mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a self-propelled harvester including a front attachment with which crop material is cut and picked up, and a control device with which setting parameters of the front attachment are set, characterised in that at least one stand property of a crop material stand disposed in the field in front of the front attachment and a working result correlating with the at least one stand property of a harvested region behind the front attachment are detected by a sensor system and in dependence on the at least one stand property and the working result a necessary adaptation at least of one of the setting parameters is determined for operating the front attachment in a high cut.
A method for monitoring microbiologically induced corrosion on metal surfaces in contact with a fluid; said method comprising adding to the fluid a silanol compound or silanol compound precursor having a group detectible by ultraviolet spectrophotometry or fluorescence spectroscopy, or which is isotopically enriched, and monitoring the level of free silanol in the fluid released from the metal surface as a biofilm forms by detecting the uv-active or fluorescent group, or isotopically enriched atom, by known spectroscopic techniques.
A process for obtaining an insulating glazing comprising first and second glass sheets that are held parallelly spaced apart with the aid of at least one transparent glass spacer adhesively bonded to the periphery of said glass sheets so as to make a gas-filled interlayer space , said process comprising the following steps: - a step of providing said spacer , said spacer being substantially parallelepipedal and comprising at least two rough faces opposite one another, and two smooth faces opposite one another, then - a step of assembling said at least one spacer between the glass sheets , so that each rough face of said spacer is positioned close to an edge, and against a face , referred to as an inner face, of each of said glass sheets , the interstitial width between the rough faces of the spacer and the inner faces of the glass sheets being less than 0.01 mm, then - a step of depositing, at the external joint lines between the rough faces of the spacer and the inner faces of the glass sheets, a transparent adhesive, said adhesive moving by capillary action so as to cover the surface of said rough faces of the spacer, then - at least one step of curing said adhesive; at the end of the assembling step, the interstitial width between the rough faces of the spacer and the inner faces of the glass sheets should be at most 0.01 mm, over the entire length of the spacer, therefore generally over the entire length of the edge of the glass sheet in the vicinity of which the spacer is placed. - a step of providing said spacer , said spacer being substantially parallelepipedal and comprising at least two rough faces opposite one another, and two smooth faces opposite one another, then - a step of assembling said at least one spacer between the glass sheets , so that each rough face of said spacer is positioned close to an edge, and against a face , referred to as an inner face, of each of said glass sheets , the interstitial width between the rough faces of the spacer and the inner faces of the glass sheets being less than 0.01 mm, then - a step of depositing, at the external joint lines between the rough faces of the spacer and the inner faces of the glass sheets, a transparent adhesive, said adhesive moving by capillary action so as to cover the surface of said rough faces of the spacer, then - at least one step of curing said adhesive;
A method of image reconstruction based on image data from a photon-counting multi-bin x-ray detector , wherein each pulse originating from a photon interaction is compared using comparators with tunable voltage settings, denoted thresholds, wherein the threshold values change from day-to-day, said change being a drift of the detector over time, wherein said method comprises: - determining (S1) parameter(s) of a given functional form of the relationship between comparator settings expressed in voltage in the read-out chain of the x-ray detector and the corresponding energy threshold values expressed in energy based on a fitting procedure between i) a first set of data representative of a measured pulse height spectrum based on a measured x-ray spectrum and ii) a second set of data representative of a reference pulse height spectrum based on a previously acquired reference x-ray spectrum or a simulated x-ray spectrum, wherein a broad x-ray spectrum of an x-ray source associated with the imaging modality is used in a single x-ray exposure from an x-ray tube to acquire an accumulated spectrum of counts as a function of comparator voltage, and the first set of data representative of a measured pulse height spectrum is based on the acquired accumulated spectrum of counts; - performing (S2) image reconstruction based on the image data and the determined parameter(s). - determining (S1) parameter(s) of a given functional form of the relationship between comparator settings expressed in voltage in the read-out chain of the x-ray detector and the corresponding energy threshold values expressed in energy based on a fitting procedure between i) a first set of data representative of a measured pulse height spectrum based on a measured x-ray spectrum and ii) a second set of data representative of a reference pulse height spectrum based on a previously acquired reference x-ray spectrum or a simulated x-ray spectrum, wherein a broad x-ray spectrum of an x-ray source associated with the imaging modality is used in a single x-ray exposure from an x-ray tube to acquire an accumulated spectrum of counts as a function of comparator voltage, and the first set of data representative of a measured pulse height spectrum is based on the acquired accumulated spectrum of counts; - performing (S2) image reconstruction based on the image data and the determined parameter(s).
Bicycle saddle comprising a saddle shell , a saddle frame arranged on a lower side of the saddle shell , and a saddle cushion arranged on an upper side of the saddle shell , wherein the saddle cushion comprises at least two cushion elements overlapping each other at least partially, wherein a connection layer is arranged between at least two cushion elements , characterized in that the connection layer is pre-tensioned in particular transversely to the longitudinal direction of the saddle. a saddle shell , a saddle frame arranged on a lower side of the saddle shell , and a saddle cushion arranged on an upper side of the saddle shell , wherein the saddle cushion comprises at least two cushion elements overlapping each other at least partially, wherein a connection layer is arranged between at least two cushion elements , characterized in that the connection layer is pre-tensioned in particular transversely to the longitudinal direction of the saddle.
Device for detecting a conveying rate at which a liquid material in the form of pig iron is filled from a pivotable starting vessel into a metallurgical target vessel , comprising means for determining an amount of liquid material which is filled into the starting vessel and means for detecting an amount of liquid material which is let out by pivotation of the starting vessel in the direction of the target vessel , characterised in that provided between the starting vessel and the target vessel is a feed channel made of refractory material (FF) and the means for detecting an amount of liquid material which is let out by pivotation of the starting vessel in the direction of the target vessel comprise at least one measurement loop for determination of the filling height by induced electrical fields, the loop being integrated in a wall material (FF) of the feed channel .
A tire, comprising a tread comprising a rubber composition that comprises at least one rubber component and a branched conjugated diene polymer, the branched conjugated diene polymer being a copolymer at least containing a branched conjugated diene, butadiene, and styrene as structural units, the tire satisfying the following relationships and : 0.25 < A ≤ 1.50 ; and A × S ≤ 27.0 wherein A is defined by A = 42.9/√α + 0.14 wherein α represents a weight average molecular weight of the branched conjugated diene polymer; and S represents a groove area ratio (%) of a ground contact surface of the tread, and wherein α and S are measured according to the description. the branched conjugated diene polymer being a copolymer at least containing a branched conjugated diene, butadiene, and styrene as structural units, the tire satisfying the following relationships and : 0.25 < A ≤ 1.50 ; and A × S ≤ 27.0 wherein A is defined by A = 42.9/√α + 0.14 wherein α represents a weight average molecular weight of the branched conjugated diene polymer; and S represents a groove area ratio (%) of a ground contact surface of the tread, and wherein α and S are measured according to the description.
A glove for vibration insulation comprising a gripping side and a hand-back side, each side comprises an inner surface and an outer surface; wherein said gripping side comprises a palm covering portion and at least one finger covering portion ; and wherein said finger covering portion comprises a first material and an insulation material ; and wherein said insulation material is arranged in front of said first material as seen from the outer surface of said gripping side ; and wherein said first material and said insulation material cover at least 20 % of the length (L) of said finger covering portion characterized in that the first material has a density of at least 1.5 g/cm 3 .
A method for processing a data message received via a network from a source , the data message comprising a portion that is generated by the source dependent upon an event and a portion that is generated by the source independent of the event, the method comprising: receiving a data message at a message receiver coupled with the network , characterised in that the method further comprises: analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source prior to occurrence of the event. receiving a data message at a message receiver coupled with the network , characterised in that the method further comprises: analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source prior to occurrence of the event. analyzing automatically the data message at a message analyzer to determine if the event independent portion was transmitted by the source prior to occurrence of the event by evaluating whether all of the event independent portion was received prior to any of the event dependent portion; and processing the data message at a message processor and taking an action with respect to the data message when it is determined that the event independent portion was transmitted by the source prior to occurrence of the event.
Cooking hob device, in particular induction cooking hob device, having at least one variable cooking area , which is provided to form at least one cooking zone adjusted to at least one positioned item of cookware, having at least one indication unit , which is provided to identify at least one selected cooking zone of the variable cooking area , having at least one navigation unit , which is provided to select a cooking zone on the basis of at least one navigation parameter, and having at least one control unit , which is provided to select a cooking zone to be identified at least as a function of inputs which take place by way of the navigation unit , characterised in that the navigation unit is embodied separately from the indication unit , wherein the navigation unit is embodied as a relative navigation unit, which is provided to select a new cooking zone in relation to a currently selected cooking zone , wherein the control unit is provided to select a cooking zone as a function of an input by way of the relative navigation unit, said cooking zone, viewed clockwise or counter clockwise, being placed to the right, left, rear and/or front of the currently selected cooking zone or following or preceding the same in a sequencing position, wherein the navigation unit has an individual control element embodied as a touch-sensitive control area or two control elements embodied as touch-sensitive control areas, wherein a first of the control elements is provided to run through cooking zones to the right in the lateral direction, wherein after a complete cycle the cooking zone positioned furthest to the left is begun again cyclically, and a second of the control elements is provided to run through the cooking zones in the depth direction from back to front, wherein after a complete cycle, the cooking zone positioned furthest to the rear is begun again cyclically or has four touch elements embodied as touch-sensitive control areas, each of which represents one of the navigation directions to the right, left, rear and front.
A method in a cellular terminal comprising: producing a cellular network authentication capabilities message indicative of cellular network authentication capabilities available for the terminal; and transmitting the cellular network authentication capabilities message to the cellular network; the cellular terminal comprising a security entity; and the method further comprising: receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. producing a cellular network authentication capabilities message indicative of cellular network authentication capabilities available for the terminal; and transmitting the cellular network authentication capabilities message to the cellular network; the cellular terminal comprising a security entity; and the method further comprising: receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. receiving an update command and responsively updating the security entity to support an earlier unsupported cellular authentication algorithm; detecting any capability reporting trigger and responsively to such a determination performing the producing of the cellular network authentication capabilities message and the transmitting of the cellular network authentication capabilities message; and receiving from the cellular network a capability request message for authentication capabilities; wherein: the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message. the receiving of the capability request message forms a capability reporting trigger; and the security entity is configured to form content for the capabilities message.
Printing device for printing on print workpieces having a machine base body , which features a lateral side and a longitudinal side and is designed to accommodate at least one print workpiece, a guiding means , which is arranged above the machine base body and extends across the print workpiece across the width of the machine base body, a printing means, which is designed for printing on the print workpiece and is movably supported on the guiding means across the width of the machine base body, and on the machine base body is provided at least one translating means , upon which the print workpiece being accommodated is arranged and which is designed to change the position of the at least one print workpiece with respect to the machine base body, - wherein the printing means features at least one first printhead unit and one second printhead unit , which are able to move on the guiding means across the width of the machine base body from each other independently in relation to one another, - each printhead unit features at least one printhead, which is designed to print at least one color of print ink on the print workpiece, - the guiding means is designed as a portal guide having a crossbar which extends in a lateral direction, and - the first printhead unit is movably supported on a front side of the crossbar and the second printhead unit is movably supported on a rear side of the crossbar. characterized in that - the translating means has at least two carriages on which in each case at least one print workpiece is stored so that it can be moved in approximately parallel to the longitudinal side of the machine base body, - that the number of printhead units in operation correspond to the number of the print workpieces to print in parallel, and - that the printhead units of the printing means are designed to print an image on the adjacent print workpieces being provided both collectively and independently of one another. - wherein the printing means features at least one first printhead unit and one second printhead unit , which are able to move on the guiding means across the width of the machine base body from each other independently in relation to one another, - each printhead unit features at least one printhead, which is designed to print at least one color of print ink on the print workpiece, - the guiding means is designed as a portal guide having a crossbar which extends in a lateral direction, and - the first printhead unit is movably supported on a front side of the crossbar and the second printhead unit is movably supported on a rear side of the crossbar. - the translating means has at least two carriages on which in each case at least one print workpiece is stored so that it can be moved in approximately parallel to the longitudinal side of the machine base body, - that the number of printhead units in operation correspond to the number of the print workpieces to print in parallel, and - that the printhead units of the printing means are designed to print an image on the adjacent print workpieces being provided both collectively and independently of one another.
A method for tracking usage of a pulse oximeter via a network system, the method comprising: storing patient information and pulse oximeter identification data identifying the pulse oximeter associated with the patient, wherein the patient information and pulse oximeter identification data are stored at a network server ; connecting the pulse oximeter to a patient monitoring device , wherein the patient monitoring device is provided with the pulse oximeter identification data and status data; monitoring pulse oximeter data using the connected pulse oximeter for measuring the pulse oximeter data; transmitting the pulse oximeter data, the pulse oximeter identification data, and the status data from the patient monitoring device to the network server ; matching the transmitted pulse oximeter identification data with the pulse oximeter identification data stored in the network server ; associating the transmitted pulse oximeter data to the stored patient information; characterized in the method further comprising: transmitting past pulse oximeter data matched with the transmitted pulse oximeter identification data from the network server to the patient monitoring device ; and storing received past pulse oximeter data to a patient monitoring device database of the patient monitoring device . storing patient information and pulse oximeter identification data identifying the pulse oximeter associated with the patient, wherein the patient information and pulse oximeter identification data are stored at a network server ; connecting the pulse oximeter to a patient monitoring device , wherein the patient monitoring device is provided with the pulse oximeter identification data and status data; monitoring pulse oximeter data using the connected pulse oximeter for measuring the pulse oximeter data; transmitting the pulse oximeter data, the pulse oximeter identification data, and the status data from the patient monitoring device to the network server ; matching the transmitted pulse oximeter identification data with the pulse oximeter identification data stored in the network server ; associating the transmitted pulse oximeter data to the stored patient information; transmitting past pulse oximeter data matched with the transmitted pulse oximeter identification data from the network server to the patient monitoring device ; and storing received past pulse oximeter data to a patient monitoring device database of the patient monitoring device .
A method for preparing a butyl graft copolymer which comprises: reacting a halobutyl polymer with at least one nitrogen and/or phosphorous based nucleophile to provide a halobutyl ionomer; and, grafting a non-halogenated amine-reactive dienophile to said ionomer through a reactive mixing process to provide a functionalized ionomer wherein the dienophile is maleic anhydride. reacting a halobutyl polymer with at least one nitrogen and/or phosphorous based nucleophile to provide a halobutyl ionomer; and, grafting a non-halogenated amine-reactive dienophile to said ionomer through a reactive mixing process to provide a functionalized ionomer wherein the dienophile is maleic anhydride.
A flat tube for a heat exchanger, with two open ends defining its longitudinal direction, comprising a first wall and a second wall which are flat and parallel to each other, thereby delimiting an inner space of the tube, wherein one of the lateral sides of the first wall forms a multilayer nose by means of consecutive folds compounded towards the second wall , the lateral side of the second wall being bent to cover said multilayer nose , characterised in that the folds are at least partially displaced laterally towards the inner space of the tube with respect to a first bending point of said lateral side of the first wall .