mhurhangee/ep-ind-claims huggingface dataset:
An eyeglasses toy having: an eyeglasses frame comprising a rim member and temple members; eyeball members fixed to the rim member and comprising spherical surface portions which project forwards from the rim member; rotational eyelid members which are provided rotatably so as to cover and expose the spherical surface portions of the eyeball members; biasing members which bias the rotational eyelid members in a direction in which the rotational eyelid members expose the spherical surface portions of the eyeball members; and operating members which rotate the rotational eyelid members in a direction in which the rotational eyelid members cover the spherical surface portions of the eyeball members against biasing forces of the biasing members, wherein the operating members have a chin locked portion which is locked on the chin of a wearer. an eyeglasses frame comprising a rim member and temple members; eyeball members fixed to the rim member and comprising spherical surface portions which project forwards from the rim member; rotational eyelid members which are provided rotatably so as to cover and expose the spherical surface portions of the eyeball members; biasing members which bias the rotational eyelid members in a direction in which the rotational eyelid members expose the spherical surface portions of the eyeball members; and operating members which rotate the rotational eyelid members in a direction in which the rotational eyelid members cover the spherical surface portions of the eyeball members against biasing forces of the biasing members, wherein the operating members have a chin locked portion which is locked on the chin of a wearer.
A throttle valve device comprising: a throttle body which has an intake path; a motor which is mounted in the throttle body; an output gear which is fastened to a rotor shaft of the motor; a throttle shaft which rotates in the intake path; a final stage gear which is fastened to the throttle shaft; a rotor which is fastened to the throttle shaft; an intermediate gear which meshes with the output gear and the final stage gear; a throttle valve which is fastened to the throttle shaft; a gear cover which covers the output gear, the final stage gear and the intermediate gear and is made by resin; a retainer (20C, 20D) which is positioned on the gear cover to prevent the axial separation of the intermediate gear; a connector which is mounted on the gear cover; a plurality of connector terminals mounted on the connector; a circuit board which is mounted on the gear cover; a detector that detects the rotational position of the throttle shaft and is positioned to face the rotor; and characterized in that a sensor circuit is mounted on the circuit board and positioned to face the intermediate gear and the detector is provided on the circuit board, and a plurality of sensor connection conductor sections are insert-molded into the gear cover with ends of the sensor connection conductor sections exposed over a surface of the gear cover and disposed along one side of the circuit board to connect the connector terminals to the sensor circuit, wherein the retainer (20C, 20D) is a boss sandwiched between two sensor connection conductor sections. a throttle body which has an intake path; a motor which is mounted in the throttle body; an output gear which is fastened to a rotor shaft of the motor; a throttle shaft which rotates in the intake path; a final stage gear which is fastened to the throttle shaft; a rotor which is fastened to the throttle shaft; an intermediate gear which meshes with the output gear and the final stage gear; a throttle valve which is fastened to the throttle shaft; a gear cover which covers the output gear, the final stage gear and the intermediate gear and is made by resin; a retainer (20C, 20D) which is positioned on the gear cover to prevent the axial separation of the intermediate gear; a connector which is mounted on the gear cover; a plurality of connector terminals mounted on the connector; a circuit board which is mounted on the gear cover; a detector that detects the rotational position of the throttle shaft and is positioned to face the rotor; and characterized in that a sensor circuit is mounted on the circuit board and positioned to face the intermediate gear and the detector is provided on the circuit board, and a plurality of sensor connection conductor sections are insert-molded into the gear cover with ends of the sensor connection conductor sections exposed over a surface of the gear cover and disposed along one side of the circuit board to connect the connector terminals to the sensor circuit, wherein the retainer (20C, 20D) is a boss sandwiched between two sensor connection conductor sections.
Use of bacterial AppA as a phytase wherein said AppA retains at least 60% of its activity after heating the AppA for 15 minutes at 60°C, wherein AppA is expressed in a yeast host cell.
Method for weld cladding of powdery or wire-like material onto a workpiece, which is preferably a flat substrate, by means of a device which comprises a substantially rod-shaped electrode, the electrode having at least one material feed channel running in its interior for feeding the powdery or wire-like material into the arc, characterised in that the device comprises a nozzle surrounding the electrode and a working gas region which is formed between the electrode and the nozzle, wherein the method comprises the following steps: - forming the arc as a transferred arc between the electrode and the workpiece or as a free-standing arc between the electrode and the nozzle, - flooding the working gas region with a working gas to constrict the arc in the direction of the workpiece, - feeding the powdery or wire-like material into the constricted arc, wherein the powdery or wire-like material is melted in said arc, and - moving the device over the workpiece while the powdery or wire-like material is fed into the constricted arc, wherein a radial distance between the nozzle and the electrode is not greater than 1 cm and/or an axial distance between the end of the nozzle facing the workpiece and the end of the electrode facing the workpiece is not greater than 1 cm, wherein the end of the nozzle facing the workpiece preferably has a smaller distance to the workpiece than the end of the electrode facing the workpiece. the device comprises a nozzle surrounding the electrode and a working gas region which is formed between the electrode and the nozzle, wherein the method comprises the following steps: - forming the arc as a transferred arc between the electrode and the workpiece or as a free-standing arc between the electrode and the nozzle, - flooding the working gas region with a working gas to constrict the arc in the direction of the workpiece, - feeding the powdery or wire-like material into the constricted arc, wherein the powdery or wire-like material is melted in said arc, and - moving the device over the workpiece while the powdery or wire-like material is fed into the constricted arc, - forming the arc as a transferred arc between the electrode and the workpiece or as a free-standing arc between the electrode and the nozzle, - flooding the working gas region with a working gas to constrict the arc in the direction of the workpiece, - feeding the powdery or wire-like material into the constricted arc, wherein the powdery or wire-like material is melted in said arc, and - moving the device over the workpiece while the powdery or wire-like material is fed into the constricted arc, wherein a radial distance between the nozzle and the electrode is not greater than 1 cm and/or an axial distance between the end of the nozzle facing the workpiece and the end of the electrode facing the workpiece is not greater than 1 cm, wherein the end of the nozzle facing the workpiece preferably has a smaller distance to the workpiece than the end of the electrode facing the workpiece.
A fishing line comprising a composite yarn having a core-sheath structure, the composite yarn comprising a core part having a core yarn and a sheath part having a sheath yarn containing a long fiber, the core yarn and the sheath yarn being integrated with use of an adhesive resin and the adhesive resin being a hot melt adhesive, characterized in that the core yarn contains a short fiber and that the adhesive resin comprises a polyolefin resin and a polyurethane resin of which the glass transition point is 30°C or higher.
A clamping member for a cutting insert that clamps the cutting insert on a tool holder, comprising: a body having a top surface being engageable with a head of a clamping bolt, a bottom surface facing the tool holder and a bolt hole for insertion of the clamping bolt, the bolt hole passing through between the top surface and the bottom surface; and a protrusion portion protruding from the bottom surface and being engageable with a mounting hole formed in the cutting insert, wherein the protrusion portion has an inclined surface facing toward a rotational direction about a center axis of the mounting hole, wherein the surface is inclined so that the protrusion portion is gradually tapered from a base side toward an end side thereof, characterized in that on an outer peripheral surface of the protrusion located on a side of the protrusion portion facing in the direction of the bolt hole, the protrusion portion has a concave curved surface on the base side of the protrusion portion and a convex curved contacting surface on the end side of the protrusion portion. a body having a top surface being engageable with a head of a clamping bolt, a bottom surface facing the tool holder and a bolt hole for insertion of the clamping bolt, the bolt hole passing through between the top surface and the bottom surface; and a protrusion portion protruding from the bottom surface and being engageable with a mounting hole formed in the cutting insert, wherein the protrusion portion has an inclined surface facing toward a rotational direction about a center axis of the mounting hole, wherein the surface is inclined so that the protrusion portion is gradually tapered from a base side toward an end side thereof, characterized in that on an outer peripheral surface of the protrusion located on a side of the protrusion portion facing in the direction of the bolt hole, the protrusion portion has a concave curved surface on the base side of the protrusion portion and a convex curved contacting surface on the end side of the protrusion portion.
A single serve beverage filter cartridge comprising: an impermeable cup-shaped outer container having a side wall and a bottom; a permeable cup-shaped filter element of paper or polymer materials having a side wall and a bottom, said filter element being arranged to subdivide the interior of said container into a first chamber inside said filter element and a second chamber located between said filter element and said container, the bottom of the filter element being spaced vertically from the container bottom so that the second chamber is located between the bottom of said filter element and the bottom of said container, said filter element also having an upper rim joined to the container side wall at a peripheral juncture; a beverage medium disposed in said first chamber; and an impermeable cover joined to said container side wall to close a top opening of said outer container, said cover being piercable to admit liquid into said first chamber for contact with said beverage medium to produce a beverage, and said container bottom being piercable to accommodate an outflow of beverage from the cartridge; characterised in that said filter element side wall has flutes or pleats defining exterior channels that face said container side wall and lead downwardly from said peripheral juncture to said second chamber and that coact with the interior of said container side wall to define exit passageways for beverage permeating through said filter side wall thereby encouraging saturation of the beverage medium in areas adjacent to said container side wall. an impermeable cup-shaped outer container having a side wall and a bottom; a permeable cup-shaped filter element of paper or polymer materials having a side wall and a bottom, said filter element being arranged to subdivide the interior of said container into a first chamber inside said filter element and a second chamber located between said filter element and said container, the bottom of the filter element being spaced vertically from the container bottom so that the second chamber is located between the bottom of said filter element and the bottom of said container, said filter element also having an upper rim joined to the container side wall at a peripheral juncture; a beverage medium disposed in said first chamber; and an impermeable cover joined to said container side wall to close a top opening of said outer container, said cover being piercable to admit liquid into said first chamber for contact with said beverage medium to produce a beverage, and said container bottom being piercable to accommodate an outflow of beverage from the cartridge; characterised in that said filter element side wall has flutes or pleats defining exterior channels that face said container side wall and lead downwardly from said peripheral juncture to said second chamber and that coact with the interior of said container side wall to define exit passageways for beverage permeating through said filter side wall thereby encouraging saturation of the beverage medium in areas adjacent to said container side wall.
A communication apparatus which is capable of communicating based on a first communication system via a transmission channel, wherein another communication apparatus is communicating based on a second communication system via the transmission channel, comprising: a transmitter (11B1, 11B2, 31B, 42D) which is adapted for transmitting a first notification signal (φA), which is rotated by a first phase vector, within a first notification domain in a first communication cycle; a detector (11B1, 11B2, 31B, 42D) which is adapted for detecting a second notification signal (φB), which is rotated by a second phase vector and transmitted from the another communication apparatus, within a second notification domain in a second communication cycle after the first communication cycle; wherein the transmitter (11B1, 11B2, 31B, 42D) is adapted for transmitting a data signal in a data transmission domain of the second communication cycle or a third communication cycle after the second communication cycle, wherein the data transmission domain is allocated to the first communication system on the basis of the first notification signal (φA) and the second notification signal (φB). a transmitter (11B1, 11B2, 31B, 42D) which is adapted for transmitting a first notification signal (φA), which is rotated by a first phase vector, within a first notification domain in a first communication cycle; a detector (11B1, 11B2, 31B, 42D) which is adapted for detecting a second notification signal (φB), which is rotated by a second phase vector and transmitted from the another communication apparatus, within a second notification domain in a second communication cycle after the first communication cycle; wherein the transmitter (11B1, 11B2, 31B, 42D) is adapted for transmitting a data signal in a data transmission domain of the second communication cycle or a third communication cycle after the second communication cycle, wherein the data transmission domain is allocated to the first communication system on the basis of the first notification signal (φA) and the second notification signal (φB).
A method for generating pilot signals for characterization of residual inter-channel couplings between communication channels after non-linear precoding, and comprising modulating sequences of pilot signals to be concurrently transmitted over the respective communication channels with respective mutually-orthogonal pilot sequences, wherein the method further comprises, for respective ones of a sequence of channel probing occurrences (S 1 to SK): - selecting a communication channel out of the communication channels for the respective one channel probing occurrence, - scaling a so-modulated pilot signal to be transmitted over the selected communication channel during the respective one channel probing occurrence with a first non-null scaling coefficient, and - scaling further so-modulated pilot signals to be transmitted over other non-selected communication channels during the respective one channel probing occurrence with a second non-null scaling coefficient (e) distinct from the first scaling coefficient, wherein the selecting is such that the first scaling coefficient is used exactly once within the respective sequences of so-scaled pilot signals and within the respective channel probing occurrences, and such that the sequences of so-scaled pilot signals are kept mutually-orthogonal, and wherein the method further comprises generating sequences of so-scaled pilot signals ( w') for transmission over the respective communication channels during the sequence of channel probing occurrences said generating including non-linear precoding. - selecting a communication channel out of the communication channels for the respective one channel probing occurrence, - scaling a so-modulated pilot signal to be transmitted over the selected communication channel during the respective one channel probing occurrence with a first non-null scaling coefficient, and - scaling further so-modulated pilot signals to be transmitted over other non-selected communication channels during the respective one channel probing occurrence with a second non-null scaling coefficient (e) distinct from the first scaling coefficient,
A fastening device for a shower cubicle, in particular a shower door panel, wherein an outer profile taking up a side section of the panel is provided, wherein at least one connection profile surrounding an end area of this side section is present, wherein the connecting profile is form-fitted into the outer profile, wherein in the outer profile at least two receiving positions (I, II) for the connecting profile are provided, wherein in a first receiving position the width B1 of the side section of the panel fixed in the outer profile is greater than the width B2 of the side section of the panel fitted into the outer profile in the second receiving position characterised in that at least one form-locking element (6, 15), preferably a plurality of form-locking elements (6, 15) is provided for fixing the connection profile into the receiving positions, in particular into the first receiving position and/or into the second receiving position, wherein preferably the form-locking element (6, 15) or the form-locking elements (6, 15) is/are arranged in the outer profile.
A system comprising installed panels, wherein a number of rectangular panels (10,11) are connected to elongated support elements, the panels (10,11) having a first long edge and parallel thereto a second long edge and two parallel short edges perpendicular to said long edges, wherein the panels (10,11) comprise a rectangular plate like element, the system being provided with connection members (12,13) for attaching a panel (10,11) to the support elements, wherein two or more first connection members are present along said first long edge of a panel (10,11) and two or more second connection members are present along the second long edge of a panel (10,11), and wherein each connection member (12,13) comprises two connection parts (8,16;9,17) being attachable to each other, wherein one of said connection parts (16,17) is attached to a panel and the other connection part (8,9) is attached to a support element, wherein said two connection parts (8,16) of each first connection member are able to rotate with respect to each other around an axis parallel to said long edges of the panel (10,11) when these two connection parts (8,16) are attached to each other and wherein said two connection parts (9,17) of each second connection member engage each other in such manner that they cannot move with respect to each other in a direction perpendicular to the plate like element of the panel (10,11) after they are moved towards each other, characterized in that the panels (10,11) comprise a holder being attached to the back side of the plate like element of the panel (10,12), wherein the holder is provided with first connection parts of the first connection member and with second connection parts of the second connection members, and wherein a connection part of said first connection member comprises a bar extending parallel to said long edges of the panel (10,11) and wherein the other connection part of the first connection member comprises a portion engaging said bar by contacting two opposite sides of the bar in such way that the panel can move in a direction parallel with respect to the short edges of the panel (10,11).
A switching assembly for a garden apparatus comprising a mechanical module and an electrical switching module wherein the mechanical module and the electrical switching modules are demountably couplable between a coupled and a decoupled configuration; wherein the mechanical module comprises at least a housing, one user-operable movable member (20, 21, 22, 24) and an output switch actuator associated with the at least one user-operable movable member (20, 21, 22, 24) and movable thereby between a non-operating position and an operating position; wherein the electrical switching module comprises an electrical switching module housing, an electrical input, an electrical output and an electrical switch having a switch actuator element arranged, in use, to connect electrically the input and the output; and wherein the mechanical module and the electrical switching modules are arranged such that, in the coupled configuration, the output switch actuator, when in the operating configuration, actuates the switch actuator, characterized in that the electrical switching module housing encases and provides mechanical protection to the electrical components contained within it, even when the electrical switch module is not coupled to the mechanical module and, when coupled to the mechanical module, the housing of the Mechanical module interfaces to complete a substantially sealed electrical compartment and the electrical switch module housing forms a part of an outer casing of the coupled assembly.
A method for generating electrical power using orientable photovoltaic collectors placed above crops, the shadow projected onto the crops being modified by the change of orientation of the collectors, this method being characterized in that the orientation of the collectors is automatically controlled by computer on the basis at least of data representative of the local environmental conditions of the crops, chosen from the temperature of the crops, the moisture content of the soil and/or rainfall, so as to act on the microclimatic conditions of the crops by way of a change of orientation of the collectors, the orientation of the collectors being modified depending at least on a crop insolation and rainfall history.