mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an electrode suitable for an analyte sensor apparatus, the method comprising: (a) disposing a monomer mixture on the electrode, the monomer mixture comprising: a plurality of hydroxyethyl methacrylate (HEMA) monomers; one or more di-acrylate crosslinkers; one or more ultraviolet (UV) photoinitiators; and an oxidoreductase, wherein the oxidoreductase is a glucose oxidase-acrylate bioconjugate; (b) polymerizing the monomer mixture with UV light in situ so as to form a crosslinked polymer matrix on the electrode, wherein polymerizing the monomer mixture with UV light comprises masking an area of the deposited monomer mixture so as to prevent the monomer mixture from forming a crosslinked polymer matrix over a sensor substrate area; (c) disposing a glucose limiting membrane mixture at least partially over the crosslinked polymer matrix, the membrane mixture comprising: a plurality of HEMA monomers; one or more di-acrylate crosslinkers; one or more UV photoinitiators; ethylene glycol; and water; and (d) polymerizing the glucose limiting membrane mixture in situ with UV light, so that the glucose limiting membrane formed functions to restrict the diffusion of glucose through the glucose limiting membrane and facilitate the diffusion of O 2 through the glucose limiting membrane. (a) disposing a monomer mixture on the electrode, the monomer mixture comprising: a plurality of hydroxyethyl methacrylate (HEMA) monomers; one or more di-acrylate crosslinkers; one or more ultraviolet (UV) photoinitiators; and an oxidoreductase, wherein the oxidoreductase is a glucose oxidase-acrylate bioconjugate; a plurality of hydroxyethyl methacrylate (HEMA) monomers; one or more di-acrylate crosslinkers; one or more ultraviolet (UV) photoinitiators; and an oxidoreductase, wherein the oxidoreductase is a glucose oxidase-acrylate bioconjugate; (b) polymerizing the monomer mixture with UV light in situ so as to form a crosslinked polymer matrix on the electrode, wherein polymerizing the monomer mixture with UV light comprises masking an area of the deposited monomer mixture so as to prevent the monomer mixture from forming a crosslinked polymer matrix over a sensor substrate area; (c) disposing a glucose limiting membrane mixture at least partially over the crosslinked polymer matrix, the membrane mixture comprising: a plurality of HEMA monomers; one or more di-acrylate crosslinkers; one or more UV photoinitiators; ethylene glycol; and water; and a plurality of HEMA monomers; one or more di-acrylate crosslinkers; one or more UV photoinitiators; ethylene glycol; and water; and (d) polymerizing the glucose limiting membrane mixture in situ with UV light, so that the glucose limiting membrane formed functions to restrict the diffusion of glucose through the glucose limiting membrane and facilitate the diffusion of O 2 through the glucose limiting membrane.
Glass sheet having a boron-, strontium- and lithium-free glass composition comprising the following in weight percentage, expressed with respect to the total weight of glass : 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 2 ≤ K 2 O ≤ 6 % 2 < Al 2 O 3 ≤ 4 % 2 ≤ CaO < 10 % 0 ≤ MgO ≤ 8 % ; as well as a total iron (expressed in the form of Fe 2 O 3 ) in a content ranging from 0.002 to 0.06 % by weight and a K 2 O/(K 2 O+Na 2 O) ratio which is from 0.2 to 0.5. 65 ≤ SiO 2 ≤ 78 % 5 ≤ Na 2 O ≤ 20 % 2 ≤ K 2 O ≤ 6 % 2 < Al 2 O 3 ≤ 4 % 2 ≤ CaO < 10 % 0 ≤ MgO ≤ 8 % ;
A method comprising: executing redundant threads on corresponding processing elements (105-107); generating encoded values of results of one or more instructions designated as an event trigger (402;404) and performed by the redundant threads by hashing the results with at least one of a previous encoded value and an initial value, wherein the encoded values are generated via the redundant threads executing hash code (430;431) inserted by a compiler after the one or more instructions; and selectively bypassing at least one comparison of the encoded values depending on whether the event trigger (402;404) has occurred a configurable number of times since a previous comparison of previously encoded values of the results. executing redundant threads on corresponding processing elements (105-107); generating encoded values of results of one or more instructions designated as an event trigger (402;404) and performed by the redundant threads by hashing the results with at least one of a previous encoded value and an initial value, wherein the encoded values are generated via the redundant threads executing hash code (430;431) inserted by a compiler after the one or more instructions; and selectively bypassing at least one comparison of the encoded values depending on whether the event trigger (402;404) has occurred a configurable number of times since a previous comparison of previously encoded values of the results.
Current measuring resistor for measuring an electric current (I AC ), in particular in the kA range in a high-voltage network, having a) a first connection part made of a conductor material for introducing the electric current (I AC ) into the current measuring resistor , b) a second connection part made of a conductor material for conducting the electric current (I AC ) out of the current measuring resistor , and c) a resistor element made of a low-resistance resistance material, the resistor element being arranged in the direction of current flow between the first connection part and the second connection part and being joined to the two connection parts so that the electric current (I AC ) to be measured flows through the resistor element during operation and produces a voltage drop (U MESS ) across the resistor element , d) a printed circuit board which is attached to the outer surface of the current measuring resistor in order to measure the voltage drop (U MESS ) across the resistor element , e) wherein the first connection part , the second connection part and the resistor element each have a substantially round cross-section, in particular a substantially circular cross-section, in a sectional plane at right angles to the direction of flow of the electric current (I AC ), characterized in f) that the printed circuit board is a flexible printed circuit board which is curved or bent in the circumferential direction in accordance with the outer contour of the current measuring resistor . a) a first connection part made of a conductor material for introducing the electric current (I AC ) into the current measuring resistor , b) a second connection part made of a conductor material for conducting the electric current (I AC ) out of the current measuring resistor , and c) a resistor element made of a low-resistance resistance material, the resistor element being arranged in the direction of current flow between the first connection part and the second connection part and being joined to the two connection parts so that the electric current (I AC ) to be measured flows through the resistor element during operation and produces a voltage drop (U MESS ) across the resistor element , d) a printed circuit board which is attached to the outer surface of the current measuring resistor in order to measure the voltage drop (U MESS ) across the resistor element , e) wherein the first connection part , the second connection part and the resistor element each have a substantially round cross-section, in particular a substantially circular cross-section, in a sectional plane at right angles to the direction of flow of the electric current (I AC ),
A torque sensor supporting device of a torque sensor including a first structure , a second structure , third structures provided between the first structure and the second structure , and at least two sensor sections provided between the first structure and the second structure , the torque sensor supporting device comprising: a first mounting section provided on the first structure ; a second mounting section which is coupled to the second structure and to which torque is applied; a first supporting body provided on the first mounting section ; a second supporting body linked with the second structure ; and a plurality of rotating bodies provided between the first supporting body and the second supporting body characterized in that the second mounting section is provided on the first surface side of the torque sensor , the first supporting body , the second supporting body , and the rotating bodies are provided on the second surface side of the torque sensor opposite to the first surface, and the supporting device further comprises a fourth supporting body provided between the second supporting body and the second structure . a first mounting section provided on the first structure ; a second mounting section which is coupled to the second structure and to which torque is applied; a first supporting body provided on the first mounting section ; a second supporting body linked with the second structure ; and a plurality of rotating bodies provided between the first supporting body and the second supporting body the second mounting section is provided on the first surface side of the torque sensor , the first supporting body , the second supporting body , and the rotating bodies are provided on the second surface side of the torque sensor opposite to the first surface, and the supporting device further comprises a fourth supporting body provided between the second supporting body and the second structure .
A method for communicating data from a first device to a second device , the method comprising: transmitting first device information from the first device to the second device , the first device information comprising a first location and first device identification information comprising a Media Access Control, MAC, (MAC) address associated with the first device ; receiving, from the second device , second device information associated with the second device , the second device information comprising a second location and second device identification information comprising a Media Access Control, MAC, address associated with the second device ; communicating data to the second device via Wi-Fi Direct ; characterized in that the step of transmitting is carried out prior to enabling wireless fidelity direct, Wi-Fi Direct, on the first device, and by enabling wireless fidelity direct, Wi-Fi Direct, on the first device in response to determining, based on the first location and the second location, the first device is located less than or equal to a predetermined distance from the second device ; initiating a Wi-Fi Direct scan on the first device ; discovering the MAC address associated with the second device during the Wi-Fi Direct scan; and in response to discovering the MAC address associated with the second device, connecting to the second device via Wi-Fi Direct . transmitting first device information from the first device to the second device , the first device information comprising a first location and first device identification information comprising a Media Access Control, MAC, (MAC) address associated with the first device ; receiving, from the second device , second device information associated with the second device , the second device information comprising a second location and second device identification information comprising a Media Access Control, MAC, address associated with the second device ; communicating data to the second device via Wi-Fi Direct ; characterized in that the step of transmitting is carried out prior to enabling wireless fidelity direct, Wi-Fi Direct, on the first device, and by enabling wireless fidelity direct, Wi-Fi Direct, on the first device in response to determining, based on the first location and the second location, the first device is located less than or equal to a predetermined distance from the second device ; initiating a Wi-Fi Direct scan on the first device ; discovering the MAC address associated with the second device during the Wi-Fi Direct scan; and in response to discovering the MAC address associated with the second device, connecting to the second device via Wi-Fi Direct .
An apparatus for applying self-adhesive labels, which comprises a supporting base for at least one reel of a ribbon that supports a plurality of self-adhesive labels , feeder means of feeding said ribbon to a head for applying said self-adhesive labels , and a device for taking up said ribbon , said application head extending along a direction of extension that defines a path direction for the ribbon , wherein said application head can rotate on command about an orientation axis in order to vary its own direction of extension with respect to the unwinding direction of said ribbon from said reel , said feeder means comprising at least one redirection roller the rotation axis of which can rotate on command, with respect to said reel , about an adjustment axis that is substantially parallel to said orientation axis in order to bring the direction of extension of said ribbon at- said application head substantially parallel to the direction of extension of said application head , said feeder means comprising at least two redirection rollers , which are supported by said application head and the longitudinal axes of which can rotate on command, with respect to a supporting body of said at least one reel , about a respective adjustment axis that is substantially parallel to said orientation axis , said at least two redirection rollers comprising an end roller , which is supported by said application head and has its rotation axis arranged substantially at right angles to the direction of extension of said application head , and at least one intermediate roller arranged upstream of said end roller with respect to the advancement direction of said ribbon , characterized in that the rotation axis of said intermediate roller has an intermediate inclination between the axis of said reel on which said ribbon is wound and the rotation axis of said end roller .
Process for manufacturing a fermentation product comprising - fermenting under fermentation conditions in an aqueous fermentation medium in a fermentation reactor a carbohydrate source with a microorganism capable of converting the carbohydrate into a fermentation product, wherein the fermentation product is a salt or a product with a boiling point above the boiling point of water, - during the fermentation process withdrawing part of the fermentation medium comprising biomass from the fermentation reactor in the form of a recycle stream, - providing the recycle stream comprising biomass to a pressure vessel wherein the pressure is selected such that the temperature of the recycle stream decreases with a value of 1-8°C, as compared to the temperature of the fermentation medium in the fermentation reactor, by the evaporation of water - recycling the cooled recycle stream to the fermentation reactor. - fermenting under fermentation conditions in an aqueous fermentation medium in a fermentation reactor a carbohydrate source with a microorganism capable of converting the carbohydrate into a fermentation product, wherein the fermentation product is a salt or a product with a boiling point above the boiling point of water, - during the fermentation process withdrawing part of the fermentation medium comprising biomass from the fermentation reactor in the form of a recycle stream, - providing the recycle stream comprising biomass to a pressure vessel wherein the pressure is selected such that the temperature of the recycle stream decreases with a value of 1-8°C, as compared to the temperature of the fermentation medium in the fermentation reactor, by the evaporation of water - recycling the cooled recycle stream to the fermentation reactor.
Sulfur-crosslinkable rubber mixture containing - at least one diene rubber, - 10 to 100 phr of at least one light-colored reinforcing filler having a nitrogen surface area (BET surface area) (according to DIN ISO 9277 and DIN 66132) of 60 to 105 m 2 /g, - 25 to 250 phr of at least one second light-colored reinforcing filler having a nitrogen surface area (BET surface area) (according to DIN ISO 9277 and DIN 66132) of more than 140 m 2 /g and - 2.5 to 12.5 phf of at least one silane coupling agent, characterized in that the total amount of first light-colored reinforcing filler and second light-colored reinforcing filler is 90 to 250 phr. - at least one diene rubber, - 10 to 100 phr of at least one light-colored reinforcing filler having a nitrogen surface area (BET surface area) (according to DIN ISO 9277 and DIN 66132) of 60 to 105 m 2 /g, - 25 to 250 phr of at least one second light-colored reinforcing filler having a nitrogen surface area (BET surface area) (according to DIN ISO 9277 and DIN 66132) of more than 140 m 2 /g and - 2.5 to 12.5 phf of at least one silane coupling agent,
Method for transmitting, to a supervision device, data collected by at least one sensor comprising the following steps on acquisition of a new datum by the at least one sensor: - calculation of an indicator of deviation between the value of the new datum and a value predicted for this datum by a prediction model representative of data previously acquired, and - transmission of the new datum to a supervision device when the deviation indicator is above a threshold, the method being characterized by the additional step of - reception of a prediction model updated on the basis of the new datum, a subsequent calculation of a deviation indicator being based on the updated prediction model. - calculation of an indicator of deviation between the value of the new datum and a value predicted for this datum by a prediction model representative of data previously acquired, and - transmission of the new datum to a supervision device when the deviation indicator is above a threshold, the method being characterized by the additional step of - reception of a prediction model updated on the basis of the new datum, a subsequent calculation of a deviation indicator being based on the updated prediction model.
Hose end fitting comprising - a body with a continuous channel extending through the body from a first end of the body to a second end of the body , wherein a circumferential groove is arranged around the first end of the body , wherein the first end of the body is arranged to receive an end of a hose and wherein coupling means , such as a thread or a union nut, are arranged on the second end of the body ; and - a single-piece retaining ring having a radially inwardly extending circumferential rib and a circumferential groove arranged in the outer circumferential surface of the ring ; - a socket to be crimped, which socket has on one end an inwardly extending flange for engagement with the circumferential groove on the retaining ring ; wherein the retaining ring has exactly one slit extending in axial direction allowing for the retaining ring to bend open and accordingly expand, such that the ring can be slid over the first end of the body , wherein the inwardly extending circumferential rib at least partially extends into the circumferential groove arranged in the first end of the body , at least when the socket is in undeformed state, in order to lock axial relative movement between the retaining ring and the body , wherein - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring , and - the socket is to be crimped on the retaining ring . - a body with a continuous channel extending through the body from a first end of the body to a second end of the body , wherein a circumferential groove is arranged around the first end of the body , wherein the first end of the body is arranged to receive an end of a hose and wherein coupling means , such as a thread or a union nut, are arranged on the second end of the body ; and - a single-piece retaining ring having a radially inwardly extending circumferential rib and a circumferential groove arranged in the outer circumferential surface of the ring ; - a socket to be crimped, which socket has on one end an inwardly extending flange for engagement with the circumferential groove on the retaining ring ; wherein the retaining ring has exactly one slit extending in axial direction allowing for the retaining ring to bend open and accordingly expand, such that the ring can be slid over the first end of the body , wherein the inwardly extending circumferential rib at least partially extends into the circumferential groove arranged in the first end of the body , at least when the socket is in undeformed state, in order to lock axial relative movement between the retaining ring and the body , wherein - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring , and - the socket is to be crimped on the retaining ring . - the inwardly extending circumferential rib is formed on an inner surface of the retaining ring , and - the socket is to be crimped on the retaining ring .
Method for controlling the service life of an energy storage module , wherein a state of health (SoH) of the energy storage module is known at different times (t), wherein a first state of health (SoH 1 ), in which the energy storage module finds itself at a first time (t 1 ), is known, and a second state of health (SoH 2 ), in which the energy storage module finds itself at a second time (t 2 ), is known, wherein an ageing rate (v SoH ) is determined from the first and second states of health (SoH 1 , SoH 2 ) and from the first and second times (t 1 , t 2 ), wherein a time (t END_calc ) of a determined end of service life is calculated from the ageing rate (v SoH ) and one of the states of health (SoH), wherein depending on the time (t END_calc ) of the determined end of service life, a measure for changing the service life of the energy storage module is applied, wherein the energy storage module comprises double-layer capacitors, characterised in that the cooling capacity of the energy storage module is increased if a temperature (T ES ) measured in the energy storage module is greater than an averaged or smoothed value of the temperature ( T ES ) measured in the energy storage module and/or if a measured ambient temperature (T amb ) is greater than an averaged or smoothed value of the measured ambient temperature ( T amb ).
Method to produce a polymeric product, said method comprising: - fragmentation into desired sizing of a primary heterogeneous mixture comprising polymeric material, obtaining a fragmented material of the desired sizing, said primary heterogeneous mixture comprising two or more chosen from the following polymers: polyethylene (PE), polypropylene (PP), high-density polyethylene (HDPE), low-density polyethylene (LDPE), polyethylene terephthalate (PET); - mechanical primary selection, waterless, of said fragmented material to remove metallic material, non-polyolefin polymers and non-polymeric foreign fraction; - subjecting said fragmented material to plastification, obtaining a densified material; - subjecting said densified material to quenching at least by means of air cooling carried out with pneumatic transport, thus obtaining a densified and cooled material which constitutes said polymeric product. - fragmentation into desired sizing of a primary heterogeneous mixture comprising polymeric material, obtaining a fragmented material of the desired sizing, said primary heterogeneous mixture comprising two or more chosen from the following polymers: polyethylene (PE), polypropylene (PP), high-density polyethylene (HDPE), low-density polyethylene (LDPE), polyethylene terephthalate (PET); - mechanical primary selection, waterless, of said fragmented material to remove metallic material, non-polyolefin polymers and non-polymeric foreign fraction; - subjecting said fragmented material to plastification, obtaining a densified material; - subjecting said densified material to quenching at least by means of air cooling carried out with pneumatic transport, thus obtaining a densified and cooled material which constitutes said polymeric product.