mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the real time estimation of the applied pressure and of the noisiness in a brake element like e.g. a brake pad, comprising a friction material block and a metallic support element for the friction material block, the friction material block being held rigid by the metallic support element , the method being characterized by comprising the steps of: i)- providing at least one piezoceramic sensor between the friction material block and the metallic support element of the brake element, the at least one piezoceramic sensor being connected to an electric circuit and being arranged between the block of friction material and the metallic support element , completely embedded within the friction material block and directly rigidly supported by the metallic support element ; ii)- with the brake element in use, picking up from said at least one piezoceramic sensor, by means of said circuit, a respective electric voltage signal (ST) generated by the sensor in response to the application of a mechanical stress on the sensor ; iii)- processing in real time the electric voltage signal (ST) by taking equal length of time samples of said signal; iv)- processing in real time each said equal length of time samples of said signal (ST) by applying an algorithm selected from the group consisting in: sequence of integrations (C1 ; C2) of the voltage values present in the sample of said signal (ST), each integration being carried out in an interval of time in the order of milliseconds; Fast Fourier Transform (FFT) of the voltages in the sample of said signal (ST); integral (G1-G5) of the voltages in the sample of said signal (ST) generated by each sensor . i)- providing at least one piezoceramic sensor between the friction material block and the metallic support element of the brake element, the at least one piezoceramic sensor being connected to an electric circuit and being arranged between the block of friction material and the metallic support element , completely embedded within the friction material block and directly rigidly supported by the metallic support element ; ii)- with the brake element in use, picking up from said at least one piezoceramic sensor, by means of said circuit, a respective electric voltage signal (ST) generated by the sensor in response to the application of a mechanical stress on the sensor ; iii)- processing in real time the electric voltage signal (ST) by taking equal length of time samples of said signal; iv)- processing in real time each said equal length of time samples of said signal (ST) by applying an algorithm selected from the group consisting in: sequence of integrations (C1 ; C2) of the voltage values present in the sample of said signal (ST), each integration being carried out in an interval of time in the order of milliseconds; Fast Fourier Transform (FFT) of the voltages in the sample of said signal (ST); integral (G1-G5) of the voltages in the sample of said signal (ST) generated by each sensor .
A screen film applicator, comprising: a seat having a track and a positioning portion arranged at one side of the track for positioning a communication device (C); a positioning member disposed on the seat , wherein the positioning member is movable with respect to the seat , and the positioning member and the positioning portion are configured to clamp the communication device (C); and a first mechanism disposed on the seat for allowing a soft screen film (S) to be adhered onto the communication device (C), wherein the first mechanism includes: a top fixing member disposed on the seat , wherein the top fixing member is configured to fix a top releasing film (S1) adhered on the soft screen film (S); a moving carriage movable along the track of the seat ; a bottom fixing member movable with the moving carriage , wherein the bottom fixing member is configured to fix a bottom releasing film (S2) adhered on the soft screen film (S); and a roller synchronously movable with the moving carriage , wherein when the moving carriage is moved away from the top fixing member , the roller is configured to gradually press the soft screen film (S) onto the communication device (C). a seat having a track and a positioning portion arranged at one side of the track for positioning a communication device (C); a positioning member disposed on the seat , wherein the positioning member is movable with respect to the seat , and the positioning member and the positioning portion are configured to clamp the communication device (C); and a first mechanism disposed on the seat for allowing a soft screen film (S) to be adhered onto the communication device (C), wherein the first mechanism includes: a top fixing member disposed on the seat , wherein the top fixing member is configured to fix a top releasing film (S1) adhered on the soft screen film (S); a moving carriage movable along the track of the seat ; a bottom fixing member movable with the moving carriage , wherein the bottom fixing member is configured to fix a bottom releasing film (S2) adhered on the soft screen film (S); and a roller synchronously movable with the moving carriage , wherein when the moving carriage is moved away from the top fixing member , the roller is configured to gradually press the soft screen film (S) onto the communication device (C). a top fixing member disposed on the seat , wherein the top fixing member is configured to fix a top releasing film (S1) adhered on the soft screen film (S); a moving carriage movable along the track of the seat ; a bottom fixing member movable with the moving carriage , wherein the bottom fixing member is configured to fix a bottom releasing film (S2) adhered on the soft screen film (S); and a roller synchronously movable with the moving carriage , wherein when the moving carriage is moved away from the top fixing member , the roller is configured to gradually press the soft screen film (S) onto the communication device (C).
Mobile home having a front mask which replaces the windscreen and front body parts of the manufacturer of the underlying vehicle, wherein the front mask by way of holding elements is fastened to a support structure for the drive motor and the front axle, characterized in that a frame structure is provided so as to be disposed behind and on the front mask and/or integrated in the front mask .
A method operable by a wireless device configured for operation in a licensed communication band and an unlicensed communication band, the method comprising: establishing a connection with a base station on a primary component carrier, PCC, on the licensed communication band or the unlicensed communication band; determining at least one metric associated with a constraint on a transmissions channel of the unlicensed communication band, wherein the at least one metric comprises one of a traffic type or quality of service, QoS, indication. sending the at least one metric to the PCC; characterized by receiving from the base station a message for one of switching on or switching off a secondary component carrier, SCC, for transmissions on the unlicensed communication band in response to sending the at least one metric, wherein the message indicates switching on of the SCC for transmissions on the unlicensed communication band based on the at least one metric indicating a traffic load on the unlicensed band being above a threshold. establishing a connection with a base station on a primary component carrier, PCC, on the licensed communication band or the unlicensed communication band; determining at least one metric associated with a constraint on a transmissions channel of the unlicensed communication band, wherein the at least one metric comprises one of a traffic type or quality of service, QoS, indication. sending the at least one metric to the PCC; characterized by receiving from the base station a message for one of switching on or switching off a secondary component carrier, SCC, for transmissions on the unlicensed communication band in response to sending the at least one metric, wherein the message indicates switching on of the SCC for transmissions on the unlicensed communication band based on the at least one metric indicating a traffic load on the unlicensed band being above a threshold.
Method for handling a yarn end of a cross-wound bobbin at a winding station of a textile machine producing cross-wound bobbins , whereas - the cross-wound bobbin can be held and driven in a bobbin holder , - a thread is laid in a cross-wise manner on the cross-wound bobbin by means of a traversing device and - a suction nozzle is subjected to negative pressure and the thread end is sucked into the suction nozzle through a suction mouth , - the suction mouth is moved relative to the suction nozzle , - such that the distance between the suction mouth and the cross-wound bobbin is changed, in order to be able to find the thread end and to stretch it between the suction mouth and the cross-wound bobbin and that - the stretched thread is moved to an aggregate of the textile machine for further processing. characterized in that , - the suction mouth is displaced linearly and - that the suction nozzle is arranged at the winding station in a manner that is essentially stationary and is directly in front of the cross-wound bobbin . - the cross-wound bobbin can be held and driven in a bobbin holder , - a thread is laid in a cross-wise manner on the cross-wound bobbin by means of a traversing device and - a suction nozzle is subjected to negative pressure and the thread end is sucked into the suction nozzle through a suction mouth , - the suction mouth is moved relative to the suction nozzle , - such that the distance between the suction mouth and the cross-wound bobbin is changed, in order to be able to find the thread end and to stretch it between the suction mouth and the cross-wound bobbin and that - the stretched thread is moved to an aggregate of the textile machine for further processing. characterized in that , - the suction mouth is displaced linearly and - that the suction nozzle is arranged at the winding station in a manner that is essentially stationary and is directly in front of the cross-wound bobbin .
A memory network comprising: a plurality of memory nodes , wherein each memory node includes memory and memory controller logic ; inter-node links connecting the memory nodes with each other, an access group including at least one of the memory nodes in the memory network, wherein the memory controller logic of the at least one memory node in the access group is to receive a memory access request from a main memory controller of a processor connected to the memory network; the memory controller logic of the at least one memory node is to execute the memory access in the memory of the at least one memory node and detect an error in data for the memory access, characterized in that the memory network comprises a resiliency group including a plurality of memory nodes (130a-130d) in the memory network to provide error correction for the detected error; wherein the resiliency group includes the at least one memory node of the access group and another memory node (130b-130d) connected to the at least one memory node by one of the plurality of inter-node links ; wherein the number of memory nodes (130a-130d) in the resiliency group is determined based on performance, resiliency, and storage overhead. a plurality of memory nodes , wherein each memory node includes memory and memory controller logic ; inter-node links connecting the memory nodes with each other, an access group including at least one of the memory nodes in the memory network, wherein the memory controller logic of the at least one memory node in the access group is to receive a memory access request from a main memory controller of a processor connected to the memory network; the memory controller logic of the at least one memory node is to execute the memory access in the memory of the at least one memory node and detect an error in data for the memory access, characterized in that the memory network comprises a resiliency group including a plurality of memory nodes (130a-130d) in the memory network to provide error correction for the detected error; wherein the resiliency group includes the at least one memory node of the access group and another memory node (130b-130d) connected to the at least one memory node by one of the plurality of inter-node links ; wherein the number of memory nodes (130a-130d) in the resiliency group is determined based on performance, resiliency, and storage overhead.
An air purifier, comprising: a gas filter located between an upstream air flow and a downstream air flow; a concentration sensor comprising a first electrode and a second electrode , the first electrode being exposed to the upstream air flow and the second electrode exposed to the downstream air flow, wherein the concentration sensor comprises an electrolyte located between the first and second electrodes, and wherein the concentration sensor is configured for providing an output signal based on the difference in concentrations of a target gas at the first and second electrodes; and a processor configured for processing the output signal to determine information relating to the condition of the gas filter . a gas filter located between an upstream air flow and a downstream air flow; a concentration sensor comprising a first electrode and a second electrode , the first electrode being exposed to the upstream air flow and the second electrode exposed to the downstream air flow, wherein the concentration sensor comprises an electrolyte located between the first and second electrodes, and wherein the concentration sensor is configured for providing an output signal based on the difference in concentrations of a target gas at the first and second electrodes; and a processor configured for processing the output signal to determine information relating to the condition of the gas filter .
An initial security provisioning method, applicable to a security module, the method comprising: when Generic Bootstrapping Architecture, GBA, authentication between a terminal device and a network element is completed, receiving a certificate application request from the terminal device, the certificate application request carrying identification information of the terminal device; comprising: performing encryption and/or integrity protection on a certificate application request message based on one or more session keys negotiated by the GBA authentication between the terminal and the network element; returning the certificate application request message protected by encryption and/or integrity protection to the terminal device; wherein the security module is used to implement a function of a Universal Subscriber Identity Module, USIM, of the terminal device. when Generic Bootstrapping Architecture, GBA, authentication between a terminal device and a network element is completed, receiving a certificate application request from the terminal device, the certificate application request carrying identification information of the terminal device; comprising: performing encryption and/or integrity protection on a certificate application request message based on one or more session keys negotiated by the GBA authentication between the terminal and the network element; returning the certificate application request message protected by encryption and/or integrity protection to the terminal device; wherein the security module is used to implement a function of a Universal Subscriber Identity Module, USIM, of the terminal device. performing encryption and/or integrity protection on a certificate application request message based on one or more session keys negotiated by the GBA authentication between the terminal and the network element; returning the certificate application request message protected by encryption and/or integrity protection to the terminal device; wherein the security module is used to implement a function of a Universal Subscriber Identity Module, USIM, of the terminal device.
Wall surface heating for a sauna with an interior space , a sauna wall outer side and a sauna wall inner side , wherein a back plate , a heating rod (6, 6.1) and a cover plate are arranged in the interior space , characterized in that the heating rod is guided by a reflector holding element , the reflector holding element having at least two one-piece shaped portions , each shaped portion comprising a fixing base and two guide walls , the fixing bases being connected to the back plate , and the guide walls each having a passage opening for the heating rod (6, 6.1), wherein the reflector holding element , which has at least the two shaped portions which have an inverted hat profile, wherein the fixing base is aligned parallel to the back plate and is connected thereto.
Compression mechanism for compressing residual materials which can be introduced into the compression mechanism via an inlet and which is provided with a first pressure-exerting element and a second pressure-exerting element which are both arranged above an outlet of the compression mechanism, characterised in that each pressure-exerting element is provided with a first pressure-exerting element part and a second pressure-exerting element part which encloses an obtuse angle (α) with the first pressure-exerting element part and extends from the first pressure-exerting element part in a direction facing away from the outlet, wherein the first pressure-exerting element part and the second pressure-exerting element part are made as a single piece and the first and the second pressure-exerting element parts in the pressure-exerting elements are bent with respect to each other to produce the obtuse angle (α), in which the residual materials to be introduced into the inlet can be supported and/or the residual materials discharged via the outlet can be retained by the first pressure-exerting element parts and, in addition, the first and second pressure-exerting elements are rotatable with respect to each other about an axis, wherein in use inclined faces formed by the second pressure-exerting elements are rotated towards each other and against the residual materials, in which case continued rotation results in a force being exerted on the residual materials in the direction of the outlet by the inclined faces such that the residual materials can be moved through the outlet by means of the second pressure-exerting element parts.
A compression ratio varying mechanism (V) used in an engine , comprising: a discharge oil passage connected to a hydraulic chamber ; and a supply oil passage connected to a hydraulic pressure supply source (P); characterized by a hydraulic pressure adjustment mechanism that includes a pump cylinder including: a first oil storage chamber connected to the discharge oil passage and the supply oil passage ; and a second oil storage chamber partitioned from the first oil storage chamber by an outer surface of a plunger , the outer surface contacting an inner surface of the pump cylinder ; a communication passage connected to the second oil storage chamber ; and an orifice provided in the communication passage . a discharge oil passage connected to a hydraulic chamber ; and a supply oil passage connected to a hydraulic pressure supply source (P); characterized by a hydraulic pressure adjustment mechanism that includes a pump cylinder including: a first oil storage chamber connected to the discharge oil passage and the supply oil passage ; and a second oil storage chamber partitioned from the first oil storage chamber by an outer surface of a plunger , the outer surface contacting an inner surface of the pump cylinder ; a first oil storage chamber connected to the discharge oil passage and the supply oil passage ; and a second oil storage chamber partitioned from the first oil storage chamber by an outer surface of a plunger , the outer surface contacting an inner surface of the pump cylinder ; a communication passage connected to the second oil storage chamber ; and an orifice provided in the communication passage .
A height accessible working platform comprising: a frame attachable to a lifting system for being moveable along the vertical axis and suspended thereto; a cradle a counterweight mechanism mounting at one lateral side of the frame opposing to the cradle , the counterweight mechanism being configured to balance the working platform corresponding to the displacement of the cradle along the first axis, a first arm structure having a proximal end terminated to the frame and a distal end attached to the cradle , characterized by the first arm structure being extendable and retractable to displace the cradle respectively away from and closer towards one of lateral sides of the frame along a first axis substantially perpendicular to the vertical axis. a frame attachable to a lifting system for being moveable along the vertical axis and suspended thereto; a cradle a counterweight mechanism mounting at one lateral side of the frame opposing to the cradle , the counterweight mechanism being configured to balance the working platform corresponding to the displacement of the cradle along the first axis, a first arm structure having a proximal end terminated to the frame and a distal end attached to the cradle , characterized by the first arm structure being extendable and retractable to displace the cradle respectively away from and closer towards one of lateral sides of the frame along a first axis substantially perpendicular to the vertical axis.
A power source control device comprising: a charging state detection section configured to detect a charging state of a drive battery mounted on an electric vehicle as to whether the drive battery is being charged by electric power supplied from an external charger ; and a power source mode switching section configured to switch a power source mode of the electric vehicle from an ON mode which allows electric devices inside the electric vehicle to be used, to an OFF mode which does not allow the electric devices to be used, characterized in that the power source mode switching section is configured to automatically switch the power source mode to the OFF mode in a case where the charging state detection section detects that charging of the drive battery from the external charger has been stopped while the power source mode is set at the ON mode. a charging state detection section configured to detect a charging state of a drive battery mounted on an electric vehicle as to whether the drive battery is being charged by electric power supplied from an external charger ; and a power source mode switching section configured to switch a power source mode of the electric vehicle from an ON mode which allows electric devices inside the electric vehicle to be used, to an OFF mode which does not allow the electric devices to be used, characterized in that the power source mode switching section is configured to automatically switch the power source mode to the OFF mode in a case where the charging state detection section detects that charging of the drive battery from the external charger has been stopped while the power source mode is set at the ON mode.