mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article having a longitudinal direction and a lateral direction perpendicular to each other, the absorbent article comprising: a waist part along the lateral direction, the waist part including: nonwoven fabric; and a plurality of stretchable members that stretch and contract in the lateral direction, in a state in which the waist part is extended along the lateral direction, an opening being formed in the waist part between stretchable members that are adjacent in the longitudinal direction, a high density region (H) existing longitudinally between the opening and one of the adjacent stretchable members, an external region (E) existing longitudinally between the high density region and another one of the adjacent stretchable members, the high density region having a predetermined lateral length, a density of fibers of the nonwoven fabric in the high density region being higher than a density of fibers of the nonwoven fabric in the external region, at least a part of an edge of the opening including a non-fused portion in which fibers are not fused, wherein a low density region (L) exists on a side closer to the opening with respect to the high density region (H), and a density of fibers of the nonwoven fabric in the low density region is lower than a density of fibers of the nonwoven fabric in the high density region. a waist part along the lateral direction, the waist part including: nonwoven fabric; and a plurality of stretchable members that stretch and contract in the lateral direction, nonwoven fabric; and a plurality of stretchable members that stretch and contract in the lateral direction, in a state in which the waist part is extended along the lateral direction, an opening being formed in the waist part between stretchable members that are adjacent in the longitudinal direction, a high density region (H) existing longitudinally between the opening and one of the adjacent stretchable members, an external region (E) existing longitudinally between the high density region and another one of the adjacent stretchable members, the high density region having a predetermined lateral length, a density of fibers of the nonwoven fabric in the high density region being higher than a density of fibers of the nonwoven fabric in the external region, at least a part of an edge of the opening including a non-fused portion in which fibers are not fused, wherein a low density region (L) exists on a side closer to the opening with respect to the high density region (H), and a density of fibers of the nonwoven fabric in the low density region is lower than a density of fibers of the nonwoven fabric in the high density region.
A method for flag handling, the method comprising: determining at least one destination flag from dispatched instructions; renaming the at least one destination flag based on data dependencies of the dispatched instructions by assigning a free flag register number; writing each renamed flag to an out of order flag mapping table; writing write flags to an in order flag mapping table, wherein the write flags are generated by an out of order execution of the dispatched instructions; and performing a flush operation based on the write flags, wherein the flush operation restores the out of order flag mapping table based on the in order flag mapping table. determining at least one destination flag from dispatched instructions; renaming the at least one destination flag based on data dependencies of the dispatched instructions by assigning a free flag register number; writing each renamed flag to an out of order flag mapping table; writing write flags to an in order flag mapping table, wherein the write flags are generated by an out of order execution of the dispatched instructions; and performing a flush operation based on the write flags, wherein the flush operation restores the out of order flag mapping table based on the in order flag mapping table.
A method for framing data, comprising: encapsulating a data stream into a first frame ; encapsulating the first frame into a second frame; and transmitting the second frame ; characterized in that the first frame is an encapsulation method frame for a Passive Optical Network, PON system, and the second frame is defined by a transmission convergence layer of the PON system; and the first frame comprises a header aligned with a word boundary of an integer multiple of four bytes. encapsulating a data stream into a first frame ; encapsulating the first frame into a second frame; and transmitting the second frame ; characterized in that the first frame is an encapsulation method frame for a Passive Optical Network, PON system, and the second frame is defined by a transmission convergence layer of the PON system; and the first frame comprises a header aligned with a word boundary of an integer multiple of four bytes.
A filtration apparatus for treating a fluid, comprising: a vessel ; a first partition plate defining a through hole ; a second partition plate , wherein the first and second partition plates divide the vessel into first, second and third chambers , the first and second partition plates being arranged such that the second chamber is interposed between the first and third chambers , with the first partition plate located above the second partition plate , and characterized by a filtration module arranged generally vertically within the vessel and located within the second chamber and including a body section defining an outer width which is greater than the width of the through hole in the first partition plate ; and a reducing connector defining an upper end of the filtration module and having a first end secured to the body section of the filtration module and a second end sealed relative to the through hole in the first partition plate to permit communication between the filtration module and the first chamber . a vessel ; a first partition plate defining a through hole ; a second partition plate , wherein the first and second partition plates divide the vessel into first, second and third chambers , the first and second partition plates being arranged such that the second chamber is interposed between the first and third chambers , with the first partition plate located above the second partition plate , and characterized by a filtration module arranged generally vertically within the vessel and located within the second chamber and including a body section defining an outer width which is greater than the width of the through hole in the first partition plate ; and a reducing connector defining an upper end of the filtration module and having a first end secured to the body section of the filtration module and a second end sealed relative to the through hole in the first partition plate to permit communication between the filtration module and the first chamber .
An exchange device configured to exchange an exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z) detachably installed in a component supply section of a component mounting device , the component supply section in which the exchangeable elements (8, 8X, 8X1-8X4, 8Y, 8Z, TR), each of which includes at least a component container (TR) accommodating multiple components, are arranged side-by-side in an arrangement direction, which is at right angles to an attachment/detachment direction for detachably installing the exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z, TR), the exchange device comprising: an arrangement directional moving section configured to move with respect to the component mounting device in the arrangement direction; an exchange section provided in the arrangement directional moving section ; a holding section provided in the exchange section and configured to hold the exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z, TR); an arrangement direction driving device configured to move the arrangement directional moving section in the arrangement direction; and an attachment/detachment direction driving device including a driving motor , characterized in that the exchange section comprises multiple attachment/detachment directional moving sections configured to move the exchangeable elements independently of each other in the attachment/detachment direction of the exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z, TR); at least one holding section is provided in each of the multiple attachment/detachment directional moving sections configured to hold each of the exchangeable elements; and the attachment/detachment direction driving device includes multiple driving motors and is configured to move multiple attachment/detachment directional moving sections , independently of each other, in the attachment/detachment direction. an arrangement directional moving section configured to move with respect to the component mounting device in the arrangement direction; an exchange section provided in the arrangement directional moving section ; a holding section provided in the exchange section and configured to hold the exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z, TR); an arrangement direction driving device configured to move the arrangement directional moving section in the arrangement direction; and an attachment/detachment direction driving device including a driving motor , characterized in that the exchange section comprises multiple attachment/detachment directional moving sections configured to move the exchangeable elements independently of each other in the attachment/detachment direction of the exchangeable element (8, 8X, 8X1-8X4, 8Y, 8Z, TR); at least one holding section is provided in each of the multiple attachment/detachment directional moving sections configured to hold each of the exchangeable elements; and the attachment/detachment direction driving device includes multiple driving motors and is configured to move multiple attachment/detachment directional moving sections , independently of each other, in the attachment/detachment direction.
A sizing composition, comprising: a) at least one film forming, epoxy functional, novolac phenolic resin; b) at least one film forming, sulfonated polyester resin; and c) an aqueous liquid carrier; wherein components (a) and (b) are present as first and second dispersed particles, respectively, in the (c) aqueous liquid carrier, and the sizing composition has a bimodal particle size distribution; or wherein melt phase-blended particles comprising components (a) and (b) are dispersed in the (c) aqueous liquid carrier, and the sizing composition has a log normal particle size distribution. a) at least one film forming, epoxy functional, novolac phenolic resin; b) at least one film forming, sulfonated polyester resin; and c) an aqueous liquid carrier; wherein components (a) and (b) are present as first and second dispersed particles, respectively, in the (c) aqueous liquid carrier, and the sizing composition has a bimodal particle size distribution; or wherein melt phase-blended particles comprising components (a) and (b) are dispersed in the (c) aqueous liquid carrier, and the sizing composition has a log normal particle size distribution.
A susceptor heating element for use with an aerosol-generating device for heating an aerosol-forming substrate when received in the device , the device comprising an induction coil configured to generate an alternating magnetic field when an alternating current is provided to the coil , characterized in that the susceptor heating element is formed from a shape-memory material.
Method for mapping data relating to the conditions on a road, the method comprising the following steps: - A step for recording, in a database, information relating to the weather conditions on a road and information relating the macro-texture of the road surface, determined by a vehicle travelling on the said road, the macro-texture of the road surface being characterized by the mean texture depht, - A step for recording the GPS position of the vehicle corresponding to the recordings made, - A step for displaying, on a map showing the route followed by the vehicle, the weather conditions and the macro-texture of the road surface as a function of the GPS position, wherein the the macro-texture of the road surface is represented by superposing, over a given route, a line whose colours correspond to various states of the road surface. - A step for recording, in a database, information relating to the weather conditions on a road and information relating the macro-texture of the road surface, determined by a vehicle travelling on the said road, the macro-texture of the road surface being characterized by the mean texture depht, - A step for recording the GPS position of the vehicle corresponding to the recordings made, - A step for displaying, on a map showing the route followed by the vehicle, the weather conditions and the macro-texture of the road surface as a function of the GPS position,
Modular blade, comprising a first module , a second module and a device for joining the first and second modules , the device for joining comprising a plurality of bolts positioned between the two modules , where each bolt is threaded in a first insert housed in the first module and in a second insert housed in the second module , wherein the inserts have a threaded part and an unthreaded hollow area to facilitate the insertion of the respective bolt joining the two modules , the device for joining comprising for each bolt a first and second lateral caps , an upper wedge , a lower wedge and transverse bolts that traverse both wedges , all of which is metal, surrounding the corresponding bolt and positioned inside a gap that exists between the two modules , one face of the first lateral cap being in contact with the first insert and one other face of the first lateral cap being in contact with the upper and lower wedges , one face of the second lateral cap being in contact with the second insert and one other face of the second lateral cap being in contact with the upper and lower wedges , so that, during the joining of the modules , when a force F1 is applied to the wedges , the movement between the wedges and the caps generates two opposite forces F2 that separate the modules pre-stressing the corresponding bolt .
Pultrusion method for manufacturing a fibre-reinforced composite product comprising reinforcing fibres embedded in a thermoplastic matrix material, wherein along a path of pultrusion , the following steps are performed: - providing a preform ; - further downstream, introducing the preform into a first die and pre-compacting the preform by means of the first die while the preform passes through the first die ; - further downstream, heating the pre-compacted preform to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for subsequent consolidation of the preform , wherein the heat for heating the preform up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a second die and consolidating the preform by means of the second die while the preform passes through the second die , in order to form the composite product , wherein the second die is not actively heated or is actively cooled. - providing a preform ; - further downstream, introducing the preform into a first die and pre-compacting the preform by means of the first die while the preform passes through the first die ; - further downstream, heating the pre-compacted preform to a processing temperature of the thermoplastic matrix material, the processing temperature being suitable for subsequent consolidation of the preform , wherein the heat for heating the preform up to the processing temperature is introduced in a non-contact manner; and - further downstream, introducing the preform into a second die and consolidating the preform by means of the second die while the preform passes through the second die , in order to form the composite product , wherein the second die is not actively heated or is actively cooled.
A method , implemented by a control unit, for deploying a Full Duplex, FDX, node in a cable system using a FDX band divided into subbands, the cable system comprising a plurality of Cable Modems, CMs, coupled to a cable network, and an amplifier, wherein the method comprises: assigning (S710) a first number of CMs located before the amplifier to a first transmission group and a second number of CMs located after the amplifier to a second transmission group; and assigning (S720) a same first configuration set of transmission directions of the subbands in the FDX band to the CMs in the first transmission group and a same second configuration set of transmission directions of the subbands in the FDX band to the CMs in the second transmission group, wherein the transmission direction is either downstream or upstream; wherein, for at least two subbands, the respective transmission direction of the respective subband in the first configuration set is assigned to be complementary to the respective transmission direction of the respective subband in the second configuration set; wherein the amplifier comprises a frequency split point and a guard band around the split frequency within the FDX band, such that the amplifier has a Frequency Division Duplex, FDD, capability of amplifying only one transmission direction below the split frequency and amplifying another transmission direction above the split frequency; and wherein, for assigning the second configuration set, the second configuration set of transmission directions of the second transmission group is assigned in line with the FDD amplification capability of the amplifier. assigning (S710) a first number of CMs located before the amplifier to a first transmission group and a second number of CMs located after the amplifier to a second transmission group; and assigning (S720) a same first configuration set of transmission directions of the subbands in the FDX band to the CMs in the first transmission group and a same second configuration set of transmission directions of the subbands in the FDX band to the CMs in the second transmission group, wherein the transmission direction is either downstream or upstream; wherein, for at least two subbands, the respective transmission direction of the respective subband in the first configuration set is assigned to be complementary to the respective transmission direction of the respective subband in the second configuration set; wherein the amplifier comprises a frequency split point and a guard band around the split frequency within the FDX band, such that the amplifier has a Frequency Division Duplex, FDD, capability of amplifying only one transmission direction below the split frequency and amplifying another transmission direction above the split frequency; and wherein, for assigning the second configuration set, the second configuration set of transmission directions of the second transmission group is assigned in line with the FDD amplification capability of the amplifier.
Lighting device of a motor vehicle, comprising - a housing in which at least one light module for generating at least one light distribution is arranged, - a control unit with electrical and/or electronic components for implementing a control unit function for operating the at least one light module , - a plug element via which lines (32; 36) from the control unit for supplying power and/or for driving the at least one light module are connected, and - a connecting element arranged on the housing and accessible from the outside for receiving the plug element , wherein electronic and/or electrical components are integrated in the plug element to implement at least part of the control unit function, characterised in that the connecting element has metallic sockets and the plug element has metallic contact pins which cooperate with the metallic sockets of the connecting element to form an electrical contact. - a housing in which at least one light module for generating at least one light distribution is arranged, - a control unit with electrical and/or electronic components for implementing a control unit function for operating the at least one light module , - a plug element via which lines (32; 36) from the control unit for supplying power and/or for driving the at least one light module are connected, and - a connecting element arranged on the housing and accessible from the outside for receiving the plug element ,
A vehicle convertible for use on both roadway and railways, comprising: a vehicle chassis ; a vertical lift jack connected to the chassis ; a stabilizing foot driven up or down relative to the chassis by the vertical lift jack ; four railway wheels connected to the chassis ; two road wheel assemblies connected to pivot relative to the chassis , each road wheel assembly including a road wheel such that the road wheel engages with the ground when the road wheel assembly is pivoted down, and the road wheel does not engage with the ground when the road wheel assembly is pivoted up, characterized in that the vehicle further comprises a fixed axle connected to the chassis such that each road wheel assembly pivots around an opposite end of the fixed axle each road wheel assembly further comprises: a retaining plate connected to the fixed axle ; a locking mechanism for fixing the retaining plate at one or multiple positions on the fixed axle ; a short axle connecting the retaining plate to the road wheel ; and in that each road wheel assembly further comprises a movement mechanism for sliding and pivoting the retaining plate on the fixed axle when the locking mechanism is unlocked. a vehicle chassis ; a vertical lift jack connected to the chassis ; a stabilizing foot driven up or down relative to the chassis by the vertical lift jack ; four railway wheels connected to the chassis ; two road wheel assemblies connected to pivot relative to the chassis , each road wheel assembly including a road wheel such that the road wheel engages with the ground when the road wheel assembly is pivoted down, and the road wheel does not engage with the ground when the road wheel assembly is pivoted up, characterized in that the vehicle further comprises a fixed axle connected to the chassis such that each road wheel assembly pivots around an opposite end of the fixed axle each road wheel assembly further comprises: a retaining plate connected to the fixed axle ; a locking mechanism for fixing the retaining plate at one or multiple positions on the fixed axle ; a short axle connecting the retaining plate to the road wheel ; and in that each road wheel assembly further comprises a movement mechanism for sliding and pivoting the retaining plate on the fixed axle when the locking mechanism is unlocked. the vehicle further comprises a fixed axle connected to the chassis such that each road wheel assembly pivots around an opposite end of the fixed axle each road wheel assembly further comprises: a retaining plate connected to the fixed axle ; a locking mechanism for fixing the retaining plate at one or multiple positions on the fixed axle ; a short axle connecting the retaining plate to the road wheel ; a retaining plate connected to the fixed axle ; a locking mechanism for fixing the retaining plate at one or multiple positions on the fixed axle ; a short axle connecting the retaining plate to the road wheel ; and in that each road wheel assembly further comprises a movement mechanism for sliding and pivoting the retaining plate on the fixed axle when the locking mechanism is unlocked.