mhurhangee/patent-ind-claim-en huggingface dataset:
An ink jet printing device for customized printing of images on one or more faces (F, F') of a sheet material (M), such as corrugated cardboard or the like, for manufacturing packages, which device comprises a frame with a top surface defining a substantially horizontal running plane (π) for a face (F, F') of the material (M) to be printed, at least one printing unit with at least one printing head mounted to said frame and facing said running plane (π) for depositing at least one printing ink (I) on one face (F, F') of the material (M) to be printed; characterized in that said frame is provided with guides which are transverse to the running direction (L) of the material (M) and along which is movable said at least one printing unit , movement means being provided for moving said at least one printing unit along said guides , supply means being provided for supplying said at least one head with said at least one printing ink (I), said supply means comprising a main reservoir mounted to said frame at a predetermined height and at least one secondary reservoir , said at least one secondary reservoir being mounted in said at least one printing unit and being in fluid connection with said at least one head , said at least one secondary reservoir being placed at a constant height relative to said main reservoir and said at least one head and being in fluid connection with said main reservoir via a hydraulic circuit having a pump for selective supply of ink (I), and designed to refill said secondary reservoir such that the level (w) of ink (I) therein is maintained above a predetermined threshold value (w s ) and to ensure continuous supply to said at least one printing head , said at least one printing unit being located below and in facing relationship to said running plane (π) such that the ink (I) is ejected upwards for printing the bottom face (F) of the material (M), said at least one printing unit comprising a substantially box-like casing for removably containing said printing head , and adapted to be removably secured to a guide drawer slidably mounted on said transverse guides , said secondary reservoir being secured to the top wall of the casing near the head and containing a level sensor operably connected to said pump .
A mineral ink for inkjet printing on a mineral substrate comprising: - a glass frit, - an organic solvent, - a dispersant, and - a surfactant, characterized in that the glass frit comprises the following constituents in the weight limits defined below expressed as percentages by weight of the glass frit: 35 to 50% of SiO 2 , 15 to 25% of Al 2 O 3 , 1.5 to 4% of Li 2 O, 22 to 32% of B 2 O 3 , 0 to 2% of Na 2 O, 2 to 5% of K 2 O, 1 to 5% of CaO, 1 to 4% of ZrO 2 . - a glass frit, - an organic solvent, - a dispersant, and - a surfactant, 35 to 50% of SiO 2 , 15 to 25% of Al 2 O 3 , 1.5 to 4% of Li 2 O, 22 to 32% of B 2 O 3 , 0 to 2% of Na 2 O, 2 to 5% of K 2 O, 1 to 5% of CaO, 1 to 4% of ZrO 2 .
A method for communicating by vehicular communications circuitry of a device, comprising: in a wireless communications network in which a message is broadcasted by vehicular communications circuitry of a device for asynchronous receptions by other circuitry in one or more devices configured to wirelessly communicate according to a communications protocol, monitoring a channel busy ratio associated with channels in a designated range of frequency pertaining to the wireless communications network; assessing whether to retransmit the message as a function of the channel busy ratio, and in response to the channel busy ratio being outside a threshold, retransmitting the message according to the communications protocol; and decoding, by at least one of the other circuitry that operates according to an older standard or set of specifications, the message in each broadcast as standalone messages and filtering duplicates of the standalone messages, wherein the vehicular communications circuitry operates according to a newer standard or set of specifications compared to the older standard or set of specifications. in a wireless communications network in which a message is broadcasted by vehicular communications circuitry of a device for asynchronous receptions by other circuitry in one or more devices configured to wirelessly communicate according to a communications protocol, monitoring a channel busy ratio associated with channels in a designated range of frequency pertaining to the wireless communications network; assessing whether to retransmit the message as a function of the channel busy ratio, and in response to the channel busy ratio being outside a threshold, retransmitting the message according to the communications protocol; and decoding, by at least one of the other circuitry that operates according to an older standard or set of specifications, the message in each broadcast as standalone messages and filtering duplicates of the standalone messages, wherein the vehicular communications circuitry operates according to a newer standard or set of specifications compared to the older standard or set of specifications.
First roadside network unit (UE1) comprising: - a first transceiver (TA1; TC1) for a first wireless communication network, designed to receive data (DA; DC) from a second roadside network unit (NE1; UE2) on a first channel of the first wireless communication network; - a processor (P1), designed to deliver the received data (DA; DC) to a second transceiver (TC1; TA1) for dispatch to a third roadside network unit (UE2; NE1); and - the second transceiver (TC1; TA1) for a second wireless communication network, designed to send the data (DA; DC) delivered by the processor (P1) to the third roadside network unit (UE2; NE1) on a second channel of the second communication network, - the processor (P1) being designed to determine (410; 516) whether the data (DA; DC) received by the first transceiver (TA1; TC1) relate to a road safety or a traffic efficiency, and to deliver (412; 518) the data (DA; DC) to the second transceiver (TA1; TC1) only if the data (DA; DC) relate to the road safety or the traffic efficiency. - a first transceiver (TA1; TC1) for a first wireless communication network, designed to receive data (DA; DC) from a second roadside network unit (NE1; UE2) on a first channel of the first wireless communication network; - a processor (P1), designed to deliver the received data (DA; DC) to a second transceiver (TC1; TA1) for dispatch to a third roadside network unit (UE2; NE1); and - the second transceiver (TC1; TA1) for a second wireless communication network, designed to send the data (DA; DC) delivered by the processor (P1) to the third roadside network unit (UE2; NE1) on a second channel of the second communication network, - the processor (P1) being designed to determine (410; 516) whether the data (DA; DC) received by the first transceiver (TA1; TC1) relate to a road safety or a traffic efficiency, and to deliver (412; 518) the data (DA; DC) to the second transceiver (TA1; TC1) only if the data (DA; DC) relate to the road safety or the traffic efficiency.
Curved laminated glass comprising: curved soda lime glass ; and curved thin plate glass provided on a concave surface of the curved soda lime glass , wherein a thickness of the curved soda lime glass is larger than a thickness of the curved thin plate glass , and compressive stress is formed on a surface opposite to a surface of the curved thin plate glass adjacent to the curved soda lime glass , wherein a Vickers hardness ratio of the curved soda lime glass to the curved thin plate glass is 1:1.1 to 1:1.3, wherein the Vickers hardness is measured according to the description. curved soda lime glass ; and curved thin plate glass provided on a concave surface of the curved soda lime glass , wherein a thickness of the curved soda lime glass is larger than a thickness of the curved thin plate glass , and compressive stress is formed on a surface opposite to a surface of the curved thin plate glass adjacent to the curved soda lime glass , wherein a Vickers hardness ratio of the curved soda lime glass to the curved thin plate glass is 1:1.1 to 1:1.3, wherein the Vickers hardness is measured according to the description.
A computer implemented method for decomposing a layout of a portion of an integrated circuit, the layout including a first plurality of polygons (202, 204, 206, 208. 210, 212, 214), the method comprising: constructing, using the computer, a first matrix representative of a first plurality of constraints, each of the first plurality of constraints being between a different pair of the first plurality of polygons (202, 204, 206, 208. 210, 212, 214); and solving, using the computer, the first matrix to thereby assign one of a plurality of masks to each different one of the first plurality of polygons, when the computer is invoked to decompose the layout; characterized in that the first matrix is an exact cover matrix. constructing, using the computer, a first matrix representative of a first plurality of constraints, each of the first plurality of constraints being between a different pair of the first plurality of polygons (202, 204, 206, 208. 210, 212, 214); and solving, using the computer, the first matrix to thereby assign one of a plurality of masks to each different one of the first plurality of polygons, when the computer is invoked to decompose the layout; characterized in that the first matrix is an exact cover matrix.
Gas-diffusion electrode comprising a gas-diffusion layer on a conductive substrate, the gas-diffusion layer comprising acatalyst for catalyzed electrochemical reactions, wherein the catalyst is an amorphous binary indium bismuth catalyst, wherein the amount of bismuth is in the range of 10-90 wt %, based on the total amount of bismuth and indium.
A leveling head assembly for an elevating leveling pedestal, comprising a tiltable support-head having a support surface , and a cap having a centered cap aperture , wherein the centered cap aperture has an enlarged aperture diameter, said tiltable support-head overlying and attached to said cap , one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface , characterized by an attachment device within said centered cap aperture for attaching the support-head to said cap , and said convex mating surface and said concave mating surface making said tiltable support-head and said cap slidably re-positionable with respect each other along their mating surface resulting in said tiltable support-head being tiltable with respect to said cap . a tiltable support-head having a support surface , and a cap having a centered cap aperture , wherein the centered cap aperture has an enlarged aperture diameter, said tiltable support-head overlying and attached to said cap , one of said tiltable support-head and said cap having a convex mating surface and the other of said tiltable support-head and said cap having a concave mating surface , characterized by an attachment device within said centered cap aperture for attaching the support-head to said cap , and said convex mating surface and said concave mating surface making said tiltable support-head and said cap slidably re-positionable with respect each other along their mating surface resulting in said tiltable support-head being tiltable with respect to said cap .
A system for bypassing a drunk driving prevention function of a vehicle, comprising: a sensor module configured to measure, during breath-checking a driver of a vehicle, alcohol content in the driver's exhaled breath; and a control module configured to check, during the breath-checking of the driver, whether the driver is intoxicated based on the alcohol content measured by the sensor module , determine whether or not the breath-checking of the driver is completed based on whether checking the driver is intoxicated has been completed, and block starting of an engine of the vehicle when the driver fails the breath-checking, wherein the control module includes a bypass control unit configured to receive, from the driver, a request to allow the driver to drive the vehicle after the driver fails the breath-checking, and in response to receiving the request from the driver, causing the vehicle to enter a bypass mode in which the driver is allowed to drive the vehicle, and characterised in that the bypass control unit is configured to determine a driving allowance time based on the measured alcohol content of the driver, and output, via a display of the vehicle, the driving allowance time. a sensor module configured to measure, during breath-checking a driver of a vehicle, alcohol content in the driver's exhaled breath; and a control module configured to check, during the breath-checking of the driver, whether the driver is intoxicated based on the alcohol content measured by the sensor module , determine whether or not the breath-checking of the driver is completed based on whether checking the driver is intoxicated has been completed, and block starting of an engine of the vehicle when the driver fails the breath-checking, wherein the control module includes a bypass control unit configured to receive, from the driver, a request to allow the driver to drive the vehicle after the driver fails the breath-checking, and in response to receiving the request from the driver, causing the vehicle to enter a bypass mode in which the driver is allowed to drive the vehicle, and characterised in that the bypass control unit is configured to determine a driving allowance time based on the measured alcohol content of the driver, and output, via a display of the vehicle, the driving allowance time.
A piezoelectric device comprising a substrate that is flexible and thermally deformable and a composite piezoelectric body disposed on the substrate, the piezoelectric device being adapted to produce output according to deformation of the composite piezoelectric body, the composite piezoelectric body including a piezoelectric layer containing an organic binder (B5) and piezoelectric Particles (P5), a first electrode layer stacked on a first surface side of the piezoelectric layer, and a second electrode layer stacked on a second surface side of the piezoelectric layer, characterized in that the piezoelectric device further comprises a molded resin body having a curved shape, wherein the substrate is insert molded and integrated with the molded resin body.
A computer-implemented method for presenting a document for interaction with a user in a web browser, the method comprising: accessing an electronic model of the document; determining, with a computing device, positions for items in a visual rendering of the electronic model based on relative sizes and positions of other items in the electronic model; generating, with the computing device, a document object model, DOM, that represents at least part of the electronic model and defines an editing surface, wherein the DOM: (a) places the items at the determined positions on the editing surface, (b) places a graphic element that represents a cursor at a determined location on the editing surface, and (c) is arranged to receive user input on the editing surface and to correlate a location of the received user input to a location in the electronic model; receiving an entry of a character to the editing surface; determining a display style for the character; generating in the web browser an off-screen span element with the character with the determined style in the element; wherein determining a position of an item corresponding to the character in the visual rendering of the electronic model includes determining a size of the off-screen span element. accessing an electronic model of the document; determining, with a computing device, positions for items in a visual rendering of the electronic model based on relative sizes and positions of other items in the electronic model; generating, with the computing device, a document object model, DOM, that represents at least part of the electronic model and defines an editing surface, wherein the DOM: (a) places the items at the determined positions on the editing surface, (b) places a graphic element that represents a cursor at a determined location on the editing surface, and (c) is arranged to receive user input on the editing surface and to correlate a location of the received user input to a location in the electronic model; (a) places the items at the determined positions on the editing surface, (b) places a graphic element that represents a cursor at a determined location on the editing surface, and (c) is arranged to receive user input on the editing surface and to correlate a location of the received user input to a location in the electronic model; receiving an entry of a character to the editing surface; determining a display style for the character; generating in the web browser an off-screen span element with the character with the determined style in the element; wherein determining a position of an item corresponding to the character in the visual rendering of the electronic model includes determining a size of the off-screen span element.
A composition for use in formulaes for infants or young children comprising partially hydrolysed protein, ionic calcium and an oil mix comprising palmitic acid esterified to triacylglycerols, wherein the palmitic acid comprises palmitic acid esterified in the sn-2 position of triacylglycerols in an amount of at least 20% by weight of total palmitic acid; and wherein the composition comprises ionic calcium in an amount of at least 1.7 mmol/L.
A measurement apparatus comprising: a flow measurement unit configured to measure a flow rate of liquid fed to a section obtained by dividing a field in which drip irrigation is adopted into a plurality of sections , the flow measurement unit being configured to be installed downstream of a supply source; a detection unit configured to detect a pressure according to a shape change of a tubular structure whose shape changes according to a supplied amount of a liquid that flows therein, the detection unit being configured to be attached to the tubular structure installed in the section ; a time specification unit configured to specify, based on the pressure detected by the detection unit , a supply time during which the liquid was supplied; and a supplied amount calculation unit configured to calculate a supplied amount of the liquid during the supply time in the section based on the supply time in the section and a supplied amount per unit of the liquid calculated from the flow rate measured by the flow measurement unit . a flow measurement unit configured to measure a flow rate of liquid fed to a section obtained by dividing a field in which drip irrigation is adopted into a plurality of sections , the flow measurement unit being configured to be installed downstream of a supply source; a detection unit configured to detect a pressure according to a shape change of a tubular structure whose shape changes according to a supplied amount of a liquid that flows therein, the detection unit being configured to be attached to the tubular structure installed in the section ; a time specification unit configured to specify, based on the pressure detected by the detection unit , a supply time during which the liquid was supplied; and a supplied amount calculation unit configured to calculate a supplied amount of the liquid during the supply time in the section based on the supply time in the section and a supplied amount per unit of the liquid calculated from the flow rate measured by the flow measurement unit .
A method comprising: generating , by a network device of a plurality of network devices enabled for a flexible-algorithm path computation, a packet including information identifying a non-flexible-algorithm network device that is not enabled for the flexible-algorithm path computation, wherein the information comprises a loopback address of the non-flexible-algorithm network device, an identifier for the flexible-algorithm path computation, and an identifier that identifies the non-flexible-algorithm network device for the flexible-algorithm path computation, wherein the identifier for the flexible-algorithm path computation comprises a flexible-algorithm label and a flexible-algorithm definition, wherein the flexible-algorithm definition comprises a description of a set of constraints on the flexible-algorithm path computation, an identification of a calculation-type, and an identification of a metric-type, and wherein the flexible-algorithm label is a label identifying the flexible-algorithm path computation, and sending , by the network device and to at least one other network device of the plurality of network devices, the packet to cause the at least one other network device to include the non-flexible-algorithm network device in the flexible-algorithm path computation. generating , by a network device of a plurality of network devices enabled for a flexible-algorithm path computation, a packet including information identifying a non-flexible-algorithm network device that is not enabled for the flexible-algorithm path computation, wherein the information comprises a loopback address of the non-flexible-algorithm network device, an identifier for the flexible-algorithm path computation, and an identifier that identifies the non-flexible-algorithm network device for the flexible-algorithm path computation, wherein the identifier for the flexible-algorithm path computation comprises a flexible-algorithm label and a flexible-algorithm definition, wherein the flexible-algorithm definition comprises a description of a set of constraints on the flexible-algorithm path computation, an identification of a calculation-type, and an identification of a metric-type, and wherein the flexible-algorithm label is a label identifying the flexible-algorithm path computation, and wherein the identifier for the flexible-algorithm path computation comprises a flexible-algorithm label and a flexible-algorithm definition, wherein the flexible-algorithm definition comprises a description of a set of constraints on the flexible-algorithm path computation, an identification of a calculation-type, and an identification of a metric-type, and wherein the flexible-algorithm label is a label identifying the flexible-algorithm path computation, and sending , by the network device and to at least one other network device of the plurality of network devices, the packet to cause the at least one other network device to include the non-flexible-algorithm network device in the flexible-algorithm path computation.