mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus capable of communicating via a network with another image forming apparatus that has a transfer function of converting facsimile data sent by a facsimile apparatus into data of a predetermined format and performing data transfer, comprising: receiving means configured to receive data; and image forming means configured to form an image on a basis of the data received by the receiving means; characterized in that the image forming apparatus further comprises control means configured to perform control such that, in a case where a remaining amount of a toner used for forming an image by the image forming means is less than a predetermined value, receiving by the receiving means is refused for data of the predetermined format transferred using the transfer function of the another image forming apparatus, whereas receiving by the receiving means and forming an image by the image forming means are performed for data of the predetermined format transferred using a method different from data transfer using the transfer function of the another image forming apparatus. receiving means configured to receive data; and image forming means configured to form an image on a basis of the data received by the receiving means; characterized in that the image forming apparatus further comprises control means configured to perform control such that, in a case where a remaining amount of a toner used for forming an image by the image forming means is less than a predetermined value, receiving by the receiving means is refused for data of the predetermined format transferred using the transfer function of the another image forming apparatus, whereas receiving by the receiving means and forming an image by the image forming means are performed for data of the predetermined format transferred using a method different from data transfer using the transfer function of the another image forming apparatus.
An analog integrated sensor device comprising: an interface with only two connecting lines including a ground line and a signal line, wherein the signal line is configured to receive power and to output an analog value; a power capacitor coupled between the ground line and the signal line and configured to be charged when a supply voltage is fed to the signal line during a charging time period; analog sensor circuitry (240, 250) operable to be powered by the power capacitor and further operable to output an analog output signal on the signal line during an output time period once the power capacitor has been charged sufficiently, wherein the analog sensor circuitry (240, 250) is further configured to indicate an end of a measurement cycle by pulling down the signal line. an interface with only two connecting lines including a ground line and a signal line, wherein the signal line is configured to receive power and to output an analog value; a power capacitor coupled between the ground line and the signal line and configured to be charged when a supply voltage is fed to the signal line during a charging time period; analog sensor circuitry (240, 250) operable to be powered by the power capacitor and further operable to output an analog output signal on the signal line during an output time period once the power capacitor has been charged sufficiently, wherein the analog sensor circuitry (240, 250) is further configured to indicate an end of a measurement cycle by pulling down the signal line.
Separating container (1, 13, 15) for a vacuum cleaner, in particular a cyclonically separating vacuum cleaner, having a separating chamber and a structurally separate receiving chamber, the separating chamber and the receiving chamber being fluidically interconnected by an ejection opening (3, 19), the separating chamber and the receiving chamber being additionally fluidically interconnected by a return flow region, a plurality of flow openings being arranged in the return flow region, the flow cross section of which flow openings is in each case smaller than the flow cross section of the ejection opening (3, 19), characterised in that a filter is arranged in the receiving chamber, which filter is arranged to be spaced apart from the separating chamber in the receiving chamber.
Indicator lamp for electrical equipment, comprising a plate of which the front face, which is elongate along a longitudinal axis, supports at least one light-emitting element, and a cover covering said light-emitting element, this cover having a front face forming the front face of the indicator, wherein the cover comprises, above said light-emitting element, a blister that forms a projection on the front face of said cover and the external face of which is convex, characterised in that said light-emitting element is placed in the immediate vicinity of an end lateral edge of said plate and in that this blister is suitable for directing the light flux emitted by said light-emitting element through said cover in a main output direction forming an angle with said longitudinal axis of a value less than 60°.
A method for providing real time encoding for a column of an in-memory database while the system is processing incoming queries, the method comprising: selecting a column from a set of columns of the in-memory database; determining two or more candidate encodings for the selected column; gathering, for each operation type of a set of operation types, query workload statistics based on query operations of said each operation type in a query workload, wherein said each operation type of the set of operation types represents a type of query operations in said query workload; computing, based on the gathered query workload statistics, for the selected column, a cost for each candidate encoding of the two or more candidate encodings, wherein the cost for said each candidate encoding of the two or more candidate encodings is based on a cost of said each operation type of the set of operation types that is computed from the query workload statistics; and selecting, among the two of more candidate encodings, an encoding for the selected column, wherein the encoding has a lowest cost; and encoding the selected column with the selected encoding. selecting a column from a set of columns of the in-memory database; determining two or more candidate encodings for the selected column; gathering, for each operation type of a set of operation types, query workload statistics based on query operations of said each operation type in a query workload, wherein said each operation type of the set of operation types represents a type of query operations in said query workload; computing, based on the gathered query workload statistics, for the selected column, a cost for each candidate encoding of the two or more candidate encodings, wherein the cost for said each candidate encoding of the two or more candidate encodings is based on a cost of said each operation type of the set of operation types that is computed from the query workload statistics; and selecting, among the two of more candidate encodings, an encoding for the selected column, wherein the encoding has a lowest cost; and encoding the selected column with the selected encoding.
An electrolytic oxide reduction system, comprising: an electrolyte container containing an electrolyte; at least one modular cathode assembly supported above the electrolyte container and extending into the electrolyte; at least one modular anode assembly on a side of the modular cathode assembly; a plurality of cathode assembly electrical contacts (485a,b), each of the cathode assembly electrical contacts having a same physical configuration permitting mechanical and electrical connection with the at least one modular cathode assembly; and a plurality of anode assembly electrical contacts, each of the anode assembly electrical contacts having a same physical configuration permitting mechanical and electrical connection with the at least one modular anode assembly, wherein the plurality of cathode assembly contacts (485a,b) include at least two cathode assembly contacts configured to electrically connect to a same modular cathode assembly of the modular cathode assemblies, the system configured such that the at least two cathode assembly contacts provide different electrical power levels. an electrolyte container containing an electrolyte; at least one modular cathode assembly supported above the electrolyte container and extending into the electrolyte; at least one modular anode assembly on a side of the modular cathode assembly; a plurality of cathode assembly electrical contacts (485a,b), each of the cathode assembly electrical contacts having a same physical configuration permitting mechanical and electrical connection with the at least one modular cathode assembly; and a plurality of anode assembly electrical contacts, each of the anode assembly electrical contacts having a same physical configuration permitting mechanical and electrical connection with the at least one modular anode assembly, wherein the plurality of cathode assembly contacts (485a,b) include at least two cathode assembly contacts configured to electrically connect to a same modular cathode assembly of the modular cathode assemblies, the system configured such that the at least two cathode assembly contacts provide different electrical power levels.
A bearing and/or seal assembly comprising: a rotatable shaft; an annular housing disposed concentric to the rotatable shaft and defining an annular cavity about the rotatable shaft; and a permeable body supported by the annular housing, the permeable body based on structural features selectively engineered to convey a pressurized gas (Ps) from an inlet side disposed at a radially-outward side of the permeable body to an outlet side disposed at a radially-inward side of the permeable body to form an annular film of the pressurized gas relative to the rotatable shaft, wherein a desired distribution pattern of the pressurized gas is formed based on the selectively engineered structural features, characterised in that the structural features are selectively engineered to form conduits non-uniformly distributed along a longitudinal axis and/or about a circumferential axis of the permeable body for selectively controlling the spatial density of jets of the pressurized gas conveyed through the permeable body. a rotatable shaft; an annular housing disposed concentric to the rotatable shaft and defining an annular cavity about the rotatable shaft; and a permeable body supported by the annular housing, the permeable body based on structural features selectively engineered to convey a pressurized gas (Ps) from an inlet side disposed at a radially-outward side of the permeable body to an outlet side disposed at a radially-inward side of the permeable body to form an annular film of the pressurized gas relative to the rotatable shaft, wherein a desired distribution pattern of the pressurized gas is formed based on the selectively engineered structural features, characterised in that the structural features are selectively engineered to form conduits non-uniformly distributed along a longitudinal axis and/or about a circumferential axis of the permeable body for selectively controlling the spatial density of jets of the pressurized gas conveyed through the permeable body.
Factor Xa inhibitor for use as a medicament in a method for regulating glycemia in a subject, wherein said factor Xa inhibitor is a direct inhibitor of factor Xa activity and/or an inhibitor of factor Xa expression..
Apparatus for cooling a shrink-fit chuck, having a cooling head, which contains a cooling attachment mountable on the shrink-fit chuck and contains a suction tube connected to the cooling attachment and serving for sucking in air at an inlet of a passage opening in the cooling attachment, characterized in that the cooling head contains a cooling-air feed (11, 12), at least partially damped by a sound-damping device (14, 18), for the feeding of the air to the inlet of the passage opening at the cooling attachment.
A digital light projector comprising: a plurality of color channels including at least one visible color channel (44a, 44b, 44c) providing visible light and at least one invisible color channel providing invisible light; and a projecting device configured to sequentially project a series of light pulses in a pulse sequence from light provided by the plurality of color channels onto an environment in the form of an array of pixels which together form a video image including a visible image and an invisible image, the video image comprising a series of frames with each frame formed by the array of pixels, with light pulses from the at least one visible color channel (44a, 44b, 44c) forming the visible image and light pulses from the at least one invisible color channel forming the invisible image; characterized in that to form each pixel of each frame, the pulse sequence for each pixel includes a plurality of time segments (84a, 84b; 86a, 86b; 88a, 88b; 92a, 92b) for each of the respective plurality of color channels, such that in each pixel the time segments (92a, 92b) for the invisible light channel are interleaved with the time segments (84a, 84b; 86a, 86b; 88a, 88b) of the at least one visible color channel. a plurality of color channels including at least one visible color channel (44a, 44b, 44c) providing visible light and at least one invisible color channel providing invisible light; and a projecting device configured to sequentially project a series of light pulses in a pulse sequence from light provided by the plurality of color channels onto an environment in the form of an array of pixels which together form a video image including a visible image and an invisible image, the video image comprising a series of frames with each frame formed by the array of pixels, with light pulses from the at least one visible color channel (44a, 44b, 44c) forming the visible image and light pulses from the at least one invisible color channel forming the invisible image; characterized in that to form each pixel of each frame, the pulse sequence for each pixel includes a plurality of time segments (84a, 84b; 86a, 86b; 88a, 88b; 92a, 92b) for each of the respective plurality of color channels, such that in each pixel the time segments (92a, 92b) for the invisible light channel are interleaved with the time segments (84a, 84b; 86a, 86b; 88a, 88b) of the at least one visible color channel.
Apparatus for providing a trigger characteristic (12a, b) for a trigger signal which causes triggering of a safety device in a motor vehicle in a manner which takes into account the trigger characteristic (12a, b), comprising: an input interface for receiving at least one observation parameter representing a parameter which is connected to an imminent collision of the motor vehicle; a prediction device for providing a prediction function (22, 22a, 22b) which describes a temporal profile of at least one kinematic variable of the vehicle during a collision, wherein the provision of the prediction function (22, 22a, 22b) comprises the evaluation of a continuous analysis function using the observation parameter as a parameter of the analysis function, wherein the analysis function is an analytical function; and an assessment device which is designed to provide the trigger characteristic (12a, b) if a predetermined characteristic is present in the prediction function (22, 22a, 22b). an input interface for receiving at least one observation parameter representing a parameter which is connected to an imminent collision of the motor vehicle; a prediction device for providing a prediction function (22, 22a, 22b) which describes a temporal profile of at least one kinematic variable of the vehicle during a collision, wherein the provision of the prediction function (22, 22a, 22b) comprises the evaluation of a continuous analysis function using the observation parameter as a parameter of the analysis function, wherein the analysis function is an analytical function; and an assessment device which is designed to provide the trigger characteristic (12a, b) if a predetermined characteristic is present in the prediction function (22, 22a, 22b).
A pharmaceutical composition for use in the prevention or treatment of chronic obstructive pulmonary disease comprising an extract of Magnoliae flos or a fraction or an active fraction obtained by fractionation thereof with an organic solvent as an active ingredient, wherein the extract of Magnoliae flos was extracted using an extraction solvent of methanol, wherein the active ingredient comprises the compounds represented by Formulae 2-8, a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: and
A door leaf for a door arrangement with - a hinge side, - a hinge opposite side, - a hinge edge, - a lock edge, and - a resilient element, wherein - the resilient element is provided on the hinge opposite side and the hinge edge of the door leaf, characterized in that - the resilient element is substantially formed L-shaped in cross section on the hinge edge, so that the resilient element extends both over a part of the hinge opposite side of the door leaf and also over almost the entire width of the hinge edge of the door leaf and thus covers the entire contusion-critical region. - a hinge side, - a hinge opposite side, - a hinge edge, - a lock edge, and - a resilient element, wherein - the resilient element is provided on the hinge opposite side and the hinge edge of the door leaf, characterized in that - the resilient element is substantially formed L-shaped in cross section on the hinge edge, so that the resilient element extends both over a part of the hinge opposite side of the door leaf and also over almost the entire width of the hinge edge of the door leaf and thus covers the entire contusion-critical region.
A ferroelectric adhesive composition comprising a) from 3 % to 30 % of an adhesive matrix; b) from 5 to 85 % of a ferroelectric component; and c) from 30 % to 90 % of a solvent, wherein all weight percentages are based on weight of the total weight of the composition, and wherein said ferroelectric component is in a ferroelectric phase. a) from 3 % to 30 % of an adhesive matrix; b) from 5 to 85 % of a ferroelectric component; and c) from 30 % to 90 % of a solvent,
A process for producing an RFID tag assembly comprising: providing a peripheral frame including antenna parts for a primary antenna; connecting the antenna parts to form said primary antenna having a desired resonant frequency; connecting an RFID chip to the primary antenna; encapsulating the RFID chip and primary antenna; and trimming the peripheral frame; wherein said step of connecting the antenna parts includes adjusting effective area or inductance of said primary antenna to obtain the desired resonant frequency, wherein each conductive connection includes a wire bond (110; 113), and wherein each antenna part includes at least one land or bonding zone (111; 112; 114; 115), wherein said effective area or inductance is adjusted up or down by placing conductive connections between defined positions on said antenna parts. providing a peripheral frame including antenna parts for a primary antenna; connecting the antenna parts to form said primary antenna having a desired resonant frequency; connecting an RFID chip to the primary antenna; encapsulating the RFID chip and primary antenna; and trimming the peripheral frame; wherein said step of connecting the antenna parts includes adjusting effective area or inductance of said primary antenna to obtain the desired resonant frequency,
Refrigerant compressor installation, comprising at least three compressors which are arranged in parallel between an intake conduit and a pressure conduit and which each comprise a lubricant sump unit, wherein each lubricant sump unit comprises a port to which is connected an insert element which on the one hand establishes communication with a lubricant conduit system and on the other hand is configured such that it predetermines, for the respective lubricant sump unit, a lubricant level from which lubricant is transported, characterized in that the compressors, when in operation, work in such a way that the respective pressures in the respective lubricant sump units of the respective compressors form a pressure cascade according to which the compressors have a successively slightly decreasing pressure in the respective lubricant sump unit in a defined cascade sequence, in that the lubricant sump units are connected to each other in a manner corresponding to the cascade sequence by means of the insert element by way of the lubricant conduit system for lubricant transport in such a way that lubricant is transported from each lubricant sump unit to the lubricant sump unit that follows next in the cascade sequence.
A process for preparing an ion-exchange membrane having a textured surface profile comprising the steps (i) and (ii): (i) applying a radiation-curable composition to a membrane in a patternwise manner; and (ii) irradiating and thereby curing the radiation-curable composition present on the membrane; wherein the radiation-curable composition comprises: a) 10 to 65 wt% of curable ionic compound(s) comprising one ethylenically unsaturated group; b) 3 to 60 wt% of crosslinking agent(s) comprising at least two ethylenically unsaturated groups and having a number average molecular weight below 800; c) 0 to 70 wt% of inert solvent(s); d) 0 to 10 wt% of free-radical initiator(s); and e) 0.5 to 25 wt% of thickening agent(s). (i) applying a radiation-curable composition to a membrane in a patternwise manner; and (ii) irradiating and thereby curing the radiation-curable composition present on the membrane; a) 10 to 65 wt% of curable ionic compound(s) comprising one ethylenically unsaturated group; b) 3 to 60 wt% of crosslinking agent(s) comprising at least two ethylenically unsaturated groups and having a number average molecular weight below 800; c) 0 to 70 wt% of inert solvent(s); d) 0 to 10 wt% of free-radical initiator(s); and e) 0.5 to 25 wt% of thickening agent(s).
Compensating device for fluctuating conveying speeds of a non-woven fabric, wherein the compensating device has a revolvingly driven accumulator belt having a plurality of deflection points (12, 13) and having a variable slack span of its upper lead which receives the non-woven fabric, characterized in that the accumulator belt has three or four or more deflection points (12, 13, 14, 15, 16) for defining the accumulator belt, wherein the compensating device has an actuator for modifying the location of at least one deflection point (15, 16).
A processing entity comprising a processing unit that is configured to: - receive one or more streams of data points from at least one data generating device; - receive, from a client device, a stream request indicating at least one of the data streams and including information indicating a stream modification; - translate the information indicating a stream modification to selection criteria relative to the data points of the at least one data stream; - modify the at least one data stream by filtering the data stream based on the translated selection criteria; - provide the modified data stream to the client device; characterized by being configured to - issue a command to a network equipment, based on the received stream request, for specifying a predetermined target quality of service for the network equipment providing the modified data stream to the client device. - receive one or more streams of data points from at least one data generating device; - receive, from a client device, a stream request indicating at least one of the data streams and including information indicating a stream modification; - translate the information indicating a stream modification to selection criteria relative to the data points of the at least one data stream; - modify the at least one data stream by filtering the data stream based on the translated selection criteria; - provide the modified data stream to the client device; characterized by being configured to - issue a command to a network equipment, based on the received stream request, for specifying a predetermined target quality of service for the network equipment providing the modified data stream to the client device.