mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical circuit for detection of an electrical hazard condition in a load of an LED or OLED lighting element, comprising - terminals for connecting said load in parallel between which the electrical hazard condition is to be detected, - at least one electrical energy storage element connected to one of the terminals and configured to receive and store electrical energy provided by a power supply circuit , - a disabling element configured to disable said load , and - a monitoring circuit configured to be supplied with electrical energy stored in said electrical energy storage element and connected to monitor a voltage (V) or current magnitude of the load at at least one of said terminals to detect the electrical hazard condition, and - wherein said monitoring circuit is configured to activate said disabling element when the electrical hazard condition is detected, characterized in that said disabling element is connected to at least one of said terminals , and said monitoring circuit comprises a maximum value detector adapted to output over a given time interval a value (Vmax), the value (Vmax) being a maximum value of said voltage (V) or said current magnitude, or a minimum value detector adapted to output over the given time interval a value (Vmax), the value (Vmax) being a minimum value of said voltage or said current magnitude, wherein said monitoring circuit is further configured to monitor whether the value (Vmax) is outside a normal operation window defined by upper and lower threshold values to detect the electrical hazard condition; and wherein the given time interval is longer than expected gaps in the gapped power supply provided by the power supply circuit . - terminals for connecting said load in parallel between which the electrical hazard condition is to be detected, - at least one electrical energy storage element connected to one of the terminals and configured to receive and store electrical energy provided by a power supply circuit , - a disabling element configured to disable said load , and - a monitoring circuit configured to be supplied with electrical energy stored in said electrical energy storage element and connected to monitor a voltage (V) or current magnitude of the load at at least one of said terminals to detect the electrical hazard condition, and - wherein said monitoring circuit is configured to activate said disabling element when the electrical hazard condition is detected,
A plantar orthosis , for supporting a user's plantar arch, wherein a heel portion and a metatarsus portion are identified, separated by an intermediate portion of plantar arch, comprising: • a covering layer intended to receive a user's resting foot; • a finishing lower layer ; • a base reinforcement layer , intermediate between said covering layer and lower layer , supporting and guiding the dynamic motions of compression, extending and twisting the plantar arch in the non-linear action thereof of helical winding/unwinding of pronosupination; • a dynamic element , positioned between the base reinforcement layer and the lower layer , which is formed by a continuous belt-like strip, arranged near the external edge of the heel portion, and which extends with one or more belt-like branches as far as respective front resting portions of the plantar orthosis at the external midfoot and near the hallux of said plantar arch, wherein the continuous dynamic element is made of elastic material which is deformable to a greater extent than both the base reinforcement layer and the lower layer including it, and wherein said continuous belt-like strip elastically deforms and varies its own dimensions in the different directions, as a result of said non-linear action of helical winding/unwinding of pronosupination, by generating thereinside a pressure elastic wave along its length and later returning to its own natural shape, so as to store, transfer, address and release elastic mechanical energy from the heel portion to the metatarsus portion and vice-versa according to preferential privileged directrices. • a covering layer intended to receive a user's resting foot; • a finishing lower layer ; • a base reinforcement layer , intermediate between said covering layer and lower layer , supporting and guiding the dynamic motions of compression, extending and twisting the plantar arch in the non-linear action thereof of helical winding/unwinding of pronosupination; • a dynamic element , positioned between the base reinforcement layer and the lower layer , which is formed by a continuous belt-like strip, arranged near the external edge of the heel portion, and which extends with one or more belt-like branches as far as respective front resting portions of the plantar orthosis at the external midfoot and near the hallux of said plantar arch,
A method for controlling movement of a movable element of a mining machine, the method comprising: providing a relation between control values for a hydraulic valve arranged to affect a movement of said movable element and a parameter representative of the movement of the movable element; receiving an input representative of a desired movement of said movable element; obtaining a control value for the hydraulic valve based on said relation and using a parameter value corresponding to the desired movement; operating said hydraulic valve with a control signal using the obtained control value; obtaining , from a feedback mechanism, a feedback relative to the movement of the movable element resulting from operating said hydraulic valve with said control signal; determining a correction value based on said desired movement and said feedback; and updating at least a part of said relation based on said correction value. providing a relation between control values for a hydraulic valve arranged to affect a movement of said movable element and a parameter representative of the movement of the movable element; receiving an input representative of a desired movement of said movable element; obtaining a control value for the hydraulic valve based on said relation and using a parameter value corresponding to the desired movement; operating said hydraulic valve with a control signal using the obtained control value; obtaining , from a feedback mechanism, a feedback relative to the movement of the movable element resulting from operating said hydraulic valve with said control signal; determining a correction value based on said desired movement and said feedback; and updating at least a part of said relation based on said correction value.
A coupling assembly connectable with pedicle screws , comprising: a first body and a second body , at least one of said first body and said second body including: an upper bore ; and a cylindrical receptacle configured to receive an extended spherical shaped head portion of a pedicle screw and to provide an interference fit between the cylindrical receptacle and the extended spherical shaped head portion , said receptacle connected to said upper bore ; one of the first body and the second body including a male member and an other of the first body and the second body including a female member , said female member comprising a cylindrical inner diameter sized and configured to receive said male member and to provide an interference fit with said male member , said female member and said male member configured to couple said first body and said second body together. a first body and a second body , at least one of said first body and said second body including: an upper bore ; and a cylindrical receptacle configured to receive an extended spherical shaped head portion of a pedicle screw and to provide an interference fit between the cylindrical receptacle and the extended spherical shaped head portion , an upper bore ; and a cylindrical receptacle configured to receive an extended spherical shaped head portion of a pedicle screw and to provide an interference fit between the cylindrical receptacle and the extended spherical shaped head portion , said receptacle connected to said upper bore ; one of the first body and the second body including a male member and an other of the first body and the second body including a female member , said female member comprising a cylindrical inner diameter sized and configured to receive said male member and to provide an interference fit with said male member , said female member and said male member configured to couple said first body and said second body together.
A rotisserie and grill comprising: a first support structure with a rotisserie motor affixed thereto, the rotisserie motor having a receptacle for receiving a spit rod ; and a second support structure defining a slot for receiving the spit rod; wherein the first and second support structures are mounted to side shelves (106; 202) of the grill on opposite sides of a cooking grate of the grill positioned above a firebox of the grill; wherein the side shelves each define at least one mounting aperture (108; 204), the at least one mounting aperture retaining the support structures in upright positions; wherein the first support structure comprises a pair of upright supports (112; 114) joined by an arch , and wherein the arch provides a flat segment (123; 223) for bearing the weight of a grill lid of the grill. a first support structure with a rotisserie motor affixed thereto, the rotisserie motor having a receptacle for receiving a spit rod ; and a second support structure defining a slot for receiving the spit rod; wherein the first and second support structures are mounted to side shelves (106; 202) of the grill on opposite sides of a cooking grate of the grill positioned above a firebox of the grill; wherein the side shelves each define at least one mounting aperture (108; 204), the at least one mounting aperture retaining the support structures in upright positions; wherein the first support structure comprises a pair of upright supports (112; 114) joined by an arch , and wherein the arch provides a flat segment (123; 223) for bearing the weight of a grill lid of the grill.
An appliance cooling system configured so as to cool an insulated interior space of an appliance, the appliance cooling system comprising: a compressor ; a condenser that receives refrigerant (CR) flowing from the compressor ; an evaporator that receives refrigerant flowing from the condenser , the evaporator defining upstream and downstream portions , and wherein refrigerant (LPR) received from the condenser flows through the upstream portion of the evaporator , the refrigerant splitting into a first portion and a second portion after flowing through the upstream portion of the evaporator , the first portion of the refrigerant flowing to the compressor without passing through the downstream portion of the evaporator , the second portion of the refrigerant from the upstream portion flowing through the downstream portion of the evaporator after passing through the upstream portion of the evaporator , the second portion of the refrigerant flowing to the compressor after passing through the downstream portion of the evaporator ; and a refrigerant expander operably coupled to the condenser and the evaporator and permitting expansion of refrigerant flowing from the condenser to the evaporator ; and characterized by an insulated structure extending around the upstream and downstream portions of the evaporator configured to define a refrigerated space in the appliance to be cooled by the appliance cooling system , so that air in the refrigerated space can flow around both the upstream and downstream portions of the evaporator . a compressor ; a condenser that receives refrigerant (CR) flowing from the compressor ; an evaporator that receives refrigerant flowing from the condenser , the evaporator defining upstream and downstream portions , and wherein refrigerant (LPR) received from the condenser flows through the upstream portion of the evaporator , the refrigerant splitting into a first portion and a second portion after flowing through the upstream portion of the evaporator , the first portion of the refrigerant flowing to the compressor without passing through the downstream portion of the evaporator , the second portion of the refrigerant from the upstream portion flowing through the downstream portion of the evaporator after passing through the upstream portion of the evaporator , the second portion of the refrigerant flowing to the compressor after passing through the downstream portion of the evaporator ; and a refrigerant expander operably coupled to the condenser and the evaporator and permitting expansion of refrigerant flowing from the condenser to the evaporator ; and characterized by an insulated structure extending around the upstream and downstream portions of the evaporator configured to define a refrigerated space in the appliance to be cooled by the appliance cooling system , so that air in the refrigerated space can flow around both the upstream and downstream portions of the evaporator .
A system for the reprogramming an ECU (Electronic Control Unit) in a vehicle via digital radio, wherein it comprises: - a first means adapted to encrypt audio files with reprogramming software files for reprogramming an ECU in a vehicle , generating a first encrypted packet PE1; - second means adapted to encrypt in parallel data files and vehicle information files containing ECU identification data adding a header, thereby generating a second encrypted packet PE2; - means adapted for mixing said first and second encrypted packets PE1, PE2 via digital radio technology and for transmitting them simultaneously from a radio broadcast station , by means of a digital radio signal; - means adapted for receiving said first and second encrypted packets PE1, PE2, via a digital radio receiver comprised in the vehicle ; - memory means adapted for storing said first and second encrypted packets PE1, PE2 in the vehicle ; - means adapted for demodulating the received digital radio signal and separating the first encrypted packet PE1 from the second encrypted packet PE2; - means adapted for decrypting said first and second encrypted packets PE1, PE2, and separating the audio files from the software files , and the data files from the vehicle information files , and also adapted for retransmitting said files within a bus of an ECU that receives said first and second encrypted packages PE1, PE2, through an internal network of the vehicle , so that all ECUs (ECU1,..., ECUn) of the vehicle can receive the retransmitted files simultaneously, and further adapted such that, after the ECU to be reprogrammed responds to the transmitted files , said ECU auto-reprograms with the software files received in an application memory. - a first means adapted to encrypt audio files with reprogramming software files for reprogramming an ECU in a vehicle , generating a first encrypted packet PE1; - second means adapted to encrypt in parallel data files and vehicle information files containing ECU identification data adding a header, thereby generating a second encrypted packet PE2; - means adapted for mixing said first and second encrypted packets PE1, PE2 via digital radio technology and for transmitting them simultaneously from a radio broadcast station , by means of a digital radio signal; - means adapted for receiving said first and second encrypted packets PE1, PE2, via a digital radio receiver comprised in the vehicle ; - memory means adapted for storing said first and second encrypted packets PE1, PE2 in the vehicle ; - means adapted for demodulating the received digital radio signal and separating the first encrypted packet PE1 from the second encrypted packet PE2; - means adapted for decrypting said first and second encrypted packets PE1, PE2, and separating the audio files from the software files , and the data files from the vehicle information files ,
Timepiece movement comprising a mechanism and a barrel (11; 111) arranged to drive the mechanism by means of a kinematic linkage which is arranged to apply a driving torque on this mechanism, the barrel including a drum and a motor spring arranged in the drum so as to apply on the mechanism a motor torque which is variable as a function of the degree of winding of the motor spring, the timepiece movement further comprising an equalisation device (3, 7; 103, 107; 203, 207) connected kinematically to the barrel in order to be able to be driven by this barrel and to be able to apply an auxiliary torque which is added to said motor torque to form together said driving torque, the auxiliary torque varying as a function of the degree of winding of the motor spring so as to counter the variation in the motor torque and thus substantially equalise said driving torque within a useful range of the degree of winding; characterised in that the equalisation device includes a magnetic system formed by a first magnetic element (3; 103; 203) and a second magnetic element (7; 107; 207), said first and second magnetic elements being arranged such that when the equalisation device is driven by the barrel, they are displaced one relative to the other exerting on one another a magnetic force which varies as a function of the relative position occupied by the first magnetic element and the second magnetic element and which produces said auxiliary torque.
Process of production of discrete solid extruded particles having a particle size of less than 1000 μm, preferably less than 700 μm, more preferably between 50 - 700 μm, and comprising dispersion droplets, wherein an extrudate is produced by extrusion in a first step, and after the extrusion the extrudate is further formed into discrete solid extruded particles, and wherein a dispersion process is carried out in the extruder, and wherein the dispersion comprises at least one carotenoid and at least one emulsifying protective colloid and water, and wherein the carotenoid is β-carotene, and wherein β-carotene is added to the process as a solid powder premixed with at least one modified (food) starch.
A process for preparing a compound of Formula 1409: wherein R' is unsubstituted phenyl; R 3 is hydrogen, methyl, chloro or fluoro; comprising reacting a compound of Formula 1407: with a compound of Formula: wherein X is bromo. R 3 is hydrogen, methyl, chloro or fluoro; comprising reacting a compound of Formula 1407: with a compound of Formula: wherein X is bromo.
Device for use as a chemical reactor or heat exchanger in general, with a tube plate , of the type in which at least one pipe is connected to the tube plate , the said tube plate being connected to a chamber , wherein this chamber is produced by means of a section, with a base which is joined to the plate by a lateral portion , wherein connection elements are provided between the said tube plate and the said base of the said chamber , the connection elements are disposed axially symmetrically relative to an axis of the at least one pipe and characterised in that the lateral portion is cylindrical with generatrices parallel to the axis of the at least one pipe , and the connection elements are cylindrical.
An apparatus for manufacturing a rubber strip (G), comprising a rubber extruder having a discharge port for continuously discharging the rubber, and a pair of upper and lower calender rolls for rolling the rubber discharged from the discharge port to form a rubber strip (G), wherein each of the calender rolls includes a roll main body which is driven to rotate, and a cylindrical outer layer which is concentrically disposed on the outside of the roll main body to roll the rubber by its outer peripheral surface, characterized in that the outer layer is made of a ceramic, the roll main body includes an inner layer portion , and a middle layer disposed on the outside of the inner layer portion , a first gap (P) is provided between the outer layer and the middle layer , a first pair of O-rings is inserted in the first gap (P) for rotating the outer layer integrally with the roll main body , at least one of the inner layer portion and the middle layer is provided with a circumferential groove in which a fluid for changing the temperature of the middle layer is flowed, a second gap is formed between the middle layer and the inner layer portion , a second pair of O-rings is inserted in the second gap formed between the middle layer and the inner layer portion on both sides of the circumferential groove in the axial direction of the calender roll to prevent leakage of the fluid.
A deep learning neural network based security system, characterized by comprising: at least one WiFi node; and a deep learning module configured to: detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object. at least one WiFi node; and a deep learning module configured to: detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object. detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object.
Use of at least one compound of the formula (I) (CmF 2m+1 ) n BiX 3-n (I), where m in each case, independently of one another, denotes 2, 3 or 4; n denotes 1, 2 or 3 and X denotes F, Cl, Br or OSO 2 CF 3 , as Lewis acid catalyst. m in each case, independently of one another, denotes 2, 3 or 4; n denotes 1, 2 or 3 and X denotes F, Cl, Br or OSO 2 CF 3 ,
An extinguishing device comprising: - a body structure having a vertical part and a horizontal part , - a hose connection for receiving firefighting water from an external hose, - first pipes connected to the hose connection, attached to the horizontal part of the body structure, and provided with first nozzles configured to spray the firefighting water upwards, and - second pipes connected to the hose connection and provided with second nozzles configured to spray the firefighting water downwards towards the horizontal part of the body structure, characterized in that the extinguishing device comprises a movable part moveably supported to the vertical part of the body structure to be above the horizontal part of the body structure, the first nozzles being configured to spray the firefighting water upwards towards the movable part, the second pipes being attached to the movable part, and the movable part being linearly moveable in a vertical direction to vary a distance between the movable part and the horizontal part of the body structure. - a body structure having a vertical part and a horizontal part , - a hose connection for receiving firefighting water from an external hose, - first pipes connected to the hose connection, attached to the horizontal part of the body structure, and provided with first nozzles configured to spray the firefighting water upwards, and - second pipes connected to the hose connection and provided with second nozzles configured to spray the firefighting water downwards towards the horizontal part of the body structure,