mhurhangee/patent-ind-claim-en huggingface dataset:
A remaining battery charge estimation system for estimating a remaining battery charge of a battery pack , the system comprising: a battery pack and a connected device ; a connection detector configured to detect a connection of the battery pack and the connected device to which the battery pack is connected; a connected device identification component configured to identify the connected device ; a storage component configured to store information related to first resources of the battery pack and information related to second resources of the connected device , which are used for estimating the remaining battery charge; wherein each of the first resources and the second resources include, as resources, a calculation resource having a calculation function, a measurement resource for measuring at least one of voltage, current, and impedance, and an algorithm for estimating the remaining battery charge; and a remaining battery charge estimation and resource determination component configured to determine a combination of the resources included in the first resources and the second resources stored in the storage component , and configured to use this combination of the resources for estimating the remaining battery charge, on the basis of the information related to the connected device identified by the connected device identification component . a battery pack and a connected device ; a connection detector configured to detect a connection of the battery pack and the connected device to which the battery pack is connected; a connected device identification component configured to identify the connected device ; a storage component configured to store information related to first resources of the battery pack and information related to second resources of the connected device , which are used for estimating the remaining battery charge; wherein each of the first resources and the second resources include, as resources, a calculation resource having a calculation function, a measurement resource for measuring at least one of voltage, current, and impedance, and an algorithm for estimating the remaining battery charge; and a remaining battery charge estimation and resource determination component configured to determine a combination of the resources included in the first resources and the second resources stored in the storage component , and configured to use this combination of the resources for estimating the remaining battery charge, on the basis of the information related to the connected device identified by the connected device identification component .
A band saw blade comprising: a blade body comprising a back edge ; a cutting edge disposed on an opposite side of the blade body from the back edge, the cutting edge being defined by a plurality of teeth spaced relative to each other and extending along the blade body, each of the plurality of teeth comprising: a tip ; a substantially linear rake face located on a first side of the tip; a relief surface located on a second side of the tip opposite the first side; a gullet located adjacent to the rake face and have a gullet depth (D); wherein the gullet comprises: a first curved section extending from the rake face; a substantially linear section extending from the first curved section, wherein the substantially linear section extends substantially parallel to the back edge of the blade body; a second curved section extending from the substantially linear section to a second relief surface of a preceding tooth in a cutting direction of the band saw blade; wherein the gullet depth (D) is a vertical distance between the tip and the substantially linear section of the gullet; characterised in that each of the plurality of teeth further comprises: a notch located on the first side of the tip and defined by a junction of the rake face and the gullet , wherein the notch is located along the first side of the tip at a notch depth in the range of substantially (0.45 * D) to substantially (0.49 * D) down vertically from the tip of the respective one of the plurality of teeth. a blade body comprising a back edge ; a cutting edge disposed on an opposite side of the blade body from the back edge, the cutting edge being defined by a plurality of teeth spaced relative to each other and extending along the blade body, each of the plurality of teeth comprising: a tip ; a substantially linear rake face located on a first side of the tip; a relief surface located on a second side of the tip opposite the first side; a gullet located adjacent to the rake face and have a gullet depth (D); a tip ; a substantially linear rake face located on a first side of the tip; a relief surface located on a second side of the tip opposite the first side; a gullet located adjacent to the rake face and have a gullet depth (D); a first curved section extending from the rake face; a substantially linear section extending from the first curved section, wherein the substantially linear section extends substantially parallel to the back edge of the blade body; a second curved section extending from the substantially linear section to a second relief surface of a preceding tooth in a cutting direction of the band saw blade; wherein the gullet depth (D) is a vertical distance between the tip and the substantially linear section of the gullet;
A device for treating a bottom-hole formation of a wellbore , the device comprising: a firing head and seal block assembly at a proximal end thereof; a bullnose assembly at a distal end thereof; a carrier tube extending from the firing head and seal block assembly the carrier tube containing a combustible chemical composition ; a dispersion tube extending from the carrier tube , the dispersion tube having a lateral opening; and a charge wire electrically coupling the firing head and sealing block assembly to the combustible chemical composition ; characterized in that: the combustible chemical composition generates hydrochloric acid gas or hydrofluoric acid gas or a combination thereof when combusted; and wherein the combustible chemical composition further comprises between 2% and 12% by weight potassium dichromate. a firing head and seal block assembly at a proximal end thereof; a bullnose assembly at a distal end thereof; a carrier tube extending from the firing head and seal block assembly the carrier tube containing a combustible chemical composition ; a dispersion tube extending from the carrier tube , the dispersion tube having a lateral opening; and a charge wire electrically coupling the firing head and sealing block assembly to the combustible chemical composition ; characterized in that: the combustible chemical composition generates hydrochloric acid gas or hydrofluoric acid gas or a combination thereof when combusted; and wherein the combustible chemical composition further comprises between 2% and 12% by weight potassium dichromate. the combustible chemical composition generates hydrochloric acid gas or hydrofluoric acid gas or a combination thereof when combusted; and wherein the combustible chemical composition further comprises between 2% and 12% by weight potassium dichromate.
An aqueous ink composition for a writing instrument, the aqueous ink composition comprising an aqueous dispersion of colored resin fine particles, the colored resin fine particles comprising at least a cyclohexyl (meth)acrylate monomer, and a basic dye or an oil-soluble dye, the cyclohexyl (meth) acrylate monomer being contained in an amount of 30 mass% or greater relative to an amount of a polymerizable polymer component in the colored resin fine particles, and the colored resin fine particles further comprising a terpene phenol resin.
A medium or high voltage circuit breaker , comprising: - a first vacuum interrupter ; - a second vacuum interrupter ; and - a heat sink ; wherein the heat sink comprises a plurality of ribs ; wherein, the heat sink is in thermal contact with a fixed contact carrier of the first vacuum interrupter; wherein at least one rib of the plurality of ribs extends in an axial direction past a gap between the fixed contact carrier and a movable contact carrier of the first vacuum interrupter; and wherein, the heat sink is in thermal contact with a fixed contact carrier of the second vacuum interrupter. - a first vacuum interrupter ; - a second vacuum interrupter ; and - a heat sink ; wherein the heat sink comprises a plurality of ribs ; wherein, the heat sink is in thermal contact with a fixed contact carrier of the first vacuum interrupter; wherein at least one rib of the plurality of ribs extends in an axial direction past a gap between the fixed contact carrier and a movable contact carrier of the first vacuum interrupter; and wherein, the heat sink is in thermal contact with a fixed contact carrier of the second vacuum interrupter.
A process for the preparation of -hydroxynorketamine, comprising the steps of: passing a compound through a thermal flow reactor at a temperature of 120°C to 220°C a to obtain a compound and converting the compound to -hydroxynorketamine hydrochloride. passing a compound through a thermal flow reactor at a temperature of 120°C to 220°C a to obtain a compound and converting the compound to -hydroxynorketamine hydrochloride.
An excavator , comprising: a traveling body ; an upper turning body which is rotatably provided on the traveling body ; an attachment which is attached to the upper turning body ; a sensor which includes an acceleration sensor and detects a motion of at least one of the traveling body , the upper turning body , and the attachment of the excavator ; and a controller configured to perform a drive control of the excavator and including a slip suppression unit which is configured to detect slip of the traveling body in an extension direction of the attachment , characterized in that the slip suppression unit corrects, based on an output of the sensor , an operation of the attachment if a position of the traveling body is displaced during an excavation work performed by the attachment . a traveling body ; an upper turning body which is rotatably provided on the traveling body ; an attachment which is attached to the upper turning body ; a sensor which includes an acceleration sensor and detects a motion of at least one of the traveling body , the upper turning body , and the attachment of the excavator ; and a controller configured to perform a drive control of the excavator and including a slip suppression unit which is configured to detect slip of the traveling body in an extension direction of the attachment , characterized in that the slip suppression unit corrects, based on an output of the sensor , an operation of the attachment if a position of the traveling body is displaced during an excavation work performed by the attachment .
An orthodontic appliance intended to be secured to a user's teeth, the appliance comprising an element comprising a first region in a first material, the first material being chosen so as to expand, when it is in contact with a liquid, from a first stable shape to a second stable shape, characterized in that the element also comprising a second region in a second material, the second material being chosen so as to expand less than the first material when it is in contact with said liquid, the second region being arranged so that the expansion of the first material be hindered by the second material.
Sand stairway for a sand-spreading system of a rail vehicle, comprising a stairway housing with a sand compartment for providing progressively sliding spreading sand and with a blow-out duct for discharging spreading sand from the stairway housing , and a first nozzle for producing an air jet which is directed into the sand compartment and swirls up spreading sand, and a second nozzle for producing an air jet which is directed into the blow-out duct and discharges swirled-up spreading sand, - in the case of which sand stairway the stairway housing has, above the sand compartment and the blow-out duct , a nozzle flange with a first receiving bore and a second receiving bore , - in the case of which sand stairway the first nozzle is formed by a first nozzle insert , and the second nozzle is formed by a second nozzle insert , which are in each case produced separately from the stairway housing and are releasably inserted into one of the first and second receiving bores each, - with the result that the nozzle inserts can be tailored in terms of their nozzle diameters to a spreading sand used, - with the result that the nozzle inserts can be replaced upon contamination, and - with the result that, depending on the operating requirements, the first and the second nozzle insert can be changed in terms of their nozzle diameters from the same nozzle diameters to different ones, and vice versa, characterized in that , furthermore, the sand stairway comprises a set of nozzle inserts having differently dimensioned nozzle diameters corresponding to a particle size of the spreading sand used, and in that the first nozzle insert and the second nozzle insert can in each case be selected from the set of nozzle inserts. - in the case of which sand stairway the stairway housing has, above the sand compartment and the blow-out duct , a nozzle flange with a first receiving bore and a second receiving bore , - in the case of which sand stairway the first nozzle is formed by a first nozzle insert , and the second nozzle is formed by a second nozzle insert , which are in each case produced separately from the stairway housing and are releasably inserted into one of the first and second receiving bores each, - with the result that the nozzle inserts can be tailored in terms of their nozzle diameters to a spreading sand used, - with the result that the nozzle inserts can be replaced upon contamination, and - with the result that, depending on the operating requirements, the first and the second nozzle insert can be changed in terms of their nozzle diameters from the same nozzle diameters to different ones, and vice versa, characterized in that , furthermore, the sand stairway comprises a set of nozzle inserts having differently dimensioned nozzle diameters corresponding to a particle size of the spreading sand used, and in that the first nozzle insert and the second nozzle insert can in each case be selected from the set of nozzle inserts.
An arrangement comprising a multimode base station and an external entity being connected to the multimode base station, characterized by that, the multimode base station is comprising: a first-standard module and a second-standard module , wherein: the first-standard module and the second-standard module each comprises a first communication interface, and the first-standard module comprises a second communication interface through which the first-standard module connects with the external entity outside the multimode base station; wherein the first-standard module is configured to: receive data sent to the multimode base station through the second communication interface; if the data is associated with the second-standard module , send, through the first communication interfaces of the first-standard module and the second-standard module , the data to the second-standard module ; and wherein the second-standard module is configured to: receive the data sent from the first-standard module , and process the received data; wherein an association between the data and a module of a standard comprises an association between a module of a standard and a destination address of the data. the first-standard module and the second-standard module each comprises a first communication interface, and the first-standard module comprises a second communication interface through which the first-standard module connects with the external entity outside the multimode base station; wherein the first-standard module is configured to: receive data sent to the multimode base station through the second communication interface; if the data is associated with the second-standard module , send, through the first communication interfaces of the first-standard module and the second-standard module , the data to the second-standard module ; and wherein the second-standard module is configured to: receive the data sent from the first-standard module , and process the received data; wherein an association between the data and a module of a standard comprises an association between a module of a standard and a destination address of the data.
A system-on-a-chip apparatus for secure communications over a network , the apparatus comprising: a system-on-a-chip comprising a processor core and a security engine that is separate from the processor core of the system-on-a-chip and has a secure memory accessible only by the security engine , wherein the security engine includes a security key provisioned during the manufacturing of the system-on-a-chip, the processor core coupled to the security engine via a link , the apparatus configured to execute a client secure communication application , and the security engine is configured to: generate a random nonce for initiating a request for a secure communication session with a server over a network using the nonce; perform a cryptographic key exchange with the server to generate a symmetric session key to encrypt messages sent to the server and decrypt messages received from the server during the secure communication session; encrypt the symmetric session key based on the security key; and store the encrypted symmetric session key in the secure memory, wherein the system-on-a-chip is configured to establish the secure communication session with the server over the network using the symmetric session key. generate a random nonce for initiating a request for a secure communication session with a server over a network using the nonce; perform a cryptographic key exchange with the server to generate a symmetric session key to encrypt messages sent to the server and decrypt messages received from the server during the secure communication session; encrypt the symmetric session key based on the security key; and store the encrypted symmetric session key in the secure memory, wherein the system-on-a-chip is configured to establish the secure communication session with the server over the network using the symmetric session key.
A gas venting pipe for a vehicle having a forward tiltable cab, which gas venting pipe comprises: a first pipe section mountable to a chassis of the vehicle ; a second pipe section mountable to a rear wall of the forward tiltable cab of the vehicle ; and a flexible magnet connection adapted to releasably interconnect the first and second pipe sections, wherein the flexible magnet connection comprises a male end part joined with the first pipe section via a flexible pipe portion , a female end part attached to or integrally formed with the second pipe section , in which female end part the male end part at least partly fits, and magnetic means for holding the first and second pipe sections together, wherein the female end part is cone-shaped to form a mouth part, characterised in that the mouth part is wider than a maximum outer width of the male end part , and in that the magnetic means comprises a first magnet arranged in an annular recess at a tip of the male end part , and a second magnet arranged in an annular recess at a bottom of the female end part . a first pipe section mountable to a chassis of the vehicle ; a second pipe section mountable to a rear wall of the forward tiltable cab of the vehicle ; and a flexible magnet connection adapted to releasably interconnect the first and second pipe sections, wherein the flexible magnet connection comprises a male end part joined with the first pipe section via a flexible pipe portion , a female end part attached to or integrally formed with the second pipe section , in which female end part the male end part at least partly fits, and magnetic means for holding the first and second pipe sections together, wherein the female end part is cone-shaped to form a mouth part, characterised in that the mouth part is wider than a maximum outer width of the male end part , and in that the magnetic means comprises a first magnet arranged in an annular recess at a tip of the male end part , and a second magnet arranged in an annular recess at a bottom of the female end part .
Dry mix, characterized in that the dry mix contains, based on the total weight, a. 10 to 93 wt.% of at least one powdered binder, the binder containing a mixture of gelatin and hemoglobin; and b. 7 to 90 wt.% of a first powdered filler, the first powdered filler being a powder made of carbon formed by the carbonization of plant material. a. 10 to 93 wt.% of at least one powdered binder, the binder containing a mixture of gelatin and hemoglobin; and b. 7 to 90 wt.% of a first powdered filler, the first powdered filler being a powder made of carbon formed by the carbonization of plant material.
A system for managing seals for tachographs in vehicles, the system comprising: - a tachograph comprising a motion sensor adapted to be connected to a gearbox of a vehicle , or an adaptor, to provide a signal representative of vehicle speed and/or distance travelled; - at least one seal arranged for single use, and adapted to be fitted between the motion sensor and the gearbox, or between the adaptor and the vehicle , in such a way as to show visual evidence of any attempt to tamper with the seal , wherein each seal is marked with a unique seal identification number and comprises a readable electronic tag containing data including the seal identification number stored thereon; - a reader arranged to communicate wirelessly with the electronic tag of the seal to read the data stored thereon; and - a database adapted to store data associated with each seal , wherein the reader is further arranged to - communicate wirelessly with the tachograph to provide the data read from the electronic tag to be stored in an internal memory of the tachograph , and - communicate wirelessly with the database to provide the data read from the electronic tag to be stored in the database . - a tachograph comprising a motion sensor adapted to be connected to a gearbox of a vehicle , or an adaptor, to provide a signal representative of vehicle speed and/or distance travelled; - at least one seal arranged for single use, and adapted to be fitted between the motion sensor and the gearbox, or between the adaptor and the vehicle , in such a way as to show visual evidence of any attempt to tamper with the seal , wherein each seal is marked with a unique seal identification number and comprises a readable electronic tag containing data including the seal identification number stored thereon; - a reader arranged to communicate wirelessly with the electronic tag of the seal to read the data stored thereon; and - a database adapted to store data associated with each seal , wherein the reader is further arranged to - communicate wirelessly with the tachograph to provide the data read from the electronic tag to be stored in an internal memory of the tachograph , and - communicate wirelessly with the database to provide the data read from the electronic tag to be stored in the database .