mhurhangee/patent-ind-claim-en huggingface dataset:
Transportable spraying device for pest control, which is embodied as a backpack device, comprising - a first container having a first liquid , wherein the first container possesses straps for transporting the first container on the back of a person; - a second container having a second liquid , wherein the second liquid is a pesticide concentrate, wherein the first liquid is a diluent for the pesticide concentrate, preferably water; - a spraying nozzle ; - a first pump for conveying the first liquid from the first container in the direction of the spraying nozzle ; - a second pump for conveying the second liquid from the second container in the direction of the spraying nozzle ; - a mixing chamber , having an inlet for the first liquid , an inlet for the second liquid , and an outlet for a mixture of the first and of the second liquid; and - a handle, wherein a valve is opened by activating the handle by a user so that the first liquid and the second liquid are conveyed from their respective containers in the direction of the spraying nozzle and through the spraying nozzle onto a target object, characterized in that the spraying device comprises - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle ; and - a control unit which is configured so that said control unit , based on the measured flow of the first liquid , regulates the flow of the second liquid in the direction of the spraying nozzle . - a first container having a first liquid , wherein the first container possesses straps for transporting the first container on the back of a person; - a second container having a second liquid , wherein the second liquid is a pesticide concentrate, wherein the first liquid is a diluent for the pesticide concentrate, preferably water; - a spraying nozzle ; - a first pump for conveying the first liquid from the first container in the direction of the spraying nozzle ; - a second pump for conveying the second liquid from the second container in the direction of the spraying nozzle ; - a mixing chamber , having an inlet for the first liquid , an inlet for the second liquid , and an outlet for a mixture of the first and of the second liquid; and - a handle, wherein a valve is opened by activating the handle by a user so that the first liquid and the second liquid are conveyed from their respective containers in the direction of the spraying nozzle and through the spraying nozzle onto a target object, characterized in that the spraying device comprises - a flow meter for measuring the flow of the first liquid from the first container in the direction of the spraying nozzle ; and - a control unit which is configured so that said control unit , based on the measured flow of the first liquid , regulates the flow of the second liquid in the direction of the spraying nozzle .
A system for optimizing an oilfield operation, comprising: an interface to equipment and sensors for performing the oilfield operation, wherein the interface supplies control signals to the equipment and obtains measurement signals from the sensors; a short-term optimizer module that derives a current job state based at least in part on the measurement signals, and that further adjusts the control signals to optimize a short-term cost function for control of one or more processes of the oilfield operation, the short-term cost function comprising a combination of short-term risks and short-term rewards and a difference between the current job state and a desired job state derived from optimized values of a set of decision variables; and a long-term optimizer module , coupled to the short-term optimizer module, that determines the optimized values based on a long-term cost function, the long-term cost function comprising long-term risks and long-term rewards and accounting for at least a long-term reward and a final state cost; wherein the control signals control oilfield operation equipment ; and wherein a short term risk is promoted to being a long-term risk when the short-term risk persists for more than a threshold time period, so as to become part of the long-term cost function. an interface to equipment and sensors for performing the oilfield operation, wherein the interface supplies control signals to the equipment and obtains measurement signals from the sensors; a short-term optimizer module that derives a current job state based at least in part on the measurement signals, and that further adjusts the control signals to optimize a short-term cost function for control of one or more processes of the oilfield operation, the short-term cost function comprising a combination of short-term risks and short-term rewards and a difference between the current job state and a desired job state derived from optimized values of a set of decision variables; and a long-term optimizer module , coupled to the short-term optimizer module, that determines the optimized values based on a long-term cost function, the long-term cost function comprising long-term risks and long-term rewards and accounting for at least a long-term reward and a final state cost; wherein the control signals control oilfield operation equipment ; and wherein a short term risk is promoted to being a long-term risk when the short-term risk persists for more than a threshold time period, so as to become part of the long-term cost function.
A method of operating an additive manufacturing machine, comprising: generating thermal energy with a thermic source including a warming source and a fusing source, each of the warming and fusing sources having a major axis longitudinally extending in a y-axial direction above a build zone, the build zone to contain a build material and a fusing agent; moving the thermic source in a x-axial direction orthogonal to the y-axial direction over the build zone at a constant velocity; delivering a first substantially uniform heat flux from the warming source and a second substantially uniform heat flux from the fusing source to cause portions of the build material that the fusing agent is disposed on to form a layer of a three dimensional object, wherein delivering the first and second substantially uniform heat fluxes comprises: emitting a non-uniform heat flux along the major axis of each of the warming and fusing sources, and modifying, with a flux modifier, a portion of the non-uniform heat flux along the major axis of each of the warming and fusing sources, to deliver the first and second substantially uniform heat fluxes to the build material during the build process; and continuously generating thermic energy from the thermic source during a build process of the three dimensional object. generating thermal energy with a thermic source including a warming source and a fusing source, each of the warming and fusing sources having a major axis longitudinally extending in a y-axial direction above a build zone, the build zone to contain a build material and a fusing agent; moving the thermic source in a x-axial direction orthogonal to the y-axial direction over the build zone at a constant velocity; delivering a first substantially uniform heat flux from the warming source and a second substantially uniform heat flux from the fusing source to cause portions of the build material that the fusing agent is disposed on to form a layer of a three dimensional object, wherein delivering the first and second substantially uniform heat fluxes comprises: emitting a non-uniform heat flux along the major axis of each of the warming and fusing sources, and modifying, with a flux modifier, a portion of the non-uniform heat flux along the major axis of each of the warming and fusing sources, to deliver the first and second substantially uniform heat fluxes to the build material during the build process; and emitting a non-uniform heat flux along the major axis of each of the warming and fusing sources, and modifying, with a flux modifier, a portion of the non-uniform heat flux along the major axis of each of the warming and fusing sources, to deliver the first and second substantially uniform heat fluxes to the build material during the build process; and continuously generating thermic energy from the thermic source during a build process of the three dimensional object.
A fastener clip comprising: a first pair of legs and a second pair of legs ; wherein the fastener clip is characterized by a first pair of wings coupled respectively to the first pair of legs and a second pair of wings coupled respectively to the second pair of legs ; a first set of threads between and coupling the first pair of legs , and a second set of threads between and coupling the second pair of legs ; wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis , wherein the first and second pairs of wings comprise ledges , wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot , wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw , wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel. a first pair of legs and a second pair of legs ; wherein the fastener clip is characterized by a first pair of wings coupled respectively to the first pair of legs and a second pair of wings coupled respectively to the second pair of legs ; a first set of threads between and coupling the first pair of legs , and a second set of threads between and coupling the second pair of legs ; wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis , wherein the first and second pairs of wings comprise ledges , wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot , wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw , wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel. wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis , wherein the first and second pairs of wings comprise ledges , wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot , wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw , wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel.
An apparatus of measuring the inner diameter (d) of a tube (T), the apparatus comprising at least one thickness measure sensor of the optical type that is combined with a supporting body , and analyzing means provided with program means for calculating the thickness (WT1, WT2) of the tube at least at one portion of the tube (T), characterized in that it comprises one or more diameter measure sensors for measuring the outer diameter (D) of the tube (T), each combined with the supporting body, wherein the apparatus comprises means for translating the tube in a longitudinal direction coincident or substantially parallel to its geometric axis (X), or for translating at least said thickness measure sensors and diameter measure sensors in said longitudinal direction coincident or substantially parallel to the geometric axis (X) of the tube (T), wherein said one or more diameter measure sensors and the at least one thickness measure sensor are constrained to the supporting body so that to be radially oriented with respect to the geometric axis (X) of the tube (T) and so that the at least one thickness measure sensor measures the thickness (WT1, WT2) of a tube section belonging to the outer diameter (D) of the tube detected by one of said one or more diameter measure sensors, wherein the at least one thickness measure sensor and the respective diameter measure sensor are synchronized for measuring simultaneously and wherein the program means are prearranged to calculate the inner diameter (d) as the difference between the outer diameter and the thickness of the tube which are detected by said diameter and thickness measure sensors.
A Cas9 fusion molecule, comprising a Cas9 molecule covalently linked to a template nucleic acid using a linker.
A method of manufacturing a security sheet for displaying personal data, the method comprising: heating a plastic substrate to an at least softened state; and characterised by applying a resin to a first and/or second outer surface of the plastic substrate such that the resin fuses with the plastic substrate during the heating step to form at least one raised structure . heating a plastic substrate to an at least softened state; and characterised by applying a resin to a first and/or second outer surface of the plastic substrate such that the resin fuses with the plastic substrate during the heating step to form at least one raised structure .
Flat bar system for use at a carding machine (K) for cotton, chemical fibres or the like, comprising an elongate flat bar , to which a magnetic element is attached, and an elongate clothing strip , which, at the rear side thereof facing the flat bar , includes a back layer , which contains ferrous material such that the clothing strip is releasably attachable by its back layer to the magnetic element of the flat bar by means of magnetic force, wherein the back layer includes a plurality of segments , which each contain ferrous material, wherein the segments are disposed spaced apart from each other and are uncoupled from each other in the longitudinal direction (L) of the clothing strip , characterised in that neighbouring segments are connected to each other in each case by means of a solid body articulation (114; 114'), by means of which a displaceability of the segments is guaranteed in relation to each other in the longitudinal direction (L) of the clothing strip .
A method of controlling an electronic apparatus that displays representative information when scrolling content, the method comprising: displaying part of the content on a display unit , wherein the content includes plural items; detecting a user input for scrolling the content; scrolling the plural items of the content according to the user input being detected; extracting , from the displayed part of the content, representative information, wherein the representative information corresponds to at least one text information associated with the plural items being scrolled; and displaying , on a region of the display unit , the extracted representative information in a stopped manner while the plural items of the content are scrolled. displaying part of the content on a display unit , wherein the content includes plural items; detecting a user input for scrolling the content; scrolling the plural items of the content according to the user input being detected; extracting , from the displayed part of the content, representative information, wherein the representative information corresponds to at least one text information associated with the plural items being scrolled; and displaying , on a region of the display unit , the extracted representative information in a stopped manner while the plural items of the content are scrolled.
A conveying system for conveying loaded or unloaded load carriers , comprising a plurality of conveying devices , the conveying devices each comprising two cooperating conveying units for conveying loaded or unloaded load carriers , each conveying unit having a) a chassis which can be moved on floor rollers ; b) a carrying element carried along by the chassis , which can be raised or lowered relative to the chassis in such a way that in an empty configuration the conveying unit can drive under a load carrier and in a conveying configuration can pick up a load carrier with the carrying element and convey it together with another conveying unit ; c) a drive system by means of which at least one of the floor rollers and the carrying element can be driven; wherein d) a safety system is carried along by each conveying unit , by means of which obstacles which are located in the driving path of the conveying unit and restrict further driving of the conveying unit can be detected, and a control unit is carried along, via which the conveying unit communicates with a central control; characterized in that e) the safety system comprises an optical detection device ; f) the optical detection device comprises an imaging device configured to generate a detection image in the driving path of the conveying unit and comprises a camera configured to capture the detection image in the driving path and display it as an analysis image ; and g) the safety system is configured to communicate this to the central control via the control unit when obstacles are detected. a) a chassis which can be moved on floor rollers ; b) a carrying element carried along by the chassis , which can be raised or lowered relative to the chassis in such a way that in an empty configuration the conveying unit can drive under a load carrier and in a conveying configuration can pick up a load carrier with the carrying element and convey it together with another conveying unit ; c) a drive system by means of which at least one of the floor rollers and the carrying element can be driven; e) the safety system comprises an optical detection device ; f) the optical detection device comprises an imaging device configured to generate a detection image in the driving path of the conveying unit and comprises a camera configured to capture the detection image in the driving path and display it as an analysis image ; and g) the safety system is configured to communicate this to the central control via the control unit when obstacles are detected.
A rotor blade for a wind turbine, which rotor blade extends in the longitudinal direction from a blade connection to a blade tip with a variable profile depth, wherein - the rotor blade is divided at a separating point and has a separating point profile depth at the separating point, - a relative blade length of the rotor blade, starting from the blade connection, is defined in a blade length value range between 0% to 100%, - the separating point is arranged in a blade length value range between 25% and 50%, - a rotor blade section facing the blade connection and a rotor blade section facing away from the blade connection can be connected at this separating point for correct operation of the rotor blade, - a depth ratio which is composed of the variable profile depth and the separating point profile depth is defined, characterized in that : - a development index is defined as a gradient of the depth ratio in the direction of the relative blade length, and - the development index in the region of the separating point is less than -1. - the rotor blade is divided at a separating point and has a separating point profile depth at the separating point, - a relative blade length of the rotor blade, starting from the blade connection, is defined in a blade length value range between 0% to 100%, - the separating point is arranged in a blade length value range between 25% and 50%, - a rotor blade section facing the blade connection and a rotor blade section facing away from the blade connection can be connected at this separating point for correct operation of the rotor blade, - a depth ratio which is composed of the variable profile depth and the separating point profile depth is defined, characterized in that : - a development index is defined as a gradient of the depth ratio in the direction of the relative blade length, and - the development index in the region of the separating point is less than -1.
Jack-up platform comprising a hull and at least one leg adjustable with respect to the hull , wherein the leg is adjustable through a leg opening in the hull in which leg opening at least an upper leg guide at an upper end of the leg opening and a lower leg guide at a lower end of the leg opening are provided to guide the leg during adjustment resulting, due to contact between the leg and the leg guides , in an upper leg guide force F UG and a lower leg guide force F LG , characterized in that the upper leg guide and/or the lower leg guide is provided with at least one load measuring unit comprising load sensing means to measure horizontal load exerted by the leg onto the leg guide such that from the measured upper and/or lower leg guide forces, a leg bending moment can be calculated and/or determined, wherein the at least one measuring unit is arranged at or onto the leg guide .
An anionic surfactant of general formula (I), in which R 1 denotes a linear or branched alkyl functional group having 6 to 20, in particular 10 to 16 C atoms, R 2 and R 3 , independently of one another, denote H or H 3 CO, and M denotes hydrogen, an alkali metal or an N + R 4 R 5 R 6 grouping, in which R 4 , R 5 and R 6 denote, independently of one another, hydrogen, an alkyl group having 1 to 6 C atoms or a hydroxyalkyl group having 2 to 6 C atoms.