mhurhangee/patent-ind-claim-en huggingface dataset:
A binding material storage apparatus for a baling apparatus for producing round bales comprises a rotary magazine for storage of a plurality of rolls of binding material and first and second side elements between which the rotary magazine is supported for rotation about a horizontal axis between a plurality of discrete positions including a dispense position, each discrete position being suitable for storage of a roll of a binding material, the rotary magazine including first and second end plates between which a plurality of support elements extend, one support element for each of the plurality of discrete positions, each of the support elements being mounted for free rotation within the magazine, the binding material storage apparatus further comprising a spindle at each of the plurality of discrete positions , each spindle being mounted for free rotation within the second end plate of the rotary magazine and connected at a first end to a second end of an associated support element , characterised in that the binding material storage apparatus further comprises a first gear element at each of the plurality of discrete positions and an electrically controlled braking gear supported on the second side element , each spindle is connected at a second end to the first gear element , and in that the electrically controlled braking gear engages the first gear element in the dispense position.
A printing apparatus including a reservoir unit for holding ink, a discharge unit configured to discharge the ink, a flow channel that connects the reservoir unit to the discharge unit and is configured to channel the ink from the reservoir unit to the discharge unit, and a valve unit that is disposed partway along the flow channel, the valve unit comprising: a first chamber configured to communicate with the reservoir unit; a second chamber configured to communicate with the discharge unit; a switching valve configured to switch between allowing and cutting off a flow of ink from the first chamber to the second chamber; and characterized by an expelling unit for expelling sediment (PT) from the second chamber by suctioning the sediment. a first chamber configured to communicate with the reservoir unit; a second chamber configured to communicate with the discharge unit; a switching valve configured to switch between allowing and cutting off a flow of ink from the first chamber to the second chamber; and characterized by an expelling unit for expelling sediment (PT) from the second chamber by suctioning the sediment.
Fastening system comprising a thread-forming plastic engineering screw having a first diameter (d0) and a motor vehicle light module comprising a light metal component , said light metal component having a pre-drilled hole , said pre-drilled hole being associated with the plastic engineering screw and having a second diameter (D), the second diameter (D) being greater than a predetermined value and the value of the second diameter (D) depending at least on the value of the first diameter (d0) wherein the thread-forming plastic engineering screw can be screwed into the predrilled hole , wherein the second diameter (D) is determined from the first diameter (d0) in accordance with the formula D = An + K* (d0 - 1), wherein D is the value of the second diameter d0 is the value of the first diameter, the parameter An is between 0.4 mm and 0.5 mm, preferably exactly 0.45 mm, and the parameter K is between 1.0 and 1.2, preferably exactly 1.1, and the first diameter (d0) is in a range between 1 and 6 millimeters.
An electronic device for monitoring the physical activity of a user, comprising: - a casing adapted to define a housing; - an electronic circuitry housed inside the housing of said casing , said electronic circuitry being configured to monitor the physical activity of the user; said device being characterized in that the casing is configured to be secured to an external surface of the bottom side of a case of a wristwatch , said bottom side being configured to be on the side of the wrist of the user when the user is wearing the wristwatch and said device comprising securing means of said casing to at least one portion of said external surface of the case of the wristwatch . - a casing adapted to define a housing; - an electronic circuitry housed inside the housing of said casing , said electronic circuitry being configured to monitor the physical activity of the user;
A method performed by a user equipment, UE, of providing information to a first base station (TRP A) relating to directional beam signals received by the user equipment from one or more other base stations (TRP B) and optionally the first base station, the method comprising: receiving with signals (DL Signal B n ) transmitted from a base station via a directional beam an identifier (LDI), the identifier having a property of distinguishing the directional beam from other directional beams; and transmitting to the first base station a report including information about the received identifier of the directional beam, wherein the received identifier is obtained by decoding a beam identifier which was encoded in the signals transmitted by the base station at a physical layer, the physical layer being the lowest layer for communication between the base station and the user equipment according to a multi-layer model known as the open systems interconnection, OSI, model, characterized in that the received identifier is obtained by decoding the beam identifier which was encoded within synchronization signals transmitted by the base station by phase shift keying all the symbols of a synchronization signal instance within a slot by a single phase shift value. receiving with signals (DL Signal B n ) transmitted from a base station via a directional beam an identifier (LDI), the identifier having a property of distinguishing the directional beam from other directional beams; and transmitting to the first base station a report including information about the received identifier of the directional beam,
A method for operating a switched-mode power supply , the method comprising: Synchronizing a phase and frequency of an asynchronous controller of the switched-mode power supply with a clock signal of a synchronous controller of the switched-mode power supply while the asynchronous controller is in control of a power stage of the switched-mode power supply; Concurrent with synchronizing the phase and frequency of the asynchronous controller with the clock signal of the synchronous controller, presetting, by means of a sample and hold unit, a state variable of the synchronous controller while the asynchronous controller is in control of the power stage of the switched-mode power supply, wherein presetting the state variable of the synchronous controller comprises setting an output of a compensation unit in the synchronous controller to a preset status; and transferring control of the power stage from the asynchronous controller to the synchronous controller after the phase and frequency of the asynchronous controller are synchronized with the clock signal of the synchronous controller and after the state variable of the synchronous controller is preset. Synchronizing a phase and frequency of an asynchronous controller of the switched-mode power supply with a clock signal of a synchronous controller of the switched-mode power supply while the asynchronous controller is in control of a power stage of the switched-mode power supply; Concurrent with synchronizing the phase and frequency of the asynchronous controller with the clock signal of the synchronous controller, presetting, by means of a sample and hold unit, a state variable of the synchronous controller while the asynchronous controller is in control of the power stage of the switched-mode power supply, wherein presetting the state variable of the synchronous controller comprises setting an output of a compensation unit in the synchronous controller to a preset status; and transferring control of the power stage from the asynchronous controller to the synchronous controller after the phase and frequency of the asynchronous controller are synchronized with the clock signal of the synchronous controller and after the state variable of the synchronous controller is preset.
A method for performing playback of digital media content data provided by a server , the method comprising a device performing: receiving a request for device feature information from a wireless device; generating device feature information; transmitting device feature information to the wireless device ; receiving address information of the digital media content data, and playback position information specifying a playback position in the digital media content data from the wireless device, and subsequently, receiving a request for playing the digital media content data from the wireless device , the wireless device currently performing playback of the digital media content data, and the address information comprising a uniform resource locator, URL based on the device feature information transmitted to the wireless device, for accessing the digital media content data of the server; requesting , following receipt of the play request, the server to stream digital media content to the device, the request including address information of the digital media content data and the playback position information of the digital media content data; receiving the digital media content data streamed from the server based on the address information of the digital media content data and the playback position information of the digital media content data; and playing, the digital media content data streamed from the server; wherein the device feature information includes its own protocol information and a data format list of playable data formats. receiving a request for device feature information from a wireless device; generating device feature information; transmitting device feature information to the wireless device ; receiving address information of the digital media content data, and playback position information specifying a playback position in the digital media content data from the wireless device, and subsequently, receiving a request for playing the digital media content data from the wireless device , the wireless device currently performing playback of the digital media content data, and the address information comprising a uniform resource locator, URL based on the device feature information transmitted to the wireless device, for accessing the digital media content data of the server; requesting , following receipt of the play request, the server to stream digital media content to the device, the request including address information of the digital media content data and the playback position information of the digital media content data; receiving the digital media content data streamed from the server based on the address information of the digital media content data and the playback position information of the digital media content data; and playing, the digital media content data streamed from the server; wherein the device feature information includes its own protocol information and a data format list of playable data formats.
An antenna system (140-a) comprising: a first antenna (141, 141-a, 141-b); a second antenna (142, 142-a, 142-b); a first spindle (215-a; 215-b; 215-c) coupled with the first antenna (141-a; 141-b); a second spindle (225-a; 225-b; 225-c) coupled with the second antenna (142-a; 142-b); a third spindle (335-a; 335-b); a first pair of link arms (310-a) coupling the first spindle with the third spindle, wherein a link arm (330-a-1, 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle at a first radial distance from a spindle axis (336-a) of the third spindle; a second pair of link arms (320-a) coupling the second spindle with the third spindle, wherein a link arm (330-b-1, 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and a drive element coupled with the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms. a first antenna (141, 141-a, 141-b); a second antenna (142, 142-a, 142-b); a first spindle (215-a; 215-b; 215-c) coupled with the first antenna (141-a; 141-b); a second spindle (225-a; 225-b; 225-c) coupled with the second antenna (142-a; 142-b); a third spindle (335-a; 335-b); a first pair of link arms (310-a) coupling the first spindle with the third spindle, wherein a link arm (330-a-1, 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle at a first radial distance from a spindle axis (336-a) of the third spindle; a second pair of link arms (320-a) coupling the second spindle with the third spindle, wherein a link arm (330-b-1, 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and a drive element coupled with the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms.
Method for individualizing display content on a screen of a user interface for a means of transportation , wherein the user interface comprises: - an operating mode in which primary functions associated with buttons (21-35) shown on the screen are started by interactions with the buttons (21-35), and - in which a user can interact with buttons to edit, in particular, rearrange, sort, add or remove buttons, wherein the method comprises the steps of: - presentation of first display content on the screen in the operating mode comprising a plurality of buttons (21-35) in operating mode, and characterized by - reception of a predefined first user input via a first button of the plurality of buttons (21-35) in operating mode, and in response thereto - removal of the first button from the first display content to produce an individualized configuration of the first display content , while the remaining buttons (21, 22, 24-35) of the plurality of buttons (21-35) are continuously displayed in an operating mode. - an operating mode in which primary functions associated with buttons (21-35) shown on the screen are started by interactions with the buttons (21-35), and - in which a user can interact with buttons to edit, in particular, rearrange, sort, add or remove buttons, wherein the method comprises the steps of: - presentation of first display content on the screen in the operating mode comprising a plurality of buttons (21-35) in operating mode, and characterized by - reception of a predefined first user input via a first button of the plurality of buttons (21-35) in operating mode, and in response thereto - removal of the first button from the first display content to produce an individualized configuration of the first display content , while the remaining buttons (21, 22, 24-35) of the plurality of buttons (21-35) are continuously displayed in an operating mode.
A method for treating petroleum, a petroleum fraction, or natural gas in order to reduce sulfur and sulfur compounds and/or to increase API gravity and/or to decrease viscosity in the petroleum, the petroleum fraction, or the natural gas, the process comprising: adding a) a first component which is selected from material, particularly roots, of a plant of the genus Glycyrrhiza, and/or arbuscular mycorrhizal fungi, and b) a second component which is selected from of a plant material or -ingredient comprising plastids, algae and/or cyanobacteria, to the petroleum, petroleum fraction, or natural gas. adding a) a first component which is selected from material, particularly roots, of a plant of the genus Glycyrrhiza, and/or arbuscular mycorrhizal fungi, and b) a second component which is selected from of a plant material or -ingredient comprising plastids, algae and/or cyanobacteria, a) a first component which is selected from material, particularly roots, of a plant of the genus Glycyrrhiza, and/or arbuscular mycorrhizal fungi, and b) a second component which is selected from of a plant material or -ingredient comprising plastids, algae and/or cyanobacteria, to the petroleum, petroleum fraction, or natural gas.
A method of automatically matching one or more songs to a video, said video having a length associated therewith, comprising the steps of: (a) submitting said video to a video analysis tool, said video analysis tool automatically determining locations of scenes, segments, and objects in said video and assigning a plurality of time-varying emotion tags to said video; (b) determining an emotion value for each of said video tags; (c) calculating an energy level for each of said video scenes; (d) determining one or more emotions associated with each of said video tags; (e) scaling the value of each of said emotions by a length of the section associated with each video tag; (f) determining a single value representative of all of said emotion values; (g) using said emotion values, searching an audio database containing a plurality of songs for one or more matching songs, each of said songs in said audio database having one or more emotion tags associated therewith, said emotion tags describing a time-varying energy and emotion of said song; (h) select at least one song from said audio database based on said search; and (i) adapting a length of said at least one song to match said video length, thereby automatically matching one or more songs to said video. (a) submitting said video to a video analysis tool, said video analysis tool automatically determining locations of scenes, segments, and objects in said video and assigning a plurality of time-varying emotion tags to said video; (b) determining an emotion value for each of said video tags; (c) calculating an energy level for each of said video scenes; (d) determining one or more emotions associated with each of said video tags; (e) scaling the value of each of said emotions by a length of the section associated with each video tag; (f) determining a single value representative of all of said emotion values; (g) using said emotion values, searching an audio database containing a plurality of songs for one or more matching songs, each of said songs in said audio database having one or more emotion tags associated therewith, said emotion tags describing a time-varying energy and emotion of said song; (h) select at least one song from said audio database based on said search; and (i) adapting a length of said at least one song to match said video length, thereby automatically matching one or more songs to said video.
A method of manufacturing a portion unit having at least one filled receiving chamber surrounded by a film, comprising the steps of a) Transport of a first film in the direction of a heating device; b) Bringing the first film into contact with a surface of the heating device; c) Heating the first film using the heating device; d) Remove the contact between the first film and the heating device; e) Moulding the first heated film into the cavities of a thermoforming die, forming a receiving container with at least one receiving chamber; f) Filling of at least one receiving chamber; g) If necessary, closing and separating the filled receiving containers while forming the portion unit, wherein the surface region of the heating device, which is brought into contact with the film, has at least one recess and the at least one recess is covered in step b) by the partial regions of the first film, which are moulded into the cavity of the thermoforming die in step e), wherein the outline of the opening surface of the recess is modelled on the outline of the opening surface of the cavity, characterised in that the outline of the opening surface of the recess is obtained from the outline of the opening surface of the cavity by a reduction factor of 0.6 to 0.8. a) Transport of a first film in the direction of a heating device; b) Bringing the first film into contact with a surface of the heating device; c) Heating the first film using the heating device; d) Remove the contact between the first film and the heating device; e) Moulding the first heated film into the cavities of a thermoforming die, forming a receiving container with at least one receiving chamber; f) Filling of at least one receiving chamber; g) If necessary, closing and separating the filled receiving containers while forming the portion unit,
A method for producing a desired recombinant protein, polypeptide or peptide comprising culturing a Chinese Hamster Ovary (CHO) host cell in a culture medium, wherein the host cell constitutively expresses the desired recombinant protein, polypeptide or peptide, and the CHO host cell line constitutively expresses human growth hormone (hGH), wherein the desired recombinant protein, polypeptide or peptide is a bio-pharmaceutical.
A beverage comprising: catechin compound, at a content of 1 to 600 ppm; one or more additives; and RebD and/or RebM, at a total content of 20 to 300 ppm; wherein a weight ratio B/A, of the total content B of RebD and RebM to the content A of catechin compound, is 0.43 to 3.00. catechin compound, at a content of 1 to 600 ppm; one or more additives; and RebD and/or RebM, at a total content of 20 to 300 ppm;
A method of creating a fragmentation pattern on a warhead , characterized by the steps of: applying to the interior of the warhead a coating comprising a photosensitive material; selectively curing a portion of the photosensitive material with light from a light source according to a predefined fragmentation pattern; and removing the uncured portion of the photosensitive material. applying to the interior of the warhead a coating comprising a photosensitive material; selectively curing a portion of the photosensitive material with light from a light source according to a predefined fragmentation pattern; and removing the uncured portion of the photosensitive material.
A smart automatic flush toilet construction at least comprising:an automatic flushing module , which is arranged on a flushing pipe of a toilet , said automatic flushing module is provided with a control system , an sensor and an electric valve , said control system is connected to said sensor and said electric valve ; said electric valve is provided with a valve and a power motor , said valve is mounted on the flushing pipe of the toilet, said power motor is connected to said valve to provide the power for driving the valve, so the electric valve can control the flushing operation of the flushing pipe ;wherein said automatic flushing module is provided with a dual-channel shunting pipe , said dual-channel shunting pipe is mounted on the flushing pipe of the toilet , said dual-channel shunting pipe is provided with a first pipe and a second pipe , said valve of electric valve is mounted on the first pipe , and said second pipe is provided with a manual valve , so that said dual-channel shunting pipe can have the functions of automatic flushing and manual flushing.