mhurhangee/ep-ind-claims huggingface dataset:
A resin composition, comprising: a polycarbonate-based resin; and a polyethylene terephthalate resin, and the resin composition having a resin phase-separated structure including a continuous phase containing the polycarbonate-based resin and the dispersed phase containing a polyethylene terephthalate resin, wherein a number average diameter in a longitudinal direction of the dispersed phase is 1.5 μm or less, a number average diameter in a lateral direction of the dispersed phase is 0.8 μm or less, an aspect ratio of the number average diameter in the longitudinal direction to the number average diameter in the lateral direction is 2.5 or less, and the number average diameter in a longitudinal direction and the number average diameter in a lateral direction are each determined as described in the specification. a polycarbonate-based resin; and a polyethylene terephthalate resin, and the resin composition having a resin phase-separated structure including a continuous phase containing the polycarbonate-based resin and the dispersed phase containing a polyethylene terephthalate resin, wherein a number average diameter in a longitudinal direction of the dispersed phase is 1.5 μm or less, a number average diameter in a lateral direction of the dispersed phase is 0.8 μm or less, an aspect ratio of the number average diameter in the longitudinal direction to the number average diameter in the lateral direction is 2.5 or less, and the number average diameter in a longitudinal direction and the number average diameter in a lateral direction are each determined as described in the specification.
Switched-mode power supply apparatus comprising: - a switching power amplifier for amplifying a signal supplied by an external signal source and for supplying a load voltage and/or load current to a load, and - a control unit (12; 12b) for controlling the switching of said switching power amplifier based on a timing setting, said control unit being adapted for simulating the behavior of the switching power amplifier by predicting the average load voltage and/or load current for at least two, in particular a plurality of, timing settings for a desired load voltage and/or load current based on state information about the present state of the switching power amplifier. - a switching power amplifier for amplifying a signal supplied by an external signal source and for supplying a load voltage and/or load current to a load, and - a control unit (12; 12b) for controlling the switching of said switching power amplifier based on a timing setting, said control unit being adapted for simulating the behavior of the switching power amplifier by predicting the average load voltage and/or load current for at least two, in particular a plurality of, timing settings for a desired load voltage and/or load current based on state information about the present state of the switching power amplifier.
A refrigerator including a middle hinge module by which a door to open and close a storage compartment formed in a main body and having an opened front surface is hinged to the main body, wherein the middle hinge module includes: a hinge member fixed to the main body and formed with a coupling part protruding upward such that a shaft hole having opened top and bottom portions is formed therein; a casing rotatably coupled to the coupling part to rotate with the door and formed with an accommodation part therein; a shaft inserted into the shaft hole to be fixed to the accommodation part, and a lower end portion of which is inserted into the shaft hole and divided into a first part and a second part by a cutting recess, the first part protruding downward and being formed with a coupling recess having a semicircular shape at an end portion thereof; a cam member disposed on the shaft and configured to convert rotational movement of the door into vertical linear movement; a compression spring disposed on the cam member and configured to be compressed by upward linear movement of the cam member when the door is opened and transmit compressive force accumulated by downward linear movement of the cam member to the door when the door is closed; and a height adjustment screw, an upper portion of which contacts the coupling recess of the shaft so that the first part of the shaft closely contacts a wall surface of the shaft hole and the shaft is fixed to the hinge member, and which is configured to move up and down by rotation to move the shaft and the casing up and down, thereby adjusting a height of the door. a hinge member fixed to the main body and formed with a coupling part protruding upward such that a shaft hole having opened top and bottom portions is formed therein; a casing rotatably coupled to the coupling part to rotate with the door and formed with an accommodation part therein; a shaft inserted into the shaft hole to be fixed to the accommodation part, and a lower end portion of which is inserted into the shaft hole and divided into a first part and a second part by a cutting recess, the first part protruding downward and being formed with a coupling recess having a semicircular shape at an end portion thereof; a cam member disposed on the shaft and configured to convert rotational movement of the door into vertical linear movement; a compression spring disposed on the cam member and configured to be compressed by upward linear movement of the cam member when the door is opened and transmit compressive force accumulated by downward linear movement of the cam member to the door when the door is closed; and a height adjustment screw, an upper portion of which contacts the coupling recess of the shaft so that the first part of the shaft closely contacts a wall surface of the shaft hole and the shaft is fixed to the hinge member, and which is configured to move up and down by rotation to move the shaft and the casing up and down, thereby adjusting a height of the door.
Valve for metering fluid, having a valve body which has an internal wall and which has a fluid-filled valve chamber closed off by a sealing seat, having a valve element which extends through the valve chamber and which, together with a valve seat formed on the valve body, forms the sealing seat and which, downstream of the sealing seat as viewed in a fluid flow direction, is guided slidingly in the valve body with a radial clearance, having spray holes which are formed in the valve body and which each have a hole inlet opening situated, downstream of the sealing seat, in the internal wall of the valve body, and having an actuator which displaces the valve element in the fluid flow direction for the purposes of opening the sealing seat, wherein the valve body is closed off by way of a body base which, together with the valve element, delimits a leakage collecting chamber, and in that the leakage collecting chamber is connected, via a leakage duct running in the valve element, to a leakage chamber which in turn is connected to a return duct for a return of fluid, characterized in that the valve element has a ring-shaped pressure exertion surface which, together with the valve seat, forms the sealing seat and which delimits the valve chamber and whose external diameter is greater than the valve seat diameter and whose internal diameter is considerably smaller than the valve seat diameter, and, on the valve element, downstream of the sealing seat, there is formed a ring-shaped shoulder which is averted from the pressure exertion surface and whose external diameter corresponds to the external diameter of the pressure exertion surface and whose internal diameter corresponds to the valve seat diameter, and in that the valve element section which adjoins the ring-shaped shoulder in a downstream direction is sealed off against the valve body.
Planetary transmission having a transfer device for transferring a supply medium between a first transmission part of the planetary transmission and a second transmission part of the planetary transmission, wherein, during operation of the planetary transmission, the first transmission part and the second transmission part exhibit a rotational movement relative to one another and each at least partially form a part of the transfer device, wherein the transfer device comprises an annular groove on the surface of the first transmission part or on the surface of the second transmission part, wherein the transfer device comprises bores which are distributed around the periphery, wherein the bores distributed around the periphery are arranged opposite the annular groove, wherein the first transmission part comprises a separate bush for transferring the supply medium, said bush pointing toward the second transmission part, wherein a respective sealing groove is formed in the bush axially on both sides of the annular groove, wherein a respective sealing ring is arranged in the sealing grooves, wherein the bush is arranged in a rotationally fixed manner resting on the rest of the first transmission part, characterized in that the bush is configured in floating form in an axial direction with a sufficient amount of play to tilt out of a relative position which is coaxial with the first transmission part and/or with the second transmission part to the extent of a relative movability of the respective sealing ring within the associated sealing groove.
An intraoral scanning system comprising: a hand-held wand having at least one camera image sensor and a plurality of light sources (109, 110, 111), wherein the light sources are configured to emit light at a first spectral range and a second spectral range, wherein the second spectral range is within near-infrared (near-IR) range of wavelengths; and one or more processors operably connected to the hand-held wand, the one or more processors configured to: capture and store three-dimensional surface model data from the at least one camera image sensor while the hand-held wand is emitting light in the first spectral range corresponding to visible light; capture and store penetrative scan data from the at least one camera image sensor while the hand-held wand is emitting light in the second spectral range comprising near-IR; capture and display color visible light viewfinder image data from the at least one camera image sensor while the hand-held wand is emitting color visible light; display in real time the three-dimensional surface model data; display in real time the color visible light viewfinder image data; display one or more penetrative images from the near-IR data. a hand-held wand having at least one camera image sensor and a plurality of light sources (109, 110, 111), wherein the light sources are configured to emit light at a first spectral range and a second spectral range, wherein the second spectral range is within near-infrared (near-IR) range of wavelengths; and one or more processors operably connected to the hand-held wand, the one or more processors configured to: capture and store three-dimensional surface model data from the at least one camera image sensor while the hand-held wand is emitting light in the first spectral range corresponding to visible light; capture and store penetrative scan data from the at least one camera image sensor while the hand-held wand is emitting light in the second spectral range comprising near-IR; capture and display color visible light viewfinder image data from the at least one camera image sensor while the hand-held wand is emitting color visible light; display in real time the three-dimensional surface model data; display in real time the color visible light viewfinder image data; display one or more penetrative images from the near-IR data.
A height adjustable desk comprising: a work surface; and at least one leg assembly connected to the work surface, the at least one leg assembly including: a first member; and a second member moveable relative to the first member along a longitudinal axis; a third member moveable relative to the second member along a longitudinal axis; a synchronization assembly configured to balance movement between the first and second members (915, 916) with movement between the second and third members (916, 917), wherein the synchronization assembly includes a first pulley moveably connected to an upper end of the second member and a second pulley moveably connected to the lower end of the second member; and a counterbalance mechanism connected to the desk and configured to counteract a force exerted on the work surface, the counterbalance mechanism including: a gas spring having a cylinder and a moveable piston, a wheel moveably connected to the gas spring, and a tension member engaged to the wheel, wherein a first end of the tension member is connected to one of the first member and the second member, and a second end of the tension member is connected to one of the second member and the third member, wherein each end of the tension member is attached to adjacent members. a work surface; and at least one leg assembly connected to the work surface, the at least one leg assembly including: a first member; and a second member moveable relative to the first member along a longitudinal axis; a third member moveable relative to the second member along a longitudinal axis; a first member; and a second member moveable relative to the first member along a longitudinal axis; a third member moveable relative to the second member along a longitudinal axis; a synchronization assembly configured to balance movement between the first and second members (915, 916) with movement between the second and third members (916, 917), wherein the synchronization assembly includes a first pulley moveably connected to an upper end of the second member and a second pulley moveably connected to the lower end of the second member; and a counterbalance mechanism connected to the desk and configured to counteract a force exerted on the work surface, the counterbalance mechanism including: a gas spring having a cylinder and a moveable piston, a wheel moveably connected to the gas spring, and a tension member engaged to the wheel, wherein a first end of the tension member is connected to one of the first member and the second member, and a second end of the tension member is connected to one of the second member and the third member, wherein each end of the tension member is attached to adjacent members. a gas spring having a cylinder and a moveable piston, a wheel moveably connected to the gas spring, and a tension member engaged to the wheel, wherein a first end of the tension member is connected to one of the first member and the second member, and a second end of the tension member is connected to one of the second member and the third member, wherein each end of the tension member is attached to adjacent members.
A hybrid igniter for a rocket engine, the hybrid igniter comprising a combustion chamber provided with a solid material, an inlet for supplying a fluid product to the combustion chamber and an outlet for discharging an exhaust gas, such that an exothermic reaction of the fluid product with the solid material in the combustion chamber generates a combustion producing the exhaust gas, characterized in that the igniter is arranged to discharge the exhaust gas to the rocket engine for igniting the rocket engine.
Cable screw connection having a cable screw-connection insert and a housing shell, of corresponding design, of a housing comprising at least two housing shells, the parting plane of which runs through the housing opening, for the purpose of inserting and fastening the cable screw-connection insert to the housing, wherein the cable screw-connection insert comprises an insert element, on which a flange that is in one piece with the insert element and has a contour is realized, and wherein at least one of the housing shells has an inner contour which corresponds to the contour in such a manner that the cable screw-connection insert, when its insert element is inserted into the housing shell, is arranged with the contour of its flange non-rotatably in the inner contour of the housing shell, and wherein realized outside the housing, on the insert element, is a thread, seated on which there is a locknut, for fixing the cable screw-connection insert to the housing by means of screw-fastening of the locknut against an outer wall in the vicinity of the housing opening, wherein the flange is pulled against the inside wall in the vicinity of the housing opening.
A wall plug, with 1.1 a non-expandable wall plug sleeve, which 1.2 has an inner cavity extending in its longitudinal direction for purposes of accommodating a screw, together with 1.3 a multiplicity of spreader elements, which 1.4 are arranged in each case in an aperture of the wall of the wall plug sleeve such that they can move radially at least in part, and can pivot about an axis running in the axial direction, 1.5. have a greater wall thickness than the wall plug sleeve, at least in part, and 1.6 in the initial state of the wall plug run with their inner faces essentially flush with the inner face of the wall of the wall plug sleeve. 1.1 a non-expandable wall plug sleeve, which 1.2 has an inner cavity extending in its longitudinal direction for purposes of accommodating a screw, together with 1.3 a multiplicity of spreader elements, which 1.4 are arranged in each case in an aperture of the wall of the wall plug sleeve such that they can move radially at least in part, and can pivot about an axis running in the axial direction, 1.5. have a greater wall thickness than the wall plug sleeve, at least in part, and 1.6 in the initial state of the wall plug run with their inner faces essentially flush with the inner face of the wall of the wall plug sleeve.
Method for printing a plurality of print jobs on a flatbed printer having a flat bed with flat bed characteristics, each of the plurality of print jobs having print job characteristics, the method comprising the steps of automatically grouping the plurality of print jobs into a plurality of consecutive container jobs, each container job comprising a group of print jobs for which media pieces are intended to be laid down on the flat bed for printing the group of print jobs on the media pieces in one print batch and a digital plan of the flat bed, the digital plan comprising representations of the media pieces on which the group of print jobs in the container job are intended to be printed, and for each container job a) automatically defining digital mask data with cutting information according to the digital plan for producing a mask sheet, b) receiving the produced mask sheet on the flat bed, and at least once executing the steps of c) receiving the media pieces (91, 92) on the flat bed positioned in accordance with the received mask sheet, and d) unattended printing of the plurality of print jobs of the container job on the media pieces by means of the flat bed printer making use of the received mask sheet, wherein the automatic grouping of the plurality of print jobs into the plurality of consecutive container jobs comprises the steps of gathering the group of print jobs for a container job due to the print job characteristics of each of the plurality of print jobs and/or the flat bed characteristics of the flat bed and ordering the consecutive container jobs due to the print job characteristics of each of the plurality of print jobs and/or the flat bed characteristics of the flat bed, characterized in that the step of unattended printing of the plurality of print jobs of the container job takes place during a production of a mask sheet for a consecutive container job. a) automatically defining digital mask data with cutting information according to the digital plan for producing a mask sheet, b) receiving the produced mask sheet on the flat bed, and at least once executing the steps of c) receiving the media pieces (91, 92) on the flat bed positioned in accordance with the received mask sheet, and d) unattended printing of the plurality of print jobs of the container job on the media pieces by means of the flat bed printer making use of the received mask sheet,
A process for separating carbon dioxide from a carbon dioxide containing fluid produced by the combustion of carbon-containing fuel in an oxycombustion plant and, containing carbon dioxide as main component comprising the steps of: i) compressing the fluid in a compressor to form a compressed fluid; ii) drying at least part of the compressed fluid to form a compressed and dried fluid; iii) cooling at least part of the compressed and dried fluid to form a compressed, dried, and cooled fluid; iv) separating the compressed, dried and cooled fluid at a temperature lower than 0° C into a carbon dioxide rich stream, a carbon dioxide lean stream and first and second intermediate purity liquid streams having a carbon dioxide purity lower than that of the carbon dioxide rich streams and higher than that of the carbon dioxide lean stream by a low temperature distillation step and a low temperature phase separation step; v) expanding the first intermediate purity liquid stream (one of 45, 51) to produce at least a first expanded stream and expanding the second intermediate purity liquid stream (another of 45, 51) to produce at least a second expanded stream; vi) using at least one of the first and second expanded streams to cool the compressed and dried fluid in step iii); and vii) recycling at least part of the expanded stream used to cool compressed and dried fluid to a point upstream of step iv). i) compressing the fluid in a compressor to form a compressed fluid; ii) drying at least part of the compressed fluid to form a compressed and dried fluid; iii) cooling at least part of the compressed and dried fluid to form a compressed, dried, and cooled fluid; iv) separating the compressed, dried and cooled fluid at a temperature lower than 0° C into a carbon dioxide rich stream, a carbon dioxide lean stream and first and second intermediate purity liquid streams having a carbon dioxide purity lower than that of the carbon dioxide rich streams and higher than that of the carbon dioxide lean stream by a low temperature distillation step and a low temperature phase separation step; v) expanding the first intermediate purity liquid stream (one of 45, 51) to produce at least a first expanded stream and expanding the second intermediate purity liquid stream (another of 45, 51) to produce at least a second expanded stream; vi) using at least one of the first and second expanded streams to cool the compressed and dried fluid in step iii); and vii) recycling at least part of the expanded stream used to cool compressed and dried fluid to a point upstream of step iv).
Warhead comprising a warhead housing, in which a projectile-forming explosive charge comprising an explosive with an assigned metal coating is arranged, wherein a diaphragm, which fragments the metal coating that is deformed during the ignition of the explosive, is provided and can be brought before the metal coating whenever required, characterized in that the diaphragm consists of a number of diaphragm segments movably mounted separately on the warhead housing, in that each diaphragm segment consists of a strut-like component, and in that the diaphragm segments have a bent form that corresponds substantially to the inner circumference of the warhead housing and in the rest position lie against the inner circumference.