mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge detachably attachable to an apparatus body (A1) of an image forming apparatus, the cartridge comprising: a toner cartridge (T) that accommodates toner; a process cartridge (P) that has an attachment portion to which the toner cartridge (T) is detachably attached; a restriction member provided on the toner cartridge (T), the restriction member being movable between (i) a restriction position at which relative movement between the toner cartridge (T) attached to the attachment portion of the process cartridge (P) and the process cartridge (P) is restricted by an engagement of the restriction member and the process cartridge (P), and (ii) a non-restriction position at which the relative movement is not restricted; and a driving transmission unit for transmitting a driving force from the apparatus body (A1) to the toner cartridge (T) by engaging with the apparatus body (A1), wherein the restriction member has a driving force reception portion that is capable of receiving the driving force from the driving transmission unit by engaging with the driving transmission unit, and wherein the restriction member moves from the restriction position to the non-restriction position when the driving force reception portion receives the driving force from the driving transmission unit. a toner cartridge (T) that accommodates toner; a process cartridge (P) that has an attachment portion to which the toner cartridge (T) is detachably attached; a restriction member provided on the toner cartridge (T), the restriction member being movable between (i) a restriction position at which relative movement between the toner cartridge (T) attached to the attachment portion of the process cartridge (P) and the process cartridge (P) is restricted by an engagement of the restriction member and the process cartridge (P), and (ii) a non-restriction position at which the relative movement is not restricted; and a driving transmission unit for transmitting a driving force from the apparatus body (A1) to the toner cartridge (T) by engaging with the apparatus body (A1), wherein the restriction member has a driving force reception portion that is capable of receiving the driving force from the driving transmission unit by engaging with the driving transmission unit, and wherein the restriction member moves from the restriction position to the non-restriction position when the driving force reception portion receives the driving force from the driving transmission unit.
A method at a wireless network operator system , the method comprising: receiving an identifier of a mobile device ; accessing , based on the identifier, a secret key held by the wireless network operator system, wherein the secret key is associated with the identifier; evaluating a key derivation function, KDF, to produce a first output value, wherein the KDF is a hash function and is evaluated at least in part on the secret key and on a plurality of input values including: a challenge value; and an output length variable that indicates a bit-length of a KDF output; obtaining a session key based on the first output value; producing a second output value by evaluating the KDF at least in part on a sequence value; and obtaining a message authentication code, MAC, based on the second output value. receiving an identifier of a mobile device ; accessing , based on the identifier, a secret key held by the wireless network operator system, wherein the secret key is associated with the identifier; evaluating a key derivation function, KDF, to produce a first output value, wherein the KDF is a hash function and is evaluated at least in part on the secret key and on a plurality of input values including: a challenge value; and an output length variable that indicates a bit-length of a KDF output; a challenge value; and an output length variable that indicates a bit-length of a KDF output; obtaining a session key based on the first output value; producing a second output value by evaluating the KDF at least in part on a sequence value; and obtaining a message authentication code, MAC, based on the second output value.
A method at a communication apparatus of handling a hybrid automatic repeat request, HARQ, acknowledgement response for a network of a wireless communication system, the method comprising: selecting a plurality of communication devices of the wireless communication system when the plurality of communication devices conform to a specified rule ; and always responding positive HARQ acknowledgement messages to the plurality of communication devices . wherein the specified rule is determined according to buffer status reports, data radio bearers and pre-defined probabilities for the plurality of communication devices; wherein the network transmits HARQ acknowledgement messages in response to the plurality of communication devices via a plurality of physical indicator channels, PHICHs; wherein an amount of resources for the plurality of physical indicator channels to always carry positive HARQ acknowledgement messages is dynamically decided by the network; wherein the amount of resources for the plurality of physical indicator channels to always carry positive HARQ acknowledgement messages is one. selecting a plurality of communication devices of the wireless communication system when the plurality of communication devices conform to a specified rule ; and always responding positive HARQ acknowledgement messages to the plurality of communication devices . wherein the specified rule is determined according to buffer status reports, data radio bearers and pre-defined probabilities for the plurality of communication devices; wherein the network transmits HARQ acknowledgement messages in response to the plurality of communication devices via a plurality of physical indicator channels, PHICHs; wherein an amount of resources for the plurality of physical indicator channels to always carry positive HARQ acknowledgement messages is dynamically decided by the network; wherein the amount of resources for the plurality of physical indicator channels to always carry positive HARQ acknowledgement messages is one.
Laminate for insulation of roofs including a reinforcement element with a net or a woven fabric and a water-tight active element , whereby the active element is more flexible than the reinforcement element , and characterized in that the active element has a strip overhanging beyond an edge of the reinforcement element , and the laminate has a strip of adhesive material , for example an adhesive tape is provided along the overhanging strip and to a face of the active element which is in contact with the reinforcement element , and the adhesive material is used to attach two adjacent laminates .
A dry filtered containment venting system for a nuclear reactor containment comprising: a housing ; and a round and/or elongated aerosol filter inside the housing for removing contaminant aerosols from gas passing through the housing during venting of the containment , the housing including at least one inlet portion configured for directing gas into the aerosol filter during the venting of the containment and an outlet portion for gas filtered by the aerosol filter during the venting of the containment, the dry filtered containment venting system being arranged and configured such that when a flow of gas through the outlet portion is closed off at least one of convective, radiant and conductive heat transfer removes decay heat of aerosols captured in the aerosol filter, characterized in that the at least one inlet portion includes a lower inlet portion and an upper inlet portion , the aerosol filter being a plurality of aerosol filters , the lower inlet portion arranged for directing gas upward into a lower section of the aerosol filters during the venting of the containment, the upper inlet portion arranged for directing gas downward into an upper section of the aerosol filters during the venting of the containment, the lower inlet portion and the upper inlet portion being arranged such that gas flows in through the lower inlet portion upward past the lower and upper sections of the aerosol filter and out past the upper inlet portion when a flow of gas through the outlet portion is closed off so as to allow a forced convective cooling of the decay heat of aerosols captured in the aerosol filters . a housing ; and a round and/or elongated aerosol filter inside the housing for removing contaminant aerosols from gas passing through the housing during venting of the containment , the housing including at least one inlet portion configured for directing gas into the aerosol filter during the venting of the containment and an outlet portion for gas filtered by the aerosol filter during the venting of the containment, the dry filtered containment venting system being arranged and configured such that when a flow of gas through the outlet portion is closed off at least one of convective, radiant and conductive heat transfer removes decay heat of aerosols captured in the aerosol filter, characterized in that the at least one inlet portion includes a lower inlet portion and an upper inlet portion , the aerosol filter being a plurality of aerosol filters , the lower inlet portion arranged for directing gas upward into a lower section of the aerosol filters during the venting of the containment, the upper inlet portion arranged for directing gas downward into an upper section of the aerosol filters during the venting of the containment, the lower inlet portion and the upper inlet portion being arranged such that gas flows in through the lower inlet portion upward past the lower and upper sections of the aerosol filter and out past the upper inlet portion when a flow of gas through the outlet portion is closed off so as to allow a forced convective cooling of the decay heat of aerosols captured in the aerosol filters .
A voltage source converter comprising first and second DC terminals for connection to a DC electrical network , the voltage source converter further including at least one limb connected between the first and second DC terminals , the or each limb including: a phase element including a plurality of switching elements to interconnect the DC electrical network and an AC electrical network ; an auxiliary sub-converter configured to be controllable to act as a waveform synthesizer to modify a first DC voltage presented to the DC electrical network ; and a tertiary sub-converter connected with the phase element in an electrical block, the auxiliary sub-converter being connected in parallel with the electrical block, the tertiary sub-converter being configured to be controllable to act as a waveform synthesizer to modify a second DC voltage presented to a DC side of the phase element , the tertiary sub-converter including at least one energy storage device ; characterized by a controller configured to selectively control the or each tertiary sub-converter to synthesize at least one tertiary voltage component to be in phase with a current component of a current flowing through that tertiary sub-converter so as to transfer energy to or from that tertiary sub-converter and thereby regulate an energy level of that tertiary sub-converter . a phase element including a plurality of switching elements to interconnect the DC electrical network and an AC electrical network ; an auxiliary sub-converter configured to be controllable to act as a waveform synthesizer to modify a first DC voltage presented to the DC electrical network ; and a tertiary sub-converter connected with the phase element in an electrical block, the auxiliary sub-converter being connected in parallel with the electrical block, the tertiary sub-converter being configured to be controllable to act as a waveform synthesizer to modify a second DC voltage presented to a DC side of the phase element , the tertiary sub-converter including at least one energy storage device ; characterized by a controller configured to selectively control the or each tertiary sub-converter to synthesize at least one tertiary voltage component to be in phase with a current component of a current flowing through that tertiary sub-converter so as to transfer energy to or from that tertiary sub-converter and thereby regulate an energy level of that tertiary sub-converter .
An actuator comprising: a substrate ; a diaphragm over the substrate ; a lower electrode over the diaphragm ; a lead titanate (PbTiO 3 ) layer over the lower electrode ; a piezoelectric body over the PbTiO 3 layer , the piezoelectric body comprising particles of lead zirconate titanate (PZT); and an upper electrode over the piezoelectric body , wherein an average diameter of the particles of the PZT is 40 nm or more, where the average diameter is measured by capturing an electron backscatter diffraction image of the piezoelectric body in an image area of 20 μm × 20 μm, fitting each of the particles in the image area to a circle, and determining an average value of diameters of the circles; characterised in that the piezoelectric body satisfies the following relation: diffraction intensity / { diffraction intensity + diffraction intensity + diffraction intensity} > 0.8, in measuring orientation intensity by an X-ray diffraction intensity method. a substrate ; a diaphragm over the substrate ; a lower electrode over the diaphragm ; a lead titanate (PbTiO 3 ) layer over the lower electrode ; a piezoelectric body over the PbTiO 3 layer , the piezoelectric body comprising particles of lead zirconate titanate (PZT); and an upper electrode over the piezoelectric body , wherein an average diameter of the particles of the PZT is 40 nm or more, where the average diameter is measured by capturing an electron backscatter diffraction image of the piezoelectric body in an image area of 20 μm × 20 μm, fitting each of the particles in the image area to a circle, and determining an average value of diameters of the circles; characterised in that the piezoelectric body satisfies the following relation: diffraction intensity / { diffraction intensity + diffraction intensity + diffraction intensity} > 0.8, in measuring orientation intensity by an X-ray diffraction intensity method.
A window-cleaning robot comprising: a main body ; a cleaning pad mounting member , upon which a cleaning pad may be mounted; a linkage having a first end , at which the linkage is mounted on said main body , and a second end , which is operatively connected to said cleaning pad mounting member ; a motor , configured to cause vibrational movements of said linkage , which as a result contacts said cleaning pad mounting member , causing vibrational movements thereof and of said cleaning pad ; wherein the robot has a window-engaging side , which is configured to engage with a window surface to enable cleaning thereof by the robot , said cleaning pad being disposed on the window-engaging side of the robot ; wherein the linkage is moveably mounted on the main body so as to permit movement of the cleaning pad mounting member relative to the main body within a plane parallel to said window-engaging side ; characterized in that the window-cleaning robot further comprises a cleaning pad module , which comprises said cleaning pad mounting member and a housing , the cleaning pad mounting member being operatively connected to the housing ; and wherein the cleaning pad module comprises one or more reservoirs for storing a cleaning fluid, the one or more reservoirs being fluidically connected to said cleaning pad so as to wet the cleaning pad with said cleaning fluid, the one or more reservoir(s) being formed or comprised by the housing . a main body ; a cleaning pad mounting member , upon which a cleaning pad may be mounted; a linkage having a first end , at which the linkage is mounted on said main body , and a second end , which is operatively connected to said cleaning pad mounting member ; a motor , configured to cause vibrational movements of said linkage , which as a result contacts said cleaning pad mounting member , causing vibrational movements thereof and of said cleaning pad ; wherein the robot has a window-engaging side , which is configured to engage with a window surface to enable cleaning thereof by the robot , said cleaning pad being disposed on the window-engaging side of the robot ; wherein the linkage is moveably mounted on the main body so as to permit movement of the cleaning pad mounting member relative to the main body within a plane parallel to said window-engaging side ; characterized in that the window-cleaning robot further comprises a cleaning pad module , which comprises said cleaning pad mounting member and a housing , the cleaning pad mounting member being operatively connected to the housing ; and wherein the cleaning pad module comprises one or more reservoirs for storing a cleaning fluid, the one or more reservoirs being fluidically connected to said cleaning pad so as to wet the cleaning pad with said cleaning fluid, the one or more reservoir(s) being formed or comprised by the housing .
A multi-axis articulating and rotary spray system , comprising: a heading drive ; a pitch drive ; a mast assembly coupled to the heading drive and the pitch drive , comprising: a flexible mast shaft comprising a fluid conduit and a flexible pitch member ; a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member ; the heading drive rotating the mast assembly to control a heading of the nozzles, and the pitch drive moving the pitch member to control the pitch of the nozzles while the heading changes. a heading drive ; a pitch drive ; a mast assembly coupled to the heading drive and the pitch drive , comprising: a flexible mast shaft comprising a fluid conduit and a flexible pitch member ; a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member ; a flexible mast shaft comprising a fluid conduit and a flexible pitch member ; a plurality of nozzle housings coupled to the flexible mast shaft at intervals along the mast shaft; and a plurality of rotatable nozzles rotatably coupled to the plurality of nozzle housings and to the flexible pitch member ; the heading drive rotating the mast assembly to control a heading of the nozzles, and the pitch drive moving the pitch member to control the pitch of the nozzles while the heading changes.
A protective screen for stoves that comprises: - a substantially frame-like supporting framework , - a protective grille that is supported by said supporting framework and is configured to be arranged in front of a glass of a stove, and - means for association with the stove on the rear side of said supporting framework ; said supporting framework being made of wood, said protective grille is made of wood and is constituted by parallel bars . - a substantially frame-like supporting framework , - a protective grille that is supported by said supporting framework and is configured to be arranged in front of a glass of a stove, and - means for association with the stove on the rear side of said supporting framework ;
A device for protection from harmful radiation, comprising a protective layer for protection from the harmful radiation, wherein at least one measuring device for detecting the harmful radiation is integrated in the protection device , wherein the at least one measuring device is arranged at a side of the protective layer facing away from the direction of arrival of the radiation; characterized in that the measuring device is coupled with an RFID chip or is itself designed as an RFID chip comprising a storage means for storing data concerning the radiation detected as well as an interface for the wireless communication with an external sending and receiving unit.
An image processing device comprising a processor configured to estimate noise in an image, the image being represented by a set of pixels and each pixel having a value associated with it on each of one or more channels, by the steps of: processing data derived from the image by means of a first trained model for detecting stochastic noise so as to form a first noise estimate; processing data derived from the image by means of a second trained model for detecting extreme pixel values to form a second noise estimate; and combining the first and second noise estimates to form an aggregated noise estimate, characterized in that the first and second trained models comprise processing architectures arranged for: (a) processing data derived from the image so as to progressively reduce resolution through a first series of stages to form intermediate data; and (b) processing the intermediate data to progressively increase resolution through a second series of stages to form the respective noise estimate; there being skip connections for providing feed-through between corresponding stages of the first and second series. processing data derived from the image by means of a first trained model for detecting stochastic noise so as to form a first noise estimate; processing data derived from the image by means of a second trained model for detecting extreme pixel values to form a second noise estimate; and combining the first and second noise estimates to form an aggregated noise estimate, characterized in that the first and second trained models comprise processing architectures arranged for: (a) processing data derived from the image so as to progressively reduce resolution through a first series of stages to form intermediate data; and (b) processing the intermediate data to progressively increase resolution through a second series of stages to form the respective noise estimate; there being skip connections for providing feed-through between corresponding stages of the first and second series.
Storage system having at least one storage location for a stored item and having at least one detection arrangement assigned to the storage location for identifying the stored item stored at the storage location, which detection arrangement comprises at least one weight sensor and at least one further sensor for identifying the stored item, wherein the weight sensor is connected to the further sensor , and the weight sensor is designed to trigger a recognition process of the further sensor when the measured weight changes, characterised in that an operatively separable interface is arranged between the detection arrangement and the storage location, so that the detection arrangement can be separated from the storage location and is therefore mobile and that the further sensor has a rest state which can be activated between the performance of recognition processes.
An apparatus for making joints by means of clinching between first and second members, metal or non-metal, whereby said first member , at least in and close to the location where the joint is going to be made, has a generally sheet-formed or flat geometry, and said second member , in the same location, has an elongated form with a length axis and a length generally much bigger than any measure of its arbitrary section, by means of a tool provided with a punch , a cooperating die and anvil and a stripper surrounding the punch , characterized in that the end portion of the stripper and the punch form an elongated space and that the dimension of the punch in the direction perpendicular to said length axis is essentially the same as the dimension of the section of said second member in said location.