mhurhangee/ep-ind-claims huggingface dataset:
A mass flow controller system that comprises a flow rate control device calibrated by a use of a reference gas and a control device that outputs a flow rate set value to the flow rate control device, the mass flow controller system comprising: a relation data store part that stores a relation data that indicates a corresponding relation between a flow rate value of the reference gas and a conversion factor value of a sample gas, a reference gas flow rate conversion part that converts a target flow rate of the sample gas to be flowed by the flow rate control device into a reference gas flow rate by the use of a predetermined conversion factor value, and a sample gas flow rate calculation part that calculates the sample gas flow rate based on the reference gas flow rate obtained by the reference gas flow rate conversion part and the conversion factor value corresponding to the reference gas flow rate, characterized by the mass flow controller system further comprising: a conversion factor value update part that updates the conversion factor value used by the reference gas flow rate conversion part or the sample gas flow rate calculation part in a case where a difference between the sample gas flow rate obtained by the sample gas flow rate calculation part and the target flow rate is bigger than a predetermined range. a relation data store part that stores a relation data that indicates a corresponding relation between a flow rate value of the reference gas and a conversion factor value of a sample gas, a reference gas flow rate conversion part that converts a target flow rate of the sample gas to be flowed by the flow rate control device into a reference gas flow rate by the use of a predetermined conversion factor value, and a sample gas flow rate calculation part that calculates the sample gas flow rate based on the reference gas flow rate obtained by the reference gas flow rate conversion part and the conversion factor value corresponding to the reference gas flow rate, characterized by the mass flow controller system further comprising: a conversion factor value update part that updates the conversion factor value used by the reference gas flow rate conversion part or the sample gas flow rate calculation part in a case where a difference between the sample gas flow rate obtained by the sample gas flow rate calculation part and the target flow rate is bigger than a predetermined range.
A method for providing data required for resolving a query, the method comprising: receiving a dataset captured by a plurality of sensors, wherein the dataset is received based on a pre-defined set of rules; creating a space for storing the dataset in a window, of a plurality of windows, of the database by removing pre-stored data from the window, wherein the pre-stored data is removed on arrival of the dataset, and wherein the pre-stored data is stored in a repository post removal from the window; receiving the query from a user, wherein the query is one of a registered query and an ad-hoc query, wherein the ad hoc query is received in real time from the user; determining the data based upon the query, wherein the data comprises the dataset and a part of the pre-stored dataset or the pre-stored dataset, wherein size of the window is dynamically adapted based on the data to be provided to the query; resizing the window to merge the part of the pre-stored dataset or the pre-stored dataset with the dataset, thereby generating a resized window, wherein the window is resized when the query is the registered query; selecting a maximum size window having a maximum size amongst the plurality of windows, wherein the maximum size window is selected when the query is the ad-hoc query; generating an unbounded stream of data by the plurality of sensors; wherein the plurality of sensors is deployed around a geographical location to capture information and events; receiving a snapshot of the unbounded stream of the data, wherein the snapshot is associated with the dataset captured by the plurality of sensors. receiving a dataset captured by a plurality of sensors, wherein the dataset is received based on a pre-defined set of rules; creating a space for storing the dataset in a window, of a plurality of windows, of the database by removing pre-stored data from the window, wherein the pre-stored data is removed on arrival of the dataset, and wherein the pre-stored data is stored in a repository post removal from the window; receiving the query from a user, wherein the query is one of a registered query and an ad-hoc query, wherein the ad hoc query is received in real time from the user; determining the data based upon the query, wherein the data comprises the dataset and a part of the pre-stored dataset or the pre-stored dataset, wherein size of the window is dynamically adapted based on the data to be provided to the query; resizing the window to merge the part of the pre-stored dataset or the pre-stored dataset with the dataset, thereby generating a resized window, wherein the window is resized when the query is the registered query; selecting a maximum size window having a maximum size amongst the plurality of windows, wherein the maximum size window is selected when the query is the ad-hoc query; generating an unbounded stream of data by the plurality of sensors; wherein the plurality of sensors is deployed around a geographical location to capture information and events; receiving a snapshot of the unbounded stream of the data, wherein the snapshot is associated with the dataset captured by the plurality of sensors.
Grate arrangement for a furnace, the grate arrangement comprising an arrangement of fixed and movable grate bars (10, 80, 120), the fixed and movable grate bars (10, 80, 120) comprising longitudinal recesses (43, 45, 146, 148) and engaging elements (38, 40), the engaging elements (38, 40) of a grate bar (10, 80, 120) engaging into the longitudinal recesses (43, 45, 146, 148) of a neighbouring part (10, 80, 120, 170), wherein a longitudinal dimension of the longitudinal recesses (43, 45, 146, 148) is made such that the engaging elements (38, 40) are longitudinally movable in the elongated recesses (43, 45, 146, 148), wherein the engaging elements (38, 40) comprise two parallel sliding surfaces which are oriented in longitudinal direction of the grate bars (10, 80, 120).
A system for detecting a position of a load on at least one fork of a material handling vehicle, the system comprising: a housing; a sensor characterised in that: the sensor is positioned within the housing; wherein the system further comprises a sensor arm pivotally coupled to the housing; and a sensor flag extending from an inside of the sensor arm and extending away from the inside of the sensor arm for an activation distance, the sensor flag comprising a neck portion extending from a first end at the inside of the sensor arm and a head portion extending from a second end of the neck portion opposite the first end, the head portion being wider along the activation distance than the neck portion. a housing; a sensor characterised in that: the sensor is positioned within the housing; wherein the system further comprises a sensor arm pivotally coupled to the housing; and a sensor flag extending from an inside of the sensor arm and extending away from the inside of the sensor arm for an activation distance, the sensor flag comprising a neck portion extending from a first end at the inside of the sensor arm and a head portion extending from a second end of the neck portion opposite the first end, the head portion being wider along the activation distance than the neck portion.
A process of treating a gas stream containing at least one mercury compound or species, the process comprising: applying a composition into said gas stream ahead of a particulate matter collection device, wherein said composition contains a compound having the following formula (SiO 2) x y M z S a F, wherein (i) SiO 2 is an optional component; (ii) M comprises at least one of the following metal or metalloid cations: boron, magnesium, aluminum, calcium, titanium, vanadium, manganese, iron, cobalt, nickel, copper, zinc, zirconium, molybdenum, palladium, silver, cadmium, tin, platinum, gold, and bismuth; (iii) S comprises a sulfur-based species selected from at least one of the following: sulfide salts, dithiocarbamates, polymer-based dithiocarbamates, and polysulfide salts; (iv) F is an optional component and if present comprises at least one of the following: a functionalized organosilane, a sulfur-containing organosilane, an amine-containing organosilane, and an alkyl-containing organosilane at a surface area coverage of 0.01 - 100 %; (v) the molar ratio of y/x is equal to 0.01 to 0.5 and the molar ratio of x/z is equal to 0.1 to 300 if SiO 2 is present, and if SiO 2 is absent x is 0 and y is 0 and z is 1; and (vi) the molar ratio of a/z is 0.5 to 5, wherein the composition comprises a sorbent slurry and the sorbent slurry is applied to the gas stream via injection of the sorbent slurry with an atomizer or spray nozzle into the gas stream such that the sorbent slurry is dispersed into controlled droplets.
Method for stacking and packing folded products, said method comprising the following steps: - forming a stack of folded products which are disposed in an upright position so as to be behind one another in a transport direction; - disposing the stack of folded products in a dispensing region in the proximity of a receptacle; and - displacing the stack of folded products perpendicularly to the transport direction, from the dispensing region into the receptacle, by means of a displacement device, characterized in that releasing the stack perpendicularly to the transport direction takes place prior to the stack of folded products being displaced into the receptacle, wherein the releasing of the stack perpendicularly to the transport direction comprises the displacing or pivoting of at least one support element which in the dispensing region supports the stack perpendicularly to the transport direction. - forming a stack of folded products which are disposed in an upright position so as to be behind one another in a transport direction; - disposing the stack of folded products in a dispensing region in the proximity of a receptacle; and - displacing the stack of folded products perpendicularly to the transport direction, from the dispensing region into the receptacle, by means of a displacement device,
A polymeric plasticizer composition comprising a reaction product of: (a) an aromatic linear thermoplastic polyester; (b) a glycol; and (c) a C 4 - C 36 monocarboxylic acid, or ester or anhydride thereof. (a) an aromatic linear thermoplastic polyester; (b) a glycol; and (c) a C 4 - C 36 monocarboxylic acid, or ester or anhydride thereof.
A method for operating a spinning preparation machine in the form of a draw frame, - the draw frame comprising a drafting system having a plurality of roller combinations disposed one after the other and driven by one or more drafting drives in order to homogenize a fiber assembly passing through the drafting system during operation of the same, and - the draw frame comprising at least one auxiliary drive for driving one or more further displaceable components of the draw frame, characterized in that the auxiliary drive is driven as a generator and thereby braked when the voltage of the power source supplying the draw frame with electrical energy falls below a defined limit, wherein the voltage generated by the auxiliary drive during the braking process due to the operation thereof as a generator is used for driving the drafting drives in order to homogenize the fiber assembly fed into the drafting system even after the loss of voltage. - the draw frame comprising a drafting system having a plurality of roller combinations disposed one after the other and driven by one or more drafting drives in order to homogenize a fiber assembly passing through the drafting system during operation of the same, and - the draw frame comprising at least one auxiliary drive for driving one or more further displaceable components of the draw frame,
A method of coordinating traffic among applications on a mobile device (150, 250, 350, 450), the method performed by a local proxy (175, 275, 465) on the mobile device (150, 250, 350, 450), comprising: tracking data transfer requests made by a first and a second application on the mobile device; determining a correlation between a first timing characteristic of data transfer requests made by the first application and a second timing characteristic of data transfer requests made by the second application; delaying, based on said correlation, transfer of a first data transfer request initiated by the first application until a second data transfer request initiated by the second application is detected on the mobile device, wherein the transfer of the first data transfer request is delayed using the first and second timing characteristics; and transferring the first data transfer request of the first application and the second data transfer request of the second application in a single transfer operation over a network if it is determined that the second application is of higher priority than the first application. tracking data transfer requests made by a first and a second application on the mobile device; determining a correlation between a first timing characteristic of data transfer requests made by the first application and a second timing characteristic of data transfer requests made by the second application; delaying, based on said correlation, transfer of a first data transfer request initiated by the first application until a second data transfer request initiated by the second application is detected on the mobile device, wherein the transfer of the first data transfer request is delayed using the first and second timing characteristics; and transferring the first data transfer request of the first application and the second data transfer request of the second application in a single transfer operation over a network if it is determined that the second application is of higher priority than the first application.
A structure for preventing the separation of elevator car doors (LD, RD) including a door having a lower portion on which a shoe is installed and a sill having a rail groove into which the shoe is inserted, comprising: a locking bracket which is formed on a lower end portion of the door (LD, RD); and a locking groove portion which is formed on an inner wall of the rail groove and into which a front end portion of the locking bracket is inserted, characterized in that an inclination is formed in the locking groove to prevent foreign particles from being accumulated therein. a locking bracket which is formed on a lower end portion of the door (LD, RD); and a locking groove portion which is formed on an inner wall of the rail groove and into which a front end portion of the locking bracket is inserted, characterized in that an inclination is formed in the locking groove to prevent foreign particles from being accumulated therein.
Mounting assembly for mounting a plug of a bayonet circular connector, said plug comprising a circular core which supports a plurality of electric contacts engageable with corresponding complementary electric contacts of a receptacle of said bayonet circular connector, said core comprising a first section and a second section between which a collar protrudes from their outer lateral surfaces, and a bayonet blocking ring which is mounted in a rotating manner on the second section of said said core and which is suitable for cooperating with blocking elements arranged in said receptacle, wherein said mounting assembly is characterized in that it comprises: - a tubular body for supporting said core, wherein said tubular body is open at the opposite ends and has, at a first of such two opposite ends, a seat which is internally threaded, wherein when the first section of the core is screwed into the seat, the collar rests on the end edge of the tubular body and the second section of the core with the bayonet blocking ring protrude from the tubular body, said tubular body being insertable in an opening of a panel or a wall, - fixing means for fixing said tubular body to said panel or to said wall, and - manoeuvring means for manoeuvring said bayonet blocking ring which are integrally associated with said bayonet blocking ring, wherein said fixing means comprise a flange which protrudes jutting from the outer lateral surface of said tubular body and a locking ring which screws onto a threaded portion of the tubular body, wherein, considering said plug in the mounting conditions on said panel or on said wall, said panel or said wall is clamped between said flange and said locking ring and said bayonet blocking ring at least partially protrudes from the face of said panel opposite to that against which said flange abuts. - a tubular body for supporting said core, wherein said tubular body is open at the opposite ends and has, at a first of such two opposite ends, a seat which is internally threaded, wherein when the first section of the core is screwed into the seat, the collar rests on the end edge of the tubular body and the second section of the core with the bayonet blocking ring protrude from the tubular body, said tubular body being insertable in an opening of a panel or a wall, - fixing means for fixing said tubular body to said panel or to said wall, and - manoeuvring means for manoeuvring said bayonet blocking ring which are integrally associated with said bayonet blocking ring,
A computer-implemented method for lock-free updates to a domain name blacklist, comprising: (a) receiving a query from a DNS resolver to determine whether a domain name is blacklisted; (b) providing an updated domain name entry of the domain name blacklist corresponding to the query, the entry specifying a policy (504, 522) for the DNS resolver to execute when the DNS resolver receives a request to resolve the domain name; characterised by before a reading of the updated domain name entry by the DNS resolver is complete: (c) adding a new record to the domain name blacklist; (d) placing the entry being read into a garbage pool (610, 1010) having a current version number; independently from the reading: (e) incrementing the current version number; (f) creating a new garbage pool (610, 1010) for the incremented version number; and (g) when the reading is complete, assigning the current version number to the DNS resolver. (a) receiving a query from a DNS resolver to determine whether a domain name is blacklisted; (b) providing an updated domain name entry of the domain name blacklist corresponding to the query, the entry specifying a policy (504, 522) for the DNS resolver to execute when the DNS resolver receives a request to resolve the domain name; (c) adding a new record to the domain name blacklist; (d) placing the entry being read into a garbage pool (610, 1010) having a current version number; (e) incrementing the current version number; (f) creating a new garbage pool (610, 1010) for the incremented version number; and (g) when the reading is complete, assigning the current version number to the DNS resolver.
Fixing device of a bumper on a beam of a motor vehicle bumper, consisting of two decks (21, 22) extending perpendicular to each other in the shape of a bracket, the first plate used for fastening on the beam and the second plate used for fastening the bumper, characterized in that the first platinum has a single attachment hole and at least one means of stop placed in the protruding position of the first platinum on the same side as the second platinum, the said means of stop between the single attachment hole and the second platinum.
An air conditioner comprising: a first filter; a second filter located downstream of the first filter in an airflow direction; a dust amount sensor located upstream of the first filter in the airflow direction and formed with a hole for passage of dust; and a controller, characterised in that the dust amount sensor is configured to transmit, per unit of time, each of a first total amount of dust within a first particle size range and a second total amount of dust within a second particle size range, which is smaller than the first particle size range, among all of the dust passing through the hole; and in that the controller is configured to output a service signal for the first filter when an accumulated value of the first total amount transmitted from the dust amount sensor exceeds a first set value and to output a service signal for the second filter when an accumulated value of the second total amount transmitted from the dust amount sensor exceeds a second set value. a first filter; a second filter located downstream of the first filter in an airflow direction; a dust amount sensor located upstream of the first filter in the airflow direction and formed with a hole for passage of dust; and a controller,
Auto-injector for administering a dose of a liquid medicament, comprising: - an elongate case arranged to be held by a user, - a tubular chassis telescopable in the case and biased against the case so as to proximally protrude from the case, - a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, - a trigger button which is initially abutted against the case thus preventing actuation, wherein the chassis is arranged to translate into the case against the bias, characterized in that the trigger button is at least initially coupled to the chassis in such a manner that the trigger button emerges from the case when the chassis is being translated towards the case for starting an injection cycle. - an elongate case arranged to be held by a user, - a tubular chassis telescopable in the case and biased against the case so as to proximally protrude from the case, - a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, - a trigger button which is initially abutted against the case thus preventing actuation, wherein the chassis is arranged to translate into the case against the bias, characterized in that the trigger button is at least initially coupled to the chassis in such a manner that the trigger button emerges from the case when the chassis is being translated towards the case for starting an injection cycle.