mhurhangee/patent-ind-claim-en huggingface dataset:
A fixing device comprising: a fixing member rotatably provided and heated by a heat source ; and a pressing member rotatably provided and brought into pressure contact with the fixing member to form a fixing nip (N) through which a sheet having a toner image is passed , characterized by : a charger disposed to oppose to the fixing member and applying an electric charge of the same polarity as a toner constituting the toner image to a surface of the fixing member ; and an air discharging device discharging an air flow passed between the fixing member and the charger via a filter , wherein the charger is disposed at a downstream side from the fixing nip (N) in a conveyance direction of the sheet, the charger further includes an intake port provided between an electrode applying the electric charge and a shield surrounding a periphery of the electrode at a proximal end side of the electrode to take air in, the intake port communicates to the air discharging device via a tip end side of the electrode . a fixing member rotatably provided and heated by a heat source ; and a pressing member rotatably provided and brought into pressure contact with the fixing member to form a fixing nip (N) through which a sheet having a toner image is passed , characterized by : a charger disposed to oppose to the fixing member and applying an electric charge of the same polarity as a toner constituting the toner image to a surface of the fixing member ; and an air discharging device discharging an air flow passed between the fixing member and the charger via a filter , wherein the charger is disposed at a downstream side from the fixing nip (N) in a conveyance direction of the sheet, the charger further includes an intake port provided between an electrode applying the electric charge and a shield surrounding a periphery of the electrode at a proximal end side of the electrode to take air in, the intake port communicates to the air discharging device via a tip end side of the electrode . a charger disposed to oppose to the fixing member and applying an electric charge of the same polarity as a toner constituting the toner image to a surface of the fixing member ; and an air discharging device discharging an air flow passed between the fixing member and the charger via a filter , wherein the charger is disposed at a downstream side from the fixing nip (N) in a conveyance direction of the sheet, the charger further includes an intake port provided between an electrode applying the electric charge and a shield surrounding a periphery of the electrode at a proximal end side of the electrode to take air in, the intake port communicates to the air discharging device via a tip end side of the electrode .
Centering device intended for use in an automatic bar loader for a lathe, comprising a channel with a rectilinear axis intended for the passage of a bar from the loader to the lathe and with an inlet end for the bar and an opposite outlet end allowing the bar to exit towards the lathe, comprising mobile jaws on the sides of the channel for defining an adjustable through-aperture in the channel, wherein the jaws are mounted in a supporting slider of the centering device so as to be slidable in the supporting slider radially relative to the channel , characterized in that the centering device is configured such that the supporting slider is slidable along the channel against the action of elastic means of the centering device in response to a thrust against the jaws towards said outlet end , so as to move between a first position closer to the inlet end , in which the jaws are in a first position projecting into the channel with their operative surfaces , and a second position closer to the outlet end , in which the jaws can slide inside the supporting slider so as to move radially away from said first position projecting into the channel. wherein the jaws are mounted in a supporting slider of the centering device so as to be slidable in the supporting slider radially relative to the channel , characterized in that the centering device is configured such that the supporting slider is slidable along the channel against the action of elastic means of the centering device in response to a thrust against the jaws towards said outlet end , so as to move between a first position closer to the inlet end , in which the jaws are in a first position projecting into the channel with their operative surfaces , and a second position closer to the outlet end , in which the jaws can slide inside the supporting slider so as to move radially away from said first position projecting into the channel.
Rotor hub arrangement for an electric fan , in particular for a radiator fan of a motor vehicle, comprising - a hub cup which rotates during operation and comprises air outlet guides on its inside , which are arranged and formed in such way that they guide and accelerate cooling air, - a return cup arranged inside the hub cup , said return cup comprising air passage openings , which form continuous air outlets together with the air outlet guides of the hub cup for a cooling air stream from the pressure side to the vacuum side of the fan , characterized in that the air outlet guides in the hub cup each form a substantially radially oriented air outlet , which is embedded into a depression in a base of the hub cup and/or is formed in a recess in the circumferential wall of the hub cup , so that the cooling air stream is directed outwards in the radial direction. - a hub cup which rotates during operation and comprises air outlet guides on its inside , which are arranged and formed in such way that they guide and accelerate cooling air, - a return cup arranged inside the hub cup , said return cup comprising air passage openings , which form continuous air outlets together with the air outlet guides of the hub cup for a cooling air stream from the pressure side to the vacuum side of the fan ,
A system for launching multiple satellites from a launch vehicle comprising: the launch vehicle ; a mechanical structure which comprises three sets of mounting means (104A-F), said mounting means adapted to position a plurality of satellites; wherein a first set of mounting means is arranged for axial separation from the launch vehicle of part of the plurality of satellites, a second set of mounting means is arranged for inclined separation from the launch vehicle of part of the plurality of satellites, and a third set of mounting means is arranged for radial separation from the launch vehicle of part of the plurality of satellites; wherein the first set of mounting means is arranged in the axial separation direction, the second set of mounting means is arranged in the inclined separation direction and the third set of mounting means is arranged in the radial separation direction; $ a control unit for controlling said mounting means for positioning and separating said multiple satellites in said mechanical structure; an image capturing system for monitoring the positioning of each satellite in said mechanical structure; and wherein said mounting means are adapted to position the satellites at a distance to ensure that each satellite will not come in contact with each other in short duration as well as long duration of orbit evolution. the launch vehicle ; a mechanical structure which comprises three sets of mounting means (104A-F), said mounting means adapted to position a plurality of satellites; wherein a first set of mounting means is arranged for axial separation from the launch vehicle of part of the plurality of satellites, a second set of mounting means is arranged for inclined separation from the launch vehicle of part of the plurality of satellites, and a third set of mounting means is arranged for radial separation from the launch vehicle of part of the plurality of satellites; wherein the first set of mounting means is arranged in the axial separation direction, the second set of mounting means is arranged in the inclined separation direction and the third set of mounting means is arranged in the radial separation direction; $ a control unit for controlling said mounting means for positioning and separating said multiple satellites in said mechanical structure; an image capturing system for monitoring the positioning of each satellite in said mechanical structure; and wherein said mounting means are adapted to position the satellites at a distance to ensure that each satellite will not come in contact with each other in short duration as well as long duration of orbit evolution.
A process for the production of a composite component which comprises a molding made of a thermoplastic polymer foam made of an expanded thermoplastic polyurethane (ETPU) and which comprises a functional layer made of an unfoamed thermoplastic, comprising the following steps: (a) insertion of the molding made of thermoplastic polymer foam into a mold , (b) application of a thermoplastic polymer by an injection process, where the pressure during the application of the thermoplastic polymer is smaller than 100 bar, where the thermoplastic polymer foam is a particle foam and the surface of the molding made of polymer foam is pretreated, where the pretreatment of the surface of the molding made of polymer foam comprises a corona treatment or plasma treatment. (a) insertion of the molding made of thermoplastic polymer foam into a mold , (b) application of a thermoplastic polymer by an injection process, where the pressure during the application of the thermoplastic polymer is smaller than 100 bar, where the thermoplastic polymer foam is a particle foam and the surface of the molding made of polymer foam is pretreated, where the pretreatment of the surface of the molding made of polymer foam comprises a corona treatment or plasma treatment.
A cage for housing laboratory animals, said cage comprising a main box-shaped body consisting of a bottom wall , an upper wall and a plurality of side walls , said bottom wall , upper wall and side walls being connected and joined together to define a first inner space (Si1) available to said laboratory animals, wherein a first side wall of said main box-shaped body comprises a first opening adapted to allow the access to said inner space from the outside by an operator, and wherein said first side wall comprises a gate which is switchable between a first position, in which it substantially closes said first opening , and a second position, in which it at least partially clears said first opening , wherein said cage comprises a secondary box-shaped body consisting of a bottom own wall thereof, an upper own wall thereof and a plurality of own side walls thereof, said own bottom wall , upper wall and side walls of said secondary box-shaped body being connected and joined together to define a second inner space (Si2), wherein a first own side wall of said secondary box-shaped body comprises a second opening , said secondary box-shaped body being adapted to be externally applied to said first side wall of said main box-shaped body with said second opening positioned at said first opening so as to allow said laboratory animals, with said gate in said second position, to access from said first inner space to said second inner space and vice versa, from said second inner space to said first inner space; wherein said gate comprises a door which is rotationally switchable, characterized in that a second own side wall of said secondary box-shaped body joined to said first own side wall of said secondary box-shaped body comprises a third opening , and in that the switching of said door from said first position to said second position results in the closing of said third opening .
An aerosol generator comprising: an aperture plate , and a support for the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive , wherein said adhesive is anchored in anchor grooves in at least one of the aperture plate and the support, and characterized in that at least some of the anchor grooves have at least one bend in direction. an aperture plate , and a support for the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive , wherein said adhesive is anchored in anchor grooves in at least one of the aperture plate and the support, and characterized in that at least some of the anchor grooves have at least one bend in direction.
A semiconductor device having an ESD element, the ESD element comprising: a semiconductor substrate; a first P-well formed on a surface of the semiconductor substrate and having an impurity concentration that is higher than an impurity concentration of the semiconductor substrate; a first N-type region and a second N-type region formed on the surface of the semiconductor substrate in the P-well and having an impurity concentration that is higher than the impurity concentration of the P-well ; a second P-type region formed on the surface of the P-well and having an impurity concentration that is higher than the impurity concentration of the semiconductor substrate; a third P-type region , comprising a plurality of P-type regions, formed so as to be surrounded by the second P-type region and in contact with the first N-type region , and having an impurity concentration higher than that of the P-well ; the second N-type region being connected to a pad electrode, the first N-type region being connected to a VSS electrode having a lower power supply potential, and the third P-type region being not connected to the first N-type region , the second N-type region , and the second P-type region via an electrode, characterised in that the plurality of P-type regions are electrically connected to each other via a substance having a resistivity that is equal to or lower than a resistivity of the plurality of P-type regions. a semiconductor substrate; a first P-well formed on a surface of the semiconductor substrate and having an impurity concentration that is higher than an impurity concentration of the semiconductor substrate; a first N-type region and a second N-type region formed on the surface of the semiconductor substrate in the P-well and having an impurity concentration that is higher than the impurity concentration of the P-well ; a second P-type region formed on the surface of the P-well and having an impurity concentration that is higher than the impurity concentration of the semiconductor substrate; a third P-type region , comprising a plurality of P-type regions, formed so as to be surrounded by the second P-type region and in contact with the first N-type region , and having an impurity concentration higher than that of the P-well ; the second N-type region being connected to a pad electrode, the first N-type region being connected to a VSS electrode having a lower power supply potential, and the third P-type region being not connected to the first N-type region , the second N-type region , and the second P-type region via an electrode, characterised in that
A method in a network node of a radio access network, RAN, in a telecommunication system, the method comprising: receiving an indication from a network node in a core network that mobile terminated data is pending for a user equipment, UE, receiving a connection request from the UE and setting up a radio resource control, RRC, connection to the UE, in response to receiving the indication that mobile terminated data is pending for the UE, setting a release timer value to a value sufficient to establish a mobile terminated communication by the network to the UE for the transmission of the pending mobile terminated data to the UE, wherein the release timer value is set to a larger value than an RRC inactivity timer, and releasing the RRC connection to the UE when the release timer has expired. receiving an indication from a network node in a core network that mobile terminated data is pending for a user equipment, UE, receiving a connection request from the UE and setting up a radio resource control, RRC, connection to the UE, in response to receiving the indication that mobile terminated data is pending for the UE, setting a release timer value to a value sufficient to establish a mobile terminated communication by the network to the UE for the transmission of the pending mobile terminated data to the UE, wherein the release timer value is set to a larger value than an RRC inactivity timer, and releasing the RRC connection to the UE when the release timer has expired.
A method to secure a user's interaction with a remotely accessible computer-based application, the method comprising performing at a client computing device the steps of: capturing a 2D-barcode that is being displayed on a display of the client computing device, wherein capturing the 2D-barcode comprises capturing a part or the entirety of what is being displayed on said display; analyzing said part or said entirety to search in said part or said entirety for the presence of a 2D barcode; upon detecting the presence of the 2D barcode, extracting message data from the captured 2D-barcode; determining input data as a function of said extracted message data; exchanging commands and responses with a user's personal authentication device ; transferring said determined input data to said user's personal authentication device. capturing a 2D-barcode that is being displayed on a display of the client computing device, wherein capturing the 2D-barcode comprises capturing a part or the entirety of what is being displayed on said display; analyzing said part or said entirety to search in said part or said entirety for the presence of a 2D barcode; upon detecting the presence of the 2D barcode, extracting message data from the captured 2D-barcode; determining input data as a function of said extracted message data; exchanging commands and responses with a user's personal authentication device ; transferring said determined input data to said user's personal authentication device.
An image capturing apparatus capable of being remotely controlled from an external apparatus , comprising: image capturing means ; communication means configured to communicate with the external apparatus ; reception means configured to receive a control instruction from the external apparatus via the communication means ; control means configured to control the image capturing apparatus based on the received control instruction, a recording medium , and display means , wherein the control unit is configured to record image data output from the image capturing unit in the recording medium , characterized in that when a connection with the external apparatus by the communication means is disconnected during moving image recording in the recording medium in accordance with remote control from the external apparatus , the control means is configured to continue the moving image recording and to display a notification on the display means of the image capturing apparatus to notify the user of whether to stop the moving image recording by displaying on the display means an operation member for stopping the moving image recording in accordance with the remote control from the external apparatus . image capturing means ; communication means configured to communicate with the external apparatus ; reception means configured to receive a control instruction from the external apparatus via the communication means ; control means configured to control the image capturing apparatus based on the received control instruction, a recording medium , and display means , wherein the control unit is configured to record image data output from the image capturing unit in the recording medium , characterized in that when a connection with the external apparatus by the communication means is disconnected during moving image recording in the recording medium in accordance with remote control from the external apparatus , the control means is configured to continue the moving image recording and to display a notification on the display means of the image capturing apparatus to notify the user of whether to stop the moving image recording by displaying on the display means an operation member for stopping the moving image recording in accordance with the remote control from the external apparatus .
A load control apparatus for controlling movement of a suspended load , the apparatus comprising: a base for attachment to or forming part of a load ; a support element pivotally secured to and extending from the base , and comprising a connection means for connection to a lift line ; actuation means comprising two actuators extending at an angle with respect to each other from the support element and connected to the support element and to the base at respective positions which are spaced from the pivotal connection between the support element and the base , such that actuation, in use, of the actuation means causes the base to pivot relative to the support element wherein, the pivotal connection allows the support element to pivot about two or more axes relative to the base , wherein the actuators are extendable and retractable to apply a force to the support element and the base , and as each actuator is extended or retracted, in use, the lift line is deflected by the applied force at the connection means , thereby acting against any motion of the load ; a control means operable to control the actuation of the actuation means in response to movement of the suspended load; and sensing means operatively connected to the control means, wherein the sensing means is configured to sense relative motion between the base and a lifting apparatus or landing platform and to transmit motion data to the control means. a base for attachment to or forming part of a load ; a support element pivotally secured to and extending from the base , and comprising a connection means for connection to a lift line ; actuation means comprising two actuators extending at an angle with respect to each other from the support element and connected to the support element and to the base at respective positions which are spaced from the pivotal connection between the support element and the base , such that actuation, in use, of the actuation means causes the base to pivot relative to the support element wherein, the pivotal connection allows the support element to pivot about two or more axes relative to the base , wherein the actuators are extendable and retractable to apply a force to the support element and the base , and as each actuator is extended or retracted, in use, the lift line is deflected by the applied force at the connection means , thereby acting against any motion of the load ; a control means operable to control the actuation of the actuation means in response to movement of the suspended load; and sensing means operatively connected to the control means, wherein the sensing means is configured to sense relative motion between the base and a lifting apparatus or landing platform and to transmit motion data to the control means.