mhurhangee/ep-ind-claims huggingface dataset:
An imaging control apparatus comprising: a controller configured to control a photographing timing of an image sensor to output a long accumulation signal and a short accumulation signal, wherein the photographing is performed in an N-frame sequence, wherein each frame sequence includes N frames and the image sensor is configured to electronically change an exposure setting of internal pixels on pixel-by-pixel basis, wherein the controller is further configured to cause a short accumulation signal of a preceding frame to correspond to a short accumulation signal of a succeeding frame by setting a short accumulation exposure time for generating the short accumulation signal of the succeeding frame to a short accumulation exposure time for generating the short accumulation signal of the preceding frame; a processor configured to use the short accumulation signal of the preceding frame to process the signal of the succeeding frame, wherein the processor uses the short accumulation signal of the preceding frame to apply tone conversion on a composite signal of the short accumulation signal and a long accumulation signal of the succeeding frame; and an examination unit configured to apply histogram examination on the short accumulation signal of the preceding frame to generate a tone conversion curve, wherein the processor performs the tone conversion on the basis of the tone conversion curve. a controller configured to control a photographing timing of an image sensor to output a long accumulation signal and a short accumulation signal, wherein the photographing is performed in an N-frame sequence, wherein each frame sequence includes N frames and the image sensor is configured to electronically change an exposure setting of internal pixels on pixel-by-pixel basis, wherein the controller is further configured to cause a short accumulation signal of a preceding frame to correspond to a short accumulation signal of a succeeding frame by setting a short accumulation exposure time for generating the short accumulation signal of the succeeding frame to a short accumulation exposure time for generating the short accumulation signal of the preceding frame; a processor configured to use the short accumulation signal of the preceding frame to process the signal of the succeeding frame, wherein the processor uses the short accumulation signal of the preceding frame to apply tone conversion on a composite signal of the short accumulation signal and a long accumulation signal of the succeeding frame; and an examination unit configured to apply histogram examination on the short accumulation signal of the preceding frame to generate a tone conversion curve, wherein the processor performs the tone conversion on the basis of the tone conversion curve.
An apparatus (200, 400, 500) for delivering an anesthetic agent (222, 422) to a target tissue in a nasal cavity of a patient, the apparatus (200, 400, 500) comprising: an elongated shaft (212, 412) with a proximal end (214, 414) and a distal end (216, 416); an absorbent plug (220, 420) coupled to the distal end (216, 416) of the elongated shaft (212, 412), wherein the absorbent plug (220, 420) is configured to occupy a first volume in a compressed state and a second volume in an uncompressed state, wherein the second volume is greater than the first volume, and wherein the absorbent plug (220, 420) is configured to store an anesthetic agent (222, 422) and deliver the anesthetic agent (222, 422) to the target tissue in the nasal cavity by contacting the target tissue in the uncompressed state; and a sheath at least partially covering the absorbent plug (220, 420), wherein the sheath retains the absorbent plug (220, 420) in the compressed state when positioned at least partially over the absorbent plug (220, 420), and wherein removal of the sheath allows for the absorbent plug (220, 420) to expand to the uncompressed state; characterized in that the apparatus (200, 400, 500) further comprises a hand piece coupled to the proximal end (214, 414) of the elongated shaft (212, 414), wherein the hand piece is configured to facilitate gripping and manipulating the apparatus (200, 400, 500); and wherein the hand piece and the elongated shaft (212, 412) are configured to be decoupled from the absorbent plug (220, 420) after removal of the sheath. an elongated shaft (212, 412) with a proximal end (214, 414) and a distal end (216, 416); an absorbent plug (220, 420) coupled to the distal end (216, 416) of the elongated shaft (212, 412), wherein the absorbent plug (220, 420) is configured to occupy a first volume in a compressed state and a second volume in an uncompressed state, wherein the second volume is greater than the first volume, and wherein the absorbent plug (220, 420) is configured to store an anesthetic agent (222, 422) and deliver the anesthetic agent (222, 422) to the target tissue in the nasal cavity by contacting the target tissue in the uncompressed state; and a sheath at least partially covering the absorbent plug (220, 420), wherein the sheath retains the absorbent plug (220, 420) in the compressed state when positioned at least partially over the absorbent plug (220, 420), and wherein removal of the sheath allows for the absorbent plug (220, 420) to expand to the uncompressed state; characterized in that the apparatus (200, 400, 500) further comprises a hand piece coupled to the proximal end (214, 414) of the elongated shaft (212, 414), wherein the hand piece is configured to facilitate gripping and manipulating the apparatus (200, 400, 500); and wherein the hand piece and the elongated shaft (212, 412) are configured to be decoupled from the absorbent plug (220, 420) after removal of the sheath.
A monitoring system for a working machine, comprising: a boarding detector to detect boarding and alighting of an operator, the boarding detector being provided in the working machine; a position detector to detect a position of the working machine based on a signal sent from a positioning satellite when the boarding detector detects the alighting of the operator, the position detector being provided in a mobile terminal belonging to the operator; a transmitter to transmit, to a management machine, positional information representing the position detected by the position detector, the transmitter being provided in the mobile terminal; and a controller to, based on the positional information received from the transmitter, move the management machine to the position represented by the positional information, the controller being provided in the management machine. a boarding detector to detect boarding and alighting of an operator, the boarding detector being provided in the working machine; a position detector to detect a position of the working machine based on a signal sent from a positioning satellite when the boarding detector detects the alighting of the operator, the position detector being provided in a mobile terminal belonging to the operator; a transmitter to transmit, to a management machine, positional information representing the position detected by the position detector, the transmitter being provided in the mobile terminal; and a controller to, based on the positional information received from the transmitter, move the management machine to the position represented by the positional information, the controller being provided in the management machine.
A system comprising: • a diode (3.1) comprising a cathode and an anode; • at least one thermometer (3.2) connected to said cathode or connected to said anode; and • a power supply (3.6) or a current generator; wherein: • said power supply or said current generator is connected to leads (3.3), said leads provide current/voltage to said diode; • said diode is operated under either reverse or forward bias; • and wherein: said system further comprises a controller configured to: • receive a desired temperature value for said cathode or for said anode; • receive a measured temperature value from said thermometer for said cathode or for said anode; • determine a voltage/current level to be applied to the diode based on the measured temperature value in order to achieve said desired temperature value at said cathode or at said anode; and • apply said determined voltage/current to said diode. • a diode (3.1) comprising a cathode and an anode; • at least one thermometer (3.2) connected to said cathode or connected to said anode; and • a power supply (3.6) or a current generator; wherein: • said power supply or said current generator is connected to leads (3.3), said leads provide current/voltage to said diode; • said diode is operated under either reverse or forward bias; • and wherein: • said power supply or said current generator is connected to leads (3.3), said leads provide current/voltage to said diode; • said diode is operated under either reverse or forward bias; • and wherein: • receive a desired temperature value for said cathode or for said anode; • receive a measured temperature value from said thermometer for said cathode or for said anode; • determine a voltage/current level to be applied to the diode based on the measured temperature value in order to achieve said desired temperature value at said cathode or at said anode; and • apply said determined voltage/current to said diode.
A method comprising: receiving, by a user equipment, information relating to a configuration for a discovery signal for transmission by a first wireless access network node when the first wireless access network node is in an off state; receiving, by the UE from the first wireless access network node that is in the off state, the discovery signal according to the configuration; and detecting, by the UE based on the received discovery signal, the first wireless access network node that is in the off state, wherein detecting, by the UE, the wireless access network node that is in the off state comprises determining, by the UE, a cell identifier of the first wireless access network node that is in the off state. receiving, by a user equipment, information relating to a configuration for a discovery signal for transmission by a first wireless access network node when the first wireless access network node is in an off state; receiving, by the UE from the first wireless access network node that is in the off state, the discovery signal according to the configuration; and detecting, by the UE based on the received discovery signal, the first wireless access network node that is in the off state, wherein detecting, by the UE, the wireless access network node that is in the off state comprises determining, by the UE, a cell identifier of the first wireless access network node that is in the off state.
Hand-held machine tool with a tool holder, an output shaft, which is connected to the tool holder, a motor, which is connected to a drive shaft, and a coupling (20, 50, 60), which connects the drive shaft and the output shaft non-positively, characterised in that the coupling (20, 50, 60) has a spring device (26, 51) and the spring device (26, 51) is suspended on a first eccentric (27, 53) of the drive shaft and a second eccentric (29, 55) of the output shaft.
Device for measuring parameters of a road made from aggregates in order to determine its condition, comprising a sensor C which measures data and has a housing which is integrated into the pavement and has a cylindrical shape with an upper face, a lower face and a peripheral wall, characterized in that the upper face comprises two electrodes (12-1; 12-2) which are flush with the upper face (10- 1), generate an inter-electrode space and have wireless transmission means so as to be able to transfer said data from the sensor C in digital form, the sensor C having automatic cleaning means which are arranged on the upper face of the housing and advantageously comprise pads which are distributed over said upper surface.
A solar-thermal plant, comprising a solar circuit, which is hydraulically connected to a heat sink, wherein a cover element is provided on the heat sink as a touch guard, wherein a radiator is provided as heat sink, characterised in that the radiator to be arranged on a building wall consists of at least two heating surfaces (4, 5) that are arranged parallel to one another, wherein the heating surface remote from the building wall forms the cover element.
A construction machine comprising: a lower travelling body; an upper slewing body slewably mounted on the lower travelling body; and an electric component to be installed to the upper slewing body, wherein the upper slewing body includes: an operator seat; a seat stand including a top plate portion having an upper surface on which the operator seat is placed; an engine disposed under the top plate portion; a heat exchanger disposed on one outer side of the seat stand with respect to a width direction of the upper slewing body with a space between the heat exchanger and the seat stand; and a partition member disposed in the space to partition the space vertically so as to block upward transmission of heat of the engine, and wherein the electric component is disposed above the partition member and on the one outer side of the seat stand inside the upper slewing body, characterized in that the seat stand has a sidewall portion disposed on the heat exchanger side and vertically extended to be joined to the top plate portion; the sidewall portion has an outer surface facing the heat exchanger side; and the electric component is attached to the outer surface of the sidewall portion. a lower travelling body; an upper slewing body slewably mounted on the lower travelling body; and an electric component to be installed to the upper slewing body, wherein the upper slewing body includes: an operator seat; a seat stand including a top plate portion having an upper surface on which the operator seat is placed; an engine disposed under the top plate portion; a heat exchanger disposed on one outer side of the seat stand with respect to a width direction of the upper slewing body with a space between the heat exchanger and the seat stand; and a partition member disposed in the space to partition the space vertically so as to block upward transmission of heat of the engine, and an operator seat; a seat stand including a top plate portion having an upper surface on which the operator seat is placed; an engine disposed under the top plate portion; a heat exchanger disposed on one outer side of the seat stand with respect to a width direction of the upper slewing body with a space between the heat exchanger and the seat stand; and a partition member disposed in the space to partition the space vertically so as to block upward transmission of heat of the engine, and wherein the electric component is disposed above the partition member and on the one outer side of the seat stand inside the upper slewing body, characterized in that the seat stand has a sidewall portion disposed on the heat exchanger side and vertically extended to be joined to the top plate portion; the sidewall portion has an outer surface facing the heat exchanger side; and the electric component is attached to the outer surface of the sidewall portion.
A tidal generator apparatus (11, 211, 311, 411, 511) comprising: a pair of co-axial contra-rotating vane assemblies (30, 430, 530) configured to be disposed in a tidal flow stream with an axis of rotation arranged substantially perpendicularly to a flow direction of the tidal flow stream; wherein each vane assembly (30a, 30b, 430a, 430b, 530a, 530b) comprises a plurality of vanes (34, 434, 534) cyclically movable during rotation of the vane assembly (30a, 30b, 430a, 430b, 530a, 530b) between a first extended position, and a second retracted position; wherein the first and second vane assemblies (30a, 30b, 430a, 430b, 530a, 530b) of the pair are located sufficiently close to one another in an axial direction of the apparatus (11, 211, 311, 411, 511) such that the plurality of vanes (34, 434, 534) of each vane assembly (30a, 30b, 430a, 430b, 530a, 530b) intersects a plane perpendicular to the axis of rotation of the apparatus when in their extended positions; characterised in that each vane (34, 434, 534) comprises a lip section or strip section configured to extend into the flow stream and encourage the vane to move from a retracted position to an extended position. a pair of co-axial contra-rotating vane assemblies (30, 430, 530) configured to be disposed in a tidal flow stream with an axis of rotation arranged substantially perpendicularly to a flow direction of the tidal flow stream; wherein each vane assembly (30a, 30b, 430a, 430b, 530a, 530b) comprises a plurality of vanes (34, 434, 534) cyclically movable during rotation of the vane assembly (30a, 30b, 430a, 430b, 530a, 530b) between a first extended position, and a second retracted position; wherein the first and second vane assemblies (30a, 30b, 430a, 430b, 530a, 530b) of the pair are located sufficiently close to one another in an axial direction of the apparatus (11, 211, 311, 411, 511) such that the plurality of vanes (34, 434, 534) of each vane assembly (30a, 30b, 430a, 430b, 530a, 530b) intersects a plane perpendicular to the axis of rotation of the apparatus when in their extended positions; characterised in that each vane (34, 434, 534) comprises a lip section or strip section configured to extend into the flow stream and encourage the vane to move from a retracted position to an extended position.
A panel attachment arrangement suitable for attaching a panel (1.004, 3.003) to a support (7.060) having a pair of opposite sides each opposite side having an engagement lip (7.078) which, in use, are on the opposite face of the support to the panel, the panel attachment arrangement including: a pair of first projections (1.006, 1.010) adapted to receive a pair of opposite sides of a support (7.060); each projection including an inward transverse second projection (1.008, 1,012) adapted to seat behind or in a corresponding one of the engagement lips, one or more of (a) the panel, (b) the first projections, or (c) the second projections are flexible or resilient, whereby the second projections can be resiliently splayed or flexed beyond the opposite sides of the support to engage the corresponding lip when the flexing force is removed characterized by cutout portions (2.014) in the first projection of at least one of the sides of the panel attachment arrangement.
Anti-friction bearing cage having two side rings and a plurality of cage crosspieces, the side rings and the cage crosspieces forming a multiplicity of cage pockets, in each case one depression being configured in the corners of the cage pockets, characterized in that the depression tapers towards its radial centre without in the process forming a run-on face for the associated rolling body.
A polysiloxane-substituted quinacridone pigment characterized in that a polysiloxane grouping is bonded to one of the quinacridone nitrogen atoms via a hydrocarbon linking group, the hydrocarbon linking group bearing a hydroxyl group on a carbon atom α or β to the quinacridone nitrogen atom, the quinacridone pigment being of the formula: where L is a hydrocarbon group, Sil is a polysiloxane grouping and the broken line indicates that the hydroxyl substituent is attached to a carbon atom α or β to the quinacridone nitrogen atom; and R is hydrogen, a C 1 -C 3 alkyl group or a halogen.
A connection device for connecting a drainage gutter to a further functional element, e.g. to an inlet box, a point drainage or a gully, comprising an adapter plate to which the drainage gutter can be connected, and an inlet part, which can be fixed in a sealed manner in a wall of the functional element, and fastening devices (41, 41'; 44, 44') by means of which the adapter plate can be firmly connected to the inlet part in such a manner that a flow space of the drainage gutter can be connected via a transition space in a sealed manner to an inner space of the functional element, wherein the inlet part and the adapter plate each have an interior space, wherein these two interior spaces together form the transition space, characterized in that between the inlet part and the adapter plate, a tooth system is provided for the defined height adjustment of the two parts relative to one another at various heights.
A filler compound, comprising: a polymer resin emulsion comprising a positively charged polymer that provides 5 to 50 wt. % of the filler compound, wherein the positively charged polymer comprises 2 wt. % to 45 wt. % of (meth)acrylate monomer units having an alkylammonium functionality; 5 wt. % to 70 wt. % of at least one filler additive; and, at least 10 wt. % of water. a polymer resin emulsion comprising a positively charged polymer that provides 5 to 50 wt. % of the filler compound, wherein the positively charged polymer comprises 2 wt. % to 45 wt. % of (meth)acrylate monomer units having an alkylammonium functionality; 5 wt. % to 70 wt. % of at least one filler additive; and, at least 10 wt. % of water.
An Attachment arrangement for the attachment of a system to a structure, in particular lines to a primary structure of an aircraft, having: - a base element for retaining the system, - a positioning element for positioning the base element in a location on the structure, and - a fixation device for the fixation of the base element in the location on the structure, - wherein the base element has a holding section for holding the system and a clamping section for being clamped to the structure, wherein the clamping section has an alignment element for the alignment on the positioning element, - wherein the fixation device has a counter element with a clamping area for being positioned on an opposite side on the structure to the clamping section of the base element and a fastener for clamping the base element and the counter element to the structure; characterised in that the positioning element has a bonding surface comprising an adhesive attachable to the structure and a positioning section for acting together with the alignment element in a form fit manner. - a base element for retaining the system, - a positioning element for positioning the base element in a location on the structure, and - a fixation device for the fixation of the base element in the location on the structure, - wherein the base element has a holding section for holding the system and a clamping section for being clamped to the structure, wherein the clamping section has an alignment element for the alignment on the positioning element, - wherein the fixation device has a counter element with a clamping area for being positioned on an opposite side on the structure to the clamping section of the base element and a fastener for clamping the base element and the counter element to the structure;
A method of monitoring an electric motor serving to drive a pump, wherein within a time interval current values are measured, an average value of the current values measured is determined and said average value is compared to a predetermined reference value, wherein the method extends to controlling the electric motor, wherein the current values measured reflect the profile of the winding current of the electric motor and, irrespective of whether they can be associated with an instantaneous maximum of the current profile, are included in determining the average value, and wherein the average value is considered by the motor control as input parameter, characterized in that the time interval is greater than a period duration resulting due to system-inherent periodically recurring pressure fluctuations in the feed circuit of the pump.