mhurhangee/patent-ind-claim-en huggingface dataset:
A rear element of a safety binding intended to be mounted on a ski, comprising: - a plate pivoting relative to the ski; - a suspended body , two arms mounted on each side of said suspended body and two lugs emerging from said pivoting plate ; an upper end of each of said arms being connected to said suspended body and a lower end of each of said arms being connected to said lugs , and - a device for adjusting the longitudinal position of said suspended body, - said pivoting plate has a recess receiving a translationally adjustable part along a longitudinal axis (A2) of the binding ; characterised in that : - said lugs form the ends of a bar translationally movable relative to said pivoting plate ; said bar being integral with said translationally adjustable part so that the displacement of said translationally adjustable part makes it possible to modify the longitudinal position of said suspended body . - a plate pivoting relative to the ski; - a suspended body , two arms mounted on each side of said suspended body and two lugs emerging from said pivoting plate ; an upper end of each of said arms being connected to said suspended body and a lower end of each of said arms being connected to said lugs , and - a device for adjusting the longitudinal position of said suspended body, - said pivoting plate has a recess receiving a translationally adjustable part along a longitudinal axis (A2) of the binding ; - said lugs form the ends of a bar translationally movable relative to said pivoting plate ; said bar being integral with said translationally adjustable part so that the displacement of said translationally adjustable part makes it possible to modify the longitudinal position of said suspended body .
A liquid heater comprising: a conduit ; a circuit for carrying a DC current; and a wire mesh segment disposed in the conduit and configured to receive the current and to heat a liquid flowing through voids in the wire mesh segment, characterised in that the wire mesh segment has a conically shaped surface: the wire mesh segment comprises a broad ring and a narrow ring , the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring . a conduit ; a circuit for carrying a DC current; and a wire mesh segment disposed in the conduit and configured to receive the current and to heat a liquid flowing through voids in the wire mesh segment, characterised in that the wire mesh segment has a conically shaped surface: the wire mesh segment comprises a broad ring and a narrow ring , the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring . the wire mesh segment comprises a broad ring and a narrow ring , the broad ring being disposed upstream of the narrow ring along the flow of liquid; and the circuit comprises a first electrical lead connected to the broad ring and a second electrical lead connected to the narrow ring .
Display unit , at least comprising a screen for displaying visual information and an air conducting means for conducting air from a source to the screen , wherein the conducting means is configured to direct the air at least sectionaly along the screen , and at least one deflection means having a deflection surface for deflecting at least one part of the air directed at least sectionaly along the screen . characterized in that a deformation means is arranged underneath a section of the screen surface for transferring a part of the screen between a deflection state and a non-deflection state, wherein the deflection means formable by a deformation of the screen surface caused by the deformation means, wherein at least one part of the screen surface forms as the deflection means with the deflection surface a peak in the deflection state and wherein in the non-deflection state the deformation of the screen surface is less, in particular that one part of the screen is flat, compared with the deflection state. wherein at least one part of the screen surface forms as the deflection means with the deflection surface a peak in the deflection state and wherein in the non-deflection state the deformation of the screen surface is less, in particular that one part of the screen is flat, compared with the deflection state.
A lighting device comprising: a flexible lighting module provided with a light emitting device ; a coupling member disposed on a lower portion of the lighting module ; and a bracket including a receiving groove for receiving the lighting module and formed with a coupling hole into which the coupling member is inserted and coupled, wherein the bracket comprises a base plate and sidewalls respectively connected to both sides of the base plate , characterized in that a hook part is disposed on an outer surface of the at least one sidewall , and a fixing member comprising a bending part and a fixing part and a support part , which are respectively connected to both sides of the bending part , is provided on one side of the bracket , wherein the fixing part and the support part of the fixing member are inserted into the sidewall , and a coupling groove is formed to the fixing part and fixed to the hook part . a flexible lighting module provided with a light emitting device ; a coupling member disposed on a lower portion of the lighting module ; and a bracket including a receiving groove for receiving the lighting module and formed with a coupling hole into which the coupling member is inserted and coupled, wherein the bracket comprises a base plate and sidewalls respectively connected to both sides of the base plate , characterized in that a hook part is disposed on an outer surface of the at least one sidewall , and a fixing member comprising a bending part and a fixing part and a support part , which are respectively connected to both sides of the bending part , is provided on one side of the bracket , wherein the fixing part and the support part of the fixing member are inserted into the sidewall , and a coupling groove is formed to the fixing part and fixed to the hook part .
Solar panel assembly for a work vehicle , said solar panel assembly comprising: - a support structure dimensioned to extend above at least a portion of a wall of said work vehicle and comprising a fixation portion , a distancing portion and a central portion each connected the one with the other, sad fixation portion being configured to be fixed to a wall of said work vehicle , said distancing portion being configured to distance said central portion with respect to said fixation portion and said wall of said work vehicle , said central portion being provided with a support grid defining a plurality of openings; - a solar panel arranged under said central portion and carried in a movable manner by said support structure so that it can assume a first configuration into which it is completely covered under said central portion and a second configuration into which it is, at least partially, not covered by said central portion ; and - a net interposed between said solar panel and said support structure and carried by one between these latter. - a support structure dimensioned to extend above at least a portion of a wall of said work vehicle and comprising a fixation portion , a distancing portion and a central portion each connected the one with the other, sad fixation portion being configured to be fixed to a wall of said work vehicle , said distancing portion being configured to distance said central portion with respect to said fixation portion and said wall of said work vehicle , said central portion being provided with a support grid defining a plurality of openings; - a solar panel arranged under said central portion and carried in a movable manner by said support structure so that it can assume a first configuration into which it is completely covered under said central portion and a second configuration into which it is, at least partially, not covered by said central portion ; and - a net interposed between said solar panel and said support structure and carried by one between these latter.
An implant comprising: (a) a bone engaging portion positioned at the distal end of the implant, said bone engaging portion comprising: a longitudinally extending distal portion ; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; (b) a transmucosal portion positioned at the proximal end of the adjoining region; and (c) an abutment portion positioned at the proximal end of the transmucosal portion , wherein the exterior surface of the longitudinally extending distal portion comprises a conformal cell structure; wherein the exterior surface of the abutment portion is polished; wherein a portion of the exterior surface of the adjoining region comprises a roughened surface and a portion of the exterior surface of the adjoining region comprises a polished finish at the proximal end of the adjoining region; and wherein the exterior surface of the transmucosal portion comprises a plurality of micro holes. (a) a bone engaging portion positioned at the distal end of the implant, said bone engaging portion comprising: a longitudinally extending distal portion ; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; a longitudinally extending distal portion ; and an adjoining region positioned at the proximal end of the longitudinally extending distal portion; (b) a transmucosal portion positioned at the proximal end of the adjoining region; and (c) an abutment portion positioned at the proximal end of the transmucosal portion ,
A method for producing a liquid composition for oral cavity, comprising the following step 1 to step 4: (Step 1) a step of blending water (F) with an organic acid and a salt thereof (E) to adjust the pH of a resultant mixture at 25°C to 5 or more and 6.8 or less, (Step 2) a step of blending 0.01% by mass or more and 0.1% by mass or less of the liquid composition of cetylpyridinium chloride (B) into the mixture, (Step 3) a step of blending 0.02% by mass or more and 0.1% by mass or less of the liquid composition of β-glycyrrhetinic acid (A) and 2% by mass or more and 10% by mass or less of propylene glycol (C) into the mixture, and (Step 4) a step of blending 0.4% by mass or more and 1.1% by mass or less of the liquid composition of polyoxyethylene hydrogenated castor oil (D) into the mixture, wherein a mass ratio between the component (A) and the component (B), ((A)/(B)), is 0.3 or more and 1.3 or less, after completion of the step 1, the step 2 and the step 3 are simultaneously carried out, or the step 2 is carried out, followed by carrying out the step 3, and the step 4 and any one of the steps 1 to 3 are simultaneously carried out, or the step 4 is carried out independently from the steps 1 to 3. (Step 1) a step of blending water (F) with an organic acid and a salt thereof (E) to adjust the pH of a resultant mixture at 25°C to 5 or more and 6.8 or less, (Step 2) a step of blending 0.01% by mass or more and 0.1% by mass or less of the liquid composition of cetylpyridinium chloride (B) into the mixture, (Step 3) a step of blending 0.02% by mass or more and 0.1% by mass or less of the liquid composition of β-glycyrrhetinic acid (A) and 2% by mass or more and 10% by mass or less of propylene glycol (C) into the mixture, and (Step 4) a step of blending 0.4% by mass or more and 1.1% by mass or less of the liquid composition of polyoxyethylene hydrogenated castor oil (D) into the mixture, wherein a mass ratio between the component (A) and the component (B), ((A)/(B)), is 0.3 or more and 1.3 or less, after completion of the step 1, the step 2 and the step 3 are simultaneously carried out, or the step 2 is carried out, followed by carrying out the step 3, and the step 4 and any one of the steps 1 to 3 are simultaneously carried out, or the step 4 is carried out independently from the steps 1 to 3.
Use of an electrode for a redox flow battery, the electrode essentially consisting of a carbon fiber nonwoven fabric, having a thickness of more than 0.40 mm, and having a non-through-hole having a depth of more than 400 μm disposed on one surface or both surfaces of the electrode.
A nacelle for a bypass aircraft engine, the nacelle comprising an air inlet configured to be disposed upstream of the engine, a middle section intended to surround a fan of the engine, the middle section being delimited externally by a fan cowl configured to be supported by a fan casing to which it is configured to be fastened in the upstream portion, a downstream section delimiting an annular flow path adapted to circulate the air flow and accommodating thrust reversal means, the thrust reversal means comprising cascades and a movable cowl associated to at least one actuator to displace the movable cowl between a direct jet position, in which it ensures the aerodynamic continuity of the nacelle and an indirect jet position in which it opens a passage in the nacelle by uncovering the cascades disposed around this flow path which receive the cold air flow to return it outwards and forwards, the cascades being fastened to the movable cowl and sliding with it, wherein the nacelle includes a series of guiding devices distributed about a longitudinal axis (Δ) of the nacelle, and each including a first guiding element secured to the middle section and a second guiding element secured to the downstream section, characterized in that at least one of the guiding devices at least partially surrounds at least one actuator .
A method for corrosion protection of a metal section in an ionically conductive covering material, comprising: locating an impressed current anode in ionic contact with the ionically conductive material to allow flow of ionic current therebetween; locating a sacrificial anode of a material which is less noble than the metal section in ionic contact with the ionically conductive material to allow flow of ionic current therebetween; providing a DC power supply; providing an electrical connection by an electrical connector of the DC power supply across the impressed current anode and the metal section so as to create an impressed current between the metal section and the impressed current anode to provide corrosion protection of the metal section by the flow of ionic current therebetween; and providing an electrical connection by an electrical connector between the sacrificial anode and the metal section so that the sacrificial anode acts to provide corrosion protection of the metal section by the flow of ionic current therebetween; the impressed current anode and the sacrificial anode being electrically separated to prevent electrical communication therebetween while allowing the flow of ionic current therebetween through the ionically conductive covering material; wherein sacrificial anode remains electrically connected to the metal section during the creation of the impressed current. locating an impressed current anode in ionic contact with the ionically conductive material to allow flow of ionic current therebetween; locating a sacrificial anode of a material which is less noble than the metal section in ionic contact with the ionically conductive material to allow flow of ionic current therebetween; providing a DC power supply; providing an electrical connection by an electrical connector of the DC power supply across the impressed current anode and the metal section so as to create an impressed current between the metal section and the impressed current anode to provide corrosion protection of the metal section by the flow of ionic current therebetween; and providing an electrical connection by an electrical connector between the sacrificial anode and the metal section so that the sacrificial anode acts to provide corrosion protection of the metal section by the flow of ionic current therebetween; the impressed current anode and the sacrificial anode being electrically separated to prevent electrical communication therebetween while allowing the flow of ionic current therebetween through the ionically conductive covering material; wherein sacrificial anode remains electrically connected to the metal section during the creation of the impressed current.
Absorbent article having a longitudinal direction (Y) and a transverse direction (X), a front portion , a rear portion and a middle portion located between the rear portion and the front portion , the article having a first longitudinal side edge and a second longitudinal side edge extending in said longitudinal direction (Y), and a first transverse side edge and a second transverse side edge extending in the transverse direction (X), the article comprising a liquid permeable topsheet , a liquid impermeable backsheet , and an absorbent core enclosed between the topsheet and the backsheet , and at least a first and a second fastening tab (8a-d) attached to said article , wherein the first and second fastening tabs are, by means of a first fastening means (16a-d), provided for fastening the absorbent article as a diaper around the waist of a user, characterized in that the first and second fastening tabs are, by means of a second fastening means (17a-d), provided for fastening the absorbent article as a bed protector to a bed or other supporting material, wherein, in a package position, the fastening tabs are folded around the longitudinal side edges of the absorbent article and each comprise a first , a second , a third , and a fourth layer, the absorbent article being sandwiched between the first and second layers and the third and fourth layers, wherein the first fastening means (16a-d) is arranged on a surface of the first layer facing the second layer and the second fastening means (17a-d) is arranged on a surface of the third layer facing the backsheet, wherein the fastening tabs are unfoldable from the package position to a first position for the use as bed protector in which the third layer with the second fastening means is released from the backsheet, and wherein the fastening tabs are unfoldable from the package position to a second position for the use as diaper in which the first layer with the first fastening means is released from the second layer. wherein, in a package position, the fastening tabs are folded around the longitudinal side edges of the absorbent article and each comprise a first , a second , a third , and a fourth layer, the absorbent article being sandwiched between the first and second layers and the third and fourth layers, wherein the first fastening means (16a-d) is arranged on a surface of the first layer facing the second layer and the second fastening means (17a-d) is arranged on a surface of the third layer facing the backsheet, wherein the fastening tabs are unfoldable from the package position to a first position for the use as bed protector in which the third layer with the second fastening means is released from the backsheet, and wherein the fastening tabs are unfoldable from the package position to a second position for the use as diaper in which the first layer with the first fastening means is released from the second layer.
A sampling device which comprises a biodegradable porous scaffold comprising electrospun fibres with a mean fibre diameter of from about 1.2 to 4.0 microns, which in use lies in contact with tissue to be sampled, wherein the scaffold is loaded with a fluid which is or comprises one or more switchable gel materials or precursors therefor, which switch from a liquid to a gel under the action of heat, chemical species, changes in pH, pressure, light, electric fields or magnetic fields.
Actuating drive with an output shaft for actuating a valve, with a motor drive unit and with a manual drive element , wherein the output shaft can be optionally actuated using the motor drive unit or the manual drive element , wherein the actuating drive has a coupling device which is arranged between the output shaft and the manual drive element , characterized in that the actuating drive comprises at least one sensor , using which a rotational movement of the decoupled manual drive element around a rotary axis can be detected.
A metal nanowire ink comprising aqueous solvent, from 0.001 wt% to 4 wt% metal nanowires, from 0.05 wt% to 5 wt% hydrophilic polymer binder dissolved in the solvent, and from 0.00025 to 0.5 wt% soluble metal ions, wherein the hydrophilic polymer binder comprises a polymeric polyol.
A traditional Chinese medicine composition, characterized in that the composition is prepared from materials in the following parts by weight: 5-15 parts of paeoniae rasix rubia (red peony root), 3-9 parts of curcumae rhizoma (rhizoma zedoariae), 10-20 parts of sarcandrae herba (sarcandra glabra), 10-20 parts of smilacis glabrae rhizoma (glabrous greenbrier rhizome), and 5-15 parts of mume fructus (black plum).
Pneumatic tyre for a vehicle, in particular utility vehicle tyre, with a tread having at least one profile rib , which is delimited on at least one side by a circumferential groove , wherein the circumferential groove has, when viewed in cross section, a portion (4 II ) running in the radial direction and having a width (b 2 ) of up to 3.0 mm and, adjoining it, a radially inner channel region (4 III ), wherein the radially inner channel region (4 III ) is delimited by two channel walls and a channel base forming the groove base, and has a larger cross-sectional area and is made wider in each case than the portion (4 II ) running in the radial direction, wherein the profile rib is provided over its circumference with sipes (10, 10 I )), which merge into the circumferential groove , run at an angle (γ) of 0° to 50° with respect to the axial direction and have sipe walls , wherein each sipe (10, 10 I ) is locally widened by at least one channel which is open to the tread periphery and merges into the radially inner channel region (4 III ) of the circumferential groove , wherein the channel is formed by a depression formed in one sipe wall and a depression formed in the other sipe wall , opposite the first depression, characterized in that the sipes (10, 10 I ) have a width (b E ) of 0.4 mm to 1.2 mm and a maximum depth (t E ) of 70% to 100% of the profile depth (T P ), wherein each sipe (10, 10 I ) has, at the tread periphery, a slot-shaped sipe widening which runs over its entire extent in plan view and has a bottom , a depth (t N ), determined in the radial direction, of 10% to 30% of the maximum depth (t E ) of the sipe (10, 10 I ) and a width (b N ) of 250% to 370% of the width (b E ) of the sipe (10, 10 I ), wherein the channel starts from the bottom of the sipe widening . wherein the profile rib is provided over its circumference with sipes (10, 10 I )), which merge into the circumferential groove , run at an angle (γ) of 0° to 50° with respect to the axial direction and have sipe walls , wherein each sipe (10, 10 I ) is locally widened by at least one channel which is open to the tread periphery and merges into the radially inner channel region (4 III ) of the circumferential groove , wherein the channel is formed by a depression formed in one sipe wall and a depression formed in the other sipe wall , opposite the first depression, characterized in that the sipes (10, 10 I ) have a width (b E ) of 0.4 mm to 1.2 mm and a maximum depth (t E ) of 70% to 100% of the profile depth (T P ), wherein each sipe (10, 10 I ) has, at the tread periphery, a slot-shaped sipe widening which runs over its entire extent in plan view and has a bottom , a depth (t N ), determined in the radial direction, of 10% to 30% of the maximum depth (t E ) of the sipe (10, 10 I ) and a width (b N ) of 250% to 370% of the width (b E ) of the sipe (10, 10 I ), wherein the channel starts from the bottom of the sipe widening .