mhurhangee/ep-ind-claims huggingface dataset:
A building management system for monitoring equipment status, the building management system comprising a processing circuit configured to: - generate one or more constants for a piece of building equipment based on thresholds (512, 612) and device specific templates (514, 610), the constants comprising equation based relationships between a value of the device specific templates (514, 610) and an associated threshold (512, 612); - generate one or more sub-rules based on the one or more constants and one or more equipment points, the sub-rules comprising equation based relationships between the one or more constants and the one or more equipment points, the equipment points corresponding to an attribute, a variable or a parameter associated with the piece of building equipment; - generate a rule based on the one or more sub-rules and the one or more equipment points, the rule comprising an equation based relationship between the one or more sub-rules and the one or more equipment points and indicates whether the piece of building equipment is experiencing a fault; - receive one or more values associated with the one or more equipment points; - determine that a constant of the one or more constants is satisfied responsive to determining that the one or more values satisfy a threshold (512, 612) of the constant; - determine that a sub-rule of the one or more sub-rules is satisfied responsive to determining that the constant is satisfied; - determine that the rule is satisfied responsive to determining that the sub-rule is satisfied; and - identify a fault in the piece of building equipment responsive to determining that the rule is satisfied. - generate one or more constants for a piece of building equipment based on thresholds (512, 612) and device specific templates (514, 610), the constants comprising equation based relationships between a value of the device specific templates (514, 610) and an associated threshold (512, 612); - generate one or more sub-rules based on the one or more constants and one or more equipment points, the sub-rules comprising equation based relationships between the one or more constants and the one or more equipment points, the equipment points corresponding to an attribute, a variable or a parameter associated with the piece of building equipment; - generate a rule based on the one or more sub-rules and the one or more equipment points, the rule comprising an equation based relationship between the one or more sub-rules and the one or more equipment points and indicates whether the piece of building equipment is experiencing a fault; - receive one or more values associated with the one or more equipment points; - determine that a constant of the one or more constants is satisfied responsive to determining that the one or more values satisfy a threshold (512, 612) of the constant; - determine that a sub-rule of the one or more sub-rules is satisfied responsive to determining that the constant is satisfied; - determine that the rule is satisfied responsive to determining that the sub-rule is satisfied; and - identify a fault in the piece of building equipment responsive to determining that the rule is satisfied.
A toothbrush with a head part having bristles and with a handle part, wherein the head part is movably connected to the handle part by means of a resilient device, and wherein the device comprises a web which extends through the device and with which the head part is connected to the handle part in one piece, characterized in that the device comprises an elastic support element with an elliptical opening, wherein the support element comprises a support web tracing out the opening, wherein one main axis of the elliptical opening transversely extends between a handle part axis of the handle part and a head part axis of the head part, wherein at least one section of the web and one section of the support web transversely extend between the handle part axis and the head part axis, wherein via the support web between the handle part and the head part a force is generated which deforms the web between the head part and the handle part in such a way that, when the bristles are under pressure, the head part is displaced approximately parallel and thus does no longer exclusively tilt compared to the handle part.
Group for recirculating and cooling a cooling fluid of a vehicle, comprising: - a recirculating pump, the impeller of which is mounted on a first end of a shaft supported by a fixed group comprising a pump body designed, during use, to be fixed to the base of a combustion engine of the vehicle; - a first electric motor for rotationally driving the pump; - a fan fastened to a bell member - an assembly for rotationally driving the fan comprising a friction coupling; wherein the impeller of the pump and the fan are arranged to rotate about a single fixed axis of rotation (X-X); characterized in that: - the bell member is mounted on the body of the pump via a bearing; and in that: - the assembly for rotationally driving the fan is a hybrid assembly comprising said friction coupling, which is designed to be connected to the driving shaft of the vehicle in order to transmit a rotational movement from the driving shaft to the fan, and a second electric motor for imparting to the fan a number of revolutions independent of the revolutions of the said driving shaft; the fan and the pump impeller being therefore able to be operated independently of each other. - a recirculating pump, the impeller of which is mounted on a first end of a shaft supported by a fixed group comprising a pump body designed, during use, to be fixed to the base of a combustion engine of the vehicle; - a first electric motor for rotationally driving the pump; - a fan fastened to a bell member - an assembly for rotationally driving the fan comprising a friction coupling; - the bell member is mounted on the body of the pump via a bearing; and in that: - the assembly for rotationally driving the fan is a hybrid assembly comprising said friction coupling, which is designed to be connected to the driving shaft of the vehicle in order to transmit a rotational movement from the driving shaft to the fan, and a second electric motor for imparting to the fan a number of revolutions independent of the revolutions of the said driving shaft;
A method of compacting anodic paints using sand-blasting involving directing at least two jets of an abrasive material toward a component covered with said paint, said jets being oriented convergently and meeting at a focal point, characterized in that said focal point is positioned upstream of the component.
Combustion chamber head of a gas turbine having a base plate which is provided with a central recess, in which at least one burner is arranged, wherein the base plate is connected to walls of the combustion chamber, and having a burner seal sealing off the burner relative to the edge of the recess, wherein the burner seal is arranged upstream of the base plate and can be brought into contact against a collar formed on the base plate and forming the edge of the central recess, and wherein a holding element of the burner seal is formed in the shape of a sheet metal ring and is arranged upstream of the burner seal and is in tension-free engagement with at least one projection of the base plate, characterized in that the holding element is provided with at least one locking tab (120a, 120b, 120c), which is in tension-free engagement with the projection, wherein the projection is provided with at least one recess for the engagement of the locking tab (120a, 120b, 120c), and wherein the burner seal is formed in the shape of a funnel on its upstream side for the insertion of the burner.
A method for wireless communications, comprising: assigning, for each group identification, GID, of a plurality of GIDs, a plurality of devices to positions within one or more groups associated with that GID; generating GID management frames for transmission to active devices of the plurality of assigned devices indicating, for each of the active devices, a position of that active device within each of the plurality of GIDs; and outputting the GID management frames for transmission to the active devices; wherein the assigning comprises: determining an identification value of a device based on a row index value of that GID and a column index value of that GID, wherein the row index value and the column index value define the position within a group associated with that GID, and assigning the device associated with the identification value to that row and column. assigning, for each group identification, GID, of a plurality of GIDs, a plurality of devices to positions within one or more groups associated with that GID; generating GID management frames for transmission to active devices of the plurality of assigned devices indicating, for each of the active devices, a position of that active device within each of the plurality of GIDs; and outputting the GID management frames for transmission to the active devices; determining an identification value of a device based on a row index value of that GID and a column index value of that GID, wherein the row index value and the column index value define the position within a group associated with that GID, and assigning the device associated with the identification value to that row and column.
Plug and socket in surface contact, comprising a plug and a socket which are matched with each other, wherein plug contact pieces (106, 107, 108) connected with plug wires are arranged on the lower surface of the plug, wherein socket contact pieces (206, 207, 208) connected with socket wires are arranged on the upper surface of the socket; wherein when the plug is inserted into the socket, the plug contact pieces (106, 107, 108) vertically and / or obliquely meet the socket contact pieces (206, 207, 208) to cause surface contact energization; wherein the plug and / or the socket are / is provided with a locating fixing mechanism (109, 114, 116, 211), wherein the socket is further provided with a power supply safety switch (209, 210); wherein the plug and the socket can relatively rotate without disconnection by the locating fixing mechanism to keep surface contact between the plug contact pieces (106, 107, 108) and the socket contact pieces (206, 207, 208); wherein power switch moving contacts and power switch fixed contacts are arranged in the socket, the power switch moving contacts are connected onto the socket contact pieces or the socket wires, and the power switch fixed contacts are correspondingly connected onto the socket wires or the socket contact pieces; wherein the power supply safety switch (209, 210) drives the power switch moving contacts to move under action of a push-and-move key, so that the power switch moving contacts are connected with or disconnected from the power switch fixed contacts for energization or deenergization when the plug is respectively inserted or not inserted into the socket, characterized in that the socket is provided with an overcurrent protection mechanism which disconnects the power switch moving contacts from the power switch fixed contacts for deenergization in case of excessive current in the plug and the socket.
Continuous process for the oxidative cleavage of derivatives of unsaturated carboxylic acids for the production of saturated carboxylic acids and derivatives of saturated carboxylic acids with more than one acid function, characterized by comprising the steps of: a) feeding to a first continuous reactor at least a derivative of an unsaturated carboxylic acid, an oxidizing compound and a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols, and of b) feeding to a second continuous reactor said intermediate compound, a compound containing oxygen and a catalyst capable of catalyzing the oxidation reaction of the vicinal diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and derivatives of saturated carboxylic acids with more than one acid function (ii); c) separating the saturated monocarboxylic acids (i) from the derivatives of carboxylic acids having more than one acid function (ii); the operations to feed reagents and to remove products taking place simultaneously for the entire duration of the process, in each step the process conditions remaining substantially unchanged. a) feeding to a first continuous reactor at least a derivative of an unsaturated carboxylic acid, an oxidizing compound and a catalyst capable of catalyzing the oxidation reaction of the olefinic double bond to obtain an intermediate compound containing vicinal diols, and of b) feeding to a second continuous reactor said intermediate compound, a compound containing oxygen and a catalyst capable of catalyzing the oxidation reaction of the vicinal diols to carboxylic groups, to obtain saturated monocarboxylic acids (i) and derivatives of saturated carboxylic acids with more than one acid function (ii); c) separating the saturated monocarboxylic acids (i) from the derivatives of carboxylic acids having more than one acid function (ii);
A method for detecting anomalous events occurring in an operating system of a computing device, the method comprising: detecting at least one event occurring in the operating system of the computing device during execution of a software process; determining a context of the detected at least one event that has occurred in the operating system during the execution of the software process; forming a convolution of the detected at least one event based on selected features of the determined context of the detected at least one event; determining a popularity of the formed convolution of the detected at least one event by polling a database containing data relating to a frequency of a plurality of detected events occurring in a plurality of client devices, the plurality of detected events corresponding to the detected at least one event; and determining that the detected at least one event is an anomalous event if the determined popularity is below a threshold value. detecting at least one event occurring in the operating system of the computing device during execution of a software process; determining a context of the detected at least one event that has occurred in the operating system during the execution of the software process; forming a convolution of the detected at least one event based on selected features of the determined context of the detected at least one event; determining a popularity of the formed convolution of the detected at least one event by polling a database containing data relating to a frequency of a plurality of detected events occurring in a plurality of client devices, the plurality of detected events corresponding to the detected at least one event; and determining that the detected at least one event is an anomalous event if the determined popularity is below a threshold value.
A method of monitoring a gas-insulated compartment in a high-voltage installation, the method being characterized in that it comprises the steps of: · measuring a current in the installation, at a given frequency; · measuring a pressure in the compartment, at the given frequency; · searching (E11, E12) for a change in the amplitude of the current among the successive current measurements; and when a change in the amplitude of the current is detected: · determining a slope associated with a curve of the pressure measurements performed simultaneously with the change in the amplitude of the current; · comparing (E14, E15) the determined slope with a reference value; and when the difference between the determined slope and the reference value is greater than a predetermined threshold: · creating an alarm indicating abnormal operation in the monitored compartment. · measuring a current in the installation, at a given frequency; · measuring a pressure in the compartment, at the given frequency; · searching (E11, E12) for a change in the amplitude of the current among the successive current measurements; and · determining a slope associated with a curve of the pressure measurements performed simultaneously with the change in the amplitude of the current; · comparing (E14, E15) the determined slope with a reference value; and when the difference between the determined slope and the reference value is greater than a predetermined threshold: · creating an alarm indicating abnormal operation in the monitored compartment.
Method for estimating components of an overall transfer characteristic which are assigned to a transceiver, the transceiver being set up to record properties of an environment, having the steps of: providing a transceiver as an ultrasonic transducer or microwave transmitter/receiver; transmitting a transmission pulse into the environment by means of the transceiver and receiving the transmission pulse reflected in the environment as a reception pulse by means of the transceiver, the pulse being assigned a first overall transfer characteristic which is composed of components which are environmental and components which are assigned to the transceiver; and recording at least one component of the first overall transfer characteristic; and assigning the at least one recorded component to at least one further, that is to say other, component of the first overall transfer characteristic or of a further overall transfer characteristic which results from the comparison of a further transmission pulse and the associated reception pulse in order to determine environmental components; and estimating the components of the overall transfer characteristic which are assigned to the transceiver by eliminating the components assigned to the environment in the first overall transfer characteristic or in the further overall transfer characteristic. providing a transceiver as an ultrasonic transducer or microwave transmitter/receiver; transmitting a transmission pulse into the environment by means of the transceiver and receiving the transmission pulse reflected in the environment as a reception pulse by means of the transceiver, the pulse being assigned a first overall transfer characteristic which is composed of components which are environmental and components which are assigned to the transceiver; and recording at least one component of the first overall transfer characteristic; and assigning the at least one recorded component to at least one further, that is to say other, component of the first overall transfer characteristic or of a further overall transfer characteristic which results from the comparison of a further transmission pulse and the associated reception pulse in order to determine environmental components; and estimating the components of the overall transfer characteristic which are assigned to the transceiver by eliminating the components assigned to the environment in the first overall transfer characteristic or in the further overall transfer characteristic.
Crease-removal enclosure, having: - a base; - a roof facing the base; - a mast extending between the base and the roof to keep the roof at a distance from the base; - a folding curtain provided to extend between the base and the roof, said curtain having a first end adapted to be attached to the base, and a second end opposite the first end; and - a guide piece attached to the second end of the curtain, said guide piece having attachment elements (152, 155, 156) provided to ensure a removable attachment of the guide piece to the roof, in which the crease-removal enclosure has: - a working configuration, wherein the guide piece is attached to the roof by the attachment elements (152, 155, 156) and the curtain is unfolded so as to connect the roof and the base, the base, the roof and the curtain together delimiting a crease-removal enclosure closed volume; and - an access configuration, in which the guide piece is detached from the roof and the curtain is at least partially folded, so as to conserve, between the guide piece and the roof, an open space for receiving an item to have its creases removed, characterised in that the guide piece has guide elements for guiding the guide piece in translation along the mast. - a base; - a roof facing the base; - a mast extending between the base and the roof to keep the roof at a distance from the base; - a folding curtain provided to extend between the base and the roof, said curtain having a first end adapted to be attached to the base, and a second end opposite the first end; and - a guide piece attached to the second end of the curtain, said guide piece having attachment elements (152, 155, 156) provided to ensure a removable attachment of the guide piece to the roof, in which the crease-removal enclosure has: - a working configuration, wherein the guide piece is attached to the roof by the attachment elements (152, 155, 156) and the curtain is unfolded so as to connect the roof and the base, the base, the roof and the curtain together delimiting a crease-removal enclosure closed volume; and - an access configuration, in which the guide piece is detached from the roof and the curtain is at least partially folded, so as to conserve, between the guide piece and the roof, an open space for receiving an item to have its creases removed, characterised in that the guide piece has guide elements for guiding the guide piece in translation along the mast.
An authenticity determination method wherein authenticity determination is carried out by a change in emitted light color caused by frictional heat generated by rubbing an ink layer containing a solidified product of an ink composition comprising one or two or more kinds of rare-earth complexes containing trivalent rare-earth ions and at least one organic ligand selected from a β-diketone ligand, a carboxylic acid ligand, a phosphine oxide ligand and a nitrogen-containing aromatic heterocyclic ligand, wherein at least one selected from the following group A and at least one selected from the following group B are contained as the trivalent rare-earth ions contained in the one or two or more kinds of rare-earth complexes: Group A: Eu 3+, Sm 3+, Pr 3+ and Ho 3+ Group B: Tb 3+, Er 3+, Tm 3+, Dy 3+, Yb 3+, Nd 3+, Ce 3+ and Gd 3+. Group A: Eu 3+, Sm 3+, Pr 3+ and Ho 3+ Group B: Tb 3+, Er 3+, Tm 3+, Dy 3+, Yb 3+, Nd 3+, Ce 3+ and Gd 3+.
A tiltrotor aircraft, comprising: electric motors; two proprotors (20a, 20b) pivotable between a vertical takeoff and landing (VTOL) position and a forward flight position, each of the proprotors (20a, 20b) coupled to one or more of the electric motors; an electric generator electrically connected to the electric motors; and a convertible turbofan engine coupled to the electric generator through a drive shaft, wherein the convertible turbofan engine is configured to operate as a turbofan engine or a turboshaft engine and to simultaneously operate in turbofan mode to create forward thrust and in turboshaft mode to power the drive shaft, and wherein the convertible turbofan engine comprises a core, and a fan characterized in that the convertible turbofan engine further comprises inlet guide vanes operable to control the amount of power directed to the fan to create forward thrust and the amount of power directed to the drive shaft. electric motors; two proprotors (20a, 20b) pivotable between a vertical takeoff and landing (VTOL) position and a forward flight position, each of the proprotors (20a, 20b) coupled to one or more of the electric motors; an electric generator electrically connected to the electric motors; and a convertible turbofan engine coupled to the electric generator through a drive shaft, wherein the convertible turbofan engine is configured to operate as a turbofan engine or a turboshaft engine and to simultaneously operate in turbofan mode to create forward thrust and in turboshaft mode to power the drive shaft, and wherein the convertible turbofan engine comprises a core, and a fan characterized in that the convertible turbofan engine further comprises inlet guide vanes operable to control the amount of power directed to the fan to create forward thrust and the amount of power directed to the drive shaft.