mhurhangee/ep-ind-claims huggingface dataset:
A soft physiotherapy instrument, comprising: a flexible sheet and a controller configured to control the flexible sheet, the flexible sheet comprises: a first flexible layer; a second flexible layer overlapped with the first flexible layer; a plurality of functional layers sandwiched between the first flexible layer and the second flexible layer, wherein the plurality of functional layers comprises K pairs of first functional layers symmetrically located in a first region and M second functional layers located in a second region, the K pairs of first functional layers are numbered 1, 2, 3....... K-1, and K, adjacent pairs of first functional layers have adjacent numbers K-1 and K; K electrodes, characterised in that each of the K electrodes is electrically connected with a pair of first functional layers and has a number, the same as the pair of first functional layers, and each of the M second functional layers is electrically connected with an electrode, adjacent second functional layers are electrically connected with two electrodes with different number x and y, and a difference between x and y is greater than or equal to 2. a flexible sheet and a controller configured to control the flexible sheet, the flexible sheet comprises: a first flexible layer; a second flexible layer overlapped with the first flexible layer; a plurality of functional layers sandwiched between the first flexible layer and the second flexible layer, wherein the plurality of functional layers comprises K pairs of first functional layers symmetrically located in a first region and M second functional layers located in a second region, the K pairs of first functional layers are numbered 1, 2, 3....... K-1, and K, adjacent pairs of first functional layers have adjacent numbers K-1 and K; K electrodes, characterised in that each of the K electrodes is electrically connected with a pair of first functional layers and has a number, the same as the pair of first functional layers, and each of the M second functional layers is electrically connected with an electrode, adjacent second functional layers are electrically connected with two electrodes with different number x and y, a first flexible layer; a second flexible layer overlapped with the first flexible layer; a plurality of functional layers sandwiched between the first flexible layer and the second flexible layer, wherein the plurality of functional layers comprises K pairs of first functional layers symmetrically located in a first region and M second functional layers located in a second region, the K pairs of first functional layers are numbered 1, 2, 3....... K-1, and K, adjacent pairs of first functional layers have adjacent numbers K-1 and K; K electrodes, characterised in that each of the K electrodes is electrically connected with a pair of first functional layers and has a number, the same as the pair of first functional layers, and each of the M second functional layers is electrically connected with an electrode, adjacent second functional layers are electrically connected with two electrodes with different number x and y, and a difference between x and y is greater than or equal to 2.
Lifting arrangement for a construction machine, comprising a main arm with an equipment connector and a self-level mechanism for controlling a tilting movement of an equipment mounted to the equipment connector upon pivoting said main arm, wherein said self-level mechanism is configured to at least partially compensate any tilting movement of said equipment, the self-level mechanism comprising a first kinematic chain coupleable to a tilt connector of said equipment at one end, characterized in that the self-level mechanism further comprises a second kinematic chain (500; 700; 800) coupled to said first kinematic chain at a coupling joint and coupleable to at least one of a frame portion of said construction machine and said main arm of said lifting arrangement, wherein said second kinematic chain is configured such that a distance between said coupling joint and said equipment connector changes upon pivoting said main arm.
A draper header for a combine, the draper header comprising: an attachment frame adapted for attachment to the combine; a harvesting assembly including a plurality of sections (116, 112) and a plurality of belts (128, 132) operable to feed crop material into the combine, the draper header being operable in a first mode that allows the plurality of sections (116, 112) to float relative to the attachment frame for ground following during harvesting, and the draper header being operable in a second mode in which the attachment frame is raised to lift and support the harvesting assembly to be spaced above the ground; a hydraulic leveling system including at least one leveling actuator; and a valve operable in response to the movement of the draper header into the second mode to direct pressurized hydraulic fluid into the at least one leveling actuator to automatically level the plurality of sections (116, 112) of the harvesting assembly when in the second mode, characterized in that the valve has an actuator positioned to be operated by the action of raising the header to the lifted state. an attachment frame adapted for attachment to the combine; a harvesting assembly including a plurality of sections (116, 112) and a plurality of belts (128, 132) operable to feed crop material into the combine, the draper header being operable in a first mode that allows the plurality of sections (116, 112) to float relative to the attachment frame for ground following during harvesting, and the draper header being operable in a second mode in which the attachment frame is raised to lift and support the harvesting assembly to be spaced above the ground; a hydraulic leveling system including at least one leveling actuator; and a valve operable in response to the movement of the draper header into the second mode to direct pressurized hydraulic fluid into the at least one leveling actuator to automatically level the plurality of sections (116, 112) of the harvesting assembly when in the second mode, characterized in that the valve has an actuator positioned to be operated by the action of raising the header to the lifted state.
A pretensioner comprising: a driving wheel in which a spool is disposed to be rotatable, the spool winding a webbing which restrains an occupant; and a power transmission unit that transmits power to the driving wheel during an emergency, wherein the power transmission unit includes: a resin-made long body that rotates the driving wheel; and a passage of the resin-made long body that is formed in an outer circumference of the driving wheel, the passage includes: a wall surface that is disposed on one side surface of the driving wheel; a cover member that is fixed in the wall surface from the other side surface of the driving wheel; and a stopper that stops a tip portion of the resin-made long body which has rotated the driving wheel, characterized in that the stopper is configured by a fastening member which connects the cover member and the wall surface. a driving wheel in which a spool is disposed to be rotatable, the spool winding a webbing which restrains an occupant; and a power transmission unit that transmits power to the driving wheel during an emergency, wherein the power transmission unit includes: a resin-made long body that rotates the driving wheel; and a passage of the resin-made long body that is formed in an outer circumference of the driving wheel, a resin-made long body that rotates the driving wheel; and a passage of the resin-made long body that is formed in an outer circumference of the driving wheel, the passage includes: a wall surface that is disposed on one side surface of the driving wheel; a cover member that is fixed in the wall surface from the other side surface of the driving wheel; and a stopper that stops a tip portion of the resin-made long body which has rotated the driving wheel, characterized in that a wall surface that is disposed on one side surface of the driving wheel; a cover member that is fixed in the wall surface from the other side surface of the driving wheel; and a stopper that stops a tip portion of the resin-made long body which has rotated the driving wheel, characterized in that the stopper is configured by a fastening member which connects the cover member and the wall surface.
Apparatus for gait training having a movable base comprising a left base and a right base, wherein one drive unit is provided at each of the two bases (201, 202) for moving the movable base, an arm arrangement extending from the movable base, a weight support system to enable a person to be at least partially suspended from above via said arm arrangement in a harness, a movement detector (801, 802, 531, 532) to detect a movement of the person and a control unit adapted to control said drive units in response to a movement of the person detected by the movement detector (801, 802, 531, 532) such that the movable base follows the person in a predetermined distance range and in a predetermined angular range with respect to a movement direction of the person, characterized in that the arm arrangement comprises two side arms (301, 302) reaching into a plane extending from a common axis of the drive units for providing the harness in the vicinity of said plane below the side arms (301, 302), wherein said plane is essentially oriented uprightly.
A switching device for selectively switching on and/or switching off an electrical load (24a, 24b), comprising an input section for receiving a defined input signal, comprising an output section that has a current path having an output switching element (38, 40, 42, 44) to the electrical load (24a, 24b), wherein the output switching element (38, 40, 42, 44) can assume a closed operating state or an open operating state, comprising a control section that has a first active mode of operation and a second active mode of operation, wherein the control section actuates the output switching element (38, 40, 42, 44) in the first active mode of operation on the basis of the defined input signal in order to complete or interrupt the current path on the basis of the defined input signal, and comprising a display element (50, 52) that can assume a first display state and an alternative second display state, characterized in that the display element (50, 52) assumes the first display state when the control section is in the first active mode of operation and the output switching element (38, 40, 42, 44) is in the closed operating state, that the display element (50, 52) assumes the alternative second display state when the control section is in the first active mode of operation and the output switching element (38, 40, 42, 44) is in the open operating state, that the output switching element (38, 40, 42, 44) interrupts the current path regardless of the defined input signal in the second active mode of operation of the control section, and that the display element (50, 52) assumes the first display state or the alternative second display state on the basis of the defined input signal when the control section is in the second active mode of operation. that the display element (50, 52) assumes the first display state when the control section is in the first active mode of operation and the output switching element (38, 40, 42, 44) is in the closed operating state, that the display element (50, 52) assumes the alternative second display state when the control section is in the first active mode of operation and the output switching element (38, 40, 42, 44) is in the open operating state, that the output switching element (38, 40, 42, 44) interrupts the current path regardless of the defined input signal in the second active mode of operation of the control section, and that the display element (50, 52) assumes the first display state or the alternative second display state on the basis of the defined input signal when the control section is in the second active mode of operation.
A computer-implemented method for determining security risk profiles, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: detecting a security breach of an entity within a set of entities; constructing a peer-similarity graph that identifies an incentive to attack the entity in comparison to other entities within the set of entities; creating, using the peer-similarity graph, a security risk profile for each entity in the set of entities; automatically adjusting, based on the detected security breach and the peer-similarity graph, at least one security risk profile for: the entity; and a related entity; updating a security database with the adjusted security risk profile; wherein constructing the peer-similarity graph comprises creating a node for each entity in the set of entities, creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; wherein creating the node comprises determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges. detecting a security breach of an entity within a set of entities; constructing a peer-similarity graph that identifies an incentive to attack the entity in comparison to other entities within the set of entities; creating, using the peer-similarity graph, a security risk profile for each entity in the set of entities; automatically adjusting, based on the detected security breach and the peer-similarity graph, at least one security risk profile for: the entity; and a related entity; the entity; and a related entity; wherein constructing the peer-similarity graph comprises creating a node for each entity in the set of entities, creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; creating a node for each entity in the set of entities, creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; wherein creating the node comprises determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges. determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges.
A mobile terminal comprising: a first wireless communication module; a second wireless communication module; a display unit configured to display an activated screen of a specific application when the specific application is activated; a memory configured to store a control value indicating which specific wireless communication module among the first and second wireless communication modules is to be used when the specific application is activated; and a controller configured to: receive an activation signal indicating an activation of the specific application, characterised in that the controller is further configured to: automatically activate the specific wireless communication module designated by the control value stored in the memory when the specific application is activated, automatically deactivate the specific wireless communication module, when the specific application enters a background mode from a foreground mode, and automatically re-activate the specific wireless communication module when the specific application enters the foreground mode from the background mode. a first wireless communication module; a second wireless communication module; a display unit configured to display an activated screen of a specific application when the specific application is activated; a memory configured to store a control value indicating which specific wireless communication module among the first and second wireless communication modules is to be used when the specific application is activated; and a controller configured to: receive an activation signal indicating an activation of the specific application, characterised in that the controller is further configured to: automatically activate the specific wireless communication module designated by the control value stored in the memory when the specific application is activated, automatically deactivate the specific wireless communication module, when the specific application enters a background mode from a foreground mode, and automatically re-activate the specific wireless communication module when the specific application enters the foreground mode from the background mode. receive an activation signal indicating an activation of the specific application, automatically activate the specific wireless communication module designated by the control value stored in the memory when the specific application is activated, automatically deactivate the specific wireless communication module, when the specific application enters a background mode from a foreground mode, and automatically re-activate the specific wireless communication module when the specific application enters the foreground mode from the background mode.
Spent and/or decommissioned accumulator treatment plant, comprising: - a grinding mill, - at least one separator stage of lead from other materials downstream of the mill, and - a sorting device upstream of the mill, configured to receive a plurality of objects originating from separate waste collection of spent and/or decommissioned accumulators and deviate, from a treatment workflow, objects other than lead-acid accumulators so that they do not enter mill, wherein the sorting device comprises an X-ray detector configured to perform an X-ray scan of the plurality of objects and a processor configured to analyze (103, 104, 205, 206, 212, 213), for each object, whether the X-ray scan indicates that it is not a lead-acid accumulator, wherein said X-ray detector comprises an X-ray source configured to emit a radiant beam (48, 58), and at least one array (13, 57) of X-ray detecting elements arranged in a predetermined position within the path of the radiant beam emitted by source, wherein said source is a dual emission one, capable of also emitting a second radiant beam at different energy with respect to the radiant beam (48, 58), or said X-ray detector comprises at least one second X-ray source configured to emit a second radiant beam at different energy with respect to the radiant beam (48, 58), and wherein said array of detecting elements is a dual exposure detector or said X-ray detector comprises at least one second array of X-ray detecting elements, said dual exposure detector or said at least one second array of X-ray detecting elements being arranged in a predetermined position within the path of the second radiant beam, and wherein a current image representative of the X-ray scan of at least one portion of object is a false color image. - a grinding mill, - at least one separator stage of lead from other materials downstream of the mill, and - a sorting device upstream of the mill, configured to receive a plurality of objects originating from separate waste collection of spent and/or decommissioned accumulators and deviate, from a treatment workflow, objects other than lead-acid accumulators so that they do not enter mill,
A bracket for supporting a rail of a roadside crash barrier from a support post, the bracket having the form of a continuous sheet of metal bent into a shape, which, when mounted to a post and supporting a rail, has a uniform horizontal cross-section including parallel front and rear panels for mounting to the rail and post respectively, and interconnecting sides,,wherein the rear panel is adapted for attachment centrally to a front face of the support post and has ends,, separated by a lateral width that is greater than the width of the front face of the post,wherein the front panel has ends,, that are separated by a distance that is greater than the width of the front face of the post, and wherein the interconnecting sides, of the bracket each extends from one of the ends,, of the front panel to a corresponding one of the ends,, of the rear panel, wherein each of the interconnecting sides,, comprises a pair of web sections, wherein first of the web sections,, extend inwardly towards each other and away from the rail at an angle to the rail of less than 45 degrees, and wherein second of the web sections,, extend from the inward ends of the first web sections,, to the ends,; of the rear panel, the second web sections,, being longer than the first web sections,, and adjoining the ends,; of the rear panel at acute angles of more than 45 degrees, wherein the shape of the cross-section has a first deformation mode of the bracket in the event of an impact to the rail exceeding a first impact level, and a second mode of deformation of the bracket in the event of an impact exceeding a second, higher impact level.
A method comprising: receiving triangular mesh data describing a three-dimensional object; in each of three orthogonal orientations, obtaining dimensional layers of the 3D object from a slicer program; obtaining a perimeter length value for each layer of each of the three orthogonal orientations; comparing the obtained perimeter length values to stored perimeter length value for a reference object; and determining whether a match exists between the 3D object and the reference object based upon an amount of matching of the obtained and stored perimeter length values. receiving triangular mesh data describing a three-dimensional object; in each of three orthogonal orientations, obtaining dimensional layers of the 3D object from a slicer program; obtaining a perimeter length value for each layer of each of the three orthogonal orientations; comparing the obtained perimeter length values to stored perimeter length value for a reference object; and determining whether a match exists between the 3D object and the reference object based upon an amount of matching of the obtained and stored perimeter length values.
A breaker device for interrupting current flowing on a transmission line, the device comprising three electrical branches connected in parallel, namely: a main branch (B 1) in which the current to be interrupted flows; an auxiliary branch (B 2); and a voltage limiter branch (B 3); the main branch comprising at least one semi-conductor breaker cell (CEL 1, CEL G1) connected in series with at least one mechanical interrupter/disconnector (S m), the semi-conductor breaker cell (CEL 1, CEL C1) including at least one semi-conductor element (1, 4) that is suitable for being commanded to open or close and that is connected in parallel with a voltage limiter (5, 3), the auxiliary branch (B 2) comprising at least one assembly that is constituted by at least one capacitor (Ca) connected in parallel with at least one resistor (Ra), said assembly being connected in series with at least one thyristor, the device further comprising control means that are suitable for commanding opening of the semi-conductor element of the semi-conductor breaker cell (CEL 1, CEL G1) and opening of the mechanical interrupter/disconnector (S m), the device being characterized in that the control means further comprise means that are suitable for acting, once the current is interrupted in the semi-conductor element of the semi-conductor breaker cell, to command the thyristor of the auxiliary branch (B 2) to be put into a conductive state at an instant that is after or at the instant at which the current flowing in the voltage limiter(s) reaches the value of the current (I L) that is flowing in the transmission line.