mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a carcass for a flexible pipe , the carcass comprises a carcass axis (x-x) and the method comprising providing at least one first metallic strip and shaping said first strip to have a profile with a first fold adapted to face towards said carcass axis and a second fold adapted to face away from said carcass axis, providing a cover metallic strip with a length and a width and inserting an anchor width section (A-A') of said cover strip into said first fold , providing that a cover width section (B-C) of said cover strip extends beyond said second fold and helically winding said first metallic strip and said cover strip , to provide that said first fold engages and interlocks with said second fold and that said cover width section (B-C) covers a helical interstice between windings of the first metallic strip on the inner side of the carcass , wherein at least a part of said anchor width section (A-A') of said cover strip is subjected to a pretreatment before insertion into said first fold , wherein said pretreatment comprising a weakening treatment of resistance against length extension and/or a length extension of the pretreated part of the anchor width section (A-A').
A local air cleaning apparatus comprising: a pair of push hoods each including an air flow opening face that blows out a cleaned uniform air flow; and a guide provided on a side of each of the pair of push hoods having the air flow opening face side and extending from the side of each of the pair thereof having the air flow opening face to a downstream side of the uniform air flow to form an opening face at an end portion of the downstream side, in which the opening faces of the pair of guides are spaced apart from and opposite to each other to form an open region between the opening faces of the each guide; and the cleaned uniform air flows blown out from the each air flow opening face collide with each other inside the open region to flow outside the open region, so as to cause cleanliness to be higher inside the guides and inside the open region than other regions, wherein the local air cleaning apparatus comprises at least one of a device for measuring pressures inside the guides and the push hoods, a device for measuring the cleanliness inside the guides or of the open region, and a device for measuring a gap area between the opening faces of the guides; and based on a result of the measurement, to maintain a condition of higher cleanliness inside the guide and inside the open region than other regions, the local air cleaning apparatus controls such that a flow velocity of the cleaned uniform air flows blown out from the air flow opening faces can be decelerated or accelerated. a pair of push hoods each including an air flow opening face that blows out a cleaned uniform air flow; and a guide provided on a side of each of the pair of push hoods having the air flow opening face side and extending from the side of each of the pair thereof having the air flow opening face to a downstream side of the uniform air flow to form an opening face at an end portion of the downstream side, in which the opening faces of the pair of guides are spaced apart from and opposite to each other to form an open region between the opening faces of the each guide; and the cleaned uniform air flows blown out from the each air flow opening face collide with each other inside the open region to flow outside the open region, so as to cause cleanliness to be higher inside the guides and inside the open region than other regions, wherein the local air cleaning apparatus comprises at least one of a device for measuring pressures inside the guides and the push hoods, a device for measuring the cleanliness inside the guides or of the open region, and a device for measuring a gap area between the opening faces of the guides; and based on a result of the measurement, to maintain a condition of higher cleanliness inside the guide and inside the open region than other regions, the local air cleaning apparatus controls such that a flow velocity of the cleaned uniform air flows blown out from the air flow opening faces can be decelerated or accelerated.
An apparatus for monitoring a stability of a spectrum comprising: a spectroscope configured to measure a spectrum of a sample; and a processor configured to calculate a degree of similarity between spectra and configured to calculate a similarity change index of the measured spectrum based on the calculated degree of similarity; the processor being configured to compare the similarity change index with a preset threshold value and to determine the stability of the spectrum based on a result of the comparison; wherein the similarity change index is a measure of the trend of change in similarity between spectra. a spectroscope configured to measure a spectrum of a sample; and a processor configured to calculate a degree of similarity between spectra and configured to calculate a similarity change index of the measured spectrum based on the calculated degree of similarity; the processor being configured to compare the similarity change index with a preset threshold value and to determine the stability of the spectrum based on a result of the comparison; wherein the similarity change index is a measure of the trend of change in similarity between spectra.
A hydrostatic seal configured to be disposed between relatively rotatable components, the seal comprising: a seal carrier ; a beam extending axially from a forward end to an aft end , the beam connected to the seal carrier at one of the forward end and the aft end , the beam free at the other end such that the beam is cantilevered with respect to the seal carrier, the beam having a sealing surface ; one or more teeth included on the sealing surface ; and a brush seal operatively coupled to the seal carrier and in contact with the beam . a seal carrier ; a beam extending axially from a forward end to an aft end , the beam connected to the seal carrier at one of the forward end and the aft end , the beam free at the other end such that the beam is cantilevered with respect to the seal carrier, the beam having a sealing surface ; one or more teeth included on the sealing surface ; and a brush seal operatively coupled to the seal carrier and in contact with the beam .
A method of wireless communication of a base station , comprising: determining at least one of i) a number of one or more demodulation reference signal, DM-RS, symbols or ii) one or more locations within a subframe for transmission of the one or more DM-RS symbols ; indicating , via one or more bits in downlink control information, DCI, or via RRC signaling, the at least one of i) the number of the one or more DM-RS symbols or ii) the one or more locations within the subframe for the transmission of the one or more DM-RS symbols to a user equipment, UE ; determining a resource allocation scheme for a phase noise compensation reference signal, PC-RS, wherein the PC-RS is located in resource elements different from resource elements carrying the DM-RS; and indicating the resource allocation scheme for the PC-RS to the UE . determining at least one of i) a number of one or more demodulation reference signal, DM-RS, symbols or ii) one or more locations within a subframe for transmission of the one or more DM-RS symbols ; indicating , via one or more bits in downlink control information, DCI, or via RRC signaling, the at least one of i) the number of the one or more DM-RS symbols or ii) the one or more locations within the subframe for the transmission of the one or more DM-RS symbols to a user equipment, UE ; determining a resource allocation scheme for a phase noise compensation reference signal, PC-RS, wherein the PC-RS is located in resource elements different from resource elements carrying the DM-RS; and indicating the resource allocation scheme for the PC-RS to the UE .
An air-conditioning apparatus (11a-11c, 11e, 110a) configured to condition introduced air, the air-conditioning apparatus (11a-11c, 11e, 110a) comprising: - an ultraviolet sterilizer (10a-10e, 100c) that includes a casing configured to emit ultraviolet ray to the air, the casing including an inlet port through which air flows in and an outlet port through which the air flows out, the air passing through the cylindrical casing , the ultraviolet sterilizer (10a-10e, 100c) including a sterilizing light screen forming unit configured to form a screen-shaped sterilizing light screen formed by the ultraviolet ray crossing with itself and emitted in a direction along a radial direction of the casing , the sterilizing light screen crossing an outflow direction from the inlet port to the outlet port , wherein the sterilizing light screen forming unit includes an emitting portion configured to emit parallel ray as the ultraviolet ray along a radial direction of the cylindrical casing , and a reflecting portion configured to reflect the ultraviolet ray, emitted by the emitting portion, along the radial direction of the casing, a front view of the reflecting portion when viewed from a side of the inlet port in an axial longitudinal direction of the cylindrical casing is a polygonal annular shape . - an ultraviolet sterilizer (10a-10e, 100c) that includes a casing configured to emit ultraviolet ray to the air, the casing including an inlet port through which air flows in and an outlet port through which the air flows out, the air passing through the cylindrical casing ,
A head-up display of directing image light of a display image which is displayed on a display surface to a transmission reflection surface to thereby cause a viewer to visually recognize a virtual image of the display image, the display surface having: a first display surface to emit first image light (N1) , which is disposed so that an optical path length of the first image light (N1) leading up to the viewer is large; and a second display surface to emit second image light (N2) , which is disposed so that an optical path length of the second image light (N2) leading up to the viewer is smaller than an optical path length of the first image light ( N1) , characterized in that the head-up display comprising: a first concave reflector to reflect the first image light (N1) and the second image light (N2) , having a concave reflection surface; and a second concave reflector to reflect towards the transmission reflection surface the first image light (N1) and the second image light (N2) that have been reflected by the first concave reflector , wherein the first concave reflector crosses the first image light (N1) and the second image light (N2) to each other in a vertical direction between the first concave reflector and the second concave reflector . a first display surface to emit first image light (N1) , which is disposed so that an optical path length of the first image light (N1) leading up to the viewer is large; and a second display surface to emit second image light (N2) , which is disposed so that an optical path length of the second image light (N2) leading up to the viewer is smaller than an optical path length of the first image light ( N1) , characterized in that the head-up display comprising: a first concave reflector to reflect the first image light (N1) and the second image light (N2) , having a concave reflection surface; and a second concave reflector to reflect towards the transmission reflection surface the first image light (N1) and the second image light (N2) that have been reflected by the first concave reflector , wherein the first concave reflector crosses the first image light (N1) and the second image light (N2) to each other in a vertical direction between the first concave reflector and the second concave reflector .
A well comprising a body and at least one fitting for connecting a pipe to the well, wherein the fitting is provided with an inner sheath which is directed towards the inside of the body and which is provided with internal connection surfaces for connecting the pipe with the well, the inner diameters of the connection surfaces being different in size for connecting pipes of different sizes to the fitting , characterized in that the connection surfaces , having different inner diameters, are arranged successively in an axial direction of the fitting such that a connection surface having the smallest diameter resides closest to a centre part of the well while a connection surface having the largest diameter resides farthest away from the centre part of the well, that the well is formed by rotational moulding; and that the fitting is provided with an outer sheath which is directed outwards from the body , and in that the inner sheath is arranged inside the outer sheath, whereby the fitting continues from an outwards directed part of the outer sheath to an inwards directed part of the inner sheath .
A tank including a tank body comprising a metal liner , a composite body coiled on the liner, and at least one base fitted with a collar, wherein at least one of the ends of the tank including said at least one base includes a junction annular region between the liner and the base surrounding the collar of the base and wherein the coiled composite body is extended over the collar without being secured to this collar and without interposing an elastomeric ply between the collar and the composite body, characterised in that the liner and composite body are bonded to each other except for said junction annular region surrounding the collar of the base.
Grinder for surface treatment which comprises, for driving a grinding tool in a housing , an electric motor and a gear mechanism and is provided with a rechargeable battery power supply for the electric motor , wherein, at a distance above and laterally next to the grinding tool , a protruding handle for handling purposes, for example for guiding the device, engages on the housing , the protruding handle having a protruding handle housing with an inner cavity , characterized in that at least one exchangeable rechargeable battery pack for rechargeable battery power supply or at least one exchangeable rechargeable battery pack for rechargeable battery power supply and components , such as e.g. an electronics circuit board , a switch or the like, are arranged in the cavity of the handle housing and the handle has a removable wall , e.g. an end-side cover, for closing the cavity , wherein the wall is entirely or partially part of the rechargeable battery pack , wherein the upper housing region, which extends vertically above the grinding tool and laterally adjoins the handle , is designed as an additional handle or additional handle surface for taking hold and applying a vertical contact-pressure force of the grinding tool .
A belt for a sleeve roll of a paper, board, pulp or tissue machine, the belt forming a closed loop and comprising - an inner surface , - an outer surface , - an elastic body , and - a reinforcing structure , wherein the reinforcing structure comprises - first yarns arranged to a first direction (D1) of the belt, and - second yarns arranged to a second direction (D2) of the belt, which second direction (D2) is o parallel or substantially parallel to a travel direction of the belt, and/or o perpendicular or substantially perpendicular to the first direction (D1), wherein the belt is configured to stretch elastically more in the second direction (D2) than in the first direction (D1) so that it will return in its original length after forces stretching the belt has been removed, wherein a number of the second yarns per meter (/m) is greater than a number of the first yarns per meter (/m), and wherein a load at specific elongation of 2% (LASE 2%) in the travel direction of the belt is equal to or more than 28 kN/m and preferably equal to or less than 50 kN/m. - an inner surface , - an outer surface , - an elastic body , and - a reinforcing structure , wherein the reinforcing structure comprises - first yarns arranged to a first direction (D1) of the belt, and - second yarns arranged to a second direction (D2) of the belt, which second direction (D2) is o parallel or substantially parallel to a travel direction of the belt, and/or o perpendicular or substantially perpendicular to the first direction (D1), - first yarns arranged to a first direction (D1) of the belt, and - second yarns arranged to a second direction (D2) of the belt, which second direction (D2) is o parallel or substantially parallel to a travel direction of the belt, and/or o perpendicular or substantially perpendicular to the first direction (D1), o parallel or substantially parallel to a travel direction of the belt, and/or o perpendicular or substantially perpendicular to the first direction (D1), wherein the belt is configured to stretch elastically more in the second direction (D2) than in the first direction (D1) so that it will return in its original length after forces stretching the belt has been removed, wherein a number of the second yarns per meter (/m) is greater than a number of the first yarns per meter (/m), and wherein a load at specific elongation of 2% (LASE 2%) in the travel direction of the belt is equal to or more than 28 kN/m and preferably equal to or less than 50 kN/m.
Washing machine comprising a suds container for receiving water, a drum rotatably mounted in the suds container for receiving laundry, and a filter arranged below the drum and/or below the suds container in relation to an operational installation position of the washing machine, characterised in that the filter comprises a microparticle filter.
A method of transferring a thin film from a first substrate to a second substrate comprising the steps of: (a) providing a transfer structure , the transfer structure comprising a support layer and a film contact layer , wherein the support layer comprises an elastomer having a Young's modulus of 300 kPa - 10 MPa; (b) providing a thin film on a surface of a first substrate; (c) contacting the film contact layer of the transfer structure with the thin film; (d) removing the first substrate to obtain the transfer structure with the thin film in contact with the film contact layer ; (e) supporting the thin film on the film contact layer with the support layer while the thin film is in contact with the film contact layer after step (d) and prior to step (f); (f) contacting the transfer structure after step (e) with a surface of a second substrate; (g) removing the film contact layer and the support layer; and (h) obtaining the thin film on the surface of the second substrate after step (g); characterised in that the film contact layer comprises a polymer exhibiting van der Waals interaction with the thin film and wherein the removing comprises dissolving the film contact layer. (a) providing a transfer structure , the transfer structure comprising a support layer and a film contact layer , wherein the support layer comprises an elastomer having a Young's modulus of 300 kPa - 10 MPa; (b) providing a thin film on a surface of a first substrate; (c) contacting the film contact layer of the transfer structure with the thin film; (d) removing the first substrate to obtain the transfer structure with the thin film in contact with the film contact layer ; (e) supporting the thin film on the film contact layer with the support layer while the thin film is in contact with the film contact layer after step (d) and prior to step (f); (f) contacting the transfer structure after step (e) with a surface of a second substrate; (g) removing the film contact layer and the support layer; and (h) obtaining the thin film on the surface of the second substrate after step (g);
An optical device comprising: - a casing having a waterproof structure; - a cover provided on a side or an upper or lower surface of the casing ; - a light transmission part provided on the casing ; - an air blow port to blow air to the light transmission part ; - a flow path through which the air flows to the air blow port and which is formed with maintaining the waterproof structure of the casing and has a through flow path that is a part passing through an interior side of an outer shape of the casing ; - an air intake port , through which the air flows into the flow path; - a blower part to generate an air flow from the air intake port to the air blow port ; - an observation unit accommodated in the casing and receiving light from an outside through the light transmission part ; and - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a cooler to cool the heat-generating portion having the fin to which heat from the heat-generating portion of the observation unit is transferred, wherein at least one of a frame body of the casing and the cover is provided with a packing made from rubber or silicon, wherein the casing has the waterproof structure when the cover is closed. - a casing having a waterproof structure; - a cover provided on a side or an upper or lower surface of the casing ; - a light transmission part provided on the casing ; - an air blow port to blow air to the light transmission part ; - a flow path through which the air flows to the air blow port and which is formed with maintaining the waterproof structure of the casing and has a through flow path that is a part passing through an interior side of an outer shape of the casing ; - an air intake port , through which the air flows into the flow path; - a blower part to generate an air flow from the air intake port to the air blow port ; - an observation unit accommodated in the casing and receiving light from an outside through the light transmission part ; and - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a cooler to cool the heat-generating portion having the fin to which heat from the heat-generating portion of the observation unit is transferred,
Medical pumping device including a pump comprising - a pumping chamber having a variable volume, - an inlet communicating with the pumping chamber and comprising a valve, - an outlet communicating with the pumping chamber and comprising a valve, - an actuator adapted to change the volume of the pumping chamber, - a pumping membrane functionally linked to the actuator, - a fluidic pathway comprising said inlet , said pumping chamber , said outlet and a downstream line situated downstream of the outlet valve, - a pressure sensor measuring the pressure between the valves of said pathway, - processing means processing the received pressure data from the pressure sensor during an actuation cycle to detect at least one dysfunction, wherein the actuation cycle is initiated by a first partial push movement of the pumping membrane inducing a first positive peak of pressure followed by a full pull movement of the pumping membrane inducing a negative peak of pressure and a release so that the pumping membrane comes back to a rest position inducing a second positive peak of pressure. - a pumping chamber having a variable volume, - an inlet communicating with the pumping chamber and comprising a valve, - an outlet communicating with the pumping chamber and comprising a valve, - an actuator adapted to change the volume of the pumping chamber, - a pumping membrane functionally linked to the actuator, - a fluidic pathway comprising said inlet , said pumping chamber , said outlet and a downstream line situated downstream of the outlet valve, - a pressure sensor measuring the pressure between the valves of said pathway, - processing means processing the received pressure data from the pressure sensor during an actuation cycle to detect at least one dysfunction,