mhurhangee/ep-ind-claims huggingface dataset:
A method, the method comprising: extending a wellbore using a drill bit and a mud motor having a bend angle, while simultaneously enlarging a diameter of the wellbore using a reamer positioned between at least a portion of the drill bit and at least a portion of the mud motor; laterally offsetting the mud motor in the enlarged diameter wellbore; and using the drill bit and the mud motor to extend the wellbore, such that the wellbore has an original diameter, while simultaneously laterally offsetting the mud motor in the original diameter wellbore. extending a wellbore using a drill bit and a mud motor having a bend angle, while simultaneously enlarging a diameter of the wellbore using a reamer positioned between at least a portion of the drill bit and at least a portion of the mud motor; laterally offsetting the mud motor in the enlarged diameter wellbore; and using the drill bit and the mud motor to extend the wellbore, such that the wellbore has an original diameter, while simultaneously laterally offsetting the mud motor in the original diameter wellbore.
A method for integrating online navigation directions with offline navigation directions, the method comprising: determining, by one or more processors in a computing device, whether to generate offline navigation directions, the determination based on a current status of a communication network; generating, by the one or more processors, the offline navigation directions from a first location to a second location using offline map data; displaying, by the one or more processors, the offline navigation directions via a user interface; determining, by the one or more processors and subsequent to generating the offline navigation directions, that the computing device is able to connect to the communication network; requesting, by the one or more processors, online navigation directions from a navigation server via the communication network; receiving, at the one or more processors, online navigation directions from the navigation server via the communication network; and providing, by the one or more processors, the online navigation directions via the user interface as a selectable alternative to the offline navigation directions. determining, by one or more processors in a computing device, whether to generate offline navigation directions, the determination based on a current status of a communication network; generating, by the one or more processors, the offline navigation directions from a first location to a second location using offline map data; displaying, by the one or more processors, the offline navigation directions via a user interface; determining, by the one or more processors and subsequent to generating the offline navigation directions, that the computing device is able to connect to the communication network; requesting, by the one or more processors, online navigation directions from a navigation server via the communication network; receiving, at the one or more processors, online navigation directions from the navigation server via the communication network; and providing, by the one or more processors, the online navigation directions via the user interface as a selectable alternative to the offline navigation directions.
A method for producing a peptide comprising a serine residue, characterized in that it comprises converting an -SH group of a peptide comprising a cysteine residue having the -SH group to an -OH group, wherein said method comprises the following steps (a) to (c): (a) allowing an -SH group in the cysteine residue of the peptide to react with a methylating agent to convert the -SH group of the cysteine residue to an -SMe group; (b) allowing an -SMe group obtained in the step (a) to react with a cyanizing agent; and (c) modifying the reaction conditions to become more basic than the conditions in the step (b) in order to form the -OH group in the serine residue. (a) allowing an -SH group in the cysteine residue of the peptide to react with a methylating agent to convert the -SH group of the cysteine residue to an -SMe group; (b) allowing an -SMe group obtained in the step (a) to react with a cyanizing agent; and (c) modifying the reaction conditions to become more basic than the conditions in the step (b) in order to form the -OH group in the serine residue.
A piercing member protection device comprising a longitudinal axis A, wherein said piercing member protection device comprises a protection chamber to protect at least the tip of a piercing member, said piercing member protection device further comprises a first and a second member (10, 20) arranged to each other, said first member having a first and a second end (11, 12) and an inner and outer surface (13, 14), and said second member having a first and a second end (21, 22) and an inner and outer surface (23, 24), and that said first member is arranged to slide with respect to said second member between a secured position, in which at least the tip of said piercing member is enclosed within the protection chamber so as to prevent said tip of said piercing member from exposure, and an unsecured position, in which said tip of said piercing member is arranged outside said protection chamber, said first member is further arranged to turn with respect to said second member between a locked position and an unlocked position so that when said first member is in said locked position said first member is substantially unable to slide along said longitudinal axis and when said first member is in said unlocked position said first member is enabled to slide along said longitudinal axis, said piercing member protection device further comprises a third member arranged to said second member, said third member having a first and a second end (31, 32) and an inner and outer surface (33, 34), wherein said first end of said third member comprises connection means for connecting to a first fluid container, characterized in that the first and second end (21, 22) of said second member are arranged longitudinally inwards of said first and second end (31, 32) of said third member.
A reduced viscosity polyphosphoric acid composition comprising polyphosphoric acid having an acid concentration of between 95% and 118% wt expressed as H 3 PO 4 content and from about 0,01% by weight to about 10% by weight of an additive that reduces the viscosity of the polyphosphoric acid, wherein the additive a) is selected from the group consisting of polyamines, amines, amidazoline, amidoamine, diester phosphate, triester phosphate, phosphonates, phosphinates, thiodiester phosphate, thiotriester phosphate and combinations thereof, or b) is 2-ethyl hexyl phosphoric acid, or c) is selected from the group consisting of tributylphosphate, dibutyl butyl phosphonate and combinations thereof.
Process for manufacturing a tread based on a green rubber material, characterized in that it comprises the following steps: - form a rough tread based on green rubber material comprising at least one block of tread pattern, each block of tread pattern comprising a central portion having receiving faces (13a, 13b), and a first lateral portion and a second lateral portion extending along the central portion, on either side of the central portion; - mount at least one reinforcement (7, 7a, 7b) ply on the receiving faces (13a, 13b) of the central portion, - cover the central portion with the first lateral portion and the second lateral portion so that the block of tread pattern envelops the at least one reinforcement (7, 7a, 7b) ply so that the at least one reinforcement (7, 7a, 7b) ply forms a herringbone-section profile in the block of tread pattern. - form a rough tread based on green rubber material comprising at least one block of tread pattern, each block of tread pattern comprising a central portion having receiving faces (13a, 13b), and a first lateral portion and a second lateral portion extending along the central portion, on either side of the central portion; - mount at least one reinforcement (7, 7a, 7b) ply on the receiving faces (13a, 13b) of the central portion, - cover the central portion with the first lateral portion and the second lateral portion so that the block of tread pattern envelops the at least one reinforcement (7, 7a, 7b) ply so that the at least one reinforcement (7, 7a, 7b) ply forms a herringbone-section profile in the block of tread pattern.
An extendable probe for a formation testing tool including: a piston housing having a first diameter portion and a second diameter portion thereof; a piston including a piston base and a piston conduit; a piston base seal disposed between the piston base and the first diameter portion of the piston housing, the piston base seal defining a piston base seal area; a piston conduit seal disposed between the piston conduit and the second diameter portion, the piston conduit seal defining a piston conduit seal area; a pin in operative communication with the piston housing and extending though the piston; and a pin seal disposed between the pin and the piston base, the pin seal defining a pin seal area; characterized in that the piston conduit seal, piston base seal and pin seal each are configured to adhere to the equation: piston conduit seal area = piston base seal area - pin seal area. a piston housing having a first diameter portion and a second diameter portion thereof; a piston including a piston base and a piston conduit; a piston base seal disposed between the piston base and the first diameter portion of the piston housing, the piston base seal defining a piston base seal area; a piston conduit seal disposed between the piston conduit and the second diameter portion, the piston conduit seal defining a piston conduit seal area; a pin in operative communication with the piston housing and extending though the piston; and a pin seal disposed between the pin and the piston base, the pin seal defining a pin seal area; characterized in that the piston conduit seal, piston base seal and pin seal each are configured to adhere to the equation: piston conduit seal area = piston base seal area - pin seal area.
An apparatus comprising: an artificial noise, AN, controller coupled to a digital subscriber line, DSL, transmitter and configured to adjust an AN level for a signal transmitted by the DSL transmitter, characterized in that the AN controller comprises a line noise monitor comprising an AN value predictor configured to calculate a signal to noise ratio, SNR, of the signal due to actual noise based on an actual SNR of the signal from the receiver; and wherein the AN level is adjusted based on the calculated SNR of the signal due to the actual SNR of the signal from the receiver to achieve a desired SNR for the signal. an artificial noise, AN, controller coupled to a digital subscriber line, DSL, transmitter and configured to adjust an AN level for a signal transmitted by the DSL transmitter, characterized in that the AN controller comprises a line noise monitor comprising an AN value predictor configured to calculate a signal to noise ratio, SNR, of the signal due to actual noise based on an actual SNR of the signal from the receiver; and wherein the AN level is adjusted based on the calculated SNR of the signal due to the actual SNR of the signal from the receiver to achieve a desired SNR for the signal.
A blood coagulation meter system comprising: an optical data acquisition system having an input to receive light that has interacted with a blood sample, which includes at least one of blood, blood constituents, or serum and to acquire data representing scattering of said light by multiple particles in the blood sample; and a processor operably cooperated with said optical data acquisition system and programmed to calculate a viscoelastic modulus of the blood sample and derive parameters of a blood coagulation cascade using the viscoelastic modulus, said parameters including clotting time and at least one of clot formation time, maximum clot firmness, maximum lysis, percentage of lost clot stability at a selected point in time, rate of clotting, fibrinolyis time, and clot compliance. an optical data acquisition system having an input to receive light that has interacted with a blood sample, which includes at least one of blood, blood constituents, or serum and to acquire data representing scattering of said light by multiple particles in the blood sample; and a processor operably cooperated with said optical data acquisition system and programmed to calculate a viscoelastic modulus of the blood sample and derive parameters of a blood coagulation cascade using the viscoelastic modulus, said parameters including clotting time and at least one of clot formation time, maximum clot firmness, maximum lysis, percentage of lost clot stability at a selected point in time, rate of clotting, fibrinolyis time, and clot compliance.
Composition of dietary supplement made in the form of melting gum, comprising by weight: - 3 % to 8 % of water; - 14 % to 20 % of glucose syrup; - 60 % to 80 % of sugar; - 1 % to 3 % of gelatin; - 0.1 % to 2 % of one or more flavoring substances; - 2 % to 6% of fungal lactase from Aspergillus oryzae having an enzymatic activity of 100000 units per gram of enzyme. wherein the sugar comprises 0.15% by weight of powdered sugar and the rest of crystallized sugar. - 3 % to 8 % of water; - 14 % to 20 % of glucose syrup; - 60 % to 80 % of sugar; - 1 % to 3 % of gelatin; - 0.1 % to 2 % of one or more flavoring substances; - 2 % to 6% of fungal lactase from Aspergillus oryzae having an enzymatic activity of 100000 units per gram of enzyme.
A method, which is applied in a controller, to determine the network topology in a network, wherein the method comprises: sending, from the controller, a plurality of successive detection messages to a first network device for forwarding to each network device (14, 151, 152) up to an ending network device on a to-be-detected path, each detection message including a first source IP address and a first destination IP address on the to-be-detected path, and a first identifier of the detection message, and assigning sequentially increasing values of the first identifier to the plurality of successive detection messages; receiving, at the controller, link status information reported by each network device (14, 151, 152) on the to-be-detected path in response to a respective detection message, the link status information including the first source IP address, the first destination IP address, and the first identifier comprised in the respective detection message and a device IP address of the network device; and for each received link status information, performing, at the controller, a matching between one of the plurality of successive detection messages and the to-be-detected path based on the first source IP address, the first destination IP address and the first identifier included in the received link status information, and locating, at the controller, a network position on the to-be-detected path in which the network device (14, 151, 152) is located based on the device IP address. sending, from the controller, a plurality of successive detection messages to a first network device for forwarding to each network device (14, 151, 152) up to an ending network device on a to-be-detected path, each detection message including a first source IP address and a first destination IP address on the to-be-detected path, and a first identifier of the detection message, and assigning sequentially increasing values of the first identifier to the plurality of successive detection messages; receiving, at the controller, link status information reported by each network device (14, 151, 152) on the to-be-detected path in response to a respective detection message, the link status information including the first source IP address, the first destination IP address, and the first identifier comprised in the respective detection message and a device IP address of the network device; and for each received link status information, performing, at the controller, a matching between one of the plurality of successive detection messages and the to-be-detected path based on the first source IP address, the first destination IP address and the first identifier included in the received link status information, and locating, at the controller, a network position on the to-be-detected path in which the network device (14, 151, 152) is located based on the device IP address.
A component manufacturing apparatus comprising a chucking and fixing means that chucks and fixes a component holding film to a heated surface of a chuck table, wherein a component to be held to the film is a component selected from a semiconductor component, a precursor of the semiconductor component, an electronic component, and a precursor of the electronic component, characterized in that: the apparatus comprises a preventing means that prevents heat convection, occurring on the surface of the chuck table, from contacting the film to which the component is held. a component to be held to the film is a component selected from a semiconductor component, a precursor of the semiconductor component, an electronic component, and a precursor of the electronic component, characterized in that: the apparatus comprises a preventing means that prevents heat convection, occurring on the surface of the chuck table, from contacting the film to which the component is held.
A disc brake for a utility vehicle, with a brake caliper comprising a brake disc and a brake application device arranged in the brake caliper and exhibiting at least one brake plunger, with an adjusting spindle and a front end form-fitting element engaging into a profile of a pad carrier plate which can be pressed against the brake disc during braking, wherein the form-fitting element is composed of an exchangeable insert exhibiting at least one profiling and being embedded in a recess of a pressure piece formed as a smooth surface on its side facing the pad carrier plate and being attached to the adjusting spindle so as to be rotatable, with the profiling being raised with respect to the pressure piece's adjacent surface, characterized in that the wall of the form-fitting element that is formed as a cup-like insert, embedded in the pressure piece, and connected thereto in a form-fit, friction-fit or material-fit manner, rests against the pressure piece's recess on the shell side and against a pressure piece bearing with its inner side, which pressure piece bearing is held on a pin provided on the front end of the adjusting spindle.
A method for determining a control channel search space at a user equipment, UE, or a base station serving the UE, comprising: determining numbers of two enhanced physical downlink control channel, EPDCCH, sets used for EPDCCH transmission; determining, according to the numbers of the two EPDCCH sets, location offsets of search spaces corresponding to the two EPDCCH sets; and determining, according to the location offsets of the search spaces corresponding to the two EPDCCH sets, the search spaces corresponding to the two EPDCCH sets; characterized in that the determining, according to the numbers of the two EPDCCH sets, location offsets of search spaces corresponding to the two EPDCCH sets comprises: determining, according to the following formula, the location offsets of the search spaces corresponding to the two EPDCCH sets: Y k c = A c ⋅ Y k − 1 c mod 65537 wherein c is a number of one of the two EPDCCH sets, Y k c is a location offset of a search space corresponding to the EPDCCH set whose number is c in the k th subframe, Y -1 = n RNTI ≠ 0, k = └n s /2┘, n RNTI is an identifier of the UE, and n s is a timeslot number; wherein when c=0, A = 39827; and when c=1, A = 39829. determining numbers of two enhanced physical downlink control channel, EPDCCH, sets used for EPDCCH transmission; determining, according to the numbers of the two EPDCCH sets, location offsets of search spaces corresponding to the two EPDCCH sets; and determining, according to the location offsets of the search spaces corresponding to the two EPDCCH sets, the search spaces corresponding to the two EPDCCH sets; characterized in that the determining, according to the numbers of the two EPDCCH sets, location offsets of search spaces corresponding to the two EPDCCH sets comprises: determining, according to the following formula, the location offsets of the search spaces corresponding to the two EPDCCH sets: Y k c = A c ⋅ Y k − 1 c mod 65537 wherein c is a number of one of the two EPDCCH sets, Y k c is a location offset of a search space corresponding to the EPDCCH set whose number is c in the k th subframe, Y -1 = n RNTI ≠ 0, k = └n s /2┘, n RNTI is an identifier of the UE, and n s is a timeslot number; wherein when c=0, A = 39827; and when c=1, A = 39829. determining, according to the following formula, the location offsets of the search spaces corresponding to the two EPDCCH sets: Y k c = A c ⋅ Y k − 1 c mod 65537 wherein c is a number of one of the two EPDCCH sets, Y k c is a location offset of a search space corresponding to the EPDCCH set whose number is c in the k th subframe, Y -1 = n RNTI ≠ 0, k = └n s /2┘, n RNTI is an identifier of the UE, and n s is a timeslot number; wherein when c=0, A = 39827; and when c=1, A = 39829. wherein c is a number of one of the two EPDCCH sets, Y k c is a location offset of a search space corresponding to the EPDCCH set whose number is c in the k th subframe, Y -1 = n RNTI ≠ 0, k = └n s /2┘, n RNTI is an identifier of the UE, and n s is a timeslot number; wherein when c=0, A = 39827; and when c=1, A = 39829.
A medical device comprising: a substrate comprising a plurality of fibers, the substrate defining a central portion and a peripheral portion; a first bioactive agent and a second bioactive agent disposed on at least a portion of the substrate, wherein a lower concentration of the first bioactive agent is on the central portion of the substrate; characterized in that: the second bioactive agent is disposed within a plurality of polymeric capsules in a flowable state, the polymeric capsules being positioned on an intermediate portion of the substrate between the central portion and the peripheral portion. a substrate comprising a plurality of fibers, the substrate defining a central portion and a peripheral portion; a first bioactive agent and a second bioactive agent disposed on at least a portion of the substrate, wherein a lower concentration of the first bioactive agent is on the central portion of the substrate; characterized in that: the second bioactive agent is disposed within a plurality of polymeric capsules in a flowable state, the polymeric capsules being positioned on an intermediate portion of the substrate between the central portion and the peripheral portion.
An automatic dishwashing composition, comprising: a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; wherein the dispersant polymer has a lactone end group and wherein the dispersant polymer has a weight average molecular weight of 1,500 to 6,000. a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid;