mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for applying polymeric latching clips in an endoscopic surgical procedure, comprising: (a) a clip channel for containing polymeric latching clips and comprising a distal end; and (b) a jaw assembly for receiving a clip from the clip channel, the jaw assembly comprising first, second, third and fourth jaw legs (212a, 212b; 222a, 222b) spaced apart from each other for substantially simultaneously engaging at least four portions of the clip, each leg (212a, 212b; 222a, 222b) extending from the distal end and actuatable toward at least one other opposing leg (212a, 212b; 222a, 222b) for compressing the clip, and c) an actuation assembly for advancing a clip from the clip channel to the jaw assembly and closing the jaw assembly, whereby the first, second, third and fourth jaw leg (212a, 212b; 222a, 222b) each comprising a cam surface (214a, 214b; 224a, 224b) cooperating with the actuation assembly characterized in that the clip channel comprises first, second, third, and fourth pivot points (216a, 216b; 226a, 226b), and the first, second, third, and fourth legs (212a, 212b; 222a, 222b) are pivotably attached to the respective first, second, third, and fourth pivot points (216a, 216b, 226a, 226b). (a) a clip channel for containing polymeric latching clips and comprising a distal end; and (b) a jaw assembly for receiving a clip from the clip channel, the jaw assembly comprising first, second, third and fourth jaw legs (212a, 212b; 222a, 222b) spaced apart from each other for substantially simultaneously engaging at least four portions of the clip, each leg (212a, 212b; 222a, 222b) extending from the distal end and actuatable toward at least one other opposing leg (212a, 212b; 222a, 222b) for compressing the clip, and c) an actuation assembly for advancing a clip from the clip channel to the jaw assembly and closing the jaw assembly, whereby the first, second, third and fourth jaw leg (212a, 212b; 222a, 222b) each comprising a cam surface (214a, 214b; 224a, 224b) cooperating with the actuation assembly characterized in that the clip channel comprises first, second, third, and fourth pivot points (216a, 216b; 226a, 226b), and the first, second, third, and fourth legs (212a, 212b; 222a, 222b) are pivotably attached to the respective first, second, third, and fourth pivot points (216a, 216b, 226a, 226b).
Vehicle table, in particular for industrial or commercial vehicles, of the type suitable to be contained and extracted from a compartment in the dashboard of the vehicle cabin, comprising: - a shelf formed by a first and a second foldable part with intermediate hinges, said vehicle table being characterized by comprising: - two lateral brackets (4, 5), whose one end is hinged by means of second hinges (6, 7) to a side of the first part of the shelf, opposite to the side where the two parts of the shelf are hinged, wherein said first and second part being suitable to take extreme position fully closed, being folded and in contact with each other, and fully open, being aligned in order to form a single flat surface, by means of said intermediate hinges; and wherein said two lateral brackets (4, 5) being suitable to rotate around said second hinges (6, 7) between a position in line with said first part, in said fully closed position, and an acute angle position with respect to said first part, in said fully open position. - a shelf formed by a first and a second foldable part with intermediate hinges, said vehicle table being characterized by comprising: - two lateral brackets (4, 5), whose one end is hinged by means of second hinges (6, 7) to a side of the first part of the shelf, opposite to the side where the two parts of the shelf are hinged, wherein said first and second part being suitable to take extreme position fully closed, being folded and in contact with each other, and fully open, being aligned in order to form a single flat surface, by means of said intermediate hinges; and wherein said two lateral brackets (4, 5) being suitable to rotate around said second hinges (6, 7) between a position in line with said first part, in said fully closed position, and an acute angle position with respect to said first part, in said fully open position. - two lateral brackets (4, 5), whose one end is hinged by means of second hinges (6, 7) to a side of the first part of the shelf, opposite to the side where the two parts of the shelf are hinged, wherein said first and second part being suitable to take extreme position fully closed, being folded and in contact with each other, and fully open, being aligned in order to form a single flat surface, by means of said intermediate hinges; and wherein said two lateral brackets (4, 5) being suitable to rotate around said second hinges (6, 7) between a position in line with said first part, in said fully closed position, and an acute angle position with respect to said first part, in said fully open position.
A method for indicating system information configuration updates to wireless terminals, the method being performed in a network node of a wireless communication network and comprising: Determining that a system information configuration has been updated; and transmitting a paging message comprising information indicating to a wireless terminal receiving the paging message whether the updated system information configuration is relevant and/or how to react to the update, wherein the paging message comprises system signature indexes, SSIs, and, for each of the SSIs, only the system information parameters of the system information configuration affected by the update, and wherein the paging message further comprises a validity area for the updated system information configuration, the validity area indicating an area wherein the updated system information configuration is applicable. Determining that a system information configuration has been updated; and transmitting a paging message comprising information indicating to a wireless terminal receiving the paging message whether the updated system information configuration is relevant and/or how to react to the update, wherein the paging message comprises system signature indexes, SSIs, and, for each of the SSIs, only the system information parameters of the system information configuration affected by the update, and wherein the paging message further comprises a validity area for the updated system information configuration, the validity area indicating an area wherein the updated system information configuration is applicable.
A light emitting device (100; 200) comprising: a plurality of light emitting elements, which are organic electroluminescent layers, (8, 8a, 8b, 8c, 32) which are connected in series, and each of which is configured to emit light by application of a voltage between electrodes thereof when a direct current is supplied thereto; a direct current power supply circuit configured to supply an electric current of a given level or more to the light emitting elements (8, 8a, 8b, 8c, 32); a light emitting element voltage detection circuit configured to detect a voltage applied to each of the light emitting elements; and a forward/reverse inverting circuit configured, when the light emitting element voltage detection circuit detects an abnormality in a light emitting element (8, 8a, 8b, 8c, 32), to apply a reverse voltage to the light emitting element in which the abnormality is detected. a plurality of light emitting elements, which are organic electroluminescent layers, (8, 8a, 8b, 8c, 32) which are connected in series, and each of which is configured to emit light by application of a voltage between electrodes thereof when a direct current is supplied thereto; a direct current power supply circuit configured to supply an electric current of a given level or more to the light emitting elements (8, 8a, 8b, 8c, 32); a light emitting element voltage detection circuit configured to detect a voltage applied to each of the light emitting elements; and a forward/reverse inverting circuit configured, when the light emitting element voltage detection circuit detects an abnormality in a light emitting element (8, 8a, 8b, 8c, 32), to apply a reverse voltage to the light emitting element in which the abnormality is detected.
A method for providing zone-based services to users, comprising: defining a profile using a system server of a user by assigning weighting values to each of a plurality of elements of the profile of the user, defining a profile using the system server of a zone by assigning weighting values to each of a plurality of elements of the profile of the zone, wherein the zone is selected from a geographical area, a physical area and a virtual zone that a user may access via a website of the virtual zone; wherein a first entity is either a first user having a defined first user profile or a first zone having a defined first zone profile; wherein a second entity is either a second user having a defined second user profile or a second zone having a defined second zone profile; receiving by the system server a searched profile transmitted by the first entity wherein the searched profile comprises at least one characteristic that the first entity requires from the second entity at a given time; and receiving by the system server a displayed profile transmitted by the second entity wherein the displayed profile comprises at least one characteristic about the second entity that is accessible to the first entity at a given time; and calculating a pairing between the common elements of the searched profile of the first entity and the displayed profile of the second entity by the system server, wherein the pairing is calculated based on weighting values of the common elements; and establishing a communication between the first and second entities if the pairing meets or exceeds a threshold value. defining a profile using a system server of a user by assigning weighting values to each of a plurality of elements of the profile of the user, defining a profile using the system server of a zone by assigning weighting values to each of a plurality of elements of the profile of the zone, wherein the zone is selected from a geographical area, a physical area and a virtual zone that a user may access via a website of the virtual zone; wherein a first entity is either a first user having a defined first user profile or a first zone having a defined first zone profile; wherein a second entity is either a second user having a defined second user profile or a second zone having a defined second zone profile; receiving by the system server a searched profile transmitted by the first entity wherein the searched profile comprises at least one characteristic that the first entity requires from the second entity at a given time; and receiving by the system server a displayed profile transmitted by the second entity wherein the displayed profile comprises at least one characteristic about the second entity that is accessible to the first entity at a given time; and calculating a pairing between the common elements of the searched profile of the first entity and the displayed profile of the second entity by the system server, wherein the pairing is calculated based on weighting values of the common elements; and establishing a communication between the first and second entities if the pairing meets or exceeds a threshold value.
A method for allocating channel resources, characterized by comprising: sending, by a network side, a first message to more than two terminals, wherein the first message comprises configuration information of an enhanced downlink common control channel, CCCH, and the enhanced downlink CCCH comprises different subchannels divided according to different training sequences, so that the terminals monitor the subchannels of the enhanced downlink CCCH according to the configuration information, the configuration information comprising a terminal type identifier which is used for indicating the type of a terminal that needs to monitor the enhanced downlink CCCH; receiving, by the network side, at least one access request message sent by a Machine to Machine, M2M, terminal including indication information indicating that the terminal supports a new training sequence, and at least one access request message sent by a non-M2M terminal including indication information indicating that the terminal does not support a new training sequence; and sending, by the network side, downlink control information to the terminals through the monitored subchannels of the enhanced downlink CCCH that are associated with the training sequences supported by the terminals. sending, by a network side, a first message to more than two terminals, wherein the first message comprises configuration information of an enhanced downlink common control channel, CCCH, and the enhanced downlink CCCH comprises different subchannels divided according to different training sequences, so that the terminals monitor the subchannels of the enhanced downlink CCCH according to the configuration information, the configuration information comprising a terminal type identifier which is used for indicating the type of a terminal that needs to monitor the enhanced downlink CCCH; receiving, by the network side, at least one access request message sent by a Machine to Machine, M2M, terminal including indication information indicating that the terminal supports a new training sequence, and at least one access request message sent by a non-M2M terminal including indication information indicating that the terminal does not support a new training sequence; and sending, by the network side, downlink control information to the terminals through the monitored subchannels of the enhanced downlink CCCH that are associated with the training sequences supported by the terminals.
Crystalline forms of salts of compound 937 having the following formula: selected from L-tartrate, L-malate and fumarate, each one with an X-ray powder diffraction pattern, obtained irradiating powder samples with a CuKα source and comprising reflection peaks at the following 20 angle values: - L-tartrate: 8.3, 12.5, 13.5, 14.4, 16.7, 18.0, 18.3, 18.7, 20.3, 20.6, 21.0, 22.4, 24.1, 28.5, 29.0; - L-malate: 6.7, 8.3, 12.4, 13.4, 16.7, 17.4, 18.2, 18.7, 20.1, 20.4, 22.3, 23.5, 23.9, 25.2, 28.3; and - fumarate: 14.3, 14.8, 15.3. 15.9, 18.1, 18.5, 20.1, 21.1, 21.5, 22.1, 22.9, 24.0, 24.5, 24.8, 26.8 (crystal form I). - L-tartrate: 8.3, 12.5, 13.5, 14.4, 16.7, 18.0, 18.3, 18.7, 20.3, 20.6, 21.0, 22.4, 24.1, 28.5, 29.0; - L-malate: 6.7, 8.3, 12.4, 13.4, 16.7, 17.4, 18.2, 18.7, 20.1, 20.4, 22.3, 23.5, 23.9, 25.2, 28.3; and - fumarate: 14.3, 14.8, 15.3. 15.9, 18.1, 18.5, 20.1, 21.1, 21.5, 22.1, 22.9, 24.0, 24.5, 24.8, 26.8 (crystal form I).
A method for operating a base station in a wireless communication system, the method comprising: broadcasting information on resource capacity of a cell and access factor of the cell; determining to perform a camping procedure with a terminal on the cell, if the terminal to perform a redistribution operation is determined based on a percentage of idle mode terminal information needing a redistribution, wherein the cell is identified among a plurality of cells based on a camping percentage determined by the resource capacity of the cell and the access factor, and wherein the access factor is a value determined based on the number of connectable terminals to the cell and the number of connected terminals to the cell. broadcasting information on resource capacity of a cell and access factor of the cell; determining to perform a camping procedure with a terminal on the cell, if the terminal to perform a redistribution operation is determined based on a percentage of idle mode terminal information needing a redistribution, wherein the cell is identified among a plurality of cells based on a camping percentage determined by the resource capacity of the cell and the access factor, and wherein the access factor is a value determined based on the number of connectable terminals to the cell and the number of connected terminals to the cell.
Device for cooling metal strips or sheets conveyed on a conveyor path, particularly of hot strips in the outlet of a rolling train, comprising cooling beams which are arranged to be opposite respectively at an upper side and a lower side of the metal strip or sheet to be cooled and which extend over the width of the conveyor path, wherein the cooling beams each have at an end thereof a connecting point with which a supply tube for cooling liquid is connectible, and a plurality of outlet openings provided along a longitudinal axis of the cooling beam, wherein cooling liquid can be discharged through the outlet openings in the direction of the metal strip or sheet to be cooled, characterised in that the individual outlet openings are each constructed in the form of tubelets, which are mounted on a housing of the cooling beam, the specific quantity of cooling liquid which is discharged onto the metal strip or sheet at the upper side thereof through the outlet openings of the cooling beam arranged at the upper side of the metal strip or sheet to be cooled is between 100 and 200 m 3 /(m 2 *h), the specific quantity of cooling liquid which is discharged onto the metal strip or sheet at the lower side thereof through the outlet openings of the cooling beam arranged at the lower side of the metal strip or sheet to be cooled is between 100 and 200 m 3/ (m 2 *h) and associated with the individual outlet openings of a respective cooling beam arranged at the upper side and the lower side of the metal strip or sheet to be cooled are a respectively matched flow cross-section and with respect thereto a respective aperture arranged in the inlet region of the associated outlet openings, wherein the flow cross-section of an outlet opening and the associated aperture adjoining an end of the cooling beam opposite the connecting point is smaller than the flow cross-section of an outlet opening and the associated aperture directly adjacent to the connecting point, wherein the flow cross-sections of the apertures are so selected that a distribution of the cooling liquid over the width of the conveyor path is parabolic.
Electrical pulse generator intended to power a dielectric-barrier discharge device, the generator comprising an inductor (Lstock) intended to store energy that is delivered, during a charge phase, by a DC voltage source to two power supply terminals (A, B) of the generator, and to transfer said energy to the dielectric-barrier discharge device during a discharge phase by the intermediary of a step-up transformer (Ts), the generator further comprising: - an arrangement of a first and of a second circuits in series that are connected at a node N of the generator, - the first circuit comprising two parallel branches (41, 42), one of the two branches comprising the inductor (Lstock), and the other branch comprising, in series, a diode connected by its anode to the node N, and by its cathode to the primary circuit of the step-up transformer (Ts), the secondary circuit of the step-up transformer being intended to be connected to the dielectric-barrier discharge device, - the second circuit comprising a controlled switch of which the closing and the opening control, respectively, the charge and discharge phases. - an arrangement of a first and of a second circuits in series that are connected at a node N of the generator, - the first circuit comprising two parallel branches (41, 42), one of the two branches comprising the inductor (Lstock), and the other branch comprising, in series, a diode connected by its anode to the node N, and by its cathode to the primary circuit of the step-up transformer (Ts), the secondary circuit of the step-up transformer being intended to be connected to the dielectric-barrier discharge device, - the second circuit comprising a controlled switch of which the closing and the opening control, respectively, the charge and discharge phases.
A method for use in rate controlling an activity, the method comprising: identifying an approximated inverse rate of a desired rate of the activity, a fix-up adjustment value, and a quantum of bytes, characterized by the method further comprising: maintaining an activity measurement value based on a measure of activity of sending packets of a stream of packets; maintaining a rate control value based on the activity measurement value and the approximated inverse rate, wherein the rate control value is a scheduling value used for determining the relative ordering or timing of a next one or more packets of the stream of packets; and applying the fix-up adjustment value once each said quantum to the rate control value to maintain rate accuracy of the activity; wherein said applying the fix-up adjustment value once each quantum to the rate control value includes dithering the rate control value to either round-up or not to round-up the rate control value based on a random number. identifying an approximated inverse rate of a desired rate of the activity, a fix-up adjustment value, and a quantum of bytes, characterized by the method further comprising: maintaining an activity measurement value based on a measure of activity of sending packets of a stream of packets; maintaining a rate control value based on the activity measurement value and the approximated inverse rate, wherein the rate control value is a scheduling value used for determining the relative ordering or timing of a next one or more packets of the stream of packets; and applying the fix-up adjustment value once each said quantum to the rate control value to maintain rate accuracy of the activity; wherein said applying the fix-up adjustment value once each quantum to the rate control value includes dithering the rate control value to either round-up or not to round-up the rate control value based on a random number. maintaining an activity measurement value based on a measure of activity of sending packets of a stream of packets; maintaining a rate control value based on the activity measurement value and the approximated inverse rate, wherein the rate control value is a scheduling value used for determining the relative ordering or timing of a next one or more packets of the stream of packets; and applying the fix-up adjustment value once each said quantum to the rate control value to maintain rate accuracy of the activity; wherein said applying the fix-up adjustment value once each quantum to the rate control value includes dithering the rate control value to either round-up or not to round-up the rate control value based on a random number.