mhurhangee/ep-ind-claims huggingface dataset:
Ultrasonic sensor having a housing and a diaphragm, to which a piezoelectric element is fixed, and having an electrical connection region, which comprises an earth connection, wherein a layer of an electrically nonconductive material is arranged between the diaphragm and the piezoelectric element, and the diaphragm is electrically conductively connected to the earth connection, wherein the diaphragm is an integral part of a diaphragm pot, which is fixed to the housing, wherein the diaphragm pot has a radial flange on its side facing away from the diaphragm, wherein a radial flange and a support directed towards the diaphragm pot are formed on the housing and are used to accommodate the flange on the diaphragm pot, wherein a decoupling element of electrically conductive material and/or having electrically conductive end surfaces is arranged between the flange of the diaphragm pot and the flange of the housing, and wherein a contact element which is connected to the earth connection rests on an end face of the decoupling element.
An integrated circuit device comprising: programmable logic fabric disposed on a first integrated circuit die, wherein the programmable logic fabric comprises a first region of programmable logic fabric, wherein the first region of programmable logic fabric is configured to be programmed with a circuit design that operates on a first set of data; network on chip, NOC, circuitry disposed on a second integrated circuit die, wherein the NOC circuitry is configured to communicate data between the first integrated circuit die and the second integrated circuit die, and the NOC circuitry is configured to communicate a second set of data from the first region of programmable logic fabric to a second region of programmable logic fabric, wherein a plurality of powered down sectors (48, 80) is disposed between the first region of programmable logic fabric and the second region of programmable logic fabric on the first integrated circuit die, thereby preventing communication across the plurality of powered down sectors (48, 80); and a sector-aligned memory disposed on the second integrated circuit die, wherein the sector-aligned memory comprises a first region of sector-aligned memory directly accessible by the first region of programmable logic fabric and a second region of sector-aligned memory directly accessible by a second region of programmable logic fabric. programmable logic fabric disposed on a first integrated circuit die, wherein the programmable logic fabric comprises a first region of programmable logic fabric, wherein the first region of programmable logic fabric is configured to be programmed with a circuit design that operates on a first set of data; network on chip, NOC, circuitry disposed on a second integrated circuit die, wherein the NOC circuitry is configured to communicate data between the first integrated circuit die and the second integrated circuit die, and the NOC circuitry is configured to communicate a second set of data from the first region of programmable logic fabric to a second region of programmable logic fabric, wherein a plurality of powered down sectors (48, 80) is disposed between the first region of programmable logic fabric and the second region of programmable logic fabric on the first integrated circuit die, thereby preventing communication across the plurality of powered down sectors (48, 80); and a sector-aligned memory disposed on the second integrated circuit die, wherein the sector-aligned memory comprises a first region of sector-aligned memory directly accessible by the first region of programmable logic fabric and a second region of sector-aligned memory directly accessible by a second region of programmable logic fabric.
Method for connecting at least two duvets or blankets, wherein at least two duvets or blankets are connected by means of strap-shaped or loop-like fastening means (5, 7, 9), such as fine textile ribbons, protruding from the corresponding edge or being arranged at the edge, the fastening means having a snap fastener and a counterpart to it, and by threading the ribbons or the loops into each other and closing them.
Method for checking an examination system for detecting surface defects (2, 3) of a product which is guided past at least one camera, in which the at least one camera produces at least one recording of at least one surface of at least one product, in which the at least one recording is transmitted in digitized form to an image processing device, in which at least one digitized representation (11, 12) of a surface defect (2, 3) is integrated in the digitized recording, in which the image processing device performs flaw detection on the basis of the digitized recording that includes the digitized representation (11, 12) of the surface defect (2, 3), and in which it is ascertained whether the image processing device detects the digitized representation (11, 12) of a surface defect (2, 3) as a flaw of the inspected surface.
Device for identifying at least one refrigerant fluid composition, comprising a receiving volume for refrigerant fluid, provided with an inlet suitable for being connected to an air conditioning circuit, and means for detecting the presence of the at least one composition in the refrigerant fluid in the receiving volume, the device comprising a sealed hollow body defining, in its interior, the receiving volume in a sealed manner as far as a distal end of the receiving volume from a proximal end situated at the inlet, allowing the introduction of refrigerant fluid in the form of gas into the receiving volume and the occupation of said receiving volume by the refrigerant fluid when it is admitted via the inlet, the receiving volume comprising only the inlet as a fluid passage such that the fluid is blocked in the receiving volume, and in that the detection means comprise a reagent which is placed in the receiving volume, and is designed to react by a chemical reaction with at least one ethylene function so as to identify a refrigerant fluid composition comprising an ethylene function, the reagent being designed such that the product of the chemical reaction has a different color from that of the reagent.
An unbalanced load manager for a three-phase induction motor or heater comprising: a plurality of current sensors (CT1; CT2; CT3) associated with the unbalanced load manager, connect with corresponding phases of a three-phase power system (L1; L2; L3) providing power to a three-phase motor or heater, each current sensor configured to provide a value representative of current flow it senses through each corresponding phase of the three-phase power system; a plurality of voltage taps associated with the unbalanced load manager, connect with the corresponding phases of the three-phase power system providing power to the three-phase motor or heater, with pairs of the voltage taps configured to provide line-to-line voltage (U12; U23; U31) between corresponding phases of the three-phase power system; a memory in the load manager, configured to store a thyristor or SCR firing calculation algorithm; and a processor in the load manager, coupled to the memory and the plurality of current sensors and voltage taps, characterized in that the processor is configured to synchronize firing from line-to-line signal to line-to-neutral signal, using a current presence transition from positive or negative to zero during a last previous half-period to dynamically measure phase shift and accordingly adjust firing synchronization, by detecting a transition from positive or negative to zero current, to measure the phase shift between line-to-line voltage and current. a plurality of current sensors (CT1; CT2; CT3) associated with the unbalanced load manager, connect with corresponding phases of a three-phase power system (L1; L2; L3) providing power to a three-phase motor or heater, each current sensor configured to provide a value representative of current flow it senses through each corresponding phase of the three-phase power system; a plurality of voltage taps associated with the unbalanced load manager, connect with the corresponding phases of the three-phase power system providing power to the three-phase motor or heater, with pairs of the voltage taps configured to provide line-to-line voltage (U12; U23; U31) between corresponding phases of the three-phase power system; a memory in the load manager, configured to store a thyristor or SCR firing calculation algorithm; and a processor in the load manager, coupled to the memory and the plurality of current sensors and voltage taps, characterized in that the processor is configured to synchronize firing from line-to-line signal to line-to-neutral signal, using a current presence transition from positive or negative to zero during a last previous half-period to dynamically measure phase shift and accordingly adjust firing synchronization, by detecting a transition from positive or negative to zero current, to measure the phase shift between line-to-line voltage and current.
An air guide arrangement for a downdraft fume extraction device, having at least two plinth ventilation boxes connected in series one behind the other for mounting in a furniture plinth, wherein the plinth ventilation boxes have at least one air outlet covered by an exhaust air grille and a first air inlet, wherein an inner side of an upper side of the plinth ventilation boxes and/or of a lower side of the plinth ventilation boxes lying opposite the upper side has a receptacle for a support foot, wherein the plinth ventilation boxes have a second air inlet, the first air inlet being arranged in a first plane, the second air inlet being arranged in a second plane spaced parallel to the first plane, and the air outlet being arranged in a third plane arranged orthogonally to the first and second planes and between the first and second air inlets, wherein the plinth ventilation boxes comprise at least one air guide element which is accommodated in the plinth ventilation box and via which air flowing into the plinth ventilation box is diverted in the direction of the air outlet, wherein an air volume flow which is not diverted via the air guide element of the respective plinth ventilation box is guided through via the second air inlet to the first air inlet of the plinth ventilation box following in the air flow direction and wherein from a first of the plinth ventilation boxes a part of an air flow is passed to the air outlet of this plinth ventilation box and another part of the air flow is passed to the at least one plinth ventilation box following in a flow direction of the air flow of the first plinth ventilation box.
Safety lock, which comprises: - a frame section, and in connection with the frame section: - a lock latch, - a catch lever controlled via a guide interface, and - a safety switch fitted inside the frame section wherein a beak part is made in connection with a guide groove of the lock latch, and a guide of the catch lever is fitted to move in the guide groove in relation to the lock latch in essentially a first position of the catch lever, meaning a closed position of the catch lever in which a locking of the lock latch is cancelled, characterized in that the guide of the catch lever is fitted to lock to the beak part in essentially a second position in which the catch lever locks the lock latch in an open position. - a frame section, and in connection with the frame section: - a lock latch, - a catch lever controlled via a guide interface, and - a safety switch fitted inside the frame section
Roof batten for a steep roof tiling system having a cross section with trapezium shape, wherein the difference of two inner angles (α) and (β) of the roof batten cross section trapezium shape is equal to the angle (x) between the lower surface or contact surface, respectively, of the tiling means and the upper surface of the rafters in a use state, wherein (α) is the angle, in the trapezium shape cross section, on the side facing the rafters at the lower end of the roof batten, and (β) is the angle, in the trapezium shape cross section, on the side facing the tiling means at the lower end of the root batten, characterized in that the side of the roof batten for a reversible fixation of the tiling means on the roof batten is provided with a layer of a fixing material.
A computer-implemented method of seismic exploration above a region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons, the method comprising: accessing at least a portion of a blended seismic source survey, wherein the blended source seismic survey contains at least two interfering seismic source excitations therein, wherein the seismic source excitations are produced by at least two seismic sources, characterized in that the at least two seismic sources have different signatures and different frequency ranges; and in the method further comprising: separating the at least two interfering seismic source excitations using inversion separation based on the different signatures and the different frequency ranges of the at least two seismic sources; producing a plurality of separate source gathers based on the separating; and using the plurality of source gathers to explore for hydrocarbons within said region of the subsurface. accessing at least a portion of a blended seismic source survey, wherein the blended source seismic survey contains at least two interfering seismic source excitations therein, wherein the seismic source excitations are produced by at least two seismic sources, characterized in that the at least two seismic sources have different signatures and different frequency ranges; and in the method further comprising: separating the at least two interfering seismic source excitations using inversion separation based on the different signatures and the different frequency ranges of the at least two seismic sources; producing a plurality of separate source gathers based on the separating; and using the plurality of source gathers to explore for hydrocarbons within said region of the subsurface.
A method for transmitting data from respirators, with a plurality of respirators each comprising at least one interface to a relay station and each comprising a data channel to the relay station, characterized in that the data channel for data of the respirator that represent hours of use and/or the therapeutic quality is unidirectional from the respirator to the relay station, wherein the hours of use are stored as the duration of use initially in an internal data memory of the respirator and subsequently forwarded to the relay station and wherein the duration of use of the respirator is determined by the patient in consideration of the number of days and/or nights on which the therapy is applied at least for a defined period of time, wherein the data channel supports at least two at least partially redundant technologies for the data transfer, wherein the data of the respirator are encrypted and are transmitted in encrypted form to the relay station and wherein the relay station decrypts the data of the respirator and wherein authentication of the respirator and/or relay station takes place, on the basis of the stored code or the serial number of the respirator in that the relay station recognizes the stored code or the serial number, wherein storage of the received data in a memory at least for a period of time which is sufficient for picking up or transmitting the data at the forwarding interface takes place in the relay station, wherein assignment of the respirators and/or their data to particular users or user groups takes place in the relay station, so that the data are specifically made available for forwarding for the user or user groups that are assigned the respirators and/or their data, wherein the relay station comprises a forwarding interface for transferring data to remote stations, wherein the data are encrypted by the relay station and then transmitted via the forwarding interface to the remote station, wherein the remote station decrypts the data and wherein the remote station is authenticated before the transmission and data or user or user group are selectively transmitted on the basis of the authentication, wherein the remote station recognizes the code or serial number on the basis of stored data or keys, wherein the transmission is initiated by the relay station/push station or by the remote station/pull station.
A scraping device for clearing a roadway surface, the scraping device having a right side, a left side and a lowermost edge, the scraping device including two opposing lateral wings forming the right and left sides of the scraping device, each wing extending in a lateral direction, between an inner edge and an outer edge, and having its inner edge configured to pivot about a vertical pivot axis, each wing including: - an upper section through which the wing is attached to the vertical pivot axis, the upper section having a lowermost edge; - a bottom section pivotable relative to the upper section about a first horizontal pivot axis, which first horizontal pivot axis is located at a position that is adjacent to the vertical pivot axis and also adjacent to the lowermost edge of the upper section; - at least one actuator mounted to pivot the wing about the vertical pivot axis; and - a first force-generating mechanism mounted between the upper section and the bottom section to exert a first return force urging the bottom section downwards with reference to the upper section, characterized in that - the upper and bottom sections (140, 150) of each wing are in a sliding engagement with one another, and - the first horizontal pivot axis is perpendicular to the lowermost edge of the upper section. - an upper section through which the wing is attached to the vertical pivot axis, the upper section having a lowermost edge; - a bottom section pivotable relative to the upper section about a first horizontal pivot axis, which first horizontal pivot axis is located at a position that is adjacent to the vertical pivot axis and also adjacent to the lowermost edge of the upper section; - at least one actuator mounted to pivot the wing about the vertical pivot axis; and - a first force-generating mechanism mounted between the upper section and the bottom section to exert a first return force urging the bottom section downwards with reference to the upper section, characterized in that - the upper and bottom sections (140, 150) of each wing are in a sliding engagement with one another, and - the first horizontal pivot axis is perpendicular to the lowermost edge of the upper section.
A device for containment and release of a drug, comprising: a first chamber wall that defines a needle chamber for receiving and aligning a needle to create a pore in the skin of a patient; and a second chamber wall that defines a drug chamber for receiving and aligning a drug mass to be inserted into the pore alongside the needle; characterized in that the device is flexible to allow a distance between the first chamber wall and the second chamber wall to increase as the drug mass is inserted alongside the needle in use, the first and second chambers (3,4) being arranged alongside each other. a first chamber wall that defines a needle chamber for receiving and aligning a needle to create a pore in the skin of a patient; and a second chamber wall that defines a drug chamber for receiving and aligning a drug mass to be inserted into the pore alongside the needle; characterized in that the device is flexible to allow a distance between the first chamber wall and the second chamber wall to increase as the drug mass is inserted alongside the needle in use, the first and second chambers (3,4) being arranged alongside each other.
A method for a first wireless device to perform role management of short-range wireless connections involving the first wireless device, the method comprising: accepting a request from a second wireless device to establish a connection over a short-range wireless link such that the first wireless device temporarily performs a slave role with respect to the connection, wherein the short-range wireless link supports a short-range wireless protocol and wherein the first wireless device supports role switching with respect to connections involving the first wireless device; responsive to establishing the connection, initiating a disconnect of the connection; subsequent to disconnecting the connection, communicating a second request to the second wireless device to establish a new connection over the short-range wireless link; receiving an acceptance of the second request from the second wireless device; establishing the new connection over the short-range wireless link such that the first wireless device performs a master role with respect to the new connection; and disabling role switching functionality of the first wireless device prior to accepting the request to establish the connection. accepting a request from a second wireless device to establish a connection over a short-range wireless link such that the first wireless device temporarily performs a slave role with respect to the connection, wherein the short-range wireless link supports a short-range wireless protocol and wherein the first wireless device supports role switching with respect to connections involving the first wireless device; responsive to establishing the connection, initiating a disconnect of the connection; subsequent to disconnecting the connection, communicating a second request to the second wireless device to establish a new connection over the short-range wireless link; receiving an acceptance of the second request from the second wireless device; establishing the new connection over the short-range wireless link such that the first wireless device performs a master role with respect to the new connection; and disabling role switching functionality of the first wireless device prior to accepting the request to establish the connection.