mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a web segment from a continuous web, the method characterised by comprising: feeding a web comprising a base substrate and a fastening material to an anvil roll of a slip-and-cut system , the anvil roll having a vacuum region and a reduced-vacuum region , the base substrate of the web being generally aligned with the vacuum region and the fastening material being generally aligned with the reduced-vacuum region , wherein the fastening material of the continuous web is a hook fastening material comprising a plurality of hooks; driving the anvil roll such that the surface speed of the anvil roll is greater than a speed at which the continuous web is fed to the anvil roll such that the web slips relative to the anvil roll; and cutting a discrete segment from the continuous web while the web is slipping relative to the anvil roll (10. feeding a web comprising a base substrate and a fastening material to an anvil roll of a slip-and-cut system , the anvil roll having a vacuum region and a reduced-vacuum region , the base substrate of the web being generally aligned with the vacuum region and the fastening material being generally aligned with the reduced-vacuum region , wherein the fastening material of the continuous web is a hook fastening material comprising a plurality of hooks; driving the anvil roll such that the surface speed of the anvil roll is greater than a speed at which the continuous web is fed to the anvil roll such that the web slips relative to the anvil roll; and cutting a discrete segment from the continuous web while the web is slipping relative to the anvil roll (10.
A rack assembly configured to carry a load , comprising: a frame unit including a first frame member , and a second frame member substantially perpendicular to the first frame member ; a support unit coupled to the first frame member of the frame unit and configured to support the load thereon; and a securing unit above the first frame member of the frame unit , configured to secure the load thereto, and including: a sliding member coupled to and configured to move along the length of the second frame member of the frame unit ; and a securing member including a first base coupled to and co-movable with the sliding member , characterized in that the securing member further includes: a second base above the first base and having a length (L3) greater than a distance (D1) between first and second ends of the first base , a first leg interconnecting the first end of the first base and the second base , and a second leg interconnecting the second end of the first base and the second base , wherein the first and second bases and the first and second legs form a trapezoidal shape. a frame unit including a first frame member , and a second frame member substantially perpendicular to the first frame member ; a first frame member , and a second frame member substantially perpendicular to the first frame member ; a support unit coupled to the first frame member of the frame unit and configured to support the load thereon; and a securing unit above the first frame member of the frame unit , configured to secure the load thereto, and including: a sliding member coupled to and configured to move along the length of the second frame member of the frame unit ; and a securing member including a first base coupled to and co-movable with the sliding member , a sliding member coupled to and configured to move along the length of the second frame member of the frame unit ; and a securing member including a first base coupled to and co-movable with the sliding member , a second base above the first base and having a length (L3) greater than a distance (D1) between first and second ends of the first base , a first leg interconnecting the first end of the first base and the second base , and a second leg interconnecting the second end of the first base and the second base , wherein the first and second bases and the first and second legs form a trapezoidal shape.
Vibration ramming device for driving rammable material, in particular pipes and piles, with a fastening unit for fastening on a construction machine, with a vibration unit , and with a gripper arrangement having two gripper halves , wherein the rammable material can, in an operational state, be held between the first gripper half and the second gripper half , and wherein the first gripper half is formed from two spaced-apart gripper arms , characterized in that the second gripper half is formed only from one gripper arm , which is arranged in a longitudinal direction (L) between the two spaced-apart gripper arms of the first gripper half .
A master evolved node B , comprising: at least one processor and at least one memory including a computer program code , wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the master evolved node B to perform operations comprising: maintain a primary connection to a user terminal configured to operate using dual connectivity; characterised by operations comprising: maintain a first control interface to a secondary evolved node B maintaining a secondary connection to the user terminal configured to operate using dual connectivity, the secondary evolved node B providing a local gateway for the user terminal; maintain a second control interface to a core network and emulate a local gateway towards a core network by providing control plane functions of the local gateway provided by the secondary evolved node B towards the core network over the second control interface; and relay local gateway related control messages between the core network and the secondary evolved node B over the first control interface. maintain a first control interface to a secondary evolved node B maintaining a secondary connection to the user terminal configured to operate using dual connectivity, the secondary evolved node B providing a local gateway for the user terminal; maintain a second control interface to a core network and emulate a local gateway towards a core network by providing control plane functions of the local gateway provided by the secondary evolved node B towards the core network over the second control interface; and relay local gateway related control messages between the core network and the secondary evolved node B over the first control interface.
An expandable luggage assembly , comprising: an upper shell having: a plurality of upper sidewalls; a lower portion having an opening; and an upper portion covering the opening, wherein the upper portion is removably coupled to the lower portion; a lower shell having a plurality of lower sidewalls (5316a-d) removably coupled to one or more of the plurality of upper sidewalls of the upper shell; a shelf coupled to the upper portion of the upper shell and capable of being suspended above the opening of the lower portion of the upper shell; a plurality of wheels (5318a-d) coupled to the lower shell; and two handles , each handle of the two handles comprising: a crossbar disposed above the upper shell; a first tube coupled to the crossbar and slidably coupled to the upper shell; a second tube slidably coupled to the first tube, the second tube having a radial face capable of being abutted against the upper shell; a third tube slidably coupled to the second tube and coupled to the lower shell a plurality of upper sidewalls; a lower portion having an opening; and an upper portion covering the opening, wherein the upper portion is removably coupled to the lower portion; a lower shell having a plurality of lower sidewalls (5316a-d) removably coupled to one or more of the plurality of upper sidewalls of the upper shell; a shelf coupled to the upper portion of the upper shell and capable of being suspended above the opening of the lower portion of the upper shell; a plurality of wheels (5318a-d) coupled to the lower shell; and two handles , each handle of the two handles comprising: a crossbar disposed above the upper shell; a first tube coupled to the crossbar and slidably coupled to the upper shell; a second tube slidably coupled to the first tube, the second tube having a radial face capable of being abutted against the upper shell; a third tube slidably coupled to the second tube and coupled to the lower shell a crossbar disposed above the upper shell; a first tube coupled to the crossbar and slidably coupled to the upper shell; a second tube slidably coupled to the first tube, the second tube having a radial face capable of being abutted against the upper shell; a third tube slidably coupled to the second tube and coupled to the lower shell
A process for forming a multilayered shaped film product comprising the steps of: a. placing a first mask having a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to a desired shape of a portion of the shaped film product over a substrate ; b. delivering a first film-forming composition through the at least one aperture of the mask to form a first raw shape having a thickness on the substrate ; c. removing the first mask; d. placing a second mask having a thickness (h m ), a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to the desired shape of a second portion of the shaped film product over the first raw shape, wherein the first raw shape is no larger than the at least one aperture of the second mask and wherein the thickness (h m ) of the second mask is greater than the thickness of the first raw shape; e. controlling delivery of a second film-forming composition to a void volume defined by: i. a volume of a projection of a delivery opening of a nozzle , substrate and mask sidewalls , less the volume of the first raw shape corresponding to the projection of the delivery opening ; and ii. delivering the controlled volume of the second film-forming composition to the second mask aperture ; f. removing the second mask ; and g. solidifying the first and second raw shapes to provide the shaped film product disposed on the substrate . a. placing a first mask having a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to a desired shape of a portion of the shaped film product over a substrate ; b. delivering a first film-forming composition through the at least one aperture of the mask to form a first raw shape having a thickness on the substrate ; c. removing the first mask; d. placing a second mask having a thickness (h m ), a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to the desired shape of a second portion of the shaped film product over the first raw shape, wherein the first raw shape is no larger than the at least one aperture of the second mask and wherein the thickness (h m ) of the second mask is greater than the thickness of the first raw shape; e. controlling delivery of a second film-forming composition to a void volume defined by: i. a volume of a projection of a delivery opening of a nozzle , substrate and mask sidewalls , less the volume of the first raw shape corresponding to the projection of the delivery opening ; and ii. delivering the controlled volume of the second film-forming composition to the second mask aperture ; i. a volume of a projection of a delivery opening of a nozzle , substrate and mask sidewalls , less the volume of the first raw shape corresponding to the projection of the delivery opening ; and ii. delivering the controlled volume of the second film-forming composition to the second mask aperture ; f. removing the second mask ; and g. solidifying the first and second raw shapes to provide the shaped film product disposed on the substrate .
A vehicular battery pack (BP) comprising a container, wherein cells (C) are arranged in layers (L) one above the other in the container, wherein each of said battery layers is connected to a face of a tray (T) having opposite edges (T1, T2) shaped so as to contact and transfer heat to a pair of first lateral walls (S1) of said container, wherein said first lateral walls are suitable to dissipate heat produced by said cells, and wherein each of said opposite edges (T1, T2), has a relative Y-shaped cross section with a straight segment across the top that joins the divergent ends of the Y.
An antenna device comprising: a base ; an antenna element ; an electrical connector at the base ; a matching circuit removably positioned between the electrical connector and the antenna element , the electrical connector and the antenna element in electrical communication via the matching circuit ; and a metal shell removably attached to the base , the metal shell surrounding and protecting the matching circuit , wherein the base comprises threads that extend towards the matching circuit , and the metal shell comprises complementary threads that removably mate with the threads of the base , the metal shell being removably attached to the base via the complementary threads and the threads of the base , and wherein the metal shell is formed from metal, the metal shell being electrically isolated from the antenna element , the electrical connector and the matching circuit . a base ; an antenna element ; an electrical connector at the base ; a matching circuit removably positioned between the electrical connector and the antenna element , the electrical connector and the antenna element in electrical communication via the matching circuit ; and a metal shell removably attached to the base , the metal shell surrounding and protecting the matching circuit , wherein the base comprises threads that extend towards the matching circuit , and the metal shell comprises complementary threads that removably mate with the threads of the base , the metal shell being removably attached to the base via the complementary threads and the threads of the base , and wherein the metal shell is formed from metal, the metal shell being electrically isolated from the antenna element , the electrical connector and the matching circuit .
Light signal, in particular for railway safety systems, with electronic components and a power dissipation arrangement for converting electrical power into heat , wherein the electronic components are arranged in a signal transmitter housing which is connected to a shielding plate to reduce phantom light, characterised in that the power dissipation arrangement is associated with the shielding plate and is embodied as a shielding plate heater , wherein the shielding plate heater is embodied as a heating element embedded in the shielding plate .
A first radio station configured to operate a first cell , comprising: a communication control unit configured to support Dual Connectivity using the first cell and a second cell served by a second radio station , wherein the communication control unit is further configured to: transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station , the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal . a communication control unit configured to support Dual Connectivity using the first cell and a second cell served by a second radio station , wherein the communication control unit is further configured to: transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station , the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal . transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station , the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal .
A method for manufacturing a laminated tile, comprising the steps of: - applying an adhesive to a first surface of said solid tile body, characterized in that the method further comprises the steps of: - applying a set concrete body on top of said solid tile's first surface, wherein said concrete has an open structure, - hardening said adhesive for obtaining a laminated tile. - applying an adhesive to a first surface of said solid tile body, - applying a set concrete body on top of said solid tile's first surface, wherein said concrete has an open structure, - hardening said adhesive for obtaining a laminated tile.
A method for producing a laminated member, the method comprising: a step of spraying a mixture in a non-molten state including precipitation hardening copper alloy particles before precipitation hardening and hard particles that have non-spherical shapes having a median aspect ratio of equal to or more than 1.2 and equal to or less than 2.0, that are harder than the copper alloy particles and that are produced by water atomization onto a base substrate to form a coating layer on the base substrate.
A modified conjugated diene-based polymer, comprising a repeating unit derived from a conjugated diene-based monomer and a functional group derived from a modifier comprising a compound represented by the following Formula 1 at one terminal: in Formula 1, Z 1 and Z 2 are each independently hydrogen, a monovalent hydrocarbon group of 1 to 30 carbon atoms, or a substituent represented by the following Formula 2, where one or more of Z 1 and Z 2 are required to be substituents represented by the following Formula 2: in Formula 2, X 1 is a S atom or a N atom, where if X 1 is the S atom, n is 1, and if X 1 is the N atom, n is 2, A 1 is a divalent hydrocarbon group of 1 to 30 carbon atoms, R 1 to R 3 are each independently halogen, a monovalent hydrocarbon group of 1 to 30 carbon atoms, or an alkoxy group of 1 to 30 carbon atoms, where one or more of R 1 to R 3 are required to be halogen groups, or alkoxy groups of 1 to 30 carbon atoms.
Cigarillo or cigar having a cylindrical shape and comprising a cut filler containing fine-cut tobacco leaves, a binder consisting of a first sheet material and a wrapper consisting of a tobacco sheet material, wherein a cylindrical rod of cut filler is wrapped in a rotary-translational manner with a double layer consisting of binder and wrapper , wherein the binder is arranged as an inner layer directly to the cut filler and the wrapper is arranged as an outer layer on the outer surface of the binder , characterized in that , the binder contains the aromatic compound solavetivone with a content in the binder of at least 15 ppm.
Running gear for a monorail with a main travelling direction, comprising four load wheels with in each case one load wheel axle and a clearance for a central guide , the four load wheels being arranged in pairs as a coaxially mounted first load wheel pair and a second load wheel pair , the clearance for a central guide being configured between the two load wheels of the first load wheel pair and the second load wheel pair , the first load wheel pair being connected to the second load wheel pair via a pivoting axle in such a way that the first load wheel pair can be pivoted relative to the second load wheel pair , characterized in that the pivoting axle is arranged at a right angle with respect to the main travelling direction and at a right angle with respect to a load wheel axle.
A system for digging at least one trench in the ground, for installing at least one elongate object and for filling in the dug trench, the system comprising: - a trenching wheel and a casing partially surrounding the trenching wheel, one portion of the trenching wheel projecting out of the casing and the other portion of the wheel being located inside an inner housing of said casing, - a heel secured to the casing , disposed at least partially at the rear of the trenching wheel and internally delimiting at least one rubble collection chamber in communication with the inner housing of said casing and having at least one outlet opening , - the heel comprising means for guiding said elongate object to be deposited provided with an inlet opening and an outlet opening for the passage of said elongate object which is offset vertically downward with respect to the outlet opening of the collection chamber , - the heel internally delimiting the collection chamber , the digging system being characterised in that the heel internally delimits a guide chamber of said elongate object to be deposited forming at least partially said guide means and provided with inlet and outlet openings. - a trenching wheel and a casing partially surrounding the trenching wheel, one portion of the trenching wheel projecting out of the casing and the other portion of the wheel being located inside an inner housing of said casing, - a heel secured to the casing , disposed at least partially at the rear of the trenching wheel and internally delimiting at least one rubble collection chamber in communication with the inner housing of said casing and having at least one outlet opening , - the heel comprising means for guiding said elongate object to be deposited provided with an inlet opening and an outlet opening for the passage of said elongate object which is offset vertically downward with respect to the outlet opening of the collection chamber , - the heel internally delimiting the collection chamber ,