mhurhangee/patent-ind-claim-en huggingface dataset:
A progressive cavity pump having at least - a stator , - a rotor rotating inside the stator, - a drive for the rotor, - a pump housing which is connected to the stator and has at least one inlet or outlet opening for the medium to be conveyed, - a connection housing , which is arranged between the pump housing and drive and is open or to be opened, - a connecting shaft connected to the drive in a detachable manner, which is arranged in the connection housing at least in some regions, the connecting shaft being sealed using a sliding-ring seal for fluid-tight separation of the pump housing with respect to the environment or with respect to the connection housing , the sliding-ring seal having a seal housing fixed to the pump housing and/or the connection housing , a sliding ring which is fixed on the connecting shaft in a rotationally fixed manner and rotates in the seal housing , and a stationary seal face which is fixed to the seal housing , the seal housing being constructed as a divided seal housing and having a basic housing , which in the mounted state surrounds the sliding ring and is fixed to the pump housing and/or the connection housing , on the one hand and a housing lid , which supports the stationary seal face , on the other hand, characterized in that the housing lid is fixed to the basic housing in a detachable manner and can be disconnected from the same, so that the connecting shaft with the sliding ring fixed thereto can be pulled out of the seal housing . - a stator , - a rotor rotating inside the stator, - a drive for the rotor, - a pump housing which is connected to the stator and has at least one inlet or outlet opening for the medium to be conveyed, - a connection housing , which is arranged between the pump housing and drive and is open or to be opened, - a connecting shaft connected to the drive in a detachable manner, which is arranged in the connection housing at least in some regions, the sliding-ring seal having a seal housing fixed to the pump housing and/or the connection housing , a sliding ring which is fixed on the connecting shaft in a rotationally fixed manner and rotates in the seal housing , and a stationary seal face which is fixed to the seal housing , the seal housing being constructed as a divided seal housing and having a basic housing , which in the mounted state surrounds the sliding ring and is fixed to the pump housing and/or the connection housing , on the one hand and a housing lid , which supports the stationary seal face , on the other hand, characterized in that the housing lid is fixed to the basic housing in a detachable manner and can be disconnected from the same, so that the connecting shaft with the sliding ring fixed thereto can be pulled out of the seal housing .
A method for managing an antenna panel, comprising: Receiving (S210), by a network device, capability information that is of an antenna panel and that is from a terminal device; and sending (S220), by the network device, first indication information to the terminal device, wherein the first indication information is used to indicate the terminal device to activate or deactivate one or more antenna panels; wherein if the first indication information is used to indicate the terminal device to activate the one or more first antenna panels, the method further characterized by : sending (S220) by the network device, first time information to the terminal device, wherein the first time information is used to indicate that the terminal device is to keep the one or more first antenna panels in an active state after a first time ends. Receiving (S210), by a network device, capability information that is of an antenna panel and that is from a terminal device; and sending (S220), by the network device, first indication information to the terminal device, wherein the first indication information is used to indicate the terminal device to activate or deactivate one or more antenna panels; wherein if the first indication information is used to indicate the terminal device to activate the one or more first antenna panels, the method further characterized by : sending (S220) by the network device, first time information to the terminal device, wherein the first time information is used to indicate that the terminal device is to keep the one or more first antenna panels in an active state after a first time ends.
A method for manufacturing an SMC, the method comprising: opening an elongated fiber bundle with a sizing agent attached thereto to be widened in a width direction thereof to be put into a flat state; and heat-setting the opened fiber bundle in the flat state by heating; continuously cutting the heat-set fiber bundle so that resultant cut fiber bundles are scattered on a first resin sheet to form thereon a sheet-shaped fiber bundle group; bonding a second resin sheet on the sheet-shaped fiber bundle group; and impregnating the sheet-shaped fiber bundle group with a resin forming the first and second resin sheet by pressurizing. opening an elongated fiber bundle with a sizing agent attached thereto to be widened in a width direction thereof to be put into a flat state; and heat-setting the opened fiber bundle in the flat state by heating; continuously cutting the heat-set fiber bundle so that resultant cut fiber bundles are scattered on a first resin sheet to form thereon a sheet-shaped fiber bundle group; bonding a second resin sheet on the sheet-shaped fiber bundle group; and impregnating the sheet-shaped fiber bundle group with a resin forming the first and second resin sheet by pressurizing.
Method for preparing particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation, said particles being grafted with grafts composed of at least one polymer comprising at least styrene repeating unit carrying at least one proton-conducting group, said method comprising: a) a step to prepare at least one styrene polymer via ATRP polymerisation of a styrene monomer with an ATRP initiator meeting following formula (I): where: - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; the resulting polymer meeting following formula (II): where Y corresponds to the styrene repeating unit carrying at least one proton-conducting group and n 1 to the number of repeats of the repeating unit between round brackets, R 1 , R 2 and Z being such as defined above; b) a step to place the particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation in contact with the polymer obtained at a), after which particles are obtained grafted with grafts of following formula (III): the brace indicating the point at which the grafts are covalently bonded to the particles, and R 1 , R 2 , Z, Y and n 1 being such as defined above. a) a step to prepare at least one styrene polymer via ATRP polymerisation of a styrene monomer with an ATRP initiator meeting following formula (I): where: - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; the resulting polymer meeting following formula (II): where Y corresponds to the styrene repeating unit carrying at least one proton-conducting group and n 1 to the number of repeats of the repeating unit between round brackets, R 1 , R 2 and Z being such as defined above; - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; b) a step to place the particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation in contact with the polymer obtained at a), after which particles are obtained grafted with grafts of following formula (III): the brace indicating the point at which the grafts are covalently bonded to the particles, and R 1 , R 2 , Z, Y and n 1 being such as defined above.
A method for the production in an electrochemical cell of graphene having a thickness of less than 100 nm, wherein the cell comprises: (a) a negative electrode which is graphitic; (b) a positive electrode which may be graphitic or another material; and (c) an electrolyte which consists of ions in a solvent, where the cations are sulfur-containing ions; and wherein the method comprises the step of passing a current through the cell to intercalate ions into the graphitic negative electrode so as to exfoliate the graphitic negative electrode. (a) a negative electrode which is graphitic; (b) a positive electrode which may be graphitic or another material; and (c) an electrolyte which consists of ions in a solvent, where the cations are sulfur-containing ions;
A method for detecting unauthorized use of a wireless local area network having at least one mobile unit that communicates with at least one access point , comprising: accumulating first network traffic data at a mobile unit, wherein said first network traffic data includes a number of transmitted messages by said mobile unit; accumulating second network traffic data at the access point, wherein said second network traffic data includes a number of received messages by said access point; communicating said accumulated first network traffic data and said accumulated second network traffic data to a computer; and correlating the messages transmitted by said mobile unit and the messages received by said access point in said computer to identify a number of non-correlated messages and signaling an alarm condition when said number of non-correlated messages exceeds a threshold. accumulating first network traffic data at a mobile unit, wherein said first network traffic data includes a number of transmitted messages by said mobile unit; accumulating second network traffic data at the access point, wherein said second network traffic data includes a number of received messages by said access point; communicating said accumulated first network traffic data and said accumulated second network traffic data to a computer; and correlating the messages transmitted by said mobile unit and the messages received by said access point in said computer to identify a number of non-correlated messages and signaling an alarm condition when said number of non-correlated messages exceeds a threshold.
A vacuum pump , in particular for generating a rough vacuum and/or a fine vacuum, comprising at least one pump component and a cooling apparatus for a convective cooling of the pump component by means of a cooling medium, wherein the cooling apparatus is configured to variably change a convective heat transfer (Q) between the pump component to be cooled and the cooling medium by adapting a heat transfer coefficient (α) in dependence on and/or to maintain a pump operating parameter, characterized in that the pump operating parameter is a gas pressure, a gas pressure development, a condensation behavior and/or reaction behavior of a process gas to be compressed in the pump interior and/or a differential pressure between a pump inlet and a pump outlet.
Method for additively manufacturing a component , in which a heated thermoplastic is deposited in predeterminable surface areas of the component and solidified by cooling, wherein a fiber reinforcement is additionally introduced into the component prior to cooling, said fiber reinforcement containing or consisting of an endless or continuous fiber, characterized in that the fiber reinforcement contains a pre-impregnated semi-finished textile product , which contains a fiber volume fraction of more than about 35 %.
A projection device, comprising: at least a light source module, provided for emitting a light; a grating module , being a ring structure, further comprising a plurality of grating sheets disposed at an edge of the grating module ; a first mean , for receiving the light and projecting the light to an inner periphery of the grating module , so that the light passes through the grating sheets ; and a motor , coupled to the grating module , for rotating the grating module ; each grating sheet having a figure, and the figures of the grating sheets form a continuous figure, by being set continuously and sequentially onto the grating module , wherein, the projection device is a laser projection device, the at least a light source module is an at least a laser light source module, the first mean for receiving the light and for projecting the light to the inner periphery of the grating module , is a periscope , said periscope being installed on the light path of the light that is received from the at least a laser light source module and is configured to projects the light to the inner periphery of the grating module along a light path which is not collinear with the light path , said at least a laser light source module and the grating module being located on different height. at least a light source module, provided for emitting a light; a grating module , being a ring structure, further comprising a plurality of grating sheets disposed at an edge of the grating module ; a first mean , for receiving the light and projecting the light to an inner periphery of the grating module , so that the light passes through the grating sheets ; and a motor , coupled to the grating module , for rotating the grating module ; each grating sheet having a figure, and the figures of the grating sheets form a continuous figure, by being set continuously and sequentially onto the grating module , wherein, the projection device is a laser projection device, the at least a light source module is an at least a laser light source module, the first mean for receiving the light and for projecting the light to the inner periphery of the grating module , is a periscope , said periscope being installed on the light path of the light that is received from the at least a laser light source module and is configured to projects the light to the inner periphery of the grating module along a light path which is not collinear with the light path , said at least a laser light source module and the grating module being located on different height.
A method for controlling a plurality of media rendering devices in a data network with a controller device comprising a processor and a memory configured to store non-transitory instructions for execution by the processor, the plurality of media rendering devices being within a wireless communication network, comprising the steps of: adding an audio rendering device to the data network such that the audio rendering device is visible on the network to the controller; characterized in that via a user interface on the controller, displaying an audio rendering device graphical object representing the audio rendering device within a room tile graphical object comprising a plurality of room graphical objects, each room graphical object representing a location of a group comprising one or more of the plurality of rendering devices configured to render a media program comprising one or more audio channels; receiving a selection of the audio rendering device and a room graphical object of the plurality of room graphical objects by a user of the controller; joining the audio rendering device with the room graphical object group; assigning a first audio channel associated with the group to the audio rendering device; and hiding the audio rendering device graphical object from the room tile graphical object; wherein selection by the user further comprises a drag and drop of the audio rendering device graphical object upon the room graphical object. adding an audio rendering device to the data network such that the audio rendering device is visible on the network to the controller; characterized in that via a user interface on the controller, displaying an audio rendering device graphical object representing the audio rendering device within a room tile graphical object comprising a plurality of room graphical objects, each room graphical object representing a location of a group comprising one or more of the plurality of rendering devices configured to render a media program comprising one or more audio channels; receiving a selection of the audio rendering device and a room graphical object of the plurality of room graphical objects by a user of the controller; joining the audio rendering device with the room graphical object group; assigning a first audio channel associated with the group to the audio rendering device; and hiding the audio rendering device graphical object from the room tile graphical object; wherein selection by the user further comprises a drag and drop of the audio rendering device graphical object upon the room graphical object.
An automatic analyzer comprising: a nozzle for suctioning a sample liquid; a syringe for generating pressure to suction the sample liquid into the nozzle and discharge the sample liquid therefrom; a pipe for connecting the nozzle and the syringe ; pressure measurement means for measuring the pressure inside the pipe ; storage means for storing a pressure fluctuation for each amount of sample liquid suctioned; calculation means for performing a comparing process or an arithmetic process to the pressure fluctuation stored in the storage means; and detection means for detecting whether or not an air bubble is present inside the pipe by using the calculation means for comparing a pressure fluctuation detected by the pressure measurement means during a predetermined period of sampling time with a stored pressure fluctuation stored in the storage means, characterized in that the detection means is adapted to use, as a trigger to start the predetermined period of sampling time in the detection of a syringe operation during the normal suctioning operation of the nozzle , the event of reverse motor rotation for correcting the jolting motion of a gear of a drive source (208-210) of the syringe . a nozzle for suctioning a sample liquid; a syringe for generating pressure to suction the sample liquid into the nozzle and discharge the sample liquid therefrom; a pipe for connecting the nozzle and the syringe ; pressure measurement means for measuring the pressure inside the pipe ; storage means for storing a pressure fluctuation for each amount of sample liquid suctioned; calculation means for performing a comparing process or an arithmetic process to the pressure fluctuation stored in the storage means; and detection means for detecting whether or not an air bubble is present inside the pipe by using the calculation means for comparing a pressure fluctuation detected by the pressure measurement means during a predetermined period of sampling time with a stored pressure fluctuation stored in the storage means, characterized in that the detection means is adapted to use, as a trigger to start the predetermined period of sampling time in the detection of a syringe operation during the normal suctioning operation of the nozzle , the event of reverse motor rotation for correcting the jolting motion of a gear of a drive source (208-210) of the syringe .
Apparatus configured to process data comprising: processing circuitry configured to execute program instructions of a program; and trace circuitry configured to generate a plurality of trace objects, wherein a trace object represents a sequence of executed program instructions and when said sequence of executed program instructions includes multiple passes of a sequence of branch outcomes for which said sequence of branch outcomes is identical for each of the multiple passes, a single trace object represents the multiple passes as: a start address indicator to indicate a start address of said sequence of executed program instructions; a branch outcome indicator to indicate said sequence of branch outcomes within said sequence of executed program instructions starting from said start address; and a count indicator to indicate a count of passes of said sequence of branch outcomes detected in said sequence of executed program instructions. processing circuitry configured to execute program instructions of a program; and trace circuitry configured to generate a plurality of trace objects, wherein a trace object represents a sequence of executed program instructions and when said sequence of executed program instructions includes multiple passes of a sequence of branch outcomes for which said sequence of branch outcomes is identical for each of the multiple passes, a single trace object represents the multiple passes as: a start address indicator to indicate a start address of said sequence of executed program instructions; a branch outcome indicator to indicate said sequence of branch outcomes within said sequence of executed program instructions starting from said start address; and a count indicator to indicate a count of passes of said sequence of branch outcomes detected in said sequence of executed program instructions. a start address indicator to indicate a start address of said sequence of executed program instructions; a branch outcome indicator to indicate said sequence of branch outcomes within said sequence of executed program instructions starting from said start address; and a count indicator to indicate a count of passes of said sequence of branch outcomes detected in said sequence of executed program instructions.
Ultrasound welding device , comprising: a sonotrode ; and a sonotrode carrier configured to set the sonotrode in ultrasound oscillations; wherein the sonotrode and the sonotrode carrier each have a contact face and at least one of the contact faces is roughened at least in portions; wherein a roughened portion of the contact face roughened at least in portions has an mean roughness depth R z of at least 2.0 um and/or an average roughness value R a of at least 0.3 um; wherein the mean roughness depth R z is at most 14 um and/or wherein the average roughness value R a is at most 3.0 um; wherein the sonotrode is fixed replaceably on the sonotrode carrier in such a way that the contact faces are pressed against one another, wherein the sonotrode is configured as a flexural resonator, comprising a base body and at least one bending arm protruding from the base body ; wherein the sonotrode is fixed replaceably on the sonotrode carrier via the base body , and the base body comprises the contact face of the sonotrode . a sonotrode ; and a sonotrode carrier configured to set the sonotrode in ultrasound oscillations; wherein the sonotrode and the sonotrode carrier each have a contact face and at least one of the contact faces is roughened at least in portions; wherein a roughened portion of the contact face roughened at least in portions has an mean roughness depth R z of at least 2.0 um and/or an average roughness value R a of at least 0.3 um; wherein the mean roughness depth R z is at most 14 um and/or wherein the average roughness value R a is at most 3.0 um; wherein the sonotrode is fixed replaceably on the sonotrode carrier in such a way that the contact faces are pressed against one another, wherein the sonotrode is configured as a flexural resonator, comprising a base body and at least one bending arm protruding from the base body ; wherein the sonotrode is fixed replaceably on the sonotrode carrier via the base body , and the base body comprises the contact face of the sonotrode .