mhurhangee/ep-ind-claims huggingface dataset:
Hot water unit, with a storage container which indicates a cold water entry, a hot water runout, a reception space for expansion water, a heating unit for the warming of the water contained in the storage container and a controller for the regulation of the operation of the heating unit, where the hot water runout is designed open and valve-free for the subjection of hot water to atmospheric air pressure for an appropriation of almost boiling hot water with a temperature of at least approx. 90°C, identified in that, the controller is an electronic controller, the electronic controller indicates a heating gradient unit, which is designed for the purpose of determining a heating gradient of the water contained in the storage container and an actual boiling point of the water contained in the storage container based on a gradient of the heating gradient, where the electronic controller indicates a protection unit which determines a fault case by means of the gradient of the heating gradient and deactivates the heating unit, where the electronic controller indicates a temperature limitation unit which is used for the adjusting of a maximum water temperature, where the maximum water temperature lies below the determined boiling point of the water contained in the storage.
An adapter frame for a demolition apparatus, the adapter frame comprising: a housing provided with spaced-apart first and second coupling seats (44, 42) to engage with a jaw set (12, 112, 212) and a mounting member for connection to an arm of a machine; and at least one locking element rotatably supported at one of the second coupling seats characterised in that the locking element includes a laterally extending C-shaped retaining member to receive and engage a coupling pin provided on the jaw set (12, 112, 212). a housing provided with spaced-apart first and second coupling seats (44, 42) to engage with a jaw set (12, 112, 212) and a mounting member for connection to an arm of a machine; and at least one locking element rotatably supported at one of the second coupling seats characterised in that the locking element includes a laterally extending C-shaped retaining member to receive and engage a coupling pin provided on the jaw set (12, 112, 212).
Building panels provided with a locking system for vertical locking of a first and a second building panel by a vertical displacement of said building panels (1,1') relative each other, a displaceable tongue being inserted into a sidewardly open displacement groove provided at an edge of the first building panel, wherein said displaceable tongue is configured to cooperate with a tongue groove provided at an adjacent edge of the second building panel for locking the edge and the adjacent edge vertically, wherein a strip protrudes: below the displacement groove and outwardly beyond the upper part of the edge; or below the tongue groove and outwardly beyond the upper part of the adjacent edge, wherein the displaceable tongue comprises a pulling extension at its outer part configured to cooperate with a pulling protrusion formed at the adjacent edge such that the displaceable tongue is pulled out from the displacement groove and into the tongue groove when the edges of said building panels are displaced vertically relative to each other, characterized in that the displaceable tongue comprises a locking hook for preventing unlocking. wherein said displaceable tongue is configured to cooperate with a tongue groove provided at an adjacent edge of the second building panel for locking the edge and the adjacent edge vertically, wherein a strip protrudes: below the displacement groove and outwardly beyond the upper part of the edge; or below the tongue groove and outwardly beyond the upper part of the adjacent edge, below the displacement groove and outwardly beyond the upper part of the edge; or below the tongue groove and outwardly beyond the upper part of the adjacent edge, wherein the displaceable tongue comprises a pulling extension at its outer part configured to cooperate with a pulling protrusion formed at the adjacent edge such that the displaceable tongue is pulled out from the displacement groove and into the tongue groove when the edges of said building panels are displaced vertically relative to each other, characterized in that the displaceable tongue comprises a locking hook for preventing unlocking.
A method of decoupling payload pointing from a host bus platform (202, 252) of a remote sensing vehicle (200, 250) that orbits, the method comprising: operating a remote sensing vehicle (200, 250) that orbits comprising a host bus platform (202, 252) and a variable pitch instrument platform (204, 254), wherein the variable pitch instrument platform is moveably coupled to the host bus platform in at least one degree of freedom via a dynamic coupling device; establishing a pointing position of an image sensor (206, 256) of the variable pitch instrument platform to establish payload pointing of the image sensor; operating the image sensor mounted on the variable pitch instrument platform at a first pitch angle relative to Nadir, thereby scanning a target surface as the vehicle advances to generate a first data set; moving the variable pitch instrument platform relative to the host bus platform to vary the pointing position of the image sensor of the variable pitch instrument platform; and operating the image sensor at a second pitch angle relative to Nadir, thereby scanning the target surface as the vehicle advances to generate a second data set, such that payload pointing of the image sensor, and scanning with the image sensor, are decoupled from the host bus platform attitude, the payload pointing and scanning being independent of attitude control of the host bus platform. operating a remote sensing vehicle (200, 250) that orbits comprising a host bus platform (202, 252) and a variable pitch instrument platform (204, 254), wherein the variable pitch instrument platform is moveably coupled to the host bus platform in at least one degree of freedom via a dynamic coupling device; establishing a pointing position of an image sensor (206, 256) of the variable pitch instrument platform to establish payload pointing of the image sensor; operating the image sensor mounted on the variable pitch instrument platform at a first pitch angle relative to Nadir, thereby scanning a target surface as the vehicle advances to generate a first data set; moving the variable pitch instrument platform relative to the host bus platform to vary the pointing position of the image sensor of the variable pitch instrument platform; and operating the image sensor at a second pitch angle relative to Nadir, thereby scanning the target surface as the vehicle advances to generate a second data set, such that payload pointing of the image sensor, and scanning with the image sensor, are decoupled from the host bus platform attitude, the payload pointing and scanning being independent of attitude control of the host bus platform.
Laser machining head with an integrated sensor device for monitoring the focus position, wherein the laser machining head has a focusing lens in order to focus a machining beam that strikes the focusing lens as a parallel beam into a resultant focal point of the focusing lens, in which focal point a workpiece is arranged, and a beam splitter is arranged upstream of the focusing lens in the parallel beam path, and with a sensor connected to an evaluation unit is present, characterized in that the focusing lens has a downstream protective glass, the beam splitter is transmissive for a first portion of a laser beam coupled into the laser machining head, the machining beam, and is reflective for a second portion, a measuring beam, and a mirror is arranged downstream of the beam splitter in the direction of reflection, in such a manner that it reflects the measuring beam at an angle α to the optical axis of the focusing lens onto the focusing lens with downstream protective glass in order to image it onto the receiving surface of the sensor in an image point conjugate with the focal point.
Process for the lightening and/or lightening dyeing of keratin materials, which consists in treating the keratin fibres with at least: a) one direct emulsion comprising one or more fatty substances free of carboxylic acid groups, one or more surfactants, an amount of water of greater than 5% by weight of the total weight of the emulsion, and one or more oxidizing agents; and b) one direct emulsion comprising one or more fatty substances free of carboxylic acid groups, one or more surfactants, an amount of water of greater than 5% by weight of the total weight of the emulsion, and one or more alkaline agents chosen from alkanolamines; the concentration of fatty substances free of carboxylic acid groups being at least equal to 25% by weight of the total weight of the composition obtained after mixing the two direct emulsions and, in which the fatty substance(s) is (are) chosen from liquid petroleum jelly, polydecenes, liquid esters or mixtures thereof. a) one direct emulsion comprising one or more fatty substances free of carboxylic acid groups, one or more surfactants, an amount of water of greater than 5% by weight of the total weight of the emulsion, and one or more oxidizing agents; and b) one direct emulsion comprising one or more fatty substances free of carboxylic acid groups, one or more surfactants, an amount of water of greater than 5% by weight of the total weight of the emulsion, and one or more alkaline agents chosen from alkanolamines;
A method of connecting a cartridge having a connection feature to an automatic injector having a motor, said cartridge interconnected to a needle at its distal end and mechanically coupled to a plunger driver at its proximal end, the method comprising: lowering said cartridge while being mechanically coupled with said plunger driver into a receiving frame of said automatic injector, said receiving frame having an open top and a cartridge mount comprising an interference element with a distal stop, the interference element sized to slidably receive the cartridge and allow the cartridge to slide up to the distal stop; elastically pushing down a snap when lowering the cartridge into the receiving frame; sliding said cartridge in a direction of said distal end until reaching the distal stop and thereby linking said connection feature to the interference element of said receiving frame wherein upon sliding the cartridge towards the distal end the snap is released to secure the cartridge, such that disconnection of said cartridge is inhibited; and containing forces generated by said plunger driver on said cartridge through said receiving frame, thereby immobilizing said cartridge with respect to said automatic injector. lowering said cartridge while being mechanically coupled with said plunger driver into a receiving frame of said automatic injector, said receiving frame having an open top and a cartridge mount comprising an interference element with a distal stop, the interference element sized to slidably receive the cartridge and allow the cartridge to slide up to the distal stop; elastically pushing down a snap when lowering the cartridge into the receiving frame; sliding said cartridge in a direction of said distal end until reaching the distal stop and thereby linking said connection feature to the interference element of said receiving frame wherein upon sliding the cartridge towards the distal end the snap is released to secure the cartridge, such that disconnection of said cartridge is inhibited; and containing forces generated by said plunger driver on said cartridge through said receiving frame, thereby immobilizing said cartridge with respect to said automatic injector.
Skin treatment device, comprising: - a housing the shape and size of which are such that it is suitably holdable by a human hand, the housing having a skin-side to be directed to a user's skin and an output window arranged on the skin-side; - a treatment action performer arranged within the housing for performing a treatment action on the user's skin through the output window; - a speed sensor for sensing a relative speed between the housing and the user's skin in a device displacement direction parallel to the skin; - an optical speed deviation indicator system (400; 600) comprising a position reference (411; 101) and means for generating at least one optical spot (412; 612) of variable position with respect to the position reference (411; 101); - a control device provided with an associated memory containing information defining a desired displacement speed or a desired displacement speed range, the control device being coupled to receive an output signal from the speed sensor and being coupled to provide a control signal to the optical speed deviation indicator system; wherein the control device is adapted to control the optical speed deviation indicator system (400; 600) such as to vary the position of the optical spot (412; 612) on the basis of the output signal received from the speed sensor and the information in the memory. - a housing the shape and size of which are such that it is suitably holdable by a human hand, the housing having a skin-side to be directed to a user's skin and an output window arranged on the skin-side; - a treatment action performer arranged within the housing for performing a treatment action on the user's skin through the output window; - a speed sensor for sensing a relative speed between the housing and the user's skin in a device displacement direction parallel to the skin; - an optical speed deviation indicator system (400; 600) comprising a position reference (411; 101) and means for generating at least one optical spot (412; 612) of variable position with respect to the position reference (411; 101); - a control device provided with an associated memory containing information defining a desired displacement speed or a desired displacement speed range, the control device being coupled to receive an output signal from the speed sensor and being coupled to provide a control signal to the optical speed deviation indicator system; wherein the control device is adapted to control the optical speed deviation indicator system (400; 600) such as to vary the position of the optical spot (412; 612) on the basis of the output signal received from the speed sensor and the information in the memory.
Unit for determining and/or monitoring the volume flow and/or mass flow of a medium under measurement, which flows through a pipe in a flow direction, with at least one ultrasonic sensor (5, 6) which emits and receives ultrasonic measuring signals in the pipe, and with a control/evaluation unit, which determines the volume flow and/or mass flow of the medium under measurement in the pipe using the time of flight difference of the ultrasonic measuring signals in the flow direction and against the flow direction or using the Doppler shift of the ultrasonic measuring signals, wherein the ultrasonic sensor (5, 6) is designed in the shape of a pot and has a housing and a unit capable of vibration designed to generate the ultrasonic signals and wherein the unit capable of vibration consists of several components (9, 10, 17, 18), characterized in that the unit capable of vibration is designed in such a way that it has a symmetrical plane, which is essentially arranged perpendicular to the direction of emission or reception of the ultrasonic measuring signals, and in relation to which the unit capable of vibration is arranged symmetrically, and in that at least a partial area of the outer surface of the unit capable of vibration is connected to the housing in the area of the symmetrical plane of the unit capable of vibration, wherein an annular membrane is provided in the area of the symmetrical plane of the unit capable of vibration via which the unit capable of vibration is connected to the housing.
A method for wireless communication, comprising: determining (912, 1312) channel quality indication, CQI, information for data received from a first cell at a user equipment, UE; determining (914, 1314) CQI information for data received from a second cell at the UE; sending (916, 1316) the CQI information for the first cell in a first transmission time interval, TTI; sending (916, 1318) the CQI information for the second cell in a second TTI after the first TTI, wherein a CQI time offset is signaled to indicate which TTIs to use to send (916, 1316, 1318) the CQI information for each cell, and wherein the CQI information for the first and second cells is sent (916, 1316, 1318) on a feedback channel with a single channelization code to the first and second cells; and receiving (920, 924, 1320) data from the first cell or the second cell in a third TTI after the second TTI. determining (912, 1312) channel quality indication, CQI, information for data received from a first cell at a user equipment, UE; determining (914, 1314) CQI information for data received from a second cell at the UE; sending (916, 1316) the CQI information for the first cell in a first transmission time interval, TTI; sending (916, 1318) the CQI information for the second cell in a second TTI after the first TTI, wherein a CQI time offset is signaled to indicate which TTIs to use to send (916, 1316, 1318) the CQI information for each cell, and wherein the CQI information for the first and second cells is sent (916, 1316, 1318) on a feedback channel with a single channelization code to the first and second cells; and receiving (920, 924, 1320) data from the first cell or the second cell in a third TTI after the second TTI.
A charge pump for a Radio Frequency Identification, RFID, tag, comprising: an antenna port with two terminals to receive an input AC signal (L A, L B); an input port to receive an input signal (V IN); a main transistor having a gate, a source and a drain; characterized in that the charge pump further comprises a threshold voltage cancellation circuit coupled between one terminal of the antenna port and the input port, wherein an output of the threshold voltage cancellation circuit is configured to drive the gate of the main transistor, wherein the threshold voltage cancellation circuit is configured to reduce an effective threshold voltage (V TH) of the main transistor when a voltage of the input signal (V IN) is below a predefined voltage of the input signal (V IN) and to deactivate a threshold voltage cancellation of the main transistor when the voltage of the input signal (V IN) is above the predefined voltage of the input signal (V IN). an antenna port with two terminals to receive an input AC signal (L A, L B); an input port to receive an input signal (V IN); a main transistor having a gate, a source and a drain; characterized in that the charge pump further comprises a threshold voltage cancellation circuit coupled between one terminal of the antenna port and the input port, wherein an output of the threshold voltage cancellation circuit is configured to drive the gate of the main transistor, wherein the threshold voltage cancellation circuit is configured to reduce an effective threshold voltage (V TH) of the main transistor when a voltage of the input signal (V IN) is below a predefined voltage of the input signal (V IN) and to deactivate a threshold voltage cancellation of the main transistor when the voltage of the input signal (V IN) is above the predefined voltage of the input signal (V IN).
In-vitro method for establishing a survival prognosis for a patient suffering from pancreatic cancer, comprising the following steps: a) measuring the level of expression of each gene of a combination of marker genes selected from the group constituted by the NME4 genes or a homologous gene and ARL4C or a homologous gene, said homologous genes being genes having a degree of sequence identity of at least 90% with the NME4 or ARL4C gene respectively, in a blood sample taken previously from said patient; b) comparing the level of expression measured for the marker genes selected in step a) in said patient against a reference threshold; c) evaluating the survival time for said patient. a) measuring the level of expression of each gene of a combination of marker genes selected from the group constituted by the NME4 genes or a homologous gene and ARL4C or a homologous gene, said homologous genes being genes having a degree of sequence identity of at least 90% with the NME4 or ARL4C gene respectively, in a blood sample taken previously from said patient; b) comparing the level of expression measured for the marker genes selected in step a) in said patient against a reference threshold; c) evaluating the survival time for said patient.
An agricultural stalk press for pressing bales or big bales, in particular, cuboid-shaped bales or big bales, the stalk press having a receiving device for picking up harvested material, a pressing device for pressing the harvested material into bales of a defined size, and, arranged downstream of the pressing device, a conveying device and/or depositing device (32, 38) for ejecting finished pressed bales bound with twine, wherein the conveying device and/or depositing device has a support table that is rotatable about an approximately vertical axis, characterised in that an inclined ramp for the controlled depositing of bales on the ground laterally adjoins the rotatable support table of the conveying device and/or depositing device, and in that the rotatable support table is assigned a pushing device for displacing bales or big bales, which are situated on the support table, toward the inclined ramp. wherein the conveying device and/or depositing device has a support table that is rotatable about an approximately vertical axis, characterised in that an inclined ramp for the controlled depositing of bales on the ground laterally adjoins the rotatable support table of the conveying device and/or depositing device, and in that the rotatable support table is assigned a pushing device for displacing bales or big bales, which are situated on the support table, toward the inclined ramp.
A mobile terminal communication management method, wherein the method comprises: acquiring, by a mobile terminal, attribute information of a current camped-on serving cell; determining whether a lock cell list of the mobile terminal has an idle node; when the lock cell list has no idle node, determining whether the serving cell and a neighboring cell of the serving cell have an intersection with a cell in the lock cell list; and if the serving cell and the neighboring cell have an intersection with the cell in the lock cell list, performing, by the mobile terminal, normal communication within the serving cell. acquiring, by a mobile terminal, attribute information of a current camped-on serving cell; determining whether a lock cell list of the mobile terminal has an idle node;
A combination of buses for a danger management system, the combination of buses comprising at least a field bus, said field bus is configured to connect at least two units (2 - 9) of a danger management system, so that these units may exchange data through the field bus, said field bus is configured to send alarm signals in amongst the units (2 - 9) of a danger management system, wherein the combination of buses also comprises at least a broadband bus separate from the field bus, said broadband bus being configured to connect at least two units (2 - 9) of said danger management system, so that these units (2 - 9) may exchange data through the broadband bus, said broadband bus being configured to stream audio and/or video data from one unit (2 - 9) to other units (2 - 9) of said danger management system or to deploy software updates among the units (2 - 9) of said danger management system, characterized in that the broadband bus is configured to switch from an activated to a deactivated or to an idle mode, the broadband bus is configured to be activated either through an activation signal sent from one unit (2 - 9) of said danger management system to another unit of said danger management system (2 - 9) through the field bus, or the broadband bus is configured to be activated periodically and for a limited time span, or the broadband bus is configured to be activated by an alarm signal generated by a unit (2 - 9) of said danger management system.