mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an Internet-of-Things, IoT, device for requesting a service in a network, the method comprising: - sending a request to a core network , requesting attachment to a mobile network; wherein said sending the request is performed when the IoT device is switched on or when the IoT device roams from a home network to a visited network; - receiving an acknowledgement from the core network confirming attachment to the mobile network, characterized by : - transmitting, a data container to the core network, including features or functions needed for running the requested service; and - running the requested service, set up by a network edge device being a Mobile Edge Computing, MEC, server with virtual network functionality, VNF, when the core network validates the content of the data container . - sending a request to a core network , requesting attachment to a mobile network; wherein said sending the request is performed when the IoT device is switched on or when the IoT device roams from a home network to a visited network; - receiving an acknowledgement from the core network confirming attachment to the mobile network, characterized by : - transmitting, a data container to the core network, including features or functions needed for running the requested service; and - running the requested service, set up by a network edge device being a Mobile Edge Computing, MEC, server with virtual network functionality, VNF, when the core network validates the content of the data container . - transmitting, a data container to the core network, including features or functions needed for running the requested service; and - running the requested service, set up by a network edge device being a Mobile Edge Computing, MEC, server with virtual network functionality, VNF, when the core network validates the content of the data container .
Palmitoylethanolamide for use in the treatment of autism spectrum disorders (ASDs), wherein palmitoylethanolamide is administered in association with docosahexaenoic acid (DHA), wherein said administration is separate, combined, or simultaneous.
An interactive device for animals , comprising: an ejecting device , comprising a recess for storing an object (I), an opening , a second communicating member connected to the opening , a first communicating member of which opposite sides are respectively connected to the recess and the second communicating member , a first pusher disposed in the recess , a second pusher movably disposed in the second communicating member , an elastic member (S) abutting the second pusher and an intermittent gear intermittently and repeatedly engaging with and thus driving the first pusher and the second pusher , whereby the intermittent gear , when rotating in the counterclockwise direction, drives the first pusher to move along in a first direction (A1) and protrudes from the inner wall of the recess for pushing the object (I) out from the recess into the first communicating member so that the object (I) drops through the first communicating member into the second communicating member ; a network communication device , configured to provide a network connection to a user device ; and a controller , coupled to the ejecting device and the network communication device , configured to receive a control signal from the user device via the network communication device , and control the elastic member (S) to provide an elastic force to eject the object (I) from the opening according to the control signal. an ejecting device , comprising a recess for storing an object (I), an opening , a second communicating member connected to the opening , a first communicating member of which opposite sides are respectively connected to the recess and the second communicating member , a first pusher disposed in the recess , a second pusher movably disposed in the second communicating member , an elastic member (S) abutting the second pusher and an intermittent gear intermittently and repeatedly engaging with and thus driving the first pusher and the second pusher , whereby the intermittent gear , when rotating in the counterclockwise direction, drives the first pusher to move along in a first direction (A1) and protrudes from the inner wall of the recess for pushing the object (I) out from the recess into the first communicating member so that the object (I) drops through the first communicating member into the second communicating member ; a network communication device , configured to provide a network connection to a user device ; and a controller , coupled to the ejecting device and the network communication device , configured to receive a control signal from the user device via the network communication device , and control the elastic member (S) to provide an elastic force to eject the object (I) from the opening according to the control signal.
A composition comprising: a) a nucleic acid sequence that encodes a consensus Zaire ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:1 (ZEBOV CON) and SEQ ID NO:1 (ZEBOV CON) linked to an IgE signal peptide; b) a nucleic acid sequence that encodes a consensus Sudan ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:2 (SUDV CON) and SEQ ID NO:2 (SUDV CON) linked to an IgE signal peptide; and c) a nucleic acid sequence that encodes a Marburg marburgvirus Angola 2005 envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:3 (MARV) and SEQ ID NO:3 (MARV) linked to an IgE signal peptide, wherein each nucleic acid sequence is located on a separate plasmid. a) a nucleic acid sequence that encodes a consensus Zaire ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:1 (ZEBOV CON) and SEQ ID NO:1 (ZEBOV CON) linked to an IgE signal peptide; b) a nucleic acid sequence that encodes a consensus Sudan ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:2 (SUDV CON) and SEQ ID NO:2 (SUDV CON) linked to an IgE signal peptide; and c) a nucleic acid sequence that encodes a Marburg marburgvirus Angola 2005 envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:3 (MARV) and SEQ ID NO:3 (MARV) linked to an IgE signal peptide, wherein each nucleic acid sequence is located on a separate plasmid.
An image processor comprising an array of execution units, wherein each execution unit of the array of execution units comprises: four input ports and two output ports; a first arithmetic-logic unit (ALU) and a second ALU configured to perform two full-width ALU operations at least partially in parallel, during which: the first ALU is configured to receive data from a first pair of input ports, to perform a first full-width ALU operation, and to provide a first full-width output to a first output port of the two output ports, and the second ALU is configured to receive data from a second pair of input ports, to perform a second full-width ALU operation, and to provide a second full-width output to a second output port of the two output ports; and a multiply-add logic unit configured to receive data from three or more of the four input ports, the data including a first multiply operand received from a first input port, a second multiply operand received from a second input port, and a summation term received from one or more other input ports, to perform a multiply-add operation comprising a multiplication of the first multiply operand by the second multiply operand and a summation operation of a result of the multiplication with the summation term, and to provide a double-width output across both of the two output ports. four input ports and two output ports; a first arithmetic-logic unit (ALU) and a second ALU configured to perform two full-width ALU operations at least partially in parallel, during which: the first ALU is configured to receive data from a first pair of input ports, to perform a first full-width ALU operation, and to provide a first full-width output to a first output port of the two output ports, and the second ALU is configured to receive data from a second pair of input ports, to perform a second full-width ALU operation, and to provide a second full-width output to a second output port of the two output ports; and the first ALU is configured to receive data from a first pair of input ports, to perform a first full-width ALU operation, and to provide a first full-width output to a first output port of the two output ports, and the second ALU is configured to receive data from a second pair of input ports, to perform a second full-width ALU operation, and to provide a second full-width output to a second output port of the two output ports; and a multiply-add logic unit configured to receive data from three or more of the four input ports, the data including a first multiply operand received from a first input port, a second multiply operand received from a second input port, and a summation term received from one or more other input ports, to perform a multiply-add operation comprising a multiplication of the first multiply operand by the second multiply operand and a summation operation of a result of the multiplication with the summation term, and to provide a double-width output across both of the two output ports.
A wind turbine steel tower ring segment for a wind turbine tower , comprising - a shell segment with an extent in the direction of a segment height (H), of a segment ring direction (R) and of a segment thickness (D) and with ∘ a first horizontal joint side and a second horizontal joint side , ∘ a first vertical joint side and a second vertical joint side , - wherein a first vertical flange is arranged at the first vertical joint side and/or a second vertical flange is arranged at the second vertical joint side , wherein the first vertical flange and/or the second vertical flange enclose(s) an angle with the shell segment , - wherein at least one connection element for the arrangement of functional elements is formed on the first vertical flange and/or on the second vertical flange , wherein the connection element projects from the first vertical flange and/or the second vertical flange , characterized in that - wherein the first vertical flange and/or the second vertical flange and the connection element enclose the same angle with the shell segment . - a shell segment with an extent in the direction of a segment height (H), of a segment ring direction (R) and of a segment thickness (D) and with ∘ a first horizontal joint side and a second horizontal joint side , ∘ a first vertical joint side and a second vertical joint side , ∘ a first horizontal joint side and a second horizontal joint side , ∘ a first vertical joint side and a second vertical joint side , - wherein a first vertical flange is arranged at the first vertical joint side and/or a second vertical flange is arranged at the second vertical joint side , wherein the first vertical flange and/or the second vertical flange enclose(s) an angle with the shell segment , - wherein at least one connection element for the arrangement of functional elements is formed on the first vertical flange and/or on the second vertical flange , wherein the connection element projects from the first vertical flange and/or the second vertical flange , characterized in that - wherein the first vertical flange and/or the second vertical flange and the connection element enclose the same angle with the shell segment .
A method for initiating a remote operation mode of a work machine , the method comprising: providing the work machine with a work machine-specific safety key; receiving , at a remote control station , a notification from the work machine in response to initiating the remote operation mode of the work machine by said safety key; acknowledging , at a safety location, the work machine as being included in a safety system of the remote control station ; and subsequently configuring the remote control station to start the remote operation mode of the work machine . providing the work machine with a work machine-specific safety key; receiving , at a remote control station , a notification from the work machine in response to initiating the remote operation mode of the work machine by said safety key; acknowledging , at a safety location, the work machine as being included in a safety system of the remote control station ; and subsequently configuring the remote control station to start the remote operation mode of the work machine .
An apparatus, comprising: - an inert anode body comprising at least one sidewall circumscribing a hole therein, the hole having an upper opening in the top of the anode body; a bath having an upper surface forming a bath-vapor interface ; - a pin which extends down into the upper opening of the anode body and ends at a position inside the hole that is above the bath-vapor interface of the anode body, - a conductive member attached to the pin, extending down into the hole to a position below the bath-vapor interface, an alumina sheath surrounding the pin, wherein the sheath extends along a portion of the pin; and - a conductive particulate material retained in the hole between the pin, the sheath, and the member, and promoting electrical communication between the pin, the sheath and the member, and the anode body, characterized in that the sheath extends up above the surface of the anode body to a lower surface of a refractory material . - an inert anode body comprising at least one sidewall circumscribing a hole therein, the hole having an upper opening in the top of the anode body; a bath having an upper surface forming a bath-vapor interface ; - a pin which extends down into the upper opening of the anode body and ends at a position inside the hole that is above the bath-vapor interface of the anode body, - a conductive member attached to the pin, extending down into the hole to a position below the bath-vapor interface, an alumina sheath surrounding the pin, wherein the sheath extends along a portion of the pin; and - a conductive particulate material retained in the hole between the pin, the sheath, and the member, and promoting electrical communication between the pin, the sheath and the member, and the anode body, characterized in that the sheath extends up above the surface of the anode body to a lower surface of a refractory material .
A method for cleaning a semiconductor wafer comprising features of patterned structures , the method comprising: applying liquid on the semiconductor wafer; controlling, based on a timer, a power supply of a transducer to deliver acoustic energy to the liquid at a first frequency (f1) and a first power level (P1) for a predetermined first time period, wherein bubble implosion occurs in the first time period; and controlling, based on the timer, the power supply of the transducer to deliver acoustic energy to the liquid at a second frequency (f2) and a second power level (P2) for a predetermined second time period, wherein the first and second time periods are alternately applied one after another for a predetermined number of cycles, wherein the first and second time periods, the first and second power levels, and the first and second frequencies are determined such that no feature is damaged as a result of delivering the acoustic energy. applying liquid on the semiconductor wafer; controlling, based on a timer, a power supply of a transducer to deliver acoustic energy to the liquid at a first frequency (f1) and a first power level (P1) for a predetermined first time period, wherein bubble implosion occurs in the first time period; and controlling, based on the timer, the power supply of the transducer to deliver acoustic energy to the liquid at a second frequency (f2) and a second power level (P2) for a predetermined second time period, wherein the first and second time periods are alternately applied one after another for a predetermined number of cycles, wherein the first and second time periods, the first and second power levels, and the first and second frequencies are determined such that no feature is damaged as a result of delivering the acoustic energy.
An infusion system comprising: a radioisotope generator that generates a radioactive eluate via an elution, an activity detector configured to measure an activity of a first radioisotope in the radioactive eluate generated by the radioisotope generator; and a controller configured to: track a cumulative volume of radioactive eluate generated by the radioisotope generator; track the activity of the first radioisotope in the radioactive eluate generated by the radioisotope generator; and determine a predicted volume of the radioactive eluate generated by the radioisotope generator at which the activity of the first radioisotope in the radioactive eluate will reach a threshold based on the tracked cumulative volume of the radioactive eluate and the tracked activity of the first radioisotope. a radioisotope generator that generates a radioactive eluate via an elution, an activity detector configured to measure an activity of a first radioisotope in the radioactive eluate generated by the radioisotope generator; and a controller configured to: track a cumulative volume of radioactive eluate generated by the radioisotope generator; track the activity of the first radioisotope in the radioactive eluate generated by the radioisotope generator; and determine a predicted volume of the radioactive eluate generated by the radioisotope generator at which the activity of the first radioisotope in the radioactive eluate will reach a threshold based on the tracked cumulative volume of the radioactive eluate and the tracked activity of the first radioisotope. track a cumulative volume of radioactive eluate generated by the radioisotope generator; track the activity of the first radioisotope in the radioactive eluate generated by the radioisotope generator; and determine a predicted volume of the radioactive eluate generated by the radioisotope generator at which the activity of the first radioisotope in the radioactive eluate will reach a threshold based on the tracked cumulative volume of the radioactive eluate and the tracked activity of the first radioisotope.
An electrochemical cell , comprising: a first electrode compartment configured to contain a first electrochemically active fluid , the first electrochemically active fluid comprising at least one of a semi-solid and a redox active ion-storing liquid, the first electrode compartment defined at least in part by a wall and an ion-exchange medium ; a second electrode compartment configured to contain a second electrochemically active fluid , the second electrochemically active fluid comprising at least one of a semi-solid and a redox active ion-storing liquid, the second electrode compartment defined at least in part by a wall and the ion-exchange medium , wherein: at least a portion of the walls includes a deformable polymer, the electrochemical cell is configured such that, during operation, none of the first and/or the second electrochemically active fluid is transported out of the first or second electrode compartment, and semi-solid means that the material is a mixture of liquid and solid phases. a first electrode compartment configured to contain a first electrochemically active fluid , the first electrochemically active fluid comprising at least one of a semi-solid and a redox active ion-storing liquid, the first electrode compartment defined at least in part by a wall and an ion-exchange medium ; a second electrode compartment configured to contain a second electrochemically active fluid , the second electrochemically active fluid comprising at least one of a semi-solid and a redox active ion-storing liquid, the second electrode compartment defined at least in part by a wall and the ion-exchange medium , wherein: at least a portion of the walls includes a deformable polymer, the electrochemical cell is configured such that, during operation, none of the first and/or the second electrochemically active fluid is transported out of the first or second electrode compartment, and semi-solid means that the material is a mixture of liquid and solid phases. at least a portion of the walls includes a deformable polymer, the electrochemical cell is configured such that, during operation, none of the first and/or the second electrochemically active fluid is transported out of the first or second electrode compartment, and semi-solid means that the material is a mixture of liquid and solid phases.
Back plate for a brake pad of a disc brake assembly, comprising a plate body provided with a pair of opposite surfaces and lateral flanks , an engaging portion for a friction material being defined on a first one of said surfaces and being delimited by a corresponding perimeter which coincides with the perimeter of the layer of friction material when the latter is applied to the back plate , said engaging portion being provided with at least a first series (G1) of rectilinear rows of retaining elements for said friction material , said rows being arranged along a transverse direction perpendicular to a longitudinal direction tangent to the direction of the circular motion of the disc to be braked and each row comprising a plurality of grooves associated to corresponding protrusions , said protrusions being provided with a proximal end integrally connected to the material of the plate body and a free distal end , characterized in that for each row of said at least first series (G1) of rows the distance ("d3") measured along the axis ("S") of each row between the mutually adjacent retaining elements closest to the perimeter of said engaging portion and said perimeter is constant, and in that said rows are mutually parallel.
A battery pack case, comprising: a bottom plate and a side plate connected to the bottom plate , wherein the bottom plate and the side plate surround to form an accommodating portion configured to accommodate a unit cell; a plurality of first grooves and a plurality of second grooves opening toward the accommodating portion are provided on the bottom plate , wherein the plurality of first grooves are spaced apart from each other, the plurality of second grooves are spaced apart from each other, and the first grooves and the second grooves are arranged to cross each other, wherein the battery pack case further comprises a supporting beam provided on a surface of the bottom plate facing the accommodating portion , the supporting beam comprises a first connecting section , an intermediate supporting section and a second connecting section successively distributed, the first connecting section is connected and fixed to the side plate or a wide side of the bottom plate along a width direction of the bottom plate , and the second connecting section is connected and fixed to the wide side of the bottom plate , the intermediate supporting section is configured to install the unit cell. a bottom plate and a side plate connected to the bottom plate , wherein the bottom plate and the side plate surround to form an accommodating portion configured to accommodate a unit cell; a plurality of first grooves and a plurality of second grooves opening toward the accommodating portion are provided on the bottom plate , wherein the plurality of first grooves are spaced apart from each other, the plurality of second grooves are spaced apart from each other, and the first grooves and the second grooves are arranged to cross each other, wherein the battery pack case further comprises a supporting beam provided on a surface of the bottom plate facing the accommodating portion , the supporting beam comprises a first connecting section , an intermediate supporting section and a second connecting section successively distributed, the first connecting section is connected and fixed to the side plate or a wide side of the bottom plate along a width direction of the bottom plate , and the second connecting section is connected and fixed to the wide side of the bottom plate , the intermediate supporting section is configured to install the unit cell.