mhurhangee/ep-ind-claims huggingface dataset:
A surgical system comprising: a drive unit on a support, the drive unit comprising a plurality of actuators and a plurality of output elements, each actuator operable to linearly translate a corresponding one of the output elements; a surgical device comprising an elongate device shaft, an input subsystem carried at the proximal end of the elongate device shaft, the input subsystem including a plurality of input elements each operatively associated with a linear-to-rotary conversion assembly, each input element linearly translatable; wherein the surgical device is removably mounted relative to the support to position each output element in a drive relationship with a corresponding input element; and wherein operation of an actuator linearly translates an output element, causing linear translation of a corresponding input element and axial rotation of the elongate device shaft, characterized in that the conversion assembly includes a shaft having a cam surface, each of the input elements coupled to the shaft such that translation of each input element against the cam surface causes rotation of the shaft, the shaft and the elongate device shaft arranged such that rotation of the shaft results in rotation of the elongate device shaft. a drive unit on a support, the drive unit comprising a plurality of actuators and a plurality of output elements, each actuator operable to linearly translate a corresponding one of the output elements; a surgical device comprising an elongate device shaft, an input subsystem carried at the proximal end of the elongate device shaft, the input subsystem including a plurality of input elements each operatively associated with a linear-to-rotary conversion assembly, each input element linearly translatable; wherein the surgical device is removably mounted relative to the support to position each output element in a drive relationship with a corresponding input element; and an elongate device shaft, an input subsystem carried at the proximal end of the elongate device shaft, the input subsystem including a plurality of input elements each operatively associated with a linear-to-rotary conversion assembly, each input element linearly translatable; wherein the surgical device is removably mounted relative to the support to position each output element in a drive relationship with a corresponding input element; and wherein operation of an actuator linearly translates an output element, causing linear translation of a corresponding input element and axial rotation of the elongate device shaft, characterized in that the conversion assembly includes a shaft having a cam surface, each of the input elements coupled to the shaft such that translation of each input element against the cam surface causes rotation of the shaft, the shaft and the elongate device shaft arranged such that rotation of the shaft results in rotation of the elongate device shaft.
A method of providing spectrum allocation fairness in a wireless network, the method comprising: providing an unlicensed communication spectrum; co-locating a plurality of wireless systems (101,102,103), the plurality of wireless systems sharing the unlicensed communication spectrum, wherein at least two of the plurality of wireless systems have different spectral bandwidths and channel capacities; and determining the bandwidth requirements of each of the systems; wherein the method further comprises: selecting as a central controller a device from the wireless system having the wider bandwidth from the plurality of the wireless systems; receiving, by the central controller, the determined bandwidth requirements and allocating, by the central controller, a bandwidth (303,304,305)or a communication period (311,312,313) to each of the systems for a particular interval of time. providing an unlicensed communication spectrum; co-locating a plurality of wireless systems (101,102,103), the plurality of wireless systems sharing the unlicensed communication spectrum, wherein at least two of the plurality of wireless systems have different spectral bandwidths and channel capacities; and determining the bandwidth requirements of each of the systems; wherein the method further comprises: selecting as a central controller a device from the wireless system having the wider bandwidth from the plurality of the wireless systems; receiving, by the central controller, the determined bandwidth requirements and allocating, by the central controller, a bandwidth (303,304,305)or a communication period (311,312,313) to each of the systems for a particular interval of time. selecting as a central controller a device from the wireless system having the wider bandwidth from the plurality of the wireless systems; receiving, by the central controller, the determined bandwidth requirements and allocating, by the central controller, a bandwidth (303,304,305)or a communication period (311,312,313) to each of the systems for a particular interval of time.
An electrical device connectable to a connector head, which connector head comprising a magnet, the electrical device comprising: an electromagnet (203, 300, 400), being magnetically connectable to the magnet of the connector head, when supplied with electrical power; and an electromagnet controller connected to the electromagnet and adapted to in dependence of an event occurring in the electrical device control the power supply to the electromagnet of the electrical device; characterized in that the electrical device further comprises a permanent magnet adapted to give a guiding force to a user when connecting the connector head to the electrical device. an electromagnet (203, 300, 400), being magnetically connectable to the magnet of the connector head, when supplied with electrical power; and an electromagnet controller connected to the electromagnet and adapted to in dependence of an event occurring in the electrical device control the power supply to the electromagnet of the electrical device; characterized in that the electrical device further comprises a permanent magnet adapted to give a guiding force to a user when connecting the connector head to the electrical device.
A computer-implemented method for multi-path graphics rendering on tile-based architectures, the method comprising: receiving, with a graphics processing unit, GPU, from an application executing on a processor other than the GPU, a first set of commands for a condition true pass and a second set of commands for a condition false pass; executing, with the GPU, a query pass without executing a flush operation to flush results of the query pass to the processor; in response to the results of the query pass indicating a true condition, executing, with the GPU, the condition true pass, including executing the first set of commands, based on the query pass without executing the flush operation; in response to the results of the query pass indicating a false condition, executing, with the GPU, the condition false pass, including executing the second set of commands, based on the query pass without executing the flush operation; and responsive to executing the condition true pass and the condition false pass, executing, with the GPU, the flush operation. receiving, with a graphics processing unit, GPU, from an application executing on a processor other than the GPU, a first set of commands for a condition true pass and a second set of commands for a condition false pass; executing, with the GPU, a query pass without executing a flush operation to flush results of the query pass to the processor; in response to the results of the query pass indicating a true condition, executing, with the GPU, the condition true pass, including executing the first set of commands, based on the query pass without executing the flush operation; in response to the results of the query pass indicating a false condition, executing, with the GPU, the condition false pass, including executing the second set of commands, based on the query pass without executing the flush operation; and responsive to executing the condition true pass and the condition false pass, executing, with the GPU, the flush operation.
Method for creating at least one clearance in a sheath, which secures a stack of articles arranged on a pallet, wherein the pallet comprises a standing surface on its upper side as a surface for the stack of articles, as well as several standing feet (19, 20, 21) arranged on the under side and at a distance interval from one another, with the formation of foot-free spaces, and wherein the sheath engages at least partially underneath the under side of the standing feet (19, 20, 21) arranged in the region of the four outer edges of the pallet, and wherein at least one clearance is introduced into the sheathing region lying between two standing feet (19 and 20 and 21 respectively), which are arranged in a row with at least two standing feet (19, 20, 21), wherein at least one clearance is produced in such a way that the sheathing region is first heated, that the heated sheathing region is then drawn off from the pallet, and then, in the still heated state, is displaced upwards, wherein the sheathing region which is displaced upwards is then fixed, by cooling, in its upwards displaced position, characterised in that the sheath consists of stretch film, and that the sheathing region is only drawn off from the pallet when the heating of the sheathing region has been entirely concluded.
A module for the application of a tubular label onto an article, comprising: - a vacuum transfer element for transferring a tubular label having a first axis from a first to a second position; said vacuum transfer element comprising, in turn,: a first surface which may reciprocate along its own second axis parallel to said first axis, comprises a plurality of ports and is adapted to cooperate with an outer side, opposite to said first axis, of said tubular label; said first ports being selectively connectable to a vacuum source to establish a vacuum suction onto said outer side, at least when said first surface moves from said first to said second position; said first surface being angularly fixed relative to said second axis; said module being characterized by comprising a first conveyor movable along a path, and which is, in use, fed at an inlet station of said path with said article onto which tubular label has been applied at a first position, and which outputs at an outlet station of said path, in use, said article with said tubular label applied at a second position. - a vacuum transfer element for transferring a tubular label having a first axis from a first to a second position; said vacuum transfer element comprising, in turn,: a first surface which may reciprocate along its own second axis parallel to said first axis, comprises a plurality of ports and is adapted to cooperate with an outer side, opposite to said first axis, of said tubular label; said first ports being selectively connectable to a vacuum source to establish a vacuum suction onto said outer side, at least when said first surface moves from said first to said second position; said first surface being angularly fixed relative to said second axis; said module being characterized by comprising a first conveyor movable along a path, and which is, in use, fed at an inlet station of said path with said article onto which tubular label has been applied at a first position, and which outputs at an outlet station of said path, in use, said article with said tubular label applied at a second position. a first surface which may reciprocate along its own second axis parallel to said first axis, comprises a plurality of ports and is adapted to cooperate with an outer side, opposite to said first axis, of said tubular label; said first ports being selectively connectable to a vacuum source to establish a vacuum suction onto said outer side, at least when said first surface moves from said first to said second position; said first surface being angularly fixed relative to said second axis; said module being characterized by comprising a first conveyor movable along a path, and which is, in use, fed at an inlet station of said path with said article onto which tubular label has been applied at a first position, and which outputs at an outlet station of said path, in use, said article with said tubular label applied at a second position.
Attachment profile for increasing the flexural rigidity of a first profile half capable of being used in a composite profile for windows, doors or the like which is connectable to a second profile half by means of at least one insulating strip, wherein the attachment profile comprises a first profile body of substantially rectangular or U-shaped cross-sectional form extending in the longitudinal direction of the attachment profile, characterized in that the first profile body has a bearing side in cross section able to be brought into contact with the outer side (S2, S3) of the first profile half, the length of which is less than or equal to the depth of the first profile body, wherein the attachment profile further comprises a second profile body extending in the longitudinal direction of the attachment profile which adjoins a lateral surface of the first profile body and has a substantially L-shaped cross-sectional form.
A method performed in a first network node (13,900) for handling one or more signalling procedures of a wireless device in a wireless communication network, wherein the first network node (13,900) comprises one or more processing modules for handling signalling procedures; the method comprising: - receiving a first message from a second network node (12,14,1100) indicating an initiation of a signalling procedure for the wireless device, which signalling procedure comprises one or more transactions between the first network node and the second network node and/or another network node; - selecting a processing module out of the one or more processing modules for handling the signalling procedure; - characterised in - retrieving context of the wireless device from a session data base to the processing module; - storing the retrieved context of the wireless device on the selected processing module; - assigning a temporary routing identity, TRID, to the signalling procedure, pointing to the selected processing module comprising the retrieved context of the wireless device, the TRID being valid for an interval, which interval is defined by number of transactions, type of transaction and/or a time threshold; and - transmitting a second message to the second network node (12,14,1100) and/or another network node (14,12), which second message is associated with the signalling procedure and comprises the assigned TRID. - receiving a first message from a second network node (12,14,1100) indicating an initiation of a signalling procedure for the wireless device, which signalling procedure comprises one or more transactions between the first network node and the second network node and/or another network node; - selecting a processing module out of the one or more processing modules for handling the signalling procedure; - characterised in - retrieving context of the wireless device from a session data base to the processing module; - storing the retrieved context of the wireless device on the selected processing module; - assigning a temporary routing identity, TRID, to the signalling procedure, pointing to the selected processing module comprising the retrieved context of the wireless device, the TRID being valid for an interval, which interval is defined by number of transactions, type of transaction and/or a time threshold; and - transmitting a second message to the second network node (12,14,1100) and/or another network node (14,12), which second message is associated with the signalling procedure and comprises the assigned TRID.
A base frame / end cover engagement assembly, for a collapsible container, the assembly including: (a) a corner post located at a corner of the base frame and extending upwardly therefrom; (b) a lower lifting restraint extending laterally from the corner post, towards the interior space, and spaced above the base frame, the lower lifting restraint having, at a distal end, a downwardly-directed concave abutment face; (c) a stile of an end cover frame pivotally mounted on the base frame adjacent the corner post; (d) a latch member on the corner post, or the stile, operable to releasably engage a stop member on the stile, or corner post, to releasably lock the stile in a substantially vertical position when the end cover is in an erected position; and (e) an end cover; (f) a lower lifting restraint block on the stile, the lower lifting restraint block having an upwardly-directed convex abutment face complementary to the concave abutment face on the lower lifting restraint; wherein in the erected position, the respective abutment faces of the lower lifting restraint and of the lower lifting restraint block are engaged to increase the load strength of the collapsible container, in the vertical direction, when erected; and wherein (g) the lower lifting restraint extends, and is fixed, also to a vertical side plate of the base frame extending along one side thereof. (a) a corner post located at a corner of the base frame and extending upwardly therefrom; (b) a lower lifting restraint extending laterally from the corner post, towards the interior space, and spaced above the base frame, the lower lifting restraint having, at a distal end, a downwardly-directed concave abutment face; (c) a stile of an end cover frame pivotally mounted on the base frame adjacent the corner post; (d) a latch member on the corner post, or the stile, operable to releasably engage a stop member on the stile, or corner post, to releasably lock the stile in a substantially vertical position when the end cover is in an erected position; and (e) an end cover; (f) a lower lifting restraint block on the stile, the lower lifting restraint block having an upwardly-directed convex abutment face complementary to the concave abutment face on the lower lifting restraint; wherein in the erected position, the respective abutment faces of the lower lifting restraint and of the lower lifting restraint block are engaged to increase the load strength of the collapsible container, in the vertical direction, when erected; and wherein (g) the lower lifting restraint extends, and is fixed, also to a vertical side plate of the base frame extending along one side thereof.
A state detection device for fuel cell, comprising: a supposed high-frequency impedance value setting unit configured to set a supposed high-frequency impedance value on the basis of an impedance measurement value belonging to an arc region of an impedance curve of the fuel cell; an actually measured high-frequency impedance value calculation unit configured to obtain an actually measured high-frequency impedance value on the basis of an impedance measurement value belonging to a non-arc region of the impedance curve of the fuel cell; and an ionomer resistance estimation unit configured to estimate a value obtained by subtracting the actually measured high-frequency impedance value from the supposed high-frequency impedance value as an ionomer resistance value; the supposed high-frequency impedance value setting unit setting a value of an intersection of an equivalent circuit impedance curve set on the basis of an impedance measurement value belonging to the arc region and a real axis as the supposed high-frequency impedance value. a supposed high-frequency impedance value setting unit configured to set a supposed high-frequency impedance value on the basis of an impedance measurement value belonging to an arc region of an impedance curve of the fuel cell; an actually measured high-frequency impedance value calculation unit configured to obtain an actually measured high-frequency impedance value on the basis of an impedance measurement value belonging to a non-arc region of the impedance curve of the fuel cell; and an ionomer resistance estimation unit configured to estimate a value obtained by subtracting the actually measured high-frequency impedance value from the supposed high-frequency impedance value as an ionomer resistance value; the supposed high-frequency impedance value setting unit setting a value of an intersection of an equivalent circuit impedance curve set on the basis of an impedance measurement value belonging to the arc region and a real axis as the supposed high-frequency impedance value.
A computer-implemented method comprising: obtaining frame data representative of a plurality of frames captured by a touch-sensitive device; analyzing the frame data to define a respective blob in each frame of the plurality of frames, the blobs being indicative of a touch event; computing a plurality of feature sets for the touch event, each feature set specifying properties of the respective blob in each frame of the plurality of frames; and determining a type of the touch event via machine learning classification configured to provide multiple non-bimodal classification scores based on the plurality of feature sets for the plurality of frames, each non-bimodal classification score being indicative of an ambiguity level in the machine learning classification; wherein determining the type further comprises: applying the feature set for a respective frame of the plurality of frames to multiple look-up tables, each look-up table providing a respective individual non-bimodal classification score of the multiple non-bimodal classification scores; combining each of the individual non-bimodal classification scores for the respective frame to generate a blob classification rating score for the respective frame; aggregating the blob classification rating scores across the plurality of frames to determine a cumulative, multi-frame classification score for the touch event; and determining the type based on whether the cumulative, multi-frame classification score passes one of multiple classification thresholds. obtaining frame data representative of a plurality of frames captured by a touch-sensitive device; analyzing the frame data to define a respective blob in each frame of the plurality of frames, the blobs being indicative of a touch event; computing a plurality of feature sets for the touch event, each feature set specifying properties of the respective blob in each frame of the plurality of frames; and determining a type of the touch event via machine learning classification configured to provide multiple non-bimodal classification scores based on the plurality of feature sets for the plurality of frames, each non-bimodal classification score being indicative of an ambiguity level in the machine learning classification; applying the feature set for a respective frame of the plurality of frames to multiple look-up tables, each look-up table providing a respective individual non-bimodal classification score of the multiple non-bimodal classification scores; combining each of the individual non-bimodal classification scores for the respective frame to generate a blob classification rating score for the respective frame; aggregating the blob classification rating scores across the plurality of frames to determine a cumulative, multi-frame classification score for the touch event; and determining the type based on whether the cumulative, multi-frame classification score passes one of multiple classification thresholds.