mhurhangee/ep-ind-claims huggingface dataset:
An audio foot pedal comprising an activation arrangement comprising a control button and a stationary part, the control button being secured to the stationary part for relative movement along a travel range, the activation arrangement providing a control signal in response to movement of said control button, the audio foot pedal further comprising at least one signal processing arrangement arranged to execute at least two different functional modes, wherein at least one of the at least two different functional modes, in response to said control signal, variably controls a signal processing of audio signals communicated to said at least one signal processing arrangement thereby producing an audio output signal and transmits the audio output signal to an audio output, wherein said travel range comprises a modulation range and a switching range, wherein said control signal in response to said control button moving in said switching range controls switching between said at least two functional modes, and wherein the control signal in response to said control button moving in said modulation range forms variable input parameters to the signal processing algorithm related to said at least one of said at least two functional modes when the control signal has invoked a switching to said at least one of said at least two different functional modes, wherein said modulation range and said switching range are non-overlapping or partially overlapping; the audio foot pedal being characterised in that said control button is movable along said travel range under influence of a spring force arrangement, wherein said spring force arrangement establishes a first spring force within a first travel range of said control button, and a second spring force in a second travel range of said control button; and Z wherein the first spring force is active when the control button is in said switching range and at least said second spring force is active when the control button is in said modulation range.
A method of applying liquid toner to a print medium in a digital offset printing system, the method comprising: providing a supply of liquid toner to a selectively-charged photo-imaging cylinder; transferring the liquid toner from the selectively-charged photo-imaging cylinder to a heated Intermediate Transfer Member; wetting a print medium; and subsequently, transferring the liquid toner from the ITM to the print medium. providing a supply of liquid toner to a selectively-charged photo-imaging cylinder; transferring the liquid toner from the selectively-charged photo-imaging cylinder to a heated Intermediate Transfer Member; wetting a print medium; and subsequently, transferring the liquid toner from the ITM to the print medium.
A method of processing media data, the method comprising: retrieving an ISO Base Media File Format, ISO BMFF, file including one or more samples including hypertext markup language, HTML, elements defining dynamic web content, the ISO BMFF file also including a meta information box of an initial movie, MOOV, including HTML elements defining immutable web content; extracting the HTML elements from the samples of the file; extracting the HTML elements from the meta information box of the initial movie, MOOV box of the file; determining that the extracted HTML elements from the meta information box are immutable in response to extracting the HTML elements from the meta information box; and processing the HTML elements from the samples of the file and the HTML elements from the meta information box to present the dynamic web content and the immutable web content, wherein: the extracted HTML elements are comprised in one or more sync samples and the processing comprises replacing at least some of the elements of the dynamic web content of a specific type using the extracted HTML elements of the same type; and the extracted HTML elements are further comprised in one or more non-sync samples and the processing comprises adding the extracted HTML elements to the dynamic web content and presenting additional dynamic web content using the extracted HTML elements. retrieving an ISO Base Media File Format, ISO BMFF, file including one or more samples including hypertext markup language, HTML, elements defining dynamic web content, the ISO BMFF file also including a meta information box of an initial movie, MOOV, including HTML elements defining immutable web content; extracting the HTML elements from the samples of the file; extracting the HTML elements from the meta information box of the initial movie, MOOV box of the file; determining that the extracted HTML elements from the meta information box are immutable in response to extracting the HTML elements from the meta information box; and processing the HTML elements from the samples of the file and the HTML elements from the meta information box to present the dynamic web content and the immutable web content, wherein: the extracted HTML elements are comprised in one or more sync samples and the processing comprises replacing at least some of the elements of the dynamic web content of a specific type using the extracted HTML elements of the same type; and the extracted HTML elements are further comprised in one or more non-sync samples and the processing comprises adding the extracted HTML elements to the dynamic web content and presenting additional dynamic web content using the extracted HTML elements. the extracted HTML elements are comprised in one or more sync samples and the processing comprises replacing at least some of the elements of the dynamic web content of a specific type using the extracted HTML elements of the same type; and the extracted HTML elements are further comprised in one or more non-sync samples and the processing comprises adding the extracted HTML elements to the dynamic web content and presenting additional dynamic web content using the extracted HTML elements.
Method for production planning by means of a plurality of manufacturing devices (INTMA), in which tasks of a work plan are subjected to a comparison with manufacturing capabilities of the manufacturing devices (INTMA) and in which the comparison is performed by means of a production control system and in which the comparison is effected semantically and/or by means of description logic and/or first-level predicate logic and/or multiattributive comparison and/or by means of constraint-based comparison, in particular by solving a constraint satisfaction problem, and in which the result/results of the comparison is/are respectively taken as a basis for instructing at least one or more manufacturing device/devices (INTMA) to match its/their manufacturing capability/capabilities with the task/tasks if none of the manufacturing devices (INTMA) has at least one manufacturing capability for at least one task of the work plan and in which the matching involves a description of the task/tasks and/or a context description that may be present being transmitted to the respective manufacturing device and/or at least one internal simulation and/or at least one movement planning and/or at least one planning algorithm being used and in which a result of the matching is transmitted to the production control system.
An axis lift mop bucket, comprising a barrel body and a rotating basket, wherein the barrel body is internally provided with a central wherein the central axis is sleeved with an axle sleeve which may ascend or descend along the central axis, wherein the axle sleeve is provided with a bearing for bearing the weight of the rotating basket which can be arranged rotatablely on the axle sleeve, wherein an inner wall of the axle sleeve is provided with an upper guide groove and a lower guide groove, wherein a ratchet clearance is provided between the upper guide groove and the lower guide groove, wherein the central axis is further provided with a guide groove pin for fitting in with the ratchet clearance; wherein the axle sleeve is adapted to rotate on the central axis so that the guide groove pin can be positionally switched between a vertical clearance of the upper guide groove and a vertical clearance of the lower guide groove or the ratchet clearance; wherein the mop bucket is adapted such that: when the guide groove pin is disposed in the vertical clearance of the upper guide groove, the rotating basket can descend along with the axle sleeve to the lower part of the central axis; when the guide groove pin is disposed in the vertical clearance of the lower guide groove, the rotating basket can shift along with the axle sleeve out of the upper part of the central axis; when the guide groove pin is disposed in the ratchet clearance, the rotating basket can ascend along with the axle sleeve to the upper part of the central axis.
Diaphragm pump for fluidising and conveying of dusts, wherein the pressure-resistant housing of the diaphragm pump consists of two half-shells (1, 12) which are connected by a flange connection and into which a diaphragm and a loosening surface for supplying swirling or pressurising gas into the pressure vessel of the diaphragm pump are flanged, wherein a homogeneous gas conduction is provided via a half-shell-shaped and gas-permeable loosening surface, and wherein porous metal with a sufficiently small pore size and filter fineness <20 μm is used as filter material for the loosening surface and wherein the movement of the diaphragm is guided and stabilised via a guide rod.
A method performed in a wireless communications terminal for connecting the wireless communications terminal to an access point, the method comprising: Receiving a first signal including assumed configuration data from the access point, wherein the assumed configuration data comprises a Service Set Identifier, SSID, and a password; determining an availability of a wireless communications connection with the access point using the assumed configuration data by comparing the SSID and password of the assumed configuration data with a further SSID and password stored in the wireless communications terminal; sending an association message to the access point, if the wireless communications connection with the access point is determined to be available; and receiving a second signal including second configuration data, which is different to the assumed configuration data, from the access point in response to the association message. Receiving a first signal including assumed configuration data from the access point, wherein the assumed configuration data comprises a Service Set Identifier, SSID, and a password; determining an availability of a wireless communications connection with the access point using the assumed configuration data by comparing the SSID and password of the assumed configuration data with a further SSID and password stored in the wireless communications terminal; sending an association message to the access point, if the wireless communications connection with the access point is determined to be available; and receiving a second signal including second configuration data, which is different to the assumed configuration data, from the access point in response to the association message.
A chainsaw, comprising: a saw blade; a body (102; 202; 302; 402; 502; 602) having a motor arranged to drive the saw blade, the saw blade being arranged to generate debris during operation of the chainsaw; and a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body. a saw blade; a body (102; 202; 302; 402; 502; 602) having a motor arranged to drive the saw blade, the saw blade being arranged to generate debris during operation of the chainsaw; and a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body. a debris deflecting device comprising a debris deflector (104; 204) arranged to deflect debris generated by the saw blade, characterised in that the debris deflector (104; 204) is movable between a deflecting position (120; 220), in which the debris deflector (104; 204) is extended from the body (102; 202; 302; 402; 502; 602) to deflect debris generated during operation of the chainsaw, and a non-deflecting position (122; 222), in which the debris deflector (104; 204) is retracted into the body.
A tissue adhesive film comprising an integration of: gelatin which is provided with an amino group on the side chain and has a molecular weight of 50,000 or higher and 100,000 or lower, and a part or all of which is hydrophobically-modified gelatin which is provided with a hydrophobic group on the side chain thereof, wherein said hydrophobic group is any one type or a combination of two or more types selected from the group consisting of a cholesteryl group, an oleyl group, an isostearyl group, a stearyl group, an isopalmityl group, a myristyl group, a lauryl group, a capric group, a pelargol group, a caprylic group, a caprol group, an α-linolenyl group, a stearidonyl group, an eicosapentaenoyl group, and a docosahexaenyl group; and cross-linking reagents which have two or more active ester groups or anhydrides within a single molecule. gelatin which is provided with an amino group on the side chain and has a molecular weight of 50,000 or higher and 100,000 or lower, and a part or all of which is hydrophobically-modified gelatin which is provided with a hydrophobic group on the side chain thereof, wherein said hydrophobic group is any one type or a combination of two or more types selected from the group consisting of a cholesteryl group, an oleyl group, an isostearyl group, a stearyl group, an isopalmityl group, a myristyl group, a lauryl group, a capric group, a pelargol group, a caprylic group, a caprol group, an α-linolenyl group, a stearidonyl group, an eicosapentaenoyl group, and a docosahexaenyl group; and cross-linking reagents which have two or more active ester groups or anhydrides within a single molecule.
Method for treating a polymer part, which is a method for modifying the roughness of the surface of said polymer part and for functionalising said polymer part, comprising a step of bringing said part into contact with vapours of solvent(s), capable of at least partly solubilising said part, this contacting step being carried out under vacuum and comprising, before the contacting step or after the contacting step, a step of depositing over all or part of the part at least one functionalising material, the functionalising material(s) being electrically conductive polymers and/or organophosphorus polymers.
A photovoltaic, thermoelectric module comprising a photovoltaic device and a thermoelectric device; wherein the photovoltaic device includes a front face and an opposed rear face, the front face being adapted to receive incident solar radiation; wherein the thermoelectric device includes a patterned glass sheet comprising a plurality of first surfaces aligned parallel to each other, each of the plurality of first surfaces facing a first common direction, and a plurality of second surfaces aligned parallel to each other, each of the plurality of second surfaces facing a second common direction, the plurality of first surfaces and the plurality of second surfaces meeting to form a plurality of peaks and valleys, each peak having a tip-like apex, wherein coated onto each first surface is a first film composition and coated on each second surface is a second film composition, wherein the plurality of second surfaces are substantially free of the first film composition and the plurality of first film surfaces are substantially free of the second film composition so that an interface is formed between the first and second film compositions at each of the plurality of peaks and each of the plurality of valleys, wherein the interface comprises end-to-end or overlapping contact between the first film composition and the second film composition at each interface, and wherein in response to a temperature difference between the interfaces formed at each of the plurality of peaks and the interfaces formed at each of the plurality of valleys, the device produces a voltage, the voltage being proportional to said temperature difference; wherein the thermoelectric device is carried against the photovoltaic device such that the interface at the tip-like apex of each peak contacts the rear face of the photovoltaic device.
A method for operating a power source circuit, the method comprising: receiving at the power source circuit at least one digital signal from a feedback loop; and increasing or decreasing an output power signal of the power source circuit in response to the at least one digital signal, wherein increasing or decreasing the output power signal of the power source circuit in response to the at least one digital signal comprises: causing an increase or a decrease in a voltage of a capacitor (C big) connected to a node between a first type of switching devices and a second type of switching devices in response to the at least one digital signal, wherein the first type of switching devices comprise a plurality of serially connected PMOS transistors (M2, M3), and wherein the second type of switching devices comprise a plurality of serially connected NMOS transistors (M4, M5). receiving at the power source circuit at least one digital signal from a feedback loop; and increasing or decreasing an output power signal of the power source circuit in response to the at least one digital signal, causing an increase or a decrease in a voltage of a capacitor (C big) connected to a node between a first type of switching devices and a second type of switching devices in response to the at least one digital signal,
A secondary battery comprising: an electrode assembly comprising first electrode plates and second electrode plates, alternately stacked with a separator therebetween, and first electrode tabs overlapping one another at a same position and outwardly protruding, the first electrode tabs being uncoated portions of the first electrode plates, and a fixing tape adhered between the separator positioned at each of opposite long side surfaces and outer surfaces of the first electrode tabs; a first collector portion welded to the first electrode tabs of the electrode assembly; and a case accommodating the electrode assembly and the first collector portion. an electrode assembly comprising first electrode plates and second electrode plates, alternately stacked with a separator therebetween, and first electrode tabs overlapping one another at a same position and outwardly protruding, the first electrode tabs being uncoated portions of the first electrode plates, and a fixing tape adhered between the separator positioned at each of opposite long side surfaces and outer surfaces of the first electrode tabs; a first collector portion welded to the first electrode tabs of the electrode assembly; and a case accommodating the electrode assembly and the first collector portion.
A device for generating information representing a condition of an automatic door, wherein the device is arranged to the automatic door, wherein the device comprising: - an accelerometer comprising at least one internal buffer for storing data, the accelerometer is configured to obtain and buffer at least one acceleration value representing acceleration of the automatic door, and - a control unit comprising at least one processor and at least one memory for storing at least one portion of computer program code (305a-305n) and any data values, the at least one processor is configured to cause the control unit at least to perform: - read and store the obtained at least one acceleration value from the internal buffer of the accelerometer, and - generate at least one piece of information representing the condition of the automatic door based on the at least one acceleration value for communicating the generated at least one piece of information to an external server, characterized in that the accelerometer and the control unit are configured to be in a sleep mode or in an active mode independently. - an accelerometer comprising at least one internal buffer for storing data, the accelerometer is configured to obtain and buffer at least one acceleration value representing acceleration of the automatic door, and - a control unit comprising at least one processor and at least one memory for storing at least one portion of computer program code (305a-305n) and any data values, the at least one processor is configured to cause the control unit at least to perform: - read and store the obtained at least one acceleration value from the internal buffer of the accelerometer, and - generate at least one piece of information representing the condition of the automatic door based on the at least one acceleration value for communicating the generated at least one piece of information to an external server, characterized in that the accelerometer and the control unit are configured to be in a sleep mode or in an active mode independently. - read and store the obtained at least one acceleration value from the internal buffer of the accelerometer, and - generate at least one piece of information representing the condition of the automatic door based on the at least one acceleration value for communicating the generated at least one piece of information to an external server, characterized in that the accelerometer and the control unit are configured to be in a sleep mode or in an active mode independently.
A method, comprising: receiving a pulse from a GNSS receiver; wirelessly receiving a synchronisation signal from a master reader; selectively determining, based on the synchronisation signal, that a cadence is to be synchronised using the pulse; calculating a transmit period and a receive period based on the pulse; during the transmit period, transmitting a signal to an electronic animal identification tag attached to an animal; and during the receive period, monitoring for a received signal from the electronic animal identification tag attached to the animal; wherein the method is performed by an electronic animal identification tag reader configured to read the electronic animal identification tag attached to an animal; wherein calculating the transmit period and the receive period based on the pulse comprises: synchronising the cadence based on the pulse, where a first part of the cadence corresponds to the transmit period and a second part of the cadence corresponds to the receive period. receiving a pulse from a GNSS receiver; wirelessly receiving a synchronisation signal from a master reader; selectively determining, based on the synchronisation signal, that a cadence is to be synchronised using the pulse; calculating a transmit period and a receive period based on the pulse; during the transmit period, transmitting a signal to an electronic animal identification tag attached to an animal; and during the receive period, monitoring for a received signal from the electronic animal identification tag attached to the animal; wherein the method is performed by an electronic animal identification tag reader configured to read the electronic animal identification tag attached to an animal; wherein calculating the transmit period and the receive period based on the pulse comprises: synchronising the cadence based on the pulse, where a first part of the cadence corresponds to the transmit period and a second part of the cadence corresponds to the receive period.