of which contact lugs electrical contact can be made with the pouch cell and said pouch cell can be charged and discharged in this way, wherein the pouch cell is of planar design and has a flat cell surface which extends parallel (PR) in relation to the positive contact lug and the negative contact lug , wherein the positive contact lug has an upper positive connecting element and a lower positive connecting element , which positive connecting elements are arranged on opposite sides of the positive contact lug , and the negative contact lug has an upper negative connecting element and a lower negative connecting element , which negative connecting elements are arranged on opposite sides of the negative contact lug , characterized in that the connecting elements are designed as plug-in connecting elements or screw-type connecting elements.
A method of generating an image gradient, characterised by : providing a stretching factor and one-dimensional image data for generating a two-dimensional digital image to a hardware graphics processor , wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; and initiating a one-dimensional stretching operation by the hardware graphics processor based on the one-dimensional image data and the stretching factor to generate the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel. providing a stretching factor and one-dimensional image data for generating a two-dimensional digital image to a hardware graphics processor , wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; and initiating a one-dimensional stretching operation by the hardware graphics processor based on the one-dimensional image data and the stretching factor to generate the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel.
Longitudinal adjustment mechanism , in particular for a vehicle seat , the longitudinal adjustment mechanism having at least one pair of rails formed from a first rail and a second rail which is displaceable in the longitudinal direction (x) relative to the first rail , wherein the rails alternately engage around each other forming an inner channel , wherein a spindle nut connected to the second rail and a spindle operatively connected to the spindle nut are arranged in the inner channel , wherein a gear which is drivable by means of a motor and interacts with the spindle is arranged at one end of the first rail , wherein the spindle is screwed by means of an external thread of the spindle into an internal thread of a worm wheel of the gear , and the spindle is connected by means of a fixing element to the worm wheel for conjoint rotation, wherein the fixing element is arranged coaxially with respect to a spindle axis (A) of the spindle , characterized in that the fixing element is pressed between a thread-free section , which is arranged on a front end section of the spindle , and the worm wheel , the fixing element being a hollow-cylindrical bushing.
An achromatized metasurface lens (104; 600) comprising: a color filter array having a first color filter element for a first color of light, and a second color filter element for a second color of light; and a metasurface lens located proximate to the color filter array, wherein the metasurface lens includes: a first subset of nanostructures configured to modify the first color of light, wherein the first subset of nanostructures is optically aligned with the first color filter element and configured to collimate the first color of light; and a second subset of nanostructures configured to modify the second color of light, wherein the second subset of nanostructures is optically aligned with the second color filter element and configured to collimate the second color of light. a color filter array having a first color filter element for a first color of light, and a second color filter element for a second color of light; and a metasurface lens located proximate to the color filter array, wherein the metasurface lens includes: a first subset of nanostructures configured to modify the first color of light, wherein the first subset of nanostructures is optically aligned with the first color filter element and configured to collimate the first color of light; and a second subset of nanostructures configured to modify the second color of light, wherein the second subset of nanostructures is optically aligned with the second color filter element and configured to collimate the second color of light. a first subset of nanostructures configured to modify the first color of light, wherein the first subset of nanostructures is optically aligned with the first color filter element and configured to collimate the first color of light; and a second subset of nanostructures configured to modify the second color of light, wherein the second subset of nanostructures is optically aligned with the second color filter element and configured to collimate the second color of light.
A valve comprising: a housing ; a valve body having a fluid inlet and a fluid outlet , the valve body comprising a first valve element and a second valve element arranged in said housing ; a gap being formed between the valve elements ; - the first valve element is conformed as a sleeve with an inner surface that tapers at least in sections towards the fluid outlet , - the second valve element is conformed as a cone mounted in the sleeve , with the same inclination as the inner surface of the sleeve so as to form the gap , said cone having a central, axially extending channel open to the fluid inlet ; - an annular space open to the fluid outlet is formed between the sleeve and the inner surface of the housing , - the sleeve has through holes towards the annular space and the cone has through openings towards the fluid inlet , - the sleeve and the cone are axially adjustable relative to one another, characterized in that the fluid outlet is provided concentrically and separately from the channel in the cone . a housing ; a valve body having a fluid inlet and a fluid outlet , the valve body comprising a first valve element and a second valve element arranged in said housing ; a gap being formed between the valve elements ; - the first valve element is conformed as a sleeve with an inner surface that tapers at least in sections towards the fluid outlet , - the second valve element is conformed as a cone mounted in the sleeve , with the same inclination as the inner surface of the sleeve so as to form the gap , said cone having a central, axially extending channel open to the fluid inlet ; - an annular space open to the fluid outlet is formed between the sleeve and the inner surface of the housing , - the sleeve has through holes towards the annular space and the cone has through openings towards the fluid inlet , - the sleeve and the cone are axially adjustable relative to one another, - the first valve element is conformed as a sleeve with an inner surface that tapers at least in sections towards the fluid outlet , - the second valve element is conformed as a cone mounted in the sleeve , with the same inclination as the inner surface of the sleeve so as to form the gap , said cone having a central, axially extending channel open to the fluid inlet ; - an annular space open to the fluid outlet is formed between the sleeve and the inner surface of the housing , - the sleeve has through holes towards the annular space and the cone has through openings towards the fluid inlet , - the sleeve and the cone are axially adjustable relative to one another, characterized in that the fluid outlet is provided concentrically and separately from the channel in the cone .
A method for determining an operating set point for a combined cycle power plant including a gas turbine , a steam turbine , a chiller system , and a duct firing system , the method comprising: using digital models to model the operation and/or the performance of the gas turbine , the steam turbine , the chiller system , and the duct firing system ; correlating the digital models using an artificial neural network , the artificial neural network interacting and communicating with the digital models and connecting the digital models together to form a model of the entire combined cycle power plant that simulates the thermodynamic operation of the plant ; simulating the operation of the power plant using the digital models and the artificial neural network ; correcting the simulation of the operation of the power plant using a Kalman filter to adjust and calibrate the digital models and the artificial neural network ; optimizing the simulation of the operation of the power plant by simulating the operation of the power plant using the digital models and the the artificial neural network at different operating settings of the power plant , the gas turbine , the steam turbine , the chiller system , and the duct firing system to achieve a defined goal, and selecting at least one of the operating settings as being optimal based on a minimal difference between the actual condition data and the predicted data, and generating the operating set point for the power plant based on the optimized simulation of the power plant . using digital models to model the operation and/or the performance of the gas turbine , the steam turbine , the chiller system , and the duct firing system ; correlating the digital models using an artificial neural network , the artificial neural network interacting and communicating with the digital models and connecting the digital models together to form a model of the entire combined cycle power plant that simulates the thermodynamic operation of the plant ; simulating the operation of the power plant using the digital models and the artificial neural network ; correcting the simulation of the operation of the power plant using a Kalman filter to adjust and calibrate the digital models and the artificial neural network ; optimizing the simulation of the operation of the power plant by simulating the operation of the power plant using the digital models and the the artificial neural network at different operating settings of the power plant , the gas turbine , the steam turbine , the chiller system , and the duct firing system to achieve a defined goal, and selecting at least one of the operating settings as being optimal based on a minimal difference between the actual condition data and the predicted data, and generating the operating set point for the power plant based on the optimized simulation of the power plant .
A method for managing access of a User Equipment, UE, to a wireless network via unlicensed spectrum, the method comprising: receiving , at the UE via the unlicensed spectrum, a signal generated by a first cell of the wireless network, the signal including an indication of a respective presence or absence of one or more uplink access constraints of the first cell, and the one or more uplink access constraints corresponding to at least one of: a threshold distance of UEs from the first cell, or uplink interference detected by the first cell in a spatial direction corresponding to the UE; selecting , by the UE, a serving cell of the wireless network based on the indication; and connecting , by the UE, to the selected serving cell. receiving , at the UE via the unlicensed spectrum, a signal generated by a first cell of the wireless network, the signal including an indication of a respective presence or absence of one or more uplink access constraints of the first cell, and the one or more uplink access constraints corresponding to at least one of: a threshold distance of UEs from the first cell, or uplink interference detected by the first cell in a spatial direction corresponding to the UE; selecting , by the UE, a serving cell of the wireless network based on the indication; and connecting , by the UE, to the selected serving cell.
An artificial intelligence operation processing method, comprising: receiving, by a terminal, indication information sent by a network device, wherein the indication information is used for indicating information about an Artificial Intelligence/Machine Learning, AI/ML, task to be performed by the terminal; wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, which comprises: the indication information is used for indicating part or all of AI/ML acts performed by the terminal; wherein the indication information is used for indicating part or all of AI/ML acts performed by the terminal, which comprises: a ratio between acts performed by the network device and the terminal in the AI/ML task is included in the indication information; or wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, and an AI/ML model used by the terminal to perform the AI/ML task, wherein the indication information comprises a serial number of an AI/ML operation required to be performed by the terminal in the AI/ML task; wherein the method further comprises: switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate. a ratio between acts performed by the network device and the terminal in the AI/ML task is included in the indication information; or wherein the indication information is used for indicating part or all of operations performed by the terminal in the AI/ML task, and an AI/ML model used by the terminal to perform the AI/ML task, wherein the indication information comprises a serial number of an AI/ML operation required to be performed by the terminal in the AI/ML task; wherein the method further comprises: switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate. switching, by the terminal, the AI/ML model, according to varying of an AI/ML computing power of the terminal; or switching, by the terminal, the AI/ML model, according to varying of a realizable communication rate.
Method for the expression of a protein of interest by an Escherichia coli (E. coli) bacterium characterised in that it comprises the culturing of a bacterium continuously or temporarily expressing, under the control of a lac promoter, a human Hsp70 protein, in that said E. coli bacterium further comprises a nucleic acid sequence, encoding a protein of interest, under the control of a lac promoter and in that said E. coli bacterium is cultured in a medium not containing IPTG or a metabolised molecule in such a way as to automatically induce the induction of transcription from the lac promoter.
An ultrasound guided radiotherapy system, comprising - a radiotherapy system configured for providing a radiation treatment by means of a radiation beam to a treatment target and - an ultrasound imaging system configured for acquiring a 3D online image of the treatment target and/or an organ at risk during the radiation treatment and - detection means configured for detection, in the 3D online image, parts representing the treatment target and/or organ at risk; - selection means configured for selecting a view plane through the treatment target and/or an organ at risk represented by the detected parts in the 3D online image; - a display configured to display a 2D image of part of the treatment target and/or organ at risk along the view plane, wherein the display is further configured to display a treatment margin and/or an outline of an actual radiation beam in relation to the treatment target and/or organ at risk. - a radiotherapy system configured for providing a radiation treatment by means of a radiation beam to a treatment target and - an ultrasound imaging system configured for acquiring a 3D online image of the treatment target and/or an organ at risk during the radiation treatment and - detection means configured for detection, in the 3D online image, parts representing the treatment target and/or organ at risk; - selection means configured for selecting a view plane through the treatment target and/or an organ at risk represented by the detected parts in the 3D online image; - a display configured to display a 2D image of part of the treatment target and/or organ at risk along the view plane, wherein the display is further configured to display a treatment margin and/or an outline of an actual radiation beam in relation to the treatment target and/or organ at risk.