mhurhangee/ep-ind-claims huggingface dataset:
An interactive media system, comprising: a set of anchors, each anchor in the set of anchors being associated with an interactive audio/video composition, and, each anchor comprising an anchor identifier device that includes an anchor identifier; and an anchor sensor configured to: detect the anchor identifier device of one anchor; read the anchor identifier device of the detected anchor to obtain the unique anchor identifier from the detected anchor identifier device; and transmit the unique anchor identifier; and a media player configured to: receive the unique anchor identifier from the anchor sensor; identify one or more playlists associated with the unique anchor identifier the one or more playlists comprising media files and forming the interactive audio/video composition; obtain the one or more playlists; and play the media files of the one or more playlists; CHARACTERIZED IN THAT, the media player is configured to play the media files of the one or more playlists further based on a state of the interactive audio/video composition being played back, and wherein the state of the interactive audio/video composition depends on at least one of: the number of times an anchor from the set of anchors has been detected, the previously detected anchors, the previously removed anchors, and, other anchors being concurrently detected with the detected anchor. a set of anchors, each anchor in the set of anchors being associated with an interactive audio/video composition, and, each anchor comprising an anchor identifier device that includes an anchor identifier; and an anchor sensor configured to: detect the anchor identifier device of one anchor; read the anchor identifier device of the detected anchor to obtain the unique anchor identifier from the detected anchor identifier device; and transmit the unique anchor identifier; and detect the anchor identifier device of one anchor; read the anchor identifier device of the detected anchor to obtain the unique anchor identifier from the detected anchor identifier device; and transmit the unique anchor identifier; and a media player configured to: receive the unique anchor identifier from the anchor sensor; identify one or more playlists associated with the unique anchor identifier the one or more playlists comprising media files and forming the interactive audio/video composition; obtain the one or more playlists; and play the media files of the one or more playlists; receive the unique anchor identifier from the anchor sensor; identify one or more playlists associated with the unique anchor identifier the one or more playlists comprising media files and forming the interactive audio/video composition; obtain the one or more playlists; and play the media files of the one or more playlists;
A construction machine comprising: an air-cooled heat exchanger (47, 48); a cooling fan for generating cooling air for the heat exchanger (47, 48); a battery; a fan electric drive device for rotating the cooling fan, the fan electric drive device being driven by electric power of the battery,; fan control means for drivingly controlling the fan electric drive device; a lock lever disposed at a boarding-alighting port and configured to be operated into an unlocked position and a locked position; an operating device (27 or the like) for directing an operation of a hydraulic actuator; and locking means for making an operation of the operating device (27 or the like) ineffective or the operating device inoperative when the lock lever is operated into the locked position, characterized in that the fan control means stops the fan electric drive device when the lock lever is operated into the locked position. an air-cooled heat exchanger (47, 48); a cooling fan for generating cooling air for the heat exchanger (47, 48); a battery; a fan electric drive device for rotating the cooling fan, the fan electric drive device being driven by electric power of the battery,; fan control means for drivingly controlling the fan electric drive device; a lock lever disposed at a boarding-alighting port and configured to be operated into an unlocked position and a locked position; an operating device (27 or the like) for directing an operation of a hydraulic actuator; and locking means for making an operation of the operating device (27 or the like) ineffective or the operating device inoperative when the lock lever is operated into the locked position, characterized in that the fan control means stops the fan electric drive device when the lock lever is operated into the locked position.
An automatic winder including a plurality of winding units each adapted to wind a yarn from a yarn supplying bobbin formed by a spinning machine to form a package, the automatic winder comprising: an input section adapted to input spinning information including information relating to a processing status of formation of the yarn supplying bobbin; and a control section adapted to determine a winding speed of when the winding unit winds a yarn from the yarn supplying bobbin based on the spinning information input by the input section, characterized in that the input section is adapted to allow the operator to manually input the spinning information, comprising a doffing number and a doffing timing information. an input section adapted to input spinning information including information relating to a processing status of formation of the yarn supplying bobbin; and a control section adapted to determine a winding speed of when the winding unit winds a yarn from the yarn supplying bobbin based on the spinning information input by the input section, characterized in that the input section is adapted to allow the operator to manually input the spinning information, comprising a doffing number and a doffing timing information.
Locking disc as VVT component, composed of material produced from powder metal with a locking bore, which extends from a first surface of the VVT component into this, wherein a locking bolt of a variable valve control engages into the locking bore and the locking bore has a connected oil duct which also extends from the first surface into the VVT component and discharges radially into the locking bore, wherein a base of the locking bore has an elevation which serves as a bearing surface of the locking bolt and the oil duct has a depth which is smaller than that of the locking bore, characterized in that the locking bore has a form adapted to a locking bolt which is supposed to engage into the locking bore and, in a wall, has one or more recesses into which the locking bolt engages, wherein a recess coincides with the oil duct, and that the locking bore has an at least partially circumferential oil supply which is incorporated into the first surface and forms a transition into the oil duct so that an oil supply to the respective recesses in locking bore is ensured.
A CD19-OR-CD20 chimeric antigen receptor polypeptide, comprising: a signal sequence of SEQ ID NO: 2; an anti CD20 single chain variable fragment (scFv) comprising a light chain and heavy chain variable region encoded by SEQ ID NO: 3; a (G 4 S) 4 linker; an anti-CD19 single chain variable fragment (scFv) comprising a light chain and heavy chain variable region encoded by SEQ ID NO: 4; a spacer domain of SEQ ID NO: 5; a CD28 transmembrane domain of SEQ ID NO: 6; a 4-1BB cytoplasmic signaling domain of SEQ ID NO: 8; a CD3 zeta signaling domain of SEQ ID NO: 9.
A transfer film comprising a substrate layer to be peeled off during transfer process and a transferred layer to be transferred to an article to be decorated, wherein both layers are directly extrusion laminated to each other in a peelable manner without requiring any release layer; characterised in that the substrate layer is formed with a base film made of a synthetic resin; wherein said transferred layer has a protective layer, a printed or vapor-deposited decorative layer, and an adhering layer, which are laminated in this order, wherein the protective layer is formed with a protective film which is laminated on the base film; wherein a decorative film of a synthetic resin is laminated between the protective layer and the adhering layer and wherein the printed or vapor-deposited decorative layer is formed at least on either surface of the decorative film; and wherein the base film is made of a polyethylene terephthalate resin and the protective film is made of a low-density polyethylene resin.
Household food-processing device, comprising: - a base unit; - a processing tool unit with a processing tool for processing supplied food; and - a receiving unit with a receiving volume for receiving the processed food; wherein the base unit provides a driving force for actuating the processing tool; wherein the receiving unit is detachably mounted to the processing tool unit with a first interlocking mechanism, and the base unit is detachably mounted to the processing tool unit with a second interlocking mechanism; and characterized in that the processing tool unit is provided with a safety mounting mechanism comprising a safety locking device with at least one safety latch acting between the first and the second interlocking mechanism, which defines a mounting order, according to which the base unit is mountable to the processing tool unit only when the receiving unit is mounted to the processing tool unit; and according to which the de-mounting of the receiving unit from the processing tool unit is blocked when the base unit is mounted to the processing tool unit. - a base unit; - a processing tool unit with a processing tool for processing supplied food; and - a receiving unit with a receiving volume for receiving the processed food; wherein the base unit provides a driving force for actuating the processing tool; wherein the receiving unit is detachably mounted to the processing tool unit with a first interlocking mechanism, and the base unit is detachably mounted to the processing tool unit with a second interlocking mechanism; and characterized in that the processing tool unit is provided with a safety mounting mechanism comprising a safety locking device with at least one safety latch acting between the first and the second interlocking mechanism, which defines a mounting order, according to which the base unit is mountable to the processing tool unit only when the receiving unit is mounted to the processing tool unit; and according to which the de-mounting of the receiving unit from the processing tool unit is blocked when the base unit is mounted to the processing tool unit. wherein the base unit provides a driving force for actuating the processing tool; wherein the receiving unit is detachably mounted to the processing tool unit with a first interlocking mechanism, and the base unit is detachably mounted to the processing tool unit with a second interlocking mechanism; and characterized in that the processing tool unit is provided with a safety mounting mechanism comprising a safety locking device with at least one safety latch acting between the first and the second interlocking mechanism, which defines a mounting order, according to which the base unit is mountable to the processing tool unit only when the receiving unit is mounted to the processing tool unit; and according to which the de-mounting of the receiving unit from the processing tool unit is blocked when the base unit is mounted to the processing tool unit.
Method for attaching a reinforcing and/or cover layer, respectively, consisting of a hydraulically setting material of a cement mortar - or concrete mixture, respectively, to a building component by applying to the building component a formwork and by filling into the space between the formwork and the building component a flowable cement mortar or concrete mixture, respectively, characterized in that a multi-layer reinforcement mat is attached to the building component and in that for establishing the formwork a knifing filler consisting of a hydraulically setting material is placed into the fabric layers of the reinforcement mat and in that the knifing filler is left to harden before the cement mortar or concrete mixture, respectively, is filled in.
A radar level gauge using microwaves for measuring a filling level of a product in a tank, comprising: a microwave unit for transmitting microwaves into the tank, and receiving a reflection from the tank, processing circuitry connected to said microwave unit and arranged to determine said level based on a relation between transmitted microwaves and said reflection, a power interface arranged to receive power in an intrinsically safe manner from an external power supply, and power management circuitry arranged to provide power at an operating voltage to said microwave unit and said processing circuitry, said power management circuitry including: a first voltage converter, having a low-voltage end for receiving a drive voltage from said power interface and a high-voltage end for supplying an intermediate voltage higher than said operating voltage, a temporary energy store arranged to be charged by said intermediate voltage, a second voltage converter, having a high-voltage end for receiving an input voltage from said energy store, and a low-voltage end for providing said operating voltage lower than said input voltage, wherein said power management circuitry is adapted to fulfill explosion safety regulations. a microwave unit for transmitting microwaves into the tank, and receiving a reflection from the tank, processing circuitry connected to said microwave unit and arranged to determine said level based on a relation between transmitted microwaves and said reflection, a power interface arranged to receive power in an intrinsically safe manner from an external power supply, and power management circuitry arranged to provide power at an operating voltage to said microwave unit and said processing circuitry, said power management circuitry including: a first voltage converter, having a low-voltage end for receiving a drive voltage from said power interface and a high-voltage end for supplying an intermediate voltage higher than said operating voltage, a temporary energy store arranged to be charged by said intermediate voltage, a second voltage converter, having a high-voltage end for receiving an input voltage from said energy store, and a low-voltage end for providing said operating voltage lower than said input voltage, wherein said power management circuitry is adapted to fulfill explosion safety regulations. a first voltage converter, having a low-voltage end for receiving a drive voltage from said power interface and a high-voltage end for supplying an intermediate voltage higher than said operating voltage, a temporary energy store arranged to be charged by said intermediate voltage, a second voltage converter, having a high-voltage end for receiving an input voltage from said energy store, and a low-voltage end for providing said operating voltage lower than said input voltage, wherein said power management circuitry is adapted to fulfill explosion safety regulations.
A headband comprising: an elastic ribbon, wherein the elastic ribbon has an elasticity; a stretch ribbon, wherein the stretch ribbon has an elasticity, wherein the bottom portion of the stretch ribbon comprises a gripping portion, a top portion of the elastic ribbon forms the outside of the headband and a bottom portion of the stretch ribbon forms the inside of the headband, wherein the outside of the headband comprises the top portion of the elastic ribbon which gives the headband a 360-degree view of the outside of the headband with no break, and wherein the inside of the headband comprises the bottom portion of the stretch ribbon which forms the gripping portion that gives the headband a 360-degree gripping portion with no break, characterized in that the elastic ribbon is attached to the stretch ribbon using a stretch and stitch method, which maintains the elasticity of the elastic ribbon and the stretch ribbon, and the ends of both of the elastic ribbon and the stretch ribbon are connected to make the headband a 360-degree elastic headband. an elastic ribbon, wherein the elastic ribbon has an elasticity; a stretch ribbon, wherein the stretch ribbon has an elasticity, wherein the bottom portion of the stretch ribbon comprises a gripping portion, a top portion of the elastic ribbon forms the outside of the headband and a bottom portion of the stretch ribbon forms the inside of the headband, wherein the outside of the headband comprises the top portion of the elastic ribbon which gives the headband a 360-degree view of the outside of the headband with no break, and wherein the inside of the headband comprises the bottom portion of the stretch ribbon which forms the gripping portion that gives the headband a 360-degree gripping portion with no break, characterized in that the elastic ribbon is attached to the stretch ribbon using a stretch and stitch method, which maintains the elasticity of the elastic ribbon and the stretch ribbon, and the ends of both of the elastic ribbon and the stretch ribbon are connected to make the headband a 360-degree elastic headband.
A compensating system (1; 1-1; 1-2) for a power system, wherein the compensating-system (1; 1-1; 1-2) comprises: a compensator (3; 3-1; 3-2) comprising semiconductor switch means (4; 14), which compensator (3; 3-1; 3-2) has phase legs (6-1, 6-2, 6-3) which on a first side of the compensator (3; 3-1; 3-2) defines AC inputs for connection to a respective phase (11-1, 11-2, 11-3) of the power system, wherein the phase legs (6-1, 6-2, 6-3) are connected in wye connection at a second side of the compensator (3; 3-1; 3-2), which wye connection has a neutral point, and a filter arrangement (9; 9-1) which at a first side thereof is connected to the neutral point of the wye connection and at a second side is connected to the AC inputs to thereby form a circuit with the compensator (3; 3-1; 3-2), wherein the filter arrangement (9; 9-1) is arranged such that the circuit acts as a closed circuit for zero-sequence currents, wherein the filter arrangement (9; 9-1) is further arranged to block a fundamental frequency component of the zero-sequence current and to allow a harmonic of the zero-sequence current to pass therethrough, whereby the harmonic of the zero-sequence current is able to flow through the closed circuit, wherein the filter arrangement (9; 9-1) comprises a band-pass filter which allows the harmonic to pass therethrough. a compensator (3; 3-1; 3-2) comprising semiconductor switch means (4; 14), which compensator (3; 3-1; 3-2) has phase legs (6-1, 6-2, 6-3) which on a first side of the compensator (3; 3-1; 3-2) defines AC inputs for connection to a respective phase (11-1, 11-2, 11-3) of the power system, wherein the phase legs (6-1, 6-2, 6-3) are connected in wye connection at a second side of the compensator (3; 3-1; 3-2), which wye connection has a neutral point, and a filter arrangement (9; 9-1) which at a first side thereof is connected to the neutral point of the wye connection and at a second side is connected to the AC inputs to thereby form a circuit with the compensator (3; 3-1; 3-2), wherein the filter arrangement (9; 9-1) is arranged such that the circuit acts as a closed circuit for zero-sequence currents, wherein the filter arrangement (9; 9-1) is further arranged to block a fundamental frequency component of the zero-sequence current and to allow a harmonic of the zero-sequence current to pass therethrough, whereby the harmonic of the zero-sequence current is able to flow through the closed circuit, wherein the filter arrangement (9; 9-1) comprises a band-pass filter which allows the harmonic to pass therethrough.
A device for axially preloading a machine element arranged in a housing with an annular steel spring having an open hollow profile in cross section and on which is integrally formed, at least at one side, an annular collar which can be attached to the machine element, and having a securing element, by means of which the steel spring can be loaded against the machine element with a force FO which exceeds the occurring operating load, wherein on the steel spring axially opposite the annular collar a mounting collar is integrally formed, which with a contact surface is in contact with the securing element, and the mounting collar merges with a radius R4 indirectly or directly into a semi-circular section, characterized in that the steel spring merges with the rotationally symmetric, semi-circular section with an essentially uniform radius R1 indirectly or directly via a smaller radius R2 into the annular collar, that between the semi-circular section and the radius R2 of the annular collar a linear transition area is provided having a defined angle W1 to a perpendicular of between ± 10 degrees, in particular by approx. 5°, which merges tangentially into the subsequent radii R1, R2, that between the semi-circular section and the radius R4 of the mounting collar a linear transition area is also provided, which has an angle W2 to a perpendicular of between + 5° to 15° and which merges tangentially into the subsequent radii R2 and R4, and that the axially oriented mounting collar on its outer circumference has a stepped formation (at 22f) to the transition area of the steel spring, specifically for the collaring of a mounting device.
Method for controlling a press, with an electric drive motor which is connected, via a press gear mechanism with variable gear ratio, to a slide which is mounted movably in the stroke direction between an upper reversal point and a lower reversal point, and with a control device which controls or regulates the electric drive motor, with the following steps: - definition of a maximum pressing force (Fmax) for the press, - determination of a position-dependent maximum torque (Mmax) for the electric drive motor depending on the maximum pressing force (Fmax) and the gear ratio, - control or regulation of the electric drive motor such that the pressing force exerted by the slide over the entire stroke movement is smaller than the maximum pressing force (Fmax), characterised in that at least one parameter describing the deflection of the press is taken into account in determining the position-dependent maximum torque (Mmax), that changes in the drive moment occurring due to travel-dependent predefined accelerations of the slide are taken into account in determining the position-dependent maximum torque (Mmax), that the changes in the drive moment occurring due to accelerations of the slide are determined on an idle stroke of the slide, and that the position-dependent maximum torque (Mmax) is determined from the changes in drive moment determined on an idle stoke of the slide and a parameter dependent on rotation speed. - definition of a maximum pressing force (Fmax) for the press, - determination of a position-dependent maximum torque (Mmax) for the electric drive motor depending on the maximum pressing force (Fmax) and the gear ratio, - control or regulation of the electric drive motor such that the pressing force exerted by the slide over the entire stroke movement is smaller than the maximum pressing force (Fmax),