mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine blade , comprising: a root for connecting to a rotor of a gas turbine engine; a platform attached to the root and defining at least one groove; a platform impingement plate , comprising: a circumferential edge surrounding a cavity , the edge positioned to contact a first surface of the platform, a first plate surface and a second plate surface opposite said first plate surface, said first plate surface positioned to form the cavity between the first surface and the first plate surface, and an airfoil comprising a metallic substrate extending from a second surface of the platform opposite the first surface to a tip, the airfoil including a pressure side and a suction side , the pressure side and the suction side meeting at a trailing edge and a leading edge, wherein the plate first and second surfaces include at least one impingement hole through which a fluid flow flows to cool the first surface of the platform, characterised in that the blade further comprises a flat member having a face attached to the second plate surface and at least one end portion, wherein each end portion extends beyond the first and second plate surfaces and includes a curvature so that each curved end portion is inserted into a corresponding groove in the platform. a root for connecting to a rotor of a gas turbine engine; a platform attached to the root and defining at least one groove; a platform impingement plate , comprising: a circumferential edge surrounding a cavity , the edge positioned to contact a first surface of the platform, a first plate surface and a second plate surface opposite said first plate surface, said first plate surface positioned to form the cavity between the first surface and the first plate surface, and a circumferential edge surrounding a cavity , the edge positioned to contact a first surface of the platform, a first plate surface and a second plate surface opposite said first plate surface, said first plate surface positioned to form the cavity between the first surface and the first plate surface, and an airfoil comprising a metallic substrate extending from a second surface of the platform opposite the first surface to a tip, the airfoil including a pressure side and a suction side , the pressure side and the suction side meeting at a trailing edge and a leading edge, wherein the plate first and second surfaces include at least one impingement hole through which a fluid flow flows to cool the first surface of the platform, characterised in that the blade further comprises a flat member having a face attached to the second plate surface and at least one end portion, wherein each end portion extends beyond the first and second plate surfaces and includes a curvature so that each curved end portion is inserted into a corresponding groove in the platform.
Device for conveying products in an industrial line, comprising at least one conveyor transporting a stream of products in at least one line ; characterized in that said conveying device comprises: - at least one main zone delimited by primary beacons and covering a section of said stream; and - above said conveyor , at least one member for detecting said primary beacons and for counting the number of products at least in said main zone . - at least one main zone delimited by primary beacons and covering a section of said stream; and - above said conveyor , at least one member for detecting said primary beacons and for counting the number of products at least in said main zone .
Quarter-turn valve comprising: - a body defining an annular seat around an axis of revolution, - a butterfly disc rotationally fixed, over a quarter turn, to a first end of a shaft with a square cross-section, which is applied to the seat in a first position and which moves away from the seat in a second position 90° from the first position, the exposed front face of the second end of the shaft bearing a directional mark parallel to the plane of the butterfly disc , - a lever comprising a fitting portion , fitted in in a form-fitting manner on the second end of the shaft and extending perpendicular to the shaft, and an oblong handle which has a primarily longitudinal direction, characterised in that the shaft has exactly two longitudinal grooves corresponding to exactly two ribs on the fitting portion , the two grooves being arranged symmetrically in relation to one another with respect to the axis of repetition of the shaft , and the primary direction of the handle runs parallel to the directional mark . - a body defining an annular seat around an axis of revolution, - a butterfly disc rotationally fixed, over a quarter turn, to a first end of a shaft with a square cross-section, which is applied to the seat in a first position and which moves away from the seat in a second position 90° from the first position, the exposed front face of the second end of the shaft bearing a directional mark parallel to the plane of the butterfly disc , - a lever comprising a fitting portion , fitted in in a form-fitting manner on the second end of the shaft and extending perpendicular to the shaft, and an oblong handle which has a primarily longitudinal direction,
A method for moving a transport unit (Tn) comprising an arrangement of drive magnets in a movement direction (x) along a long stator of a long stator linear motor , wherein the long stator being divided into at least a first control zone (RZk) comprising a plurality of drive coils (ASk.1, ..., ASk.m) and a second control zone (RZk+1) comprising a plurality of drive coils (ASk+1.1, ..., ASk+1.m), wherein the first control zone (RZk) being controlled by a first segment control unit (SRk) and the second control zone (RZk+1) being controlled by a second segment control unit (SRk+1) in that in a control zone (RZk, RZk+1) the assigned segment control unit (SRk, SRk+1) calculates the manipulated variables for energizing the drive coils (ASk.1, ..., ASk.m, ASk+1.1, ..., ASk+1.m) in the control zone (RZk, RZk+1) that are required for moving the transport unit (Tn), as long as, in order to move the transport unit (Tn), exclusively drive coils (ASk.1, ..., ASk.m, ASk+1.1, ..., ASk+1.m) in one control zone (RZk, RZk+1) are energized, characterized in that, during the transition of the transport unit (Tn) from the first control zone (RZk), in the movement direction (x), to the following second control zone (RZk+1), wherein drive coils (ASk.1, ..., ASk.m, ASk+1.1, ..., ASk+1.m) of the first control zone (RZk) and of the second control zone (RZk+1) being energized in order to move the transport unit (Tn), initially the first segment control unit (SRk) remains responsible for controlling the movement of the transport unit (Tn) and the first control zone (RZk) is extended, in the movement direction (x), by a number (j) of virtual drive coils (ASk.m+1, ..., ASk.m+j) and the first segment control unit (SRk) that is assigned to the first control zone (RZk) also calculates the necessary manipulated variables for the required virtual drive coils (ASk.m+1, ..., ASk.m+j), in that the first segment control unit (SRk) transmits the necessary manipulated variables for the required virtual drive coils (ASk.m+1, ..., ASk.m+j) to the second segment control unit (SRk+1) that is assigned to the second control zone (RZk+1), and in that the second segment control unit (SRk+1) uses the transmitted manipulated variables for the required virtual drive coils (ASk.m+1, ..., ASk.m+j) in order to energize the drive coils (ASk+1.1, ..., ASk+1.m) of the second control zone (RZk+1) that are required for moving the transport unit (Tn).
Pane arrangement , comprising: a heatable composite pane having a capacitive switching region , comprising: a substrate and a cover pane and at least one first intermediate layer , which is arranged between the substrate and the cover pane , wherein a carrier film having an electrically conductive layer is arranged between the substrate and the first intermediate layer or between the cover pane and the first intermediate layer at least in sections, at least one region of the electrically conductive layer forms a capacitive switching region , the capacitive switching region has a contact region , a supply line region , and a connection region , the supply line region electrically connects the contact region to the connection region and the connection region can be electrically connected to a sensor electronics system , and at least one heating wire and at least two busbars are arranged between the substrate and the cover pane , and in each case one end of the heating wire is electrically conductingly connected to, in each case, one of the busbars , such that upon application of an electrical voltage to the busbars , a heating current can flow through the heating wire , whereby the heating wire can be heated, and a capacitive sensor electronics system , characterized in that the capacitive sensor electronics system is electrically conductingly connected to the connection region via a first input and to the heating wire or to the busbars via a second input. a substrate and a cover pane and at least one first intermediate layer , which is arranged between the substrate and the cover pane , wherein a carrier film having an electrically conductive layer is arranged between the substrate and the first intermediate layer or between the cover pane and the first intermediate layer at least in sections, at least one region of the electrically conductive layer forms a capacitive switching region , the capacitive switching region has a contact region , a supply line region , and a connection region , the supply line region electrically connects the contact region to the connection region and the connection region can be electrically connected to a sensor electronics system , and at least one heating wire and at least two busbars are arranged between the substrate and the cover pane , and in each case one end of the heating wire is electrically conductingly connected to, in each case, one of the busbars , such that upon application of an electrical voltage to the busbars , a heating current can flow through the heating wire , whereby the heating wire can be heated, and a capacitive sensor electronics system , characterized in that the capacitive sensor electronics system is electrically conductingly connected to the connection region via a first input and to the heating wire or to the busbars via a second input.
A music production system comprising: one or more computer processor running music production software; and an input device arranged to provide signal inputs to the music production software, the input device comprising a joystick , one or more sensor for monitoring the position and/or orientation of the joystick , and a controller , where the sensor output is received by the controller and the controller generates a corresponding signal output to control one or more music production function of the software, the range of movement of the joystick being divided into four or more discrete zones , the controller generating a signal output when the joystick is moved into a corresponding zone to cause a zone selection, characterized in that each of the zones corresponds to a note or chord of a musical scale and the signal output generated by the controller is a note or chord signal, the music production software being configured to generate a musical note or chord according to the signal output. one or more computer processor running music production software; and an input device arranged to provide signal inputs to the music production software, the input device comprising a joystick , one or more sensor for monitoring the position and/or orientation of the joystick , and a controller , where the sensor output is received by the controller and the controller generates a corresponding signal output to control one or more music production function of the software, the range of movement of the joystick being divided into four or more discrete zones , the controller generating a signal output when the joystick is moved into a corresponding zone to cause a zone selection, characterized in that each of the zones corresponds to a note or chord of a musical scale and the signal output generated by the controller is a note or chord signal, the music production software being configured to generate a musical note or chord according to the signal output.
A computer device , comprising a central processing unit, CPU , and a cloud controller , wherein the cloud controller comprises a transmission queue module , a response queue module , a double data rate, DDR, interface , and a network interface , the DDR interface is configured to connect the CPU to the cloud controller , and the network interface is configured to connect the cloud controller to a network device; the CPU is configured to: after generating a request for performing a read/write operation on the network device , convert the read/write operation request into a control command, and write the control command into the transmission queue module , wherein the control command is used to instruct the cloud controller to perform a read operation or a write operation on the network device, and the control command carries operation information of the read operation or the write operation; and the cloud controller is configured to: when the control command in the transmission queue module is triggered, perform the read operation or the write operation on the network device according to the operation information in the control command, receive a response message sent by the network device, and write the response message sent by the network device into the response queue module .
A method implemented at a network exposure node, the method comprising: performing a configuration procedure such that both internet protocol, IP, data delivery, IPDD, and non-IP data delivery, NIDD, can be supported through a unified interface between the network exposure node and a server; and performing IPDD or NIDD through the unified interface, wherein the performing IPDD or NIDD through the unified interface comprises: receiving , from the server through the unified interface, a first request for data delivery to a terminal device, the first request including data to be delivered to the terminal device; sending , to a subscriber management node, a second request for monitoring reachability status of the terminal device; receiving , from the subscriber management node, at least one monitoring report about reachability status of the terminal device; and sending the data to the terminal device based on the received at least one monitoring report. performing a configuration procedure such that both internet protocol, IP, data delivery, IPDD, and non-IP data delivery, NIDD, can be supported through a unified interface between the network exposure node and a server; and performing IPDD or NIDD through the unified interface, receiving , from the server through the unified interface, a first request for data delivery to a terminal device, the first request including data to be delivered to the terminal device; sending , to a subscriber management node, a second request for monitoring reachability status of the terminal device; receiving , from the subscriber management node, at least one monitoring report about reachability status of the terminal device; and sending the data to the terminal device based on the received at least one monitoring report.
Fluid pump comprising a housing formed by a first housing part and a second housing part , an electric motor formed by a stator and a rotor , the stator being arranged in the first housing part , a fluid duct provided in the second housing part , a temperature sensor assigned to the fluid duct in order to detect the temperature of a medium situated therein, wherein the temperature sensor is arranged in a holding element , a metal thermally conductive element is arranged between the fluid duct and the temperature sensor and forms an outer wall of the holding element , characterized in that the holding element is provided on the first housing part which is placed on the second housing part , wherein the holding element projects into the fluid duct .
A mobile high security anti-scale perimeter fence comprising: a) at least one substantially horizontal base portion ; b) at least one barrier portion removably secured to the corresponding base portion comprising a pair of upstanding posts and a panel removably supported therebetween; characterized by c) each post including a front surface and a rear surface, further including a brace member extending at a downward angle from the rear surface of each respective post to support the barrier portion in an upright position; and d) an elevated support frame removably mounted to said posts , independent of the respective brace members , for supporting a deck member . a) at least one substantially horizontal base portion ; b) at least one barrier portion removably secured to the corresponding base portion comprising a pair of upstanding posts and a panel removably supported therebetween; characterized by c) each post including a front surface and a rear surface, further including a brace member extending at a downward angle from the rear surface of each respective post to support the barrier portion in an upright position; and d) an elevated support frame removably mounted to said posts , independent of the respective brace members , for supporting a deck member .
A method performed by a communication device, comprising: receiving a SystemInformationBlockType1, SIB1, message in a fifth subframe of a frame from a communication node; receiving an additional SIB1 message in a second particular subframe of the frame containing the additional SIB1 message from the communication node based on a communication device capability for processing the additional SIB1 message; characterized by sending a radio resource control signal to the communication node based on the communication device capability for processing the additional SIB1 message in the second particular subframe of the frame containing the additional SIB1 message, wherein the radio resource control signal comprises indication information for indicating whether the communication device supports processing the additional SIB1 message in the second particular subframe containing the additional SIB1 message; and receiving a confirmation message from the communication node, the confirmation message confirming that the second particular subframe of another frame not containing the additional SIB1 is considered as a valid subframe. receiving a SystemInformationBlockType1, SIB1, message in a fifth subframe of a frame from a communication node; receiving an additional SIB1 message in a second particular subframe of the frame containing the additional SIB1 message from the communication node based on a communication device capability for processing the additional SIB1 message; characterized by sending a radio resource control signal to the communication node based on the communication device capability for processing the additional SIB1 message in the second particular subframe of the frame containing the additional SIB1 message, wherein the radio resource control signal comprises indication information for indicating whether the communication device supports processing the additional SIB1 message in the second particular subframe containing the additional SIB1 message; and receiving a confirmation message from the communication node, the confirmation message confirming that the second particular subframe of another frame not containing the additional SIB1 is considered as a valid subframe.
A polyisocyanate composition comprising - (A) at least one polyisocyanate obtainable by reacting at least one monomeric (cyclo)aliphatic isocyanate, wherein the at least one polyisocyanate has an NCO content of at least 15% by weight, - (B) at least one silyl ester selected from the group of silyl phosphates and silyl phosphonates in an amount of 0.2 to 300 ppm by weight, based on component (A), - (C) at least one sterically hindered phenol, - (D) at least one Lewis-acidic organic metal compound capable of accelerating the reaction of isocyanate groups with isocyanate-reactive groups, - (E) at least one solvent, - (F) optionally at least one further antioxidant and - (G) optionally other coatings additives. - (A) at least one polyisocyanate obtainable by reacting at least one monomeric (cyclo)aliphatic isocyanate, wherein the at least one polyisocyanate has an NCO content of at least 15% by weight, - (B) at least one silyl ester selected from the group of silyl phosphates and silyl phosphonates in an amount of 0.2 to 300 ppm by weight, based on component (A), - (C) at least one sterically hindered phenol, - (D) at least one Lewis-acidic organic metal compound capable of accelerating the reaction of isocyanate groups with isocyanate-reactive groups, - (E) at least one solvent, - (F) optionally at least one further antioxidant and - (G) optionally other coatings additives.
A method for configuring a second central control unit (U1') belonging to a home automation installation (Su), as part of the replacement of a first central control unit (U1), the method being implemented by a first configuration remote access service (Svc1c) executed by a management unit (Sv1) and comprising the following steps: - Recording (ERSvc1) of at least one set of configuration instructions or data (cfg) associated with a unique identifier of a first central control unit (U1). - Receiving (ERSvc7) a configuration request (MCfgRq) in connection with an identifier of a second central control unit (U1'); - Determining (ERScv8) an association between the second central control unit (U1') or its identifier (U1'ID) on the one hand and the first central control unit (U1) or its identifier (U1ID) on the other hand; - Determining (ERSvc10, ERSvc5) at least one set of configuration instructions or data (cfg') associated with the identifier of the second central control unit (U1') from the at least one set of configuration instructions or data (cfg) associated with the unique identifier of the first central control unit (U1); - Transmitting (ERSvc11) at least one configuration message (MCfg) comprising the at least one set of configuration instructions or data (cfg') associated with the identifier of the second central control unit (U1') for the second central control unit (U1'); - Recording (ERSvc1) of at least one set of configuration instructions or data (cfg) associated with a unique identifier of a first central control unit (U1). - Receiving (ERSvc7) a configuration request (MCfgRq) in connection with an identifier of a second central control unit (U1'); - Determining (ERScv8) an association between the second central control unit (U1') or its identifier (U1'ID) on the one hand and the first central control unit (U1) or its identifier (U1ID) on the other hand; - Determining (ERSvc10, ERSvc5) at least one set of configuration instructions or data (cfg') associated with the identifier of the second central control unit (U1') from the at least one set of configuration instructions or data (cfg) associated with the unique identifier of the first central control unit (U1); - Transmitting (ERSvc11) at least one configuration message (MCfg) comprising the at least one set of configuration instructions or data (cfg') associated with the identifier of the second central control unit (U1') for the second central control unit (U1');