mhurhangee/patent-ind-claim-en huggingface dataset:
A direct to mesh printer for creating a screen stencil, including: a mesh support system that includes a pre-stretched mesh, a frame for holding the pre-stretched mesh in place during application of a jettable emulsion and a fixture to hold the frame; a paper and platen support system that includes a release paper and a platen; an inkjet printer that includes a print head and a printer carriage supporting the print head for printing the jettable emulsion on a side of the pre-stretched mesh opposite the platen; and a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh. a mesh support system that includes a pre-stretched mesh, a frame for holding the pre-stretched mesh in place during application of a jettable emulsion and a fixture to hold the frame; a paper and platen support system that includes a release paper and a platen; an inkjet printer that includes a print head and a printer carriage supporting the print head for printing the jettable emulsion on a side of the pre-stretched mesh opposite the platen; and a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh. a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh.
Method for controlling the operation of a manure scraper, wherein the scraper is a manure scraper adapted for being pulled along an alley by a chain, rope or wire, characterized in that the method comprising: - obtaining information from one or more cameras regarding a position of the scraper along a route of operation of the scraper, by means of image processing; - determining that information derived based on said obtained information fulfills a criterion that relates to the position of the scraper along the route of operation, wherein the criterion is that the scraper has reached a predefined position and/or has entered a predefined situation e.g. in relation to an obstacle; and - triggering an action related to the scraper when the result of said determining fulfills the criterion, wherein the action is an adjustment of the speed or operation of the scraper, the method being characterised in that the one or more cameras are mounted such as to capture images of the length of the scraper route, and the criterion is related to the position of the scraper in relation to an end position , and the action is to trigger the motor to stop and reverse and then trigger the motor to stop reversing and start forward operation, i.e. scraping, when the scraper is determined to have reached its end position. - obtaining information from one or more cameras regarding a position of the scraper along a route of operation of the scraper, by means of image processing; - determining that information derived based on said obtained information fulfills a criterion that relates to the position of the scraper along the route of operation, wherein the criterion is that the scraper has reached a predefined position and/or has entered a predefined situation e.g. in relation to an obstacle; and - triggering an action related to the scraper when the result of said determining fulfills the criterion, wherein the action is an adjustment of the speed or operation of the scraper,
Plastic material-covered pipe made of steel having a covering applied on the pipe and made of a stress crack-sensitive plastic material, characterised in that - between the covering and the pipe , a buffer layer made of an elastic plastic material is disposed and the buffer layer is interspersed with gas-containing pores , - the covering consists of polar plastic material and the buffer layer of non-polar plastic material, - the covering consisting of polymethylmethacrylate (PMMA), polycarbonate (PC) or polystyrene (PS) and the buffer layer of polyethylene (PE), polypropylene (PP) or polyurethane (PUR) and - the buffer layer and the pipe have an adhesive bond and the buffer layer and the covering are situated one above the other without an adhesive bond. - between the covering and the pipe , a buffer layer made of an elastic plastic material is disposed and the buffer layer is interspersed with gas-containing pores , - the covering consists of polar plastic material and the buffer layer of non-polar plastic material, - the covering consisting of polymethylmethacrylate (PMMA), polycarbonate (PC) or polystyrene (PS) and the buffer layer of polyethylene (PE), polypropylene (PP) or polyurethane (PUR) and - the buffer layer and the pipe have an adhesive bond and the buffer layer and the covering are situated one above the other without an adhesive bond.
A hybrid supplemental solar energy collection and dissipation system with one or more heat pumps , the system comprising: one or more photovoltaic panels configured to convert incident radiation to electricity; one or more supplemental solar energy collectors having a flow of fluid therein coupled to the one or more photovoltaic panels , the one or more supplemental solar energy collectors configured to collect thermal energy from the one or more photovoltaic panels , radiate thermal energy to outer space , collect thermal energy from an environment and/or dissipate thermal energy to the environment to heat or cool one or more loads ; and wherein the one or more heat pumps are coupled to the one or more supplemental solar energy collectors and the one or more loads , characterized in that the one or more heat pumps are configured to be shifted to amplify heating or cooling of the one or more loads . one or more photovoltaic panels configured to convert incident radiation to electricity; one or more supplemental solar energy collectors having a flow of fluid therein coupled to the one or more photovoltaic panels , the one or more supplemental solar energy collectors configured to collect thermal energy from the one or more photovoltaic panels , radiate thermal energy to outer space , collect thermal energy from an environment and/or dissipate thermal energy to the environment to heat or cool one or more loads ; and wherein the one or more heat pumps are coupled to the one or more supplemental solar energy collectors and the one or more loads , characterized in that the one or more heat pumps are configured to be shifted to amplify heating or cooling of the one or more loads .
A method comprising: identifying a plurality of controllers (116-1 - 116-N) in a network ; obtaining, from at least a portion of the plurality of controllers, respective logical model segments (270-1 - 270-N) associated with the network, each of the respective logical model segments comprising configurations at a respective one of the plurality of controllers for the network, the respective logical model segments being based on a schema defining manageable objects and object properties for the network; determining whether the portion of the plurality of controllers forms a quorum; and based on a determination that the portion of the plurality of controllers forms the quorum, combining the respective logical model segments associated with the network to yield a network-wide logical model of the network, the network-wide logical model comprising configurations across the plurality of controllers for the network; wherein the method determines that the portion of the plurality of controllers forms a quorum when a threshold number of the plurality of controllers have a predetermined status, the predetermined status comprising at least one of a reachability status, an active/inactive status, a software compatibility status, and a hardware compatibility status. identifying a plurality of controllers (116-1 - 116-N) in a network ; obtaining, from at least a portion of the plurality of controllers, respective logical model segments (270-1 - 270-N) associated with the network, each of the respective logical model segments comprising configurations at a respective one of the plurality of controllers for the network, the respective logical model segments being based on a schema defining manageable objects and object properties for the network; determining whether the portion of the plurality of controllers forms a quorum; and based on a determination that the portion of the plurality of controllers forms the quorum, combining the respective logical model segments associated with the network to yield a network-wide logical model of the network, the network-wide logical model comprising configurations across the plurality of controllers for the network; wherein the method determines that the portion of the plurality of controllers forms a quorum when a threshold number of the plurality of controllers have a predetermined status, the predetermined status comprising at least one of a reachability status, an active/inactive status, a software compatibility status, and a hardware compatibility status.
An attachment interface assembly for a gas turbine engine comprising: a component configured for attachment to an engine static structure; a fastener having a threaded body portion and an enlarged head portion , the threaded body portion to be inserted through aligned holes in the component and engine static structure; and characterized in further comprising a clip having a center opening that receives the threaded body portion such that the clip is positioned between the enlarged head portion and the component, and in that the component comprises a heat shield , and in that the heat shield comprises a thin sheet metal plate having a radially outer edge portion defined by a circumferentially extending mount flange having a first side and a second side, and wherein the first side is in direct abutting engagement with the engine static structure and the second side is in direct abutting engagement with the clip . a component configured for attachment to an engine static structure; a fastener having a threaded body portion and an enlarged head portion , the threaded body portion to be inserted through aligned holes in the component and engine static structure; and characterized in further comprising a clip having a center opening that receives the threaded body portion such that the clip is positioned between the enlarged head portion and the component, and in that the component comprises a heat shield , and in that the heat shield comprises a thin sheet metal plate having a radially outer edge portion defined by a circumferentially extending mount flange having a first side and a second side, and wherein the first side is in direct abutting engagement with the engine static structure and the second side is in direct abutting engagement with the clip .
Application unit for direct or indirect application of a coating medium to a running material web, composed in particular of paper or cardboard, having a carrying beam for guiding and positioning an elongate coating apparatus for dispensing coating medium over a machine width, wherein, for the purpose of thermal deflection compensation, the carrying beam comprises an outer tube , which has an outer wall and an inner wall , with an inner tube arranged therein, wherein a space flowed through by liquid is formed between the outer and inner tubes , the coating apparatus is supported on the carrying beam in a thermally decoupled manner, for which purpose a plurality of individual rib-like elements is fastened to the carrying beam , which rib-like elements are spaced apart from one another and have in each case at least two carrying elements for an at least 70% division of a bearing of load, made up of weight force and operating force, of the coating device mounted on the rib-like elements , the carrying elements have bearing surfaces which are formed from a plate-like insulating material for thermal shielding, and one rib-like element is in the form of a fixed bearing and the remaining rib-like elements are in the form of floating bearings for compensation of thermal changes in length between carrying beam and coating apparatus , characterized in that the coating apparatus is guided and positioned via a pin connection at the rib-like elements , and the rib-like element in the form of a floating bearing has an elongate hole in the supporting bearing surface for axial thermal length compensation between coating apparatus and rib-like element .
Respirator for ventilating a patient, comprising: a respiratory tube connector for connecting a respiratory tube ; an actuator that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector ; an oximeter connector for returning an oxygen saturation signal; a digital programmable controller that is electrically connected to said oximeter connector for delivering the oxygen saturation signal to said digital programmable controller , wherein the digital programmable controller is programmed • to calculate the oxygen saturation from the oxygen saturation signal, and • to determine whether the oxygen saturation falls below a lower limit and to increase the pressure at the end of exhalation and to increase the respiration rate characterized in that the respirator further comprises a valve and an oxygen connector for a gas or mixture of gases having more than 21 volume percent of oxygen, wherein an inlet of the valve is pneumatically connected to the oxygen connector , an outlet of the valve is pneumatically connected to the breathing respiratory tube connector and a control connector of the valve is electrically connected to the digital programmable controller , wherein the digital programmable controller further comprises a PID controller , which controls the valve so that the oxygen saturation differs as little as possible from a saturation setpoint between an upper limit and a lower limit . a respiratory tube connector for connecting a respiratory tube ; an actuator that is pneumatically connected to the respiratory tube connector for delivering air to a patient via the respiratory tube connector ; an oximeter connector for returning an oxygen saturation signal; a digital programmable controller that is electrically connected to said oximeter connector for delivering the oxygen saturation signal to said digital programmable controller , wherein the digital programmable controller is programmed • to calculate the oxygen saturation from the oxygen saturation signal, and • to determine whether the oxygen saturation falls below a lower limit and to increase the pressure at the end of exhalation and to increase the respiration rate • to calculate the oxygen saturation from the oxygen saturation signal, and • to determine whether the oxygen saturation falls below a lower limit and to increase the pressure at the end of exhalation and to increase the respiration rate characterized in that the respirator further comprises a valve and an oxygen connector for a gas or mixture of gases having more than 21 volume percent of oxygen, wherein an inlet of the valve is pneumatically connected to the oxygen connector , an outlet of the valve is pneumatically connected to the breathing respiratory tube connector and a control connector of the valve is electrically connected to the digital programmable controller , wherein the digital programmable controller further comprises a PID controller , which controls the valve so that the oxygen saturation differs as little as possible from a saturation setpoint between an upper limit and a lower limit .
Portable power tool having a drive unit for driving an application tool in at least one non-percussive operating mode, wherein the drive unit has a hammer percussion mechanism for percussive driving of the application tool in an associated percussive mode, and wherein the drive unit is assigned a shifting unit for shifting the drive unit between the at least one non-percussive operating mode and the associated percussive mode, characterized in that the shifting unit is assigned a servomotor which is configured, upon activation in the non-percussive operating mode, to activate the hammer percussion mechanism by shifting the drive unit from the at least one non-percussive operating mode into the associated percussive mode.
A deliming process comprising a deliming step: deliming the limed pelt with a deliming agent which is free of ammonium and boric acid, the deliming agent comprising protein hydrolysate, the protein hydrolysate being produced according to a method comprising the following steps: (A) hydrolyzing hair, shavings, trimmings and/or feathers to generate amino acid and/or amino acid salt, then obtaining the protein hydrolysate.
A steam generator comprising: a steam generation unit having a heater configured to provide heat, and a heating tube configured to generate steam by receiving the heat from the heater ; a water supply and drain tube configured to supply water to the heating tube ; a branch part branched so that steam discharged from the heating tube and the water are divided; a collection tube connected to the branch part and to the water supply and drain tube to collect the water into the water supply and drain tube ; and a steam discharge tube connected to the branch part to provide a passage through which the steam flows; wherein the heating tube is connected to the water supply and drain tube and is inclined at a first angle (θ1) with respect to the water supply and drain tube such that residual water is removed from the steam generation unit ; and wherein the heating tube is connected to the branch part and is inclined at a second angle (θ3) with respect to the branch part such that residual water is removed from the steam generation unit ; characterized in that the heating tube is bent so that openings defined in both ends thereof are directed in the same direction. a steam generation unit having a heater configured to provide heat, and a heating tube configured to generate steam by receiving the heat from the heater ; a water supply and drain tube configured to supply water to the heating tube ; a branch part branched so that steam discharged from the heating tube and the water are divided; a collection tube connected to the branch part and to the water supply and drain tube to collect the water into the water supply and drain tube ; and a steam discharge tube connected to the branch part to provide a passage through which the steam flows; wherein the heating tube is connected to the water supply and drain tube and is inclined at a first angle (θ1) with respect to the water supply and drain tube such that residual water is removed from the steam generation unit ; and wherein the heating tube is connected to the branch part and is inclined at a second angle (θ3) with respect to the branch part such that residual water is removed from the steam generation unit ; characterized in that the heating tube is bent so that openings defined in both ends thereof are directed in the same direction.
A front screen which is manufactured from all types of steel, especially armor steel, abrasion resistant steel, cold drawn steels, engineering metals such as aluminum alloys, titanium alloys, magnesium alloys, copper alloys, zinc alloys, etc., composites and nano-composites with metal, ceramic or polymer matrix, engineering polymers, and wooden materials in order to provide protection against shape charged warheads and comprising; - a front screen construction vertical housing and/or front screen construction horizontal housing , - horizontal profiles and characterized by, - shredder apparatuses which are fixed on the upper surface of the horizontal profiles and which extend from the respective horizontal profiles to the other horizontal profiles or horizontal housing and which are located continuously or with intervals on the horizontal profiles and which are shaped as triangles with their bases fixed to the horizontal profile that are adapted not to allow the warhead to pass. - a front screen construction vertical housing and/or front screen construction horizontal housing , - horizontal profiles and characterized by, - shredder apparatuses which are fixed on the upper surface of the horizontal profiles and which extend from the respective horizontal profiles to the other horizontal profiles or horizontal housing and which are located continuously or with intervals on the horizontal profiles and which are shaped as triangles with their bases fixed to the horizontal profile that are adapted not to allow the warhead to pass.
An artificial nucleic acid-cleaving enzyme comprising: a nuclease domain which is a polypeptide containing an amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3, or a mutant polypeptide thereof; and a nucleic acid-binding domain, wherein the mutant polypeptide is a polypeptide containing an amino acid sequence having at least 90% sequence identity with the amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3 and having nuclease activity, and wherein the nucleic acid-binding domain contains a zinc finger, TALE, CRISPR/Cas, or pentatricopeptide repeat (PPR). a nuclease domain which is a polypeptide containing an amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3, or a mutant polypeptide thereof; and a nucleic acid-binding domain, wherein the mutant polypeptide is a polypeptide containing an amino acid sequence having at least 90% sequence identity with the amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3 and having nuclease activity, and wherein the nucleic acid-binding domain contains a zinc finger, TALE, CRISPR/Cas, or pentatricopeptide repeat (PPR).