mhurhangee/ep-ind-claims huggingface dataset:
A fat-and-oil containing composition which comprises at least an oil component, glycerin, and an emulsifier, the composition comprising: a glycerin fatty acid ester, in which from 30 % by mass to 75 % by mass of constituent fatty acids are docosahexaenoic acid and is a glycerin fatty acid ester in which an average number of fatty acid esterification of hydroxy groups in the glycerin skeleton is from 2.5 to 3.0, as the oil component; and a decaglycerin fatty acid ester, in which constituent fatty acids are oleic acid, as the emulsifier, wherein respective content ratios of the oil component, the glycerin and the emulsifier are within the following ranges relative to the total mass of the oil component, the glycerin and the emulsifier: the oil component: from 55 % by mass to 78 % by mass, the glycerin: from 10 % by mass to 35 % by mass, and the emulsifier: from 5 % by mass to 13 % by mass, and wherein only the specific emulsifier decaglycerin fatty acid ester, in which constituent fatty acids are oleic acid, is contained as the emulsifier. a glycerin fatty acid ester, in which from 30 % by mass to 75 % by mass of constituent fatty acids are docosahexaenoic acid and is a glycerin fatty acid ester in which an average number of fatty acid esterification of hydroxy groups in the glycerin skeleton is from 2.5 to 3.0, as the oil component; and a decaglycerin fatty acid ester, in which constituent fatty acids are oleic acid, as the emulsifier, wherein respective content ratios of the oil component, the glycerin and the emulsifier are within the following ranges relative to the total mass of the oil component, the glycerin and the emulsifier: the oil component: from 55 % by mass to 78 % by mass, the glycerin: from 10 % by mass to 35 % by mass, and the emulsifier: from 5 % by mass to 13 % by mass, and the oil component: from 55 % by mass to 78 % by mass, the glycerin: from 10 % by mass to 35 % by mass, and the emulsifier: from 5 % by mass to 13 % by mass, and wherein only the specific emulsifier decaglycerin fatty acid ester, in which constituent fatty acids are oleic acid, is contained as the emulsifier.
Apparatus for generating rotary power, the apparatus comprising: a heat exchanger arranged to receive heat from a heat source to which, in use, the apparatus is connected and to transfer heat to a working fluid at high pressure; and, an expander comprising a low friction displacement device for receiving a metered amount of the heated high-pressure working fluid at a pressure of at least 200 bar and for retrieving energy from the working fluid by being driven by the heated expanding working fluid comprising a high pressure pump to provide the heated high-pressure working fluid, in which the expander is a rotary expander, and wherein the rotary expander comprises a lobe rotor having one or more lobes and a recess rotor having one or more recesses, the lobe rotor and recess rotor being arranged such that on rotation of the rotors a lobe from the lobe rotor engages with a recess of the recess rotor to define a transient chamber of variable volume and wherein the transient chamber is an expansion chamber for the expansion of the metered dose of working fluid. a heat exchanger arranged to receive heat from a heat source to which, in use, the apparatus is connected and to transfer heat to a working fluid at high pressure; and, an expander comprising a low friction displacement device for receiving a metered amount of the heated high-pressure working fluid at a pressure of at least 200 bar and for retrieving energy from the working fluid by being driven by the heated expanding working fluid comprising a high pressure pump to provide the heated high-pressure working fluid, in which the expander is a rotary expander, and wherein the rotary expander comprises a lobe rotor having one or more lobes and a recess rotor having one or more recesses, the lobe rotor and recess rotor being arranged such that on rotation of the rotors a lobe from the lobe rotor engages with a recess of the recess rotor to define a transient chamber of variable volume and wherein the transient chamber is an expansion chamber for the expansion of the metered dose of working fluid.
A hermetic compressor comprising a casing, a stator located in the casing, the stator having a stator stack composed of laminations and one or more than one winding composed of conducting wires wound on the stator stack, a terminal fixed to the casing for providing electrical connection to an outer power source, more than one winding head formed by the portions of the windings extending outside from the opposite faces of the stator stack, more than one winding end extending outside of the winding head and providing the electrical connections to the windings, more than one cable providing the electric current to be delivered to the windings by extending from the terminal to the stator and more than one cable end, located at the end of the cables extending to the stator and connected to the winding ends, characterized by a connector having - a strip produced from at least substantially thin and flexible plastic, wound around the winding head and - more than one insulating tube, positioned side by side on a portion of the strip which is not wound around the winding head and which extends towards the outside from the winding head, the connections of the cable ends with the winding ends being placed in the insulating tubes which insulate the connections of the cable ends with the winding ends by wrapping them. - a strip produced from at least substantially thin and flexible plastic, wound around the winding head and - more than one insulating tube, positioned side by side on a portion of the strip which is not wound around the winding head and which extends towards the outside from the winding head, the connections of the cable ends with the winding ends being placed in the insulating tubes which insulate the connections of the cable ends with the winding ends by wrapping them.
A method comprising: rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; predicting a duration of the saccade based on an eye movement model; reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of the predicted duration of the saccade; detecting an end of the saccade; calculating a measured duration of the saccade based on at least the detected end of the saccade; comparing the measured duration of the saccade to the predicted duration of the saccade; and using results of the comparison to adjust the eye movement model used to predict the duration of the saccade. rendering a computer simulated scene for display to a user; detecting an onset of a saccade that causes saccadic masking in an eye movement of the user viewing the computer simulated scene; predicting a duration of the saccade based on an eye movement model; reducing a computing resource used for rendering frames of the computer simulated scene during at least a portion of the predicted duration of the saccade; detecting an end of the saccade; calculating a measured duration of the saccade based on at least the detected end of the saccade; comparing the measured duration of the saccade to the predicted duration of the saccade; and using results of the comparison to adjust the eye movement model used to predict the duration of the saccade.
Space lattice for production of a light-permeable building element with at least four border surfaces (2, 3, 4, 5), wherein the space lattice consists of at least two light-permeable space elements, wherein each light-permeable space element is formed by space plates and space bridges, and contains an uninterrupted thoroughly transparent line so that light beam penetrating at least one of four border surfaces (2,3, 4,5) of the building element can be transmitted to all other border surfaces of the building element in order to ensure the light permeability of the building element, characterized in that the space plates contain insertion slits, which are arranged so that the space lattice is built by connection of the space elements by means of the insertion slits, wherein the light permeability of the space element is not restricted in any way by the insertion slits.
Transport refrigerating machine for cooling and/or heating a loading space of a box body of a utility vehicle, preferably a truck, trailer or semi-trailer, - with a heat exchanger for transferring heat between the loading space and a refrigerant flowing through the heat exchanger, - with a compressor for compressing the refrigerant flowing through the heat exchanger and for supplying the heat exchanger with refrigerant and - with an electric drive motor for driving the compressor, - wherein the drive motor and the compressor are accommodated in a common housing and - wherein the housing has at least one refrigerant inlet for the refrigerant flowing through the heat exchanger, to flow into the housing and at least one refrigerant outlet for the refrigerant flowing at least partially around the drive motor and being compressed by the compressor to flow out of the housing, characterized in that - a measuring device for measuring at least one measured temperature value indicative of a motor temperature of the drive motor and - a control device for effecting at least one cooling measure cooling the drive motor and terminating the cooling measure respectively as a function of a measured temperature value measured by the measuring device and indicative of a motor temperature of the drive motor is provided, and - that the at least one measured temperature value is the measured value of a housing temperature of the housing. - with a heat exchanger for transferring heat between the loading space and a refrigerant flowing through the heat exchanger, - with a compressor for compressing the refrigerant flowing through the heat exchanger and for supplying the heat exchanger with refrigerant and - with an electric drive motor for driving the compressor, - wherein the drive motor and the compressor are accommodated in a common housing and - wherein the housing has at least one refrigerant inlet for the refrigerant flowing through the heat exchanger, to flow into the housing and at least one refrigerant outlet for the refrigerant flowing at least partially around the drive motor and being compressed by the compressor to flow out of the housing, - a measuring device for measuring at least one measured temperature value indicative of a motor temperature of the drive motor and - a control device for effecting at least one cooling measure cooling the drive motor and terminating the cooling measure respectively as a function of a measured temperature value measured by the measuring device and indicative of a motor temperature of the drive motor is provided, and - that the at least one measured temperature value is the measured value of a housing temperature of the housing.
A method of improving the efficiency of an anaerobic fermentation, the method including; a. In a bioreactor containing one or more microorganisms, fermenting one or more gaseous substrates to produce one or more products and a gaseous exit stream; b. flowing a liquid media broth into a deoxygenating means; c. passing the gaseous exit stream from the bioreactor to the deoxygenating means; d. contacting the liquid media broth with an unfermented gaseous exit stream such that one or more components of the gaseous exit stream are captured in the liquid media broth to provide a substantially deoxygenated liquid media broth; and e. passing the substantially deoxygenated liquid media broth to the bioreactor. a. In a bioreactor containing one or more microorganisms, fermenting one or more gaseous substrates to produce one or more products and a gaseous exit stream; b. flowing a liquid media broth into a deoxygenating means; c. passing the gaseous exit stream from the bioreactor to the deoxygenating means; d. contacting the liquid media broth with an unfermented gaseous exit stream such that one or more components of the gaseous exit stream are captured in the liquid media broth to provide a substantially deoxygenated liquid media broth; and e. passing the substantially deoxygenated liquid media broth to the bioreactor.
A system for localising the local position of a mobile terminal that can be operated in a mobile radio network for communication connections directed to the mobile terminal, wherein the mobile radio network comprises at least one device which realizes switching functions for establishing communication connections (18, 13) in the mobile radio network and/or in a further communication network, which device can be connected at least for this purpose with a database (7, 8) of the mobile radio network, which database (7, 8) contains information about the identity, the local position and the available services of the mobile terminals in the mobile radio network, wherein for at least one mobile terminal that is operable in a first operation mode in the mobile radio network and in a second operation mode in the further communication network, at least one information item about the second operation mode is gathered in the database (7, 8) of the mobile radio network, which information item comprises an information item about an identity of the mobile terminal in the further communication network and/or an information item about a local position of the mobile terminal in the further communication network, characterized in that the at least one information item about the second operation mode can be used by the device for establishing and/or switching a communication connection directed to the mobile terminal, the further communication network is a digital trunked radio network according to the TETRA and/or TETRAPOL standard, the mobile terminal is operated in the second operation mode while using a group communication of the digital trunked radio network, wherein the mobile terminal is no more reachable by means of communication connections of the mobile radio network due to an active login in the trunked radio network via the mobile radio network, wherein in case of operating the mobile terminal in the second operation mode, at least one communication connection directed to the mobile terminal via the mobile radio network is not possible and the mobile terminal (2 cannot be actively found in the database (7, 8) of the mobile radio network with respect to the local position thereof in the mobile radio network, and it is provided by the database (7, 8) and/or by the trunked radio network to consider information for determining other user individual communication conditions comprising information whether the communication connection directed to the mobile terminal is desired or permitted.
A vehicle differential apparatus comprising: a differential case rotatable around a rotation axis (O 1), wherein a first shaft insertion hole is formed along a direction perpendicular to the rotation axis (O 1); a pair of side gears (3L, 3R) rotatably accommodated within the differential case; a pinion gear meshing with the paired side gears (3L, 3R), wherein a gear axis of the pinion gear is perpendicular to a gear axis of the side gears (3L, 3R), and wherein a second shaft insertion hole is formed in an axial center portion of the pinion gear; and a pinion shaft including an insertion end portion inserted in the first shaft insertion hole of the differential case and a pinion gear support portion inserted in the second shaft insertion hole of the pinion gear to rotatably support the pinion gear, characterized in that the pinion gear is supported so as to be movable in the rotation axis direction (O 1) by a meshing reaction force generated from a meshing engagement with the pair of side gears (3L, 3R). a differential case rotatable around a rotation axis (O 1), wherein a first shaft insertion hole is formed along a direction perpendicular to the rotation axis (O 1); a pair of side gears (3L, 3R) rotatably accommodated within the differential case; a pinion gear meshing with the paired side gears (3L, 3R), wherein a gear axis of the pinion gear is perpendicular to a gear axis of the side gears (3L, 3R), and wherein a second shaft insertion hole is formed in an axial center portion of the pinion gear; and a pinion shaft including an insertion end portion inserted in the first shaft insertion hole of the differential case and a pinion gear support portion inserted in the second shaft insertion hole of the pinion gear to rotatably support the pinion gear, characterized in that the pinion gear is supported so as to be movable in the rotation axis direction (O 1) by a meshing reaction force generated from a meshing engagement with the pair of side gears (3L, 3R).
A merchandise display system comprising: a front rail configured to mount to a shelf; at least one roller assembly, the roller assembly comprising a roller carriage configured to connect to the front rail and including a plurality of rollers, the plurality of rollers being configured to advance product; and a divider wall; characterised by: a barrier located on and adjacent to an end of the roller assembly; and a cam coupled to the barrier, wherein the cam is configured to move between a first position and a second position, wherein the roller assembly is (a) movable in a lateral direction parallel to the front rail and (b) secured in a direction perpendicular to the front rail when the roller assembly is engaged with the front rail and the cam is in the first position, and wherein the roller assembly is (a) fixed in the lateral direction parallel to the front rail and (b) secured in the direction perpendicular to the front rail when the roller assembly is engaged with the front rail and the cam is in the second position; and the roller assembly configured to reside up against the divider wall whereby there is no gap between the roller assembly and the divider wall. a front rail configured to mount to a shelf; at least one roller assembly, the roller assembly comprising a roller carriage configured to connect to the front rail and including a plurality of rollers, the plurality of rollers being configured to advance product; and a divider wall; characterised by: a barrier located on and adjacent to an end of the roller assembly; and a cam coupled to the barrier, wherein the cam is configured to move between a first position and a second position, a barrier located on and adjacent to an end of the roller assembly; and a cam coupled to the barrier, wherein the cam is configured to move between a first position and a second position, wherein the roller assembly is (a) movable in a lateral direction parallel to the front rail and (b) secured in a direction perpendicular to the front rail when the roller assembly is engaged with the front rail and the cam is in the first position, and wherein the roller assembly is (a) fixed in the lateral direction parallel to the front rail and (b) secured in the direction perpendicular to the front rail when the roller assembly is engaged with the front rail and the cam is in the second position; and the roller assembly configured to reside up against the divider wall whereby there is no gap between the roller assembly and the divider wall.
A skin patch comprising: a first side configured to come into contact with a skin of face, a second side configured to be used while being in contact with an electrode of a radio frequency energy-based treatment device, and markers configured to guide treatment positions of the RF energy-based treatment device, characterized in that the markers comprise a plurality of unit region markers and a plurality of recognition code, wherein each size of the unit region marker corresponds to an area to which treatment of the RF energy-based treatment device applied once, wherein each of the recognition code comprises unique pattern configured to recognize a present treatment location by the RF energy-based treatment device. a first side configured to come into contact with a skin of face, a second side configured to be used while being in contact with an electrode of a radio frequency energy-based treatment device, and markers configured to guide treatment positions of the RF energy-based treatment device, characterized in that the markers comprise a plurality of unit region markers and a plurality of recognition code, wherein each size of the unit region marker corresponds to an area to which treatment of the RF energy-based treatment device applied once, wherein each of the recognition code comprises unique pattern configured to recognize a present treatment location by the RF energy-based treatment device.
An engine device comprising: an intake manifold configured to supply air into a cylinder; an exhaust manifold configured to output exhaust gas from the cylinder; a gas injector which mixes a gaseous fuel with the air supplied from the intake manifold; and a main fuel injection valve configured to inject a liquid fuel into the cylinder for combustion, the gas injector and the main fuel injection valve being provided to each of a plurality of the cylinders, wherein at a time of switching from a gas mode in which the gaseous fuel is supplied into the cylinder to a diesel mode in which the liquid fuel is supplied into the cylinder, a supply-start timing of the liquid fuel is delayed relative to a supply-stop timing of the gaseous fuel; characterized in that the gaseous fuel is supplied in an air intake stroke in the gas mode, and the liquid fuel is supplied in a compressing stroke in the diesel mode, and after the gas mode is switched to the diesel mode, supply of the liquid fuel is started for the cylinder in the compressing stroke, only when confirmation is made that no gaseous fuel has been supplied to that cylinder in the immediately previous air intake stroke.