mhurhangee/patent-ind-claim-en huggingface dataset:
Kraft paper having a grammage according to ISO 536 in the range from 60 g/m 2 to 120 g/m 2 , in particular from 70 g/m 2 to 110 g/m 2 , a density in the range from 680 kg/m 3 to 720 kg/m 3 and a tensile strength index in machine direction according to ISO 1924-3 between 79 kNm/kg and 98 kNm/kg, which kraft paper optionally has a coating and/or an auxiliary element on at least one side, characterised in that the kraft paper is made from a pulp with an average fibre length of the pulp of from 2.2 mm to 2.7 mm with a minimum content of pulp in the kraft paper of at least 96 wt.%, preferably at least 97 wt.%, and in that a pore volume of the uncoated kraft paper measured by mercury porosimetry according to ISO 15901-1 is from 200 μl/g to 220 ml/g, in that , in thickness direction of the paper, there are formed regions of different porosity from one another measured by mercury porosimetry according to ISO 15901-1, and at least one region has pores with a pore diameter less than or equal to 0.3 μm and in that an average value of the pore volumes of this region or these regions is smaller than or equal to 5.5 μl/g measured by mercury porosimetry according to ISO 15901-1.
A method for controlling data transmission, wherein the method comprises: sending (S930), by an access point, AP, beacon frame, wherein a sending period of the beacon frame is divided into at least one scheduling period, wherein the beacon frame carries indication information for indicating the scheduling period, and the indication information is used to indicate a station needs to transmit data within a period of the beacon frame; performing, by the AP, a data transmission operation within the scheduling period, wherein the indication information includes: the length of the scheduling period and an indication that the station is forbidden to transmit data before the beginning of the period, the beacon further includes: a traffic indication map, TIM, and the TIM includes information for indicating whether data needs to be transmitted for the station, characterized in that the TIM further includes an indication information in the TIM for indicating the number of stations that need to transmit data. sending (S930), by an access point, AP, beacon frame, wherein a sending period of the beacon frame is divided into at least one scheduling period, wherein the beacon frame carries indication information for indicating the scheduling period, and the indication information is used to indicate a station needs to transmit data within a period of the beacon frame; performing, by the AP, a data transmission operation within the scheduling period, wherein the indication information includes: the length of the scheduling period and an indication that the station is forbidden to transmit data before the beginning of the period, the beacon further includes: a traffic indication map, TIM, and the TIM includes information for indicating whether data needs to be transmitted for the station, characterized in that the TIM further includes an indication information in the TIM for indicating the number of stations that need to transmit data.
Process for preparing a body in the form of a dental implant or an abutment for a dental implant, the body being made of a ceramic material comprising zirconia and having a surface region extending from the surface of the body to a depth ranging from 5 nm to 200 μm and a core region being integrally formed with the surface region, said process comprising the steps of applying at least one calcium compound onto the surface of a basic ceramic body made of ceramic material comprising zirconia; and thermally treating the basic ceramic body with the calcium compound applied thereon at a temperature of at least 500°C, whereby a calcium component based on the calcium compound diffuses into the basic ceramic body in an amount sufficient that a calcium containing crystalline phase is formed in the surface region, characterized in that in addition to the calcium containing compound a stabilizing agent selected from the group consisting of yttrium, cerium, magnesium, strontium, ytterbium, gadolinium and neodymium as well as their respective oxides is applied onto the surface of the basic ceramic body, said stabilizing agent together with said calcium component diffusing into the basic ceramic body by thermal treatment, whereby in the surface region a Ca-Zr-O phase is formed, in which at least a portion of the calcium atoms present in the surface region are arranged in an array of points repeating periodically in three dimensions. applying at least one calcium compound onto the surface of a basic ceramic body made of ceramic material comprising zirconia; and thermally treating the basic ceramic body with the calcium compound applied thereon at a temperature of at least 500°C, whereby a calcium component based on the calcium compound diffuses into the basic ceramic body in an amount sufficient that a calcium containing crystalline phase is formed in the surface region, characterized in that in addition to the calcium containing compound a stabilizing agent selected from the group consisting of yttrium, cerium, magnesium, strontium, ytterbium, gadolinium and neodymium as well as their respective oxides is applied onto the surface of the basic ceramic body, said stabilizing agent together with said calcium component diffusing into the basic ceramic body by thermal treatment, whereby in the surface region a Ca-Zr-O phase is formed, in which at least a portion of the calcium atoms present in the surface region are arranged in an array of points repeating periodically in three dimensions.
Sorter for handling a fibrous material slurry having a screen basket and a system for monitoring the state of the screen basket of the sorter, having a wireless identification unit , which is associated with the screen basket arranged in a housing of the sorter, and an external, in particular mobile, reading unit for contactlessly reading technical data relating to the screen basket from the identification unit and for making a connection to a further external database containing data relating to the sorter.
A vibratory screen for high amplitude vibratory screening machines, comprising: a flexible molded polyurethane body having substantially parallel side edge portions at opposite ends of the body , a lower edge portion substantially perpendicular to the side edge portions , an upper edge portion substantially perpendicular to the side edge portions and opposite the lower edge portion , an upper surface , a lower surface , first and second members forming screening openings , the first members extending between the side edge portions and the second members extending between the lower edge portion and the upper edge portion , third and fourth members having a thickness greater than the first and second members , the third members substantially parallel and extending transversely between the side edge portions and having multiple first members therebetween, the fourth members substantially parallel and extending transversely between the lower edge portion and the upper edge portion and having multiple second members therebetween, first reinforcement members molded integrally with the third and fourth members , wherein the first reinforcement members have a circular cross section, and the first and second members are relatively thinner members than the third and fourth members , thus providing a relative high amplitude of vibration of the vibratory screen, characterized in that the second members have a thickness greater than the first members . a flexible molded polyurethane body having substantially parallel side edge portions at opposite ends of the body , a lower edge portion substantially perpendicular to the side edge portions , an upper edge portion substantially perpendicular to the side edge portions and opposite the lower edge portion , an upper surface , a lower surface , third and fourth members having a thickness greater than the first and second members , the third members substantially parallel and extending transversely between the side edge portions and having multiple first members therebetween, the fourth members substantially parallel and extending transversely between the lower edge portion and the upper edge portion and having multiple second members therebetween, first reinforcement members molded integrally with the third and fourth members , wherein the first reinforcement members have a circular cross section, and the first and second members are relatively thinner members than the third and fourth members , thus providing a relative high amplitude of vibration of the vibratory screen, characterized in that the second members have a thickness greater than the first members . the first reinforcement members have a circular cross section, and the first and second members are relatively thinner members than the third and fourth members , thus providing a relative high amplitude of vibration of the vibratory screen, characterized in that the second members have a thickness greater than the first members .
A method for preventing the evaporation of fuel in a fuel tank of a motor vehicle comprising an internal combustion engine, wherein the free surface of the fuel in the tank that is not directly in contact with a wall of the fuel tank is covered by a cover layer having fluidic properties and formed of a material or chemical substance, characterised in that a pressure sensor in the fuel tank monitors whether, in this state blocked off from the surrounding environment, there is an overpressure in relation to the ambient pressure, and, if so, a user of the motor vehicle is notified that new material or new chemical substance for the cover layer must be introduced into the fuel tank.
A formulation comprising ostreolysin, or a functionally related variant of ostreolysin having at least 95% sequence identity to SEQ ID NO: 1, for use in treating, preventing or reducing the severity of one or more of fatty liver, non-alcoholic fatty liver disease (NAFLD) and non-alcoholic steatohepatitis (NASH).
A machine for forming and filling a container for pourable products; the forming and filling machine comprises: a fixed part ; a movable part , which, in use, moves relative to the fixed part and is arranged so as to face the fixed part ; and a sealing device , which is interposed between the fixed part and the movable part so as to prevent the passage of fluid and comprises at least one elastic gasket and a seat which is obtained in the fixed or movable part (19; 18) and houses a portion of the elastic gasket , which partially projects out of the seat and protrudes towards the movable or fixed part (18; 19), resting against the movable or fixed part (18; 19); the forming and filling machine is characterized in that: the seat houses the elastic gasket in a sliding manner, so as to allow the elastic gasket to slide inside the seat ; and the sealing device comprises a first supplying member for supplying, when needed, compressed air under pressure into the seat and behind the elastic gasket , so as to pneumatically push the elastic gasket out of the seat and, hence, press the elastic gasket against the movable or fixed part (18; 19). a fixed part ; a movable part , which, in use, moves relative to the fixed part and is arranged so as to face the fixed part ; and a sealing device , which is interposed between the fixed part and the movable part so as to prevent the passage of fluid and comprises at least one elastic gasket and a seat which is obtained in the fixed or movable part (19; 18) and houses a portion of the elastic gasket , which partially projects out of the seat and protrudes towards the movable or fixed part (18; 19), resting against the movable or fixed part (18; 19); the forming and filling machine is characterized in that: the seat houses the elastic gasket in a sliding manner, so as to allow the elastic gasket to slide inside the seat ; and the sealing device comprises a first supplying member for supplying, when needed, compressed air under pressure into the seat and behind the elastic gasket , so as to pneumatically push the elastic gasket out of the seat and, hence, press the elastic gasket against the movable or fixed part (18; 19). the seat houses the elastic gasket in a sliding manner, so as to allow the elastic gasket to slide inside the seat ; and the sealing device comprises a first supplying member for supplying, when needed, compressed air under pressure into the seat and behind the elastic gasket , so as to pneumatically push the elastic gasket out of the seat and, hence, press the elastic gasket against the movable or fixed part (18; 19).
A method comprising: receiving, by a user equipment, UE, an indication that a first portion of a first region in a time-frequency resource region is used for transmitting first data of a first type of traffic, the time-frequency resource region having a first transmission interval, wherein the first region is reserved for transmissions of a second type of traffic different than the first type of traffic; and receiving, by the UE, the first data of the first type of traffic in the first portion of the first region according to the indication, characterized by the second type of traffic requiring a lower latency than the first type of traffic. receiving, by a user equipment, UE, an indication that a first portion of a first region in a time-frequency resource region is used for transmitting first data of a first type of traffic, the time-frequency resource region having a first transmission interval, wherein the first region is reserved for transmissions of a second type of traffic different than the first type of traffic; and receiving, by the UE, the first data of the first type of traffic in the first portion of the first region according to the indication, characterized by the second type of traffic requiring a lower latency than the first type of traffic.
A hybrid powertrain including: - a combustion engine operable to output rotational power thereat; - an electric machine arrangement , operable to output rotational power thereat; - a gearbox arrangement for receiving rotational power from at least one of the combustion engine and the electric machine arrangement , the gearbox arrangement being operable to couple corresponding motive power to a load ; - a control unit arrangement coupled in communication with said combustion engine , with said electric machine arrangement and with said gearbox arrangement for coordinating their operation; - wherein the gearbox arrangement is operable to provide a plurality of gearing ratios; wherein: - the electric machine arrangement is employed to extend a rotation rate range provided in a given gearing ratio at higher rotation rates prior to a gear change from said given gearing ratio to a gearing ratio subsequent thereto, whereby the electric machine arrangement is the main power source in said higher rotation rates, and wherein: - the electric machine arrangement is also employed to extend a rotation rate range provided in a given gearing ratio at lower rotation rates when accelerating from a standstill, wherein said lower rotation rate corresponds to an output shaft of said electric machine arrangement rotating at a rate in a range of 0 rpm to 1500 rpm. - a combustion engine operable to output rotational power thereat; - an electric machine arrangement , operable to output rotational power thereat; - a gearbox arrangement for receiving rotational power from at least one of the combustion engine and the electric machine arrangement , the gearbox arrangement being operable to couple corresponding motive power to a load ; - a control unit arrangement coupled in communication with said combustion engine , with said electric machine arrangement and with said gearbox arrangement for coordinating their operation; - wherein the gearbox arrangement is operable to provide a plurality of gearing ratios; - the electric machine arrangement is employed to extend a rotation rate range provided in a given gearing ratio at higher rotation rates prior to a gear change from said given gearing ratio to a gearing ratio subsequent thereto, whereby the electric machine arrangement is the main power source in said higher rotation rates, - the electric machine arrangement is also employed to extend a rotation rate range provided in a given gearing ratio at lower rotation rates when accelerating from a standstill, wherein said lower rotation rate corresponds to an output shaft of said electric machine arrangement rotating at a rate in a range of 0 rpm to 1500 rpm.
A cable arrangement comprising: a first optical connector terminating a first end of the cable arrangement ; a second optical connector terminating a second end of the cable arrangement , the second end being opposite the first end; and a wavelength division multiplexer configured to multiplex and demultiplex optical signals carried between the first optical connector and the second optical connector based on wavelengths of the optical signals; characterized in that : wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer ; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector ; wherein the wavelength division multiplexer is disposed within a sealed enclosure that is positioned intermediate the first and second optical connectors so that the wavelength division multiplexer is disposed within an environmentally sealed closure disposed along a cable . a first optical connector terminating a first end of the cable arrangement ; a second optical connector terminating a second end of the cable arrangement , the second end being opposite the first end; and a wavelength division multiplexer configured to multiplex and demultiplex optical signals carried between the first optical connector and the second optical connector based on wavelengths of the optical signals; characterized in that : wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer ; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector ; wherein a single optical fiber extends between the first optical connector and the wavelength division multiplexer ; and wherein a plurality of optical fibers extend between the wavelength division multiplexer and the second optical connector ; wherein the wavelength division multiplexer is disposed within a sealed enclosure that is positioned intermediate the first and second optical connectors so that the wavelength division multiplexer is disposed within an environmentally sealed closure disposed along a cable .
A wobble plate drive , comprising: an input motor , the input motor having a rotation axis about which the input motor is configured to rotate, a substantially flat surface perpendicular to the rotation axis, and at least one rounded protrusion extending from the substantially flat surface; a wobble plate having a wobble axis disposed at a non-zero angle relative to the rotation axis of the input motor, a first substantially flat face perpendicular to the wobble axis and facing generally toward the input motor, a second face defining a plane parallel to the first face and facing generally away from the input motor, a plurality of face teeth disposed on the second face, and a plurality of wobble teeth disposed around a perimeter of the wobble plate between the first and second faces in a plane perpendicular to the wobble axis; a stator gear having a plurality of stator teeth configured to engage with the plurality of wobble teeth; and an output plate having an output axis substantially aligned with the rotation axis and a plurality of output teeth ; wherein the at least one rounded protrusion is configured to engage with the first face of the wobble plate, and the plurality of face teeth are configured to engage with the plurality of output teeth as the wobble plate nutates around the stator gear; and wherein the plurality of face teeth are disposed on a frustoconical surface of the second face of the wobble plate , the frustoconical surface configured such that a center of mass of the wobble plate coincides with a vertex of the frustoconical surface . an input motor , the input motor having a rotation axis about which the input motor is configured to rotate, a substantially flat surface perpendicular to the rotation axis, and at least one rounded protrusion extending from the substantially flat surface; a wobble plate having a wobble axis disposed at a non-zero angle relative to the rotation axis of the input motor, a first substantially flat face perpendicular to the wobble axis and facing generally toward the input motor, a second face defining a plane parallel to the first face and facing generally away from the input motor, a plurality of face teeth disposed on the second face, and a plurality of wobble teeth disposed around a perimeter of the wobble plate between the first and second faces in a plane perpendicular to the wobble axis; a stator gear having a plurality of stator teeth configured to engage with the plurality of wobble teeth; and an output plate having an output axis substantially aligned with the rotation axis and a plurality of output teeth ; wherein the at least one rounded protrusion is configured to engage with the first face of the wobble plate, and the plurality of face teeth are configured to engage with the plurality of output teeth as the wobble plate nutates around the stator gear; and wherein the plurality of face teeth are disposed on a frustoconical surface of the second face of the wobble plate , the frustoconical surface configured such that a center of mass of the wobble plate coincides with a vertex of the frustoconical surface .
Device for filtering particles for a reactor , said reactor defining a fluid inlet , receiving a granular bed and being equipped with a distribution tray comprising a plate element with an upstream face facing said fluid inlet and a downstream face opposite to the upstream face, facing said granular bed, said plate element defining orifices for the flow of the fluid to the granular bed, the distribution tray being sized and disposed inside the reactor so that the fluids introduced through said fluid inlet are forced to pass through said orifices in the tray to reach said granular bed, the filtration device comprising at least one filtration member permeable to the fluid while retaining therefrom any particles entrained by the fluid, wherein the filtration device is arranged to be installed on the distribution tray, so that said at least one filtration member is on a possible path (F) of flow of fluid to or from a corresponding set of at least one orifice of the plate element, and wherein said device defines at least one opening sized and disposed so as to allow the fluid to pass from/to through the set of at least one orifice corresponding to said filtration device when said filtration device installed on the distribution tray has its at least one filtration member blocked by particles. the filtration device comprising at least one filtration member permeable to the fluid while retaining therefrom any particles entrained by the fluid, wherein the filtration device is arranged to be installed on the distribution tray, so that said at least one filtration member is on a possible path (F) of flow of fluid to or from a corresponding set of at least one orifice of the plate element, and wherein said device defines at least one opening sized and disposed so as to allow the fluid to pass from/to through the set of at least one orifice corresponding to said filtration device when said filtration device installed on the distribution tray has its at least one filtration member blocked by particles.