mhurhangee/ep-ind-claims huggingface dataset:
A packing press for packing deformable material, comprising: a first compression chamber, a second compression chamber, a compactor that is arranged between the first and the second compression chamber (24, 31) such that it engages in the first compression chamber when operated in a first direction and in the second compression chamber when operated in a second direction; a first and a second feed chamber section (22a, 22b), wherein the compactor transfers material from the first feed chamber section to the first compression chamber and from the second feed chamber section to the second compression chamber; and a feed chamber that includes the first feed chamber section and the second feed chamber section, wherein the compactor is arranged in the feed chamber; wherein the first and/or the second compression chamber (24, 31) each includes a guide section provided to guide a package; wherein the guide section is formed by a vertical offset; wherein the vertical offset is formed such that a floor of the first and/or second compression chamber (24, 31) is offset downward relative to a floor of the feed chamber; and characterized in that a floor of the feed chamber is vertically displaceable, that the compactor is configured to be displaced with a vertical displacement of the floor of the feed chamber, and that a housing of the feed chamber is configured not to be displaced with a vertical displacement of the floor of the feed chamber. a first compression chamber, a second compression chamber, a compactor that is arranged between the first and the second compression chamber (24, 31) such that it engages in the first compression chamber when operated in a first direction and in the second compression chamber when operated in a second direction; a first and a second feed chamber section (22a, 22b), wherein the compactor transfers material from the first feed chamber section to the first compression chamber and from the second feed chamber section to the second compression chamber; and a feed chamber that includes the first feed chamber section and the second feed chamber section, wherein the compactor is arranged in the feed chamber; wherein the first and/or the second compression chamber (24, 31) each includes a guide section provided to guide a package; wherein the guide section is formed by a vertical offset; wherein the vertical offset is formed such that a floor of the first and/or second compression chamber (24, 31) is offset downward relative to a floor of the feed chamber; and characterized in that a floor of the feed chamber is vertically displaceable, that the compactor is configured to be displaced with a vertical displacement of the floor of the feed chamber, and that a housing of the feed chamber is configured not to be displaced with a vertical displacement of the floor of the feed chamber.
A laryngeal mask, comprising a housing; the housing comprising a neck part and a head part extending from a first part of the neck part, the head part comprising a sealing face and an opposing face; the sealing face and the opposing face being connected by an enclosing wall extending upwardly from the sealing face; the sealing face comprising a peripheral seal for forming a seal around a larynx and having an opening arranged to be positioned over a laryngeal opening; wherein the mask further comprises an airway tube positioned within the housing and extending from a second part of the neck part to the opening in the peripheral seal; and characterised in that the mask further comprises a first drain tube extending from the neck part to an aperture located in a distal tip of the head part, and a second drain tube extending from the neck part to a position within the head part that is proximal to the distal tip. the housing comprising a neck part and a head part extending from a first part of the neck part, the head part comprising a sealing face and an opposing face; the sealing face and the opposing face being connected by an enclosing wall extending upwardly from the sealing face; the sealing face comprising a peripheral seal for forming a seal around a larynx and having an opening arranged to be positioned over a laryngeal opening; wherein the mask further comprises an airway tube positioned within the housing and extending from a second part of the neck part to the opening in the peripheral seal; and characterised in that the mask further comprises a first drain tube extending from the neck part to an aperture located in a distal tip of the head part, and a second drain tube extending from the neck part to a position within the head part that is proximal to the distal tip.
A thermoplastic resin composition comprising: a polycarbonate resin; and a biphenyl group-containing (meth)acrylic copolymer; and a rubber-modified vinyl graft copolymer resin. a polycarbonate resin; and a biphenyl group-containing (meth)acrylic copolymer; and a rubber-modified vinyl graft copolymer resin.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein: R x and R y are independently H, (C=O)(C=O)OR 1, (C=O)(C=O)NR 2 R 3 or (C=O)(C=O)R 4, provided that at least one of R x and R y is other than H; R 1 is H, C 1 -C 3 alkyl or aryl, said aryl group substituted with 0-4 R 1a, R 1a is H, halogen or C 1 -C 3 alkyl, R 2 is H or C 1 -C 3 alkyl; R 3 is H, C 1 -C 3 alkyl, aryl or a monocyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-4 R 3a, R 3a is H, halogen or C 1 -C 3 alkyl; R 4 is H, a monocyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-2 R 4a; or a bicyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-2 R 4a; R 4a is H or C 1 -C 3 alkyl; and R 9 is H or C 1 -C 3 alkyl. R x and R y are independently H, (C=O)(C=O)OR 1, (C=O)(C=O)NR 2 R 3 or (C=O)(C=O)R 4, provided that at least one of R x and R y is other than H; R 1 is H, C 1 -C 3 alkyl or aryl, said aryl group substituted with 0-4 R 1a, R 1a is H, halogen or C 1 -C 3 alkyl, R 2 is H or C 1 -C 3 alkyl; R 3 is H, C 1 -C 3 alkyl, aryl or a monocyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-4 R 3a, R 3a is H, halogen or C 1 -C 3 alkyl; R 4 is H, a monocyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-2 R 4a; or a bicyclic heterocyclyl group with one or more heteroatoms selected from -O-, -N- or -S-, substituted with 0-2 R 4a; R 4a is H or C 1 -C 3 alkyl; and R 9 is H or C 1 -C 3 alkyl.
A chassis of a motor vehicle configured to receive a rigid cell, the chassis comprising a cabin floor fixed at least to a base of the chassis which comprises at least longitudinal beams extending respectively along the lateral edges of the chassis, the base comprising reinforcements for supporting the cabin floor on its lower face, the reinforcements each being laterally embedded between a beam of the base and a wing of the cabin floor which are assigned to them characterized in that the reinforcements are each configured as a profile extending vertically along the length of the profile, the profiles being welded on the one hand to the lower face of the floor-cabin and on the other hand transversely against the beam and against the wing of the floor-cabin which are assigned to them.
A low-energy radiation therapy system for superficial lesion treatment, comprising: an optical scanner configured to obtain 3D scanning data of a treatment region, said region comprising parts, including a superficial lesion part; an irradiation unit configured to emit radiation to the treatment region; a calculator configured to calculate energy of the radiation and adjustment values for radiation doses according to the parts based on the 3D scanning data, and generate shape data of a compensation unit based on the adjustment values for the radiation doses according to the parts; and a 3D printer configured to perform 3D printing based on the shape data to make the compensation unit; characterized in that said calculator is further configured to calculate a skin dose; and said compensation unit is provided on an end portion of the irradiation unit such that it is not in contact with the superficial lesion part. an optical scanner configured to obtain 3D scanning data of a treatment region, said region comprising parts, including a superficial lesion part; an irradiation unit configured to emit radiation to the treatment region; a calculator configured to calculate energy of the radiation and adjustment values for radiation doses according to the parts based on the 3D scanning data, and generate shape data of a compensation unit based on the adjustment values for the radiation doses according to the parts; and a 3D printer configured to perform 3D printing based on the shape data to make the compensation unit; characterized in that said calculator is further configured to calculate a skin dose; and said compensation unit is provided on an end portion of the irradiation unit such that it is not in contact with the superficial lesion part.
Method of manufacturing a battery, in particular a button battery, comprising: - a case provided with a container and a cap, - a polymer gasket made of a polyolefin-based thermoplastic resin, this polymer gasket being compressed between the container and the cap and bonded to the case in order to seal the case and galvanically isolate the container from the cap; this method being characterised in that it successively includes: - a step of implanting, by tribochemical sand blasting on all or part of the surface of the polymer gasket intended to be joined to the case, alumina particles coated in silica in order to form, on this surface of the polymer gasket, a silicatised layer, - a step of adding a layer of adhesive to the surface of the polymer gasket and/or on all or part of the surface of the container and/or of the surface of the cap intended to be joined to the polymer gasket, and - a step of assembling the case with the polymer gasket positioned by compression between the container and the cap and bonded to the case by means of said layer of adhesive. - a case provided with a container and a cap, - a polymer gasket made of a polyolefin-based thermoplastic resin, this polymer gasket being compressed between the container and the cap and bonded to the case in order to seal the case and galvanically isolate the container from the cap; - a step of implanting, by tribochemical sand blasting on all or part of the surface of the polymer gasket intended to be joined to the case, alumina particles coated in silica in order to form, on this surface of the polymer gasket, a silicatised layer, - a step of adding a layer of adhesive to the surface of the polymer gasket and/or on all or part of the surface of the container and/or of the surface of the cap intended to be joined to the polymer gasket, and - a step of assembling the case with the polymer gasket positioned by compression between the container and the cap and bonded to the case by means of said layer of adhesive.
A turbine case of a gas turbine engine, the turbine case comprising: an outer case surface; a support member boss configured to secure support structures of the gas turbine engine; and a stiffness boss disposed on the outer case surface and configured to provide rigidity in response to one or more loads (302, 304, 306) applied to the turbine case, the stiffness boss being different from the support member boss; wherein the stiffness boss comprises: a head portion configured to provide rigidity in response to a transverse load being applied to the turbine case in a transverse direction, and a leg portion configured to provide rigidity in response to an axial load being applied to the turbine case in an axial direction, such that deformation of the outer case is resisted, wherein the head portion is offset from a centre of the leg portion in a circumferential direction; characterised in that: the head portion and the leg portion are connected to the outer case surface by a filleted portion, wherein the filleted portion is curved radially inward; and the filleted portion surrounds the perimeter of the head portion and the leg portion. an outer case surface; a support member boss configured to secure support structures of the gas turbine engine; and a stiffness boss disposed on the outer case surface and configured to provide rigidity in response to one or more loads (302, 304, 306) applied to the turbine case, the stiffness boss being different from the support member boss; wherein the stiffness boss comprises: a head portion configured to provide rigidity in response to a transverse load being applied to the turbine case in a transverse direction, and a leg portion configured to provide rigidity in response to an axial load being applied to the turbine case in an axial direction, such that deformation of the outer case is resisted, wherein the head portion is offset from a centre of the leg portion in a circumferential direction; characterised in that: the head portion and the leg portion are connected to the outer case surface by a filleted portion, wherein the filleted portion is curved radially inward; and the filleted portion surrounds the perimeter of the head portion and the leg portion. a head portion configured to provide rigidity in response to a transverse load being applied to the turbine case in a transverse direction, and a leg portion configured to provide rigidity in response to an axial load being applied to the turbine case in an axial direction, such that deformation of the outer case is resisted, wherein the head portion is offset from a centre of the leg portion in a circumferential direction; characterised in that: the head portion and the leg portion are connected to the outer case surface by a filleted portion, wherein the filleted portion is curved radially inward; and the filleted portion surrounds the perimeter of the head portion and the leg portion. the head portion and the leg portion are connected to the outer case surface by a filleted portion, wherein the filleted portion is curved radially inward; and the filleted portion surrounds the perimeter of the head portion and the leg portion.
An application execution apparatus (100, 1400) configured to execute an application and including a storage holding • a data acquisition data unit relating to a data acquisition unit configured to acquire data transmitted from an IO device, • a data utilization data unit relating to a data utilization unit configured to utilize the data acquired by the data acquisition unit, • a data linkage data unit relating to a data linkage unit configured to link the data acquired by the data acquisition unit to the data utilization unit, further comprising: an FPGA as a first calculation device configured to implement the data acquisition unit in accordance with said data acquisition data unit in which the application is able to be started after an occurrence of an event for starting the application within a time required for the application; and a second calculation device provided with a general purpose operating system, OS, and configured to implement the data utilization unit in accordance with said data utilization data unit as a hardware different from the FPGA, wherein the application is a real-time application and the processing of the data utilization unit is prioritized so that the deadline of application processing can be met, and the FPGA is configured such that a time difference between a timing at which an event triggering the start of the processing by the application occurs and a timing at which the application starts the processing can be predicted. • a data acquisition data unit relating to a data acquisition unit configured to acquire data transmitted from an IO device, • a data utilization data unit relating to a data utilization unit configured to utilize the data acquired by the data acquisition unit, • a data linkage data unit relating to a data linkage unit configured to link the data acquired by the data acquisition unit to the data utilization unit, further comprising: an FPGA as a first calculation device configured to implement the data acquisition unit in accordance with said data acquisition data unit in which the application is able to be started after an occurrence of an event for starting the application within a time required for the application; and a second calculation device provided with a general purpose operating system, OS, and configured to implement the data utilization unit in accordance with said data utilization data unit as a hardware different from the FPGA, an FPGA as a first calculation device configured to implement the data acquisition unit in accordance with said data acquisition data unit in which the application is able to be started after an occurrence of an event for starting the application within a time required for the application; and a second calculation device provided with a general purpose operating system, OS, and configured to implement the data utilization unit in accordance with said data utilization data unit as a hardware different from the FPGA,
A method for switching between cells using different network standards, characterized in that the method comprises the following steps performed by a terminal: when switch is to be performed, determining that a cell which the terminal is leaving belongs to a source cell in a history record, sorting target cells corresponding to the source cell according to the history record to form a search list, choosing the target cell from the search list and accessing the target cell; wherein the history record is a record of switching between cells using different network standards, which is stored by the terminal; and the history record includes: information of the source cell and information of a corresponding target cell during switching, a number of times of successful switching from the source cell to the target cell, a number of times of failure switching from the source cell to the target cell, a signal quality of the target cell, and a dwell time in the target cell. when switch is to be performed, determining that a cell which the terminal is leaving belongs to a source cell in a history record, sorting target cells corresponding to the source cell according to the history record to form a search list, choosing the target cell from the search list and accessing the target cell; wherein the history record is a record of switching between cells using different network standards, which is stored by the terminal; and the history record includes: information of the source cell and information of a corresponding target cell during switching, a number of times of successful switching from the source cell to the target cell, a number of times of failure switching from the source cell to the target cell, a signal quality of the target cell, and a dwell time in the target cell.
An elevator door system comprising: an elevator door having a first door panel, a second door panel, and a doorsill; a first door support frame attached at a lower portion of the first door panel, the first door support frame having a first finger; a second door support frame attached at a lower portion of the second door panel, the second door support frame having a second finger; characterised in that the first finger extends below the second door panel when the elevator door is closed, and in that the second finger extends below the first door panel when the elevator door is closed. an elevator door having a first door panel, a second door panel, and a doorsill; a first door support frame attached at a lower portion of the first door panel, the first door support frame having a first finger; a second door support frame attached at a lower portion of the second door panel, the second door support frame having a second finger; characterised in that the first finger extends below the second door panel when the elevator door is closed, and in that the second finger extends below the first door panel when the elevator door is closed.
A coating removal apparatus for a component (110;124) comprising: a table having a first platform disposed along an axis, the platform arranged to receive at least one fixture (102;120) for holding a corresponding component (110;124); and a removal device having a web, wherein the table is slidably moveable in an axial direction and configured to move the fixture (102;120) a pre-determined distance such that at least one portion of the component (110;124) contacts the web to remove a coating of the component (110;124), wherein the table includes a second platform disposed along the axis parallel to the first platform, the second platform arranged to receive the at least one fixture (102;120) for holding the corresponding component (110; 124); and wherein the removal device includes a wheel in communication with the web such that the web moves about a portion of the wheel, characterised in that the first platform and the second platform are disposed on either side of the wheel such that the first and second platforms (24,26) slidably move axially adjacent to the wheel. a table having a first platform disposed along an axis, the platform arranged to receive at least one fixture (102;120) for holding a corresponding component (110;124); and a removal device having a web, wherein the table is slidably moveable in an axial direction and configured to move the fixture (102;120) a pre-determined distance such that at least one portion of the component (110;124) contacts the web to remove a coating of the component (110;124), wherein the table includes a second platform disposed along the axis parallel to the first platform, the second platform arranged to receive the at least one fixture (102;120) for holding the corresponding component (110; 124); and wherein the removal device includes a wheel in communication with the web such that the web moves about a portion of the wheel, characterised in that the first platform and the second platform are disposed on either side of the wheel such that the first and second platforms (24,26) slidably move axially adjacent to the wheel.
A method for synchronizing between an access gateway and a plurality of base stations (eNB), comprising the following steps of: at the gateway, determining a synchronization period corresponding to a packet to be transmitted to the plurality of base stations (eNB), said synchronization period being used as a scheduling granularity of the base stations (eNB) in that said synchronization period indicates a border of received data to be scheduled based on the same synchronization period, adding information indicating the synchronization period to the header of the packet, and transmitting the packet to the plurality of corresponding base stations (eNB); and at each of the plurality of base stations (eNB), obtaining, upon receipt of the packet, the synchronization period corresponding to the packet based on the information in the header of the packet, storing the packet in a buffer, determining, at the time of scheduling, synchronization periods which have terminated before the time of scheduling based on the synchronization periods corresponding to the stored packets, and scheduling packets corresponding to the determined synchronization periods according to a predetermined scheduling strategy. at the gateway, determining a synchronization period corresponding to a packet to be transmitted to the plurality of base stations (eNB), said synchronization period being used as a scheduling granularity of the base stations (eNB) in that said synchronization period indicates a border of received data to be scheduled based on the same synchronization period, adding information indicating the synchronization period to the header of the packet, and transmitting the packet to the plurality of corresponding base stations (eNB); and at each of the plurality of base stations (eNB),