mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: a main body including a liquid permeable top sheet , a liquid impermeable back sheet , and an absorbent body interposed between the top sheet and the back sheet ; and a hip-holding portion (H), wherein the main body has a shape having a predetermined length in a front-back direction and a predetermined width in a direction orthogonal to the front-back direction, wherein the hip-holding portion (H) includes a side region protruding from a side of a rear portion of the main body , the side region including a first projection that includes a portion having a largest width from a center line (CL) in the front-back direction of the main body , a first recess that is located adjacent to and forward of the first projection , and a second projection that is located adjacent to and forward of the first recess , and wherein the back sheet in the side region has a slip preventive portion for securing the absorbent article , the slip preventive portion being provided so as to straddle, in the front-back direction, a virtual line (X1) that is drawn in the width direction from a bottom point of the first recess and extending in the front-back direction, an equal length on both sides of the virtual line (X1) that is drawn in the width direction from the bottom point of the first recess . a main body including a liquid permeable top sheet , a liquid impermeable back sheet , and an absorbent body interposed between the top sheet and the back sheet ; and a hip-holding portion (H), wherein the main body has a shape having a predetermined length in a front-back direction and a predetermined width in a direction orthogonal to the front-back direction, wherein the hip-holding portion (H) includes a side region protruding from a side of a rear portion of the main body , the side region including a first projection that includes a portion having a largest width from a center line (CL) in the front-back direction of the main body , a first recess that is located adjacent to and forward of the first projection , and a second projection that is located adjacent to and forward of the first recess , and wherein the back sheet in the side region has a slip preventive portion for securing the absorbent article , the slip preventive portion being provided so as to straddle, in the front-back direction, a virtual line (X1) that is drawn in the width direction from a bottom point of the first recess and extending in the front-back direction, an equal length on both sides of the virtual line (X1) that is drawn in the width direction from the bottom point of the first recess .
A blind cleaner device , comprising: a body defining one or more openings ; and a cover adapted to attach with the body of the blind cleaner device ; characterized in that: the cover includes one or more sealing plugs , wherein each of the one or more sealing plugs of the cover are adapted to water-proofing plug a corresponding opening of the one or more openings of the body . a body defining one or more openings ; and a cover adapted to attach with the body of the blind cleaner device ; characterized in that: the cover includes one or more sealing plugs , wherein each of the one or more sealing plugs of the cover are adapted to water-proofing plug a corresponding opening of the one or more openings of the body .
A contact member comprising: a metal base ; and a coating disposed on at least part of the metal base , characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average aspect ratio (length of long axis/length of short axis) of 30 or less, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope. a metal base ; and a coating disposed on at least part of the metal base , characterized in that the coating contains fluorinated oil having a polar group, and metal particles surface-treated with a fluorine-based compound having a polar group, the metal particles have an average aspect ratio (length of long axis/length of short axis) of 30 or less, the metal particles have an average primary particle size of 0.2 um to 10.0 um, and the average primary particle size of the metal particles being an arithmetic average value obtained by measuring the diameters of 20 or more metal particles using an electron microscope.
Audio playback equipment , comprising: - at least one internal loudspeaker , and/or means for connecting with at least one external loudspeaker ; - at least one internal photosensitive sensor which is integrated in a camera integrated in the audio playback equipment, and/or means for connecting with at least one external photosensitive sensor, which is integrated in a camera connected to the audio playback equipment; - a processing unit arranged to: ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment , the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker . - at least one internal loudspeaker , and/or means for connecting with at least one external loudspeaker ; - at least one internal photosensitive sensor which is integrated in a camera integrated in the audio playback equipment, and/or means for connecting with at least one external photosensitive sensor, which is integrated in a camera connected to the audio playback equipment; - a processing unit arranged to: ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment , the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker . ∘ acquire or estimate, by using at least one measurement produced by the internal photosensitive sensor and/or the external photosensitive sensor, at least one light parameter representative of a light illuminating an environment of the audio playback equipment , the at least one light parameter comprising at least one parameter from a luminosity and a colour temperature; o select, according to the light parameter, current values of audio parameters; o apply the current values of the audio parameters on a primary audio signal (Sap) to produce a secondary audio signal (Sas); o playback the secondary audio signal via the internal loudspeaker and/or the external loudspeaker .
A guidewire comprising a solid wire of a biocompatible metal, having a length from about 90 cm to about 300 cm, a proximal diameter from about 0.0191 cm (0.0075 inches) to about 0.076 cm (0.03 inches), and comprising a taper with an approximately hyperbolic tangent shape along the distal third of the guidewire length forming a reduced diameter of the wire wherein the hyperbolic tangent shaped taper has a length from about 10 cm to about 60 cm.
A first wireless transmit/receive unit, WTRU, comprising, a processor configured to: receive discovery data, wherein the discovery data is associated with a priority value, and wherein the discovery data is associated with a destination identity; determine whether the priority value is above a threshold value; determine a transmission to send, wherein, if the priority value is above the threshold value, determine the transmission based on whether sidelink communication data associated with the destination identity is received during a duration of time, wherein the duration of time is determined based on one or more of the priority value or a channel busy ratio, and wherein, if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and perform resource allocation and send the transmission. receive discovery data, wherein the discovery data is associated with a priority value, and wherein the discovery data is associated with a destination identity; determine whether the priority value is above a threshold value; determine a transmission to send, wherein, if the priority value is above the threshold value, determine the transmission based on whether sidelink communication data associated with the destination identity is received during a duration of time, wherein the duration of time is determined based on one or more of the priority value or a channel busy ratio, and wherein, if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and perform resource allocation and send the transmission.
A method for determining a quantity (n) of a gas (G) contained in a tank of a gas insulated switchgear , the tank comprising a gas temperature sensor and a gas pressure sensor , the method comprising the following steps during a measurement phase: (iv) acquiring a gas temperature (Tsens) measured by the gas temperature sensor , (v) acquiring a gas pressure (Psens) measured by the gas pressure sensor , (vi) acquiring an ambient temperature (Tamb) measured by an ambient temperature sensor outside the tank during the measurement phase, characterized in that the method further comprises the following steps during a calibration phase: (i) acquiring a first temperature (T1) and a second temperature (T2) measured by the gas temperature sensor respectively at a first instant (t 1 ) and at a second instant (t 2 ), (ii) acquiring a first pressure (P1) and a second pressure (P2) measured by the gas pressure sensor at the first instant (t 1 ) and at the second instant (t 2 ), (iii) determining a steady-state model (M) of the tank thermal exchanges from the first and second acquired temperature (T1, T2) and from the first and second acquired pressure (P1, P2); and further comprising the following step during the measurement phase: (vii) determining the quantity (n) from the acquired gas temperature (Tsens), the acquired gas pressure (Psens), the acquired ambient temperature (Tamb) and the determined steady state model (M). (iv) acquiring a gas temperature (Tsens) measured by the gas temperature sensor , (v) acquiring a gas pressure (Psens) measured by the gas pressure sensor , (vi) acquiring an ambient temperature (Tamb) measured by an ambient temperature sensor outside the tank during the measurement phase, (i) acquiring a first temperature (T1) and a second temperature (T2) measured by the gas temperature sensor respectively at a first instant (t 1 ) and at a second instant (t 2 ), (ii) acquiring a first pressure (P1) and a second pressure (P2) measured by the gas pressure sensor at the first instant (t 1 ) and at the second instant (t 2 ), (iii) determining a steady-state model (M) of the tank thermal exchanges from the first and second acquired temperature (T1, T2) and from the first and second acquired pressure (P1, P2);
A method of preparing a filter, characterized by the steps of: (i) providing a precursor that includes an active composition and a binder , the active composition including a filtering material and nanosized silicon particles , and (ii) heating and pressing the precursor to obtain the filter in which the filtering material is bound with the nanosized silicon particles through the binder. (i) providing a precursor that includes an active composition and a binder , the active composition including a filtering material and nanosized silicon particles , and (ii) heating and pressing the precursor to obtain the filter in which the filtering material is bound with the nanosized silicon particles through the binder.
Thermostatic valve attachment comprising a base , a handle connected to the base , a thermostatic element arranged at least partly in the handle , and tactile feedback means , wherein the handle is rotatable around an axis of rotation, wherein the handle is arranged rotatably with respect to the thermostatic element and the tactile feedback means are arranged between the handle and the thermostatic element , wherein the tactile feedback means comprises a latching element , a spring and a latch geometry , characterized in that the latch geometry is arranged on the thermostatic element .
Assembly for a drug delivery device comprising: - a dose setting member provided to be moved by a user from an initial position to a dose set position to set a dose, - a main housing part , wherein the dose setting member and the main housing part are connected to form a housing of the assembly, the housing having a proximal end and a distal end , - an activation member which is coupled to the dose setting member to convert a rotation of the dose setting member with respect to the housing into a proximal movement of the activation member with respect to the dose setting member when the dose setting member is moved from the initial position to the dose set position, the activation member having a proximal end section extending from an activation face of the activation member , the activation face being provided for an interaction with the user, - wherein the assembly is configured such that, in the initial position of the dose setting member , the proximal end section is fully received in the housing or slightly protrudes by a protruding distance (Dp) beyond the proximal end of the housing , wherein the activation member is rotationally locked with respect to the dose setting member , characterized in that the activation member is coupled to a piston rod of the assembly such that the activation member is moved proximally with respect to the dose setting member when the dose setting member is moved from the initial position to the dose set position, and in that the assembly is configured such that, when the set dose is increased, the axial extension of the device also increases in proportion, as the activation member moves proximally with respect to the dose setting member. - a dose setting member provided to be moved by a user from an initial position to a dose set position to set a dose, - a main housing part , wherein the dose setting member and the main housing part are connected to form a housing of the assembly, the housing having a proximal end and a distal end , - an activation member which is coupled to the dose setting member to convert a rotation of the dose setting member with respect to the housing into a proximal movement of the activation member with respect to the dose setting member when the dose setting member is moved from the initial position to the dose set position, the activation member having a proximal end section extending from an activation face of the activation member , the activation face being provided for an interaction with the user, - wherein the assembly is configured such that, in the initial position of the dose setting member , the proximal end section is fully received in the housing or slightly protrudes by a protruding distance (Dp) beyond the proximal end of the housing ,
An RF tag (I) comprising: an inlay comprising an IC chip , a loop portion formed in the vicinity of the IC chip and an antenna which is connected to the IC chip via the loop portion , wherein the IC chip and the antenna are sandwiched between sealing films ; a planar auxiliary antenna laminated on the inlay in an insulating state to the inlay ; and a substrate which becomes a substrate layer on which the laminated inlay and auxiliary antenna are mounted, and functions as a dielectric constant regulation layer for the mounted inlay , wherein the substrate has a flexibility to be attachable to the surface of a metallic columnar member constituted of a curved surface having a predetermined curvature in the form of a band along a length direction of the metallic columnar member in a surface contact state, wherein the auxiliary antenna has a cut-out part which is formed so that a conductive member of the auxiliary antenna is not superimposed on the IC chip of the inlay and which cut-out part is located to superimpose on the loop portion of the inlay . an inlay comprising an IC chip , a loop portion formed in the vicinity of the IC chip and an antenna which is connected to the IC chip via the loop portion , wherein the IC chip and the antenna are sandwiched between sealing films ; a planar auxiliary antenna laminated on the inlay in an insulating state to the inlay ; and a substrate which becomes a substrate layer on which the laminated inlay and auxiliary antenna are mounted, and functions as a dielectric constant regulation layer for the mounted inlay , wherein the substrate has a flexibility to be attachable to the surface of a metallic columnar member constituted of a curved surface having a predetermined curvature in the form of a band along a length direction of the metallic columnar member in a surface contact state, wherein the auxiliary antenna has a cut-out part which is formed so that a conductive member of the auxiliary antenna is not superimposed on the IC chip of the inlay and which cut-out part is located to superimpose on the loop portion of the inlay .
A composition comprising a nucleic acid encoding a fusion protein, the fusion protein comprising the transmembrane domain of LMP1 and the amino acid sequence of Interferon-beta Promoter Stimulator-1 (IPS-1), wherein the fusion protein does not contain a domain from a TNF receptor superfamily (TNFRSF) protein, and wherein the fusion protein is an immune stimulator.
Drinking bottle closure for an insulated bottle, at least including: - a housing which is to be connected with a bottle neck which has an outlet chamber wall which surrounds an outlet chamber , and which has a lid (10.1), delimiting the outlet chamber upwardly, having at least one pouring opening (10.5); - a lever element which in a closed position closes the pouring opening (10.5) and which is mounted on the housing such as to be pivotably movable; - an interim element which is coupled in a form-fitting manner with the lever element and is guided in an axially displaceable manner in an air channel, delimited by an air channel wall , in the centre of the housing ; - a sealing element which has a sealing plate which is connected with the interim element and which in the closed position rests on the outlet chamber wall ; characterised in - that the air channel wall is surrounded by a surge protection element arranged within the outlet chamber , which surge protection element is continued in a tunnel in a region situated opposite the pouring opening (10.5), which tunnel extends as far as the outlet chamber wall and - that the sealing plate has on its top side at least one shoulder which in a closed position engages in the surge protection element or covers it. - a housing which is to be connected with a bottle neck which has an outlet chamber wall which surrounds an outlet chamber , and which has a lid (10.1), delimiting the outlet chamber upwardly, having at least one pouring opening (10.5); - a lever element which in a closed position closes the pouring opening (10.5) and which is mounted on the housing such as to be pivotably movable; - an interim element which is coupled in a form-fitting manner with the lever element and is guided in an axially displaceable manner in an air channel, delimited by an air channel wall , in the centre of the housing ; - a sealing element which has a sealing plate which is connected with the interim element and which in the closed position rests on the outlet chamber wall ; characterised in - that the air channel wall is surrounded by a surge protection element arranged within the outlet chamber , which surge protection element is continued in a tunnel in a region situated opposite the pouring opening (10.5), which tunnel extends as far as the outlet chamber wall and - that the sealing plate has on its top side at least one shoulder which in a closed position engages in the surge protection element or covers it.
An isolated antibody that specifically binds to an unsulfated epitope of a human Dkk1 sulfation site but does not substantially bind to the sulfated sulfation site, wherein the sulfation site includes Tyr 83 .
An apparatus for monitoring clock signals, comprising: an interface circuit configured to receive an operating parameter; a control circuit coupled to the interface circuit and configured to store the operating parameter; and a clock error detection circuit coupled to the control circuit , wherein the clock error detection circuit is configured to detect a clock error condition on a clock signal (ref_clk_1...ref_clk_N) based upon the operating parameter and, responsive to detecting the clock error condition, generate a signal (clk_stop, clk_glitch, clk_oor, locked, interrupt) indicating an occurrence of the clock error condition; wherein the clock error detection circuit is configured to detect the occurrence of the clock error condition based, at least in part, upon a comparison of an amount of time the clock signal is high to an amount of time the clock signal is low. an interface circuit configured to receive an operating parameter; a control circuit coupled to the interface circuit and configured to store the operating parameter; and a clock error detection circuit coupled to the control circuit , wherein the clock error detection circuit is configured to detect a clock error condition on a clock signal (ref_clk_1...ref_clk_N) based upon the operating parameter and, responsive to detecting the clock error condition, generate a signal (clk_stop, clk_glitch, clk_oor, locked, interrupt) indicating an occurrence of the clock error condition; wherein the clock error detection circuit is configured to detect the occurrence of the clock error condition based, at least in part, upon a comparison of an amount of time the clock signal is high to an amount of time the clock signal is low.