mhurhangee/ep-ind-claims huggingface dataset:
Sink mounted in a hole of a top, comprising: - an element made of metal or ceramic or synthetic acrylic, shaped as a bowl whose bottom (1.3) is provided with a hole (1.4) for draining water and having side walls (1.2) with upper edges (1.2a) which are bent towards the outside in such a way as to form a fixing edge suitable to be fixed to an edge of the hole of the top, - an inner covering for the side walls (1.2) of said bowl-shaped element, constituted by shaped panels (2.1) extending from the surface of the bottom (1.3) of said bowl to the top to which the bowl-shaped element itself may be applied, and wherein said shaped panels (2.1) are made using panels covered with a layer of the same laminate material (2.2) used for the top, and wherein upper edges (2.1a) of the panels (2.1) are radiused at the level of the edge of the hole made in the top, and wherein a removable bottom slightly smaller than the space between the panels (2.1) of said inner covering is positioned on the bottom (1.3) of the bowl and is provided on its underside with projections or feet (3.2) suited to maintain the underside of the removable bottom raised from the surface of the bottom (1.3) of the bowl. - an element made of metal or ceramic or synthetic acrylic, shaped as a bowl whose bottom (1.3) is provided with a hole (1.4) for draining water and having side walls (1.2) with upper edges (1.2a) which are bent towards the outside in such a way as to form a fixing edge suitable to be fixed to an edge of the hole of the top, - an inner covering for the side walls (1.2) of said bowl-shaped element, constituted by shaped panels (2.1) extending from the surface of the bottom (1.3) of said bowl to the top to which the bowl-shaped element itself may be applied,
Method of booting a production computer system, comprising the following steps: - establishing a connection between a key computer system and the production computer system, - gathering information about system data of the production computer system, - transmitting the information about the system data of the production computer system to the key computer system, - comparing the gathered information with comparison information stored in the key computer system, - automated transmitting of a passphrase from the key computer system to the production computer system, if the comparison is successful, in order to decrypt encrypted file system data stored on a medium configured within the production computer system or within an involved storage network, - decrypting the encrypted file system data stored on the medium by means of the passphrase, as well as - loading the decrypted file system data and booting the production computer system. - establishing a connection between a key computer system and the production computer system, - gathering information about system data of the production computer system, - transmitting the information about the system data of the production computer system to the key computer system, - comparing the gathered information with comparison information stored in the key computer system, - automated transmitting of a passphrase from the key computer system to the production computer system, if the comparison is successful, in order to decrypt encrypted file system data stored on a medium configured within the production computer system or within an involved storage network, - decrypting the encrypted file system data stored on the medium by means of the passphrase, as well as - loading the decrypted file system data and booting the production computer system.
Separation-apparatus for separating from a particle-stream at least a first fraction with particles of a first group of dimensions, and a second fraction with particles of a second group of dimensions, comprising an infeed-device for the particle-stream, a rotatable drum having at its circumference plates (6, 6'), each plate having a radially extending hitting surface (6, 6') for the particles, at least a first receiving area (11, 11') proximal to the drum for receipt therein of particles of the first fraction, and at least a second receiving area (12, 12') distant from the drum for receipt therein of particles of the second fraction, wherein the infeed-device is a vibrating plate having an edge positioned above the drum, which edge is embodied as an outlet for the particle-stream, characterized in that the apparatus has a housing so as to protect the particles from outside weather-conditions, allowing that the particles of the particle-stream to be processed by said apparatus have dimensions in the range 0-15 mm, in that the infeed-device is a vibrating-plate having an edge and a slide-plate (2") immediately adjacent to said edge that tilts downwards as seen from the edge, in that the slide-plate (2") is inclined at an angle in the range 70-90° with respect to the horizon, and in that the edge of the vibrating plate is positioned vertically or near-vertically above an axis of rotation of said drum so as to cause that in use the particles of the particle-stream fall towards the drum in a direction aimed towards said axis of rotation or its immediate vicinity, and to arrange that the plates (6, 6') of the drum impinge on said falling particles at a moment that said plates (6, 6') are in a vertically or near-vertically upwards oriented position extending from the drum.
A computer-assisted method for ascertaining a movement of an apparatus, wherein the apparatus comprises a tool that is movable by way of translational and/or rotational axes of movement (102, 103, 104, 105, 106) of the apparatus, wherein the method includes the following method steps: - ascertaining a first movement trajectory of the tool in a first configuration space, wherein a predetermined parameter of a movement of the tool is optimized when ascertaining the first movement trajectory, - checking whether the first movement trajectory satisfies at least one predetermined first boundary condition, - ascertaining a second movement trajectory of the tool in a second configuration space by transforming the first movement trajectory into the second configuration space if the first movement trajectory satisfies the predetermined first boundary condition, - checking whether the second movement trajectory satisfies at least one predetermined second boundary condition, - providing the first movement trajectory and/or the second movement trajectory for moving the tool if the second movement trajectory satisfies the predetermined second boundary condition, characterized in that a first partial movement of the tool is set by a first section of the first movement trajectory and a second partial movement of the tool is set by a second section of the second movement trajectory, wherein the partial movements are programmed by the setting in the respective configuration spaces (202, 204). - ascertaining a first movement trajectory of the tool in a first configuration space, wherein a predetermined parameter of a movement of the tool is optimized when ascertaining the first movement trajectory, - checking whether the first movement trajectory satisfies at least one predetermined first boundary condition, - ascertaining a second movement trajectory of the tool in a second configuration space by transforming the first movement trajectory into the second configuration space if the first movement trajectory satisfies the predetermined first boundary condition, - checking whether the second movement trajectory satisfies at least one predetermined second boundary condition, - providing the first movement trajectory and/or the second movement trajectory for moving the tool if the second movement trajectory satisfies the predetermined second boundary condition, characterized in that a first partial movement of the tool is set by a first section of the first movement trajectory and a second partial movement of the tool is set by a second section of the second movement trajectory, wherein the partial movements are programmed by the setting in the respective configuration spaces (202, 204). characterized in that a first partial movement of the tool is set by a first section of the first movement trajectory and a second partial movement of the tool is set by a second section of the second movement trajectory, wherein the partial movements are programmed by the setting in the respective configuration spaces (202, 204).
Method for operating a communication system comprising a server (12; 120), at least one user appliance and a monitoring device (14; 140) that is adapted to perform a remote monitoring of the at least one user appliance through the intermediation of the server (12; 120), the at least one user appliance being associated with a respective list of attributes, wherein each attribute can take a plurality of predetermined values, wherein the server (12; 120): 1) receives the attributes associated with the at least one user appliance; 2) stores at the server (12; 120) the received attributes; and 3) sends said attributes to the monitoring device (14; 140), characterized in that in steps 1) to 3) the server (12; 120) receives, stores and sends also the plurality of predetermined values that can be taken by each of said attributes, and in that subsequently, said monitoring device (14; 140) visualizes said attributes and said predetermined values to a user through a user interface and exploits them so as to be informed about the values taken by the attributes of the user appliance, to set the attributes of the user appliance to desired values or to check the current values taken by the attributes of the user appliance at a definite moment. 1) receives the attributes associated with the at least one user appliance; 2) stores at the server (12; 120) the received attributes; and 3) sends said attributes to the monitoring device (14; 140),
A refrigerator comprising: at least one storage compartment for storing and refrigerating food; an odor sensing unit comprising a main sensor and an auxiliary sensor for sensing odor in the storage compartment, and a processing means for receiving and processing data from the main and auxiliary sensors (3, 4); and a display for displaying information; characterized in that the odor sensing unit has a normal operation mode for sensing odor in the storage compartment and a sensitivity check mode for checking sensitivity of the main sensor, wherein the auxiliary sensor is inactive in the normal operation mode and both sensors (3,4) are active in the sensitivity check mode.
Sensor for detecting particles in a gas flow, comprising - an electrode system with at least two electrodes (12, 13), - which is arranged on a carrier element, - at least two electrodes (12, 13) of the electrode system being covered by an electrically conductive layer, characterized in that - the electrically conductive layer has at operating temperature, that is to say at a temperature in a range from ≥ 100°C to ≤ 500°C, a resistance value of ≥ 0.2 kΩ to ≤ 100 kΩ. - an electrode system with at least two electrodes (12, 13), - which is arranged on a carrier element, - at least two electrodes (12, 13) of the electrode system being covered by an electrically conductive layer, - the electrically conductive layer has at operating temperature, that is to say at a temperature in a range from ≥ 100°C to ≤ 500°C, a resistance value of ≥ 0.2 kΩ to ≤ 100 kΩ.
A filling, coating or spread for use in food applications comprising a structured fat system, wherein the structured fat system comprises from 10 w/w% to 90 w/w% of a lipid and from 10 w/w% to 90 w/w% of an edible porous particle, wherein the lipid is present as a continuous phase in said structured fat system, wherein the edible porous particle is a pregelatinized porous starch particle having an oil absorption capacity of from 5 to 50%.
A ring laser gyroscope, the gyroscope comprising: a laser block comprising a discharge gas filled chamber ring, a cathode (82, 94, 96), an anode (84, 86, 92) and at least one other electrode; a dither motor mechanically coupled to the laser block and to a sensor chassis, wherein the laser block is secured to the sensor chassis by the dither motor and the sensor chassis is at a device reference ground potential; an electrical isolator positioned between the dither motor and the sensor chassis, wherein the electrical isolator electrically isolates the dither motor from the sensor chassis; a power supply circuit coupled to the cathode (82, 94, 96) and the anode (84, 86, 92); and a voltage source coupled to a body of the dither motor; wherein the power supply circuit is configured to apply a cathode (82, 94, 96) potential, V cathode to the cathode (82, 94, 96) and configured to produce an anode (84, 86, 92) potential, V anode, at the anode (84, 86, 92); wherein the voltage source is configured to maintain the body of the dither motor at a bias potential, V DM_Bias, that sets the dither motor at a non-reference ground potential that is more negative than a potential of the anode (84, 86, 92). a laser block comprising a discharge gas filled chamber ring, a cathode (82, 94, 96), an anode (84, 86, 92) and at least one other electrode; a dither motor mechanically coupled to the laser block and to a sensor chassis, wherein the laser block is secured to the sensor chassis by the dither motor and the sensor chassis is at a device reference ground potential; an electrical isolator positioned between the dither motor and the sensor chassis, wherein the electrical isolator electrically isolates the dither motor from the sensor chassis; a power supply circuit coupled to the cathode (82, 94, 96) and the anode (84, 86, 92); and a voltage source coupled to a body of the dither motor; wherein the power supply circuit is configured to apply a cathode (82, 94, 96) potential, V cathode to the cathode (82, 94, 96) and configured to produce an anode (84, 86, 92) potential, V anode, at the anode (84, 86, 92); wherein the voltage source is configured to maintain the body of the dither motor at a bias potential, V DM_Bias, that sets the dither motor at a non-reference ground potential that is more negative than a potential of the anode (84, 86, 92).
A rotor locking method for a power generating apparatus of renewable energy type comprising: a rotor including a blade, a hub on which the blade is mounted and a main shaft coupled to the hub; a hydraulic pump of variable displacement type driven by rotation of the rotor; a hydraulic motor driven by operating oil whose pressure is increased by the hydraulic pump; and a generator coupled to the hydraulic motor, the method comprising the steps of: decelerating the rotor by adjusting a pitch angle of the blade: after thestep of decelerating the rotor by adjusting the pitch angle, stopping the rotor by applying a braking force by the hydraulic pump to the rotor; and locking the rotor so that the rotor is immovable in a rotation direction. decelerating the rotor by adjusting a pitch angle of the blade: after thestep of decelerating the rotor by adjusting the pitch angle, stopping the rotor by applying a braking force by the hydraulic pump to the rotor; and locking the rotor so that the rotor is immovable in a rotation direction.
A composition comprising acamprosate or a pharmaceutically acceptable salt thereof at a dosage of 350 mg to 900 mg and about 5% to about 20% based on the total weight of the composition carbomer homopolymer type B, wherein the composition is a controlled release oral dosage form.
A pusher fan engine, comprising: a nacelle having a bypass inlet and a nozzle, with a bypass flowpath extending from the bypass inlet to the nozzle; a pusher fan rotor including a plurality of fan blades within the bypass flowpath; a plurality of guide vanes within the bypass flowpath and between the inlet and the fan blades, wherein each guide vane has opposing concave and convex sides (76, 78) that extend longitudinally between a leading edge and a trailing edge; a turbine engine core axially forward of the pusher fan rotor; a free turbine rotor; characterised by a gear train connecting the free turbine rotor with the pusher fan rotor. a nacelle having a bypass inlet and a nozzle, with a bypass flowpath extending from the bypass inlet to the nozzle; a pusher fan rotor including a plurality of fan blades within the bypass flowpath; a plurality of guide vanes within the bypass flowpath and between the inlet and the fan blades, wherein each guide vane has opposing concave and convex sides (76, 78) that extend longitudinally between a leading edge and a trailing edge; a turbine engine core axially forward of the pusher fan rotor; a free turbine rotor; characterised by a gear train connecting the free turbine rotor with the pusher fan rotor.
A system for determining whether a user, who utilizes a computing device to interact with a computerized service, is a remote attacker that is located remotely from a computing device of a victim and is controlling remotely said computer device via a remote access channel; characterized in that the system comprises a mouse-pointer displacement module to cause displacement of a mouse-pointer that is visible on a screen of the remote attacker, relative to the mouse-pointer that is visible on a screen of the victim; wherein the mouse-displacement module replaces the mouse-pointer in the victim's computer with a large transparent image having a smaller arrow at an edge or corner or side-region of said large transparent image.
A method for estimating a spin of a projectile, the method comprising: obtaining from a radar transceiver a first time series comprising observations of one or more trajectory parameters comprising a radial velocity of the projectile relative to the radar transceiver; calculating, from the first time series, a center radial velocity of the projectile; extracting from the first time series a second time series comprising a variation of the radial velocity in the first time series around the calculated center radial velocity; estimating a frequency of the second time series; and determining the spin of the projectile based on the estimated frequency of the second time series. obtaining from a radar transceiver a first time series comprising observations of one or more trajectory parameters comprising a radial velocity of the projectile relative to the radar transceiver; calculating, from the first time series, a center radial velocity of the projectile; extracting from the first time series a second time series comprising a variation of the radial velocity in the first time series around the calculated center radial velocity; estimating a frequency of the second time series; and determining the spin of the projectile based on the estimated frequency of the second time series.
Apparatus for treatment of cardiac failure, Cheyne-Stokes breathing or central sleep apnea, comprising: a controllable source of breathable gas at positive pressure; means for delivering said breathable gas at positive pressure to a subject's airway to provide ventilatory support; means for deriving a measure of the subject's instantaneous ventilation; means for high pass filtering said measure of the subject's instantaneous ventilation; and a servo-controller whose input variable is a function of the high pass filtered measure of the subject's instantaneous ventilation, and which is arranged to adjust the magnitude of said ventilatory support inversely with said high pass filtered measure of the subject's instantaneous ventilation. a controllable source of breathable gas at positive pressure; means for delivering said breathable gas at positive pressure to a subject's airway to provide ventilatory support; means for deriving a measure of the subject's instantaneous ventilation; means for high pass filtering said measure of the subject's instantaneous ventilation; and a servo-controller whose input variable is a function of the high pass filtered measure of the subject's instantaneous ventilation, and which is arranged to adjust the magnitude of said ventilatory support inversely with said high pass filtered measure of the subject's instantaneous ventilation.
A binding molecule which is at least bispecific comprising a first and a second binding domain, wherein (a) the first binding domain is capable of binding to epitope cluster 3 of BCMA (CQLRCSSNTPPLTCQRYC); and (b) the second binding domain is capable of binding to CD3; and wherein epitope cluster 3 of BCMA corresponds to amino acid residues 24 to 41 of the sequence as depicted in SEQ ID NO: 1002, and wherein said binding molecule is a polypeptide. (a) the first binding domain is capable of binding to epitope cluster 3 of BCMA (CQLRCSSNTPPLTCQRYC); and (b) the second binding domain is capable of binding to CD3; and
A wash stand with at least one wash well, wherein the wash well comprises at least a rear wall with a bottom, wherein the bottom in the area of the rear wall comprises a draining system with a siphon, wherein the bottom comprises one single slope plane, which is directed towards the rear wall, wherein in the area of the rear wall at least one groove is located in the bottom of the wash well, which is directly connected with the draining system, wherein the groove without a slope comprises a uniform depth across the length, wherein the groove is polished, characterised in that the groove comprises an even depth of 0.5 to 1.5 mm.
A profile assembly for a door leaf covered with aluminium sheets, the assembly comprising: - a PVC frame created from a PVC profile; - a thermally insulated aluminium frame created from aluminium profiles(2,3) and thermal break; and - clipping elements(5,6) and fastening screws combining the PVC frame and the thermally insulated aluminium frame. - a PVC frame created from a PVC profile; - a thermally insulated aluminium frame created from aluminium profiles(2,3) and thermal break; and - clipping elements(5,6) and fastening screws combining the PVC frame and the thermally insulated aluminium frame.
A spa structure comprising: a plurality of corner pieces (19, 21, 23), each positioned at a respective corner of the spa structure; a plurality of side panels (15, 17); and at least one panel clip; wherein the spa structure is configured such that at least a first of the side panels may expand or contract both vertically and horizontally without damaging the spa structure; wherein the first side panel is positioned with respective first and second side edges located behind respective first and second corner pieces (19, 21) and with its top edge slidably positioned behind a top portion of the spa structure; and wherein a lower bottom edge of the first side panel is retained by the at least one panel clip in a manner which prevents downward movement of the first side panel but permits lateral movement of the first side panel, the at least one panel clip having a pivot component and a latch component, wherein the latch component is pivotable with respect to the pivot component into and out of a side panel retaining position. a plurality of corner pieces (19, 21, 23), each positioned at a respective corner of the spa structure; a plurality of side panels (15, 17); and at least one panel clip; wherein the spa structure is configured such that at least a first of the side panels may expand or contract both vertically and horizontally without damaging the spa structure; wherein the first side panel is positioned with respective first and second side edges located behind respective first and second corner pieces (19, 21) and with its top edge slidably positioned behind a top portion of the spa structure; and wherein a lower bottom edge of the first side panel is retained by the at least one panel clip in a manner which prevents downward movement of the first side panel but permits lateral movement of the first side panel, the at least one panel clip having a pivot component and a latch component, wherein the latch component is pivotable with respect to the pivot component into and out of a side panel retaining position.