mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle apparatus configured to distribute a primary fluid, characterized in that the nozzle apparatus comprises: a support plate ; a fluid manifold mounted to the support plate and configured to receive the primary fluid; a fluid nozzle element coupled to receive the primary fluid from the fluid manifold ; an actuator gear assembly mounted to the support plate ; a pincher gear assembly having a first pincher gear and a second pincher gear mounted on the support plate , wherein the first pincher gear is engaged with the second pincher gear and the second pincher gear is engaged with the actuator gear assembly ; and a first pincher mounted on the first pincher gear ; and a second pincher mounted on the second pincher gear , wherein the first and second pinchers are positioned on opposite sides of the fluid nozzle element , wherein the actuator gear assembly is configured to drive the pincher gear assembly between a first position in which the first and second pinchers are positioned relative to each other and relative to the fluid nozzle element such that the fluid nozzle element has a first cross-sectional shape and a second position in which the first and second pinchers are positioned relative to each other and relative to the fluid nozzle element such that the fluid nozzle element has a second cross-sectional shape, and wherein the first cross-sectional shape is different than the second cross-sectional shape. a support plate ; a fluid manifold mounted to the support plate and configured to receive the primary fluid; a fluid nozzle element coupled to receive the primary fluid from the fluid manifold ; an actuator gear assembly mounted to the support plate ; a pincher gear assembly having a first pincher gear and a second pincher gear mounted on the support plate , wherein the first pincher gear is engaged with the second pincher gear and the second pincher gear is engaged with the actuator gear assembly ; and a first pincher mounted on the first pincher gear ; and a second pincher mounted on the second pincher gear , wherein the first and second pinchers are positioned on opposite sides of the fluid nozzle element , wherein the actuator gear assembly is configured to drive the pincher gear assembly between a first position in which the first and second pinchers are positioned relative to each other and relative to the fluid nozzle element such that the fluid nozzle element has a first cross-sectional shape and a second position in which the first and second pinchers are positioned relative to each other and relative to the fluid nozzle element such that the fluid nozzle element has a second cross-sectional shape, and wherein the first cross-sectional shape is different than the second cross-sectional shape.
A model pushing method, comprising: receiving (S102) , by a model platform, a model matching instruction sent by an orchestrator, wherein the model matching instruction is generated based on an analysis requirement; searching (S104), by the model platform, for a model corresponding to the model matching instruction; and in a case where the model is found, pushing (S106) the found model to a destination node requiring the model characterized in that , the method further comprises: receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox. receiving (S102) , by a model platform, a model matching instruction sent by an orchestrator, wherein the model matching instruction is generated based on an analysis requirement; searching (S104), by the model platform, for a model corresponding to the model matching instruction; and in a case where the model is found, pushing (S106) the found model to a destination node requiring the model characterized in that , the method further comprises: receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox. receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox.
Dedusting system for dedusting raw gas, with a system housing delimited by housing walls, which has a raw gas inlet opening and a clean gas outlet opening and is subdivided by a filter arrangement into a raw gas chamber and a clean gas chamber, wherein the dedusting system comprises a fan arrangement for generating a gas flow from the raw gas inlet opening to the clean gas outlet opening with a series connection of at least two free-blowing radial fans (2', 2"), each of which has at least one radial impeller (21', 21") with blades, each driven directly by an electric motor (22', 22"), and an end-side fan intake opening, wherein at least one upstream radial fan is arranged in a housing with a housing intake opening and a housing discharge opening (13"), wherein the upstream radial fan is arranged with its fan intake opening in the region of the housing intake opening and a downstream radial fan (2") is arranged with its fan intake opening in the region of the housing discharge opening (13"), wherein flow guide elements are arranged in the housing such that the air volume flow from the circumference of the radial impeller of the upstream radial fan is guided through the flow guide elements in at least two partial volume flows along tapering helical lines into the fan intake opening of the downstream radial fan (22").
A method performed by a Baseband Unit, BBU, for assisting a Radio Unit, RU, to perform beamforming for a communication between a User Equipment, UE, and a base station in a wireless communications network using a multiple antenna system for communication, wherein the BBU and the RU are associated with the base station , the method comprising: obtaining channel taps related to a number of subcarriers, characterized by selecting a subset of the channel taps, sending to the RU , the selected subset of the channel taps and information identifying the selected subset of channel taps, which selected subset of channel taps and information identifying the selected subset of channel taps assists the RU to perform beamforming for the communication between the UE and the base station . obtaining channel taps related to a number of subcarriers, characterized by selecting a subset of the channel taps, sending to the RU , the selected subset of the channel taps and information identifying the selected subset of channel taps, which selected subset of channel taps and information identifying the selected subset of channel taps assists the RU to perform beamforming for the communication between the UE and the base station .
A method for loading and replacing tools in machining centers provided with a mechanized tool magazine and with at least two movable tool-holding spindles , which are laterally arranged side by side, are supported by a machining head that can move along at least one axis, and are capable of accessing said tool magazine , comprising the following steps: - picking up simutaneously the respective tools from said at least two tool-holding spindles and transferring them to a tool replacement area by means of a dedicated, automatic transfer device that is independent of said tool magazine , and - after the replacement of the tools with respective new tools in the transfer device , returning simultaneously the respective new tools to said at least two tool-holding spindles by means of said transfer device , said transfer device , at rest, being parked in a resting position such that it does not engage said tool replacement area , said transfer device comprising an articulated arm which has a distal portion which is adapted to rotate, under the control of first actuation means , about a pivot (P) parallel to the axes of the spindles , between a first position extended vertically downward, in which said tool-gripping means engage said tool replacement area , and a second horizontal position, in which said tool-gripping means face said spindles . - picking up simutaneously the respective tools from said at least two tool-holding spindles and transferring them to a tool replacement area by means of a dedicated, automatic transfer device that is independent of said tool magazine , and - after the replacement of the tools with respective new tools in the transfer device , returning simultaneously the respective new tools to said at least two tool-holding spindles by means of said transfer device , said transfer device , at rest, being parked in a resting position such that it does not engage said tool replacement area , said transfer device comprising an articulated arm which has a distal portion which is adapted to rotate, under the control of first actuation means , about a pivot (P) parallel to the axes of the spindles , between a first position extended vertically downward, in which said tool-gripping means engage said tool replacement area , and a second horizontal position, in which said tool-gripping means face said spindles .
A computing system comprising: a base processing device configured to execute a first operating system to generate application content for an application associated with a user session; and a display device configured to execute a second operating system, the display device including a screen; wherein the base processing device is configured to display the application content on the screen through a mechanical data connection when the base processing device and the display device are mechanically connected; wherein the base processing device includes a Remote Graphics Software, RGS, sender configured to run in the first operating system, and the display device includes an RGS receiver configured to run in the second operating system; wherein the base processing device is configured to run the RGS sender as a background process in the first operating system when the base processing device and the display device are mechanically connected; and wherein the base processing device is configured to use the RGS sender to communicate the application content over a wireless data connection to the RGS receiver for display on the screen of the display device when the base processing device and the display device are mechanically disconnected, to thereby continuously implement and maintain the user session when the base processing device and display device are transitioned from the mechanically connected mode to the mechanically disconnected mode. a base processing device configured to execute a first operating system to generate application content for an application associated with a user session; and a display device configured to execute a second operating system, the display device including a screen; wherein the base processing device is configured to display the application content on the screen through a mechanical data connection when the base processing device and the display device are mechanically connected; wherein the base processing device includes a Remote Graphics Software, RGS, sender configured to run in the first operating system, and the display device includes an RGS receiver configured to run in the second operating system; wherein the base processing device is configured to run the RGS sender as a background process in the first operating system when the base processing device and the display device are mechanically connected; and wherein the base processing device is configured to use the RGS sender to communicate the application content over a wireless data connection to the RGS receiver for display on the screen of the display device when the base processing device and the display device are mechanically disconnected, to thereby continuously implement and maintain the user session when the base processing device and display device are transitioned from the mechanically connected mode to the mechanically disconnected mode.
A multilayer film comprising: an adhesive layer formed of a thermoplastic polymer composition containing a thermoplastic elastomer (A), which is a block copolymer or a hydrogenated block copolymer having a polymer block (a1) containing an aromatic vinyl compound unit and a polymer block (a2) containing a conjugated diene compound unit; and a base layer formed of an amorphous resin having an elastic modulus of 2 to 600 MPa at an arbitrary temperature of 110°C to 160°C, wherein elongation at break of the multilayer film at a temperature lower by 5°C than glass transition temperature of the amorphous resin is at least 160%; the polymer block (a2) containing the conjugated diene compound unit is a polymer block containing an isoprene unit, a butadiene unit or isoprene/butadiene units in which 1,2 bonds and 3,4 bonds together constitute at least 40 mol% of the bonds; the thermoplastic polymer composition contains an adhesion imparting component (B) that is a polyvinyl acetal resin (B1) and/or a polar group-containing polypropylene resin (B2) in an amount of 10 to 100 mass parts per 100 mass parts of the thermoplastic elastomer (A); a thickness of the base layer is in the range of 10 to 500 μm; and the elastic modulus and the elongation at break are determined as disclosed in the description. an adhesive layer formed of a thermoplastic polymer composition containing a thermoplastic elastomer (A), which is a block copolymer or a hydrogenated block copolymer having a polymer block (a1) containing an aromatic vinyl compound unit and a polymer block (a2) containing a conjugated diene compound unit; and a base layer formed of an amorphous resin having an elastic modulus of 2 to 600 MPa at an arbitrary temperature of 110°C to 160°C, wherein elongation at break of the multilayer film at a temperature lower by 5°C than glass transition temperature of the amorphous resin is at least 160%; the polymer block (a2) containing the conjugated diene compound unit is a polymer block containing an isoprene unit, a butadiene unit or isoprene/butadiene units in which 1,2 bonds and 3,4 bonds together constitute at least 40 mol% of the bonds; the thermoplastic polymer composition contains an adhesion imparting component (B) that is a polyvinyl acetal resin (B1) and/or a polar group-containing polypropylene resin (B2) in an amount of 10 to 100 mass parts per 100 mass parts of the thermoplastic elastomer (A); a thickness of the base layer is in the range of 10 to 500 μm; and the elastic modulus and the elongation at break are determined as disclosed in the description.
Water-conducting domestic appliance, except cooking appliances, comprising an appliance housing which provides an appliance compartment and has a loading opening for access to the appliance compartment , comprising an appliance door , mounted so that it can rotate about a pivot axis, for closing the loading opening , and comprising a motor device which is in operative connection with the appliance door and by means of which the appliance door can be transferred from an open position to a closed position closing the loading opening, characterised in that the motor device has a first motor unit and a second motor unit , it being possible for the appliance door to be moved from an open position to an intermediate position by means of the first motor unit and from the intermediate position to the closed position closing the loading opening by means of the second motor unit .
A dye-labeled compound of structural formula (IIIG): wherein each L' is independently a dye compound linker element, wherein at least one dye compound linker element comprises the structure: wherein each z is independently an integer from 1 to 8; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element, wherein at least one B" comprises a biotin moiety; each p is independently 0 or 1; and each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1; wherein the compound comprises at least one shield element, at least one acceptor dye, and at least one donor dye; wherein the at least one shield element is photo-protective; wherein the at least one shield element comprises a plurality of side chains; wherein at least one side chain comprises a substituted phenyl group; and at least one side chain comprises the structure: or or wherein the at least one shield element comprises the structure: each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element, wherein at least one B" comprises a biotin moiety; each p is independently 0 or 1; and each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1;
A transmitting apparatus configured for transmitting orthogonal frequency division multiplexing, OFDM, signals for communication in a wireless communication system, the transmitting apparatus comprising: signal generation and transmission components configured to: generate and transmit OFDM signals by using a part or all of a frequency system band comprising more than three frequency channels, wherein each of the more than three frequency channels comprises a plurality of subcarriers, generate and transmit an OFDM signal to a receiving apparatus that is a limited band apparatus capable of receiving only part of the frequency system band and having a limited reception bandwidth of a number of frequency channels, wherein the OFDM signal is transmitted to the receiving apparatus by using less than or equal to the number of frequency channels, and allocate (i) the OFDM signal to one or more frequency channels that the receiving apparatus supports and and (ii) no transmit power to a first number of subcarriers at a first edge of the one or more frequency channels and to al a second number of subcarriers at a second, opposite, edge of the one or more frequency channels, wherein the first number of subcarriers and the second number of subcarriers are determined as a function of reception capabilities of the receiving apparatus comprising the limited reception bandwidth, and the reception capabilities indicate that the first number of subcarriers and the second number of subcarriers are not usable by the receiving apparatus. generate and transmit OFDM signals by using a part or all of a frequency system band comprising more than three frequency channels, wherein each of the more than three frequency channels comprises a plurality of subcarriers, generate and transmit an OFDM signal to a receiving apparatus that is a limited band apparatus capable of receiving only part of the frequency system band and having a limited reception bandwidth of a number of frequency channels, wherein the OFDM signal is transmitted to the receiving apparatus by using less than or equal to the number of frequency channels, and allocate (i) the OFDM signal to one or more frequency channels that the receiving apparatus supports and and (ii) no transmit power to a first number of subcarriers at a first edge of the one or more frequency channels and to al a second number of subcarriers at a second, opposite, edge of the one or more frequency channels, wherein the first number of subcarriers and the second number of subcarriers are determined as a function of reception capabilities of the receiving apparatus comprising the limited reception bandwidth, and the reception capabilities indicate that the first number of subcarriers and the second number of subcarriers are not usable by the receiving apparatus.
An electric bed, comprising: a base bed frame , which comprises a rectangular frame formed by a pair of longitudinal rims and a pair of transverse rims ; a leg combination bed frame , which is hinged to the base bed frame and is capable of freely pivoting; a leg transmission mechanism supporting beam connected between the pair of longitudinal rims parallel to the pair of transverse rims; a leg transmission mechanism , which comprises a first end hinged to the leg combination bed frame, a second end for receiving a driving force so as to enable the leg transmission mechanism to pivot, and a pivoting arm disposed between the first end and the second end and hinged to the leg transmission mechanism supporting beam ; and a leg drive motor , one end thereof being hinged to the transverse rim near the leg transmission mechanism supporting beam , and the other end thereof being hinged to the second end of the leg transmission mechanism.
A rotatable brush assembly for a self-propelled robotic cleaning apparatus for cleaning a submerged surface of a pool or tank, comprising an elongated cylindrical roller and a web material having spaced-apart cleaning members extending outwardly on an external surface of the web material and a width dimensioned such that an inner surface of the web material wraps around and directly covers an outer surface of the elongated cylindrical roller , characterized in that : the elongated cylindrical roller is formed by a first arcuate member and a second arcuate member , each arcuate member having an inner longitudinal portion and an opposing longitudinal free end , the inner longitudinal portions being positioned adjacently and hinged together , the longitudinal free ends being positioned adjacently when the hinge is in a closed position to form the elongated cylindrical roller ; the web material has opposing longitudinal ends that substantially conform to the opposing longitudinal free ends of the cylindrical roller , each longitudinal end of the web material terminating in a U-shaped flange which defines a channel that conforms to and interfaces with one of the longitudinal free ends of the roller ; and the rotatable brush assembly comprises end caps disposed over the opposing ends of the elongated cylindrical roller . the elongated cylindrical roller is formed by a first arcuate member and a second arcuate member , each arcuate member having an inner longitudinal portion and an opposing longitudinal free end , the inner longitudinal portions being positioned adjacently and hinged together , the longitudinal free ends being positioned adjacently when the hinge is in a closed position to form the elongated cylindrical roller ; the web material has opposing longitudinal ends that substantially conform to the opposing longitudinal free ends of the cylindrical roller , each longitudinal end of the web material terminating in a U-shaped flange which defines a channel that conforms to and interfaces with one of the longitudinal free ends of the roller ; and the rotatable brush assembly comprises end caps disposed over the opposing ends of the elongated cylindrical roller .