mhurhangee/patent-ind-claim-en huggingface dataset:
A handle for a shaver, comprising: - a front portion being adapted to receive a removable shaving cartridge , - an upper part , and a lower part , the upper part and the lower part being assembled together, - a button positioned in the front portion of the handle , the button being movable in a first direction and adapted to facilitate the removal of the shaving cartridge , wherein the upper part of the handle comprises at least one slot extending longitudinally in said first direction, said slot having two longitudinal edges forming at least a pair of opposed tracks, wherein the button comprises at least one pair of opposed flexible hooks which are snap-fitted with the longitudinal tracks of the slot and hold the button onto the handle , said flexible hooks being slideable on said tracks, characterized in that the lower part of the handle comprises an abutment member which is engaged with the flexible hooks and is elongated in said first direction, said abutment member being adapted to prevent the flexible hooks from disengaging the tracks of the slot . - a front portion being adapted to receive a removable shaving cartridge , - an upper part , and a lower part , the upper part and the lower part being assembled together, - a button positioned in the front portion of the handle , the button being movable in a first direction and adapted to facilitate the removal of the shaving cartridge ,
Use of a spread granulate as a spacer material for the storage of floor covering materials, characterized in that the spread granulate comprises at least one biodegradable polymer in a proportion of 10 to 100 % by weight, wherein in a first dimension the spread granulate grains have an extension that is at least 1.275 times larger than in a second dimension.
A method for compositional analysis of a material in which an electron beam is caused to impinge upon the material, the method comprising:- detecting low loss electrons (LLEs) that have been backscattered from a first region of the material due to interaction with the electron beam and generating corresponding LLE data; detecting x-rays received from a second region of the material due to interaction with the electron beam and generating corresponding x-ray data, wherein the LLEs are detected using energy filtering such that the first region is contained within and is substantially smaller in volume than the second region; and combining the LLE data and the x-ray data so as to generate compositional data representative of the composition of the first region wherein the LLE data is processed to obtain an effective atomic number representative of the element or elements within the first region, the method further comprising selecting a candidate material for the first region, based upon the LLE data, and calculating simulated x-ray data for the candidate material, the simulated x-ray data being that which would be received only from the first region, wherein the simulated x-ray data and the x-ray data are compared so as to determine which elemental contributions to the x-ray data from the first region are detectable within the x-ray data. detecting low loss electrons (LLEs) that have been backscattered from a first region of the material due to interaction with the electron beam and generating corresponding LLE data; detecting x-rays received from a second region of the material due to interaction with the electron beam and generating corresponding x-ray data, wherein the LLEs are detected using energy filtering such that the first region is contained within and is substantially smaller in volume than the second region; and combining the LLE data and the x-ray data so as to generate compositional data representative of the composition of the first region wherein the LLE data is processed to obtain an effective atomic number representative of the element or elements within the first region, the method further comprising selecting a candidate material for the first region, based upon the LLE data, and calculating simulated x-ray data for the candidate material, the simulated x-ray data being that which would be received only from the first region, wherein the simulated x-ray data and the x-ray data are compared so as to determine which elemental contributions to the x-ray data from the first region are detectable within the x-ray data.
A method, comprising: receiving, by a service apparatus and from a publisher , a list of client identifiers representing a plurality of users that the publisher has selected to be the recipients of user-specific information, wherein the list of client identifiers includes a first client identifier that is assigned to a first user by the publisher , and wherein the service apparatus is outside a domain of the publisher ; accessing, by the service apparatus , an identifier mapping , wherein the identifier mapping includes a mapping of the first service identifier to the first client identifier; generating, by the service apparatus and based on the identifier mapping , a list of service identifiers that match each client identifier in the list of client identifiers ; receiving, by the service apparatus from a first client device of the first user, a first request for the user-specific information, the first request having a first service identifier that is assigned to the first user by the service apparatus , the first service identifier for the first client device being different than the first client identifier; determining, by the service apparatus , that the first client device has access to the user-specific information based on whether the first service identifier is included in the list of service identifiers ; and transmitting, by the service apparatus to the first client device, the user-specific information based on the determination. receiving, by a service apparatus and from a publisher , a list of client identifiers representing a plurality of users that the publisher has selected to be the recipients of user-specific information, wherein the list of client identifiers includes a first client identifier that is assigned to a first user by the publisher , and wherein the service apparatus is outside a domain of the publisher ; accessing, by the service apparatus , an identifier mapping , wherein the identifier mapping includes a mapping of the first service identifier to the first client identifier; generating, by the service apparatus and based on the identifier mapping , a list of service identifiers that match each client identifier in the list of client identifiers ; receiving, by the service apparatus from a first client device of the first user, a first request for the user-specific information, the first request having a first service identifier that is assigned to the first user by the service apparatus , the first service identifier for the first client device being different than the first client identifier; determining, by the service apparatus , that the first client device has access to the user-specific information based on whether the first service identifier is included in the list of service identifiers ; and transmitting, by the service apparatus to the first client device, the user-specific information based on the determination.
An air circulation cover for a cardan shaft comprising a yoke shaft slidably mounted in a sleeve yoke , wherein an inner volume is formed between the yoke shaft and the sleeve yoke ; said air circulation cover being suitable: - to be mounted on a cover assembly housing located on the sleeve yoke , - to ensure bi-directional air circulation between said inner volume and the external environment when the yoke shaft is sliding in the sleeve yoke , and - to prevent the ingress of water and foreign matter from the external environment into the inner volume ; said air-circulation cover being characterized by comprising: • a main body in the form of a ring which provides air passage, • a body support element with an opening in the center part of the inner diameter edge (3.1) which is mounted to said main body from the bottom, • a diaphragm (2.2) that is integral with the inner diameter edge at the center portion of said body support element and that is a part of the elastomeric main body , • at least an air slot (2.2.1) that can be formed in different geometries and numbers on the body of said diaphragm (2.2) according to requirement in order to provide the bidirectional air passage, • an outer edge support element which is integral with the outer edge of the body (2.1), • a large surface filter element in the form of a patelliform cylinder, located on the lower part of the body support element , • a filter support element mounted to the bottom portion in order to fix and support said patelliform filter element , • at least an air passage channel (7.1) allowing air passage in the center part of said filter support element , which can be provided in different numbers and geometries. - to be mounted on a cover assembly housing located on the sleeve yoke , - to ensure bi-directional air circulation between said inner volume and the external environment when the yoke shaft is sliding in the sleeve yoke , and - to prevent the ingress of water and foreign matter from the external environment into the inner volume ; • a main body in the form of a ring which provides air passage, • a body support element with an opening in the center part of the inner diameter edge (3.1) which is mounted to said main body from the bottom, • a diaphragm (2.2) that is integral with the inner diameter edge at the center portion of said body support element and that is a part of the elastomeric main body , • at least an air slot (2.2.1) that can be formed in different geometries and numbers on the body of said diaphragm (2.2) according to requirement in order to provide the bidirectional air passage, • an outer edge support element which is integral with the outer edge of the body (2.1), • a large surface filter element in the form of a patelliform cylinder, located on the lower part of the body support element , • a filter support element mounted to the bottom portion in order to fix and support said patelliform filter element , • at least an air passage channel (7.1) allowing air passage in the center part of said filter support element , which can be provided in different numbers and geometries.
Laminate of metal layers (1-3, 9) and plastic bonding layers (4-6) situated between the metal layers (1-3, 9), comprising two external metal layers extending substantially continuously and at least one internal metal layer , characterized in that at least one of the internal metal layers has at least one cut-out and in that at the position of the cut-out the other metal layers (1-3) and plastic bonding layers (4-6) are bonded together to the form of a packet of lower thickness, in which said at least one cut-out is closed in the peripheral direction.
A mobile floor cleaning robot comprising: at least one drive wheel operable to propel the robot across a floor surface; a cleaning bin (122, 122 ',122") disposed within the robot and arranged to receive debris ingested by the robot during cleaning; and a robot vacuum comprising a motor and a fan connected to the motor and configured to generate a flow of air to pull debris into the cleaning bin from an opening on an underside of the robot; characterized in that : the floor cleaning robot further comprises a one-way air flow valve disposed within the robot and configured to automatically close in response to operation of a vacuum of an evacuation station configured to evacuate debris from the cleaning bin (122, 122 ',122") through the opening on the underside of the robot , and wherein the air flow valve is disposed in an air passage connecting the robot vacuum to the interior of the cleaning bin. at least one drive wheel operable to propel the robot across a floor surface; a cleaning bin (122, 122 ',122") disposed within the robot and arranged to receive debris ingested by the robot during cleaning; and a robot vacuum comprising a motor and a fan connected to the motor and configured to generate a flow of air to pull debris into the cleaning bin from an opening on an underside of the robot; characterized in that : the floor cleaning robot further comprises a one-way air flow valve disposed within the robot and configured to automatically close in response to operation of a vacuum of an evacuation station configured to evacuate debris from the cleaning bin (122, 122 ',122") through the opening on the underside of the robot , and wherein the air flow valve is disposed in an air passage connecting the robot vacuum to the interior of the cleaning bin. the floor cleaning robot further comprises a one-way air flow valve disposed within the robot and configured to automatically close in response to operation of a vacuum of an evacuation station configured to evacuate debris from the cleaning bin (122, 122 ',122") through the opening on the underside of the robot , and wherein the air flow valve is disposed in an air passage connecting the robot vacuum to the interior of the cleaning bin.
A method for producing a biocompatible hydrogel, comprising: coupling a biopolymer with an amine group-containing phenolic compound to provide an amidated biopolymer; mixing the amidated biopolymer with a monophenolic compound and a tyrosine-based peptide represented by YY-X-YY (wherein each Y is a tyrosine residue and X is selected from 20 amino acid residues) to prepare a mixture solution; and mixing the mixture solution with a photopolymerization initiator, followed by photocuring to form a structure in which the amidated biopolymer molecules are bonded through a dityrosine linker.
Use of zirconium or a mixture comprising zirconium and aluminium as fuel in a pyrotechnic flare charge, wherein the flare charge comprises an oxidizer and a binder, wherein the oxidizer is a nitrite, a chlorate, a sulphate or an organic compound comprising oxygen atoms, wherein the binder is an epoxy resin or a phenolic resin.
Method for incinerating organic matter, consisting of organic matter trapped in a mineral and/or liquid matrix, in particular issued from the treatment of waste water, industrial or agricultural waste, such as sludge and especially sewage plant sludge, in a fluidised bed incineration furnace, said furnace comprising an enclosure in the lower part of which there is a bed of particles, preferably sand, constituting a fluidisation zone Zf, the fluidisation zone Zf into which the organic matter is introduced as fuel while air is injected as oxidant into the sand bed from a wind box through a fluidisation dome on top of said box, the air passing through passages provided in the fluidisation dome, the furnace being configured to treat a nominal value Vn of volume Vmo of organic matter to be treated, characterised in that the method comprises a step of adjusting the volume of the fluidisation zone Zf and the flow rate of air coming into said fluidisation zone Zf as a function of the volume Vmo of organic matter to be treated, in which, when the volume Vmo of organic matter to be treated is lower than the nominal value Vn, the volume of the fluidisation zone is reduced from an initial volume Vfi to a reduced volume Vfr, and the air flow rate is reduced by sealing air passages so as to leave active only passages opening into the thus reduced fluidisation zone Zfr. said furnace comprising an enclosure in the lower part of which there is a bed of particles, preferably sand, constituting a fluidisation zone Zf, the fluidisation zone Zf into which the organic matter is introduced as fuel while air is injected as oxidant into the sand bed from a wind box through a fluidisation dome on top of said box, the air passing through passages provided in the fluidisation dome, the furnace being configured to treat a nominal value Vn of volume Vmo of organic matter to be treated, characterised in that the method comprises a step of adjusting the volume of the fluidisation zone Zf and the flow rate of air coming into said fluidisation zone Zf as a function of the volume Vmo of organic matter to be treated, in which, when the volume Vmo of organic matter to be treated is lower than the nominal value Vn, the volume of the fluidisation zone is reduced from an initial volume Vfi to a reduced volume Vfr, and the air flow rate is reduced by sealing air passages so as to leave active only passages opening into the thus reduced fluidisation zone Zfr.
A production installation for producing workpieces from sheet metal, in particular by forming, comprising - a bending machine , in particular a swivel bending machine, with a fixed machine frame and with a bending unit , said bending unit comprising at least one bending tool held on a tool carrier, - at least one adjusting device for moving the at least one bending tool relative to the tool carrier starting from a working edge , extending straightly in a starting position, of the bending tool towards a curved or cambered longitudinal extent of the working edge , - wherein the at least one adjusting device comprises at least one support element , at least one actuator element and at least one actuator organ, and - wherein the at least one actuator element can be moved relative to the at least one support element of the tool carrier in the direction of the longitudinal extension of the working edge by means of the at least one actuator organ, characterized in that the at least one actuator element can be moved both in a first adjusting direction and in a reversely directed second adjusting direction and in that in case of a movement into the first adjusting direction, the working edge of the bending tool starting out from the straightly extending starting position is moved such with respect to a particularly vertically directed machine plane by means of the adjusting device , that its distance in a central region of the longitudinal extension of the bending tool in perpendicular direction to the machine plane is smaller than in at least one of the two end regions of the bending tool , and/or in that in case of a movement into the second adjusting direction, the working edge of the bending tool starting out from the straightly extending starting position is moved such with respect to a particularly vertically directed machine plane , that its distance in the central region of the longitudinal extension of the bending tool in perpendicular direction to the machine plane is larger than in at least one of the two end regions of the bending tool . - a bending machine , in particular a swivel bending machine, with a fixed machine frame and with a bending unit , said bending unit comprising at least one bending tool held on a tool carrier, - at least one adjusting device for moving the at least one bending tool relative to the tool carrier starting from a working edge , extending straightly in a starting position, of the bending tool towards a curved or cambered longitudinal extent of the working edge , - wherein the at least one adjusting device comprises at least one support element , at least one actuator element and at least one actuator organ, and - wherein the at least one actuator element can be moved relative to the at least one support element of the tool carrier in the direction of the longitudinal extension of the working edge by means of the at least one actuator organ,
A translational thrust system for a rotary wing aircraft, the translational thrust system comprising a translational thrust propeller ; a propulsor gearbox assembly for the translational thrust propeller , comprising: a housing defining an interior cavity ; a single stage planetary gear assembly contained within the interior cavity , the planetary gear assembly comprising a planetary carrier frame with a plurality of planetary gears ; an input shaft aligned on a first axis of rotation; and an output shaft aligned along a second axis of rotation, the output shaft being coupled along the second axis of rotation to the planetary carrier frame ; wherein the first axis of rotation is coaxial with the second axis of rotation; and wherein the output shaft is connected to the translational thrust propeller characterized in that the propulsor gearbox assembly further comprises: a gear-driven pump and a sump chamber contained within the interior cavity , wherein the gear-driven pump is configured to be driven by the planetary gear assembly ; a propeller pitch actuation system provided externally from the propulsor gearbox assembly . a housing defining an interior cavity ; a single stage planetary gear assembly contained within the interior cavity , the planetary gear assembly comprising a planetary carrier frame with a plurality of planetary gears ; an input shaft aligned on a first axis of rotation; and an output shaft aligned along a second axis of rotation, the output shaft being coupled along the second axis of rotation to the planetary carrier frame ; wherein the first axis of rotation is coaxial with the second axis of rotation; and wherein the output shaft is connected to the translational thrust propeller a gear-driven pump and a sump chamber contained within the interior cavity , wherein the gear-driven pump is configured to be driven by the planetary gear assembly ; a propeller pitch actuation system provided externally from the propulsor gearbox assembly .
A water separator suitable for an aircraft , comprising: a tube defining a longitudinal axis (A), wherein the tube includes a tube wall separating an interior of the tube from an exterior thereof; and a tube insert mounted within the tube , wherein the tube insert includes a sheet that is helically twisted about the longitudinal axis (A), characterized in that the tube insert includes a plurality of mounting tabs bent 90° from the sheet for mounting the tube insert to the tube wall. a tube defining a longitudinal axis (A), wherein the tube includes a tube wall separating an interior of the tube from an exterior thereof; and a tube insert mounted within the tube , wherein the tube insert includes a sheet that is helically twisted about the longitudinal axis (A), characterized in that the tube insert includes a plurality of mounting tabs bent 90° from the sheet for mounting the tube insert to the tube wall.
A safety capsule for a container, comprising: - a closure cap for closing the container comprising a thread for connection to the container; - a cover for said cap , said cover comprising a base and a lateral wall that extends from said base ; said base and said lateral wall overlying said cap ; - a press-fit engagement means that sets said cap and said cover into operative communication, enabling transmission of motion from the cover to the cap for the purpose of making it possible to unscrew said cap ; - a means for preventing extraction of the cover from the cap , being partly incorporated in the cover and partly in the cap; the extraction prevention means being an anti de-capping means and comprising: a) a strip , being part of the cover ; b) a stopping abutment , being part of the cap , intended to abut said strip at least whenever there is an attempt to pull out the cap from the cover ; characterised in that said strip is folded towards the inside of the cover and extends towards said base starting from a fold line at one end of the cover which is opposite said base . - a closure cap for closing the container comprising a thread for connection to the container; - a cover for said cap , said cover comprising a base and a lateral wall that extends from said base ; said base and said lateral wall overlying said cap ; - a press-fit engagement means that sets said cap and said cover into operative communication, enabling transmission of motion from the cover to the cap for the purpose of making it possible to unscrew said cap ; - a means for preventing extraction of the cover from the cap , being partly incorporated in the cover and partly in the cap; a) a strip , being part of the cover ; b) a stopping abutment , being part of the cap , intended to abut said strip at least whenever there is an attempt to pull out the cap from the cover ;