mhurhangee/ep-ind-claims huggingface dataset:
A transmission (18, 30) comprising: a rotatable transmission shaft defining a shaft space therein; a gear (31, 32) mounted coaxially with the transmission shaft for rotation around the transmission shaft; a meshing component mounted on the transmission shaft for movement in a radial direction between a disengaged position and an engaged position, the meshing component not meshing with the gear (31, 32) when in the disengaged position whereby the gear (31, 32) is rotatable around the transmission shaft, the meshing component meshing with the gear when in the engaged position whereby the gear (31, 32) rotates with the transmission shaft; wherein a cam and an electric gear shift motor each mounted in the shaft space and for rotation with and relative to the transmission shaft, the cam having at least one lobe (58, 62, 64) extending therefrom in the radial direction, the at least one lobe (58, 62, 64) moving relative to the meshing component upon rotation of the cam relative to the transmission shaft, wherein the electric gear shift motor is mechanically coupled to the cam whereby operation of the electric gear shift motor rotates the cam relative to the transmission shaft to cause the at least one lobe (58, 62, 64) to bear against the meshing component and thereby move the meshing component between the engaged and disengaged positions. a rotatable transmission shaft defining a shaft space therein; a gear (31, 32) mounted coaxially with the transmission shaft for rotation around the transmission shaft; a meshing component mounted on the transmission shaft for movement in a radial direction between a disengaged position and an engaged position, the meshing component not meshing with the gear (31, 32) when in the disengaged position whereby the gear (31, 32) is rotatable around the transmission shaft, the meshing component meshing with the gear when in the engaged position whereby the gear (31, 32) rotates with the transmission shaft; wherein a cam and an electric gear shift motor each mounted in the shaft space and for rotation with and relative to the transmission shaft, the cam having at least one lobe (58, 62, 64) extending therefrom in the radial direction, the at least one lobe (58, 62, 64) moving relative to the meshing component upon rotation of the cam relative to the transmission shaft, wherein the electric gear shift motor is mechanically coupled to the cam whereby operation of the electric gear shift motor rotates the cam relative to the transmission shaft to cause the at least one lobe (58, 62, 64) to bear against the meshing component and thereby move the meshing component between the engaged and disengaged positions.
A stator in which a plurality of segment coils each consisting of a pair of straight portions connected with a connecting portion in a U-like shape are set in slots of a stator core, each of the pairs of straight portions having distal end parts protruding on an opposite side to the connecting portions, the distal end parts located in odd-numbered positions from an outer or inner circumferential side in a radial direction are twisted in one direction and the distal end parts located in even-numbered positions are twisted in an opposite direction to the one direction, and the distal end parts twisted in the one direction and the distal end parts twisted in the opposite direction are joined to each other by welding, wherein the distal end parts twisted in the one direction are shaped toward an outer circumference in the radial direction and the distal end parts twisted in the opposite direction are shaped toward an inner circumference in the radial direction, so that at least part of the distal end parts twisted in the one direction and the distal end parts twisted in the opposite direction are welded to each other on the same circumference.
An ultrasound transducer array having a plurality of transducer elements each having a respective field of view (FOV-1 - FOV-5), the ultrasound transducer array being capable of being positioned around an object having a curved surface resulting in a convergence of the respective fields of view of the transducer elements, wherein the transducer elements are arranged, or capable of being arranged, on the ultrasound transducer array in a manner opposite to a curvature of the curved surface so as to counteract the convergence of the respective fields of view, wherein respective orientations of the transducer elements can be adjusted, and characterized in that the transducer elements are arranged in a medium that can be made to change its state from liquid to solid, thereby fixing the respective orientations.
An ex vivo method of producing an induced pluripotent stem (iPS) cell by reprogramming of a somatic cell, comprising contacting the somatic cell with a Zscan4 or a Zscan4-dependent gene selected from Patl2, Pramel6, Piwil2 and D5Ertd577e, and at least three, or at least four reprogramming factors, thereby producing an iPS cell.
Domestic appliance for the treatment of articles of laundry, comprising: - a laundry drum for receiving the articles of laundry, - a brush-equipped direct current motor for driving the laundry drum, which motor comprises a stator with excitation means for generating an energising field and an armature with an armature winding, - switching means, by means of which a current flow (I a) through the armature winding is controllable, wherein the armature is movable in the energising field as a consequence of the current flow (I a) through the armature winding, and - a control device (13, 13a, 13b) for activating the switching means, characterised in that the armature winding is electrically separated from the excitation means and the current flow (I a) through the armature winding is thereby controllable independently of the energising field. - a laundry drum for receiving the articles of laundry, - a brush-equipped direct current motor for driving the laundry drum, which motor comprises a stator with excitation means for generating an energising field and an armature with an armature winding, - switching means, by means of which a current flow (I a) through the armature winding is controllable, wherein the armature is movable in the energising field as a consequence of the current flow (I a) through the armature winding, and - a control device (13, 13a, 13b) for activating the switching means, characterised in that the armature winding is electrically separated from the excitation means and the current flow (I a) through the armature winding is thereby controllable independently of the energising field.
Vehicle door handle, arranged in such a way that an inertial mass of the handle passes irreversibly from a rest configuration in which it allows the door to be opened into a locking configuration in which it prevents opening and passes from the locking configuration into an unlocked configuration, different from the rest configuration and from the locking configuration, the handle being arranged so that placement of the inertial mass in the unlocking configuration has the effect of it once again being possible for the door to be opened, with the handle further being arranged in such a way that the passing from the locking configuration into the unlocked configuration can be controlled by means of an external member of the handle, the external member being a member for controlling the opening of the door.
An interconnectable port (0 - figure 5h) adapted to be at least partially placed in or surrounding an incision in a patient's body, wherein the interconnectable port comprises a first (1817-fig. 206') and second (1822-fig. 206') port adapted to be interconnected to form the interconnectable port, wherein the second port is disconnectable from the first port, wherein the first port is connected to a first portion of a flexible wall (1801-fig.206'), and the second port is connected to a second portion of the flexible wall, and wherein the flexible wall is adapted to form a chamber, and wherein the first port forms a closable wall port when disconnected from the second port, and wherein the chamber has a first volume when the first and second port is interconnected and a second volume when the second port is disconnected from the first port, wherein the second volume is larger than the first volume, and wherein the chamber is positioned external to the first and second port when the first and second port are interconnected, characterized in that the second port forms a closable body port by itself when the first port has been disconnected from the second port.
Method for determining flow measurement values of a Coriolis mass flowmeter in the presence of a two-phase flow of a two-phase medium having a gas phase in a two-phase measurement interval and a subsequent presence of a single-phase flow of a single-phase medium not having a gas phase in a single-phase measurement interval, wherein the start time t start of the two-phase measurement interval is detected at the onset of the two-phase flow, wherein the end time t end of the two-phase measurement interval is detected at the end of the presence of the two-phase flow, wherein, in the two-phase measurement interval, two-phase flow measurement values q TP, meas of the two-phase flow are determined and at least partially stored, wherein, in the single-phase measurement interval, at least one state variable x SP of the single-phase medium is determined, characterized in that, from the stored two-phase flow measurement values q TP, meas and from the at least one state variable x SP of the single-phase medium determined in the single-phase measurement interval, subsequently corrected two-phase flow measurement values q TP, corr are determined as at least indirect input variables of a correction calculation f corr, and that the corrected two-phase flow measurement values q TP, corr are output as individual values or are output as part of a cumulative flow measurement value m tot. wherein the start time t start of the two-phase measurement interval is detected at the onset of the two-phase flow, wherein the end time t end of the two-phase measurement interval is detected at the end of the presence of the two-phase flow, wherein, in the two-phase measurement interval, two-phase flow measurement values q TP, meas of the two-phase flow are determined and at least partially stored, wherein, in the single-phase measurement interval, at least one state variable x SP of the single-phase medium is determined, characterized in that, from the stored two-phase flow measurement values q TP, meas and from the at least one state variable x SP of the single-phase medium determined in the single-phase measurement interval, subsequently corrected two-phase flow measurement values q TP, corr are determined as at least indirect input variables of a correction calculation f corr, and that the corrected two-phase flow measurement values q TP, corr are output as individual values or are output as part of a cumulative flow measurement value m tot.
A rotary tablet press which comprises a rotor, at least one filling station and at least one pressing station as well as lower punch and upper punch guides, wherein the rotary tablet press has a modular design, wherein individual modules are arranged in such a manner that they can be removed and/or relocated within the rotary tablet press, for converting the rotary tablet press from two-layer operation to single-layer operation or vice versa, characterized in that the rotor can be pivoted out of a press interior of the rotary tablet press, a first filling device and a second filling device are provided, wherein the second filling device can be removed, and the upper punch guide and/or lower punch guide comprises multiple segments (38, 40, 42) which can be replaced at least partially with at least one other segment with another curve characteristic.
A nozzle for dispensing a flowable foodstuff product, in particular a foodstuff cream, comprising an inlet opening, an outlet opening and a duct that connects the inlet opening with the outlet opening; wherein the outlet opening is delimited by a first surface, the nozzle comprising a second surface facing the first surface, between the first surface and the second surface there being defined a delivery mouth having an annular shape, which extends around a reference axis; during operation said mouth delivering a flow of product having a tubular shape, said nozzle being characterized in that said first surface and said second surface are shaped in such a way that the delivery mouth defines a section of flow, in a plane transverse to the reference axis, which has a width (L1, L2) variable around the reference axis, to define, around the reference axis, at least one first region having a first width and at least one second region having a second width greater than the first width, so as to define, during operation, a flow of product having at least one thickened localized area that is delivered through the second region of the delivery mouth. comprising an inlet opening, an outlet opening and a duct that connects the inlet opening with the outlet opening; wherein the outlet opening is delimited by a first surface, the nozzle comprising a second surface facing the first surface, between the first surface and the second surface there being defined a delivery mouth having an annular shape, which extends around a reference axis; during operation said mouth delivering a flow of product having a tubular shape, said nozzle being characterized in that said first surface and said second surface are shaped in such a way that the delivery mouth defines a section of flow, in a plane transverse to the reference axis, which has a width (L1, L2) variable around the reference axis, to define, around the reference axis, at least one first region having a first width and at least one second region having a second width greater than the first width, so as to define, during operation, a flow of product having at least one thickened localized area that is delivered through the second region of the delivery mouth.
Modular polycarbonate panel for roofs of buildings, said modular polycarbonate panel having a first side suitable for being coupled to a second panel, and a second side suitable for being coupled to a third panel, wherein said modular polycarbonate panel comprises a cell structure defining a plurality of chambers, - wherein the first side has at least one tab defining a cavity, said first side comprising a space and a protuberance on the surface of the tab intended for coming into contact with a projection of the second panel; - wherein the second side has a projection defining a geometry complementary to the cavity defined by said tab of the first side; allowing the modular panel to be coupled to the third panel through the superposition of said tab on said projection; said projection having a cell structure defining a plurality of chambers; - and wherein the second side having the projection comprises a protrusion defining a geometry complementary to the space of the first side; and the protrusion is configured for being coupled in the space of the first side of a third panel; the modular polycarbonate panel being characterized in that: - the tab of the first side has a thickening in the base thereof close to the first side, said thickening having a tapering section towards the free end of the tab; - and wherein the protuberance of the first side is located on the inner side of the horizontal upper surface of the tab intended for coming into contact with the projection of the second panel; said protuberance having, in use, an inclination in direction of the projection of the second panel. - wherein the first side has at least one tab defining a cavity, said first side comprising a space and a protuberance on the surface of the tab intended for coming into contact with a projection of the second panel; - wherein the second side has a projection defining a geometry complementary to the cavity defined by said tab of the first side; allowing the modular panel to be coupled to the third panel through the superposition of said tab on said projection; said projection having a cell structure defining a plurality of chambers; - and wherein the second side having the projection comprises a protrusion defining a geometry complementary to the space of the first side; and the protrusion is configured for being coupled in the space of the first side of a third panel; - the tab of the first side has a thickening in the base thereof close to the first side, said thickening having a tapering section towards the free end of the tab; - and wherein the protuberance of the first side is located on the inner side of the horizontal upper surface of the tab intended for coming into contact with the projection of the second panel; said protuberance having, in use, an inclination in direction of the projection of the second panel.
Follower plate device - for sealing and evacuating a container which has a cylindrical, straight cylindrical or circular cylindrical inner contour and contains an in particular pasty fluid, - comprising a seal which is arranged on a periphery of the device and is adjusted so as to be insertable into the cylindrical inner contour of the container, in a peripherally sealing manner, and which delimits an outer side of the device from an inner side of the device, and - comprising a passage from the inner side to the outer side of the follower plate device, which is designed on the outer side for connection of a further line connection leading to an evacuation pump, characterised by - an exchangeable, open-pored porous component which is guided through the passage from the outer side. - for sealing and evacuating a container which has a cylindrical, straight cylindrical or circular cylindrical inner contour and contains an in particular pasty fluid, - comprising a seal which is arranged on a periphery of the device and is adjusted so as to be insertable into the cylindrical inner contour of the container, in a peripherally sealing manner, and which delimits an outer side of the device from an inner side of the device, and - comprising a passage from the inner side to the outer side of the follower plate device, which is designed on the outer side for connection of a further line connection leading to an evacuation pump, - an exchangeable, open-pored porous component which is guided through the passage from the outer side.
A thermostat, comprising: - a housing, comprising: - a base defining an internal volume; and - a display mount cantilevered from the base, the display mount including a mounting surface; - a touch-sensitive display configured to display visual media and receive user inputs, wherein the touch-sensitive display is attached to the mounting surface of the display mount; - processing electronics positioned within the internal volume of the base, wherein the processing electronics are configured to operate the touch-sensitive display; and - a mounting plate configured for attaching the housing to a mounting surface, wherein the mounting plate is attached to the base by a hinge so that the housing may pivot between an open position and a closed position. - a housing, comprising: - a base defining an internal volume; and - a display mount cantilevered from the base, the display mount including a mounting surface; - a base defining an internal volume; and - a display mount cantilevered from the base, the display mount including a mounting surface; - a touch-sensitive display configured to display visual media and receive user inputs, wherein the touch-sensitive display is attached to the mounting surface of the display mount; - processing electronics positioned within the internal volume of the base, wherein the processing electronics are configured to operate the touch-sensitive display; and - a mounting plate configured for attaching the housing to a mounting surface, wherein the mounting plate is attached to the base by a hinge so that the housing may pivot between an open position and a closed position.
Anchoring element (1, 101) for anchoring a fastening assembly to a C-shaped mounting rail, the anchoring element (1, 101) comprising an oblong metal body having opposite longer longitudinal sides and opposite shorter transversal sides, and having a top surface, wherein a pair of parallel toothings (8, 108) is formed in the top surface, said toothings (8, 108) extending substantially straight from one of the longitudinal sides to the other one of the longitudinal sides, characterised in that each of the toothings (8, 108) has teeth (9, 109) which are curved having a radius of curvature substantially parallel to the top surface of the anchoring element (1, 101).
A light shaft body system, comprising - a locking element (30, 30') for connecting the light shaft body system to a wall of a housing, and - a light shaft body with a locking section (20, 20') for receiving a part of the locking element (30, 30'), wherein the locking element (30, 30') is connectable to the wall in such a manner that the locking element (30, 30') is substantially immobile in parallel to the wall's surface, and is configured such as to engage, in an engagement position, in an engagement recess (25, 25') of the locking section (20, 20') in such a form-fit manner that the light shaft body is connected to the wall along a longitudinal direction of the locking section (20, 20') in a substantially immobile manner, characterized in that the locking element (30, 30'), in a release position, enables the light shaft body's displaceability, while the light shaft body is arranged on the wall, with respect to the locking element (30, 30') substantially along the longitudinal direction of the locking section (20, 20'), wherein the locking element (30, 30') is configured to be moved from the release position to the engagement position by rotating in a plane in parallel to the wall's surface. - a locking element (30, 30') for connecting the light shaft body system to a wall of a housing, and - a light shaft body with a locking section (20, 20') for receiving a part of the locking element (30, 30'),
A radiation-curable inkjet ink composition comprising Pigment Yellow 184, a polymeric dispersant, a polymerizable compound, and a polymerization initiator, the content of PY184 being 2 to 10 mass%, and the 90% volume particle size of PY184 being 200 to 400 nm.
Electric heating device for a motor vehicle, which heating device comprises a plurality of heating elements for heating an air flow, a corrugated fin serving as a radiator for radiating heat, a temperature sensor inside the heating device for measuring a temperature for indirectly determining the surface temperature of the heating elements, -based on thermal radiation and/or thermal conduction, a monitoring system for monitoring whether a temperature measured by the temperature sensor exceeds a predefined temperature value, and a control system for reducing the heat output if the monitoring system ascertains that the temperature measured by the temperature sensor exceeds the predefined temperature value, characterised in that the heating elements are PTC heating elements which are designed to be capable of reaching a maximum surface temperature of 180°C or more, and the temperature sensor extends into a space closed off from the air flow in the immediate vicinity of the corrugated fin.