mhurhangee/ep-ind-claims huggingface dataset:
Horological electronic device comprising: - a volatile memory comprising configuration data, - a motor driver with a setup interface for receiving said configuration data, wherein the motor driver is adapted to control and to power a motor according to the configuration data; and - a configuration circuit for said motor driver, the configuration circuit comprising a memory controller and configuration registers (18 1,18 2,..., 18 N), wherein the configuration data is transferred from said non volatile memory, via said configuration registers, to the setup interface due to a refresh signal sent from the motor driver to the memory-controller; characterized in that the configuration circuit comprises an additional circuitry (11, 12, 13, 15) configured to detect a change in the configuration registers, wherein this additional circuitry is connected to the motor driver and provides this motor driver with a change signal in order to trigger the refresh signal only when this change signal indicates said change in the configuration registers. - a volatile memory comprising configuration data, - a motor driver with a setup interface for receiving said configuration data, wherein the motor driver is adapted to control and to power a motor according to the configuration data; and - a configuration circuit for said motor driver, the configuration circuit comprising a memory controller and configuration registers (18 1,18 2,..., 18 N), wherein the configuration data is transferred from said non volatile memory, via said configuration registers, to the setup interface due to a refresh signal sent from the motor driver to the memory-controller;
A non-aqueous radiation curable composition comprising at least one (meth)acrylated acrylic polymer comprising pendant hydroxyl groups which is the reaction product of: a) At least one water-insoluble (meth)acrylic polymer comprising pendant hydroxyl groups which is the reaction product of: a1) at least one hydroxy functional ethylenically unsaturated monomer, and a2) at least one ethylenically unsaturated monomer which is different from, and b) At least one isocyanate group-containing monoadduct comprising at least one (meth)acrylate group and which attaches to the water-insoluble (meth)acrylic polymer comprising pendant hydroxyl groups by an urethane linkage and which is the reaction product of: b1) at least one polyisocyanate, and b2) at least one hydroxy functional (meth)acrylate monomer, wherein the equivalent ratio of NCO groups to OH groups of the radiation curable composition is from 1:0,5 to 1:10 and the glass transition temperature (Tg) of the radiation curable composition after the acrylation is at least 10°C, wherein the glass transition temperature (Tg) is measured by dynamic scanning calorimetry according to the standard ASTM E1356-08 and wherein the OH groups and the NCO groups are determined by the methods mentioned in the specification. a) At least one water-insoluble (meth)acrylic polymer comprising pendant hydroxyl groups which is the reaction product of: a1) at least one hydroxy functional ethylenically unsaturated monomer, and a2) at least one ethylenically unsaturated monomer which is different from, and a1) at least one hydroxy functional ethylenically unsaturated monomer, and a2) at least one ethylenically unsaturated monomer which is different from, and b) At least one isocyanate group-containing monoadduct comprising at least one (meth)acrylate group and which attaches to the water-insoluble (meth)acrylic polymer comprising pendant hydroxyl groups by an urethane linkage and which is the reaction product of: b1) at least one polyisocyanate, and b2) at least one hydroxy functional (meth)acrylate monomer, b1) at least one polyisocyanate, and b2) at least one hydroxy functional (meth)acrylate monomer, wherein the equivalent ratio of NCO groups to OH groups of the radiation curable composition is from 1:0,5 to 1:10 and the glass transition temperature (Tg) of the radiation curable composition after the acrylation is at least 10°C, wherein the glass transition temperature (Tg) is measured by dynamic scanning calorimetry according to the standard ASTM E1356-08 and wherein the OH groups and the NCO groups are determined by the methods mentioned in the specification.
A method of manufacturing a valve apparatus in which a sliding-contact surface of a movable member and a sliding-contact surface of a stationary member are put in sliding contact with each other in accordance with opening/closing of a valve, the method comprising: forming a cladding portion (102a, 102b) on the sliding-contact surface of the movable member, by inducing a pulsed discharge between an electrode, which is formed of a molded body consisting mainly of a metal, and a treatment target portion of the movable member, in a liquid or a gas with an electrical insulation property, so as to weld and deposit a material of the electrode on a surface of the treatment target portion; and forming a first coating film with an oxidation resistance characteristic and hardness on the sliding-contact surface of the stationary member, through processes in which the stationary member is buried in a carburizer and subjected to heat treatment for a predetermined time, and then the stationary member is buried in a powder including chromium or titanium and subjected to heat treatment for a predetermined time, and thereafter surface-hardening heat treatment using a metallic cementation which includes thermal refining heat treatment and tempering heat treatment is performed. forming a cladding portion (102a, 102b) on the sliding-contact surface of the movable member, by inducing a pulsed discharge between an electrode, which is formed of a molded body consisting mainly of a metal, and a treatment target portion of the movable member, in a liquid or a gas with an electrical insulation property, so as to weld and deposit a material of the electrode on a surface of the treatment target portion; and forming a first coating film with an oxidation resistance characteristic and hardness on the sliding-contact surface of the stationary member, through processes in which the stationary member is buried in a carburizer and subjected to heat treatment for a predetermined time, and then the stationary member is buried in a powder including chromium or titanium and subjected to heat treatment for a predetermined time, and thereafter surface-hardening heat treatment using a metallic cementation which includes thermal refining heat treatment and tempering heat treatment is performed.
A method for determining wash timing of a turbine engine comprising a controller, further comprising: accessing a turbomachinery degradation model stored in a memory, wherein the turbomachinery degradation model is configured to model degradation of a turbine system over time; receiving an input signal from one or more sensors; deriving a wash point using the turbomachinery degradation model characterized in: receiving a target power; deriving a wash point using the target power, wherein the deriving the wash point comprises measuring when a sustained power output of the turbine system no longer maintains a constant output; determining whether the turbine system has reached the wash point based on the input signal; and controlling the turbine system to enter a wash mode. accessing a turbomachinery degradation model stored in a memory, wherein the turbomachinery degradation model is configured to model degradation of a turbine system over time; receiving an input signal from one or more sensors; deriving a wash point using the turbomachinery degradation model characterized in: receiving a target power; deriving a wash point using the target power, wherein the deriving the wash point comprises measuring when a sustained power output of the turbine system no longer maintains a constant output; determining whether the turbine system has reached the wash point based on the input signal; and controlling the turbine system to enter a wash mode. receiving a target power; deriving a wash point using the target power, wherein the deriving the wash point comprises measuring when a sustained power output of the turbine system no longer maintains a constant output; determining whether the turbine system has reached the wash point based on the input signal; and controlling the turbine system to enter a wash mode.
A wound closure device comprising: a first self dissecting tissue anchor which is substantially axial in shape and includes a tissue penetrating distal end; a first suture filament fixedly coupled to the first tissue anchor at a proximal end and extending along a length to a free distal end; a second self dissecting tissue anchor which is substantially axial in shape and includes a tissue penetrating distal end; a second suture filament fixedly coupled to the second tissue anchor at a proximal end and extending along a length to a free distal end; wherein the first suture filament forms a slip knot at its proximal end substantially adjacent the first tissue anchor; wherein the second suture filament forms a slip knot at its proximal end substantially adjacent the second tissue anchor; and wherein the length of the first suture filament passes through the slip knot of the second suture filament and the length of the second suture filament passes through the slip knot of the first suture filament. a first self dissecting tissue anchor which is substantially axial in shape and includes a tissue penetrating distal end; a first suture filament fixedly coupled to the first tissue anchor at a proximal end and extending along a length to a free distal end; a second self dissecting tissue anchor which is substantially axial in shape and includes a tissue penetrating distal end; a second suture filament fixedly coupled to the second tissue anchor at a proximal end and extending along a length to a free distal end; wherein the first suture filament forms a slip knot at its proximal end substantially adjacent the first tissue anchor; wherein the second suture filament forms a slip knot at its proximal end substantially adjacent the second tissue anchor; and wherein the length of the first suture filament passes through the slip knot of the second suture filament and the length of the second suture filament passes through the slip knot of the first suture filament.
An electrophoretic device comprising a first electrode and a second electrode spaced apart from said first electrode, and between said electrodes an electrophoretic cell containing an electrophoretic ink and one or more optically-transparent, non-planar, solid polymer elements, said ink including charged particles of at least one type suspended in an optically-transparent suspending fluid, at a visible wavelength the refractive indices of said solid polymer elements and said suspending fluid being matched to have a difference of less than 0.0075, characterized in that: for half or more of an operating temperature range of said device spanning at least 30 degrees Celsius, the thermo-optic coefficients, the respective differential dn/dT of the refractive index n with respect to temperature T, of the solid polymer elements and the suspending fluid are matched to have an arithmetic-mean difference of less than 0.0002/K in magnitude.
A sensor system comprising: a process transducer disposed within a thermowell and configured to produce a first sensor signal; an unpowered vibration sensor configured to produce a second sensor signal (V out) reflecting vibration of the thermowell; and a process transmitter configured to receive, process, and transmit the first and second sensor signals, characterised in that: the vibration sensor has a natural resonant frequency (f s) closely matching a resonant frequency (f r) of the thermowell. a process transducer disposed within a thermowell and configured to produce a first sensor signal; an unpowered vibration sensor configured to produce a second sensor signal (V out) reflecting vibration of the thermowell; and a process transmitter configured to receive, process, and transmit the first and second sensor signals, characterised in that: the vibration sensor has a natural resonant frequency (f s) closely matching a resonant frequency (f r) of the thermowell.
An anti-TRAII,-R1 VHH single-chain antibody, comprising CDR1 comprising the amino acid sequence as shown in SEQ ID NO: 22, CDR2 comprising the amino acid sequence as shown in SEQ ID NO: 23; and CDR3 comprising the amino acid sequence as shown in SEQ ID NO: 24. CDR1 comprising the amino acid sequence as shown in SEQ ID NO: 22, CDR2 comprising the amino acid sequence as shown in SEQ ID NO: 23; and CDR3 comprising the amino acid sequence as shown in SEQ ID NO: 24.
A method for enabling access to process data of a food production plant controlled by a control system, said method comprising receiving, by a central server, properties of the food production plant from the control system, generating a data model based on the properties, said data model comprising data model properties, wherein the data model is control system type independent, transmitting the data model properties to an application programming interface tool, receiving adapted data model properties from the API tool, updating the data model based on the adapted data model properties, receiving, by the central server, plant design data from a plant design tool, generating an API based on the data model and the plant design data, and transmitting the API to a monitoring device, thereby providing for that the monitoring device is enabled to receive the process data from the food production plant, wherein the API provides for that the monitoring device is configured to receive the process data directly from at least one sensor (106a-f) of the food production plant, wherein the process data is sensor data inaccessible to the control system. receiving, by a central server, properties of the food production plant from the control system, generating a data model based on the properties, said data model comprising data model properties, wherein the data model is control system type independent, transmitting the data model properties to an application programming interface tool, receiving adapted data model properties from the API tool, updating the data model based on the adapted data model properties, receiving, by the central server, plant design data from a plant design tool, generating an API based on the data model and the plant design data, and transmitting the API to a monitoring device, thereby providing for that the monitoring device is enabled to receive the process data from the food production plant, wherein the API provides for that the monitoring device is configured to receive the process data directly from at least one sensor (106a-f) of the food production plant, wherein the process data is sensor data inaccessible to the control system.
An operation amount detecting apparatus that converts a rotational motion of an operation member to a linear motion of an operation rod and detects an operation amount transmitted to an operation target member, comprising: a coupling shaft that couples the operation member with the operation rod; and a detection unit (30a, 30b, 31a, 31b, 43, 63a, 63b, 77a, 77b) that detects an elastic deformation amount of an elastic member and outputs the elastic deformation amount as an operation amount; characterized in that one side of the elastic member is supported at a support position of the operation member which is away in a direction orthogonal to an axis line direction of the operation rod with respect to the coupling shaft and the other side of which is coupled with the coupling shaft; and both end portions along a longitudinal direction of the elastic member are coupled with the support position as the one side, and an intermediate portion between the end portions of the elastic member is coupled with the coupling shaft as the other side. a coupling shaft that couples the operation member with the operation rod; and a detection unit (30a, 30b, 31a, 31b, 43, 63a, 63b, 77a, 77b) that detects an elastic deformation amount of an elastic member and outputs the elastic deformation amount as an operation amount; characterized in that one side of the elastic member is supported at a support position of the operation member which is away in a direction orthogonal to an axis line direction of the operation rod with respect to the coupling shaft and the other side of which is coupled with the coupling shaft; and both end portions along a longitudinal direction of the elastic member are coupled with the support position as the one side, and an intermediate portion between the end portions of the elastic member is coupled with the coupling shaft as the other side.
A composition comprising: a melt polycarbonate resin derived from diphenyl carbonate; and an interfacial polycarbonate resin mixed with the melt polycarbonate resin, wherein the interfacial polycarbonate has an endcap of p-cumyl phenol, wherein the composition comprises 20 wt% to 80 wt% of the melt polycarbonate resin relative to 100 wt% of all polycarbonate resin in the composition, wherein the melt polycarbonate has a melt volume rate from 20 cm 3 /min to 30 cm 3 /min, as determined in accordance with ISO 1133 at 1.2 kg and 300°C, wherein the composition exhibits a melt volume rate as determined in accordance with ISO 1133 of between 21 cm 3 /10 minutes and 26 cm 3 /10 minutes at 1.2 kg and 300 °C, wherein an article formed from the composition exhibits an IZOD Notched Impact performance as determined in accordance with ISO 180-1A that is greater than an IZOD Notched Impact performance of an article formed from a comparator composition consisting essentially of the melt polycarbonate resin at a temperature in the range of -20 °C and 10 °C. a melt polycarbonate resin derived from diphenyl carbonate; and an interfacial polycarbonate resin mixed with the melt polycarbonate resin, wherein the interfacial polycarbonate has an endcap of p-cumyl phenol, wherein the composition comprises 20 wt% to 80 wt% of the melt polycarbonate resin relative to 100 wt% of all polycarbonate resin in the composition, wherein the melt polycarbonate has a melt volume rate from 20 cm 3 /min to 30 cm 3 /min, as determined in accordance with ISO 1133 at 1.2 kg and 300°C, wherein the composition exhibits a melt volume rate as determined in accordance with ISO 1133 of between 21 cm 3 /10 minutes and 26 cm 3 /10 minutes at 1.2 kg and 300 °C, wherein an article formed from the composition exhibits an IZOD Notched Impact performance as determined in accordance with ISO 180-1A that is greater than an IZOD Notched Impact performance of an article formed from a comparator composition consisting essentially of the melt polycarbonate resin at a temperature in the range of -20 °C and 10 °C.
A communication device for handling data transmission in an unlicensed band, comprising: a storage unit, for storing instructions; a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, instructions of: receiving an uplink, UL, grant in the unlicensed band from a network, wherein the UL grant indicates a first plurality of resource blocks for transmitting data; transmitting the data in the first plurality of resource blocks of the unlicensed band to the network according to the UL grant; characterising by transmitting a preamble, in a second plurality of resource blocks of the unlicensed band, to the network according to at least the UL grant, wherein the preamble indicates the transmission of the data to the network. a storage unit, for storing instructions; a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, instructions of: receiving an uplink, UL, grant in the unlicensed band from a network, wherein the UL grant indicates a first plurality of resource blocks for transmitting data; transmitting the data in the first plurality of resource blocks of the unlicensed band to the network according to the UL grant; characterising by transmitting a preamble, in a second plurality of resource blocks of the unlicensed band, to the network according to at least the UL grant, wherein the preamble indicates the transmission of the data to the network. receiving an uplink, UL, grant in the unlicensed band from a network, wherein the UL grant indicates a first plurality of resource blocks for transmitting data; transmitting the data in the first plurality of resource blocks of the unlicensed band to the network according to the UL grant; characterising by transmitting a preamble, in a second plurality of resource blocks of the unlicensed band, to the network according to at least the UL grant, wherein the preamble indicates the transmission of the data to the network.
Lifter for rotating kilns made of refractory material, comprising: a base unit comprising a top surface, a contact surface opposite the top surface; a head unit comprising a lower surface and a contact surface opposite the lower surface; a fastener for releasably attaching the head unit to the base unit in such a way that the contact surfaces (12, 22) are in mutual contact after attachment in which the fastener comprises: - a base anchor, and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, the base unit comprises a base housing for accommodating the base anchor, and wherein the base anchor comprises a cylindrical base with a polygonal base and the base housing has a shape complementary to the shape of the base anchor. a base unit comprising a top surface, a contact surface opposite the top surface; a head unit comprising a lower surface and a contact surface opposite the lower surface; a fastener for releasably attaching the head unit to the base unit in such a way that the contact surfaces (12, 22) are in mutual contact after attachment in which the fastener comprises: - a base anchor, and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, - a base anchor, and - a head anchor cooperating directly or indirectly with the base anchor to ensure the attachment, the base unit comprises a base housing for accommodating the base anchor, and wherein the base anchor comprises a cylindrical base with a polygonal base and the base housing has a shape complementary to the shape of the base anchor.