mhurhangee/patent-ind-claim-en huggingface dataset:
Protective piece intended for being integrated in an article of clothing , in particular underwear, said protective piece being capable of absorbing perspiration, reducing sweat odors, and limiting the appearance of sweat marks, said protective piece being permeable to air and at least to water vapor and comprising two textile structures one on top of the other: - a first absorbent textile structure comprising at least a first absorbent knit or fabric , the internal face of which constitutes the internal face of the protective piece intended for being in contact with the skin, and which comprises, on its internal face , mainly hydrophilic yarns capable of absorbing moisture and reducing sweat odors, said first absorbent textile structure having an odor reduction rate, measured by the ISO 17299-3 method for determining acetic acid by gas chromatography, of greater than 50%, and - a second textile structure forming a moisture barrier and comprising at least a second hydrophobic knit or fabric in contact with said first absorbent textile structure , said second textile structure being permeable to air and breathable with a water-vapor resistance (R et ) under steady state conditions, measured according to standard NF EN ISO 11092:2014, of less than 6 m 2 .Pa/W, said protective piece being free of an additional layer having a water-vapor resistance (R et ) under steady state conditions, measured according to standard NF EN ISO 11092:2014, of greater than 6 m 2 .Pa/W. - a first absorbent textile structure comprising at least a first absorbent knit or fabric , the internal face of which constitutes the internal face of the protective piece intended for being in contact with the skin, and which comprises, on its internal face , mainly hydrophilic yarns capable of absorbing moisture and reducing sweat odors, said first absorbent textile structure having an odor reduction rate, measured by the ISO 17299-3 method for determining acetic acid by gas chromatography, of greater than 50%, and - a second textile structure forming a moisture barrier and comprising at least a second hydrophobic knit or fabric in contact with said first absorbent textile structure , said second textile structure being permeable to air and breathable with a water-vapor resistance (R et ) under steady state conditions, measured according to standard NF EN ISO 11092:2014, of less than 6 m 2 .Pa/W,
A flexible manufacturing system, comprising: a printing assembly with a printing device and a retractable screen assembly ; the retractable screen assembly comprising: a housing member fastened to the printing device and a screen member that can extend from and retract into the housing member ; and characterized in that it further comprises: a support member disposed adjacent to the printing assembly , wherein the printing assembly is configured to move relative to the support member ; wherein a portion of the screen member can automatically fasten to the support member when the printing device is moved directly adjacent to the support member and while the screen member is retracted within the housing member ; and wherein the screen member extends from the housing member as the printing device is moved away from the support member and while the portion remains fastened to the support member . a printing assembly with a printing device and a retractable screen assembly ; the retractable screen assembly comprising: a housing member fastened to the printing device and a screen member that can extend from and retract into the housing member ; and characterized in that it further comprises: a support member disposed adjacent to the printing assembly , wherein the printing assembly is configured to move relative to the support member ; wherein a portion of the screen member can automatically fasten to the support member when the printing device is moved directly adjacent to the support member and while the screen member is retracted within the housing member ; and wherein the screen member extends from the housing member as the printing device is moved away from the support member and while the portion remains fastened to the support member . a support member disposed adjacent to the printing assembly , wherein the printing assembly is configured to move relative to the support member ; wherein a portion of the screen member can automatically fasten to the support member when the printing device is moved directly adjacent to the support member and while the screen member is retracted within the housing member ; and wherein the screen member extends from the housing member as the printing device is moved away from the support member and while the portion remains fastened to the support member .
Alight state data processing method, characterized by comprising: during monitoring light state data of a traffic light, if a light cap controlling time represented by current actual light state data and a light cap controlling time represented by first estimated light state data corresponding to the current actual light state data are different, adjusting (S201, S401) the first estimated light state data according to the current actual light state data to obtain second estimated light state data, wherein a light cap controlling time represented by the second estimated light state data is the same as the light cap controlling time represented by the current actual light state data, wherein the light cap controlling time refers to a time used to control light-up, a cycle and a phase of a light state; and in response to determining that the current actual light state data does not satisfy a preset light state data requirement, generating and outputting (S202, S304, S402) first light state information based on the second estimated light state data. during monitoring light state data of a traffic light, if a light cap controlling time represented by current actual light state data and a light cap controlling time represented by first estimated light state data corresponding to the current actual light state data are different, adjusting (S201, S401) the first estimated light state data according to the current actual light state data to obtain second estimated light state data, wherein a light cap controlling time represented by the second estimated light state data is the same as the light cap controlling time represented by the current actual light state data, wherein the light cap controlling time refers to a time used to control light-up, a cycle and a phase of a light state; and in response to determining that the current actual light state data does not satisfy a preset light state data requirement, generating and outputting (S202, S304, S402) first light state information based on the second estimated light state data.
Universal bracket for lighting appliances, connectable to a structural and/or plant element (C) of a vehicle tunnel, an underpass, or the like, said element (C) comprising a substantially "U" shaped profile comprising, in turn, a bottom (C1) from which two opposite lateral sides (C2) rise, said lateral sides (C2) ending with respective edges (C3), said bracket comprising a support , a first hooking element and a second hooking element , associated with said support in a sliding way so as to be translatable, with respect to said support , along the same first translation direction (A), each of said first hooking element and second hooking element comprising a respective terminal portion configured so as to be constrained to the respective edge (C3) of the element (C), said support further comprising connecting means to one or more lighting appliances, or to supporting means for one or more lighting appliances, said support comprising first, second selective locking members , respectively, of said first hooking element and of said second hooking element , configured to lock each of said first hooking element and second hooking element , with respect to said support and along said first translation direction (A), in a plurality of positions between a position of minimum opening and maximum opening, so as to obtain different configurations of the bracket to adapt to elements (C) of different sizes and geometries, characterized in that it comprises a pressure element , associated with said support , configured so as to abut against the lower face, in use, of the bottom (C1) of the structural and/or plant element (C), wherein said pressure element is movable, with respect to said support , along a second translation direction (B) perpendicular to said first translation direction (A), wherein said pressure element comprises an operating portion , suitable to abut against the lower face, in use, of the bottom (C1) of the structural and/or plant element (C), and a stem , to which said operating portion is connected, said stem being engaged, in a sliding manner, inside a seat provided in said support .
A shielding structure of a safety inspection equipment comprising a shielding body , wherein the shielding body comprises a first carbon fiber layer , a polyurethane layer and a second carbon fiber layer , wherein the second carbon fiber layer is an outer layer of a shielding channel , the first carbon fiber layer and the second carbon fiber layer are made of carbon fiber materials, and the polyurethane layer is made of polyurethane materials; characterized in that , wherein the first carbon fiber layer , the polyurethane layer and the second carbon fiber layer are sequentially stacked to be configured as the shielding channel with two opened ends; wherein the shielding channel comprises the shielding body and two extending portions connected with portions between an outer surface and an inner surface of the shielding body on both opposite ends of the shielding body , the extending portion extends along an axis in an extending direction of the shielding structure , a thickness of the extending portion is smaller than a thickness of the shielding body , and the extending portion is disposed between the outer surface and the inner surface of the shielding body ; wherein a first step is formed between the outer surface of the shielding body and an outer surface of the extending portion , and a second step is formed between the inner surface of the shielding body and an inner surface of the extending portion; and wherein the shielding channel is a hollow cylinder. wherein the first carbon fiber layer , the polyurethane layer and the second carbon fiber layer are sequentially stacked to be configured as the shielding channel with two opened ends; wherein the shielding channel comprises the shielding body and two extending portions connected with portions between an outer surface and an inner surface of the shielding body on both opposite ends of the shielding body , the extending portion extends along an axis in an extending direction of the shielding structure , a thickness of the extending portion is smaller than a thickness of the shielding body , and the extending portion is disposed between the outer surface and the inner surface of the shielding body ; wherein a first step is formed between the outer surface of the shielding body and an outer surface of the extending portion , and a second step is formed between the inner surface of the shielding body and an inner surface of the extending portion; and wherein the shielding channel is a hollow cylinder.
A slurry transport system comprising a slurry pump and a component , said component being configured for directing slurry flow in an upward direction away from a lower interior surface of said component , the component comprising: an exterior frame ; an interior liner disposed within an interior of said exterior frame , said interior liner operable for accommodating travel of a slurry flow therethrough; and a ramp device disposed upon a lower surface of said interior liner , said ramp device configured to directing slurry flow within said interior liner in an upward direction away from said lower surface of said interior liner , characterized in that the component being located upstream of and in the proximity of a pump suction entrance and being configured for re-suspending coarse solid particulates away from a lower portion of said slurry flow to provide a more uniform flow concentration at the pump suction entrance of the slurry pump and thereby reducing wear associated with said slurry pump. an exterior frame ; an interior liner disposed within an interior of said exterior frame , said interior liner operable for accommodating travel of a slurry flow therethrough; and a ramp device disposed upon a lower surface of said interior liner , said ramp device configured to directing slurry flow within said interior liner in an upward direction away from said lower surface of said interior liner ,
Control module for use in a vehicle SCR system, configured to: be connected to at least one device (1; 2) in the SCR system, the device (1; 2) causing air to enter a main pump of a supply module of the SCR system when used for the first time; recognize an ID of the device (1; 2) or an intrinsic component element thereof via a data exchange interface; to be connected to a memory (EEP) storing a previously stored ID of the device (1;2) or the intrinsic component element thereof; automatically recognize the ID of the device (1; 2) or the intrinsic component element thereof once a vehicle engine has started, and compare the recognized ID with the ID of the device (1; 2) or the intrinsic component element thereof previously stored in the memory (EEP), in order to determine whether the device is newly installed; instruct the SCR system to begin operating, if it is determined by the comparison that the device (1; 2) is not newly installed; trigger a first fill function of the SCR system, if it is determined by the comparison that the device (1; 2) is newly installed, and instruct the SCR system to begin operating when the first fill function has been completed; wherein the first fill function is for discharging air from the main pump to a liquid tank by activating the main pump and a withdrawal pump to discharge the air into the liquid tank via a backflow pipeline . be connected to at least one device (1; 2) in the SCR system, the device (1; 2) causing air to enter a main pump of a supply module of the SCR system when used for the first time; recognize an ID of the device (1; 2) or an intrinsic component element thereof via a data exchange interface; to be connected to a memory (EEP) storing a previously stored ID of the device (1;2) or the intrinsic component element thereof; automatically recognize the ID of the device (1; 2) or the intrinsic component element thereof once a vehicle engine has started, and compare the recognized ID with the ID of the device (1; 2) or the intrinsic component element thereof previously stored in the memory (EEP), in order to determine whether the device is newly installed; instruct the SCR system to begin operating, if it is determined by the comparison that the device (1; 2) is not newly installed; trigger a first fill function of the SCR system, if it is determined by the comparison that the device (1; 2) is newly installed, and instruct the SCR system to begin operating when the first fill function has been completed; wherein the first fill function is for discharging air from the main pump to a liquid tank by activating the main pump and a withdrawal pump to discharge the air into the liquid tank via a backflow pipeline .
A composition comprising: a. an aqueous colloidal dispersion comprising hydroxypropyl methyl cellulose acetate succinate (HPMCAS), a dispersant, and a plasticizer; and b. said colloidal dispersion further comprising a non-polymeric, ionizable surface modifier selected from the group consisting of organic acids wherein, said non-polymeric, ionizable surface modifier is an organic acid selected from the group consisting of aliphatic carboxylic acids, dicarboxylic acids, hydroxy carboxylic acids, and benzoic acids and wherein the composition has a pH of from about 3.6 to about 5.3. a. an aqueous colloidal dispersion comprising hydroxypropyl methyl cellulose acetate succinate (HPMCAS), a dispersant, and a plasticizer; and b. said colloidal dispersion further comprising a non-polymeric, ionizable surface modifier selected from the group consisting of organic acids wherein,
An interspinous stabilization and fusion device , comprising: a main body configured for interlaminar placement between adjacent vertebrae , the main body having a midsection , and an inferior section and superior section extending from the midsection to form a U-shaped body, each of the inferior and superior sections having a pair of lateral walls extending therefrom to form a stirrup for receiving a spinous process , characterized in that the inferior and superior sections further have a cutout portion to form a U-shaped receiving slot , the receiving slot having three walls formed around an opening, the opening facing the posterior direction, wherein each of the receiving slots includes a gripping surface comprising one or more vertically extending teeth on a pair of opposed walls, wherein the teeth are configured to enable ratcheting, adjustable depth placement of a fusion promoting component within the receiving slot . a main body configured for interlaminar placement between adjacent vertebrae , the main body having a midsection , and an inferior section and superior section extending from the midsection to form a U-shaped body, each of the inferior and superior sections having a pair of lateral walls extending therefrom to form a stirrup for receiving a spinous process , characterized in that the inferior and superior sections further have a cutout portion to form a U-shaped receiving slot , the receiving slot having three walls formed around an opening, the opening facing the posterior direction, wherein each of the receiving slots includes a gripping surface comprising one or more vertically extending teeth on a pair of opposed walls, wherein the teeth are configured to enable ratcheting, adjustable depth placement of a fusion promoting component within the receiving slot .
A reduced folate for use in a method for rapidly repleting folate levels of a woman for whom there is reason to believe that she may be pregnant or of a woman who believes that she may soon become pregnant, said method comprising: (a) administering reduced folate to the woman during a repletion phase, wherein the amount of reduced folate administered per dose and the number of doses administered per day are selected such that the woman's minimum plasma folate level does not fall below 35 nM and wherein the repletion phase is carried out for no more than about 12 days; or (b) administering reduced folate to the woman during a repletion phase, wherein the total amount of reduced folate administered to the woman per day during the repletion phase is greater than about 10 micromole and no greater than about 200 micromole and wherein the repletion phase is carried out for no more than about 12 days; or (c) administering to the woman two or more repletion doses of reduced folate, wherein each of the repletion doses comprises no less than about 2.5 micromole of reduced folate, wherein the repletion doses are administered no more than about one day apart, wherein the total number of repletion doses administered to the woman is 72 or fewer, and wherein the two or more repletion doses are administered to the woman for no more than 12 days. (a) administering reduced folate to the woman during a repletion phase, wherein the amount of reduced folate administered per dose and the number of doses administered per day are selected such that the woman's minimum plasma folate level does not fall below 35 nM and wherein the repletion phase is carried out for no more than about 12 days; or (b) administering reduced folate to the woman during a repletion phase, wherein the total amount of reduced folate administered to the woman per day during the repletion phase is greater than about 10 micromole and no greater than about 200 micromole and wherein the repletion phase is carried out for no more than about 12 days; or (c) administering to the woman two or more repletion doses of reduced folate, wherein each of the repletion doses comprises no less than about 2.5 micromole of reduced folate, wherein the repletion doses are administered no more than about one day apart, wherein the total number of repletion doses administered to the woman is 72 or fewer, and wherein the two or more repletion doses are administered to the woman for no more than 12 days.
A tire comprising a tread portion divided, by a plurality of circumferential main grooves including a pair of shoulder main grooves , into a plurality of land portions including a pair of shoulder land portions at an outer side in a tire axial direction with respect to the respective shoulder main grooves , wherein a first shoulder land portion that is one of the pair of shoulder land portions has: a plurality of first shoulder lateral grooves each extending inward in the tire axial direction from the outer side in the tire axial direction with respect to a ground-contact edge (TA) and having an inner end portion that terminates within the first shoulder land portion without being connected to the shoulder main groove via a sipe; and first shoulder sipes each provided between the first shoulder lateral grooves that are adjacent to each other in a tire circumferential direction, characterized in that each first shoulder lateral groove has a two-stage structure having a shallow groove portion located at an inner side in the tire axial direction and a deep groove portion that is located at the outer side in the tire axial direction and that is connected to the shallow groove portion via a step portion , wherein the groove depth of the shallow groove portion gradually increases from the inner end portion toward the outer side in the tire axial direction, and has a maximum depth (Ha1) at a point of intersection (Pa) of the shallow groove portion and the step portion , wherein further the groove depth of the deep groove portion gradually decreases from a point of intersection (Pc) of the deep groove portion and the step portion toward the outer side in the tire axial direction, and has a maximum depth (Hj 1) at the point of intersection (Pc), and wherein the maximum depth (Ha1) of the shallow groove portion of the first shoulder lateral groove is 55 to 65% of the maximum depth (Hj 1) of the deep groove portion of the first shoulder lateral groove . a plurality of first shoulder lateral grooves each extending inward in the tire axial direction from the outer side in the tire axial direction with respect to a ground-contact edge (TA) and having an inner end portion that terminates within the first shoulder land portion without being connected to the shoulder main groove via a sipe; and first shoulder sipes each provided between the first shoulder lateral grooves that are adjacent to each other in a tire circumferential direction, characterized in that each first shoulder lateral groove has a two-stage structure having a shallow groove portion located at an inner side in the tire axial direction and a deep groove portion that is located at the outer side in the tire axial direction and that is connected to the shallow groove portion via a step portion ,