mhurhangee/ep-ind-claims huggingface dataset:
Horizontal forming device, in particular for horizontal flow pack machines, with at least one, in particular roller-free, forming unit (12a-12d), in particular a forming shoulder, which is configured for forming a packaging material web, in particular a paper web, into a packaging material tube, the forming unit (12a-12d) having at least one folding edge (72a-72d) around which the packaging material web is deflectable, and with at least one form-guiding unit (18a-18d), in particular a further forming shoulder, which is configured for further guiding the packaging material tube transversely to a run-in direction (20a-20d) of the packaging material tube at the forming unit (12a-12d) while maintaining an, in particular homogeneous, material tension generated by the forming unit (12a-12d), characterised by at least one support surface, in particular a work plate, on which products that are to be packaged can be transported, wherein the forming unit (12a-12d) and the form-guiding unit (18a-18d) are arranged on sides (26a-26d, 28a-28d) of the support surface that face away from each other, wherein the form-guiding unit (18a-18d) has at least one form-guiding contour (86a-86d), which is configured to support the guided packaging material tube in order to realize maintenance of the homogeneous material tension. with at least one, in particular roller-free, forming unit (12a-12d), in particular a forming shoulder, which is configured for forming a packaging material web, in particular a paper web, into a packaging material tube, the forming unit (12a-12d) having at least one folding edge (72a-72d) around which the packaging material web is deflectable, and with at least one form-guiding unit (18a-18d), in particular a further forming shoulder, which is configured for further guiding the packaging material tube transversely to a run-in direction (20a-20d) of the packaging material tube at the forming unit (12a-12d) while maintaining an, in particular homogeneous, material tension generated by the forming unit (12a-12d), characterised by at least one support surface, in particular a work plate, on which products that are to be packaged can be transported, wherein the forming unit (12a-12d) and the form-guiding unit (18a-18d) are arranged on sides (26a-26d, 28a-28d) of the support surface that face away from each other, wherein the form-guiding unit (18a-18d) has at least one form-guiding contour (86a-86d), which is configured to support the guided packaging material tube in order to realize maintenance of the homogeneous material tension.
An electric range, comprising: a case; a cover plate coupled to an upper surface of the case to receive an object; a plurality of heating portions disposed under the cover plate to heat the object; an upper bracket disposed under the plurality of heating portions to support the plurality of heating portions; a control board disposed between the cover plate and the upper bracket; a support member having a first end disposed under the control board and a second end disposed on the upper bracket to support the control board; a base bracket disposed under the upper bracket, and a printed circuit board disposed on the base bracket. a case; a cover plate coupled to an upper surface of the case to receive an object; a plurality of heating portions disposed under the cover plate to heat the object; an upper bracket disposed under the plurality of heating portions to support the plurality of heating portions; a control board disposed between the cover plate and the upper bracket; a support member having a first end disposed under the control board and a second end disposed on the upper bracket to support the control board; a base bracket disposed under the upper bracket, and a printed circuit board disposed on the base bracket.
A method of dynamically adjusting an error correction effort level of a storage device, the method comprising: receiving, at the storage device from a storage array controller, an error correction effort level to perform that determines error correction efforts at the storage device to apply to read operations for data from the storage device; identifying, by a controller that resides within the storage device, that a read operation to read the data resulted in an error; and responsive to determining, by the controller that resides within the storage device that an amount of error correction effort level required to correct the error exceeds the received error correction effort level, returning an error condition for the read operation to the storage array controller. receiving, at the storage device from a storage array controller, an error correction effort level to perform that determines error correction efforts at the storage device to apply to read operations for data from the storage device; identifying, by a controller that resides within the storage device, that a read operation to read the data resulted in an error; and responsive to determining, by the controller that resides within the storage device that an amount of error correction effort level required to correct the error exceeds the received error correction effort level, returning an error condition for the read operation to the storage array controller.
A coreless donut-type motor fan for ventilation and cooling, comprising: a fixed body including a frame body and a tubular coil plate, wherein the frame body includes a shaft tube having a through hole formed in a central portion thereof, and an outer tube which is spaced apart from the shaft tube and has a first portion disposed orthogonal to the shaft tube and connected thereto by a plurality of supports and a second portion extending from the first portion in the same extension direction as the shaft tube, and the tubular coil plate extends from the first portion at a position spaced apart inward from the second portion, and includes a plurality of coils and radially formed on inner and outer sides thereof; and a rotating body including a rotary tube rotatably mounted on an outer circumference of the shaft tube through a bearing B, a plurality of guide wings and whose one ends are fixed on an outer circumference of the rotary tube and radially extend therefrom, and a tubular magnet plate having a first magnet plate and a second magnet plate which are connected to the guide wings and at the other ends of the guide wings and and form a "U"-shaped coil plate housing groove therebetween in which the coil plate is housed, and magnet bodies and respectively formed on facing surfaces of the first magnet plate and the second magnet plate. a fixed body including a frame body and a tubular coil plate, wherein the frame body includes a shaft tube having a through hole formed in a central portion thereof, and an outer tube which is spaced apart from the shaft tube and has a first portion disposed orthogonal to the shaft tube and connected thereto by a plurality of supports and a second portion extending from the first portion in the same extension direction as the shaft tube, and the tubular coil plate extends from the first portion at a position spaced apart inward from the second portion, and includes a plurality of coils and radially formed on inner and outer sides thereof; and a rotating body including a rotary tube rotatably mounted on an outer circumference of the shaft tube through a bearing B, a plurality of guide wings and whose one ends are fixed on an outer circumference of the rotary tube and radially extend therefrom, and a tubular magnet plate having a first magnet plate and a second magnet plate which are connected to the guide wings and at the other ends of the guide wings and and form a "U"-shaped coil plate housing groove therebetween in which the coil plate is housed, and magnet bodies and respectively formed on facing surfaces of the first magnet plate and the second magnet plate.
A medical apparatus, comprising: at least one electrode configured to directly contact a tissue of a patient proximate to a depot of brown adipose tissue and to deliver an electrical signal to the patient so as to activate a first nerve type in the BAT without activating a second, different nerve type in the BAT, the first nerve type having a smaller diameter than the second nerve type; and at least one signal generator in electronic communication with the at least one electrode and configured to generate the electrical signal delivered by the at least one electrode, wherein the electrical signal has a peak current that is in a range of about 50mA to 100mA, and a pulse width in a range of about 400μs to 1000μs. at least one electrode configured to directly contact a tissue of a patient proximate to a depot of brown adipose tissue and to deliver an electrical signal to the patient so as to activate a first nerve type in the BAT without activating a second, different nerve type in the BAT, the first nerve type having a smaller diameter than the second nerve type; and at least one signal generator in electronic communication with the at least one electrode and configured to generate the electrical signal delivered by the at least one electrode, wherein the electrical signal has a peak current that is in a range of about 50mA to 100mA, and a pulse width in a range of about 400μs to 1000μs.
An injection molding machine system comprising: an injection molding machine having a mold clamping unit adapted to perform mold clamping on a mold unit, an injection unit adapted to fill the mold unit on which the mold clamping is performed by the mold clamping unit with a molding material, an ejector unit adapted to extract a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified, and a control unit including a data acquisition unit adapted to acquire target data from data relating to an operation state output by the injection molding machine itself, and to record the target data in a storage unit, and a setting unit adapted to set the target data in response to a request from a user; and a display unit characterized in that, in a case where the setting unit sets the target data in response to the request of the user, the display unit is adapted to display a state of a processing load relating to data acquisition before and after the target data is set, or either before or after the target data is set. an injection molding machine having a mold clamping unit adapted to perform mold clamping on a mold unit, an injection unit adapted to fill the mold unit on which the mold clamping is performed by the mold clamping unit with a molding material, an ejector unit adapted to extract a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified, and a control unit including a data acquisition unit adapted to acquire target data from data relating to an operation state output by the injection molding machine itself, and to record the target data in a storage unit, and a setting unit adapted to set the target data in response to a request from a user; and a mold clamping unit adapted to perform mold clamping on a mold unit, an injection unit adapted to fill the mold unit on which the mold clamping is performed by the mold clamping unit with a molding material, an ejector unit adapted to extract a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified, and a control unit including a data acquisition unit adapted to acquire target data from data relating to an operation state output by the injection molding machine itself, and to record the target data in a storage unit, and a setting unit adapted to set the target data in response to a request from a user; and a display unit characterized in that, in a case where the setting unit sets the target data in response to the request of the user, the display unit is adapted to display a state of a processing load relating to data acquisition before and after the target data is set, or either before or after the target data is set.
A manufacturing system for processing a web, the system comprising a rigid frame with a plurality of processing stations; an endless belt which is movable relative to the frame; a track for guiding the endless belt between the processing stations; and a drive structure for advancing the belt along the track, where the system facilitates movement of a web at different speed at different locations along the track, the belt comprising chain links joined to a forward and a rearward adjacent chain link by hinge structures, where each hinge structure comprises a chain rivet with a centre axis about which two adjacent chain links are rotatable relative to each other, characterized in that each chain link comprises a gripping structure facilitating stretching of the web between two adjacent chain rivets.
A method for a user equipment device, UE, to connect to a first cell (602, 604) operating according to a first radio access technology, RAT, and a second cell (602, 604) operating according to a second RAT, the method comprising: establishing a first wireless link with a first cell (602, 604) according to the first RAT and a second wireless link with a second cell (602, 604) according to a second RAT, wherein the first cell (602, 604) operates in a first system bandwidth, and wherein the second cell (602, 604) operates in a second system bandwidth; transmitting a first indication that the UE supports uplink, UL, sharing for one or more of the first or second system bandwidths to one of the first or second cells (602, 604), wherein the first and second system bandwidths are at least partially overlapping; providing, to one of the first cell (602, 604) or the second cell (602, 604), binary information indicating one of no retuning time needed and retuning time needed; and receiving, from one or more of the first or second cells (602, 604), an allocation of first uplink resources associated with the first RAT and an allocation of second uplink resources associated with the second RAT, wherein the allocations correspond to using time division multiplexing, TDM, for uplink data transmissions for the first RAT and the second RAT according to the first and second uplink resources. establishing a first wireless link with a first cell (602, 604) according to the first RAT and a second wireless link with a second cell (602, 604) according to a second RAT, wherein the first cell (602, 604) operates in a first system bandwidth, and wherein the second cell (602, 604) operates in a second system bandwidth; transmitting a first indication that the UE supports uplink, UL, sharing for one or more of the first or second system bandwidths to one of the first or second cells (602, 604), wherein the first and second system bandwidths are at least partially overlapping; providing, to one of the first cell (602, 604) or the second cell (602, 604), binary information indicating one of no retuning time needed and retuning time needed; and receiving, from one or more of the first or second cells (602, 604), an allocation of first uplink resources associated with the first RAT and an allocation of second uplink resources associated with the second RAT, wherein the allocations correspond to using time division multiplexing, TDM, for uplink data transmissions for the first RAT and the second RAT according to the first and second uplink resources.
A circuit for a wireless power receiver device, the circuit comprising: an inductive element configured to receive wireless power from a magnetic field associated with a wireless power transmitter device, the received wireless power inducing an alternating current in the inductive element; an output interface circuit electrically coupled to the inductive element and configured to provide a current to a load causing a voltage across the load; a voltage detector configured to detect the voltage across the load; and a decoupling controller configured to isolate the load from the output interface circuit based on the detected voltage, to decouple variations in the voltage across the load from the inductive element, so as to maintain the alternating current in the inductive element substantially constant as the voltage across the load varies. an inductive element configured to receive wireless power from a magnetic field associated with a wireless power transmitter device, the received wireless power inducing an alternating current in the inductive element; an output interface circuit electrically coupled to the inductive element and configured to provide a current to a load causing a voltage across the load; a voltage detector configured to detect the voltage across the load; and a decoupling controller configured to isolate the load from the output interface circuit based on the detected voltage, to decouple variations in the voltage across the load from the inductive element, so as to maintain the alternating current in the inductive element substantially constant as the voltage across the load varies.
An anti-p185her2/neu antibody for use in the treatment of a tumor associated with p185her2/neu in a subject, or in the prevention of the development of a tumor associated with p185her2/neu in a subject, wherein the antibody is for administration in combination with interferon gamma (IFN-γ), wherein said antibody specifically binds to p185her2/neu and inhibits tyrosine kinase activity of p185her2/neu, wherein treatment of the tumor with the anti-p185her2/neu antibody is initiated 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5 or 5 days prior to addition of IFN-γ treatment. wherein said antibody specifically binds to p185her2/neu and inhibits tyrosine kinase activity of p185her2/neu, wherein treatment of the tumor with the anti-p185her2/neu antibody is initiated 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5 or 5 days prior to addition of IFN-γ treatment.
A table saw assembly comprising: a workpiece support surface; a drop arm assembly carrying an arbor shaft which drives a circular saw blade as a shaping device, said drop arm assembly being movable along a drop path between a first drop arm assembly position whereat a portion of the saw blade supported by the drop arm assembly extends above the workpiece support surface and a second drop arm assembly position whereat the portion of the saw blade does not extend above the workpiece support surface; a latch movable between a first latch position whereat the latch supports the drop arm assembly in the first drop arm assembly position, and a second latch position whereat the latch does not support the drop arm assembly position at the first drop arm assembly position; and an arbor lock for locking the arbor shaft, said arbor lock being movable between a first lock position whereat the arbor lock prevents movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position, and a second lock position whereat the arbor lock does not prevent movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position. a workpiece support surface; a drop arm assembly carrying an arbor shaft which drives a circular saw blade as a shaping device, said drop arm assembly being movable along a drop path between a first drop arm assembly position whereat a portion of the saw blade supported by the drop arm assembly extends above the workpiece support surface and a second drop arm assembly position whereat the portion of the saw blade does not extend above the workpiece support surface; a latch movable between a first latch position whereat the latch supports the drop arm assembly in the first drop arm assembly position, and a second latch position whereat the latch does not support the drop arm assembly position at the first drop arm assembly position; and an arbor lock for locking the arbor shaft, said arbor lock being movable between a first lock position whereat the arbor lock prevents movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position, and a second lock position whereat the arbor lock does not prevent movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position.
A printed matter producing apparatus comprising: feeding means configured to feed a print-receiving medium; printing means configured to perform printing on said print-receiving medium fed by said feeding means based on print data; a take-up mechanism configured to take up printed matter (150") where desired print based on said print data is formed on said print-receiving medium along a transport direction of said feeding means; data acquisition means (S5, S10) configured to acquire unit print data for periodically performing print formation per data print area of said print-receiving medium and total length data, the data print area comprising a predetermined unit length along said transport direction, the total length data indicating a total length of a printed matter print area of said printed matter (150") on which a unit image corresponding to said unit print data is periodically printed along said transport direction; characterized by end adjusting means (S25, S30, S35) configured to make adjustments so as to match an end position of said printed matter print area along said transport direction and an end position of said data print area where said unit image is formed in the last sequence along said transport direction, by either print data mode adjustment that fixes said total length data and adjusts a print mode by said unit print data in said printed matter print area, or total length data adjustment that fixes said predetermined unit length and adjusts said total length data. feeding means configured to feed a print-receiving medium; printing means configured to perform printing on said print-receiving medium fed by said feeding means based on print data; a take-up mechanism configured to take up printed matter (150") where desired print based on said print data is formed on said print-receiving medium along a transport direction of said feeding means; data acquisition means (S5, S10) configured to acquire unit print data for periodically performing print formation per data print area of said print-receiving medium and total length data, the data print area comprising a predetermined unit length along said transport direction, the total length data indicating a total length of a printed matter print area of said printed matter (150") on which a unit image corresponding to said unit print data is periodically printed along said transport direction; characterized by end adjusting means (S25, S30, S35) configured to make adjustments so as to match an end position of said printed matter print area along said transport direction and an end position of said data print area where said unit image is formed in the last sequence along said transport direction, by either print data mode adjustment that fixes said total length data and adjusts a print mode by said unit print data in said printed matter print area, or total length data adjustment that fixes said predetermined unit length and adjusts said total length data.
25-hydroxyvitamin D3 (25-OH D3) in combination with Vitamin D for use in maintaining healthy blood plasma glucose levels or to reduce blood glucose levels to healthy levels in a human.