mhurhangee/ep-ind-claims huggingface dataset:
An ink-jet head driving circuit comprising, for a piezoelectric element for jetting ink from a nozzle and another piezoelectric element for jetting ink from said nozzle, said piezoelectric element having one side and another side: PMOS transistors each of which has an Nwell area, a drain terminal and a source terminal, the respective drain terminals of the PMOS transistors to be connected to the other side of said piezoelectric element; and an NMOS transistor which has a drain terminal and a source terminal, the drain terminal of the NMOS transistor to be connected to the respective drain terminals of the PMOS transistors and the source terminal of the NMOS transistor to be connected to the one side of said piezoelectric element, wherein: the respective source terminals of the PMOS transistors are connected to respective power sources, all of the Nwell areas of the PMOS transistors are connected to a dedicated power source, said another piezoelectric element is to be connected between the other side of said piezoelectric element and the dedicated power source connected commonly to the Nwell areas of the PMOS transistors, and the voltage of the dedicated power source connected to the Nwell areas of all of the PMOS transistors is higher than the highest voltage of the respective power sources connected to the respective source terminals of the PMOS transistors. PMOS transistors each of which has an Nwell area, a drain terminal and a source terminal, the respective drain terminals of the PMOS transistors to be connected to the other side of said piezoelectric element; and an NMOS transistor which has a drain terminal and a source terminal, the drain terminal of the NMOS transistor to be connected to the respective drain terminals of the PMOS transistors and the source terminal of the NMOS transistor to be connected to the one side of said piezoelectric element, wherein: the respective source terminals of the PMOS transistors are connected to respective power sources, all of the Nwell areas of the PMOS transistors are connected to a dedicated power source, said another piezoelectric element is to be connected between the other side of said piezoelectric element and the dedicated power source connected commonly to the Nwell areas of the PMOS transistors, and the voltage of the dedicated power source connected to the Nwell areas of all of the PMOS transistors is higher than the highest voltage of the respective power sources connected to the respective source terminals of the PMOS transistors. the respective source terminals of the PMOS transistors are connected to respective power sources, all of the Nwell areas of the PMOS transistors are connected to a dedicated power source, said another piezoelectric element is to be connected between the other side of said piezoelectric element and the dedicated power source connected commonly to the Nwell areas of the PMOS transistors, and the voltage of the dedicated power source connected to the Nwell areas of all of the PMOS transistors is higher than the highest voltage of the respective power sources connected to the respective source terminals of the PMOS transistors.
A mobile reciprocal device for enforcing the movement of lower extremities, comprising a mechanical linkage coupled with an orthosis for lower extremities and a drive for enforcing the movement of the linkage, characterised in that the linkage is coupled with the drive via a crank mechanism.
A method for scanning a 3D object during an additive manufacturing process, the method comprising determining a material composition of a deposited layer of a partially fabricated 3D object, the determining comprising: scanning a first partial fabrication of the 3D object prior to depositing a material layer to produce first scan data; depositing fabrication material to form the deposited layer on the first partial fabrication of the 3D object forming a second partial fabrication of the 3D object; scanning the second partial fabrication of the 3D object to produce second scan data; determining a layer characterization for the deposited layer characterized in that it includes comparing the first scan data and the second scan data, wherein the first scan data and the second scan data characterize a set of spectral characteristics of the optical output from the 3D object at each location of a plurality of locations. scanning a first partial fabrication of the 3D object prior to depositing a material layer to produce first scan data; depositing fabrication material to form the deposited layer on the first partial fabrication of the 3D object forming a second partial fabrication of the 3D object; scanning the second partial fabrication of the 3D object to produce second scan data; determining a layer characterization for the deposited layer characterized in that it includes comparing the first scan data and the second scan data, wherein the first scan data and the second scan data characterize a set of spectral characteristics of the optical output from the 3D object at each location of a plurality of locations.
A closure cap, preferably a screw cap, for attaching to a liquid container, preferably a bottle, more preferably a PET bottle, wherein the closure cap comprises a spout opening, preferably a reclosable spout opening, and a receiving element, which together with the closure cap forms a common receiving volume for receiving at least one dispensing body, and the closure cap can be opened, thus forming an entrance to the receiving volume in order to enable the introduction of the at least one dispensing body into the receiving volume or the removal of said body from the receiving volume, wherein the receiving element is permeable to a liquid in order to allow the at least one dispensing body to come into contact with the liquid, wherein a closure element (1, 23) connected to the closure cap is provided, by means of which the entrance can be sealed in a liquid-tight manner or released, wherein a mouthpiece formed as a hollow body is arranged in the spout opening, characterized in that the mouthpiece seals the receiving element in a liquid-tight manner in a closed position, so that no liquid can flow through the receiving element into the receiving volume, and opens the receiving element in an open position, so that liquid can flow through the receiving element, the receiving volume and the mouthpiece.
A polypeptide that specifically binds to an IgE antibody from an allergic patient, wherein the polypeptide consists of at least one amino acid sequence selected from the group consisting of: Gln Glu Xaa Pro Xaa Xaa Gln; Gln Glu Xaa Pro Xaa Gln Gin; Gln Xaa Glu Xaa Pro Xaa Xaa Gln; Phe Pro Gln Xaa Glu Xaa Pro Xaa Xaa Gln; Gln Gln Phe Pro Gln Gln Glu Phe Pro Gln Gln Gln Gln Phe Pro; and Gln Gln Phe Pro Gln Gln Glu Ala Pro Gln Gln Gln Gln Phe Pro; wherein Xaa can be any amino acid. Gln Glu Xaa Pro Xaa Xaa Gln; Gln Glu Xaa Pro Xaa Gln Gin; Gln Xaa Glu Xaa Pro Xaa Xaa Gln; Phe Pro Gln Xaa Glu Xaa Pro Xaa Xaa Gln; Gln Gln Phe Pro Gln Gln Glu Phe Pro Gln Gln Gln Gln Phe Pro; and Gln Gln Phe Pro Gln Gln Glu Ala Pro Gln Gln Gln Gln Phe Pro; wherein Xaa can be any amino acid.
A charging method executed by a charging device, comprising: receiving a service unit request sent by an access device; calculating a granted service unit for a user according to a current tariff; determining a reporting time point according to a tariff switch point when it is determined that an overdraft monitoring condition is met according to the granted service unit and a tariff after the tariff switch point; and returning a service unit answer, which carries the granted service unit and the reporting time point, to the access device; and receiving a used service unit reported by the access device at the reporting time point; calculating a remaining service unit based on the granted service unit and the used service unit; and when it is determined that the remaining service unit will cause an overdraft, instructing the access device to force the user to go offline. receiving a service unit request sent by an access device; calculating a granted service unit for a user according to a current tariff; determining a reporting time point according to a tariff switch point when it is determined that an overdraft monitoring condition is met according to the granted service unit and a tariff after the tariff switch point; and returning a service unit answer, which carries the granted service unit and the reporting time point, to the access device; and receiving a used service unit reported by the access device at the reporting time point; calculating a remaining service unit based on the granted service unit and the used service unit; and when it is determined that the remaining service unit will cause an overdraft, instructing the access device to force the user to go offline.
Method for data communication via stream in a network operating according to the time-sensitive network principle and comprising one or more nodes, whereby for data transmission between stream users (1, 3, 31) via one or more nodes of the network, resources are reserved at the node(s) using a reservation protocol and data is then transmitted via stream, wherein for transmitting data from a transmitter to a plurality of receivers, a data frame containing a plurality of data subsets intended for different receivers is transmitted by the transmitter, and at at least one output port (18, 19) of at least one node at least one data subset is filtered out of the data frame, and/or that for transmitting data from a plurality of transmitters to a receiver, the receiver receives a data frame containing a plurality of data subsets originating from different transmitters, characterised in that for the transmission of data from a transmitter to the plurality of receivers, at least one talker data subset advertise message is transmitted in the network to a plurality of nodes in the network, and/or for the transmission of data from the plurality of receivers to the one receiver, a listener data subset advertise message is transmitted in the network to a plurality of nodes in the network.
A method of controlling data flows (202, 502) within an application framework in a runtime system (116, 126) between a messaging layer (212, 506-1) and a client/code display, the application framework comprising a message source (204, 504-1), a table (206, 508-1) and a view (208, 510-1), the method comprising: executing, by a processor (112, 122), runtime system (116, 126) instructions stored in a memory (114, 124) coupled to the processor (112, 122) for: receiving a message (212-1, 516-1) from the messaging layer (212, 506-1) by the message source (204, 504-1) in a data flow (202, 506-1), the message (212-1, 516-1) comprising data from the messaging layer (212, 506-1); encapsulating the data in the message (212-1, 516-1) in a reconfigurable iterator (212-2, 516-2); providing the reconfigurable iterator (212-2, 516-2) to the table (206, 508-1) in the data flow (202, 502-1), the table (206, 508-1) comprising a set of data elements organized in a plurality of rows and columns, wherein the columns are identified by name and rows are identified by values appearing in a subset of the columns identified as a candidate key; providing a constrained view over the table (206, 508-1), wherein the constrained view limits the visible rows and columns of the table (206, 508-1). executing, by a processor (112, 122), runtime system (116, 126) instructions stored in a memory (114, 124) coupled to the processor (112, 122) for: receiving a message (212-1, 516-1) from the messaging layer (212, 506-1) by the message source (204, 504-1) in a data flow (202, 506-1), the message (212-1, 516-1) comprising data from the messaging layer (212, 506-1); encapsulating the data in the message (212-1, 516-1) in a reconfigurable iterator (212-2, 516-2); providing the reconfigurable iterator (212-2, 516-2) to the table (206, 508-1) in the data flow (202, 502-1), the table (206, 508-1) comprising a set of data elements organized in a plurality of rows and columns, wherein the columns are identified by name and rows are identified by values appearing in a subset of the columns identified as a candidate key; providing a constrained view over the table (206, 508-1), wherein the constrained view limits the visible rows and columns of the table (206, 508-1). receiving a message (212-1, 516-1) from the messaging layer (212, 506-1) by the message source (204, 504-1) in a data flow (202, 506-1), the message (212-1, 516-1) comprising data from the messaging layer (212, 506-1); encapsulating the data in the message (212-1, 516-1) in a reconfigurable iterator (212-2, 516-2); providing the reconfigurable iterator (212-2, 516-2) to the table (206, 508-1) in the data flow (202, 502-1), the table (206, 508-1) comprising a set of data elements organized in a plurality of rows and columns, wherein the columns are identified by name and rows are identified by values appearing in a subset of the columns identified as a candidate key; providing a constrained view over the table (206, 508-1), wherein the constrained view limits the visible rows and columns of the table (206, 508-1).
An apparatus for an electronic aerosol provision system comprising: a reservoir for a source liquid; and a carrier module that defines an airflow path within the reservoir and comprises a heating element supported in the airflow path within the reservoir for generating an aerosol from the source liquid, wherein the carrier module comprises a first part and a second part which cooperatively engage to support the heating element loosely with respect to the first and second parts of the carrier module, wherein the first part and the second part of the carrier module cooperatively engage at an interface which extends in a direction that is substantially parallel to a direction along which air flows in the airflow path when the apparatus is in normal use, and wherein a peripheral part of the heating element is received in a gap between the first part and second part to thereby support the heating element in the airflow path and the gap between the first part and second part provides a capillary channel arranged to draw source liquid to the heating element from the reservoir. a reservoir for a source liquid; and a carrier module that defines an airflow path within the reservoir and comprises a heating element supported in the airflow path within the reservoir for generating an aerosol from the source liquid, wherein the carrier module comprises a first part and a second part which cooperatively engage to support the heating element loosely with respect to the first and second parts of the carrier module, wherein the first part and the second part of the carrier module cooperatively engage at an interface which extends in a direction that is substantially parallel to a direction along which air flows in the airflow path when the apparatus is in normal use, and wherein a peripheral part of the heating element is received in a gap between the first part and second part to thereby support the heating element in the airflow path and the gap between the first part and second part provides a capillary channel arranged to draw source liquid to the heating element from the reservoir.
A scraper component of a three-dimensional printing device, comprising a scraper, a fixing frame, a pulley and a sliding rail, wherein the scraper is installed on the fixing frame, the pulley is set on at least one end of the fixing frame, the sliding rail has a horizontal first rail, which is characterized in that the sliding rail has a tilted and movable second rail, a first end of the second rail is in movable contact with the first rail and a second end is located above the first rail; when the pulley slides from a middle to an end of the first rail, the pulley enters the second rail from the first end and leaves the second rail from the second end then comes back to the first rail; when the pulley slides from an end to a middle of the first rail, the pulley passes through the second rail from below.
Modular intensive care apparatus comprising a basic device having several module slots and a number of modules releasably fastenable at the module slots and a control device for the fastened modules, wherein the module slots have locking means, which can be operated by hand, for the modules, wherein the locking means comprise a hand-operated actuating means which can be swivelled about a swivel axis from a first end position via an interim position into a second end position, which actuating means locks the module in the first end position and releases the module in the second end position and detecting means are provided to detect at least the first end position of the actuating means, characterised in that in addition detecting means are provided for detecting the interim position of the actuating means and the actuating means is designed such that it can be swivelled by means of an operator intervention out of the first end position initially only into the interim position and from there not in a single movement but rather by means of a second operator intervention further into the second end position and the detecting means communicate with the control device in such a manner that when the actuating means is swivelled out of the first end position in the direction of the interim position an alarm can be outputted by the control device and when the actuating means is further swivelled in the direction of the second end position the module can be switched off by the control device, wherein the actuating means is formed by a disc mounted rotatably about the swivel axis, which disc has two engaging recesses (143, 145), extending radially to the inside separated from one another by a web, for a finger and the actuating means is disposed adjacent to a module slot in such a manner that a first engaging recess is accessible from the outside in the first end position and a swivelling by means of finger engagement into the first engaging recess is facilitated up until the interim position while the second engaging recess is covered and in the interim position the second engaging recess is accessible from the outside and by means of finger engagement into the second engaging recess a swivelling of the disc is facilitated up until the second end position.
A carrier apparatus of a thin disk-shaped workpiece for constituting a workpiece rotation supporting device for rotating and driving while positioning and supporting the circular outer circumference of the workpiece, in an apparatus for grinding or polishing at least one side of the workpiece while supporting and rotating the thin disk-shaped workpiece, comprising: an annular carrier main body having a circular inner peripheral edge able to surround the workpiece, and a notch trigger having a pointed end engaging part to be engaged with a cut portion (Wn) provided in the circular outer peripheral edge of the workpiece, wherein the notch trigger is a separate part from the carrier main body, so as to be exchangeable and joined and fixed integrally to the carrier main body, characterized in that, the carrier main body is formed in a continuous annular shape having a circular inner peripheral edge able to closely surround the whole circumference of the workpiece, wherein the pointed end engaging part of the notch trigger has a mounting structure projecting inward in a radial direction from a part of the circular inner peripheral edge of the carrier main body. an annular carrier main body having a circular inner peripheral edge able to surround the workpiece, and a notch trigger having a pointed end engaging part to be engaged with a cut portion (Wn) provided in the circular outer peripheral edge of the workpiece, wherein the notch trigger is a separate part from the carrier main body, so as to be exchangeable and joined and fixed integrally to the carrier main body, characterized in that, the carrier main body is formed in a continuous annular shape having a circular inner peripheral edge able to closely surround the whole circumference of the workpiece, wherein the pointed end engaging part of the notch trigger has a mounting structure projecting inward in a radial direction from a part of the circular inner peripheral edge of the carrier main body.
Container comprising a pallet and a belt formed of a plurality of panels which define a load space, the belt resting vertically on the pallet by its lower edge and being fixed to the pallet by means of at least one locking element which is rigidly connected to a panel of the belt and engages with an edge of the pallet in order to secure the belt on the pallet, said locking element comprising at least one movable locking portion which is arranged so as to keep the belt fixed to the pallet or to release the belt from the pallet, the belt comprising at least one movement means which is arranged in a handle of the belt and is designed so as to engage with said locking element such that the belt can be released from the pallet by the movement means, said locking element, said movement means and said handle being fitted in a panel of the belt so as not to project from the panel when the belt is folded and refolded flat when not in use, said container being characterised by the fact that said handle of the belt is placed on the belt at a height of between 0.6 and 0.9 metres from the ground when in the erected position, the lower edge of the belt being received in a peripheral groove of the pallet, and said at least one movable locking portion being arranged so as to come to rest against an edge of the groove which projects from a solid plate which is rigidly connected to the pallet.
A gyroscope comprising: a light source configured to produce a multiple-frequency light beam based on an optical frequency comb; an optical fiber resonator coupled to the light source, the multiple-frequency light beam based on an optical frequency comb generated by the light source propagating in a first direction within the optical fiber resonator, wherein the multiple-frequency light beam based on an optical frequency comb generates stimulated Brillouin scattering for at least one frequency, wherein the Brillouin scattering generates a stimulated Brillouin scattering light beam containing at least one frequency component to propagate in the optical fiber resonator in a second direction, the first direction being opposite in direction to the second direction; at least one servo that controls the frequencies of the optical frequency comb so that a plurality of component frequencies of the optical frequency comb are locked on resonance peaks of the optical fiber resonator in the first direction; characterised in that it further comprises a mixer configured to determine a frequency difference between the stimulated Brillouin scattering light beam and the multiple-frequency light beam; and a rate output configured to determine the rate of rotation based on the frequency difference. a light source configured to produce a multiple-frequency light beam based on an optical frequency comb; an optical fiber resonator coupled to the light source, the multiple-frequency light beam based on an optical frequency comb generated by the light source propagating in a first direction within the optical fiber resonator, wherein the multiple-frequency light beam based on an optical frequency comb generates stimulated Brillouin scattering for at least one frequency, wherein the Brillouin scattering generates a stimulated Brillouin scattering light beam containing at least one frequency component to propagate in the optical fiber resonator in a second direction, the first direction being opposite in direction to the second direction; at least one servo that controls the frequencies of the optical frequency comb so that a plurality of component frequencies of the optical frequency comb are locked on resonance peaks of the optical fiber resonator in the first direction; characterised in that it further comprises a mixer configured to determine a frequency difference between the stimulated Brillouin scattering light beam and the multiple-frequency light beam; and a rate output configured to determine the rate of rotation based on the frequency difference.