mhurhangee/patent-ind-claim-en huggingface dataset:
A process for making a building structure , the process comprising the steps of: a) providing a housing which is open at the top; b) mounting a skeleton within said housing ; c) pouring a lightweight conglomerate into said housing so as to bury said skeleton ; d) letting said lightweight conglomerate harden; characterized in that said lightweight conglomerate is obtained by mixing water with an aggregate comprising: a) a granular mineral inert material comprising at least one component from the group consisting of: • expanded perlite, • expanded vermiculite, • pumice, • clay; b) a binder comprising hydraulic lime; c) vegetable fibres comprising hygroscopic material; and in that the material of at least some parts of said skeleton is wood; said aggregate having the following composition in weight: • from 25.5 % to 34.5 % of said mineral inert material; • from 42.5 % to 57.5 % of said binder; • from 8.5 % to 11.5 % of said vegetable fibres; • from 8.5 % to 11.5 % of additives. a) providing a housing which is open at the top; b) mounting a skeleton within said housing ; c) pouring a lightweight conglomerate into said housing so as to bury said skeleton ; d) letting said lightweight conglomerate harden; a) a granular mineral inert material comprising at least one component from the group consisting of: • expanded perlite, • expanded vermiculite, • pumice, • clay; • expanded perlite, • expanded vermiculite, • pumice, • clay; b) a binder comprising hydraulic lime; c) vegetable fibres comprising hygroscopic material; • from 25.5 % to 34.5 % of said mineral inert material; • from 42.5 % to 57.5 % of said binder; • from 8.5 % to 11.5 % of said vegetable fibres; • from 8.5 % to 11.5 % of additives.
A carbonated beverage comprising caffeine and potassium, the carbonated beverage comprising 10 mg to 40 mg of caffeine and 14 mg to 50 mg of potassium per 100 ml of the carbonated beverage.
A positive electrode for a secondary battery, the positive electrode comprising: a positive electrode collector; a porous positive electrode active material layer disposed on a surface of the positive electrode collector and including a positive electrode active material and first carbon nanotubes; and a conductive layer disposed on a surface of the positive electrode active material layer, wherein the conductive layer comprises a porous network structure formed by a plurality of second carbon nanotubes and has a porosity equal to or greater than a porosity of the positive electrode active material layer + 10 vol%. a positive electrode collector; a porous positive electrode active material layer disposed on a surface of the positive electrode collector and including a positive electrode active material and first carbon nanotubes; and a conductive layer disposed on a surface of the positive electrode active material layer, wherein the conductive layer comprises a porous network structure formed by a plurality of second carbon nanotubes and has a porosity equal to or greater than a porosity of the positive electrode active material layer + 10 vol%.
Remote monitoring system for an area intended to accommodate at least one passenger of an aeroplane, comprising: - at least one control member , configured to generate at least one signal relating to the safety of the passenger present in the area , and - at least one interface means intended to be situated at a distance from the area and making it possible for a member of cabin crew to have access to information relating to the area and/or to the passenger present in the area on the basis of the signal, said remote monitoring system being characterized in that the control member comprises at least one sensor chosen among: - a contact sensor, and/or - a presence sensor, and/or - a force sensor, and/or - a microwave sensor, and/or - a gas flow sensor, and/or - a body sensor, notably medical, said at least one sensor being capable of generating the signal relating to the safety of the passenger present in the area , in particular, to verify the status of a belt of the passenger, to verify the use of oxygen masks by the passenger, to detect the occurrence of a threat or of a dangerous situation for the passenger and/or to monitor the health of the passenger. - at least one control member , configured to generate at least one signal relating to the safety of the passenger present in the area , and - at least one interface means intended to be situated at a distance from the area and making it possible for a member of cabin crew to have access to information relating to the area and/or to the passenger present in the area on the basis of the signal, - a contact sensor, and/or - a presence sensor, and/or - a force sensor, and/or - a microwave sensor, and/or - a gas flow sensor, and/or - a body sensor, notably medical,
A robotic lawnmower system , comprising a charging station and a robotic lawnmower , said system being characterized by said robotic lawnmower comprising at least one charging connector arranged on an upper side of the robotic lawnmower and said charging station comprising at least one mating charging connector and a supporting structure arranged to carry said mating charging connectors and to extend over said robotic lawnmower as the robotic lawnmower enters the charging station for establishing energy transfer contact between the charging connectors of the robotic lawnmower and the charging connectors of the charging station from above, wherein said supporting structure is arranged to allow the robotic lawnmower to exit the charging station by driving through the charging station , wherein the charging connector of the charging station is arranged on a lever arrangement , said charging connector being a collector shoe gear for establishing contact with the charging connectors of the robotic lawnmower from above the charging connectors of the robotic lawnmower, wherein the collector shoe gear is arranged with an angled portion on a face of the charging connector facing the robotic lawnmower as the robotic lawnmower enters the charging station and wherein the collector shoe gear is arranged with a partition to provide at least two contact points .
A printing system for cut sheets, the printing system comprising a control unit for controlling the printing of image data on a plurality of sheets (201-214) and scheduling the plurality of sheets (201-214) in a printing order, the plurality of sheets (201-214) having different media properties, a paper path comprising a loop in order to enable printing on the plurality of sheets (201-214) in an interweaving first and second pass in the loop, and a print engine for disposing marking material on the sheets according to the image data, wherein the print system comprises a pattern recognition module for recognizing an arbitrary repeating pattern in the plurality of sheets on the basis of the media properties of the sheets, and the control unit is configured to determine the entrance time of each of the plurality of sheets for entering the loop in the paper path for the first pass and for the second pass while taking the arbitrary repeating pattern recognized by the pattern recognition module and a length of the loop into account, characterized in that the control unit is configured to schedule the timing of the sheets in such a way that an occurrence of the recognised repeating pattern in the plurality of sheets is coinciding when entering the loop in the first pass, with another occurrence of the recognised repeating pattern in the plurality of sheets when entering the loop in the second pass. wherein the print system comprises a pattern recognition module for recognizing an arbitrary repeating pattern in the plurality of sheets on the basis of the media properties of the sheets, and the control unit is configured to determine the entrance time of each of the plurality of sheets for entering the loop in the paper path for the first pass and for the second pass while taking the arbitrary repeating pattern recognized by the pattern recognition module and a length of the loop into account, characterized in that the control unit is configured to schedule the timing of the sheets in such a way that an occurrence of the recognised repeating pattern in the plurality of sheets is coinciding when entering the loop in the first pass, with another occurrence of the recognised repeating pattern in the plurality of sheets when entering the loop in the second pass.
A vehicle power source system including: a main battery configured to supply power to a drive motor of a vehicle; a fuel cell configured to supply power at least to the main battery ; a main line connecting the main battery and the fuel cell; a first voltage translator placed on the main line and including a charging portion and a voltage transforming portion, the first voltage translator being configured to boost an output voltage of the fuel cell; a relay provided between the charging portion and the fuel cell in the main line ; and a sub-battery connected to an auxiliary machine power supply line via which power is supplied to an auxiliary machine of the vehicle or of the fuel cell, the fuel cell and the relay being placed on an input side relative to the first voltage translator , the drive motor and the main battery being placed on an output side relative to the first voltage translator , the vehicle power source system comprising a second voltage translator connected between the relay and the charging portion on the input side of the first voltage translator in the main line and configured to adjust power to be supplied from the sub-battery to the charging portion. a main battery configured to supply power to a drive motor of a vehicle; a fuel cell configured to supply power at least to the main battery ; a main line connecting the main battery and the fuel cell; a first voltage translator placed on the main line and including a charging portion and a voltage transforming portion, the first voltage translator being configured to boost an output voltage of the fuel cell; a relay provided between the charging portion and the fuel cell in the main line ; and a sub-battery connected to an auxiliary machine power supply line via which power is supplied to an auxiliary machine of the vehicle or of the fuel cell, the fuel cell and the relay being placed on an input side relative to the first voltage translator , the drive motor and the main battery being placed on an output side relative to the first voltage translator , the vehicle power source system comprising a second voltage translator connected between the relay and the charging portion on the input side of the first voltage translator in the main line and configured to adjust power to be supplied from the sub-battery to the charging portion.
Foaming and foam dispensing device for a liquid dispenser apparatus , designed to pump and foam a pourable liquid from a container , comprising a first pumping arrangement for pumping the pourable liquid into a fluid dispensing channel , a second pumping arrangement for pumping a foaming media into the fluid dispensing channel , wherein the second pumping arrangement features a cylindrical media chamber , in which a displacement member is displaceably guided along a central axis (C), and an actuation element for actuating the first and the second pumping arrangement , that has an actuation area for cooperating with an operating element of the dispenser apparatus , characterized in that the foaming and foam suspension device further comprises a housing plate having first and second positioning elements for the positioning and releasable fixation of the foaming and foam dispensing device in the liquid dispenser apparatus , arranged at opposite outer edges of the housing plate and adapted to cooperate with at least one guiding element of the dispenser apparatus , wherein the housing plate defines a plane P, wherein one side of the plane P faces the actuation area , and wherein the media chamber of the second pumping arrangement is located on the side of the plane P that faces the actuation area of the actuation element . a first pumping arrangement for pumping the pourable liquid into a fluid dispensing channel , a second pumping arrangement for pumping a foaming media into the fluid dispensing channel , wherein the second pumping arrangement features a cylindrical media chamber , in which a displacement member is displaceably guided along a central axis (C), and an actuation element for actuating the first and the second pumping arrangement , that has an actuation area for cooperating with an operating element of the dispenser apparatus ,
A method of manufacturing a bearing cage that is to be formed by injecting a melted resin, from a plurality of resin injection gates provided at a peripheral edge portion of a substantially annular cavity formed in a molding die, into the cavity, wherein the bearing cage comprises: a substantially annular base part , a plurality of column portions protruding axially from one axial end face of the base part with predetermined intervals in a circumferential direction, and pockets formed by facing surfaces of the pair of adjacent column portions and one axial end face of the base part , a number of the pockets being same as a number of the column portions , wherein at least one column portion is provided with a resin reservoir capable of reserving therein the melted resin, and characterized in that a cross-sectional area of a communication portion of the resin reservoir configured to communicate with the column portion is equal to or smaller than 1/4 of a cross-sectional area of the resin injection gate . a substantially annular base part , a plurality of column portions protruding axially from one axial end face of the base part with predetermined intervals in a circumferential direction, and pockets formed by facing surfaces of the pair of adjacent column portions and one axial end face of the base part , a number of the pockets being same as a number of the column portions , wherein at least one column portion is provided with a resin reservoir capable of reserving therein the melted resin, and characterized in that a cross-sectional area of a communication portion of the resin reservoir configured to communicate with the column portion is equal to or smaller than 1/4 of a cross-sectional area of the resin injection gate .
An exercise machine assembly configured to provide a fluid-based resistance force and allow a user to exert a force against the resistance force, the exercise machine assembly comprising: a fluid displacement device configured to be rotatably driven by the force exerted by the user; and a fluid container having a hollow body enclosing the fluid displacement device , allowing for the fluid displacement device to rotate therein, and configured to enclose a fluid, the fluid container including an inner reservoir and an outer reservoir that cause the fluid-based resistance force to vary based on an amount of fluid in the inner reservoir and an amount of fluid in the outer reservoir , and the inner reservoir having one or more openings through which fluid can flow from either of the inner reservoir or the outer reservoir to the other, wherein during operation of the exercise machine assembly , the fluid displacement device displaces fluid in the outer reservoir , causing the fluid in the outer reservoir to separate from the inner reservoir , such that the fluid cannot flow from the outer reservoir to the inner reservoir . a fluid displacement device configured to be rotatably driven by the force exerted by the user; and a fluid container having a hollow body enclosing the fluid displacement device , allowing for the fluid displacement device to rotate therein, and configured to enclose a fluid, the fluid container including an inner reservoir and an outer reservoir that cause the fluid-based resistance force to vary based on an amount of fluid in the inner reservoir and an amount of fluid in the outer reservoir , and the inner reservoir having one or more openings through which fluid can flow from either of the inner reservoir or the outer reservoir to the other, wherein during operation of the exercise machine assembly , the fluid displacement device displaces fluid in the outer reservoir , causing the fluid in the outer reservoir to separate from the inner reservoir , such that the fluid cannot flow from the outer reservoir to the inner reservoir .
An impact torque generator for a hydraulic torque wrench having a liner to be rotated by a rotor equipped with a cavity to be filled inside with hydraulic fluid and with sealing surfaces formed so as to project from the inner peripheral surface of the cavity, a main shaft having two projections coaxially installed inside the liner and two driving blades each having sealing surfaces at both ends, inserted in the cavity of the liner to be filled with hydraulic fluid and the liner inside is divided into high-pressure room (H) and low-pressure room (L) by the driving blade so as to generate impact torque on the main shaft , two sealing surfaces of the liner being formed at the 180 degree rotational symmetry of the cavity, and when the sealing surface and one sealing surface of each driving blade coincide, the other sealing surface slides in contact with the inner peripheral surface of the cavity to seal, thereby dividing the inside of the liner into high-pressure room (H) and low-pressure room (L) by the driving blade so as to generate the impact torque on the main shaft, characterized in that the cross-sectional shape of the driving blade is asymmetrical.
A heavy truck tire , comprising: a casing , wherein the casing has a central axis ; a rubber tread that has a rib that has a first layer and a second layer , wherein the first layer is located farther from the central axis in a radial direction than the second layer , wherein the first layer has a lower max tan (δ) than a max tan (δ) of the second layer , a sculptural feature comprising: at least one sacrificial rib , or one or more micro sipes that extend from the edge of the rib into the rib in the axial direction , and that extend from the outer surface of the rib into the rib in the radial direction , or at least one directional micro sipe oriented at a non-zero angle angled towards the forward rolling direction of the tire ; characterized in that the max tan (δ) of the first layer is from 0.06 - 0.15, wherein the max tan(δ) of the second layer is from 0.12 - 0.27; and the first layer has a complex shear modulus for 25% strain (G*25) at 60°C that is from 1.2 MPa to 2.3 MPa, and wherein the second layer has a complex shear modulus for 25% strain (G*25) at 60°C that is from 1.2 MPa to 2.3 MPa; with the tan(δ) values measured according to Standard ASTM D5992-96 at a frequency of 10 Hz and at a temperature of 60 °C. a casing , wherein the casing has a central axis ; a rubber tread that has a rib that has a first layer and a second layer , wherein the first layer is located farther from the central axis in a radial direction than the second layer , wherein the first layer has a lower max tan (δ) than a max tan (δ) of the second layer , a sculptural feature comprising: at least one sacrificial rib , or one or more micro sipes that extend from the edge of the rib into the rib in the axial direction , and that extend from the outer surface of the rib into the rib in the radial direction , or at least one directional micro sipe oriented at a non-zero angle angled towards the forward rolling direction of the tire ; at least one sacrificial rib , or one or more micro sipes that extend from the edge of the rib into the rib in the axial direction , and that extend from the outer surface of the rib into the rib in the radial direction , or at least one directional micro sipe oriented at a non-zero angle angled towards the forward rolling direction of the tire ; characterized in that the max tan (δ) of the first layer is from 0.06 - 0.15, wherein the max tan(δ) of the second layer is from 0.12 - 0.27; and the first layer has a complex shear modulus for 25% strain (G*25) at 60°C that is from 1.2 MPa to 2.3 MPa, and wherein the second layer has a complex shear modulus for 25% strain (G*25) at 60°C that is from 1.2 MPa to 2.3 MPa; with the tan(δ) values measured according to Standard ASTM D5992-96 at a frequency of 10 Hz and at a temperature of 60 °C.
An infrastructure equipment for a wireless telecommunications system , the infrastructure equipment comprising transmitter circuitry for transmitting signals representing data via a wireless access interface of the wireless telecommunications system to a communications device , receiver circuitry configured to receive signals representing data via the wireless access interface from the communications device, and controller circuitry configured to control the transmitter circuitry and the receiver circuitry to transmit and receive signals via the wireless access interface in accordance with a time divided structure in which the wireless access interface is divided into a plurality of repeating time units, wherein the controller circuitry is configured in combination with the transmitter circuitry and receiver circuitry to transmit, in a first repetition of the time units, a plurality of control channels configured to schedule a plurality of data channels configured to carry data, the data channels being divided into a plurality of bundles each comprising a plurality of the data channels, to transmit, in the first repetition of the time units, one or more of the plurality of bundles, and to re-transmit the data, in a second repetition of the time units, for at least a first of the bundles and a second of the bundles, one or more of the data channels of the first of the bundles being swapped for re-transmission with one or more of the data channels of the second of the bundles. transmitter circuitry for transmitting signals representing data via a wireless access interface of the wireless telecommunications system to a communications device , receiver circuitry configured to receive signals representing data via the wireless access interface from the communications device, and controller circuitry configured to control the transmitter circuitry and the receiver circuitry to transmit and receive signals via the wireless access interface in accordance with a time divided structure in which the wireless access interface is divided into a plurality of repeating time units, wherein the controller circuitry is configured in combination with the transmitter circuitry and receiver circuitry to transmit, in a first repetition of the time units, a plurality of control channels configured to schedule a plurality of data channels configured to carry data, the data channels being divided into a plurality of bundles each comprising a plurality of the data channels, to transmit, in the first repetition of the time units, one or more of the plurality of bundles, and to re-transmit the data, in a second repetition of the time units, for at least a first of the bundles and a second of the bundles, one or more of the data channels of the first of the bundles being swapped for re-transmission with one or more of the data channels of the second of the bundles.