mhurhangee/patent-ind-claim-en huggingface dataset:
A package for holding a food product, the package comprising a main body formed from a multilayer packaging material that comprises a layer of fibrous material , the main body having - a bottom section , - a wall section extending from the bottom section for forming an inner space for the food product, and - an opening arranged at an end of the wall section that is opposite to the bottom section , and a lid structure that is formed from a plastic material and attached to the main body for sealing the opening and the inner space , the lid structure having - a lid frame attached to the main body at the opening , - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame , and - a pull element connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force (F) on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening , characterized in that the lid frame comprises a frame top surface that extends along the entire periphery of the opening of the main body , the lid comprises a cover portion and a lid wall section , and the lid wall section extends around a peripheral section of the cover portion , is joined to the lid frame and lifts peripheral section of the cover portion above the frame top surface . - a bottom section , - a wall section extending from the bottom section for forming an inner space for the food product, and - an opening arranged at an end of the wall section that is opposite to the bottom section , and a lid structure that is formed from a plastic material and attached to the main body for sealing the opening and the inner space , the lid structure having - a lid frame attached to the main body at the opening , - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame , and - a pull element connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force (F) on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening , characterized in that - a lid frame attached to the main body at the opening , - a lid detachably joined with the lid frame and sealing the opening in cooperation with the lid frame , and - a pull element connected to a peripheral portion of the lid and configured to, when pulled, exert an opening force (F) on the lid so as to at least partially detach the lid from the lid frame and thereby at least partially freeing the opening , characterized in that the lid frame comprises a frame top surface that extends along the entire periphery of the opening of the main body , the lid comprises a cover portion and a lid wall section , and the lid wall section extends around a peripheral section of the cover portion , is joined to the lid frame and lifts peripheral section of the cover portion above the frame top surface .
Use of Vibrio neocaledonicus sp. as a biological metal corrosion inhibitor, wherein the Vibrio neocaledonicus sp. is a Vibrio neocaledonicus KJ841877 strain with an accession number of MCCC 1K00266.
A method for preparing an inclusion compound, wherein the method comprises the following steps: dissolving a cannabis extract, said cannabis extract containing non-psychoactive cannabinoid and psychoactive cannabinoid, with an organic solvent to obtain a cannabis extract solution; weighing an inclusion agent and dissolving in water to obtain an inclusion agent solution; adding the solution obtained in step dropwise to the inclusion agent solution obtained in step , stirring at 50- 70°C, and then refrigerating after cooling to room temperature, filtering to obtain a filter cake 1; adding the water-organic solvent into the filter cake 1 obtained in step , stirring, dissolving, and filtering to obtain a filter cake 2; vacuum drying the filter cake 2 obtained in step 4 to obtain the inclusion compound containing non- psychoactive cannabinoid; wherein the non-psychoactive cannabinoid comprises one or a combination of two or more of cannabidiol, cannabidivarin, cannabigerol, and cannabichromene and the psychoactive cannabinoid comprises tetrahydrocannabidiol, Δ 9 -tetrahydrocannabinol and cannabinol; the inclusion agent in step is cyclodextrin or a derivative thereof; the stirring time in step is 0.5-4 hours;the refrigeration time in step is 12-24 hours; in the water-organic solvent in step , the volume ratio of water to organic solvent is 1:1-5 ; the stirring temperature in step is 20-30°C; the stirring time in step is 0.5-3 hours; the organic solvent in steps and is independently selected from one or a combination of two or more of ethanol, methanol, isopropanol, ethyl acetate, and acetone in any proportion. the non-psychoactive cannabinoid comprises one or a combination of two or more of cannabidiol, cannabidivarin, cannabigerol, and cannabichromene and the psychoactive cannabinoid comprises tetrahydrocannabidiol, Δ 9 -tetrahydrocannabinol and cannabinol; the inclusion agent in step is cyclodextrin or a derivative thereof; the stirring time in step is 0.5-4 hours;the refrigeration time in step is 12-24 hours; in the water-organic solvent in step , the volume ratio of water to organic solvent is 1:1-5 ; the stirring temperature in step is 20-30°C; the stirring time in step is 0.5-3 hours; the organic solvent in steps and is independently selected from one or a combination of two or more of ethanol, methanol, isopropanol, ethyl acetate, and acetone in any proportion.
A method for authenticating, the method comprising: acquiring a first fingerprint image at an area proximate a first location of contact on a touch-sensitive surface; performing a first authentication process based on the first fingerprint image; acquiring a second fingerprint image at an area proximate a second location of contact on the touch-sensitive surface; determining a difference between a characteristic of the second fingerprint image and a characteristic of the first fingerprint image; and performing a second authentication process based upon whether the difference between the characteristic of the second fingerprint image and the characteristic of the first fingerprint image is greater than a threshold, and wherein the second authentication process is be performed upon the second fingerprint image, or a fingerprint image taken thereafter. acquiring a first fingerprint image at an area proximate a first location of contact on a touch-sensitive surface; performing a first authentication process based on the first fingerprint image; acquiring a second fingerprint image at an area proximate a second location of contact on the touch-sensitive surface; determining a difference between a characteristic of the second fingerprint image and a characteristic of the first fingerprint image; and performing a second authentication process based upon whether the difference between the characteristic of the second fingerprint image and the characteristic of the first fingerprint image is greater than a threshold, and wherein the second authentication process is be performed upon the second fingerprint image, or a fingerprint image taken thereafter.
A method of operating a conditioning arrangement for a harvesting work vehicle , the conditioning arrangement including a conditioning roller and an opposing member that are configured to cooperatively condition a crop material that passes through a gap between the conditioning roller and the opposing member , the method comprising: receiving, by a processor of a control system from a memory element , a stored conditioning setting for the conditioning roller ; processing, by the processor , a conditioning control signal based, at least in part, on the stored conditioning setting; and changing, with an actuator (176, 178, 180 182), a variable parameter of the conditioning roller according to the conditioning control signal characterized by detecting, with a sensor , an actual conditioning setting for the conditioning roller ; and saving, within the memory element , the detected actual conditioning setting as the stored conditioning setting, and the method further comprising receiving, by the processor , location data that corresponds to an actual location of the harvesting work vehicle within a field; and wherein processing the conditioning control signal includes processing the conditioning control signal based, at least in part, on the stored conditioning setting and the location data. receiving, by a processor of a control system from a memory element , a stored conditioning setting for the conditioning roller ; processing, by the processor , a conditioning control signal based, at least in part, on the stored conditioning setting; and changing, with an actuator (176, 178, 180 182), a variable parameter of the conditioning roller according to the conditioning control signal characterized by detecting, with a sensor , an actual conditioning setting for the conditioning roller ; and saving, within the memory element , the detected actual conditioning setting as the stored conditioning setting, and the method further comprising receiving, by the processor , location data that corresponds to an actual location of the harvesting work vehicle within a field; and wherein processing the conditioning control signal includes processing the conditioning control signal based, at least in part, on the stored conditioning setting and the location data.
Assembly comprising a shaft , a housing , and an installation for producing an electrically conductive connection between the shaft and the housing , wherein the installation has a retaining member , wherein the retaining member receives at least one electrically conductive disc , wherein the disc contacts the shaft and the housing , characterized in that the retaining member along an end side has first form-fit elements , and in that the disc has second form-fit elements , wherein the second form-fit elements engage in the first form-fit elements .
A laser projection module , comprising: a laser emitter configured to emit laser light; a collimation element configured to collimate the laser light; a diffraction element configured to diffract the laser light; collimated by the collimation element to define a laser pattern; a detection component disposed to at least one of the collimation element and the diffraction element , and configured to output an electrical signal; and a processor coupled to the detection component , and configured to receive the electrical signal and detect whether the at least one of the collimation element and the diffraction element is abnormal based on the electrical signal, characterized in that a part of the detection component is disposed to the collimation element , another part of the detection component is disposed to the diffraction element , the detection component is configured to detect a distance between the collimation element and the diffraction element and to output the electrical signal, the processor is configured to judge whether the electrical signal is within a preset range, and determine that a change of the distance between the collimation element and the diffraction element exceeds a predetermined interval when the electrical signal is not within the preset range. a laser emitter configured to emit laser light; a collimation element configured to collimate the laser light; a diffraction element configured to diffract the laser light; collimated by the collimation element to define a laser pattern; a detection component disposed to at least one of the collimation element and the diffraction element , and configured to output an electrical signal; and a processor coupled to the detection component , and configured to receive the electrical signal and detect whether the at least one of the collimation element and the diffraction element is abnormal based on the electrical signal, characterized in that a part of the detection component is disposed to the collimation element , another part of the detection component is disposed to the diffraction element , the detection component is configured to detect a distance between the collimation element and the diffraction element and to output the electrical signal, the processor is configured to judge whether the electrical signal is within a preset range, and determine that a change of the distance between the collimation element and the diffraction element exceeds a predetermined interval when the electrical signal is not within the preset range.
Assembly comprising: - a container comprising a bottom and a circumferential wall extending therefrom, and an opening; - closing means for closing said opening; - a tamper-evident seal , wherein said tamper-evident seal is replaceably connectable as a separate element to the container in order to replace a broken tamper-evident seal by an unbroken tamper-evident seal , wherein the tamper-evident seal comprises first connecting means and the container comprises second connecting means , wherein said first connecting means and said second connecting means are mutually cooperating wherein one of said first connecting means and said second connecting means comprises at least one recess and wherein the other of said first connecting means and said second connecting means comprises at least one protrusion , wherein said at least one recess is arranged to receive said at least one protrusion , characterized in that: - the tamper-evident seal comprises a tab that is movable from a first position in which the closing means can not be released to a second position in which the closing means can be released, or - the tamper-evident seal comprises a removable tab covering at least part of the closing means to render them inaccessible when the tab has not been removed wherein said closing means can be released when said tab has been removed. - a container comprising a bottom and a circumferential wall extending therefrom, and an opening; - closing means for closing said opening; - a tamper-evident seal , wherein said tamper-evident seal is replaceably connectable as a separate element to the container in order to replace a broken tamper-evident seal by an unbroken tamper-evident seal , wherein the tamper-evident seal comprises first connecting means and the container comprises second connecting means , wherein said first connecting means and said second connecting means are mutually cooperating wherein one of said first connecting means and said second connecting means comprises at least one recess and wherein the other of said first connecting means and said second connecting means comprises at least one protrusion , wherein said at least one recess is arranged to receive said at least one protrusion , characterized in that: - the tamper-evident seal comprises a tab that is movable from a first position in which the closing means can not be released to a second position in which the closing means can be released, or - the tamper-evident seal comprises a removable tab covering at least part of the closing means to render them inaccessible when the tab has not been removed - the tamper-evident seal comprises a tab that is movable from a first position in which the closing means can not be released to a second position in which the closing means can be released, or - the tamper-evident seal comprises a removable tab covering at least part of the closing means to render them inaccessible when the tab has not been removed wherein said closing means can be released when said tab has been removed.
A method for providing history-based key phrase suggestions for voice control of a home automation system, comprising building a history database on a storage device that maintains events that have occurred in the home automation system, each event associated with a time and indicating one or more services activated, one or more scenes activated or one or more types of media content presented by the home automation system; selecting a subset of the events of the history database based on a comparison of the associated time of each event with a time window that encompasses a present time, the selecting to produce a scored prediction dataset, wherein the score of events in the scored prediction dataset is determined, at least in part, based on a length of the time window, with a shorter time window causing a higher score than a longer time window, wherein the present time includes a present time of day and a present day of week and the comparison determines events in the history database that occurred in a time window that encompasses the present time of day on a same day of the week as the present day of the week; based on the scored prediction dataset, selecting one or more intentions from a list of intentions, wherein each intention is a data structure that includes a key phrase recognized by a voice recognition engine paired with an action performed in response to the key phrase; and displaying, to a current user in a user interface on a remote control or mobile device of the home automation system, one or more key phrases from the one or more selected intentions as one or more key phrase suggestions. building a history database on a storage device that maintains events that have occurred in the home automation system, each event associated with a time and indicating one or more services activated, one or more scenes activated or one or more types of media content presented by the home automation system; selecting a subset of the events of the history database based on a comparison of the associated time of each event with a time window that encompasses a present time, the selecting to produce a scored prediction dataset, wherein the score of events in the scored prediction dataset is determined, at least in part, based on a length of the time window, with a shorter time window causing a higher score than a longer time window, wherein the present time includes a present time of day and a present day of week and the comparison determines events in the history database that occurred in a time window that encompasses the present time of day on a same day of the week as the present day of the week; based on the scored prediction dataset, selecting one or more intentions from a list of intentions, wherein each intention is a data structure that includes a key phrase recognized by a voice recognition engine paired with an action performed in response to the key phrase; and displaying, to a current user in a user interface on a remote control or mobile device of the home automation system, one or more key phrases from the one or more selected intentions as one or more key phrase suggestions.
A method of processing thumbnail requests for thumbnail images to be extracted from video data in a video surveillance system comprising a plurality of recording servers , each storing video data received from at least one video surveillance camera , comprising: receiving a thumbnail request for a thumbnail image to a main queue , the thumbnail request being inspected to determine a specific recording server on which video data from which the thumbnail image is to be extracted is stored; allocating the thumbnail request to a recording server queue corresponding to the specific recording server; determining whether an idle resource processor associated with the recording server queue is available to process the thumbnail request; if an idle resource processor is available, processing the thumbnail request using the resource processor to communicate with the specific recording server and extract the thumbnail image from the video data; if no idle resource processor is available: (i) determining how many resource processors are associated with the recording server queue; (ii) if this is less than a maximum number, initiating a new resource processor and processing the thumbnail request using the new resource processor to communicate with the specific recording server and extract the thumbnail image from the video data; and (iii) putting the new resource processor into an idle state after processing the thumbnail request. receiving a thumbnail request for a thumbnail image to a main queue , the thumbnail request being inspected to determine a specific recording server on which video data from which the thumbnail image is to be extracted is stored; allocating the thumbnail request to a recording server queue corresponding to the specific recording server; determining whether an idle resource processor associated with the recording server queue is available to process the thumbnail request; if an idle resource processor is available, processing the thumbnail request using the resource processor to communicate with the specific recording server and extract the thumbnail image from the video data; if no idle resource processor is available: (i) determining how many resource processors are associated with the recording server queue; (ii) if this is less than a maximum number, initiating a new resource processor and processing the thumbnail request using the new resource processor to communicate with the specific recording server and extract the thumbnail image from the video data; and (iii) putting the new resource processor into an idle state after processing the thumbnail request. (i) determining how many resource processors are associated with the recording server queue; (ii) if this is less than a maximum number, initiating a new resource processor and processing the thumbnail request using the new resource processor to communicate with the specific recording server and extract the thumbnail image from the video data; and (iii) putting the new resource processor into an idle state after processing the thumbnail request.
Glass forming machine which includes a blank station for forming a parison from a gob of molten glass and a blow station for forming the parison into a container and an invert mechanism which can move a neck ring from the blank station to the blow station by a rotary motion, characterized in that the glass forming machine includes a swab robot and a control device for the swab robot, wherein the control device is set up so that the swab robot can swab the neck ring when the neck ring is in an intermediate position between the blank station and the blow station.