mhurhangee/patent-ind-claim-en huggingface dataset:
A method for an industrial controller, the method comprising: receiving a call for an add-on instruction, the call being associated with a program executing within the controller; determining a current state of the add-on instruction; selecting a set of control logic based on the determined state of the add-on instruction; and executing the selected control logic; characterized in that the add-on instruction is associated with one or more sets of control logic, and the state of the add-on instruction is one of a normal state, a pre-scan state, a post-scan state, and an enable-false state, and the method further comprises: obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface. receiving a call for an add-on instruction, the call being associated with a program executing within the controller; determining a current state of the add-on instruction; selecting a set of control logic based on the determined state of the add-on instruction; and executing the selected control logic; characterized in that the add-on instruction is associated with one or more sets of control logic, and the state of the add-on instruction is one of a normal state, a pre-scan state, a post-scan state, and an enable-false state, and the method further comprises: obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface. obtaining context information related to the call for the add-on instruction, wherein the context information includes the call for the add-on instruction, a callerof the call, an instruction called, a location of the call, a passed reference to a complex data type associated with the add-on instruction, a passed reference to an object associated with the add-on instruction, and an instance of data of the add-on instruction; and providing the context information within a user interface.
A method for screening antibody expression cells using drugs, comprising: transfecting a vector containing a CIS activator and a screening marker gene combination into a cell and constructing a monoclonal cell line stably transfected with the CIS activator and the screening marker gene combination, wherein the screening marker gene combination comprises a combination of a drug resistance gene, a suicide gene, and a fluorescent protein gene or a molecular tag; transfecting antibody gene library expression vectors carrying an extracellular antibody library coding domain, a Notch core domain and an intracellular transcription domain into cells of the monoclonal cell line of the step , to obtain a library of antibody expression cells; expressing the antibody expression cells of step , contacting them with an antigen, and adding a screening drug for the drug resistance gene for positive screening of the antibody library expression cells; and adding a screening drug for the suicide gene for negative screening of the screened cells in step , to obtain the antibody expression cells. transfecting a vector containing a CIS activator and a screening marker gene combination into a cell and constructing a monoclonal cell line stably transfected with the CIS activator and the screening marker gene combination, wherein the screening marker gene combination comprises a combination of a drug resistance gene, a suicide gene, and a fluorescent protein gene or a molecular tag; transfecting antibody gene library expression vectors carrying an extracellular antibody library coding domain, a Notch core domain and an intracellular transcription domain into cells of the monoclonal cell line of the step , to obtain a library of antibody expression cells; expressing the antibody expression cells of step , contacting them with an antigen, and adding a screening drug for the drug resistance gene for positive screening of the antibody library expression cells; and adding a screening drug for the suicide gene for negative screening of the screened cells in step , to obtain the antibody expression cells.
A method for measuring a dimension of a plant with an image of the plant captured with an imager , the method comprising: placing, behind the plant, a background plate including a dimensional reference in capturing the image of the plant with the imager; capturing an image of a dimensional measurement point of the plant a plurality of times with a distance between the dimensional measurement point and the background plate being unchanged and with an imaging distance being changed by moving the imager; and measuring the dimension of the plant based on a value of a dimension at the dimensional measurement point in a plurality of images resulting from capturing the image the plurality of times using the dimensional reference included in the background plate and on a range of imaging with the imager in each of the plurality of images. placing, behind the plant, a background plate including a dimensional reference in capturing the image of the plant with the imager; capturing an image of a dimensional measurement point of the plant a plurality of times with a distance between the dimensional measurement point and the background plate being unchanged and with an imaging distance being changed by moving the imager; and measuring the dimension of the plant based on a value of a dimension at the dimensional measurement point in a plurality of images resulting from capturing the image the plurality of times using the dimensional reference included in the background plate and on a range of imaging with the imager in each of the plurality of images.
A method of supplying injection fluid to a subsea facility, the method comprising • arranging a flexible storage container at a first subsea location, • supplying the storage container with injection fluid from a sea surface facility, • moving the storage container to a second subsea location comprising encasing said flexible storage container in a mechanical protection structure at said second subsea location and • supplying the injection fluid from the storage container at said second subsea location to the subsea facility, wherein the second subsea location is closer to the seabed than the first subsea location, preferably the storage container at the second subsea location is supported by the seabed. • arranging a flexible storage container at a first subsea location, • supplying the storage container with injection fluid from a sea surface facility, • moving the storage container to a second subsea location comprising encasing said flexible storage container in a mechanical protection structure at said second subsea location and • supplying the injection fluid from the storage container at said second subsea location to the subsea facility,
An object label applicator comprising: a wrapping assembly including a wrapping mechanism configured to place a label on an object through an opening at a central portion ; a wire guide assembly comprising: a body portion including a housing cavity storing a spring ; guide posts disposed on a top end of the body portion , the guide posts configured to receive the object for labeling at the central portion , wherein the guide posts are angled together to form a "V" shape including a bottom portion that includes where the guide posts come together, wherein the guide posts are configured to receive the object for labeling within at least a portion of the bottom portion ; and a switch configured to actuate the wrapping mechanism , wherein the wire guide assembly further comprises a blade configured to move from a biased-up state to a depressed down state, wherein the movement of the blade to the depressed down state causes the object to be received into the bottom portion of the guide posts for labeling, and causes the blade to engage the switch to actuate the wrapping mechanism for labeling. a wrapping assembly including a wrapping mechanism configured to place a label on an object through an opening at a central portion ; a wire guide assembly comprising: a body portion including a housing cavity storing a spring ; guide posts disposed on a top end of the body portion , the guide posts configured to receive the object for labeling at the central portion , wherein the guide posts are angled together to form a "V" shape including a bottom portion that includes where the guide posts come together, wherein the guide posts are configured to receive the object for labeling within at least a portion of the bottom portion ; and a body portion including a housing cavity storing a spring ; guide posts disposed on a top end of the body portion , the guide posts configured to receive the object for labeling at the central portion , wherein the guide posts are angled together to form a "V" shape including a bottom portion that includes where the guide posts come together, wherein the guide posts are configured to receive the object for labeling within at least a portion of the bottom portion ; and a switch configured to actuate the wrapping mechanism , wherein the wire guide assembly further comprises a blade configured to move from a biased-up state to a depressed down state, wherein the movement of the blade to the depressed down state causes the object to be received into the bottom portion of the guide posts for labeling, and causes the blade to engage the switch to actuate the wrapping mechanism for labeling.
A mounting screw comprising a carbon steel basic body part , the mounting screw being at least partly painted, the mounting screw further comprising a cathodic protective layer arranged on the basic body part , characterized in that the mounting screw comprises also two or more paint coat layers , of which a first paint coat layer is a ground coat layer comprising a component that increases corrosion resistance, and a pretreatment layer arranged under the ground coat layer , wherein the pretreatment layer is a passivation layer comprising silane as an adhesion promoter.
A computer-implemented method for effecting a media session between an initiating endpoint and a responding endpoint via a communication network , the method comprising implementing at a computer of at least one of the initiating endpoint and responding endpoint the following steps: generating (S6) at the endpoint a set of candidate pairs, each comprising a respective network address available to the initiating endpoint and a respective network address available to the responding endpoint by exchanging network addresses between the initiating endpoint and the responding endpoint, the media session established using a candidate pair of the set determined to be valid by applying the following steps: receiving (S12) at the endpoint selection data pertaining to at least one of the network addresses and indicative of the quality of a path through the network that would be traversed were that network address to be used for the media session; receiving a respective type metric associated with each network address and indicative of the directness of a path through the network that would be traversed were that network address to be used for the media session; assigning a pair priority to each of the candidate pairs, and generating a check list of the candidate pairs ordered based on the pair priority; and the endpoints performing (S16) connectivity checks for at least one candidate pair of the set to determine whether or not the candidate pair is valid, wherein the candidate pairs in the check list are checked in the order of the check list, and wherein the pair priorities are assigned to the candidate pairs based on the type metric and the selection data. receiving (S12) at the endpoint selection data pertaining to at least one of the network addresses and indicative of the quality of a path through the network that would be traversed were that network address to be used for the media session; receiving a respective type metric associated with each network address and indicative of the directness of a path through the network that would be traversed were that network address to be used for the media session; assigning a pair priority to each of the candidate pairs, and generating a check list of the candidate pairs ordered based on the pair priority; and the endpoints performing (S16) connectivity checks for at least one candidate pair of the set to determine whether or not the candidate pair is valid, wherein the candidate pairs in the check list are checked in the order of the check list, and wherein the pair priorities are assigned to the candidate pairs based on the type metric and the selection data.
A method of testing pavement, the method including repeatedly simulating wheel loading on the pavement by repeatedly applying a series of discreet forces with a downwards component, one after the other, to an upper surface of a test strip of the pavement thereby to simulate a load exerted by a travelling wheel and hence subjecting the pavement to accelerated testing, the discreet forces being provided by repeatedly actuating a series of actuators, one after the other, each to exert a force with a downwards component to the upper surface of the test strip of pavement, or to a portion thereof.
A method of requesting, by a site , an action on de-identified data to be performed by a cloud based clinical decision support system , the method comprising: transmitting , by the site , a first request and a first session token, generated by the site , to the cloud based clinical decision support system , wherein the first request is for the action on de-identified data stored at the cloud based clinical decision support system, wherein the action is to be performed by the cloud based clinical decision support system , and wherein the action requires authentication of the site by the cloud based clinical decision support system ; receiving , by the site , a second request and a second session token transmitted by the cloud based clinical decision support system to the site , wherein the second request requests validation of the second session token; comparing , by the site , the first and second session tokens, to generate, by the site , a validation signal indicating whether or not the first and second session tokens match; transmitting, by the site , the validation signal to the cloud based clinical decision support system ; and only if the validation signal indicates that the first and second session tokens match, receiving , by the site , an indication that the cloud based clinical decision support system performed the requested action on said de-identified data stored at the cloud based clinical decision support system. transmitting , by the site , a first request and a first session token, generated by the site , to the cloud based clinical decision support system , wherein the first request is for the action on de-identified data stored at the cloud based clinical decision support system, wherein the action is to be performed by the cloud based clinical decision support system , and wherein the action requires authentication of the site by the cloud based clinical decision support system ; receiving , by the site , a second request and a second session token transmitted by the cloud based clinical decision support system to the site , wherein the second request requests validation of the second session token; comparing , by the site , the first and second session tokens, to generate, by the site , a validation signal indicating whether or not the first and second session tokens match; transmitting, by the site , the validation signal to the cloud based clinical decision support system ; and only if the validation signal indicates that the first and second session tokens match, receiving , by the site , an indication that the cloud based clinical decision support system performed the requested action on said de-identified data stored at the cloud based clinical decision support system.
Arrangement with a gantry lift device in form of a straddle carrier for handling containers , in particular ISO containers, wherein the gantry lift device is set up such that it can navigate automatically guided by means of grid navigation, and wherein the gantry lift device comprises a sensor apparatus for the navigation of the gantry lift device and a clearance profile which is formed in such a manner that the gantry lift device can move without collision over a container , and comprising a row of spaced-apart marking elements for grid navigation, wherein the gantry lift device and the row of marking elements are located in relation to each other such that the gantry lift device can be moved along the row of marking elements by means of grid navigation, wherein the row of marking elements can be read by the sensor apparatus of the gantry lift device , characterised in that the sensor apparatus , in an operating position, is arranged outside the clearance profile on the gantry lift device in order, in the operating position, to read the row of marking elements for the navigation of the gantry lift device , wherein the row of marking elements is located next to the clearance profile of the gantry lift device and below a running gear support of the gantry lift device .
Method for producing a camera module , wherein an objective is aligned with respect to an image sensor and is then fixed in position by being joined to a carrier holding the image sensor , a housing surrounding the image sensor or a connecting structure located there-between as a part to be joined, characterized in that the objective is supported on spacer elements which are initially still movable and is aligned with respect to the image sensor by moving the spacer elements and, after the objective has been aligned, the spacer elements are welded to the objective and to the part to be joined .
A steel wire for flexible card clothing, wherein the steel wire has an equivalent diameter between 0.2 and 0.7 mm; wherein the steel wire has a composition comprising 0.7% - 1.1 % by weight carbon; 0.5% - 1.2 % by weight manganese; 0.05% - 0.5% by weight silicon; less than 0.4% by weight chromium; less than 0.05% by weight phosphorus; less than 0.05% by weight sulphur; less than 0.2% by weight copper; less than 0.2% by weight nickel; and at least one alloying element with a content of 0.02% - 0.2% by weight and selected from the group consisting of vanadium, titanium, niobium and tungsten, or between 0.001 % by weight and 0.01% by weight of boron, the steel wire composition further comprises unavoidable impurities and the remainder being iron, wherein the steel wire has a tempered martensitic microstructure, wherein the microstructure of the steel wire comprises between 1 and 10 % by volume of undissolved carbides, wherein the content is measured as defined in the description. wherein the steel wire has an equivalent diameter between 0.2 and 0.7 mm; wherein the steel wire has a composition comprising 0.7% - 1.1 % by weight carbon; 0.5% - 1.2 % by weight manganese; 0.05% - 0.5% by weight silicon; less than 0.4% by weight chromium; less than 0.05% by weight phosphorus; less than 0.05% by weight sulphur; less than 0.2% by weight copper; less than 0.2% by weight nickel; and at least one alloying element with a content of 0.02% - 0.2% by weight and selected from the group consisting of vanadium, titanium, niobium and tungsten, or between 0.001 % by weight and 0.01% by weight of boron, 0.7% - 1.1 % by weight carbon; 0.5% - 1.2 % by weight manganese; 0.05% - 0.5% by weight silicon; less than 0.4% by weight chromium; less than 0.05% by weight phosphorus; less than 0.05% by weight sulphur; less than 0.2% by weight copper; less than 0.2% by weight nickel; and at least one alloying element with a content of 0.02% - 0.2% by weight and selected from the group consisting of vanadium, titanium, niobium and tungsten, or between 0.001 % by weight and 0.01% by weight of boron, the steel wire composition further comprises unavoidable impurities and the remainder being iron, wherein the steel wire has a tempered martensitic microstructure, wherein the microstructure of the steel wire comprises between 1 and 10 % by volume of undissolved carbides, wherein the content is measured as defined in the description.
A gravure printing plate, comprising FM screen cells and AM screen cells which are concurrently formed in a plate surface thereof on each scale of gray, wherein the depth of all AM cells is different from the depth of the FM cells and, vice versa, the depth of all FM cells is different from the depth of the AM cells.
A method comprising: generating a plurality of beam weights, each of which is a numeric expression that defines an amplitude and a phase of a signal injected into an element of a beam forming antenna, including at least first and second sets of beam weights, wherein the plurality of beam weights comprises a number of beam weights applied to a number of corresponding antenna elements such that a shape, a direction, and a quality of a transmitted beam may be configured; characterized by : applying with a beamformer the first and second sets of beam weights to signals in a cellular communication system providing coverage over a geographic region divided into cells arranged in overlapping first and second layers of cells having criteria optimized for communication by respective, distinct first and second types of user terminals, such that the first and second sets of beam weights adapt the signals according to the criteria of the first and second layers of cells, respectively. generating a plurality of beam weights, each of which is a numeric expression that defines an amplitude and a phase of a signal injected into an element of a beam forming antenna, including at least first and second sets of beam weights, wherein the plurality of beam weights comprises a number of beam weights applied to a number of corresponding antenna elements such that a shape, a direction, and a quality of a transmitted beam may be configured; characterized by : applying with a beamformer the first and second sets of beam weights to signals in a cellular communication system providing coverage over a geographic region divided into cells arranged in overlapping first and second layers of cells having criteria optimized for communication by respective, distinct first and second types of user terminals, such that the first and second sets of beam weights adapt the signals according to the criteria of the first and second layers of cells, respectively.