mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a particulate water-absorbing agent comprising: a polymerization step for obtaining a polymer gel; a drying step for drying the polymer gel to obtain a dried substance; a pulverization step for pulverizing the dried substance or the polymer gel to obtain a particulate water-absorbing resin; a classification step for sieving the particulate water-absorbing resin; and a transporting step for transporting the products produced in each of the steps to other steps; wherein one or more steps selected from the pulverization step, the classification step, and the transporting step after the pulverization step are set under reduced pressure state, and wherein the pulverization step is set under reduced pressure state. a polymerization step for obtaining a polymer gel; a drying step for drying the polymer gel to obtain a dried substance; a pulverization step for pulverizing the dried substance or the polymer gel to obtain a particulate water-absorbing resin; a classification step for sieving the particulate water-absorbing resin; and a transporting step for transporting the products produced in each of the steps to other steps; wherein one or more steps selected from the pulverization step, the classification step, and the transporting step after the pulverization step are set under reduced pressure state, and wherein the pulverization step is set under reduced pressure state.
A method, comprising: performing, by one or more computing devices: maintaining, at a network entity registry, a plurality of network entity entries each specifying network address information for a respective network entity and a name or an identifier of a network entity handle included in a respective one or more network traffic policies enforced at a plurality of network traffic controllers (122b, 124b, 134b, 144b), wherein each of the plurality of network traffic controllers enforce respective network traffic policies for one or more addressable elements (122a, 124a, 134a, 144a) within a provider network; for a given network entity entry, providing, to network traffic controllers of a subset of network traffic controllers enforcing network traffic policies, the network address information specified in the given network entity entry including the name or the identifier of the network entity handle in order to enforce the network traffic policies according to the network address information specified in the given network entity entry. maintaining, at a network entity registry, a plurality of network entity entries each specifying network address information for a respective network entity and a name or an identifier of a network entity handle included in a respective one or more network traffic policies enforced at a plurality of network traffic controllers (122b, 124b, 134b, 144b), wherein each of the plurality of network traffic controllers enforce respective network traffic policies for one or more addressable elements (122a, 124a, 134a, 144a) within a provider network; for a given network entity entry, providing, to network traffic controllers of a subset of network traffic controllers enforcing network traffic policies, the network address information specified in the given network entity entry including the name or the identifier of the network entity handle in order to enforce the network traffic policies according to the network address information specified in the given network entity entry.
A method implemented by computer for transmitting data frames of a sender network domain to at least one receiver network domain, the network switch comprising at least a central memory, receiver network ports and sender network ports, the method comprising the steps of: - receiving on a network switch at least one incoming frame of data of a sender network domain; the incomimg frame having a header and an application data load; - identifying in the application data load of the at least one frame received, of each part corresponding to a different addressee network domain; - disassembling the application data load to extract the application data of each identified part; - writing said application data of each part in an assigned memory area of the central memory of the network switch; - waiting a certain time to allow the accumulation of a certain amount of data for each receiver network domain, this time being calculated a priori before the reception of at least one incoming frame and respecting end-to-end time restrictions; - constructing an outgoing data frame for each addressee network domain after said time period, each outgoing data frame comprising a header and an application data load containing solely data of the memory area assigned to the corresponding addressee network domain; and - dispatching each outgoing data frame to a sender network port assigned to the corresponding addressee network domain. - receiving on a network switch at least one incoming frame of data of a sender network domain; the incomimg frame having a header and an application data load; - identifying in the application data load of the at least one frame received, of each part corresponding to a different addressee network domain; - disassembling the application data load to extract the application data of each identified part; - writing said application data of each part in an assigned memory area of the central memory of the network switch; - waiting a certain time to allow the accumulation of a certain amount of data for each receiver network domain, this time being calculated a priori before the reception of at least one incoming frame and respecting end-to-end time restrictions; - constructing an outgoing data frame for each addressee network domain after said time period, each outgoing data frame comprising a header and an application data load containing solely data of the memory area assigned to the corresponding addressee network domain; and - dispatching each outgoing data frame to a sender network port assigned to the corresponding addressee network domain.
Part of a motor vehicle from plastic molding, comprising an attachment barrel to an equipment in which the equipment is an optical block and the part is a housing for optical block to a tailgate or front face of a motor vehicle, characterized in that the attachment barrel has an axis oriented according to the part release direction, and the attachment barrel is steerable so as to orient its axis in a direction different from the part release direction.
A baler comprises a flywheel and a connection, the flywheel connected by a cardan coupling to the connection, the connection being configured for connection to a PTO of a tractor, so that the flywheel may be driven by the PTO, in which the connection comprises a housing; an input shaft to be connected to the PTO, the input shaft being mounted for rotation in a first part of the housing; an output shaft to be connected to the cardan coupling, the output shaft being mounted for rotation in a second part of the housing; an intermediate gear being mounted for rotation in the housing between the input shaft and the output shaft, characterised in that the intermediate gear is disposed parallel to the input shaft and adapted to drive the output shaft; and in that the input shaft is provided with a displaceable geared collar adapted to engage the intermediate gear with either a first lower gear ratio or a second higher gear ratio. a housing; an input shaft to be connected to the PTO, the input shaft being mounted for rotation in a first part of the housing; an output shaft to be connected to the cardan coupling, the output shaft being mounted for rotation in a second part of the housing; an intermediate gear being mounted for rotation in the housing between the input shaft and the output shaft, characterised in that the intermediate gear is disposed parallel to the input shaft and adapted to drive the output shaft; and in that the input shaft is provided with a displaceable geared collar adapted to engage the intermediate gear with either a first lower gear ratio or a second higher gear ratio.
A process for manufacturing a dual tag, the process comprising: providing a web structure having a dielectric layer between a first metal layer and a second metal layer; depositing a first resist on the first metal layer, wherein deposition of the first resist on the first metal layer defines a radio frequency coil and a first electrode of an RF capacitor; depositing the first resist on the second metal layer, wherein deposition of the first resist on the second metal layer defines a second electrode of the RF capacitor; depositing a second resist on the second metal layer, wherein deposition of one of the first resist or the second resist on the second metal layer defines a far field antenna and a near field antenna; and etching the first and second metal layers to form the RF coil, the RF capacitor, the far field antenna, and the near field antenna, wherein the first resist and the second resist are different types of resist materials and a removal process for the second resist does not remove the first resist. providing a web structure having a dielectric layer between a first metal layer and a second metal layer; depositing a first resist on the first metal layer, wherein deposition of the first resist on the first metal layer defines a radio frequency coil and a first electrode of an RF capacitor; depositing the first resist on the second metal layer, wherein deposition of the first resist on the second metal layer defines a second electrode of the RF capacitor; depositing a second resist on the second metal layer, wherein deposition of one of the first resist or the second resist on the second metal layer defines a far field antenna and a near field antenna; and etching the first and second metal layers to form the RF coil, the RF capacitor, the far field antenna, and the near field antenna, wherein the first resist and the second resist are different types of resist materials and a removal process for the second resist does not remove the first resist.
A control apparatus for a hybrid vehicle provided with an engine, a first electric motor (MG1; 102) connected to said engine, a second electric motor (MG2; RMG) connected to wheels (40L, 40R) of the hybrid vehicle, an electric-energy storage device for supplying an electric energy to said first and second electric motors, a clutch (26, 152, 154, 166) interposed between said engine and said wheels and configured to selectively place a power transmitting path therebetween in a power transmitting state and a power cut-off state, and drive state determining means for selectively establishing one of a first drive state in which a vehicle drive force is generated primarily by said second electric motor operated with the electric energy supplied from said electric-energy storage device while said engine is placed in a rest state, and a second drive state in which the power transmitting path between said engine and said wheels is placed in the power cut-off state by said clutch while said first electric motor is operated with a drive force of said engine, to generate an electric energy and in which the vehicle drive force is generated primarily by said second electric motor operated with at least one of the electric energy generated by said first electric motor and the electric energy supplied from said electric-energy storage device, said control apparatus being characterized by comprising hybrid drive control means for controlling the hybrid vehicle such that the vehicle drive force generated in said second drive state at a given value of an operation amount of an accelerator pedal is larger than that generated in said first drive state.
A portable system for oxygenating blood comprising: (a) an implantable blood pump configured to be implanted in a patient, wherein the blood pump has an outlet and an inlet adapted for communication with the circulatory system of a mammalian subject at an inlet location; (b) one or more return fittings adapted for communication with the circulatory system of the subject at one or more return locations remote from the inlet location; (c) an extracorporeal, portable blood oxygenator having a blood inlet releasably connectable in communication with the outlet of the pump and a blood outlet releasably connectable in communication with one of said return fittings; and (d) a bypass conduit adapted to connect the outlet of the blood pump in communication with one of said return fittings at least when the oxygenator is disconnected. (a) an implantable blood pump configured to be implanted in a patient, wherein the blood pump has an outlet and an inlet adapted for communication with the circulatory system of a mammalian subject at an inlet location; (b) one or more return fittings adapted for communication with the circulatory system of the subject at one or more return locations remote from the inlet location; (c) an extracorporeal, portable blood oxygenator having a blood inlet releasably connectable in communication with the outlet of the pump and a blood outlet releasably connectable in communication with one of said return fittings; and (d) a bypass conduit adapted to connect the outlet of the blood pump in communication with one of said return fittings at least when the oxygenator is disconnected.
A resin composition for core-sheath type bi-component fiber comprising: core component comprising homopolypropylene fulfilling the following requirements (i) to (v); and sheath component comprising high density polyethylene having density measured according to ASTM D1505 of 0.930 g/cm 3 or more: (i) molecular weight distribution of 2.4 or less, (ii) residual stress rate of 0.05% or less, (iii) melt index, measured under load of 2.16 kg at 230°C according to ASTM D1238, of 20 to 40g/10min, (iv) tacticity of 98% or more, (v) melting point of 155°C or less, wherein (ii) the residual stress rate and (v) the melting point are measured in accordance with the methods indicated in the description. core component comprising homopolypropylene fulfilling the following requirements (i) to (v); and sheath component comprising high density polyethylene having density measured according to ASTM D1505 of 0.930 g/cm 3 or more: (i) molecular weight distribution of 2.4 or less, (ii) residual stress rate of 0.05% or less, (iii) melt index, measured under load of 2.16 kg at 230°C according to ASTM D1238, of 20 to 40g/10min, (iv) tacticity of 98% or more, (v) melting point of 155°C or less, (i) molecular weight distribution of 2.4 or less, (ii) residual stress rate of 0.05% or less, (iii) melt index, measured under load of 2.16 kg at 230°C according to ASTM D1238, of 20 to 40g/10min, (iv) tacticity of 98% or more, (v) melting point of 155°C or less, wherein (ii) the residual stress rate and (v) the melting point are measured in accordance with the methods indicated in the description.
A method of predicting, before seroconversion, a risk of a subject for Type 1 diabetes (T1D) comprising the following steps: a) determining a gene expression profile of at least FOLR3 in a sample obtained from said subject, and b) using said gene expression profile for the prediction of the probability of the subject to develop T1D. a) determining a gene expression profile of at least FOLR3 in a sample obtained from said subject, and b) using said gene expression profile for the prediction of the probability of the subject to develop T1D.
Intraoral orthodontic device to be worn on teeth, in particular designed as a dental splint, characterized in that - the device comprises a core and a cap layer at least partially covering the core, - a bio-based material, namely cellulose-based composites or molecules, forms an outer surface of the device and is thus used as the cap layer, - wherein the bio-based material comprises a non-fossil carbon content containing a detectable portion of the carbon isotope 14 C, and - wherein a melting temperature of the core T m,core is at least 20°C higher than the melting temperature of the cap layer T m,cap, - such that a compound material is produced at an interface between core and cap layer during thermoforming of the device. - the device comprises a core and a cap layer at least partially covering the core, - a bio-based material, namely cellulose-based composites or molecules, forms an outer surface of the device and is thus used as the cap layer, - wherein the bio-based material comprises a non-fossil carbon content containing a detectable portion of the carbon isotope 14 C, and - wherein a melting temperature of the core T m,core is at least 20°C higher than the melting temperature of the cap layer T m,cap, - such that a compound material is produced at an interface between core and cap layer during thermoforming of the device.
A composition comprising a monoclonal MASP-2 inhibitory antibody or fragment thereof which inhibits MASP-2-dependent lectin complement activation for use in the treatment of a subject suffering from, or at risk for developing non-Factor H-dependent atypical hemolytic uremic syndrome (aHUS), wherein prior to administration of the composition the subject is determined to exhibit one or more symptoms selected from the group consisting of (i) anemia, (ii) thrombocytopenia (iii) renal insufficiency and (iv) rising creatinine, and wherein said MASP-2 antibody or fragment thereof specifically binds to a portion of SEQ ID NO:6 and selectively inhibits MASP-2 dependent lectin complement pathway activation while leaving Clq-dependent classical complement pathway activation intact.
A cutting device for timber, a trimmer, that comprises several saw assemblies that are arranged next to each other and that can be selectively influenced, each one of which comprising a pivoted arm at one end of which a saw blade is mounted in bearings in a manner that allows rotation and whose second end is mounted in bearings in a manner that allows rotation for pivoting upwards and downwards in a vertical plane around a shaft, a set and actuating device that includes a motor whose drive shaft is in motion-transferring connection through a crank arm mechanism with the pivoted arm that supports the saw blade in order to pivot from a rear inactive position the saw assembly forwards to a cutting position towards the timber members that are transported on a transporter preferably provided with carriers in which a connection point between a crank arm and a crankshaft, which connection point is a component of the crank arm mechanism, describes upwards and downwards directed motion, a motor-driven shaft and a transmission that is a component of each saw assembly and that acts between the motor-driven shaft and the saw blade, in which when cutting orders from a previous sorting operation are received one of the saw assemblies is pivoted to a cutting position at which the saw blade is located in the pathway of the arriving timber member, wherein the motor of the set and actuating device motor is a servomotor with whose motion-control circuit the angular position of the drive shaft and in this way also the angular position of the connection point can be controlled and monitored during the cutting motion and that the crank arm, through the influence of the servomotor is arranged to carry out a crank action over a limited crank sector where the connection point moves forwards and backwards along an arc of a circle between an upper and a lower end position (p1, p2) during the cutting motion, wherein the crank action for the connection point takes place through an angle (Θ) that does not exceed an angular region between an upper dead point position (ÖD) for the crank arm and a lower dead point position for the crank arm.
Rotary machine comprising a stator, a rotor having at least one rotor shaft rotating around a vertical axis (X-X) and supported in said stator by at least two radial magnetic bearings (18, 20), and a device for detecting the axial position of the rotor shaft, the device comprising a sensor stator ring, secured to the stator, made from ferromagnetic material, facing one end of the rotor shaft and arranged so as to leave an axial airgap (e0+x) with said one end of the rotor shaft, said sensor stator ring comprising at least two parallel annular slots (32, 33) located on the same radial plane and each receiving an annular induction coil (34, 35), said annular induction coil (34, 35) being electrically connected in series and wound in opposite direction, the rotor shaft being made from solid magnetic steel, such that the end of the rotor shaft acts as a target surface whose axial position is to be measured by the sensor stator ring, characterized in that the device comprises an electrical circuit for powering the induction coils (32, 34), said electrical circuit comprising a first AC voltage source connected to a first end of the set of coils (34, 35) connected in series, and at a point located at a reference voltage, a capacitor connected in parallel to the set of coils (34, 35), to the first and second end (42, 45) of the set of coils (34, 35), an AC current detector device arranged between the second end of the set of coils and the reference voltage adapted to deliver information about the magnitude of the current flowing between the second end of the set of coils and the reference voltage, said information representing the value of a modification (x) in the length of the airgap, a second AC voltage source and a first resistor connected in series on a line connected in parallel to the AC current detector device.
Device for pre-washing comminuted plastics material components and for separating heavy materials or mineral components, such as sand, silt, etcetera, having a material dispenser for the plastics material components which are intended to be pre-washed, a separation region which is for the heavy materials and which comprises a separation chamber which is filled with water during operation, a washing region which is for further washing of the floating portion originating from the separation region and which comprises a washing chamber which operates with a water bath and/or shower/spray water, and a removal region for the useful material which is washed in the washing region and which comprises a removal chamber which is filled with water during operation, the plastics material components reaching the separation chamber via the material dispenser, preferably by means of gravitational force, reaching the washing chamber via a first conveying device as a floating portion and reaching the removal chamber as useful material and from there being conveyed via a second conveying device to a material discharge.
A method for manufacturing meltblown or spunbonded nonwoven fabric made of continuous fibers of polyvinyl butyral having a butyralization degree of 50 to 90 mass%, wherein a content of 1-butanal in the fabric is 10 mass ppm or less, the method comprising charging a polyvinyl butyral powder with a moisture content of 5 mass% or less in an extruder; forming polyvinyl butyral pellets having a butyralization degree of 50 to 90 mass%, an MFR of 0.5 to 45 g/10 min at 150 °C and 2.16 kgf, an acid value of 0.12 mgKOH/g or less, and a 1-butanal content of 5 mass ppm or less, by melt-kneading the powder at a temperature of 220 °C or lower while devolatilizing at a reduced pressure of 0.005 MPa or less by means of at least one vent, melt-spinning the pellets to produce continuous fibers at a temperature of 220 °C or lower, and forming a web by integrating the continuous fibers.