mhurhangee/ep-ind-claims huggingface dataset:
An arrangement, comprising a first unit and a second unit, and a quick-release fastening device (16, 18) for establishing a releasable and re-establishable connection between the first unit and the second unit, wherein the quick-release fastening device (16, 18) comprises a first side element and a second side element arranged at a preset distance to the first side element, wherein the first side element and the second side element are connected to each other in a first end region via a connecting element, wherein in the first end region of the side elements (30, 32) each time a through hole (44, 46) is provided, wherein the through holes (44, 46) of the side elements (30, 32) are arranged coaxially to each other, and wherein by means of the through holes (44, 46) the quick-release fastening device (16, 18) is rotatably mountable about the longitudinal axis of the through holes (44, 46) at a cylindrical element of the first unit which is formed complementarily to the through holes (44, 46), wherein the first side element and the second side element are connected to each other via an engagement element in a second end region opposite to the first end region, which engagement element is engageable with a coupling element of the second unit for connecting the first unit and the second unit, wherein the quick-release fastening device (16, 18) is rotatably mounted by means of its through holes (44, 46) on the cylindrical element of the first unit 12) about the longitudinal axis of the through holes (44, 46), the second unit comprises a coupling element with a recess formed complementarily to the engagement element of the quick-release fastening device (16, 18), in a connected state the engagement element of the quick-release fastening device (16, 18) engages with the recess of the coupling element, and wherein in a released state the quick-release fastening device (16, 18) is rotated about the longitudinal axis of the through holes (44, 46) so far that the engagement element is not engaged with the coupling element, characterized in that the recess of the coupling element is arranged in a first portion of the coupling element, that the coupling element comprises a further recess arranged in a second portion connected to the first portion via a contact area, that the width of the further recess corresponds to the diameter of the through holes (44, 46) of the quick-release fastening device (16, 18), and that the portion of the cylindrical element of the first unit which is arranged between the two side elements (30, 32) of the quick-release fastening device (16, 18), is at least partially received in the further recess both in the released and in the connected state.
A method of regulating a feed circuit comprising at least a first pump and an upstream duct leading to the first pump, the method being characterized in that it comprises the steps of: - determining the gas content of a flow in the upstream duct feeding the first pump; and - when the value of the gas content in the upstream duct, as determined in the determining step, is greater than or equal to a predetermined threshold value, modifying the flow rate of the flow feeding the first pump. - determining the gas content of a flow in the upstream duct feeding the first pump; and - when the value of the gas content in the upstream duct, as determined in the determining step, is greater than or equal to a predetermined threshold value, modifying the flow rate of the flow feeding the first pump.
An apparatus for estimating bio-information of a user, the apparatus comprising: a pulse wave sensor configured to measure a plurality of pulse wave signals from an object of the user; a position sensor configured to obtain sensor position information identifying a sensor position on the object for each of the plurality of pulse wave signals, based on the pulse wave sensor measuring each of the plurality of pulse wave signals; and a processor configured to: estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph, as the second bio-information. a pulse wave sensor configured to measure a plurality of pulse wave signals from an object of the user; a position sensor configured to obtain sensor position information identifying a sensor position on the object for each of the plurality of pulse wave signals, based on the pulse wave sensor measuring each of the plurality of pulse wave signals; and a processor configured to: estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph, as the second bio-information. estimate first bio-information at each sensor position based on each of the plurality of pulse wave signals; generate a calibration graph by plotting the estimated first bio-information values at each sensor position against a relative distance of each sensor position from a blood vessel position of the object; based on performing curve fitting, obtain a second estimated bio-information value based on the calibration graph; and obtain a bio-information value at a point, corresponding to the blood vessel position of the object in the calibration graph, as the second bio-information.
Product handling device for handling, in particular for conveying and/or sorting, products (14, 14'), comprising a plurality of movers (16, 16'), comprising a control unit for controlling the movers (16, 16') and comprising a base unit which forms a plane with respect to which the movers (16, 16') are movably arranged and/or mounted, the control unit being provided to combine at least two of the movers (16, 16') to form a common support for at least one product (14, 14') in at least one operating state, the control unit being provided to move the at least two movers (16, 16') from at least one product feed unit (24, 26) to at least one product discharge unit in the operating state, characterized in that the control unit is provided to change a speed of the at least two movers (16, 16') when approaching the product discharge unit, an inertia-related transfer of at least the product (14, 14') from at least the two movers (16, 16') to the product discharge unit being realizable by means of the change in the speed of the at least two movers (16, 16').
A memory device comprising: a memory cell array; and a transmitter, wherein the transmitter comprises: a pulse amplitude modulation, hereinafter referred to as PAM, encoder configured to generate a first input signal (ENCa) based on PAM-n, where n is an integer greater than or equal to 4, from data (DATA) read from the memory cell array; a pre-driver configured to generate a second input signal (ENCb) based on the first input signal (ENCa) and based on a calibration code signal (CALI_CODE), and output the second input signal using a first power voltage (VDD2H); and a driver configured to output a data signal, hereinafter referred to as DQ signal, based on the PAM-n using a second power voltage (VDDQ) lower than the first power voltage (VDD2H) in response to the second input signal (ENCb), wherein a swing period of the DQ signal is based on a type of a termination element of a memory controller receiving the DQ signal through a channel. a memory cell array; and a transmitter, wherein the transmitter comprises: a pulse amplitude modulation, hereinafter referred to as PAM, encoder configured to generate a first input signal (ENCa) based on PAM-n, where n is an integer greater than or equal to 4, from data (DATA) read from the memory cell array; a pre-driver configured to generate a second input signal (ENCb) based on the first input signal (ENCa) and based on a calibration code signal (CALI_CODE), and output the second input signal using a first power voltage (VDD2H); and a driver configured to output a data signal, hereinafter referred to as DQ signal, based on the PAM-n using a second power voltage (VDDQ) lower than the first power voltage (VDD2H) in response to the second input signal (ENCb), a pulse amplitude modulation, hereinafter referred to as PAM, encoder configured to generate a first input signal (ENCa) based on PAM-n, where n is an integer greater than or equal to 4, from data (DATA) read from the memory cell array; a pre-driver configured to generate a second input signal (ENCb) based on the first input signal (ENCa) and based on a calibration code signal (CALI_CODE), and output the second input signal using a first power voltage (VDD2H); and a driver configured to output a data signal, hereinafter referred to as DQ signal, based on the PAM-n using a second power voltage (VDDQ) lower than the first power voltage (VDD2H) in response to the second input signal (ENCb), wherein a swing period of the DQ signal is based on a type of a termination element of a memory controller receiving the DQ signal through a channel.
Device for an electrically driven rail vehicle, having a circuit arrangement which can be connected to a traction unit of the rail vehicle and - for operation of the same - to a railway power supply system, also having an AC voltage mode in which the circuit arrangement is electrically connected via a pantograph (24.A) to the railway power supply system which conducts an AC voltage, and having a DC voltage mode in which the circuit arrangement is electrically connected via a further pantograph (24.D) to the railway power supply system which conducts a DC voltage, wherein the circuit arrangement has an active multipole which in the AC voltage mode is connected as a voltage conversion device between the railway power supply system and the traction unit, and a compensation device which in the DC voltage mode is provided to counteract an interference component of a line current obtained from the railway power supply system or generated by the traction unit and flowing to the railway power supply system, wherein the compensation device comprises at least one sensor unit for detecting at least one line current characteristic, the active multipole and a control unit which is provided to control the active multipole as a function of the line current characteristic, characterised in that the multipole has inlets (E1, E2) in a traction mode which in the AC voltage mode are embodied as railway-power-supply-system-side inlets and in the DC voltage mode are connected to a power source (44, 18) for supplying the multipole with electrical energy, the traction unit is connected to an intermediate circuit which in the AC voltage mode conducts a rectified voltage (V ZK) and in the DC voltage mode is connected directly to the railway power supply system, and the multipole has outlets (A1, A2) which in the AC voltage mode supply the intermediate circuit with electrical energy and in the DC voltage mode generate a compensation current which is coupled to the line current.
A method for wireless communication using multiple co-existence wireless systems having overlapping coverage and which form part of a small cell, wherein the small cell includes a co-located access point providing a WLAN Service and a femto cell providing a cellular service, the method comprising: identifying, by a small cell controller for the small cell, a user equipment, UE, located within coverage of the multiple co-existence wireless systems and communicating with a first wireless system among the multiple co-existence wireless systems; determining, by the small cell controller, metrics of the UE for the multiple co-existence wireless systems, the metrics being related to efficiency, or service charge, or service subscription, or application type, or buffer size, or a combination thereof; and determining, by the small cell controller, whether to switch the UE from the first wireless system to another one of the multiple co-existence wireless systems based on the metrics of the UE for the multiple co-existence wireless systems. identifying, by a small cell controller for the small cell, a user equipment, UE, located within coverage of the multiple co-existence wireless systems and communicating with a first wireless system among the multiple co-existence wireless systems; determining, by the small cell controller, metrics of the UE for the multiple co-existence wireless systems, the metrics being related to efficiency, or service charge, or service subscription, or application type, or buffer size, or a combination thereof; and determining, by the small cell controller, whether to switch the UE from the first wireless system to another one of the multiple co-existence wireless systems based on the metrics of the UE for the multiple co-existence wireless systems.
Device for infusing resin into a fibrous preform, said device comprising: - a mold containing a sealed cavity able to receive the fibrous preform and containing an inlet for liquid resin; and - a caul plate placed in the cavity, making contact with the fibrous preform, characterized in that said device comprises a measuring means comprising an emitter and a receiver that are able to emit and receive an ultrasonic signal through a section of said fibrous preform, said signal being received through the caul plate, the receiver of the measuring means being positioned in a void of the caul plate, and in that the caul plate is heated and the receiver of the measuring means comprises a piezoelectric chip mounted on a substrate the material of which is able to withstand the heating temperature of the caul plate. - a mold containing a sealed cavity able to receive the fibrous preform and containing an inlet for liquid resin; and - a caul plate placed in the cavity, making contact with the fibrous preform,
A method for individualising mobile phone subscriber identification modules which allow a mobile terminal (mobile) to be operated in a mobile radio network to have an access to the mobile radio network, which access authenticates a mobile subscriber in the mobile radio network, wherein at least two or more mobile phone subscriber identification modules which have identical contents and cannot be distinguished from each other by the mobile radio network are allocated to the mobile subscriber in the mobile radio network, wherein only one of these mobile phone subscriber identification modules obtains an access to the mobile radio network during congruent time units, wherein the mobile phone subscriber identification modules are provided with respectively at least one identifier by means of the mobile terminal, which identifier allows a distinguishable identification of the respective mobile phone subscriber identification modules at least by the mobile radio network, and the identifier of a mobile phone subscriber identification module will be transmitted by means of the mobile terminal (mobile) using this one via a message of a message service of the mobile radio network to the mobile radio network, wherein the identifier transmitted by the mobile terminal (mobile) to the mobile radio network will be submitted by the mobile radio network to at least one comparison with at least one of the identifiers of the mobile subscriber that are already gathered and administered in a database of the mobile radio network.
An adhesive comprising a solvent free powder of average particle size being measured using a laser particle size meter in the range of 20 to 300 microns, in which the adhesive formulation contains a heat activatable curing agent and a heat activatable blowing agent, the heat activatable curing agent and the heat activatable blowing agent being heat activatable at a heat activation temperature in the range of 140 °C to 220 °C; and wherein the adhesive is flowable at a temperature below the heat activation temperature, and is dry and non-tacky to the touch at ambient temperature.
Connection means for connecting two components, wherein the connection means comprises a base body which comprises a receiving channel for receiving a fastening element, which channel extends through the base body, wherein the receiving channel is accessible at one end through a fixing opening of the base body, wherein the base body comprises a base portion and a plurality of anchoring portions extending or protruding away from the base portion and for anchoring the base body in one of the components, wherein the plurality of anchoring portions are formed as cylindrical thickenings and mutually overlap in the connection direction. wherein the base body comprises a base portion and a plurality of anchoring portions extending or protruding away from the base portion and for anchoring the base body in one of the components, wherein the plurality of anchoring portions are formed as cylindrical thickenings and mutually overlap in the connection direction.
A sectional door that has a sectional door leaf and guide rails for guiding the movement of the door leaf between an open position, in which the door leaf is preferably positioned overhead in a horizontal plane, and a closed position, in which it is positioned in a vertical plane, the sectional door leaf having two uniform panels positioned one over the other in the closed position of the door leaf and equipped with polygonal or finger protection profiles curved in an arched shape, each end of which panels has an outer shell forming an outer boundary surface of the sectional door leaf and made at least partially of a metallic material, and an inner shell forming an inner boundary surface of the sectional door leaf running approximately parallel to the outer boundary surface and made at least partially of a metallic material, the outer shell having an upper and/or a lower cross-over region extending towards the inner shell and in the longitudinal direction of the panel, and the inner shell having an upper and/or a lower cross-over region respectively extending towards the outer shell and in the longitudinal direction of the panel, and the edges (144, 232, 172, 272) of the cross-over regions facing one another being spaced apart from one another, the upper and the lower cross-over region of the inner shell having a supporting zone (230, 270) running parallel to the longitudinal direction of the panel and perpendicular to the inner boundary surface, and the upper panel being able to be supported by the supporting zone of its lower cross-over region on the supporting zone of the upper cross-over region of the lower panel, characterised in that an edge (144, 172) of at least one cross-over region (150, 190) of the outer shell is connected by an optionally self-adhesive material strip made of thermally insulating material extending over approximately the entire length of the panel is connected to an edge (232, 272) facing the latter of a cross-over region (250, 290) of the inner shell, and that the finger protection profiles comprise the cross-over regions and the material strip replicating the polygonal contour of the finger protection profiles is made to slope such that a surface normal onto the material strip encloses an angle of inclination of less than 90°, preferably 60° or less, in particular 50° or less with a surface normal onto the closest supporting zone (220, 230, 270, 350).
A spray head for putting on a container containing a medium to be dispensed, in particular a defensive spray, comprising: a handle which can be connected firmly to said container; a nozzle for dispensing said medium which nozzle is mounted on a trigger mechanism which can be actuated by being pressed; and a lever for controlling said trigger mechanism which can be actuated by being pressed, which lever is at least partially arranged above said nozzle and pivotally mounted on a fixed part of said handle, characterized in that said lever is pivotable between a first and a second extreme position, wherein the first extreme position is a maximum distance from said nozzle and the second extreme position is a maximum proximity to said nozzle, wherein said lever cannot come into contact with said nozzle in the second extreme position; there is provided an intermediate body which is arranged between said nozzle and said lever, wherein said intermediate body has dimensions such that it cooperates with said nozzle so that an actuation of said nozzle will only be effected when said lever is pushed away from the first extreme position towards the second extreme position; said intermediate body is accommodated in a seat of said fixed part of said handle from which it can be removed; and further there are provided means being configured to enable said intermediate body to be pulled out from said seat. a handle which can be connected firmly to said container; a nozzle for dispensing said medium which nozzle is mounted on a trigger mechanism which can be actuated by being pressed; and a lever for controlling said trigger mechanism which can be actuated by being pressed, which lever is at least partially arranged above said nozzle and pivotally mounted on a fixed part of said handle, characterized in that said lever is pivotable between a first and a second extreme position, wherein the first extreme position is a maximum distance from said nozzle and the second extreme position is a maximum proximity to said nozzle, wherein said lever cannot come into contact with said nozzle in the second extreme position; there is provided an intermediate body which is arranged between said nozzle and said lever, wherein said intermediate body has dimensions such that it cooperates with said nozzle so that an actuation of said nozzle will only be effected when said lever is pushed away from the first extreme position towards the second extreme position; said intermediate body is accommodated in a seat of said fixed part of said handle from which it can be removed; and further there are provided means being configured to enable said intermediate body to be pulled out from said seat.
A method of detecting and quantifying free light chains (FLCs) comprising: (i) providing a sample from a subject; (ii) mixing the sample with (a) an anti-FLC specific antibody, or fragments thereof capable of specifically binding the FLC, and (b) a predetermined amount of a labelled FLC, or a labelled fragment of such an FLC, to form a mixture; (iii) passing the mixture through a capillary tube by capillary zone electrophoresis; and (iv) detecting the presence of the anti-FLC specific antibody or fragment thereof after passage through at least a portion of the capillary tube and (v) measuring the peak area or height of FLC/anti-FLC specific antibody complex, wherein the peak or height of the FLC/anti-FLC specific antibody complex is inversely proportional to the FLC concentration in the sample. (i) providing a sample from a subject; (ii) mixing the sample with (a) an anti-FLC specific antibody, or fragments thereof capable of specifically binding the FLC, and (b) a predetermined amount of a labelled FLC, or a labelled fragment of such an FLC, to form a mixture; (iii) passing the mixture through a capillary tube by capillary zone electrophoresis; and (iv) detecting the presence of the anti-FLC specific antibody or fragment thereof after passage through at least a portion of the capillary tube and (v) measuring the peak area or height of FLC/anti-FLC specific antibody complex, wherein the peak or height of the FLC/anti-FLC specific antibody complex is inversely proportional to the FLC concentration in the sample.