mhurhangee/patent-ind-claim-en huggingface dataset:
Cleaning apparatus (1; 100) for domestic use comprising: - a bucket intended to contain water; - a support mounted in the bucket and intended to support a water absorbing element for floor cleaning; - a tank intended to contain water and provided with a nozzle intended to distribute the water contained inside the tank; and - support means fixed to said bucket to support said tank , in such a way that the nozzle of the tank is situated above said support in order to rinse said water absorbing element disposed on said support of the bucket with clean water. - a bucket intended to contain water; - a support mounted in the bucket and intended to support a water absorbing element for floor cleaning; - a tank intended to contain water and provided with a nozzle intended to distribute the water contained inside the tank; and - support means fixed to said bucket to support said tank , in such a way that the nozzle of the tank is situated above said support in order to rinse said water absorbing element disposed on said support of the bucket with clean water.
A method for supporting cross carrier indication of a control channel change notification for at least one wireless communication unit that is operating on a first serving communication cell and has been configured with access to at least one second serving communication cell in a wireless broadcast communication system, wherein the method comprises, at the base station : generating a message comprising a broadcast service identifier wherein the broadcast service identifier identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and transmitting the message to the at least one wireless communication unit, wherein generating the message comprising the broadcast service identifier identifying the control channel change of the at least one second serving communication cell further comprises: determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and validating that the second broadcast service identifier does not coincide with an existing broadcast service identifier. generating a message comprising a broadcast service identifier wherein the broadcast service identifier identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and transmitting the message to the at least one wireless communication unit, wherein generating the message comprising the broadcast service identifier identifying the control channel change of the at least one second serving communication cell further comprises: determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and determining the at least one second serving communication cell; and scrambling a first broadcast service identifier using a set of predefined scrambling sequences, based on the determined at least one second serving communication cell and thereby producing a second broadcast service identifier that identifies a control channel change of the at least one second serving communication cell accessible by the at least one wireless communication unit; and validating that the second broadcast service identifier does not coincide with an existing broadcast service identifier.
A drive unit of a top drive system comprising: a drive stem having a torque gear profile and a load coupling , wherein the load coupling is a threaded coupling; a tool adapter having a complementary load coupling configured to engage with the load coupling of the drive stem, the tool adapter being configured to connect a tool string to the drive unit; the said tool adapter further including a stem gear profile ; a torque sleeve having a sleeve gear profile , complementary to the stem gear profile of the tool adapter and to the torque gear profile of the drive stem; wherein: the torque sleeve is movable between a first position in which the sleeve gear profile engages the torque gear profile of the drive stem such that the drive stem can rotate relative to the tool adapter to cause the load coupling of the drive stem to become engaged with or disengaged from the complementary load coupling of the tool adaptor and a second position in which the sleeve gear profile of the torque sleeve engages the torque gear profile of the drive stem and the stem gear profile of the tool adapter such that torque in either of two opposite directions applied to the drive stem is transferred to the tool adapter. a drive stem having a torque gear profile and a load coupling , wherein the load coupling is a threaded coupling; a tool adapter having a complementary load coupling configured to engage with the load coupling of the drive stem, the tool adapter being configured to connect a tool string to the drive unit; the said tool adapter further including a stem gear profile ; a torque sleeve having a sleeve gear profile , complementary to the stem gear profile of the tool adapter and to the torque gear profile of the drive stem; wherein: the torque sleeve is movable between a first position in which the sleeve gear profile engages the torque gear profile of the drive stem such that the drive stem can rotate relative to the tool adapter to cause the load coupling of the drive stem to become engaged with or disengaged from the complementary load coupling of the tool adaptor and a second position in which the sleeve gear profile of the torque sleeve engages the torque gear profile of the drive stem and the stem gear profile of the tool adapter such that torque in either of two opposite directions applied to the drive stem is transferred to the tool adapter.
Temporary movable platform for the assembly of lift equipment in a lift shaft, wherein the movable platform is designed to be arranged substantially in the region of a shaft opening , such that the movable platform partially sits on a floor surface of the building and partially protrudes into the lift shaft , wherein the movable platform comprises a bottom frame and bottom plates , which bottom plates lie on the bottom frame or are inserted into same, and wherein the bottom frame includes two lateral bottom bars wherein the bottom frame further includes at least one front transverse bar and one rear transverse bar , which transverse bars interconnect the two lateral bottom bars , and the bottom frame also comprises at least two intermediate bars which are arranged parallel to the two lateral bottom bars and which are substantially supported by the front and rear transverse bars , characterized in that at least one of the bottom plates is an elongate plate element which extends substantially over an entire width of the bottom frame and is supported by the two lateral bottom bars and the at least two intermediate bars , wherein at least one of the bottom plates in the region between the at least two intermediate bars is in two parts, and wherein the at least one two-part bottom plate (8.1) is supported substantially by exactly one lateral bottom bar and exactly one of the intermediate bars in the region of the passage .
A gold pigment comprising: a substrate; a first coating layer formed on the surface of the substrate and comprising a metal oxide having a refractive index of more than 1.8; a second coating layer formed on the first coating layer and comprising an oxide containing manganese; a third coating layer formed on the second coating layer and comprising a colorless metal oxide having a refractive index of 1.8 or less; a fourth coating layer formed on the third coating layer and comprising a metal oxide having a refractive index of more than 1.8; and a fifth coating layer formed on the fourth coating layer and containing Fe 2 O 3 . a substrate; a first coating layer formed on the surface of the substrate and comprising a metal oxide having a refractive index of more than 1.8; a second coating layer formed on the first coating layer and comprising an oxide containing manganese; a third coating layer formed on the second coating layer and comprising a colorless metal oxide having a refractive index of 1.8 or less; a fourth coating layer formed on the third coating layer and comprising a metal oxide having a refractive index of more than 1.8; and a fifth coating layer formed on the fourth coating layer and containing Fe 2 O 3 .
An alignment method for use by an imager imaging deoxyribonucleic acid (DNA) fragments on a flow cell , the imager capturing intensity values at DNA fragment bead locations in tiles with each tile having a reference location in the flow cell, the method comprising: obtaining a dark field image of each tile during a first imaging session; identifying a first dark field constellation of bead locations within a first tile and a second dark field constellation of bead locations within a second tile during the first imaging session; identifying, during a second imaging session, constellations corresponding to the first and second dark field constellations; altering the reference location of at least one tile during the second imaging session to correct for a linear offset in the corresponding first dark field constellations; and applying at least one correction factor for reading out intensity values from the imager for the bead locations in the flow cell to correct for an angular offset determined from offsets in the corresponding first and second dark field constellations; wherein the step of altering the reference location corrects for a linear offset of the flow cell between the first imaging session and the second imaging session; and wherein the step of applying the at least one correction factor corrects for an angular offset of the flow cell between the first imaging session and the second imaging session. obtaining a dark field image of each tile during a first imaging session; identifying a first dark field constellation of bead locations within a first tile and a second dark field constellation of bead locations within a second tile during the first imaging session; identifying, during a second imaging session, constellations corresponding to the first and second dark field constellations; altering the reference location of at least one tile during the second imaging session to correct for a linear offset in the corresponding first dark field constellations; and applying at least one correction factor for reading out intensity values from the imager for the bead locations in the flow cell to correct for an angular offset determined from offsets in the corresponding first and second dark field constellations; wherein the step of altering the reference location corrects for a linear offset of the flow cell between the first imaging session and the second imaging session; and wherein the step of applying the at least one correction factor corrects for an angular offset of the flow cell between the first imaging session and the second imaging session.
A support element for a timepiece or a piece of jewellery including a receiving surface configured to be at least partly in direct contact with said timepiece , or the piece of jewellery, said support element including a peripheral portion carrying said receiving surface , and a central portion formed by a block of material, said support element comprising an internal cavity forming a recess in the central portion ; said internal cavity defining a volume configured to receive and hold in position an object inside said support element , the central portion comprising at least one region made of cellular material, elastomer, viscoelastic polymer, polyurethane foam or polyethylene foam, said internal cavity being located at said region made of cellular material, elastomer, viscoelastic polymer, polyurethane foam or polyethylene foam; said object being retained in said internal cavity by elastic or viscoelastic response of the material after a deformation of the internal cavity , characterised in that said support element comprises a removal member configured to allow the object to be removed from the internal cavity .
A distributed optical fibre sensor for determining one or more parameters as functions of position along a plurality of sensing optical fibres from properties of probe light backscattered within the sensing optical fibres, the sensor comprising: a probe light source arranged to generate probe light pulses each at one of a plurality of optical wavelengths; a coupler arranged to receive the probe light pulses from the probe light source and to direct pulses of each wavelength into a different corresponding one of said sensing optical fibres, and to collect probe light backscattered within the sensing optical fibres; a detector arranged to receive the collected backscattered light and to separately detect light of each of said different wavelengths in said collected backscattered light; and an analyser arranged to determine said one or more parameters as functions of position along each of the sensing optical fibres from said detected backscattered light of each corresponding wavelength. a probe light source arranged to generate probe light pulses each at one of a plurality of optical wavelengths; a coupler arranged to receive the probe light pulses from the probe light source and to direct pulses of each wavelength into a different corresponding one of said sensing optical fibres, and to collect probe light backscattered within the sensing optical fibres; a detector arranged to receive the collected backscattered light and to separately detect light of each of said different wavelengths in said collected backscattered light; and an analyser arranged to determine said one or more parameters as functions of position along each of the sensing optical fibres from said detected backscattered light of each corresponding wavelength.
A content-voice AI coordination system comprising: a server apparatus configured to store content to be distributed by a broadcasting system to at least one client apparatus installed at a user's home; and a distribution system ; wherein the server apparatus comprises an insertion unit configured to insert a token into an audio stream of the content, the token being a token for prohibiting or permitting a voice recognition process of the audio stream of the content executed by a voice AI assistance service; and wherein the distribution system is configured to transmit, through the Internet , the audio stream including the token from the server apparatus to the at least one client apparatus . a server apparatus configured to store content to be distributed by a broadcasting system to at least one client apparatus installed at a user's home; and a distribution system ; wherein the server apparatus comprises an insertion unit configured to insert a token into an audio stream of the content, the token being a token for prohibiting or permitting a voice recognition process of the audio stream of the content executed by a voice AI assistance service; and wherein the distribution system is configured to transmit, through the Internet , the audio stream including the token from the server apparatus to the at least one client apparatus .
A process for making a milk product having a protein content higher than 3.5% v/v comprising: (i) providing skimmed milk from the separation of raw milk; (ii) subjecting the skimmed milk to centrifugal separation to obtain centrifugate which contains micro-organisms; (iii) subjecting the centrifugate to heat treatment above 100° centigrade, and cooling to obtain a milk protein concentrate; (iv) providing skimmed milk; and (v) mixing the milk protein concentrate with the skimmed milk to obtain a milk product having a protein content higher than 3.5% v/v. (i) providing skimmed milk from the separation of raw milk; (ii) subjecting the skimmed milk to centrifugal separation to obtain centrifugate which contains micro-organisms; (iii) subjecting the centrifugate to heat treatment above 100° centigrade, and cooling to obtain a milk protein concentrate; (iv) providing skimmed milk; and (v) mixing the milk protein concentrate with the skimmed milk to obtain a milk product having a protein content higher than 3.5% v/v.
A free standing inorganic storage phosphor panel comprising: an inorganic storage phosphor layer comprising at least one thermoplastic polymer , an inorganic storage phosphor material and a copper phthalocyanine blue dye, wherein the inorganic storage phosphor layer is formed by melt compounding the at least one thermoplastic polymer , inorganic storage phosphor material and copper phthalocyanine blue dye to form a melt compounded material and by then melt extruding, injection molding, or hot pressing the melt compounded material; wherein the thermoplastic polymer is a polyolefin, a polypropylene, a polyurethane, a polyester, a polycarbonate, a silicone, a siloxane, a polyvinyl chloride or a polyvinylidine chloride; and wherein a peak torque (Tp) required for tearing the panel is greater than 0.04 Newton meter and less than 0.2 Newton meter. an inorganic storage phosphor layer comprising at least one thermoplastic polymer , an inorganic storage phosphor material and a copper phthalocyanine blue dye, wherein the inorganic storage phosphor layer is formed by melt compounding the at least one thermoplastic polymer , inorganic storage phosphor material and copper phthalocyanine blue dye to form a melt compounded material and by then melt extruding, injection molding, or hot pressing the melt compounded material; wherein the thermoplastic polymer is a polyolefin, a polypropylene, a polyurethane, a polyester, a polycarbonate, a silicone, a siloxane, a polyvinyl chloride or a polyvinylidine chloride; and wherein a peak torque (Tp) required for tearing the panel is greater than 0.04 Newton meter and less than 0.2 Newton meter.
Dynamic pneumatic support system for integration into a back rest of a vehicle seat , the dynamic pneumatic support system comprising: a. at least one lumbar support bladder , arranged at a lumbar region of a back rest ; b. at least one dorsal support bladder , arranged at least at a shoulder region of the back rest ; c. a pump unit for supplying the lumbar support bladder and the dorsal support bladder individually with air; d. an electronic control unit for controlling the pump unit ; and e. a sensor unit connected to the electronic control unit for automatically measuring orientation and/or acceleration (A) of the back rest and providing orientation and/or acceleration data to the electronic control unit ; wherein f. the electronic control unit can, based on the orientation and/or acceleration data, control the pump unit , for automatically and individually controlling the pressure of at least the lumbar support bladder and dorsal support bladder . a. at least one lumbar support bladder , arranged at a lumbar region of a back rest ; b. at least one dorsal support bladder , arranged at least at a shoulder region of the back rest ; c. a pump unit for supplying the lumbar support bladder and the dorsal support bladder individually with air; d. an electronic control unit for controlling the pump unit ; and e. a sensor unit connected to the electronic control unit for automatically measuring orientation and/or acceleration (A) of the back rest and providing orientation and/or acceleration data to the electronic control unit ; wherein f. the electronic control unit can, based on the orientation and/or acceleration data, control the pump unit , for automatically and individually controlling the pressure of at least the lumbar support bladder and dorsal support bladder .
A cartridge comprising: a chamber structure configured to contain endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure ; a first electrode positioned at one side of the cartridge , the first electrode being in electrical contact with the heating layer ; a second electrode positioned at a second side of the cartridge , the second electrode being in electrical contact with the heating layer ; an outer sleeve encasing the chamber structure , the heating layer , and the electrodes , wherein an air gap is provided between the outer sleeve and the heating layer , and an electrical insulation layer provided on an outer surface of the chamber structure , wherein the heating layer is provided on the electrical insulation layer . a chamber structure configured to contain endodontic material; an electrically conductive heating layer provided adjacent to the chamber structure ; a first electrode positioned at one side of the cartridge , the first electrode being in electrical contact with the heating layer ; a second electrode positioned at a second side of the cartridge , the second electrode being in electrical contact with the heating layer ; an outer sleeve encasing the chamber structure , the heating layer , and the electrodes , wherein an air gap is provided between the outer sleeve and the heating layer , and an electrical insulation layer provided on an outer surface of the chamber structure , wherein the heating layer is provided on the electrical insulation layer .
A container arrangement of an outer container and an inner container mounted for thermal insulation in the outer container, wherein an annular installation space is defined between the inner container and the outer container , wherein there is a single fixed bearing transmitting forces acting in all spatial directions, which comprises fixed bearing securing elements (5, 5', 5", 5''') which engage, on the one hand, the outer container and, on the other hand, the inner container and which can be stressed in tension and in compression, the fixed bearing securing elements (5, 5', 5", 5''') engaging the inner container while being arranged so as to be distributed in the installation space , preferably distributed in the area of the circumference of the inner container, and the fixed bearing securing elements (5, 5', 5", 5''') engaging the outer container while being distributed in the annular installation space , preferably in the area of the circumference of the outer container , wherein the fixed bearing securing elements (5, 5', 5", 5''') are oblique to the longitudinal axis (L2) of the inner container and, in particular, are not normal to the longitudinal axis (L2) of the inner container , characterized in that the fixed bearing securing elements (5, 5', 5", 5''') are designed as framework elements of a frame structure or as plates or as plates of a frame structure.