mhurhangee/ep-ind-claims huggingface dataset:
Regulating device for regulating a physical quantity of a fluid, comprising the following: - a regulating unit arranged to receive at least a first actual value and at least a first set value of the physical quantity of the fluid, compare the first actual value and the first set value, and, based on this comparison and on the basis of at least one regulating parameter, calculate and output a manipulated variable; and - an optimization unit arranged to obtain a plurality of actual values of a plurality of physical quantities of the fluid, compare the obtained actual values with predefined set value ranges, compare the obtained actual values with set values, which have been modified by variations, wherein the variations comprise small imposed errors, wherein the modified set values are in the predefined set value range, and adjust the regulating parameters based on these comparisons and based of this plurality of actual values and pass them on to the regulating unit, wherein the optimization unit comprises an artificial neural network. - a regulating unit arranged to receive at least a first actual value and at least a first set value of the physical quantity of the fluid, compare the first actual value and the first set value, and, based on this comparison and on the basis of at least one regulating parameter, calculate and output a manipulated variable; and receive at least a first actual value and at least a first set value of the physical quantity of the fluid, compare the first actual value and the first set value, and, based on this comparison and on the basis of at least one regulating parameter, calculate and output a manipulated variable; and - an optimization unit arranged to obtain a plurality of actual values of a plurality of physical quantities of the fluid, compare the obtained actual values with predefined set value ranges, compare the obtained actual values with set values, which have been modified by variations, wherein the variations comprise small imposed errors, wherein the modified set values are in the predefined set value range, and adjust the regulating parameters based on these comparisons and based of this plurality of actual values and pass them on to the regulating unit, wherein the optimization unit comprises an artificial neural network. obtain a plurality of actual values of a plurality of physical quantities of the fluid, compare the obtained actual values with predefined set value ranges, compare the obtained actual values with set values, which have been modified by variations, wherein the variations comprise small imposed errors, wherein the modified set values are in the predefined set value range, and adjust the regulating parameters based on these comparisons and based of this plurality of actual values and pass them on to the regulating unit,
Apparatus for injecting a fluid formulation into a melted polymeric material, the apparatus comprising a first progressing cavity pump (pcp) and a second pcp arranged in series in a fluid path upstream of an outlet of the apparatus, wherein the apparatus includes a user interface by means of which a user may input process information selected from melt processing apparatus throughput, injection point pressure and LDR (Let-Down-Ratio).
A floating type disc brake (1a, 1b, 1c, 1d) comprising: an outer pad (5a, 5b) disposed on an axially outer side relative to a rotor; an inner pad disposed on an axially inner side relative to the rotor; a fixing member (2a, 17, 2b) disposed on the axially inner side relative to the rotor, supporting the inner pad to be movable in an axial direction, and fixed to a vehicle body; and a yoke (3a, 3b, 3c, 3d) supported to the fixing member (2a, 17, 2b) via a slide pin to be movable in the axial direction in a state where the yoke (3a, 3b, 3c, 3d) supports the outer pad (5a, 5b), wherein the fixing member (2a, 17, 2b) is provided with an anchor (25, 25a, 25b, 25c, 25d, 25e) disposed on a radially outer side relative to the rotor, the anchor (25, 25a, 25b, 25c, 25d, 25e) being configured to bear a brake tangential force that acts on the outer pad (5a, 5b) at the time of braking within a circumferential range of a lining provided in the outer pad (5a, 5b), characterized in that the fixing member (2a, 17, 2b) includes a support that supports the inner pad to be movable in the axial direction, and a cylinder in which a piston (21, 22) is fitted, and the anchor is provided to the cylinder in a cantilever shape. an outer pad (5a, 5b) disposed on an axially outer side relative to a rotor; an inner pad disposed on an axially inner side relative to the rotor; a fixing member (2a, 17, 2b) disposed on the axially inner side relative to the rotor, supporting the inner pad to be movable in an axial direction, and fixed to a vehicle body; and a yoke (3a, 3b, 3c, 3d) supported to the fixing member (2a, 17, 2b) via a slide pin to be movable in the axial direction in a state where the yoke (3a, 3b, 3c, 3d) supports the outer pad (5a, 5b), wherein the fixing member (2a, 17, 2b) is provided with an anchor (25, 25a, 25b, 25c, 25d, 25e) disposed on a radially outer side relative to the rotor, the anchor (25, 25a, 25b, 25c, 25d, 25e) being configured to bear a brake tangential force that acts on the outer pad (5a, 5b) at the time of braking within a circumferential range of a lining provided in the outer pad (5a, 5b), characterized in that the fixing member (2a, 17, 2b) includes a support that supports the inner pad to be movable in the axial direction, and a cylinder in which a piston (21, 22) is fitted, and the anchor is provided to the cylinder in a cantilever shape.
A valve assembly comprising: a housing including an inlet and an outlet; a tubular inlet spool disposed in the inlet having a closed downstream end and a plurality of spool openings through an outer surface of the inlet spool; and a tubular sleeve disposed over a circumference of the inlet spool and articulable to substantially uncover the plurality of spool openings thereby allowing a fluid flow through the valve assembly; wherein the outlet is disposed such that the fluid flow changes direction approximately ninety degrees between the inlet and the outlet; characterised in that the downstream end of the inlet spool is v-shaped in cross-section; and by the valve assembly further comprising: a stepper motor operably connected to the sleeve to articulate the sleeve; at least one connecting rod, wherein the sleeve connects to the at least one connecting rod via a pin that extends through sleeve holes in the sleeve and through corresponding rod holes in the at least one connecting rod; and a yoke disposed in an interior of the at least one connecting rod including tines between which the pin passes. a housing including an inlet and an outlet; a tubular inlet spool disposed in the inlet having a closed downstream end and a plurality of spool openings through an outer surface of the inlet spool; and a tubular sleeve disposed over a circumference of the inlet spool and articulable to substantially uncover the plurality of spool openings thereby allowing a fluid flow through the valve assembly; wherein the outlet is disposed such that the fluid flow changes direction approximately ninety degrees between the inlet and the outlet; characterised in that the downstream end of the inlet spool is v-shaped in cross-section; and by the valve assembly further comprising: a stepper motor operably connected to the sleeve to articulate the sleeve; at least one connecting rod, wherein the sleeve connects to the at least one connecting rod via a pin that extends through sleeve holes in the sleeve and through corresponding rod holes in the at least one connecting rod; and a yoke disposed in an interior of the at least one connecting rod including tines between which the pin passes. a stepper motor operably connected to the sleeve to articulate the sleeve; at least one connecting rod, wherein the sleeve connects to the at least one connecting rod via a pin that extends through sleeve holes in the sleeve and through corresponding rod holes in the at least one connecting rod; and a yoke disposed in an interior of the at least one connecting rod including tines between which the pin passes.
A mineral filler composition for use in covering products, the mineral filler composition comprising: a first inorganic particulate material filler having a first average particle size; and a second inorganic particulate material filler having a second average particle size, wherein the first average particle size is larger than the second average particle size, and wherein at least one of the first and second inorganic particulate material fillers is hydrophobic, wherein the second inorganic particulate material filler is hydrophobic, and wherein a blend ratio of the first inorganic particulate material filler to the second inorganic particulate material filler ranges from 70:30 to 60:40, further wherein the second inorganic particulate material mineral filler is treated with at least one of fatty acids, salts thereof, esters thereof, silicone oil, silane, and/or siloxane. a first inorganic particulate material filler having a first average particle size; and a second inorganic particulate material filler having a second average particle size, wherein the first average particle size is larger than the second average particle size, and wherein at least one of the first and second inorganic particulate material fillers is hydrophobic, wherein the second inorganic particulate material filler is hydrophobic, and wherein a blend ratio of the first inorganic particulate material filler to the second inorganic particulate material filler ranges from 70:30 to 60:40, further wherein the second inorganic particulate material mineral filler is treated with at least one of fatty acids, salts thereof, esters thereof, silicone oil, silane, and/or siloxane.
An image board for a rotary wheel, which can be mounted on a rotary wheel of a vehicle and displays an image at a fixed position regardless of rotation of the rotary wheel, the image board comprising: a base plate that can be vertically disposed on an outer side of or an inner side of a wheel frame of the rotary wheel in a rotatable manner independently from the wheel frame, said base plate having a predetermined image on at least one side thereof, and including a chamber having a space circumferentially extending around a rotational axis; a main weight that is arranged at a lower portion of the base plate and applies a load to the lower portion of the base plate; and a compensating weight that is arranged in the space and applies load to return the main weight to an original position by moving in the space when the main weight rotates in a predetermined direction, characterized by the main weight is an impeller configured to rotate in an opposite direction to a rotation direction of the wheel frame by a driving wind power generated when the vehicle runs. a base plate that can be vertically disposed on an outer side of or an inner side of a wheel frame of the rotary wheel in a rotatable manner independently from the wheel frame, said base plate having a predetermined image on at least one side thereof, and including a chamber having a space circumferentially extending around a rotational axis; a main weight that is arranged at a lower portion of the base plate and applies a load to the lower portion of the base plate; and a compensating weight that is arranged in the space and applies load to return the main weight to an original position by moving in the space when the main weight rotates in a predetermined direction, characterized by the main weight is an impeller configured to rotate in an opposite direction to a rotation direction of the wheel frame by a driving wind power generated when the vehicle runs.
An instrument fluid temperature control system (200, 800), comprising: a process fluid inflow of the instrument adapted to provide a process fluid; a process fluid outflow of the instrument; a first fluid path (204, 1034) fluidly coupled to the process fluid inflow and the process fluid outflow; and at least one heat exchanger (208, 210, 1015, 1020) coupled to the first fluid path (204, 1034) and adapted to extract heat generated by the instrument and heat the process fluid; characterized in that a blend valve is fluidly coupled to the process fluid inflow and to the first fluid path (204, 1034) and is adapted to control a temperature of the process fluid in the process fluid outflow. a process fluid inflow of the instrument adapted to provide a process fluid; a process fluid outflow of the instrument; a first fluid path (204, 1034) fluidly coupled to the process fluid inflow and the process fluid outflow; and at least one heat exchanger (208, 210, 1015, 1020) coupled to the first fluid path (204, 1034) and adapted to extract heat generated by the instrument and heat the process fluid; characterized in that a blend valve is fluidly coupled to the process fluid inflow and to the first fluid path (204, 1034) and is adapted to control a temperature of the process fluid in the process fluid outflow.
A method of manufacturing a sensor detecting a microorganism, said sensor including a detection unit having a detection electrode and a polymer layer that is disposed on said detection electrode and includes a mold having a three-dimensional structure complementary to a steric structure of the microorganism, said method comprising: a polymerization step of electropolymerizing a monomer in presence of the microorganism to be detected, to form said polymer layer having captured said microorganism on said detection electrode; a destruction step of partially destroying the microorganism captured in said polymer layer; and a step of peroxidizing said polymer layer to release said microorganism from said polymer layer; wherein said monomer is selected from the group consisting of pyrrole, aniline, and thiophene, and wherein said microorganism has entire electric charge or electric charge on a surface thereof that is excessively negatively charged. a polymerization step of electropolymerizing a monomer in presence of the microorganism to be detected, to form said polymer layer having captured said microorganism on said detection electrode; a destruction step of partially destroying the microorganism captured in said polymer layer; and a step of peroxidizing said polymer layer to release said microorganism from said polymer layer; wherein said monomer is selected from the group consisting of pyrrole, aniline, and thiophene, and wherein said microorganism has entire electric charge or electric charge on a surface thereof that is excessively negatively charged.
A milling drum for a ground milling machine for breaking up and/or removing a ground material, comprising a hollow-cylindrical drum extending in an axially longitudinal direction, on the outer circumferential surface of which several milling tools (3, 4) are arranged for breaking up and/or removing the ground material, wherein on the hollow-cylindrical drum at least one face-side milling tool (4, 5a, 5b) protrudes (x) beyond this face side in the area of at least one face side of the hollow-cylindrical drum characterized in that at least one of the face-side milling tools (5a, 5b) is arranged directly in the drum on the relevant face side in a pocket (6a, 6b) and is provided to at least partially cut away the collision region between said face side and the ground material to be processed during milling operation, and in that the at least one face-side milling tool is arranged in the radial direction (r) approximately in the middle between the inner circumferential surface and the outer circumferential surface of the hollow-cylindrical drum, wherein the cutting circle (K5a) traced by this face-side milling tool is approximately in the middle of the ring-shaped face side of the hollow-cylindrical drum.
A method performed by a user equipment, UE, the method comprising: identifying information for a sidelink resource pool; identifying a resource allocation mode; identifying physical sidelink feedback channel, PSFCH, information, wherein the PSFCH information includes information for a PSFCH period; and performing a resource selection for transmission based on the information for the PSFCH period, a time offset between a physical sidelink shared channel, PSSCH, and a corresponding PSFCH, a preparation time for a PSSCH retransmission, and a time for receiving and decoding the PSFCH, in case that the resource allocation mode is resource allocation mode 2, wherein a time interval associated with the resource selection for transmission is defined as [n+T1, n+T2], the T1 is associated with a processing time for the resource selection for transmission, and the T2 is associated with packet delay budget, wherein the resource allocation mode 2 is a mode in which the UE directly assigns a sidelink resource for transmitting via sensing. identifying information for a sidelink resource pool; identifying a resource allocation mode; identifying physical sidelink feedback channel, PSFCH, information, wherein the PSFCH information includes information for a PSFCH period; and performing a resource selection for transmission based on the information for the PSFCH period, a time offset between a physical sidelink shared channel, PSSCH, and a corresponding PSFCH, a preparation time for a PSSCH retransmission, and a time for receiving and decoding the PSFCH, in case that the resource allocation mode is resource allocation mode 2, wherein a time interval associated with the resource selection for transmission is defined as [n+T1, n+T2], the T1 is associated with a processing time for the resource selection for transmission, and the T2 is associated with packet delay budget, wherein the resource allocation mode 2 is a mode in which the UE directly assigns a sidelink resource for transmitting via sensing.
A method for monitoring the wear of one or more slides in a rotary slide assembly, having a rotary slide rotor and one or more slide receiving areas for the slide or slides in the rotary slide rotor, the state of wear of the one or more slides being detected during operation of the rotary slide assembly, for which purpose the slide or slides themselves or one or more associated slide receiving areas are used in their interaction with the slide or slides to generate or interrogate an electric or electronic signal, characterized in that the electric or electronic signal, which reflects a state of wear of the slide or slides, is continuously generated by means of a light barrier with a light transmitter and a light receiver; wherein the light barrier is arranged in such a way that before a wear limit is reached, this is interrupted by the slide located in the receptacle and when the wear limit is reached, the emitted light beam can reach the light receiver through the resulting free space in the slide receiving area.
A method comprising: displaying, on a display device, a user interface element configured to represent an application, folder or file, wherein the user interface element is configured to describe the functionality of the application, folder or file; and displaying, on the display device, in association with the user interface element a simulated shadow comprising contextual information associated with the application, folder or file. displaying, on a display device, a user interface element configured to represent an application, folder or file, wherein the user interface element is configured to describe the functionality of the application, folder or file; and displaying, on the display device, in association with the user interface element a simulated shadow comprising contextual information associated with the application, folder or file.
A system for cleaning an optical sensor, in particular for a motor vehicle, comprising: - an element for projection of a cleaning liquid, - a reservoir of a cleaning liquid in fluid communication with the element for projection of cleaning liquid, - a pump designed to pump the cleaning liquid from the reservoir toward the element for projection of cleaning liquid, characterized in that it comprises a wall for confinement of the cleaning liquid that is able to move between a retracted position, in which the confinement wall is designed to be positioned outside of the field of view of the optical sensor, and a cleaning position, in which the confinement wall is designed to be positioned in front of the optical sensor such as to define a recovery enclosure for the cleaning liquid, and in that it comprises a discharge conduit for the cleaning liquid connected, on the one hand, to the recovery enclosure in the cleaning position and, on the other, to the reservoir of the cleaning liquid. - an element for projection of a cleaning liquid, - a reservoir of a cleaning liquid in fluid communication with the element for projection of cleaning liquid, - a pump designed to pump the cleaning liquid from the reservoir toward the element for projection of cleaning liquid,
Air spring height measurement arrangement, comprising a magnetic field transmitting arrangement; and a magnetic field receiving arrangement; wherein the magnetic field transmitting arrangement is adapted to adopt a first state and a second state with regard to the magnetic field receiving arrangement; wherein the magnetic field transmitting arrangement and the magnetic field receiving arrangement are adapted for a movement towards or away from each other; wherein the magnetic field transmitting arrangement is adapted to transmit a first magnetic field and the magnetic field receiving arrangement is adapted to receive the first magnetic field and a distance between the magnetic field transmitting arrangement and the magnetic field receiving arrangement is determined as a result of a measured intensity of field lines of the first magnetic field by the magnetic field receiving arrangement; wherein the first state corresponds to an initial state of the air spring height measurement arrangement and the second state corresponds to a compressed state of the air spring height measurement arrangement; wherein one of the magnetic field transmitting arrangement and the magnetic field receiving arrangement comprises a first coil and a second coil; wherein the other one of the magnetic field transmitting arrangement and the magnetic field receiving arrangement comprises a third coil; wherein a first central axis of the first coil and a second central axis of the second coil enclose a first angle which is unequal to 0°; and wherein, in the first state, a third central axis of the third coil and the first central axis enclose a second angle which is unequal to 0° wherein, in the second state, the third central axis and the first central axis run parallel to each other.
Use of a material capable of binding with normal prion protein PrP or PrPc or abnormal prior protein PrPres, this abnormal protein being the infectious form of the prion protein characterised by proteinase K resistance, to remove, in a biological product, the aetiological agent inducing a neurodegenerative disease other than Creutzfeldt-Jakob diseases, said agent not being said abnormal prior protein PrPres and said neurodegenerative disease being induced by transfusion or injection to a patient of a biological product originating from a subject infected with a prion strain responsible for Creutzfeldt-Jakob diseases and not exhibiting PrPres accumulation in the central nervous system.