mhurhangee/patent-ind-claim-en huggingface dataset:
A tubular container comprising: a trunk portion having a tubular shape one end of which is closed, the trunk portion being formed by using a film member containing a resin material, and being capable of storing contents therein; and a spout portion attached to the other end of the trunk portion , and capable of closing the other end of the trunk portion , wherein on a peripheral portion of the spout portion , the other end of the trunk portion is attached to a surface, of the spout portion , on a side opposite to the one end of the trunk portion , characterized in that the film member has a loop stiffness value not greater than 600 mN, in a width direction of the trunk portion , the loop stiffness value being measured by using a loop tester manufactured by Toyo Seiki Co., Ltd., according to the procedure described in the description of this patent, and the film member has a thickness not smaller than 30 μm and not greater than 200 μm. a trunk portion having a tubular shape one end of which is closed, the trunk portion being formed by using a film member containing a resin material, and being capable of storing contents therein; and a spout portion attached to the other end of the trunk portion , and capable of closing the other end of the trunk portion , wherein on a peripheral portion of the spout portion , the other end of the trunk portion is attached to a surface, of the spout portion , on a side opposite to the one end of the trunk portion , the film member has a loop stiffness value not greater than 600 mN, in a width direction of the trunk portion , the loop stiffness value being measured by using a loop tester manufactured by Toyo Seiki Co., Ltd., according to the procedure described in the description of this patent, and the film member has a thickness not smaller than 30 μm and not greater than 200 μm.
System for capturing braking particles from a friction brake system of a machine , which comprises a vacuum source , a pneumatic circuit which connects said friction brake system to said vacuum source , a filter located on said pneumatic circuit and mounted on a support , said capturing system comprising a control unit , and a control device for said machine , characterized in that said capturing system further comprises a clogging detection device for said filter which is capable of sending at least one signal to said control unit when the filter is clogged, said control unit being capable of determining the clogging of said filter , on the basis of this signal, and being capable of determining whether said detection device is inoperative, said control unit being capable of activating said control device to limit the operation of the machine when said filter is clogged or when said detection device is inoperative.
A device comprising: a structural layer comprising an opening and a connector, wherein the connector is an extension of material of the structural layer; a first glass-reinforced epoxy circuit board (910-1) mounted to one side of the structural layer and comprising an opening, wherein the connector extends through the opening of the first circuit board (910-1); a second glass-reinforced epoxy circuit board (910-2) mounted to an opposing side of the structural layer opposite said one side; components (912-1, 912-2) wherein the components are included in the first or second circuit board and comprise a processor, memory operatively coupled to the processor and a display operatively coupled to the processor; a shell, which is supported by the structural layer and directly connected to the structural layer through the connector; and a power cell, which is disposed to one side of the structural layer and at least in part in the opening of the structural layer. a structural layer comprising an opening and a connector, wherein the connector is an extension of material of the structural layer; a first glass-reinforced epoxy circuit board (910-1) mounted to one side of the structural layer and comprising an opening, wherein the connector extends through the opening of the first circuit board (910-1); a second glass-reinforced epoxy circuit board (910-2) mounted to an opposing side of the structural layer opposite said one side; components (912-1, 912-2) wherein the components are included in the first or second circuit board and comprise a processor, memory operatively coupled to the processor and a display operatively coupled to the processor; a shell, which is supported by the structural layer and directly connected to the structural layer through the connector; and a power cell, which is disposed to one side of the structural layer and at least in part in the opening of the structural layer.
A cover intended to protect a base of a spin-stabilized projectile that includes a sealing band intended to correspond with the grooves of a gun , the cover including a bottom intended to be positioned at the rear of the projectile and a flank that extends from the bottom to a front edge intended to be positioned in the vicinity of the rear of the band , the cover being characterized in that it includes an annular bulge or shell that is located at the front edge of the cover and that is dimensioned so as to be able to be applied radially gripped against the base of the projectile to prevent gas from penetrating the cover .
Method for determining a relative change in a sap flow density in a vascular plant , wherein the method comprises the steps: - arranging a first electrode and a second electrode in the vascular plant to determine an electrical impedance of xylem tissue of the vascular plant ; - either applying an alternating probe voltage over the first and second electrodes and measuring a resulting current flowing from one of the first and second electrodes to the other of the first and second electrodes or applying an alternating probe current flowing from one of the first and second electrodes to the other of the first and second electrodes and measuring a resulting voltage over the first and second electrodes ; - monitoring a thermal state in the xylem tissue while applying either the alternating probe voltage or the alternating probe current; - calculating from either the applied alternating probe voltage and the measured resulting current or the applied alternating probe current and the measured resulting voltage a magnitude of the electrical impedance of the xylem tissue , wherein an influence of the thermal state of the xylem tissue on the magnitude of the electrical impedance is accounted for; and - determining the relative change in the sap flow density in the vascular plant by using a relation between the sap flow density and the magnitude of the electrical impedance that an increased sap flow density results in an increased magnitude of the electrical impedance . - arranging a first electrode and a second electrode in the vascular plant to determine an electrical impedance of xylem tissue of the vascular plant ; - either applying an alternating probe voltage over the first and second electrodes and measuring a resulting current flowing from one of the first and second electrodes to the other of the first and second electrodes or applying an alternating probe current flowing from one of the first and second electrodes to the other of the first and second electrodes and measuring a resulting voltage over the first and second electrodes ; - monitoring a thermal state in the xylem tissue while applying either the alternating probe voltage or the alternating probe current; - calculating from either the applied alternating probe voltage and the measured resulting current or the applied alternating probe current and the measured resulting voltage a magnitude of the electrical impedance of the xylem tissue , wherein an influence of the thermal state of the xylem tissue on the magnitude of the electrical impedance is accounted for; and - determining the relative change in the sap flow density in the vascular plant by using a relation between the sap flow density and the magnitude of the electrical impedance that an increased sap flow density results in an increased magnitude of the electrical impedance .
A footwear article , comprising: an upper , at least a portion of which is formed via a plurality of slippably-engaged and intertwined cords configured to at least partially enclose a foot; and a sole comprising a plurality of openings ; wherein at least one of the cords is engaged with the sole ; and wherein the cords of the upper include: a rand substructure coupled to the sole via sole attachment bights of the rand substructure coupled to and/or extending through the openings in the sole , the rand substructure including vamp attachment bights ; and a sole cord intertwined with the sole attachment bights of the rand substructure ; characterized in that the cords of the upper further include a vamp substructure spaced away from the sole and including rand attachment bights coupled to the vamp attachment bights of the rand substructure . an upper , at least a portion of which is formed via a plurality of slippably-engaged and intertwined cords configured to at least partially enclose a foot; and a sole comprising a plurality of openings ; a rand substructure coupled to the sole via sole attachment bights of the rand substructure coupled to and/or extending through the openings in the sole , the rand substructure including vamp attachment bights ; and a sole cord intertwined with the sole attachment bights of the rand substructure ; characterized in that the cords of the upper further include a vamp substructure spaced away from the sole and including rand attachment bights coupled to the vamp attachment bights of the rand substructure .
A conversion circuit for supplying an output voltage after converting an input voltage, wherein the conversion circuit comprises a first and second input voltage terminals configured to receive the input voltage, and first and second output voltage terminals configured to supply the output voltage, with the second input voltage terminal connected to the second output voltage terminal, the conversion circuit further comprising: a full-bridge circuit comprising a first bridge arm and a second bridge arm connected in parallel and electrically connected between the first end and the second end of the output voltage; a first switch branch electrically connected between the first end of the input voltage and the first end of the output voltage, and comprising a first switch (S1) and a second switch (S2) connected in series to form a first connection node (p1); a first resonant unit electrically connected between the first connection node (p1) and a midpoint (m1) of the first bridge arm; and a first transformer (Tr), comprising: a first primary (Tr1) winding connected in series with the first resonant unit; and a first secondary (Tr2) winding connected between the midpoint (m1) of the first bridge arm and a midpoint (m2) of the second bridge arm; a full-bridge circuit comprising a first bridge arm and a second bridge arm connected in parallel and electrically connected between the first end and the second end of the output voltage; a first switch branch electrically connected between the first end of the input voltage and the first end of the output voltage, and comprising a first switch (S1) and a second switch (S2) connected in series to form a first connection node (p1); a first resonant unit electrically connected between the first connection node (p1) and a midpoint (m1) of the first bridge arm; and a first transformer (Tr), comprising: a first primary (Tr1) winding connected in series with the first resonant unit; and a first secondary (Tr2) winding connected between the midpoint (m1) of the first bridge arm and a midpoint (m2) of the second bridge arm; a first primary (Tr1) winding connected in series with the first resonant unit; and a first secondary (Tr2) winding connected between the midpoint (m1) of the first bridge arm and a midpoint (m2) of the second bridge arm;
A compound having the structure of formula : wherein X is a hydroxy-protecting group or an H atom, Y is a hydroxy-protecting group, an H atom, a payload, or a solid support, wherein the payload or the solid support are optionally connected via a spacer, and R 1 is independently selected from hydroxy-protecting groups and H atom. X is a hydroxy-protecting group or an H atom, Y is a hydroxy-protecting group, an H atom, a payload, or a solid support, wherein the payload or the solid support are optionally connected via a spacer, and R 1 is independently selected from hydroxy-protecting groups and H atom.
A particle condensation system, comprising: a growth tube containing a wick comprised of a microporous material which is configured to reflect light when dry and to become translucent as pores in the wick fill with liquid, wherein the microporous material is wettable by the liquid; characterized by a wick liquid sensor comprising a light source configured to illuminate a surface of the wick in the growth tube; and a detector configured to detect an intensity of light which is reflected by the wick and determine the intensity of reflected light; wherein the detector is configured to measure a liquid saturation of the wick based on the intensity of the wick reflected light. a growth tube containing a wick comprised of a microporous material which is configured to reflect light when dry and to become translucent as pores in the wick fill with liquid, wherein the microporous material is wettable by the liquid; characterized by a wick liquid sensor comprising a light source configured to illuminate a surface of the wick in the growth tube; and a detector configured to detect an intensity of light which is reflected by the wick and determine the intensity of reflected light; wherein the detector is configured to measure a liquid saturation of the wick based on the intensity of the wick reflected light.
Skin massage device for breast reconstruction designed to be positioned in contact with the skin of a person, characterized in that said device forms a decompression cone which, when switched on, simultaneously generates suction and a series of vibrations in an action area and has three main elements designed to fit together along an axis A, a positioning membrane 12, a main suction device 14, and a vibrator ring 16, each being rotationally symmetrical about said axis A ▪ said positioning membrane being configured to: ▪ delimit an action area for the device , and ▪ generate sealed contact between an action area and the device , ▪ said main suction device being controlled by an operating element , ▪ said vibrator ring being configured to produce a series of vibrations according to a predetermined pattern, and also being controlled by the operating element , ▪ said positioning membrane being configured to: ▪ delimit an action area for the device , and ▪ generate sealed contact between an action area and the device , ▪ said main suction device being controlled by an operating element , ▪ said vibrator ring being configured to produce a series of vibrations according to a predetermined pattern, and also being controlled by the operating element , ▪ delimit an action area for the device , and ▪ generate sealed contact between an action area and the device , ▪ said main suction device being controlled by an operating element , ▪ said vibrator ring being configured to produce a series of vibrations according to a predetermined pattern, and also being controlled by the operating element ,
A biosensor comprising a piece of absorbent hydrophilic material on which, on the surface and/or within the thickness thereof, a composition of agglomerated powders is immobilized, said composition comprising ethylene-vinyl acetate (EVA) particles having a surface partially coated at least with a salt of orthophosphoric acid and a visual indicator of microbiological growth.
Method for estimating the quantity of entities deposited on microparticles suspended in a solution, characterised in that it comprises the following steps: (a) the solution is illuminated with a light source; (b) an optical signal formed by the diffusion, in the solution, of the illuminating light is detected; this detected optical signal being at least one image of scabs; (c) the optical signal obtained in step (b) is analysed in order to obtain an indicator relating to this signal; (d) the indicator obtained in step (c) is compared to a reference indicator, obtained for a reference solution, the comparison making it possible to estimate the quantity of entities deposited on the microparticles. (a) the solution is illuminated with a light source; (b) an optical signal formed by the diffusion, in the solution, of the illuminating light is detected; this detected optical signal being at least one image of scabs; (c) the optical signal obtained in step (b) is analysed in order to obtain an indicator relating to this signal; (d) the indicator obtained in step (c) is compared to a reference indicator, obtained for a reference solution, the comparison making it possible to estimate the quantity of entities deposited on the microparticles.
A method comprising: entering , by a portable electronic device , a low-power condition after displaying an application image on a display , wherein no information is displayed on the display during the low-power condition; while in the low-power condition, detecting an input which is part of a gesture; in response to detecting the input, displaying a cover image, identifying informational icons related to device condition and informational icons related to applications and displaying the informational icons with the cover image; and along with movement of the detected gesture, progressively revealing the application image while reducing display of the cover image. entering , by a portable electronic device , a low-power condition after displaying an application image on a display , wherein no information is displayed on the display during the low-power condition; while in the low-power condition, detecting an input which is part of a gesture; in response to detecting the input, displaying a cover image, identifying informational icons related to device condition and informational icons related to applications and displaying the informational icons with the cover image; and along with movement of the detected gesture, progressively revealing the application image while reducing display of the cover image.
A battery state estimating apparatus , comprising: a voltage measuring unit configured to measure a voltage of a battery cell and measure an open circuit voltage (OCV) of the battery cell whenever the measured voltage reaches a reference discharge voltage; and a control unit configured to receive the OCV measured by the voltage measuring unit , compare the received OCV with a pre-stored reference voltage to calculate a voltage fluctuation rate, characterized in that the control unit is further configured to determine a voltage increase and decrease pattern based on the calculated voltage fluctuation rate and pre-stored voltage fluctuation rate data, and determine a degradation acceleration degree of the battery cell according to the determined voltage increase and decrease pattern. a voltage measuring unit configured to measure a voltage of a battery cell and measure an open circuit voltage (OCV) of the battery cell whenever the measured voltage reaches a reference discharge voltage; and a control unit configured to receive the OCV measured by the voltage measuring unit , compare the received OCV with a pre-stored reference voltage to calculate a voltage fluctuation rate, characterized in that the control unit is further configured to determine a voltage increase and decrease pattern based on the calculated voltage fluctuation rate and pre-stored voltage fluctuation rate data, and determine a degradation acceleration degree of the battery cell according to the determined voltage increase and decrease pattern.
An antibacterial osseoconductive thin film coating for an implant for use in medicine and veterinary surgery, the thin film coating having in vivo antibacterial and bone formation promoting characteristics and providing these characteristics with a functionally graded chemical composition, the thin film coating comprising at least one antibacterial agent and at least one agent promoting bioresorption and bone formation, the thin film coating being an alloyed thin film coating comprising minimum three different metals, wherein the at least one agent promoting bioresorption and bone formation is magnesium.
Plate heat exchanger, consisting of first and second heat exchanger plates with at least four apertures for two media, the heat exchanger plates being stacked in an alternating manner between a bottom plate and a top plate in such a way that the apertures form collector or distribution ducts which pass through the stack of heat exchanger plates , there being inlets and outlets from the collector or distribution ducts to flow ducts between the heat exchanger plates , in which the transfer of heat takes place, and the flow ducts for the one medium being delimited by the one surface side of the first heat exchanger plate and by the spaced-apart one surface side of the second heat exchanger plate , characterized in that the flow ducts for the other medium are of a discrete type, with the result that the said flow ducts are not in a hydraulic connection among one another in the manner of a short circuit, and are formed by way of flat bearing and metallic connection of the other surface side of the first heat exchanger plate to the other surface side of the second heat exchanger plate , the other surface side of the first heat exchanger plate having structures in the form of groove-like furrows, and the other surface side of the second heat exchanger plate being configured either with or without structures of this type, fins being inserted between the heat exchanger plates in the flow ducts for the one medium, and the structures being produced by way of stamping of the heat exchanger plates (4a or 4a and 4b).
Method for assisting a user of a means of transportation comprising the steps of: - determining a change of an operating state of the means of transportation and in response thereto, - displaying a control button for operating a function of the means of transportation at a new position, characterized in that the position of the control button changes - from a steering wheel to a door's inner surface and/or to a central console, and/or - from a combined instrument and/or a central information display to the door's inner surface and/or to the central console . - determining a change of an operating state of the means of transportation and in response thereto, - displaying a control button for operating a function of the means of transportation at a new position, characterized in that the position of the control button changes - from a steering wheel to a door's inner surface and/or to a central console, and/or - from a combined instrument and/or a central information display to the door's inner surface and/or to the central console .