mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a metal-clad laminate, wherein the method comprises: a process in which (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; a process to laminate two or more of the FRP precursor obtained in the process ; and a process to arrange a metal foil on the laminated plate obtained in the process , wherein the thickness of the metal foil is 40 μm or less. a process in which (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; a process to laminate two or more of the FRP precursor obtained in the process ; and a process to arrange a metal foil on the laminated plate obtained in the process ,
A communication device, comprising: a first processing unit configured to detect a target and to receive a first command; a second processing unit configured to exchange data with the target through the first processing unit, and an interface between the first processing unit and the second processing unit , wherein the first processing unit is configured to select a predetermined interface level from among a plurality of interface levels based on the first command and to exchange data with the second processing unit based on the predetermined interface level, characterized in that the predetermined interface level being selected based on an RF protocol used in a communication between the target and the first processing unit , wherein the first processing unit is configured to start and execute an application based on the selected predetermined interface level, the application exchanging data between the second processing unit and the target using the RF protocol. a first processing unit configured to detect a target and to receive a first command; a second processing unit configured to exchange data with the target through the first processing unit, and an interface between the first processing unit and the second processing unit , wherein the first processing unit is configured to select a predetermined interface level from among a plurality of interface levels based on the first command and to exchange data with the second processing unit based on the predetermined interface level, characterized in that the predetermined interface level being selected based on an RF protocol used in a communication between the target and the first processing unit , wherein the first processing unit is configured to start and execute an application based on the selected predetermined interface level, the application exchanging data between the second processing unit and the target using the RF protocol.
A wireless power receiver comprising: a resonant circuit configured to receive electromagnetic waves from a wireless power transmitter and output alternate current, AC, power; a rectifier configured to rectify the AC power received from the resonant circuit into direct current, DC, power; a DC/DC converter configured to convert the rectified DC power received from the rectifier and output the converted DC power; a battery ; a charger configured to charge the battery with the converted DC power; and a controller ; characterized in that : the controller is configured to, upon detection of an event indicating a decrease in current at an input end of the battery , control impedance at the output end of the DC/DC converter to be kept constant by decreasing voltage at the output end of the DC/DC converter , wherein the event comprises switching of a charging mode of the battery from a constant current mode to a constant voltage mode. a resonant circuit configured to receive electromagnetic waves from a wireless power transmitter and output alternate current, AC, power; a rectifier configured to rectify the AC power received from the resonant circuit into direct current, DC, power; a DC/DC converter configured to convert the rectified DC power received from the rectifier and output the converted DC power; a battery ; a charger configured to charge the battery with the converted DC power; and a controller ; characterized in that : the controller is configured to, upon detection of an event indicating a decrease in current at an input end of the battery , control impedance at the output end of the DC/DC converter to be kept constant by decreasing voltage at the output end of the DC/DC converter , wherein the event comprises switching of a charging mode of the battery from a constant current mode to a constant voltage mode.
A method for supporting a multi-tenant cloud computing environment on a single virtual machine, comprising: implementing, in a cloud computing environment , a virtual machine switch and the single virtual machine , the virtual machine switch providing a networking port to the single virtual machine; implementing a plurality of network containers on the single virtual machine, wherein each of the network containers is associated with a respective tenant of a plurality of different tenants of the single virtual machine; associating data packets of computing workloads requiring networking on the single virtual machine with each of the network containers, wherein each of the network containers respectively provides a networking policy for computing workloads of the associated tenant; separating networking policy provided by each of the network containers into layers on the virtual machine switch so that data packets entering the single virtual machine at the networking port traverse each of the layers in succession, and data packets leaving the single virtual machine at the networking port traverse each of the layers in succession in a direction opposite that of the entering data packets; and processing, using a packet processor disposed in the virtual machine switch, the data packets associated with each of the network containers using isolated datapaths through the networking policy layers to enforce the networking policy for the computing workloads of the associated tenant of the plurality of tenants independently from the other tenants. implementing, in a cloud computing environment , a virtual machine switch and the single virtual machine , the virtual machine switch providing a networking port to the single virtual machine; implementing a plurality of network containers on the single virtual machine, wherein each of the network containers is associated with a respective tenant of a plurality of different tenants of the single virtual machine; associating data packets of computing workloads requiring networking on the single virtual machine with each of the network containers, wherein each of the network containers respectively provides a networking policy for computing workloads of the associated tenant; separating networking policy provided by each of the network containers into layers on the virtual machine switch so that data packets entering the single virtual machine at the networking port traverse each of the layers in succession, and data packets leaving the single virtual machine at the networking port traverse each of the layers in succession in a direction opposite that of the entering data packets; and processing, using a packet processor disposed in the virtual machine switch, the data packets associated with each of the network containers using isolated datapaths through the networking policy layers to enforce the networking policy for the computing workloads of the associated tenant of the plurality of tenants independently from the other tenants.
A motorcycle having a frame and a wheel rotatably coupled to the frame , said motorcycle comprising: a first fender housing mounted to the frame ; a second fender housing coupled to the first fender housing so that a volume is defined therebetween; and an electronic component disposed in the volume; characterized by further comprising a first arm rotatably coupling a license plate holder to the first fender housing; a turn signal coupled to the first arm and a turn signal wire, the license plate holder being coupled to a license plate lamp wire, said turn signal wire and the license plate lamp wire being disposed at least partially within the first arm a first fender housing mounted to the frame ; a second fender housing coupled to the first fender housing so that a volume is defined therebetween; and an electronic component disposed in the volume; characterized by further comprising a first arm rotatably coupling a license plate holder to the first fender housing; a turn signal coupled to the first arm and a turn signal wire, the license plate holder being coupled to a license plate lamp wire, said turn signal wire and the license plate lamp wire being disposed at least partially within the first arm
A method for 3D printing a 3D item by means of fused deposition modeling using a 3D printable material that comprises a thermoplastic material , wherein the method comprises a printing stage during which the 3D printable material is printed using a fused deposition modeling printer to provide the 3D item , wherein the 3D item comprises an item surface , and wherein the method further comprises a coating stage during which a powder coating is provided with a powder coating process on at least part of the item surface .
A device for automatically detecting and classifying audible acoustic signals, comprising at least one signal receiver arranged in the monitoring area and a module for classifying the acoustic signal and outputting classification information, characterized in that for preprocessing the acoustic signals are provided a microcomputer or microprocessor (C), a recording module , a classification module , a recording database and an acoustic sensor system having a model library , which acoustic sensor system is connected to the signal receiver , the output signals of which are fed in parallel to the module for their recording and the module for classification arranged in the acoustic sensor system , that the recording database of the acoustic sensor system is connected to the recording module and the signal in the format of an audio file is stored in the recording database , that the acoustic sensor system is connected for bidirectional data exchange and for control by means of the one interface (S1, S2) to an external module for modelling and the external module for modelling imports the recordings via the interface (S1, S2) and generates corresponding models from them, and the external module for modelling is connected to a model library of the corresponding sensor system via the interface (S1, S2) and the model selected by a user in a training phase is stored in the model library , that the classification module is connected to the model library and that the classification module is connected via a further interface (S3) with an external evaluation application , and, in the event of a signal being detected, the classification result is transmitted to the external evaluation application so that the acoustic sensor system is used equally as a recording system for any acoustic signals during a training phase and as a classifier of known signal patterns during a classification phase and the recognition models required therefor are generated from the signals previously recorded by the acoustic sensor system , and in that each acoustic sensor system uses its own recordings for model formation and this model is then also used only by this sensor system for classification.
A centrifugal compressor comprising: a rotor including a shaft rotatably supported in a casing and an impeller secured to an outer periphery of the shaft ; a diaphragm surrounding the impeller from an outer peripheral side; a suction side casing head disposed so as to be spaced apart from the diaphragm on a side where a fluid is suctioned; a temperature adjusting mechanism that is provided in the suction side casing head and configured to adjust a temperature of environment by flow of a heat medium, a heat shield that is provided between the suction side casing head and the diaphragm and defines, together with the impeller , a suction flow path through which the fluid (F) is introduced to the impeller ; and a plurality of straightening vanes that are provided in the suction flow path and configured to straighten the fluid flowing through the suction flow path , characterized in that even if the straightening vanes are displaced in a direction away from the heat shield , an interference state between the straightening vanes and the heat shield is maintained. a rotor including a shaft rotatably supported in a casing and an impeller secured to an outer periphery of the shaft ; a diaphragm surrounding the impeller from an outer peripheral side; a suction side casing head disposed so as to be spaced apart from the diaphragm on a side where a fluid is suctioned; a temperature adjusting mechanism that is provided in the suction side casing head and configured to adjust a temperature of environment by flow of a heat medium, a heat shield that is provided between the suction side casing head and the diaphragm and defines, together with the impeller , a suction flow path through which the fluid (F) is introduced to the impeller ; and a plurality of straightening vanes that are provided in the suction flow path and configured to straighten the fluid flowing through the suction flow path , characterized in that even if the straightening vanes are displaced in a direction away from the heat shield , an interference state between the straightening vanes and the heat shield is maintained.
A radiation imaging apparatus comprising: a sensor base ; a sensor array that includes a plurality of sensor chips arranged in an array; a scintillator positioned on a side opposite to the sensor base with respect to the sensor array; a bonding member that bonds the sensor array and the scintillator ; and a plurality of bonding sheets that are separated from each other and bond the sensor base and the plurality of sensor chips , wherein two adjacent sensor chips out of the three or more sensor chips are bonded to the sensor base using separate bonding sheets out of the plurality of bonding sheets , and wherein at least some sensor chips out of the plurality of sensor chips have a side on which a flexible printed substrate is arranged, characterized in that in the sensor array three or more sensor chips out of the plurality of sensor chips are arranged in one row of the sensor array, and on the side on which the flexible printed substrate is arranged, the bonding sheet extends beyond the side to the outside of the sensor chip . a sensor base ; a sensor array that includes a plurality of sensor chips arranged in an array; a scintillator positioned on a side opposite to the sensor base with respect to the sensor array; a bonding member that bonds the sensor array and the scintillator ; and a plurality of bonding sheets that are separated from each other and bond the sensor base and the plurality of sensor chips , wherein two adjacent sensor chips out of the three or more sensor chips are bonded to the sensor base using separate bonding sheets out of the plurality of bonding sheets , and wherein at least some sensor chips out of the plurality of sensor chips have a side on which a flexible printed substrate is arranged, characterized in that in the sensor array three or more sensor chips out of the plurality of sensor chips are arranged in one row of the sensor array, and on the side on which the flexible printed substrate is arranged, the bonding sheet extends beyond the side to the outside of the sensor chip .
Extracorporeal blood treatment device , preferably a haemodialysis device, haemofiltration device or haemodiafiltration device, comprising: - a fluid system with a connection point for the addition of substances; - a detection arrangement for detecting a substance flow at the connection point , wherein the detection arrangement is configured to generate a flow signal when a substance flow is detected at the connection point ; - a control unit , which is connected to communicate with the detection arrangement and is configured to receive flow signals and, in the presence of a flow signal, to output a signal which indicates that the connection point is being used. - a fluid system with a connection point for the addition of substances; - a detection arrangement for detecting a substance flow at the connection point , wherein the detection arrangement is configured to generate a flow signal when a substance flow is detected at the connection point ; - a control unit , which is connected to communicate with the detection arrangement and is configured to receive flow signals and, in the presence of a flow signal, to output a signal which indicates that the connection point is being used.
A furniture system comprising: a rail , wherein the rail is provided with two or more parallel grooves extending in the longitudinal direction of said rail ; and, an interconnecting plate wherein a first face of the interconnecting plate is provided with two or more ridges and the grooves are configured for receiving the ridges of the interconnecting plate when moving towards each other at an angle to the longitudinal direction of said rail such that it is possible to mount the interconnecting plate to the rail after the rail has already been mounted to a supporting foundation, e.g. a wall and to prevent lateral movement of the interconnecting plate relative the rail once the grooves have received the ridges , the furniture system further comprising means for securely attaching said interconnecting plate to said rail , and the support member being securely attachable to a second face of the interconnecting plate , and being positionable along the rail for fixing a member configured to receive a load to the rail and wherein the second face of the interconnecting plate is provided with at least one projection which is insertable in to a support member , wherein the ridges of the interconnecting plate are dimensioned such that they fit within the grooves in the rail , and wherein the system is configured such that a torque acting on the support member is transferred via the ridges of the interconnecting plate to each of the walls of the grooves . a rail , wherein the rail is provided with two or more parallel grooves extending in the longitudinal direction of said rail ; and, an interconnecting plate wherein a first face of the interconnecting plate is provided with two or more ridges and the grooves are configured for receiving the ridges of the interconnecting plate when moving towards each other at an angle to the longitudinal direction of said rail such that it is possible to mount the interconnecting plate to the rail after the rail has already been mounted to a supporting foundation, e.g. a wall and to prevent lateral movement of the interconnecting plate relative the rail once the grooves have received the ridges , the furniture system further comprising means for securely attaching said interconnecting plate to said rail , and the support member being securely attachable to a second face of the interconnecting plate , and being positionable along the rail for fixing a member configured to receive a load to the rail and wherein the second face of the interconnecting plate is provided with at least one projection which is insertable in to a support member , wherein the ridges of the interconnecting plate are dimensioned such that they fit within the grooves in the rail , and wherein the system is configured such that a torque acting on the support member is transferred via the ridges of the interconnecting plate to each of the walls of the grooves .
A wireless communication system comprising a. a sensor comprising an ultrawideband, UWB, radio type configured for transmission without being configured for reception and a narrowband, NB, radio type configured for transmission and reception, the sensor configured to form a communication link with a second device using the UWB radio type or the NB radio type, the sensor configured to transmit data to the second device through the UWB radio type configured for transmission without being configured for reception or through the NB radio type configured for transmission and reception; and b. the second device comprising an UWB radio type configured for reception and a NB radio type configured for transmission and reception, the second device configured to form a communication link with the sensor through dynamic switching between the UWB radio type and the NB radio type, the second device configured to receive data from the sensor through the UWB radio type configured for reception or through the NB radio type configured for transmission and reception. a. a sensor comprising an ultrawideband, UWB, radio type configured for transmission without being configured for reception and a narrowband, NB, radio type configured for transmission and reception, the sensor configured to form a communication link with a second device using the UWB radio type or the NB radio type, the sensor configured to transmit data to the second device through the UWB radio type configured for transmission without being configured for reception or through the NB radio type configured for transmission and reception; and b. the second device comprising an UWB radio type configured for reception and a NB radio type configured for transmission and reception, the second device configured to form a communication link with the sensor through dynamic switching between the UWB radio type and the NB radio type, the second device configured to receive data from the sensor through the UWB radio type configured for reception or through the NB radio type configured for transmission and reception.