mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for mapping correspondence between the topology of a power distribution system for a utility and a wireless communications network associated with the utility, comprising: a plurality of electric meters connected to a power distribution network, each electric meter being operative to detect an identifier encoded in electrical power delivered to the meter, which identifies equipment in the power distribution network; a plurality of wireless network communications nodes respectively associated with the electric meters, for communicating via a wireless data communications network, each wireless communications node being responsive to the detection of an encoded identifier by its associated meter to transmit a data message containing (a) the identifier of the equipment, and (b) an identification of that wireless communications node, via the wireless data communications network, to thereby provide an indication of the association of that wireless communications node with the identified equipment; and a server that receives the indications provided by the wireless communications nodes and generates a map associating the wireless communications nodes with corresponding items of equipment, wherein the identifier is encoded by means of phase shifts in the electric power delivered to the electric meter. a plurality of electric meters connected to a power distribution network, each electric meter being operative to detect an identifier encoded in electrical power delivered to the meter, which identifies equipment in the power distribution network; a plurality of wireless network communications nodes respectively associated with the electric meters, for communicating via a wireless data communications network, each wireless communications node being responsive to the detection of an encoded identifier by its associated meter to transmit a data message containing (a) the identifier of the equipment, and (b) an identification of that wireless communications node, via the wireless data communications network, to thereby provide an indication of the association of that wireless communications node with the identified equipment; and a server that receives the indications provided by the wireless communications nodes and generates a map associating the wireless communications nodes with corresponding items of equipment, wherein the identifier is encoded by means of phase shifts in the electric power delivered to the electric meter.
A production machine including a function of moving a mobile body by a main actuator until the mobile body collides with a pressure target and controlling a pressure force of the mobile body with respect to the pressure target, the production machine comprising: an impact-mitigating actuator (15; 21; 24) for use in order to mitigate an impact force when the mobile body collides with the pressure target; characterised by impact-force detecting means (15; 22; 23) which detects the impact force when the mobile body collides with the pressure target; low-frequency-band signal extracting means which extracts a low-frequency-band signal component from an output signal of the impact-force detecting means (15, 22, 23); driving-force feedback control means which controls a driving force of the main actuator so that a difference between the low-frequency-band signal component extracted by the low-frequency signal extracting means and a pressure-force instruction is small; high-frequency-band signal extracting means which extracts a high-frequency-band signal component from the output signal of the impact-force detecting means (15; 22; 23); and impact-mitigating control means which controls a driving force of the impact-mitigating actuator (15; 21; 24) based on the high-frequency-band signal component extracted by the high-frequency signal extracting means so that the impact force when the mobile body collides with the pressure target is mitigated. an impact-mitigating actuator (15; 21; 24) for use in order to mitigate an impact force when the mobile body collides with the pressure target; characterised by impact-force detecting means (15; 22; 23) which detects the impact force when the mobile body collides with the pressure target; low-frequency-band signal extracting means which extracts a low-frequency-band signal component from an output signal of the impact-force detecting means (15, 22, 23); driving-force feedback control means which controls a driving force of the main actuator so that a difference between the low-frequency-band signal component extracted by the low-frequency signal extracting means and a pressure-force instruction is small; high-frequency-band signal extracting means which extracts a high-frequency-band signal component from the output signal of the impact-force detecting means (15; 22; 23); and impact-mitigating control means which controls a driving force of the impact-mitigating actuator (15; 21; 24) based on the high-frequency-band signal component extracted by the high-frequency signal extracting means so that the impact force when the mobile body collides with the pressure target is mitigated.
A stackable plastic container comprising a single integrated moulding including: a body portion (2, 22) comprising a base (1, 21) disposed at a distal end of the container; and a neck area (3, 23) comprising a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening, in which the handle part comprises one or more handles (5, 25) for carrying and handling the container; and an integral first chime (6, 26) configured to receive and engage the base (1,21) of an identical container, in which the integral first chime (6, 26) is configured to provide the one or more handles (5, 25), characterised in that the container comprises a generally rounded shoulder, wherein the neck area (3, 32) is the constricted area between the shoulder and the neck opening, the shoulder tapers towards a generally straight-sided section of the body portion before reaching the base; and wherein the or each handle(s) (5, 25) and integral first chime (6, 26) are formed during an initial injection moulding step and wherein the body portion (2, 22), including the shoulder area, is formed into its final profile in a subsequent blow moulding process. a body portion (2, 22) comprising a base (1, 21) disposed at a distal end of the container; and a neck area (3, 23) comprising a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening, in which the handle part comprises one or more handles (5, 25) for carrying and handling the container; and an integral first chime (6, 26) configured to receive and engage the base (1,21) of an identical container, in which the integral first chime (6, 26) is configured to provide the one or more handles (5, 25), a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening, in which the handle part comprises one or more handles (5, 25) for carrying and handling the container; and an integral first chime (6, 26) configured to receive and engage the base (1,21) of an identical container, in which the integral first chime (6, 26) is configured to provide the one or more handles (5, 25), characterised in that the container comprises a generally rounded shoulder, wherein the neck area (3, 32) is the constricted area between the shoulder and the neck opening, the shoulder tapers towards a generally straight-sided section of the body portion before reaching the base; and wherein the or each handle(s) (5, 25) and integral first chime (6, 26) are formed during an initial injection moulding step and wherein the body portion (2, 22), including the shoulder area, is formed into its final profile in a subsequent blow moulding process.
A data sharing method, performed by a first client, comprising: encrypting a piece of plaintext data according to a key, to obtain encrypted data; uploading the encrypted data to a block of an information sharing system, the information sharing system being a blockchain system; uploading a first part of the key to an access authorization server corresponding to the information sharing system; receiving, from the access authorization server, an authorization code corresponding to the encrypted data; and transmitting the authorization code and a second part of the key to a second client of a user in a case that the user is authorized to access the encrypted data, the second part of the key comprising a remaining part of the key except the first part, so that in a case of transmitting an access request for the encrypted data to the access authorization server, the second client adds the authorization code and the second part of the key to the access request, and thus the access authorization server generates the key according to the first part and the second part of the key in a case of determining that the authorization code is valid, decrypts, according to the generated key, the encrypted data obtained from the block of the information sharing system to obtain the plaintext data, and returns the plaintext data to the second client. encrypting a piece of plaintext data according to a key, to obtain encrypted data; uploading the encrypted data to a block of an information sharing system, the information sharing system being a blockchain system; uploading a first part of the key to an access authorization server corresponding to the information sharing system; receiving, from the access authorization server, an authorization code corresponding to the encrypted data; and transmitting the authorization code and a second part of the key to a second client of a user in a case that the user is authorized to access the encrypted data, the second part of the key comprising a remaining part of the key except the first part, so that in a case of transmitting an access request for the encrypted data to the access authorization server, the second client adds the authorization code and the second part of the key to the access request, and thus the access authorization server generates the key according to the first part and the second part of the key in a case of determining that the authorization code is valid, decrypts, according to the generated key, the encrypted data obtained from the block of the information sharing system to obtain the plaintext data, and returns the plaintext data to the second client.
Composition comprising A) 67.0 to 99.95 wt% of one or more copolycarbonates comprising monomer units selected from the group consisting of the structural units of general formulae,, and in which R 1 represents hydrogen or C 1 -C 4 -alkyl, R 2 represents C 1 -C 4 -alkyl, n represents 0, 1, 2 or 3 and R 3 represents C 1 -C 4 -alkyl, aralkyl or aryl, or 67.0 to 99.95 wt% of a blend of the one or more copolycarbonates and at least one further homo- or copolycarbonate comprising one or more monomer units of general formula: in which R 4 represents H, linear or branched C 1 -C 10 alkyl and R 5 represents linear or branched C 1 -C 10 alkyl; wherein the optionally present further homo- or copolycarbonate has no monomer units of formulae,, and; B) 0.05 to 3.0 wt% of at least one diglycerol ester; and C) at least one thermal stabilizer in a total amount of up to 30.0 wt%. A) 67.0 to 99.95 wt% of one or more copolycarbonates comprising monomer units selected from the group consisting of the structural units of general formulae,, and in which R 1 represents hydrogen or C 1 -C 4 -alkyl, R 2 represents C 1 -C 4 -alkyl, n represents 0, 1, 2 or 3 and R 3 represents C 1 -C 4 -alkyl, aralkyl or aryl, or 67.0 to 99.95 wt% of a blend of the one or more copolycarbonates and at least one further homo- or copolycarbonate comprising one or more monomer units of general formula: in which R 4 represents H, linear or branched C 1 -C 10 alkyl and R 5 represents linear or branched C 1 -C 10 alkyl; wherein the optionally present further homo- or copolycarbonate has no monomer units of formulae,, and; in which R 1 represents hydrogen or C 1 -C 4 -alkyl, R 2 represents C 1 -C 4 -alkyl, n represents 0, 1, 2 or 3 and R 3 represents C 1 -C 4 -alkyl, aralkyl or aryl, or R 1 represents hydrogen or C 1 -C 4 -alkyl, R 2 represents C 1 -C 4 -alkyl, n represents 0, 1, 2 or 3 and R 3 represents C 1 -C 4 -alkyl, aralkyl or aryl, or 67.0 to 99.95 wt% of a blend of the one or more copolycarbonates and at least one further homo- or copolycarbonate comprising one or more monomer units of general formula: in which R 4 represents H, linear or branched C 1 -C 10 alkyl and R 5 represents linear or branched C 1 -C 10 alkyl; R 4 represents H, linear or branched C 1 -C 10 alkyl and R 5 represents linear or branched C 1 -C 10 alkyl; wherein the optionally present further homo- or copolycarbonate has no monomer units of formulae,, and; B) 0.05 to 3.0 wt% of at least one diglycerol ester; and C) at least one thermal stabilizer in a total amount of up to 30.0 wt%.
A method of producing therapeutic microvesicles, the method comprising: culturing bacteria of a probiotic bacterial strain in a culture medium, wherein the probiotic bacterial strain is selected from the group consisting of a Lactobacillus strain, a Bifidobacterium strain, and a combination thereof; and exposing the bacteria to an inducing biotic treatment during culturing to induce production of therapeutic microvesicles by the bacteria, wherein the inducing biotic treatment is selected from the group consisting of co-culturing the bacteria with bacteria of another bacterial strain, culturing the bacteria in presence of a conditioned medium from bacteria of another bacterial strain and a combination thereof, wherein the another bacterial strain is a Bifidobacterium strain and wherein the another bacterial strain is different from the probiotic bacterial strain. culturing bacteria of a probiotic bacterial strain in a culture medium, wherein the probiotic bacterial strain is selected from the group consisting of a Lactobacillus strain, a Bifidobacterium strain, and a combination thereof; and exposing the bacteria to an inducing biotic treatment during culturing to induce production of therapeutic microvesicles by the bacteria, wherein the inducing biotic treatment is selected from the group consisting of co-culturing the bacteria with bacteria of another bacterial strain, culturing the bacteria in presence of a conditioned medium from bacteria of another bacterial strain and a combination thereof, wherein the another bacterial strain is a Bifidobacterium strain and wherein the another bacterial strain is different from the probiotic bacterial strain.
A networking control node, configured to control formation of a radio network within one or more cells, comprising: a determination unit configured to, when a mobile station communicates with any of the one or more cells, determine whether the mobile station should communicate via an access point, wherein the determination unit is configured to determine the cell that should communicate with the mobile station out of the one or more cells according to a predetermined determination criterion, and wherein the determination unit is configured to determine that the mobile station should communicate via an access point in a case where none of said one or more cells satisfies the determination criterion, when the mobile station directly communicates with it; a selection unit configured to, when it is determined that the mobile station should communicate via an access point, select an apparatus to be operated as the access point for the mobile station; and a signaling unit configured to instruct the apparatus selected by the selection unit to operate as the access point for the mobile station, and instruct the mobile station to communicate via the apparatus, wherein the signaling unit notifies the apparatus selected by the selection unit of identification information of the cell determined by the determination unit, as identification information of the connection-destination cell for the mobile station; wherein the apparatus selected to be operated as the access point for the mobile station is a terminal apparatus comprising a radio communication unit capable of operating as an access point and is adjacent to the mobile station. a determination unit configured to, when a mobile station communicates with any of the one or more cells, determine whether the mobile station should communicate via an access point, wherein the determination unit is configured to determine the cell that should communicate with the mobile station out of the one or more cells according to a predetermined determination criterion, and wherein the determination unit is configured to determine that the mobile station should communicate via an access point in a case where none of said one or more cells satisfies the determination criterion, when the mobile station directly communicates with it; a selection unit configured to, when it is determined that the mobile station should communicate via an access point, select an apparatus to be operated as the access point for the mobile station; and a signaling unit configured to instruct the apparatus selected by the selection unit to operate as the access point for the mobile station, and instruct the mobile station to communicate via the apparatus, wherein the signaling unit notifies the apparatus selected by the selection unit of identification information of the cell determined by the determination unit, as identification information of the connection-destination cell for the mobile station; wherein the apparatus selected to be operated as the access point for the mobile station is a terminal apparatus comprising a radio communication unit capable of operating as an access point and is adjacent to the mobile station.
An apparatus for reaction chromatography comprising: a chromatography column, the column having a fluid outlet for an eluate flow, wherein the fluid outlet is configured with a frit and two or more fluid ports, the two or more fluid ports comprising one or more reactant ports, wherein each reactant port is for connecting a reactant flow into the eluate flow to react with the eluate flow directly at the column outlet, whereby the reactant and eluate mix in a reaction zone that is adjacent or in contact with the frit and is on the downstream side thereof, so that the reaction begins and takes place after the eluate has passed through the frit, and one or more product ports for receiving the reacted eluate flow; one or more reactant sources in fluid communication with the one or more reactant ports to provide the reactant flow; and one or more processing units in fluid communication with the one or more product ports to process the reacted eluate flow.
- Method for attitude control of a satellite in inclined low orbit in survival mode, the satellite comprising at least one solar generator, at least one solar sensor (17a, 17b), magnetic torquers capable of forming internal magnetic moments in a satellite reference frame comprising three orthogonal axes X, Y, and Z, and inertial actuators capable of forming internal angular momentums in said satellite reference frame, the at least one solar sensor has a field of view at least 180° wide in the XZ plane around the Z axis, the at least one solar generator is stationary in the satellite reference frame during survival mode and directed so as to generate electrical energy when the sun is located along the Z axis within the field of view of the at least one solar sensor, the method comprising: - a step of attitude control using a first control law according to which the magnetic torquers are controlled to form torques along the X, Y, and Z axes in order to limit the variations of the Earth's magnetic field in the satellite reference frame, and the inertial actuators are controlled to form an internal angular momentum along the X axis, - a step of searching for the sun by means of the at least one solar sensor (17a, 17b), making it possible to detect whether the satellite is in a phase of visibility of the sun, - when a first phase of visibility of the sun is detected: a step of attitude control using a second control law according to which the magnetic torquers are controlled to limit the variations of the Earth's magnetic field in the satellite reference frame by forming attitude control torques along the Z axis, and the inertial actuators are controlled to form torques along the X and Y axes to place and maintain the satellite in an attitude in an inertial reference frame in which the at least one solar generator is directed towards the sun. - a step of attitude control using a first control law according to which the magnetic torquers are controlled to form torques along the X, Y, and Z axes in order to limit the variations of the Earth's magnetic field in the satellite reference frame, and the inertial actuators are controlled to form an internal angular momentum along the X axis, - a step of searching for the sun by means of the at least one solar sensor (17a, 17b), making it possible to detect whether the satellite is in a phase of visibility of the sun, - when a first phase of visibility of the sun is detected: a step of attitude control using a second control law according to which the magnetic torquers are controlled to limit the variations of the Earth's magnetic field in the satellite reference frame by forming attitude control torques along the Z axis, and the inertial actuators are controlled to form torques along the X and Y axes to place and maintain the satellite in an attitude in an inertial reference frame in which the at least one solar generator is directed towards the sun.
Cleaning appliance comprising a dispensing compartment, a drawer having a grip panel, a recessed grip which allows an operator to reach into the grip panel when the drawer is pushed into the dispensing compartment, and an apparatus for closing the dispensing compartment, the dispensing compartment being shaped to accommodate the drawer having the grip panel, characterized in that the apparatus has the following features: a grating structure for closing the recessed grip; and a fixing device for fixing the apparatus relative to the dispensing compartment in order to close the dispensing compartment and prevent the operator from opening the drawer. a grating structure for closing the recessed grip; and a fixing device for fixing the apparatus relative to the dispensing compartment in order to close the dispensing compartment and prevent the operator from opening the drawer.
A wind turbine park connected to a transmission system, the wind turbine park comprising: a component for determining a short circuit ratio responsive to a known quantity of reactive power (ΔQ) injected into or absorbed from the transmission system, a transmission system voltage prior to injecting or absorbing the known quantity of reactive power, a change in the transmission system voltage after injecting or absorbing the known quantity of reactive power, a short circuit megavolt-amperes rating of the transmission system (MVAsc), and a total megawatt capability of the wind turbine park (MWt); a controller for controlling an output of the wind turbine park, the controller for executing a control algorithm using one or more parameters in the control algorithm that are determined responsive to the short circuit ratio, the one or more parameters determined within the component or within the controller. a component for determining a short circuit ratio responsive to a known quantity of reactive power (ΔQ) injected into or absorbed from the transmission system, a transmission system voltage prior to injecting or absorbing the known quantity of reactive power, a change in the transmission system voltage after injecting or absorbing the known quantity of reactive power, a short circuit megavolt-amperes rating of the transmission system (MVAsc), and a total megawatt capability of the wind turbine park (MWt); a controller for controlling an output of the wind turbine park, the controller for executing a control algorithm using one or more parameters in the control algorithm that are determined responsive to the short circuit ratio, the one or more parameters determined within the component or within the controller.