mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensing element comprising: an electro-conductive pressure sensing film ; a sensor electrode provided at a position faced to the pressure sensing film; and an insulating layer which creates a predetermined distance between the pressure sensing film and the sensor electrode so as to keep them apart from each other, wherein when force is not applied to the pressure sensing element, the pressure sensing film does not directly contact the sensor electrode, and when force is applied to the pressure sensing element, the pressure sensing film contacts the sensor electrode, characterised in that the pressure sensing film is a resin film containing carbon particles, wherein a resin composing the pressure sensing film contains polyimide or polyamide-imide as a main ingredient; and a surface of the pressure sensing film, faced to the sensor electrode, has a surface roughness Rz of 0.10 μm or larger and 0.50 μm or smaller. an electro-conductive pressure sensing film ; a sensor electrode provided at a position faced to the pressure sensing film; and an insulating layer which creates a predetermined distance between the pressure sensing film and the sensor electrode so as to keep them apart from each other, wherein when force is not applied to the pressure sensing element, the pressure sensing film does not directly contact the sensor electrode, and when force is applied to the pressure sensing element, the pressure sensing film contacts the sensor electrode, characterised in that the pressure sensing film is a resin film containing carbon particles, wherein a resin composing the pressure sensing film contains polyimide or polyamide-imide as a main ingredient; and a surface of the pressure sensing film, faced to the sensor electrode, has a surface roughness Rz of 0.10 μm or larger and 0.50 μm or smaller.
Control device for lighting elements to be mounted on a roll-up covering installation , in particular of the type intended to be installed in correspondence with windows, doors, glazing or similar passages, and comprising a tubular shaft rotating around its longitudinal development axis (X) and a cover, preferably a sheet , to be wound on said tubular shaft and to be unwound therefrom, said device comprises: - a head which is configured to idly support the tubular shaft by itself, - a casing which is removably mounted on said head and which is configured to be inserted and housed in said tubular shaft , said device being characterized in that said casing contains control means for said lighting elements , and in that said device further comprises : - means for fixing the head to a lateral bracket of a support structure for fixing said covering installation to an external fixed structure and wherein said fixing means comprise at least two elements (41', 41") which clamp laterally an external portion of the head , which is intended to always remain outside the tubular shaft . - a head which is configured to idly support the tubular shaft by itself, - a casing which is removably mounted on said head and which is configured to be inserted and housed in said tubular shaft , said device being characterized in that said casing contains control means for said lighting elements , and in that said device further comprises : - means for fixing the head to a lateral bracket of a support structure for fixing said covering installation to an external fixed structure and wherein said fixing means comprise at least two elements (41', 41") which clamp laterally an external portion of the head , which is intended to always remain outside the tubular shaft .
A path switching method, wherein the method comprises: receiving (S301), by a base station, a first message sent by first user equipment, wherein the first message is used to request to switch the first user equipment from a non-direct path for communicating with the base station by using second user equipment to a direct path for communicating with the base station; and sending (S304), by the base station, a second message to the first user equipment, wherein the second message is used to instruct the first user equipment to perform path switching (S305), and the second message comprises at least one of a timing advance, a closed-loop power control value, and an uplink grant configuration, wherein: before sending, by the base station, the second message to the first user equipment, the method further comprises: sending (S302), by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent (S303) by the second user equipment, wherein the fourth message comprises the timing advance. receiving (S301), by a base station, a first message sent by first user equipment, wherein the first message is used to request to switch the first user equipment from a non-direct path for communicating with the base station by using second user equipment to a direct path for communicating with the base station; and sending (S304), by the base station, a second message to the first user equipment, wherein the second message is used to instruct the first user equipment to perform path switching (S305), and the second message comprises at least one of a timing advance, a closed-loop power control value, and an uplink grant configuration, wherein: before sending, by the base station, the second message to the first user equipment, the method further comprises: sending (S302), by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent (S303) by the second user equipment, wherein the fourth message comprises the timing advance. sending (S302), by the base station, a third message to the second user equipment, wherein the third message is used to instruct the second user equipment to report the timing advance; and receiving, by the base station, a fourth message sent (S303) by the second user equipment, wherein the fourth message comprises the timing advance.
A liquid having oxygen absorbing ability, comprising a cobalt-salen complex or a derivative thereof and an ionic liquid formed from an anion having an amine structure and a cation of an aliphatic quaternary phosphonium or ammonium having alkyl chains with each 2-20 carbon atoms, wherein the anion of the ionic liquid is coordinated to a cobalt ion of the cobalt-salen complex or a derivative thereof, wherein the cobalt-salen complex is represented by the general formula : wherein R 1a , R 1b , R 2 and R 3 are the same or different and respectively are a hydrogen atom, a halogen atom, an alkyl or haloalkyl group with 1-6 carbon atoms, an alkoxy group with 1-6 carbon atoms, an acyl group with 1-6 carbon atoms, an amino group, a nitro group, a nitrile group (cyano group), a vinyl group or an aryl or heteroaryl group with 6-12 carbon atoms; and R 1a and R 1b may bind each other through an atom or an atomic group bound thereto to form a ring structure, and wherein the ionic liquid comprises an anion of N-methylglycine. wherein R 1a , R 1b , R 2 and R 3 are the same or different and respectively are a hydrogen atom, a halogen atom, an alkyl or haloalkyl group with 1-6 carbon atoms, an alkoxy group with 1-6 carbon atoms, an acyl group with 1-6 carbon atoms, an amino group, a nitro group, a nitrile group (cyano group), a vinyl group or an aryl or heteroaryl group with 6-12 carbon atoms; and R 1a and R 1b may bind each other through an atom or an atomic group bound thereto to form a ring structure, and wherein the ionic liquid comprises an anion of N-methylglycine.
A map production method to be performed by a first mobile robot which moves in a first region and includes a first sensor and a second sensor , the map production method comprising: storing, in the first mobile robot , map information; acquiring first information from the first sensor , the first information indicating an amount of movement of the first mobile robot ; acquiring second information from the second sensor , the second information indicating a distance from a first object present in an observation region of the first mobile robot to the first mobile robot ; acquiring third information from a third sensor provided in the first region , the third information including video information of an observation region of the third sensor ; acquiring fourth information indicating a detection region of the second sensor which is calculated based on the first information and the second information; acquiring fifth information indicating a detection region of the third sensor which is calculated based on the third information; judging, based on the fourth information and the fifth information, whether a second region where the detection region of the second sensor overlaps with the detection region of the third sensor is present; and updating, if the second region is judged to be present, the stored map information for the second region. storing, in the first mobile robot , map information; acquiring first information from the first sensor , the first information indicating an amount of movement of the first mobile robot ; acquiring second information from the second sensor , the second information indicating a distance from a first object present in an observation region of the first mobile robot to the first mobile robot ; acquiring third information from a third sensor provided in the first region , the third information including video information of an observation region of the third sensor ; acquiring fourth information indicating a detection region of the second sensor which is calculated based on the first information and the second information; acquiring fifth information indicating a detection region of the third sensor which is calculated based on the third information; judging, based on the fourth information and the fifth information, whether a second region where the detection region of the second sensor overlaps with the detection region of the third sensor is present; and updating, if the second region is judged to be present, the stored map information for the second region.
A fiber optic ribbon cable, comprising: a jacket of the cable ; a buffer tube disposed in the jacket ; a fiber optic ribbon stack extending within the buffer tube , wherein the ribbon stack twists along the length of the buffer tube ; at least one tape having at least two edges along the length of the at least one tape , wherein the at least one tape extends along the ribbon stack within the buffer tube ; wherein the at least one tape is wrapped around the ribbon stack with at least a portion of one edge disposed between the other edge and the ribbon stack , thereby defining an overlapping portion of the at least one tape ; wherein corners of the ribbon stack interface with and compress the overlapping portion at intermittent locations along a length of the cable to provide intermittent coupling points or portions between the ribbon stack and the overlapping portion of the at least one tape that in turn produces a coupling force between the ribbon stack and the buffer tube by way of the tape , and, wherein the ribbon stack is not directly coupled at all to the buffer tube between the points or portions of intermittent coupling, allowing greater freedom of movement of the ribbon stack when compared to the intermittent coupling points or portions; the fiber optic ribbon cable being characterised in that the overlapping portion of the at least one tape extends around at least 45 degrees of the interior perimeter of the buffer tube. a jacket of the cable ; a buffer tube disposed in the jacket ; a fiber optic ribbon stack extending within the buffer tube , at least one tape having at least two edges along the length of the at least one tape , wherein the at least one tape extends along the ribbon stack within the buffer tube ; wherein the at least one tape is wrapped around the ribbon stack with at least a portion of one edge disposed between the other edge and the ribbon stack , thereby defining an overlapping portion of the at least one tape ; wherein corners of the ribbon stack interface with and compress the overlapping portion at intermittent locations along a length of the cable to provide intermittent coupling points or portions between the ribbon stack and the overlapping portion of the at least one tape that in turn produces a coupling force between the ribbon stack and the buffer tube by way of the tape , and, wherein the ribbon stack is not directly coupled at all to the buffer tube between the points or portions of intermittent coupling, allowing greater freedom of movement of the ribbon stack when compared to the intermittent coupling points or portions; the fiber optic ribbon cable being characterised in that the overlapping portion of the at least one tape extends around at least 45 degrees of the interior perimeter of the buffer tube.
A packet transmission method, comprising: receiving , by a second device, at least one first packet from a first device; wherein the first packet comprises a first cycle label and a first number, and the first packet is a packet sent by the first device in a cycle corresponding to the first cycle label; when the first number of the first packet meets a first condition, determining , by the second device, a second cycle label corresponding to the first cycle label, and sending the first packet to a third device in a cycle corresponding to the second cycle label; and when the first number of the first packet meets a second condition, determining , by the second device, a third cycle label corresponding to the first cycle label, and sending the first packet to the third device in a cycle corresponding to the third cycle label, wherein the cycle corresponding to the second cycle label and the cycle corresponding to the third cycle label are different cycles. receiving , by a second device, at least one first packet from a first device; wherein the first packet comprises a first cycle label and a first number, and the first packet is a packet sent by the first device in a cycle corresponding to the first cycle label; when the first number of the first packet meets a first condition, determining , by the second device, a second cycle label corresponding to the first cycle label, and sending the first packet to a third device in a cycle corresponding to the second cycle label; and when the first number of the first packet meets a second condition, determining , by the second device, a third cycle label corresponding to the first cycle label, and sending the first packet to the third device in a cycle corresponding to the third cycle label, wherein the cycle corresponding to the second cycle label and the cycle corresponding to the third cycle label are different cycles.
An ecology valve for withdrawing residual fuel from primary and secondary fuel manifolds of a gas turbine engine upon engine shut-down, the ecology valve comprising: a variable volume primary reservoir having a primary port connectable in fluid flow communication with the primary fuel manifold ; a variable volume secondary reservoir connectable in fluid flow communication with the secondary fuel manifold ; a reciprocating piston movable from a retracted position when engine start-up is initiated to an extended position which is assumed by the piston under normal engine running conditions, the movement of the reciprocating piston between the retracted and extended positions controlling the flow of fuel from and to the variable volume primary and secondary reservoirs ; and a cross-bleed passage defined in the reciprocating piston , the cross-bleed passage connecting the primary and secondary reservoirs in fluid flow communication only when the piston is in its extended position, characterised in that the cross-bleed passage has an inlet and an outlet which are both in fluid flow communication with the variable volume primary reservoir when the reciprocating piston is in its retracted position. a variable volume primary reservoir having a primary port connectable in fluid flow communication with the primary fuel manifold ; a variable volume secondary reservoir connectable in fluid flow communication with the secondary fuel manifold ; a reciprocating piston movable from a retracted position when engine start-up is initiated to an extended position which is assumed by the piston under normal engine running conditions, the movement of the reciprocating piston between the retracted and extended positions controlling the flow of fuel from and to the variable volume primary and secondary reservoirs ; and a cross-bleed passage defined in the reciprocating piston , the cross-bleed passage connecting the primary and secondary reservoirs in fluid flow communication only when the piston is in its extended position, characterised in that the cross-bleed passage has an inlet and an outlet which are both in fluid flow communication with the variable volume primary reservoir when the reciprocating piston is in its retracted position.
A negative electrode comprising: a negative electrode current collector; and a negative electrode active material layer disposed on the negative electrode current collector, wherein the negative electrode active material layer includes a silicon-based active material, a first conductive material including graphite, a second conductive material including a single-walled carbon nanotube, and a binder, wherein: the binder includes a cellulose-based compound and a rubber-based compound; the first conductive material is included in the negative electrode active material layer in an amount of 15 wt% to 25 wt%; the second conductive material is included in the negative electrode active material layer in an amount of 0.15 wt% to 2.5 wt%; and the second conductive material and the binder are included in the negative electrode active material layer at a weight ratio of 1.5:99.5 to 20.0:80.0. a negative electrode current collector; and a negative electrode active material layer disposed on the negative electrode current collector, wherein the negative electrode active material layer includes a silicon-based active material, a first conductive material including graphite, a second conductive material including a single-walled carbon nanotube, and a binder, wherein: the binder includes a cellulose-based compound and a rubber-based compound; the first conductive material is included in the negative electrode active material layer in an amount of 15 wt% to 25 wt%; the second conductive material is included in the negative electrode active material layer in an amount of 0.15 wt% to 2.5 wt%; and the second conductive material and the binder are included in the negative electrode active material layer at a weight ratio of 1.5:99.5 to 20.0:80.0. the binder includes a cellulose-based compound and a rubber-based compound; the first conductive material is included in the negative electrode active material layer in an amount of 15 wt% to 25 wt%; the second conductive material is included in the negative electrode active material layer in an amount of 0.15 wt% to 2.5 wt%; and the second conductive material and the binder are included in the negative electrode active material layer at a weight ratio of 1.5:99.5 to 20.0:80.0.
A cooling tower comprising cooling tower fill arranged for the cooling of process water with air by indirect heat exchange, in which the fill is configured with a first set of channels and a second set of channels, said first and second set of channels interleaved with one-another so that heat exchange occurs across material separating said channels from one-another, characterised in that said first set of channels are vertical from a top of said fill to a bottom of said fill, and wherein said second set of channels shift one column width at a top section of said fill, and are vertical through a middle section of said fill, or wherein said first set of channels shift one-half column width in a first direction at a top section of said fill, are vertical through a middle section of said fill, and wherein said second set of channels shift one-half column width in a second direction at said top section of said fill, and are vertical through a middle section of said fill.
Heat-treated liquid nutritional composition comprising 8 - 20 g of protein per 100 ml of the composition, wherein at least 50 wt.% of the protein is micellar casein and at least 10 wt.% of the protein is hydrolysed whey protein, wherein the hydrolysed whey protein has a degree of hydrolysation in the range 1-25%, the degree of hydrolysation being determined by the trinitrobenzenesulphonic acid (TNBS) procedure and being corrected for the natural degree of hydrolysation of the whey protein that was used for the preparation of the hydrolysed whey protein.
Treadable mat, comprising at least one sanitisation portion (10; 110) treadable by a user and provided with sanitisation means suitable to dispense a sanitising substance towards the surface of the user that rests on said sanitisation portion of sanitisation, wherein said sanitisation portion comprises a treadable support surface and wherein said sanitisation means are housed in a sanitisation seat formed in the sanitisation portion below said support surface, said sanitisation means comprising: - at least one tank (22; 120) containing the sanitising substance; - at least one dispensing nozzle (24; 122) in fluidic communication with said tank (22; 120), said dispensing nozzle having an open end on said support surface; - actuator means (30; 130) operable to generate a spray or vaporised or nebulised jet of the sanitising substance in the presence of a sanitisation command signal characterized in that the sanitisation command signal is supplied to the actuator means (30; 130) by a user presence sensor , the treadable mat further comprising at least one carpet support area separated from the at least one sanitisation portion (10; 110). - at least one tank (22; 120) containing the sanitising substance; - at least one dispensing nozzle (24; 122) in fluidic communication with said tank (22; 120), said dispensing nozzle having an open end on said support surface; - actuator means (30; 130) operable to generate a spray or vaporised or nebulised jet of the sanitising substance in the presence of a sanitisation command signal characterized in that the sanitisation command signal is supplied to the actuator means (30; 130) by a user presence sensor , the treadable mat further comprising at least one carpet support area separated from the at least one sanitisation portion (10; 110).
Washing container for a household dishwasher , comprising a bottom plate , a U-shaped washing container jacket , which is arranged on the bottom plate and comprises a side wall , which is connected to the bottom plate by means of a folded joint , characterised in that, - a U-shaped frame which is connected to the washing container jacket is provided, which supports the washing container jacket , wherein the U-shaped frame has a support rib , which rises from the frame and is arranged within the washing container jacket , on which the folded joint is supported, and wherein the support rib comprises a closed support surface on which the folded joint lies and - a sealing element is attached to the U-shaped frame , which is arranged inside the washing container and which seals the U-shaped frame off from the washing container jacket in a watertight manner. - a U-shaped frame which is connected to the washing container jacket is provided, which supports the washing container jacket , wherein the U-shaped frame has a support rib , which rises from the frame and is arranged within the washing container jacket , on which the folded joint is supported, and wherein the support rib comprises a closed support surface on which the folded joint lies and - a sealing element is attached to the U-shaped frame , which is arranged inside the washing container and which seals the U-shaped frame off from the washing container jacket in a watertight manner.