mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a graphics core ; memory ; and a hardware processor comprising: a plurality of processor cores ; a cache coupled to the plurality of processor cores , wherein the cache is shared by the plurality of processor cores and the graphics core ; and a controller circuit to: initialize a portion of the cache as static memory for hardware initialization code usage before beginning execution of the hardware initialization code after a power on of the hardware processor ; cause initialization of a display device to be performed using the portion of the cache , the initialization of the display device performed independently of initialization of dynamic memory of the hardware processor ; and transfer control of execution of the system from the hardware initialization code to operating system code executing on the system. a graphics core ; memory ; and a hardware processor comprising: a plurality of processor cores ; a cache coupled to the plurality of processor cores , wherein the cache is shared by the plurality of processor cores and the graphics core ; and a controller circuit to: initialize a portion of the cache as static memory for hardware initialization code usage before beginning execution of the hardware initialization code after a power on of the hardware processor ; cause initialization of a display device to be performed using the portion of the cache , the initialization of the display device performed independently of initialization of dynamic memory of the hardware processor ; and transfer control of execution of the system from the hardware initialization code to operating system code executing on the system. a plurality of processor cores ; a cache coupled to the plurality of processor cores , wherein the cache is shared by the plurality of processor cores and the graphics core ; and a controller circuit to: initialize a portion of the cache as static memory for hardware initialization code usage before beginning execution of the hardware initialization code after a power on of the hardware processor ; cause initialization of a display device to be performed using the portion of the cache , the initialization of the display device performed independently of initialization of dynamic memory of the hardware processor ; and transfer control of execution of the system from the hardware initialization code to operating system code executing on the system. initialize a portion of the cache as static memory for hardware initialization code usage before beginning execution of the hardware initialization code after a power on of the hardware processor ; cause initialization of a display device to be performed using the portion of the cache , the initialization of the display device performed independently of initialization of dynamic memory of the hardware processor ; and transfer control of execution of the system from the hardware initialization code to operating system code executing on the system.
Method for producing a surface with differences in gloss on a panel-shaped workpiece, comprising the method steps of: - providing a carrier panel , in particular a wood-based material carrier panel, - indirectly or directly printing a decorative layer on the carrier panel , applying an at least partially transparent sealing layer over the entire surface of the decorative layer , wherein the sealing layer consists of a sealing lacquer which has a first gloss after it has cured, - at least partially curing the sealing layer , - printing, on the at least partially cured sealing layer , a design print formed with an at least partially transparent design lacquer which has a second gloss after it has cured, characterised in that - after the sealing layer has at least partially cured, an at least partially transparent intermediate layer is applied over the entire surface of the sealing layer , wherein the intermediate layer is produced using an intermediate lacquer which consists of the same material as the sealing lacquer or of a material which, after it has cured, has the same gloss as the sealing lacquer, - and in that the design lacquer is printed wet-on-wet onto the intermediate layer before the intermediate layer has cured. - providing a carrier panel , in particular a wood-based material carrier panel, - indirectly or directly printing a decorative layer on the carrier panel , applying an at least partially transparent sealing layer over the entire surface of the decorative layer , wherein the sealing layer consists of a sealing lacquer which has a first gloss after it has cured, - at least partially curing the sealing layer , - printing, on the at least partially cured sealing layer , a design print formed with an at least partially transparent design lacquer which has a second gloss after it has cured, characterised in that - after the sealing layer has at least partially cured, an at least partially transparent intermediate layer is applied over the entire surface of the sealing layer , wherein the intermediate layer is produced using an intermediate lacquer which consists of the same material as the sealing lacquer or of a material which, after it has cured, has the same gloss as the sealing lacquer, - and in that the design lacquer is printed wet-on-wet onto the intermediate layer before the intermediate layer has cured.
A spectrograph comprising: at least one light beam reformatting element configured to reformat a received light beam Into a reformatted light beam having a first dimension along a first axis that Is larger than a dimension of the received light beam along the first axis and a second dimension along a second axis substantially orthogonal to the first axis that Is smaller than a dimension of the received light beam along the second axis; at least one beam expander configured to expand the reformatted light beam along the second axis Into an expanded light beam with the same dimension along the first axis as the reformatted beam; at least one dispersive element configured to disperse the expanded light beam along the second axis, resulting in a dispersed light beam, the dimensions of the expanded light beam being maintained between the at least one beam expander and the at least one dispersive element ; and at least one light receiving element configured to receive the dispersed light beam; wherein the received light beam, the reformatted light beam, and the expanded light beam are all collimated. at least one light beam reformatting element configured to reformat a received light beam Into a reformatted light beam having a first dimension along a first axis that Is larger than a dimension of the received light beam along the first axis and a second dimension along a second axis substantially orthogonal to the first axis that Is smaller than a dimension of the received light beam along the second axis; at least one beam expander configured to expand the reformatted light beam along the second axis Into an expanded light beam with the same dimension along the first axis as the reformatted beam; at least one dispersive element configured to disperse the expanded light beam along the second axis, resulting in a dispersed light beam, the dimensions of the expanded light beam being maintained between the at least one beam expander and the at least one dispersive element ; and at least one light receiving element configured to receive the dispersed light beam; wherein the received light beam, the reformatted light beam, and the expanded light beam are all collimated.
A method performed by a processor of a user equipment, UE, for performing a random access, RA, procedure in a multi-carrier network , wherein the multi-carrier network includes a plurality of carrier groups associated with a base station and the UE , wherein each carrier group includes one or more downlink carriers and one or more uplink carriers, the method comprising: receiving, by the UE , a set of RA parameters for each of the plurality of carrier groups assigned to the UE , wherein each of the plurality of carrier groups are groups of carriers having a similar propagation metric including an expected path loss and a propagation delay; receiving, by the UE , an order on any of the active downlink carriers in a particular carrier group of the plurality of carrier groups, which instructs the UE to transmit an RA preamble signal, determining a transmit power based on a path loss estimation performed on a downlink carrier in the particular carrier group; transmitting, by the UE , the RA preamble signal on at least one uplink carrier in the particular carrier group using the corresponding set of RA parameters for the particular carrier group, and the determined transmit power; and receiving, by the UE , an RA response signal, wherein the RA response signal corresponds to the RA preamble signal, and wherein the RA response signal is received on a downlink carrier that indicated the uplink RA resource used for transmitting the RA preamble signal. receiving, by the UE , a set of RA parameters for each of the plurality of carrier groups assigned to the UE , wherein each of the plurality of carrier groups are groups of carriers having a similar propagation metric including an expected path loss and a propagation delay; receiving, by the UE , an order on any of the active downlink carriers in a particular carrier group of the plurality of carrier groups, which instructs the UE to transmit an RA preamble signal, determining a transmit power based on a path loss estimation performed on a downlink carrier in the particular carrier group; transmitting, by the UE , the RA preamble signal on at least one uplink carrier in the particular carrier group using the corresponding set of RA parameters for the particular carrier group, and the determined transmit power; and receiving, by the UE , an RA response signal, wherein the RA response signal corresponds to the RA preamble signal, and wherein the RA response signal is received on a downlink carrier that indicated the uplink RA resource used for transmitting the RA preamble signal.
A method for electrochemical treatment of water, comprising: providing a flow-through reactor comprising a cathode and an anode, wherein the anode comprises 80 weight percent or greater of a sub-stoichiometric titanium oxide having the general formula Ti n O (2n-1) ; applying power to the cathode and the anode; passing a solution comprising water and chloride through the flow-through reactor; and withdrawing the purified water, wherein the anode comprises a circular shaped reactor base and a hollow cylindrical reactive electrochemical membrane disposed perpendicularly on the reactor base and including sub-stoichiometric titanium oxide material; wherein the cathode comprises a cylindrical reactor shell disposed outside the hollow electrochemical membrane, and a tubal member located vertically in the center of the reactor disposed inside the hollow reactive electrochemical membrane, wherein the solution is passed through the tubal member of the cathode and exits from the bottom of the tube into a hollow space between an outside wall of the tubal member of the cathode and an inside wall of the reactive electrochemical membrane; followed by permeating the solution through the pores of the reactive electrochemical membrane into a hollow space between an outside wall of the reactive electrochemical membrane and an inside wall of the reactor shell to generate chlorine, ozone, free electrons, hydroxyl radicals or a combination thereof to produce purified water, prior to withdrawing the purified water.
A solar cell comprising: a support substrate ; a metallic layer on the support substrate ; a barrier layer on the metallic layer ; and a photo-electro conversion part on the barrier layer , wherein the barrier layer comprises first and second barrier layers having porosities different from each other characterized in that : the first barrier layer is provided on the metallic layer , and the second barrier layer is provided on the first barrier layer , wherein the porosity of the second barrier layer is higher than the porosity of the first barrier layer . a support substrate ; a metallic layer on the support substrate ; a barrier layer on the metallic layer ; and a photo-electro conversion part on the barrier layer , wherein the barrier layer comprises first and second barrier layers having porosities different from each other the first barrier layer is provided on the metallic layer , and the second barrier layer is provided on the first barrier layer , wherein the porosity of the second barrier layer is higher than the porosity of the first barrier layer .
Tool unit for 3D-positioning devices and in particular for machines for carrying out additive manufacturing processes at least comprising a tool holder and at least one tool, the tool holder being designed for holding the tool and for guided displacement of the tool in an axial direction from a rest position to a working position and back, wherein the tool holder comprises a control region with a control profile , and wherein a control pin is designed to interact with regions (13', 13") offset in the axial direction in the control profile , characterized in that the tool holder comprises a base body and at least one guide element (9, 9', 9") arranged thereon for moving the at least one tool in the tool holder , wherein the tool is received within the guide element (9, 9', 9") for axial displacement of the tool , wherein in a wall of the at least one guide element (9, 9', 9") at least one control groove for the control pin on the tool for engagement in the control groove is formed, the control groove comprising the control profile (12, 12', 12") running along a circumferential direction of the wall , and wherein a drive means is provided in the tool holder for rotating the at least one guide element (9, 9', 9") in the tool holder .
A precision dispenser device for liquid medicaments, comprising: - a pharmacological substance dispenser containing a liquid medicament to be administered to a plurality of patients, said dispenser being a precision dispenser equipped with a hydraulic and electronic control system for performing its function of dispensing the dose of medicament required to the patient; - communication means for connecting to the Internet network; - means for first-level identification of the patient comprising a card reader adapted to read contact or contactless cards or tags; - a user interface comprising a monitor and a keyboard for introducing a PIN of a patient; - a GPS position detection system adapted to detect the position of the precision dispenser device in real time; - fingerprint or facial recognition reader; - an SBC , Single Board Computer, unit capable of interfacing the above devices and of connecting to a central management system ; wherein an external processor controls the function of the pharmacological substance dispenser and the external processor contains the identification profiles of all patients, the amounts of medication to be administered, their therapeutic protocol established for him/her; wherein said communication means for connecting to the Internet network are adapted to exchange information concerning the medication dispensing events with a cloud-based web application in order to ensure that there are not attempts to make double dispensing requests by the same patient in different locations within a given period of time. - a pharmacological substance dispenser containing a liquid medicament to be administered to a plurality of patients, said dispenser being a precision dispenser equipped with a hydraulic and electronic control system for performing its function of dispensing the dose of medicament required to the patient; - communication means for connecting to the Internet network; - means for first-level identification of the patient comprising a card reader adapted to read contact or contactless cards or tags; - a user interface comprising a monitor and a keyboard for introducing a PIN of a patient; - a GPS position detection system adapted to detect the position of the precision dispenser device in real time; - fingerprint or facial recognition reader; - an SBC , Single Board Computer, unit capable of interfacing the above devices and of connecting to a central management system ;
A polyisocyanate composition, comprising a polyisocyanate having a sulfonic acid anion group in its molecule and a tertiary ammonium cation of an amine compound, wherein the polyisocyanate is at least one selected from the group consisting of an aliphatic polyisocyanate and an alicyclic polyisocyanate, the tertiary ammonium cation of an amine compound includes a tertiary ammonium cation of at least one amine compound selected from amine compounds represented by the following general formulas and , and an amount of the tertiary ammonium cation of the selected amine compound is 70 mol% or more with respect to a total molar amount of the tertiary ammonium cation of all amine compounds in the composition, wherein in the general formula , R 1 and R 2 are each independently a hydrocarbon group having 1 to 8 carbon atoms which may contain an ether bond, at least one selected from the group consisting of R 1 and R 2 may contain a ring structure, and R 1 and R 2 may be bonded to each other to form a ring structure, the ring structure being an aromatic ring, a cycloalkyl group having 5 to 6 carbon atoms, and a 5- or 6-membered ring in which R 1 and R 2 are bonded to each other, wherein in the general formula , n11 is an integer of 0 or more and 5 or less, R 11 is a hydrocarbon group having 1 to 8 carbon atoms which may contain an ether bond, and when n11 is 2 or more, a plurality of R 11 may be the same or different. a polyisocyanate having a sulfonic acid anion group in its molecule and a tertiary ammonium cation of an amine compound, wherein the polyisocyanate is at least one selected from the group consisting of an aliphatic polyisocyanate and an alicyclic polyisocyanate, the tertiary ammonium cation of an amine compound includes a tertiary ammonium cation of at least one amine compound selected from amine compounds represented by the following general formulas and , and an amount of the tertiary ammonium cation of the selected amine compound is 70 mol% or more with respect to a total molar amount of the tertiary ammonium cation of all amine compounds in the composition, wherein in the general formula , R 1 and R 2 are each independently a hydrocarbon group having 1 to 8 carbon atoms which may contain an ether bond, at least one selected from the group consisting of R 1 and R 2 may contain a ring structure, and R 1 and R 2 may be bonded to each other to form a ring structure, the ring structure being an aromatic ring, a cycloalkyl group having 5 to 6 carbon atoms, and a 5- or 6-membered ring in which R 1 and R 2 are bonded to each other, wherein in the general formula , n11 is an integer of 0 or more and 5 or less, R 11 is a hydrocarbon group having 1 to 8 carbon atoms which may contain an ether bond, and when n11 is 2 or more, a plurality of R 11 may be the same or different.
Applicator for a cosmetic product comprising, along a same longitudinal axis, a mascara portion and an applicator portion, the mascara portion comprising a longitudinal sleeve along a longitudinal axis and an applicator end-piece at a distal end of the sleeve, the applicator portion comprising a longitudinal stem and an applicator end at a distal end of the stem, the sleeve being sized so as to be able to accommodate the longitudinal stem at least partially, the mascara portion and the applicator portion being able to be assembled onto and separated from one another, the applicator end-piece comprising a hollow core and protrusions , the applicator end-piece further comprising a housing , inside the hollow core , sized so as to allow at least the partial passage of the applicator end during the assembly of the mascara portion with the applicator portion, and a proximal orifice at a proximal end of the applicator end-piece and opening into the housing , characterised in that the applicator end-piece presents lateral openings opening into the housing .
A method for preventing memory violations, comprising: accessing , by a fetch unit from a branch predictor of a processor, a disambiguation indicator associated with a block of instructions of a program to be executed by the processor; fetching , by the fetch unit of the processor from an instruction cache, the block of instructions; and executing , by the processor, load instructions and/or store instructions in the block of instructions based on the disambiguation indicator indicating whether or not the load instructions and/or the store instructions in the block of instructions can bypass other instructions of the program or be bypassed by other instructions of the program. accessing , by a fetch unit from a branch predictor of a processor, a disambiguation indicator associated with a block of instructions of a program to be executed by the processor; fetching , by the fetch unit of the processor from an instruction cache, the block of instructions; and executing , by the processor, load instructions and/or store instructions in the block of instructions based on the disambiguation indicator indicating whether or not the load instructions and/or the store instructions in the block of instructions can bypass other instructions of the program or be bypassed by other instructions of the program.
An antisense oligonucleotide selected from the group consisting of: (i) an antisense oligonucleotide of 22 bases comprising the base sequence GAT CTG TCA AAT CGC CTG CAG G (SEQ ID NO: 5); and (ii) an antisense oligonucleotide of 24 bases comprising the base sequence CAG ATC TGT CAA ATC GCC TGC AGG (SEQ ID NO: 1); wherein the sugar moieties of the oligonucleotide backbone are replaced with morpholinos or a pharmaceutically acceptable salt thereof. (i) an antisense oligonucleotide of 22 bases comprising the base sequence GAT CTG TCA AAT CGC CTG CAG G (SEQ ID NO: 5); and (ii) an antisense oligonucleotide of 24 bases comprising the base sequence CAG ATC TGT CAA ATC GCC TGC AGG (SEQ ID NO: 1);
A pipe bend for an exhaust air duct of a fume extraction hood, wherein the pipe bend has at least one multi-part and curved air guiding element which extends in the interior of the pipe bend , wherein a first and a second partial element of the air guiding element have a distance (d) from one another in a radial direction (R) of their curvature, characterised in that the partial elements are aligned with their end faces of ends of the partial elements facing one another in the radial direction (R) of their curvature.