mhurhangee/ep-ind-claims huggingface dataset:
A widget of graphical user interface for navigating amongst related objects that are hierarchically interrelated, wherein: - the widget is adapted for displaying first and second groups of objects within respective first and second visually linked display areas (12; 14), the two visually linked display areas fixing the overall size of the widget, wherein one of the objects of the first group is activated and the objects of the second group are related to the activated object of the first group; - the widget is further adapted, upon user action on one of the objects of the second group that is displayed in the second display area and upon user selection of a hierarchical relation between the object of the second group on which the user action has been performed and at least an object of a third group of objects not displayed, for displaying objects of the third group in the second display area and objects of the second group in the first display area; and - the widget is further adapted, upon user action on one of the objects of the third group that is displayed in the second display area and upon user selection of the inverse relation of the previously selected relation between the object of the third group on which the user action has been performed and at least an object of the second group of objects, for displaying objects of the second group in the second display area and objects of the first group in the first display area. - the widget is adapted for displaying first and second groups of objects within respective first and second visually linked display areas (12; 14), the two visually linked display areas fixing the overall size of the widget, wherein one of the objects of the first group is activated and the objects of the second group are related to the activated object of the first group; - the widget is further adapted, upon user action on one of the objects of the second group that is displayed in the second display area and upon user selection of a hierarchical relation between the object of the second group on which the user action has been performed and at least an object of a third group of objects not displayed, for displaying objects of the third group in the second display area and objects of the second group in the first display area; and - the widget is further adapted, upon user action on one of the objects of the third group that is displayed in the second display area and upon user selection of the inverse relation of the previously selected relation between the object of the third group on which the user action has been performed and at least an object of the second group of objects, for displaying objects of the second group in the second display area and objects of the first group in the first display area.
A protective cover for the backrest of a car seat, this protective cover including, in relation to the position of use, a front cover portion that extends over the front side of the backrest, a rear cover portion that extends over the rear side of the backrest, an upper cover portion that extends over the upper short side of the backrest, and first and second lateral cover portions (12, 13) that extend over the lateral short sides (7, 8) of the backrest, wherein the protective cover has at least one zip fastener which runs at least substantially over the entire height of the first lateral cover portion and also over at least some of the length of the upper cover portion, and which has a slider for opening the zip fastener, wherein the zip fastener is openable from a first end by the slider, wherein the two zip fastener tapes (16, 17) are unconnected at the first end of the zip fastener in the opened condition of the zip fastener and the first end of the zip fastener lies at the lower edge of the first lateral cover portion or adjoins a slot that starts from the lower edge of the first lateral cover portion, characterised in that the zip fastener has, in addition to the slider, at least one pair of additional sliders (19, 20; 21, 22; 23, 24) for forming an opening (33, 34, 35) in the zip fastener between the additional sliders (19, 20; 21, 22; 23, 24), and in that the zip fastener extends at least substantially over the entire length of the upper cover portion.
A method for monitoring chromatic dispersion in an optical communications network, wherein the method comprises: performing coherent mixing of a to-be-monitored signal with a first optical signal to obtain a first analog electrical signal; performing coherent mixing of the to-be-monitored signal with a second optical signal to obtain a second analog electrical signal, wherein center frequencies of the first optical signal and the second optical signal are located on two sides of a center frequency of the to-be-monitored signal, and a difference between the center frequencies of the first optical signal and the second optical signal equals the Baud rate of the to-be-monitored signal, and wherein the center frequency of the first optical signal is the center frequency of the to-be-monitored signal plus 1/2 said Baud rate, and the center frequency of the second optical signal is the center frequency of the to-be-monitored signal minus 1/2 said Baud rate; converting the first analog electrical signal into a corresponding first time domain power signal, and converting the second analog electrical signal into a second time domain power signal; determining a value of a time delay between the first time domain power signal and the second time domain power signal; and obtaining, according to a correspondence between the value of the time delay and the chromatic dispersion, the fiber chromatic dispersion generated in a process of transmitting the to-be-monitored signal. performing coherent mixing of a to-be-monitored signal with a first optical signal to obtain a first analog electrical signal; performing coherent mixing of the to-be-monitored signal with a second optical signal to obtain a second analog electrical signal, wherein center frequencies of the first optical signal and the second optical signal are located on two sides of a center frequency of the to-be-monitored signal, and a difference between the center frequencies of the first optical signal and the second optical signal equals the Baud rate of the to-be-monitored signal, and wherein the center frequency of the first optical signal is the center frequency of the to-be-monitored signal plus 1/2 said Baud rate, and the center frequency of the second optical signal is the center frequency of the to-be-monitored signal minus 1/2 said Baud rate; converting the first analog electrical signal into a corresponding first time domain power signal, and converting the second analog electrical signal into a second time domain power signal; determining a value of a time delay between the first time domain power signal and the second time domain power signal; and obtaining, according to a correspondence between the value of the time delay and the chromatic dispersion, the fiber chromatic dispersion generated in a process of transmitting the to-be-monitored signal.
A computer-implemented method for implementing multi-factor authentication, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: receiving, as part of a secondary authentication system, an authentication request from a client system initiated by an access manager that is configured to authenticate the client system via the secondary authentication system for the secondary authentication system to perform a second authentication with the client system, wherein the access manager operates within an enterprise network and the secondary authentication system operates outside the enterprise network; redirecting the client system to first perform a first authentication with a primary authentication system in response to receiving the authentication request to perform the second authentication, wherein the primary authentication system operates within the enterprise network; receiving an assertion of the first authentication from the client system that demonstrates that the first authentication was successful; performing, by the secondary authentication system, the second authentication with the client system in response to receiving the assertion of the first authentication; and redirecting the client system to the access manager with an assertion of the second authentication after performing the second authentication, wherein the access manager is configured to grant access to a protected resource to the client system after receiving the assertion of the second authentication. receiving, as part of a secondary authentication system, an authentication request from a client system initiated by an access manager that is configured to authenticate the client system via the secondary authentication system for the secondary authentication system to perform a second authentication with the client system, wherein the access manager operates within an enterprise network and the secondary authentication system operates outside the enterprise network; redirecting the client system to first perform a first authentication with a primary authentication system in response to receiving the authentication request to perform the second authentication, wherein the primary authentication system operates within the enterprise network; receiving an assertion of the first authentication from the client system that demonstrates that the first authentication was successful; performing, by the secondary authentication system, the second authentication with the client system in response to receiving the assertion of the first authentication; and redirecting the client system to the access manager with an assertion of the second authentication after performing the second authentication, wherein the access manager is configured to grant access to a protected resource to the client system after receiving the assertion of the second authentication.
An automated seed treatment system adapted for on-site operation at a retail seed distributor, the system comprising: a sealed seed-treater vessel configured to apply a plurality of chemical treatments to a batch of seed based on a seed treatment recipe; a plurality of pump-stations sized to receive a sealed transportable chemical container, each pump-station including a pump and a flow channel fluidly coupled to the seed-treater vessel; and a programmable system controller, characterised in that the programmable system controller is configured to receive a material transfer indication from each of the plurality of pump-stations and control operation of the pump of each pump-station in response to the seed treatment recipe; wherein the programmable system controller is configured to collect operational data representing at least consumption of chemical from the chemical container at each of the pump-stations based on the corresponding material transfer indication during seed treatment and to provide the operational data to a remotely hosted information system located remotely from the site of the retail seed distributor and accessible to at least one third party that is distinct from the retail seed distributor. a sealed seed-treater vessel configured to apply a plurality of chemical treatments to a batch of seed based on a seed treatment recipe; a plurality of pump-stations sized to receive a sealed transportable chemical container, each pump-station including a pump and a flow channel fluidly coupled to the seed-treater vessel; and a programmable system controller, characterised in that the programmable system controller is configured to receive a material transfer indication from each of the plurality of pump-stations and control operation of the pump of each pump-station in response to the seed treatment recipe;
A dunnage conversion machine, comprising: a frame; and a supply support coupled to the frame for supporting a supply of sheet stock material; a pair of expansion members (69,70) rotatably coupled to the frame for rotation about respective expansion axes, and being spaced apart to grip sheet stock material therebetween, where the expansion members (69,70) each include a plurality of recessed portions and outward portions alternatingly distributed along the respective expansion axes between opposite ends of the respective expansion members (69,70), the plurality of recessed portions of a first of the expansion members (69,70) are alternately axially aligned with respective ones of the plurality of outward portions of the second of the expansion members (69,70) along the expansion axes; characterized in that at least some of the plurality of outward portions of a first of the expansion members (69,70) are aligned with at least a portion of at least a respective one of the plurality of outward portions of a second of the expansion members (69,70) to grip the sheet stock material between the opposed outward portions of the respective expansion members (69,70). a frame; and a supply support coupled to the frame for supporting a supply of sheet stock material; a pair of expansion members (69,70) rotatably coupled to the frame for rotation about respective expansion axes, and being spaced apart to grip sheet stock material therebetween, where the expansion members (69,70) each include a plurality of recessed portions and outward portions alternatingly distributed along the respective expansion axes between opposite ends of the respective expansion members (69,70), the plurality of recessed portions of a first of the expansion members (69,70) are alternately axially aligned with respective ones of the plurality of outward portions of the second of the expansion members (69,70) along the expansion axes; characterized in that at least some of the plurality of outward portions of a first of the expansion members (69,70) are aligned with at least a portion of at least a respective one of the plurality of outward portions of a second of the expansion members (69,70) to grip the sheet stock material between the opposed outward portions of the respective expansion members (69,70).
A computer implemented method comprising: receiving, via an input, at least a portion of a conversational narrative descriptive of a route to a destination expressed by a provider to a receiver, the received portion of the expressed conversational narrative comprising a plurality of conversational elements including a plurality of navigation oriented elements and at least one descriptive element characterizing at least one of the plurality of navigation oriented elements, wherein the plurality of navigation oriented elements or the at least one descriptive element includes at least one non-verbal physical movement of a portion of a human body; identifying the plurality of navigation oriented elements of the plurality of conversational elements as well as the at least one descriptive element characterizing thereof; converting each of the plurality of navigation oriented elements into an associated navigation data element representative thereof based on the identified descriptive elements; compiling the navigation data elements into a navigation route; and presenting, via an output, at least a portion of the navigation route. receiving, via an input, at least a portion of a conversational narrative descriptive of a route to a destination expressed by a provider to a receiver, the received portion of the expressed conversational narrative comprising a plurality of conversational elements including a plurality of navigation oriented elements and at least one descriptive element characterizing at least one of the plurality of navigation oriented elements, wherein the plurality of navigation oriented elements or the at least one descriptive element includes at least one non-verbal physical movement of a portion of a human body; identifying the plurality of navigation oriented elements of the plurality of conversational elements as well as the at least one descriptive element characterizing thereof; converting each of the plurality of navigation oriented elements into an associated navigation data element representative thereof based on the identified descriptive elements; compiling the navigation data elements into a navigation route; and presenting, via an output, at least a portion of the navigation route.
A compressor comprising: a fixed scroll forming a compression chamber together with an orbiting scroll and including a discharge port through which a refrigerant compressed in the compression chamber is discharged; and a valve unit including a discharge valve configured to open and close the discharge port by moving upward and downward and first and second guide pins (120a, 120b), the second guide pin being provided at a side opposite to the discharge port in a radial direction of the discharge port, configured to guide the discharge valve. wherein the discharge valve includes first and second through holes (112a, 112b) allowing the first and second guide pins (120a, 120b) respectively to pass therethrough, and characterised in that the first and second through holes (112a, 112b) have different diameters so that edges of the first and second through holes (112a, 112b) include a first point (114, 115, 116, 117) and a second point (114, 115, 116, 117) that come into contact with the first and second guide pins (120a, 120b) when the discharge valve obliquely moves upward and downward with respect to a horizontal direction of the discharge valve. a fixed scroll forming a compression chamber together with an orbiting scroll and including a discharge port through which a refrigerant compressed in the compression chamber is discharged; and a valve unit including a discharge valve configured to open and close the discharge port by moving upward and downward and first and second guide pins (120a, 120b), the second guide pin being provided at a side opposite to the discharge port in a radial direction of the discharge port, configured to guide the discharge valve. wherein the discharge valve includes first and second through holes (112a, 112b) allowing the first and second guide pins (120a, 120b) respectively to pass therethrough, and characterised in that the first and second through holes (112a, 112b) have different diameters so that edges of the first and second through holes (112a, 112b) include a first point (114, 115, 116, 117) and a second point (114, 115, 116, 117) that come into contact with the first and second guide pins (120a, 120b) when the discharge valve obliquely moves upward and downward with respect to a horizontal direction of the discharge valve.
Friction clutch having a clutch housing with a pressure plate which is rotationally fixed and axially displaceable relative to said housing to a limited extent, which pressure plate can, by way of a lever system which is supported on the clutch housing, be displaced axially relative to a counterpressure plate, which is arranged fixedly on the clutch housing, so as to brace friction linings of a clutch disc for opening and closing the friction clutch, wherein, during a stroke of the pressure plate depending on a change in the distance between the counterpressure plate and the lever system, a drive pawl slides on a circumferential profile of a pinion, which is connected to a spindle which rotates about a rotation axis and is mounted in a spindle holder, and, when a wear limit is reached, forms a form-fit with the circumferential profile and, during the next stroke, turns the pinion, and a brake device with at least one spring ring and at least two counterpart friction surfaces for preventing the spindle from turning back, characterized in that the friction clutch has a spring-loaded wedge device for clamping the spindle and/or the pinion, and the spindle is displaceable relative to the spindle holder by a force which acts in a displacement direction by means of the drive pawl.
A valve gasket (30a, 30b, 40, 40a, 40b, 70, 70a, 70b, 80, 80a, 80b), comprising: an annular wall; a plurality of ligaments attached to and extending radially inward from the annular wall, wherein each ligament of the plurality of ligaments includes a ligament slit that divides the ligament into two ligament segments; and a membrane surrounded by the annular wall and attached to the plurality of ligaments and to the annular wall, wherein the membrane includes at least one membrane slit that divides the membrane into a plurality of flaps, wherein the plurality of ligaments are positioned with the plurality of ligament slits aligned with the at least one membrane slit, such that each flap is bounded along a circumferential edge by the annular wall, along a first radial edge by a first ligament segment, and along a second radial edge by a second ligament segment. an annular wall; a plurality of ligaments attached to and extending radially inward from the annular wall, wherein each ligament of the plurality of ligaments includes a ligament slit that divides the ligament into two ligament segments; and a membrane surrounded by the annular wall and attached to the plurality of ligaments and to the annular wall, wherein the membrane includes at least one membrane slit that divides the membrane into a plurality of flaps, wherein the plurality of ligaments are positioned with the plurality of ligament slits aligned with the at least one membrane slit, such that each flap is bounded along a circumferential edge by the annular wall, along a first radial edge by a first ligament segment, and along a second radial edge by a second ligament segment.
A method for determining whether or not a test sample contains a phytopathogenic oomycete, the method comprising: a) putting the test sample on a front surface of a cellulose film; wherein the cellulose film has a thickness of not less than 0.5 micrometers and not more than 3.7 micrometers; b) leaving the test sample at rest for more than 8 hours and not more than 12 hours after the step a); c) observing a back surface of the film after the step (b); and d) determining that the test sample contains the phytopathogenic oomycete, if an oomycete is found on the back surface of the film in the step (c). a) putting the test sample on a front surface of a cellulose film; wherein the cellulose film has a thickness of not less than 0.5 micrometers and not more than 3.7 micrometers; b) leaving the test sample at rest for more than 8 hours and not more than 12 hours after the step a); c) observing a back surface of the film after the step (b); and d) determining that the test sample contains the phytopathogenic oomycete, if an oomycete is found on the back surface of the film in the step (c).
Method for securing documents placed in lockable cassettes of document shredders against unauthorised access, comprising the following method steps: - filling the cassette with documents, - triggering a mechanical, electronically controlled cassette lock by activating an electronic lock controller, - generating an electronic key by means of the lock controller, - storing the electronic key in the lock controller and on a portable data carrier temporarily connected to the lock controller, - disconnecting the data carrier from the connection to the lock controller and storing it by an authorised user, - triggering the document shredding process, - detecting the completed document shredding process and then - deleting the electronic key for the current cassette lock in the lock controller. - filling the cassette with documents, - triggering a mechanical, electronically controlled cassette lock by activating an electronic lock controller, - generating an electronic key by means of the lock controller, - storing the electronic key in the lock controller and on a portable data carrier temporarily connected to the lock controller, - disconnecting the data carrier from the connection to the lock controller and storing it by an authorised user, - triggering the document shredding process, - detecting the completed document shredding process and then - deleting the electronic key for the current cassette lock in the lock controller.