mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for forming groups of smokers' articles in a packing machine, comprising a hopper equipped at the bottom of it with a plurality of outlets housing inside them a plurality of partitions defining, in pairs, channels (18; 27) for the downfeed of respective piles of smokers' articles (2, 2'); a feed device for feeding smokers' articles of a first type to an upper portion of the hopper; an intermittent conveyor comprising a succession of pockets distributed according to a certain spacing and extending along a path near the outlets and at a feed station where the smokers' articles (2, 2') are fed to at least one packing line of the packing machine; and expulsion means for transferring smokers' articles (2, 2') from the outlets of the hopper into the respective pockets of the conveyor, characterized in that it comprises at least one further feed device for feeding substantially cylindrical articles of a second type, which has an end portion juxtaposed with an upper portion of a respective channel related to an outlet of the hopper and which is mounted in the proximity of the selfsame hopper and in communication with a conveyor for supplying substantially cylindrical articles of the second type; a portion of the channel located above a bottom end portion of the further feed device being occluded by a closing element; and pushing means (33; 36) being provided for extracting substantially cylindrical articles of the second type in succession from the bottom end portion of the further feed device and inserting them into the channel under the closing element.
Method for planning a path when parking a vehicle, in which a path which comprises a first and second path arc (03; 04) is calculated on the basis of the geometry of a parking space and a vehicle position relative to this parking space, wherein in order to reach the earliest possible starting position at first a minimum appropriate first path arc of the path which corresponds to virtually a full steering lock of the steering is calculated, characterized in that subsequently as a function of an actual stopping position of the vehicle, a possible larger first path arc of the path which requires a smaller steering lock is calculated wherein a parking process of the vehicle along the path is carried out with the larger possible first path arc.
A nailer, comprising: a power source including a piston reciprocating within a cylinder; a driver blade secured to said piston for common movement relative to a nosepiece; a magazine connected to said nosepiece for feeding fasteners sequentially for being driven into a workpiece by said driver blade; a fastener delay mechanism (60, 100) operatively associated with said magazine and configured for engaging a subsequent fastener and delaying advancement of the subsequent fastener to said nosepiece until said driver blade returns to a pre-firing position after driving a leading fastener; and characterised in that, said delay mechanism (60, 70, 80, 100) including a reciprocating plunger (64, 86, 112) mounted to be moveable in a direction transverse to a direction of movement of the fasteners in said magazine, being arranged for engaging a strip of fasteners between fasteners of the strip, and delaying advancement of the subsequent fastener by blocking movement of the fasteners toward said nosepiece, wherein the magazine is provided with a magazine follower which urges the strip towards the nosepiece. a power source including a piston reciprocating within a cylinder; a driver blade secured to said piston for common movement relative to a nosepiece; a magazine connected to said nosepiece for feeding fasteners sequentially for being driven into a workpiece by said driver blade; a fastener delay mechanism (60, 100) operatively associated with said magazine and configured for engaging a subsequent fastener and delaying advancement of the subsequent fastener to said nosepiece until said driver blade returns to a pre-firing position after driving a leading fastener; and
A method of reducing the number of wireless transactions between an application server and a plurality of mobile subscribers in a wireless communications system in which the plurality of wireless mobile subscribers communicate with network devices via the application server, the method comprising: providing a lightweight client on each of the mobile subscribers; providing an alias for each mobile subscriber on the application server, wherein the alias includes a distributed portion of Session Initiation Protocol, SIP, functionality of the mobile subscriber; and for a session between a mobile subscriber and a network device: (a) receiving at the application server a communication from the network device intended for a client residing on the mobile subscriber in accordance with a given protocol; and (b) distributing the processing of the communication between the lightweight client on the mobile subscriber and the alias for said mobile subscriber on the application server to reduce the processing performed by the lightweight client and the number of wireless transactions between the mobile subscriber and the application server. providing a lightweight client on each of the mobile subscribers; providing an alias for each mobile subscriber on the application server, wherein the alias includes a distributed portion of Session Initiation Protocol, SIP, functionality of the mobile subscriber; and for a session between a mobile subscriber and a network device: (a) receiving at the application server a communication from the network device intended for a client residing on the mobile subscriber in accordance with a given protocol; and (b) distributing the processing of the communication between the lightweight client on the mobile subscriber and the alias for said mobile subscriber on the application server to reduce the processing performed by the lightweight client and the number of wireless transactions between the mobile subscriber and the application server. (a) receiving at the application server a communication from the network device intended for a client residing on the mobile subscriber in accordance with a given protocol; and (b) distributing the processing of the communication between the lightweight client on the mobile subscriber and the alias for said mobile subscriber on the application server to reduce the processing performed by the lightweight client and the number of wireless transactions between the mobile subscriber and the application server.
A bonded magnet comprising at least one first bonded magnet component and at least one second bonded magnet component, wherein the first bonded magnet component has a first surface, a second surface that is connected to said first surface through a connection portion, and a fifth surface that is connected to said second surface through a connection portion, and is connected to said first surface through a connection portion, the first bonded magnet component having a substantially sector exterior shape, which is defined by said first, fifth and second surfaces (11, 15, 12) as viewed in section, and has a predetermined central angle which is formed by said first and fifth surfaces (11, 15), a first magnetic flux group extending from said first surface to said second surface, and a third magnetic flux group extending from said fifth surface to said second surface; and the second bonded magnet component has a third surface, a fourth surface that is connected to said third surface through a connection portion of, and a sixth surface that is connected to said fourth surface through a connection portion, and is connected to said third surface through a connection portion, wherein the second bonded magnet component has a substantially sector exterior shape, which is defined by said third, sixth and fourth surfaces (13, 16, 14) as viewed in section, and has a predetermined central angle which is formed by said third and sixth surfaces (13, 16), wherein a second magnetic flux group extends from said fourth surface to said third surface, and a fourth magnetic flux group extends from said fourth surface to said sixth surface, and wherein the magnetic flux density on said second surface is higher than the magnetic flux density on said first surface, and the magnetic flux density on said fourth surface is higher than the magnetic flux density on said third surface, wherein the magnetic pole on said first surface is opposite to the magnetic pole on said third surface, wherein said first and third surfaces (11, 13) are coupled to each other so that the first and second magnetic flux groups (21, 22) continuously extend from one to another, and the exposed magnetic pole on said second surface is opposite to the exposed magnetic pole on said fourth surface, characterized in that, for all of the first and second bonded magnet components (10A, 10B), the ratio A/B of a length A as the radius of the sector of the bonded magnet component to a length B of a part of the arc of the sector that is magnetized, satisfies 0.3184 n ≤ A / B < − 0.04 n 3 + 1.47 n 2 − 14.03 n + 43 where n is the total number of poles of the bonded magnet, in the case where the total number of poles of the bonded magnet is not greater than 12 and central angle Θ 0 ≥ 30°, or 0.3184 n ≤ A / B in the case where the total number of poles of the bonded magnet is greater than 12 and central angle Θ 0 < 30°.
A watch type terminal comprising: a frame in which electronic components are mounted; a case configured to cover a lateral area of the frame; a display unit comprising a display panel configured to output visual information, whereby the display unit is located in a front side of the case; a metal ring arranged in an edge area of a front side of the display unit; a window provided in a front side of the metal ring and configured to cover the display unit; a clock hand installed between the window and the display unit; a driving unit provided in a back side of the display unit, connected to one end of the clock hand through the display unit, and configured to vary the position of the clock hand; and a controller implemented to control the display unit, characterized in that: the display unit comprises an edge mold comprising metal and configured to cover an edge of the display panel, and the controller further comprises a Near Field Communication, NFC, module connected to the edge mold and implemented to transmit and receive NFC signal. a frame in which electronic components are mounted; a case configured to cover a lateral area of the frame; a display unit comprising a display panel configured to output visual information, whereby the display unit is located in a front side of the case; a metal ring arranged in an edge area of a front side of the display unit; a window provided in a front side of the metal ring and configured to cover the display unit; a clock hand installed between the window and the display unit; a driving unit provided in a back side of the display unit, connected to one end of the clock hand through the display unit, and configured to vary the position of the clock hand; and a controller implemented to control the display unit, characterized in that: the display unit comprises an edge mold comprising metal and configured to cover an edge of the display panel, and the controller further comprises a Near Field Communication, NFC, module connected to the edge mold and implemented to transmit and receive NFC signal. the display unit comprises an edge mold comprising metal and configured to cover an edge of the display panel, and the controller further comprises a Near Field Communication, NFC, module connected to the edge mold and implemented to transmit and receive NFC signal.
A light generating system comprising a first light generating device, a second light generating device, and a luminescent material, wherein: - the first light generating device is configured to generate first device light; the second light generating device is configured to generate second device light; wherein the first device light and the second device light have different spectral power distributions; - the luminescent material is configured to convert at least part of one or more of the first device light and the second device light into luminescent material light; - the first light generating device comprises a wavelength variable light generating device configured to generate in an operational mode of the light generating system first device light changing between at least two centroid wavelengths (λ 1c,1, λ 1c,2) having a wavelength difference of at least 10 nm, with a changing frequency of at least 50 Hz; and - the light generating system is configured to generate in the operational mode of the light generating system white system light comprising the luminescent material light, the first device light and the second device light. - the first light generating device is configured to generate first device light; the second light generating device is configured to generate second device light; wherein the first device light and the second device light have different spectral power distributions; - the luminescent material is configured to convert at least part of one or more of the first device light and the second device light into luminescent material light; - the first light generating device comprises a wavelength variable light generating device configured to generate in an operational mode of the light generating system first device light changing between at least two centroid wavelengths (λ 1c,1, λ 1c,2) having a wavelength difference of at least 10 nm, with a changing frequency of at least 50 Hz; and - the light generating system is configured to generate in the operational mode of the light generating system white system light comprising the luminescent material light, the first device light and the second device light.
A method comprising: receiving, at a source cell, an indication that a handover of a mobile terminal is to be conducted from the source cell to a target cell; causing, at the source cell, provision of information indicative of a measurement configuration employed by the mobile terminal with respect to the source cell to the target cell, the measurement configuration being descriptive of reports for communication parameters measured at the mobile terminal based on transmissions associated with the source cell; and directing, at the source cell, communication of a continuity indicator to the mobile terminal to indicate to the mobile terminal whether to continue providing measurement information to the target cell based on the measurement configuration, characterized in that the continuity indicator is generated by the source cell. receiving, at a source cell, an indication that a handover of a mobile terminal is to be conducted from the source cell to a target cell; causing, at the source cell, provision of information indicative of a measurement configuration employed by the mobile terminal with respect to the source cell to the target cell, the measurement configuration being descriptive of reports for communication parameters measured at the mobile terminal based on transmissions associated with the source cell; and directing, at the source cell, communication of a continuity indicator to the mobile terminal to indicate to the mobile terminal whether to continue providing measurement information to the target cell based on the measurement configuration, characterized in that the continuity indicator is generated by the source cell.
A method for manufacturing a first layer composite, especially a transfer material for transferring to a target substrate, having the following steps: a) providing a plastic substrate foil having a smooth, non-porous surface, b) discontiguously applying an effect layer to the substrate foil, c) contiguously applying a transfer assist layer to the effect layer and the substrate foil, the adhesion of the transfer assist layer to the substrate foil being less than to the effect layer, and d) applying an adhesive layer for transferring the formed layer composite to the target substrate. a) providing a plastic substrate foil having a smooth, non-porous surface, b) discontiguously applying an effect layer to the substrate foil, c) contiguously applying a transfer assist layer to the effect layer and the substrate foil, the adhesion of the transfer assist layer to the substrate foil being less than to the effect layer, and d) applying an adhesive layer for transferring the formed layer composite to the target substrate.
A tool ( 105;205) for testing telephone lines at a telephone network distribution cabinet allowing the connection to the telephone network of a plurality of subscriber twisted pairs, the tool comprising: inputs ( 135a-135b) for the connection of probes ( 140a-140b,150a-150b;215a-215b) adapted to contact pairs of connection terminal clamps ( TW1-TW10) of the distribution cabinet for the connection of the plurality of subscriber twisted pairs; a telephone line test unit adapted to perform tests on the telephone lines under the control of a programmable control unit; at least one memory for storing the results of the tests; a display for displaying to a tool user indications of a predetermined sequence of pairs of connection terminal clamps of the distribution cabinet to be contacted by the tool probes, wherein the control unit is adapted to automatically perform a test of the telephone lines terminating at the distribution cabinet according to s a id predetermined sequence, and to store the results of the test in a form in which a unique association is established between a physical position of each pair of connection terminal clamps in the distribution cabinet and the results of the test conducted on the corresponding telephone lines. inputs ( 135a-135b) for the connection of probes ( 140a-140b,150a-150b;215a-215b) adapted to contact pairs of connection terminal clamps ( TW1-TW10) of the distribution cabinet for the connection of the plurality of subscriber twisted pairs; a telephone line test unit adapted to perform tests on the telephone lines under the control of a programmable control unit; at least one memory for storing the results of the tests; a display for displaying to a tool user indications of a predetermined sequence of pairs of connection terminal clamps of the distribution cabinet to be contacted by the tool probes, wherein the control unit is adapted to automatically perform a test of the telephone lines terminating at the distribution cabinet according to s a id predetermined sequence, and to store the results of the test in a form in which a unique association is established between a physical position of each pair of connection terminal clamps in the distribution cabinet and the results of the test conducted on the corresponding telephone lines.
An assembly comprising: a steam sterilizable filter disposed downstream from a freeze dryer chamber; a first valve disposed downstream from the filter, wherein the first valve is in a closed position during a steam sterilization cycle; a second valve disposed downstream from the steam sterilizable filter, wherein the second valve is in an open position during the steam sterilization cycle; and a gauge disposed downstream from the first valve, wherein the gauge is to determine a plurality of measurements of a freeze-drying system associated with the freeze dryer chamber, wherein the first valve in the closed position is configured to protect the gauge, a main drain downstream the second valve. a steam sterilizable filter disposed downstream from a freeze dryer chamber; a first valve disposed downstream from the filter, wherein the first valve is in a closed position during a steam sterilization cycle; a second valve disposed downstream from the steam sterilizable filter, wherein the second valve is in an open position during the steam sterilization cycle; and a gauge disposed downstream from the first valve, wherein the gauge is to determine a plurality of measurements of a freeze-drying system associated with the freeze dryer chamber, wherein the first valve in the closed position is configured to protect the gauge, a main drain downstream the second valve.
A seal member to be used for a pipe joint structure in which a spigot that is formed at an end of one pipe to be assembled is inserted into a socket that is formed at an end of another pipe, wherein the seal member is to be provided between the socket and the spigot, wherein the seal member includes a heel section that is to be fitted to a recessed section formed in an inner circumferential section of the socket and wherein the seal member includes a bulb section that is to be compressed between an inner circumferential surface of the socket and an outer circumferential surface of the spigot, wherein a marker member is provided on a radially external surface of the heel section that is to be accommodated in the recessed section, wherein the marker member will not be observed from the external when the heel section is appropriately accommodated in the recessed section, and wherein the marker member is observed from the external and is able to be detected from the spigot-side pipe along an axial direction of the pipe in a non-contact manner when the spigot-side pipe being inserted into the socket is pulled by the spigot so that at least a part of the heel section is separated from the recessed section.
An assembly for generating a stable magnetic field comprising a main power supply unit arranged to provide a main direct current to a superconducting magnetic circuit to generate a magnetic field, a magnetic field measurement device for measuring the generated magnetic field, and an auxiliary power supply unit in parallel with the main power supply unit and arranged to output an auxiliary direct current to the superconducting magnetic circuit based on the measured magnetic field.