mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic resin composition comprising: 100 parts by weight of a thermoplastic resin comprising a repeat unit represented by Formula 1, a repeat unit represented by Formula 2, and a repeat unit represented by Formula 3; and 5 parts by weight to 40 parts by weight of reinforcing fillers, where R 1 and R 2 are each independently a hydrogen atom, a methyl group or an ethyl group, and Ar is a substituted or unsubstituted C 6 to C 20 aryl group; where R 3 is where R 4 is a C 1 to C 5 alkylene group, R 5 is a C 1 to C 30 linear alkyl group, and ∗ indicates a linking site. 100 parts by weight of a thermoplastic resin comprising a repeat unit represented by Formula 1, a repeat unit represented by Formula 2, and a repeat unit represented by Formula 3; and 5 parts by weight to 40 parts by weight of reinforcing fillers, where R 1 and R 2 are each independently a hydrogen atom, a methyl group or an ethyl group, and Ar is a substituted or unsubstituted C 6 to C 20 aryl group; where R 3 is where R 4 is a C 1 to C 5 alkylene group, R 5 is a C 1 to C 30 linear alkyl group, and ∗ indicates a linking site.
A composition comprising: a hyaluronic acid or a salt thereof and pyruvic acid or a salt thereof, wherein the hyaluronic acid or its salt is crosslinked, the composition suitable for use as a dermal filler, and the composition is a gel that is stable to heat sterilization.
A method, comprising: accessing a set of frames (130, 140, 150, 160) captured by a video camera; determining motion of the video camera at the times members of the set of the frames (130, 140, 150, 160) were captured; and controlling whether members of the set of frames (130, 140, 150, 160) are displayed in a second continuous video display mode or in a first discrete display mode based, at least in part, on the determined motion, where members of a first series of frames acquired while the motion does affect the members of the first series of frames by more than a threshold amount of damage are presented in the first discrete display mode and where a second series of frames acquired while the motion does not affect the members of the second series of frames by more than the threshold amount of damage is presented in the second continuous video display mode, wherein the motion of the video camera is determined from single frame motion analysis that identifies signal-to-noise ratio and the damage is identified by a signal-to-noise ratio. accessing a set of frames (130, 140, 150, 160) captured by a video camera; determining motion of the video camera at the times members of the set of the frames (130, 140, 150, 160) were captured; and controlling whether members of the set of frames (130, 140, 150, 160) are displayed in a second continuous video display mode or in a first discrete display mode based, at least in part, on the determined motion, where members of a first series of frames acquired while the motion does affect the members of the first series of frames by more than a threshold amount of damage are presented in the first discrete display mode and where a second series of frames acquired while the motion does not affect the members of the second series of frames by more than the threshold amount of damage is presented in the second continuous video display mode, wherein the motion of the video camera is determined from single frame motion analysis that identifies signal-to-noise ratio and the damage is identified by a signal-to-noise ratio.
A photocathode assembly for a vacuum photoelectronic device with a semi-transparent photocathode, said photocathode assembly comprising an input window made in the form of a sapphire disk, layers of a heteroepitaxial structure of gallium nitride compounds as the semi-transparent photocathode, said layers being grown on an inner surface of the input window, and an element for coupling the input window with the vacuum photoelectronic device, said element being vacuum-tightly attached to an outer surface of the input window at the periphery thereof, characterised in that the element for coupling the input window with the vacuum photoelectronic device is made of a bimetal in which a layer being not in contact with the outer surface of the input window consists of a material having a linear thermal expansion coefficient different from the linear thermal expansion coefficient of sapphire by not more than 10% in the temperature range from 20°C to 200°C.
Method for determining at least one property of an electrical machine having a stator and a rotor and an air gap therebetween, in which a measuring coil unit is arranged, which has at least one measuring coil (35, 35'), the method comprising the following steps: - feeding a high-frequency signal into the at least one measuring coil (35, 35') with a frequency which lies outside a frequency spectrum which occurs in an induced signal of the at least one measuring coil (35, 35') during rotation of the electrical machine; - measuring electrical variables of the high-frequency signal at the at least one measuring coil (35, 35'); - ascertaining an impedance (z) of the at least one measuring coil (35, 35') from the measured electrical variables; - determining a voltage of the at least one measuring coil (35, 35') induced during rotation of the rotor relative to the stator; and - determining the at least one property of the electrical machine on the basis of the ascertained impedance (z) and the induced voltage, wherein both the impedance (z) and the induced voltage are functionally dependent on the at least one determined property. - feeding a high-frequency signal into the at least one measuring coil (35, 35') with a frequency which lies outside a frequency spectrum which occurs in an induced signal of the at least one measuring coil (35, 35') during rotation of the electrical machine; - measuring electrical variables of the high-frequency signal at the at least one measuring coil (35, 35'); - ascertaining an impedance (z) of the at least one measuring coil (35, 35') from the measured electrical variables; - determining a voltage of the at least one measuring coil (35, 35') induced during rotation of the rotor relative to the stator; and - determining the at least one property of the electrical machine on the basis of the ascertained impedance (z) and the induced voltage, wherein both the impedance (z) and the induced voltage are functionally dependent on the at least one determined property.
A process for preparing a cosmetic product comprising the steps of (a) providing a high internal phase ratio sunscreen agent-in-water emulsion concentrate, the sunscreen agent being water-immiscible, and (b) diluting the high internal phase ratio sunscreen agent-in-water emulsion concentrate with a partial cosmetic formulation, said partial cosmetic formulation comprising at least water, to produce the cosmetic product.
A car comprising: a passenger compartment; a front hood, which is arranged before the passenger compartment; a rear hood, which is arranged behind the passenger compartment and has an upper surface; and an aerodynamic appendage, which is arranged in the area of the rear hood and on the upper surface of the rear hood and comprises at least one movable element that is movably mounted to move between a lowered position, in which the movable element rests on the upper surface of the rear hood allowing an air flow only over the movable element, and a raised position, in which the movable element is raised and separated from the upper surface of the rear hood allowing an air flow both over the movable element and under the movable element; wherein the aerodynamic appendage comprises a fixed element, which is arranged behind the movable element, is mounted in a stable and unchangeable position and is in contact with the movable element; the car being characterized in that the fixed element is raised relative to the upper surface of the rear hood so as to be arranged at a given distance from the upper surface and, hence, define with the upper surface a vent channel, which is free when the movable element is arranged in the raised position and is closed by the movable element when the movable element is arranged in the lowered position. a passenger compartment; a front hood, which is arranged before the passenger compartment; a rear hood, which is arranged behind the passenger compartment and has an upper surface; and an aerodynamic appendage, which is arranged in the area of the rear hood and on the upper surface of the rear hood and comprises at least one movable element that is movably mounted to move between a lowered position, in which the movable element rests on the upper surface of the rear hood allowing an air flow only over the movable element, and a raised position, in which the movable element is raised and separated from the upper surface of the rear hood allowing an air flow both over the movable element and under the movable element; wherein the aerodynamic appendage comprises a fixed element, which is arranged behind the movable element, is mounted in a stable and unchangeable position and is in contact with the movable element; the car being characterized in that the fixed element is raised relative to the upper surface of the rear hood so as to be arranged at a given distance from the upper surface and, hence, define with the upper surface a vent channel, which is free when the movable element is arranged in the raised position and is closed by the movable element when the movable element is arranged in the lowered position.
A method, as executed in a service control node in a communication network comprising a plurality of service points, of providing keys for protecting communication between a terminal and said service points, the method being characterised by: - A) establishing (600;3:1) a basic key (Ik) for the terminal, during a registration procedure when the terminal has entered the network, and initializing a key version parameter (v) to an initial value in the same way as it is initialized by the terminal; - B) creating (602;3:2) an initial modified key (Ik 1) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session, said initial modified key (Ik 1) thereby being created in the same way as it is created by the terminal; - C) sending (3:3) the initial modified key to a service point of said service points to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, and - D) updating (3:14) said value of said key version parameter (v), by changing it according to a predetermined scheme or algorithm said updated value of said key version parameter (v') thereby being updated in the same way as it is updated by the terminal, wherein the value of the key version parameter (v') is changed in the same way as it is changed by the terminal each time a new initial modified key is created, - A) establishing (600;3:1) a basic key (Ik) for the terminal, during a registration procedure when the terminal has entered the network, and initializing a key version parameter (v) to an initial value in the same way as it is initialized by the terminal; - B) creating (602;3:2) an initial modified key (Ik 1) by applying a predetermined function (f) to at least the basic key and the initial value of the key version parameter (v), when the terminal starts a first communication session, said initial modified key (Ik 1) thereby being created in the same way as it is created by the terminal; - C) sending (3:3) the initial modified key to a service point of said service points to which the terminal is initially attached, the modified key being usable to protect communication between the terminal and the service point, and - D) updating (3:14) said value of said key version parameter (v), by changing it according to a predetermined scheme or algorithm said updated value of said key version parameter (v') thereby being updated in the same way as it is updated by the terminal,
An RO (reverse osmosis) installation, which may be coupled to at least one dialysis device in order to supply it with ultrapure permeate, including a raw water supply conduit, which supplies raw water through a valve to a feed tank with a level controller, from which a conduit leads via a pump to a filter module, whose primary space is divided by a semipermeable membrane from a secondary space, which is connected to a distribution system for the permeate, which includes a permeate supply conduit with at least one connection, to which the at least one dialysis device may be coupled, and a permeate return conduit, into which a permeate outlet valve is inserted, through which the permeate can flow out into the feed tank, wherein the permeate distribution system includes at least one device (32, 28) for cleaning and/or disinfection and a circulation pump, which are arranged in a circulation circuit, wherein further a concentrate discharge conduit leads from the primary space of the filter module to the feed tank, characterised in that the secondary space is constituted by a perforated permeate collection pipe, which is arranged within spirally arranged membrane pockets and is connected via connections at both ends to the circulation circuit, its other end being so connected to the permeate return conduit that the circulation circuit is formed, in which the permeate can circulate.
A light source selection device for selecting one or more of a plurality of selectable light source devices, the selection device comprising - a light selection means comprising a plurality of photosensors (36, 38, 40) for receiving light from one or more of the plurality of light source devices, each photosensor having a different field of view (20, 22, 24), wherein the field of view is the angular area of sensitivity of the photosensor, and - a photosensor output signal processing unit adapted to select one or more light source devices by processing signals of the plurality of photosensors, wherein said processing unit is adapted to: - determine different light source devices (32, 34) through decoding identifiers contained in the light received by the photosensors (S10, S12), - determine the signal strength of the light received from the determined different light source devices (32, 34), and - select one or more light source devices depending on the determined signal strengths. - a light selection means comprising a plurality of photosensors (36, 38, 40) for receiving light from one or more of the plurality of light source devices, each photosensor having a different field of view (20, 22, 24), wherein the field of view is the angular area of sensitivity of the photosensor, and - a photosensor output signal processing unit adapted to select one or more light source devices by processing signals of the plurality of photosensors, wherein said processing unit is adapted to: - determine different light source devices (32, 34) through decoding identifiers contained in the light received by the photosensors (S10, S12), - determine the signal strength of the light received from the determined different light source devices (32, 34), and - select one or more light source devices depending on the determined signal strengths.
A current detector comprising a magnetic core and a magnetoelectric transducer mounted on a printed circuit board, the current detector detecting current flowing through a busbar being a conductive member penetrating through a busbar insertion hole formed at the printed circuit board and an inner hollow region defined by an inner circumferential edge of the magnetic core, a core holder capable of being mounted on the printed circuit board while holding the magnetic core being substantially ring-like and provided with a magnetic gap between its opposite ends, wherein the core holder includes a restricting projection portion that fits into the magnetic gap to restrict shifting of the magnetic core, and a protective portion that is formed in the restricting projection portion to hold the magnetoelectric transducer as being housed in the protective portion, char acterized in that the core holder further includes a first elastically engaging portion capable of elastically deforming and engaging with an opening edge of the busbar insertion hole when the core holder is inserted into the busbar insertion hole formed at the printed circuit board, wherein the first elastically engaging portion includes an elastically deformable first elastically engaging claw projecting lower than a flange portion, and wherein the first elastically engaging claw includes a first hook portion capable of engaging with the opening edge of the busbar insertion hole, whereby the first hook portion is formed at a tip portion of the first elastically engaging claw using the elasticity of the first elastically engaging claw itself, whereby the current detector is obtainable by inserting the core holder holding the magnetic core and the magnetoelectric transducer into the busbar insertion hole such that at the time point where the tip portion of each of the first elastically engaging portions has passed through the busbar insertion hole, the first elastically engaging portions elastically recover, and the first hook portions provided at the tip portion engage with the downside surface of the opening edge of the busbar insertion hole, such that as a result, the core holder is fixed to the printed circuit board.
A device for a motor vehicle lighting and/or signal lamp incorporating a light guide and, between the light guide and a translucent screen, the screen being translucent and provided with graining on one or the other or both of its main faces suitable for being passed through by the light emitted by the light guide, characterized in that the screen is placed, in front of said guide in the direction of the scattered light path, at a distance of about 5 mm to 10 mm, in order to om said guide to provide a light function of uniform color.
A windshield for heads-up displays in motor vehicles comprising at least: a. a laminated pane consisting of a first pane and a second pane as well as an intermediate layer provided between the first pane and the second pane, b. wherein the intermediate layer comprises a first thermoplastic film, c. wherein the first thermoplastic film comprises a light field containing luminescent particles and includes another region having a local concentration of luminescent particles of less than 3% of the average concentration of luminescent particles in the light field, and d. wherein the concentration of luminescent particles decreases gradually in a transitional region adjacent to the light field. a. a laminated pane consisting of a first pane and a second pane as well as an intermediate layer provided between the first pane and the second pane, b. wherein the intermediate layer comprises a first thermoplastic film, c. wherein the first thermoplastic film comprises a light field containing luminescent particles and includes another region having a local concentration of luminescent particles of less than 3% of the average concentration of luminescent particles in the light field, and d. wherein the concentration of luminescent particles decreases gradually in a transitional region adjacent to the light field.
A pressure-volume-temperature testing system comprising: a portable environmental control chamber; a first pressure vessel disposed inside the portable environmental control chamber; and a second pressure vessel disposed inside the portable environmental control chamber, the second pressure vessel in hydraulic communication with the first pressure vessel; wherein the portable environmental control chamber operable to controllably heat and cool fluid in the first and second pressure vessels, characterised in that the pressure vessels are rotatable within the portable environmental control chamber to control vertical positions of the first and second pressure vessels relative to inlets of conduit connecting the first pressure vessel to the second pressure vessel. a portable environmental control chamber; a first pressure vessel disposed inside the portable environmental control chamber; and a second pressure vessel disposed inside the portable environmental control chamber, the second pressure vessel in hydraulic communication with the first pressure vessel; wherein the portable environmental control chamber operable to controllably heat and cool fluid in the first and second pressure vessels, characterised in that the pressure vessels are rotatable within the portable environmental control chamber to control vertical positions of the first and second pressure vessels relative to inlets of conduit connecting the first pressure vessel to the second pressure vessel.
An active or semi active damper, comprising: a hydraulic active or semi active damper valve, and a pressure charged tube damper assembly having a rebound chamber and a compression chamber and characterized by containing a passive compression diverter valve having an inlet, a first outlet port and a second outlet port; wherein the damper assembly is configured to operate in at least: a free flow mode wherein fluid from either the compression or rebound chamber (17, 16) of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers (17, 16) thereby bypassing the connectable hydraulic pump/motor. a hydraulic active or semi active damper valve, and a pressure charged tube damper assembly having a rebound chamber and a compression chamber and characterized by containing a passive compression diverter valve having an inlet, a first outlet port and a second outlet port; wherein the damper assembly is configured to operate in at least: a free flow mode wherein fluid from either the compression or rebound chamber (17, 16) of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers (17, 16) thereby bypassing the connectable hydraulic pump/motor. a free flow mode wherein fluid from either the compression or rebound chamber (17, 16) of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers (17, 16) thereby bypassing the connectable hydraulic pump/motor.