mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear , comprising: a first upper component ; a second upper component ; a first strap section extending between the first upper component and the second upper component and across and beneath an instep-containing portion of the first upper component ; a second strap section extending between the first upper component and the second upper component and across and beneath the instep-containing portion of the first upper component ; a sole structure engaged with at least one of the first upper component or the second upper component ; and a lock engaged with at least one of the first upper component , the second upper component , the first strap section , the second strap section , or the sole structure ; and wherein: (a) the first strap section extends from a medial midfoot and/or medial forefoot area of the article of footwear , across and beneath the instep-containing portion of an upper of the article of footwear , around a lateral ankle area of the upper , and to a rear heel area of the upper , wherein the lock releasably holds the first strap section in a tightened condition; and/or (b) the second strap section extends from a lateral midfoot and/or lateral forefoot area of the article of footwear , across and beneath the instep-containing portion of the upper , around the medial ankle area of the upper , and to the rear heel area of the upper , wherein the lock releasably holds the second strap section in a tightened condition. a first upper component ; a second upper component ; a first strap section extending between the first upper component and the second upper component and across and beneath an instep-containing portion of the first upper component ; a second strap section extending between the first upper component and the second upper component and across and beneath the instep-containing portion of the first upper component ; a sole structure engaged with at least one of the first upper component or the second upper component ; and a lock engaged with at least one of the first upper component , the second upper component , the first strap section , the second strap section , or the sole structure ; and wherein: (a) the first strap section extends from a medial midfoot and/or medial forefoot area of the article of footwear , across and beneath the instep-containing portion of an upper of the article of footwear , around a lateral ankle area of the upper , and to a rear heel area of the upper , wherein the lock releasably holds the first strap section in a tightened condition; and/or (b) the second strap section extends from a lateral midfoot and/or lateral forefoot area of the article of footwear , across and beneath the instep-containing portion of the upper , around the medial ankle area of the upper , and to the rear heel area of the upper , wherein the lock releasably holds the second strap section in a tightened condition.
A control device of an internal combustion engine for controlling an internal combustion engine , the engine comprising a particulate filter arranged in an exhaust passage of the internal combustion engine and configured to enable attachment of a secondary air feed system feeding air into exhaust gas flowing into the particulate filter , wherein the control device of an internal combustion engine is configured, in the PM removal control for removing particulate matter deposited on the particulate filter , to perform temperature raising processing for controlling the internal combustion engine so that the air-fuel ratio of the exhaust gas discharged from the engine body is a rich air-fuel ratio richer than the stoichiometric air-fuel ratio and for feeding air from the secondary air feed system , and to perform regeneration processing for controlling the internal combustion engine so that the air-fuel ratio of the exhaust gas discharged from the engine body is leaner than an air-fuel ratio during the temperature raising processing and for feeding air from the secondary air feed system so that the air-fuel ratio of the exhaust gas flowing into the particulate filter is a lean air-fuel ratio leaner than the stoichiometric air-fuel ratio wherein the control device is configured to control the internal combustion engine so that the rotation speed of the internal combustion engine in the temperature raising processing is higher than the rotation speed of the internal combustion engine during the regeneration processing.
A fluidic die , comprising: a first zone (102-1) and a second zone (102-2), wherein a firing signal is to be propagated through the first and second zone, and passed from the first zone to the second zone, each zone comprising: a number of sets of fluidic devices , each fluidic device comprising a fluid chamber and a fluid actuator disposed in the fluid chamber; a sensor configured to sense a characteristic of the zone; and an adjustment device , wherein the adjustment device of the second zone is configured to: delay a received firing signal, received from the first zone, wherein the firing signal is to propagate through each set of fluidic devices in the second zone and the firing signal is delayed as it passes by each set within the second zone such that each set's firing event starts and ends at different points of time; adjust a physical property of the firing signal relative to how it is received from the first zone as it enters the second zone based on the sensed characteristic. a number of sets of fluidic devices , each fluidic device comprising a fluid chamber and a fluid actuator disposed in the fluid chamber; a sensor configured to sense a characteristic of the zone; and an adjustment device , wherein the adjustment device of the second zone is configured to: delay a received firing signal, received from the first zone, wherein the firing signal is to propagate through each set of fluidic devices in the second zone and the firing signal is delayed as it passes by each set within the second zone such that each set's firing event starts and ends at different points of time; adjust a physical property of the firing signal relative to how it is received from the first zone as it enters the second zone based on the sensed characteristic. delay a received firing signal, received from the first zone, wherein the firing signal is to propagate through each set of fluidic devices in the second zone and the firing signal is delayed as it passes by each set within the second zone such that each set's firing event starts and ends at different points of time; adjust a physical property of the firing signal relative to how it is received from the first zone as it enters the second zone based on the sensed characteristic.
A compound of the Formula: YX 1 EGTFTSDYSIX 2 LDKIAQKAX 3 VQWLIAGGPSSGAPPPS; wherein X 1 is Aib; X 2 is Aib; K at position 20 is chemically modified through conjugation to the epsilon-amino group of the K side-chain with ([2-(2-Amino-ethoxy)-ethoxy]-acetyl) 2 -(γGlu) a -CO-(CH 2 ) b -CO 2 H wherein a is 1 to 2 and b is 10 to 20; X 3 is Phe or 1-Nal; and the C-terminal amino acid is optionally amidated as a C-terminal primary amide (SEQ ID NO: 11), or a pharmaceutically acceptable salt thereof.
A breathing apparatus with a user interface comprising a blower ; and a display for displaying a home screen and at least one menu item, and a plurality of buttons for operating the display and controlling the breathing apparatus via the display, comprising: a first button operable, in a patient menu, to sequentially cycle through and display the home screen and the at least one menu item; a second button and a third button operable, in the patient menu, to change a parameter of the at least one menu item when the at least one menu item is presented on the display, the parameter comprising at least one of a respiratory parameter and a breathing apparatus parameter; and a fourth button operable, in the patient menu, to confirm the change of the parameter of the at least one menu item following the change to the parameter; wherein the second button is operable, in a clinician menu, to cycle upwardly through a plurality of top level menu items and the third button is operable, in the clinician menu, to cycle downwardly through the plurality of top level menu items. a blower ; and a display for displaying a home screen and at least one menu item, and a plurality of buttons for operating the display and controlling the breathing apparatus via the display, comprising: a first button operable, in a patient menu, to sequentially cycle through and display the home screen and the at least one menu item; a second button and a third button operable, in the patient menu, to change a parameter of the at least one menu item when the at least one menu item is presented on the display, the parameter comprising at least one of a respiratory parameter and a breathing apparatus parameter; and a fourth button operable, in the patient menu, to confirm the change of the parameter of the at least one menu item following the change to the parameter; wherein the second button is operable, in a clinician menu, to cycle upwardly through a plurality of top level menu items and the third button is operable, in the clinician menu, to cycle downwardly through the plurality of top level menu items. a first button operable, in a patient menu, to sequentially cycle through and display the home screen and the at least one menu item; a second button and a third button operable, in the patient menu, to change a parameter of the at least one menu item when the at least one menu item is presented on the display, the parameter comprising at least one of a respiratory parameter and a breathing apparatus parameter; and a fourth button operable, in the patient menu, to confirm the change of the parameter of the at least one menu item following the change to the parameter; wherein the second button is operable, in a clinician menu, to cycle upwardly through a plurality of top level menu items and the third button is operable, in the clinician menu, to cycle downwardly through the plurality of top level menu items.
Support structure for a vehicle, comprising a support having an upper shell and a lower shell , wherein the extension of the support structure in the longitudinal extension of the vehicle is defined by the extension of the two shells , and with attachment points (14, 14.1) for connecting a link , wherein, on each link attachment side (9, 9.1) a front attachment point and a rear attachment point are provided, characterised in that the two attachment points (14, 14.1) are provided for an attachment insert on each link attachment side (9, 9.1) of the support , connected to the shells , which is open towards a link to be connected to the attachment points (14, 14.1) at least in the region of the attachment points, and is produced as a separate component, which attachment insert comprises an upper chord , a lower chord , and a back section connecting the upper chord to the lower chord , wherein the upper chord of the attachment insert is connected to the upper shell of the support , and the lower chord of the attachment insert is connected to the lower shell of the support , wherein link connection sub-receiving areas (17, 17.1) provided by the attachment insert are separated from the cavity of the support located between the upper and lower shells by the back section , and wherein the depth of attachment insert in the region of the two link connection sub-receiving areas (17, 17.1) providing the attachment points (14, 14.1) is greater than in the section connecting the two link connection sub-receiving areas (17, 17.1).
A device for pulling-out a winding shaft from a roll of material, comprising at least one base frame with at least one floor support disposed on the underside of the base frame , and at least one clamping device (10; 20) disposed on the upper side of the base frame for holding the winding shaft in a clamped manner, characterized in that the base frame includes at least one reception opening formed to accommodate at least one transport fork of an industrial truck .
A method for identifying one or more nucleic acid aptamer sequences having one or more desired properties from a mixture of candidate nucleic acid aptamer sequences, wherein the mixture of candidate nucleic acid aptamer sequences comprises a plurality of single stranded nucleic acids, the method comprising: immobilizing the mixture of candidate nucleic acid aptamer sequences onto a plurality of particles, wherein only a subset of the candidate nucleic acid aptamer sequences are immobilized on any one of the plurality of particles, and wherein the subset is present in multiple copies; exposing the plurality of particles to a target; isolating a particle or particles from the plurality of particles, wherein the isolated particle or particles comprise one or more candidate nucleic acid aptamer sequences having the one or more desired properties; wherein said isolating step comprises contacting the plurality of particles with one or more detectable labels, the one or more detectable labels associate to a higher level with particles comprising one or more candidate nucleic acid aptamer sequences having the desired property and associate to a lower level with particles which do not comprise one or more candidate nucleic acid aptamer sequences having the desired property, quantitating a signal from the detectable labels, and enriching a population of the plurality of particles based on the quantitated signal; and identifying one or more nucleic acid aptamer sequences having the one or more desired properties from the isolated particles; wherein said method comprises two or more rounds of screening, and the plurality of particles for each additional round of screening are the enriched particles from the previous round. immobilizing the mixture of candidate nucleic acid aptamer sequences onto a plurality of particles, wherein only a subset of the candidate nucleic acid aptamer sequences are immobilized on any one of the plurality of particles, and wherein the subset is present in multiple copies; exposing the plurality of particles to a target; isolating a particle or particles from the plurality of particles, wherein the isolated particle or particles comprise one or more candidate nucleic acid aptamer sequences having the one or more desired properties; wherein said isolating step comprises contacting the plurality of particles with one or more detectable labels, the one or more detectable labels associate to a higher level with particles comprising one or more candidate nucleic acid aptamer sequences having the desired property and associate to a lower level with particles which do not comprise one or more candidate nucleic acid aptamer sequences having the desired property, quantitating a signal from the detectable labels, and enriching a population of the plurality of particles based on the quantitated signal; and identifying one or more nucleic acid aptamer sequences having the one or more desired properties from the isolated particles;
A method performed by a wireless device for handover, the method comprising: receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and comprises at least two beams and the access information comprises an indication of allowed beams associated with the target cell, the allowed beams comprising fewer than all of the beams of the target cell, and wherein the access information includes common random access configuration information and dedicated random access resources for the allowed beams; identifying at least one beam from among the at least two beams of the target cell based on the identification of the target cell and the access information from the first handover message; and accessing the target cell using the identified at least one beam. receiving a first handover message from a source network node associated with a source cell, the first handover message comprising an identification of a target cell and access information associated with the target cell, wherein the target cell is different than the source cell and comprises at least two beams and the access information comprises an indication of allowed beams associated with the target cell, the allowed beams comprising fewer than all of the beams of the target cell, and wherein the access information includes common random access configuration information and dedicated random access resources for the allowed beams; identifying at least one beam from among the at least two beams of the target cell based on the identification of the target cell and the access information from the first handover message; and accessing the target cell using the identified at least one beam.
A multifilter segment comprising: a plurality of filter segments comprising a plurality of filter materials and inner wrappers respectively covering outer surfaces of the filter materials ; and an outer wrapper which connects and integrates the filter segments by being wound around outer surfaces of the inner wrappers of the filter segments while end portions of the filter segments are arranged face-to-face, characterized in that CIELab color parameters of the inner wrappers of the adjacent filter segments are different from each other such that a transmitted light intensity ratio is greater than or equal to 1.6 when red, blue or green light or light having a combination of two or more types passes through the adjacent filter segments . a plurality of filter segments comprising a plurality of filter materials and inner wrappers respectively covering outer surfaces of the filter materials ; and an outer wrapper which connects and integrates the filter segments by being wound around outer surfaces of the inner wrappers of the filter segments while end portions of the filter segments are arranged face-to-face, characterized in that CIELab color parameters of the inner wrappers of the adjacent filter segments are different from each other such that a transmitted light intensity ratio is greater than or equal to 1.6 when red, blue or green light or light having a combination of two or more types passes through the adjacent filter segments .
A copolymer, comprising: 20 to 65 wt% of units derived from an alkyl styrene-based monomer; 10 to 40 wt% of units derived from a (meth)acrylate-based monomer; and 20 to 40 wt% of units derived from a vinyl cyan-based monomer, based on a total weight of the copolymer, wherein the residual monomer content is 780 ppm or less, said residual monomer content being measured by gel permeation chromatography using a supernatant obtained after dissolving the copolymer in a chloroform solution and depositing in methanol. 20 to 65 wt% of units derived from an alkyl styrene-based monomer; 10 to 40 wt% of units derived from a (meth)acrylate-based monomer; and 20 to 40 wt% of units derived from a vinyl cyan-based monomer, based on a total weight of the copolymer, wherein the residual monomer content is 780 ppm or less, said residual monomer content being measured by gel permeation chromatography using a supernatant obtained after dissolving the copolymer in a chloroform solution and depositing in methanol.
3D fibrous structure preform comprising at least 3 layers of weft and/or warp yarns, wherein the structure is woven as one part by multilayer weaving between a plurality of layers of warp yarns and a plurality of layers of weft yarns, characterized in that the totality or a determined part of the warp yarns and/or the weft yarns is pre-coated with a thermosensitive polymer and comprises a predetermined distribution of intersection points of warp yarn and weft yarn bonded by polymer, and in that this polymer represents a weight less than, or equal to, about 10%, preferably from about 1 to about 7%, more preferably from 1 to 5%, by weight based on the total weight of the preform, and in that the preform comprises at least one thermoformed portion in which the warp and weft yarns are bonded to their intersections by polymer, where at least one of the warp and/or weft yarns carry polymer.
A method for transporting polyolefin particles in a polymer conveying system, comprising the steps of a) Subjecting the polyolefin particles to moist conveying gas to produce wetted polyolefin particles; b) Transporting the wetted polyolefin particles through at least one conveying line; and c) Controlling the amount of moisture in the conveying gas of the polymer conveying system as such that at the downstream end point of the at least one conveying line the relative humidity of the conveying gas (RH CG ) is 40% to 100%, wherein the temperature in the polymer conveying system is maintained in a range of from 5°C to 20°C. a) Subjecting the polyolefin particles to moist conveying gas to produce wetted polyolefin particles; b) Transporting the wetted polyolefin particles through at least one conveying line; and c) Controlling the amount of moisture in the conveying gas of the polymer conveying system as such that at the downstream end point of the at least one conveying line the relative humidity of the conveying gas (RH CG ) is 40% to 100%,
An antidegradant compound represented by formula I: wherein each X is independently selected from the group consisting of ethyl, methyl, or hydrogen.
System for feeding a coating material from a modular unit to a coating device, which modular unit (40-42) is provided for storing and supplying preferably roll-shaped or coil-shaped coating material units, in particular edge bands (K) for application to a narrow side of planar workpieces (W), comprising: a feed portion for receiving and transporting the coating material, a magazine unit for guiding the coating material supplied by the feed portion , at least one movable modular unit (40-42), a coupling portion for coupling the movable modular unit (40-42) to the feed portion , which modular unit (40-42) receives coating material units, characterised in that the coupling portion comprises a latching socket , for example an opening, which can be brought into engagement with a latching element of a modular unit (40-42), wherein the coupling portion comprises an electric interface for electrically coupling the modular unit (40-42) to the feed portion. a feed portion for receiving and transporting the coating material, a magazine unit for guiding the coating material supplied by the feed portion , at least one movable modular unit (40-42), a coupling portion for coupling the movable modular unit (40-42) to the feed portion , which modular unit (40-42) receives coating material units, characterised in that the coupling portion comprises a latching socket , for example an opening, which can be brought into engagement with a latching element of a modular unit (40-42), wherein the coupling portion comprises an electric interface for electrically coupling the modular unit (40-42) to the feed portion.