mhurhangee/ep-ind-claims huggingface dataset:
A shut-off valve for being disposed in a suction pipe of a central vacuum system, the shut-off valve having a housing, the housing having a passage opening for the passage of suction air, and the entry cross section of the passage opening being configured to be connected to the suction pipe, and the exit cross section of the passage opening being configured to be connected to the suction pipe, the housing comprising a blocking element, the blocking element being configured to be shifted between a blocking position and an open position, and the passage opening being closed when the blocking element is in the blocking position, and the passage opening being open when the blocking element is in the open position, and the blocking element being configured to be shifted between the open position and the blocking position by a drive, characterized in that the blocking element is a plate-shaped gate valve, the edge of the gate valve being guided in a groove at least partially surrounding the passage opening, the gate valve being mounted in the housing in such a manner that it can be shifted between the open position and the blocking position along a linear travel, the drive being a linear actuator, the linear actuator being driven by an electric drive motor, the linear actuator comprising a gear mechanism translating the rotatory drive movement of the drive motor into a linear drive movement of the linear actuator.
A device for levelling and establishing the thickness of a liquid agent layer applied to coated or lacquered material, consisting of a module applying the liquid agent to a moving web of the material, a module pulling the material web and at least one blade wiping off the excess of the liquid agent, positioned at the coated side of the material web, wherein the blade has the form of a knife, and wherein the knife blade is connected with a device for adjusting the pressure of the working area of the knife blade on the web, and thus the web tension, and the angle (α) of positioning of the knife blade, characterized in that the knife blade is mounted outside of the wrapping space of any roller of the pulling module.
Method for monitoring the availability of two memory elements (18, 20) assigned to an engine controller, in which a supply voltage of the engine controller is monitored, wherein the demands imposed on the operating voltage of the engine controller are lower than the operating voltages of the memory elements (18, 20), wherein the memory elements (18, 20) in turn require operating voltages of different levels which are each in a specified range so that the corresponding memory element (18, 20) is available, characterized in that, in order to ensure a functionality of a motor vehicle during starting if it is detected, on the basis of the monitoring of the supply voltage of the engine controller, that the operating voltage of one of the two memory elements (18, 20) is no longer in the respectively specified range, only program code from that memory element (18, 20) whose operating voltage is in the respectively specified range is executed, with the result that the functionality of the motor vehicle is ensured even in the event of voltage dips during starting.
A method comprising: placing a security system into a learning mode; the security system receiving verbal user input indicative of a first word or phrase and a second word or phrase different from the first word or phrase while in the learning mode; the security system storing a first recording of the first word or phrase and a second recording of the second word or phrase; the security system detecting and identifying the first word or phrase using the first recording when the security system is in an armed mode; in response to detecting and identifying the first word or phrase, the security system determining whether the second word or phrase is detected and identified using the second recording within a predetermined period of time after detecting and identifying the first word or phrase using the first recording; and when the second word or phrase is detected and identified within the predetermined period of time, contacting emergency personnel. placing a security system into a learning mode; the security system receiving verbal user input indicative of a first word or phrase and a second word or phrase different from the first word or phrase while in the learning mode; the security system storing a first recording of the first word or phrase and a second recording of the second word or phrase; the security system detecting and identifying the first word or phrase using the first recording when the security system is in an armed mode; in response to detecting and identifying the first word or phrase, the security system determining whether the second word or phrase is detected and identified using the second recording within a predetermined period of time after detecting and identifying the first word or phrase using the first recording; and when the second word or phrase is detected and identified within the predetermined period of time, contacting emergency personnel.
Device for removing skin from meat cuts of irregular thickness comprising: - an overhead conveyor having a drive roller and a pair of idler rollers (32, 34); - a belt extending around the driver roller and the pair of idler rollers (32, 34); - at least one hold down member extending between a pair of support plates within a loop of the belt; and - a plurality of resistive devices attached to the at least one hold down member to provide varying resistance, wherein the device further comprising the pair of support plates attached to a frame by an eccentric screw that extends through a cam slot formed in the pair of support plates, characterised in that the pair of idler rollers (32, 34) are rotatably mounted to the pair of support plates and wherein: - the cam slot is larger than the diameter of a support shaft of the screw; and/or - the eccentric screw rotates such that the pair of support plates twist with respect to each other, which cooperatively positions the axis of each of the pair of idler rollers (32, 34) to gain tracking control of the belt. - an overhead conveyor having a drive roller and a pair of idler rollers (32, 34); - a belt extending around the driver roller and the pair of idler rollers (32, 34); - at least one hold down member extending between a pair of support plates within a loop of the belt; and - a plurality of resistive devices attached to the at least one hold down member to provide varying resistance, - the cam slot is larger than the diameter of a support shaft of the screw; and/or - the eccentric screw rotates such that the pair of support plates twist with respect to each other, which cooperatively positions the axis of each of the pair of idler rollers (32, 34) to gain tracking control of the belt.
A delivery head for a beverage preparation machine comprising: an upwardly directed inlet for supplying water to a cartridge received in the delivery head; a downwardly directed outlet for outflow of beverage; a barcode reader having a barcode reader window through which signals may be transmitted; characterised in that the inlet, the outlet and the barcode reader window are arranged in a line with the outlet being intermediate the inlet and the barcode reader window. an upwardly directed inlet for supplying water to a cartridge received in the delivery head; a downwardly directed outlet for outflow of beverage; a barcode reader having a barcode reader window through which signals may be transmitted; characterised in that the inlet, the outlet and the barcode reader window are arranged in a line with the outlet being intermediate the inlet and the barcode reader window.
A production process of a 4-hydroxy-benzoic acid long chain ester represented by formula, comprising a step of reacting a 4-hydroxy-benzoic acid short chain ester represented by formula with an aliphatic alcohol represented by formula in the presence of 0.1 to 10 part(s) by weight of a metal catalyst relative to 100 parts by weight of the 4-hydroxy-benzoic acid short chain ester, [Ch. 2] CH 3 (CH 2) n OH... wherein "m" represents an integer from 1 to 11 and "n" represents an integer from 15 to 23.
An acoustical module comprising - a receiver unit for generating audio sound, - a plurality of microphone units for receiving acoustical pressure signals, - a plurality of acoustical pressure pick-up points (202, 203, 204) in the form of openings and/or holes through which Incoming acoustical pressure signals are allowed to enter the acoustical module, wherein a first microphone unit is acoustically connected to a first acoustical pressure pick-up point, and wherein a second microphone unit is acoustically connected to a second acoustical pressure pick-up point, and - an acoustical filter positioned between the first and the second acoustical pressure pick-up points for attenuating an acoustical pressure signal arriving at a first acoustical pressure pick-up point relative to a second acoustical pressure pick-up point wherein the acoustical filter forms part of a dome shaped structure or is attached to a dome shaped structure, said dome shaped structure being adapted to support fixation of the acoustical module in an ear channel, and wherein the acoustical module further comprises one or more additional dome shaped structures for additional support of the fixation of the acoustical module in the ear channel. - a receiver unit for generating audio sound, - a plurality of microphone units for receiving acoustical pressure signals, - a plurality of acoustical pressure pick-up points (202, 203, 204) in the form of openings and/or holes through which Incoming acoustical pressure signals are allowed to enter the acoustical module, wherein a first microphone unit is acoustically connected to a first acoustical pressure pick-up point, and wherein a second microphone unit is acoustically connected to a second acoustical pressure pick-up point, and - an acoustical filter positioned between the first and the second acoustical pressure pick-up points for attenuating an acoustical pressure signal arriving at a first acoustical pressure pick-up point relative to a second acoustical pressure pick-up point
Method for guiding the flight of an unmanned missile, in which the unmanned missile is dropped from a carrier aircraft, comprising the steps of - creating a mission plan for the unmanned missile on the basis of predetermined start and target coordinates; - storing the mission plan in a memory of an on-board computer of the unmanned missile; - controlling the missile fired by the carrier aircraft to the predetermined target on the basis of the mission plan stored in the memory of the missile, using a control calculator of the on-board computer and using control devices of the missile; wherein - at least the target coordinates are fed into the on-board computer of the unmanned missile via a data communication link; and - the mission plan is created by a mission planning calculator of the missile using these fed-in target coordinates and stored in the memory of the on-board computer of the unmanned missile, the mission planning calculator being an independent computer or being stored in the on-board computer so as to be executable as a computer program, characterised in that waypoints of an overall flight path are stored as newly calculated mission plan data in the memory of the on-board computer, made available to the control calculator from there, and passed on to avionics of the carrier aircraft. - creating a mission plan for the unmanned missile on the basis of predetermined start and target coordinates; - storing the mission plan in a memory of an on-board computer of the unmanned missile; - controlling the missile fired by the carrier aircraft to the predetermined target on the basis of the mission plan stored in the memory of the missile, using a control calculator of the on-board computer and using control devices of the missile; - at least the target coordinates are fed into the on-board computer of the unmanned missile via a data communication link; and - the mission plan is created by a mission planning calculator of the missile using these fed-in target coordinates and stored in the memory of the on-board computer of the unmanned missile, the mission planning calculator being an independent computer or being stored in the on-board computer so as to be executable as a computer program,
An apparatus comprising: a media retransmission device configured to cache portions of an Internet Protocol, IP, transmitted media stream and share an IP address with one or more other media retransmission devices, wherein the shared IP address is to be used for addressing retransmission requests sent from one or more multicast media stream receivers, wherein the shared IP address is further to be used to enable the retransmission requests to be distributed back to the media retransmission device according to IP network topology relationships between the media retransmission device and a subset of media stream receivers, wherein the media retransmission device is configured to re-originate the IP transmitted media stream by mimicking a Real-Time Transport Control Protocol, RTCP, translator, and wherein the retransmission requests are RTCP Negative Acknowledgment, NACK, packets that include the shared IP address as a destination address and lost packet information, wherein the NACK packets are used to dynamically instantiate a unicast Real Time Protocol, RTP, repair session from the media retransmission device to a requesting media stream receiver. a media retransmission device configured to cache portions of an Internet Protocol, IP, transmitted media stream and share an IP address with one or more other media retransmission devices, wherein the shared IP address is to be used for addressing retransmission requests sent from one or more multicast media stream receivers, wherein the shared IP address is further to be used to enable the retransmission requests to be distributed back to the media retransmission device according to IP network topology relationships between the media retransmission device and a subset of media stream receivers, wherein the media retransmission device is configured to re-originate the IP transmitted media stream by mimicking a Real-Time Transport Control Protocol, RTCP, translator, and wherein the retransmission requests are RTCP Negative Acknowledgment, NACK, packets that include the shared IP address as a destination address and lost packet information, wherein the NACK packets are used to dynamically instantiate a unicast Real Time Protocol, RTP, repair session from the media retransmission device to a requesting media stream receiver.
A method of treating foods in which the foods are stored for a predefined time period in a treatment chamber which can be closed in a gas-tight manner and in which a protective gas under elevated pressure is present, with the protective gas being led away from the treatment chamber after a storage process and the treatment chamber again being filled with protective gas for a subsequent storage process, wherein, for a protective gas recovery, (i) at least some of the protective gas to be led away from the treatment chamber is conveyed into a buffer container by means of a pump, characterized in that, (ii) for the subsequent storage process, protective gas is conveyed from the buffer container into the treatment chamber by means of a pump, with the conveying of protective gas to be led away from the treatment chamber into the buffer container, on the one hand, and the conveying of protective gas from the buffer container into the treatment chamber, on the other hand, being performed by means of the same pump. (i) at least some of the protective gas to be led away from the treatment chamber is conveyed into a buffer container by means of a pump, characterized in that, (ii) for the subsequent storage process, protective gas is conveyed from the buffer container into the treatment chamber by means of a pump, with the conveying of protective gas to be led away from the treatment chamber into the buffer container, on the one hand, and the conveying of protective gas from the buffer container into the treatment chamber, on the other hand, being performed by means of the same pump.
A hand-held power tool comprising a tool body, a motor housed in the tool body, a grip part heldable by a user to perform a predetermined operation on a workpiece by a tool bit rotationally driven by the motor, a clutch that transmits torque and interrupts torque transmission between the motor and the tool bit, a non-contact torque sensor that is adapted to detect torque acting on the tool bit during operation in non-contact with a rotation axis rotating together with the tool bit, and a clutch control system that is adapted to control coupling and decoupling of the clutch according to a torque value detected by the non-contact torque sensor, characterized in that a mechanical torque limiter for preventing overload on the tool bit is further disposed in a torque transmission path between the motor and the tool bit, and a maximum transmission torque value of the mechanical torque limiter is higher than a torque value to determine timing of decoupling of the clutch.
Method for determining the activation of at least one key of a multikey device, the multikey device comprising a plurality of keys K 1 to K n and a plurality of force sensors C 1 to C n, each force sensor C 1 to C n being associated respectively with a key K 1 to K n and able to provide a value (F') representing a force which is applied to it, the method comprising the steps which consist in: - obtaining values F' 1 to F' n representing the force (F') applied to each of the force sensors C 1 to C n; - determining values F 1 to F n representing the bearing force which has been applied by the user to the keys K 1 to K n; characterized in that the method furthermore comprises the steps consisting in: - providing values of rate of transmission (T ij) of a bearing force between keys; - removing the contribution of each of the values of forces F' 1 to F' n arising from the bearing force transmitted between the keys by using the transmission rate values (T ij) provided; and during the step of providing the transmission rate values (T ij), the transmission rate values T ij are provided for each key K 1 to K n, each transmission rate value T ij representing the part of a bearing force transmitted from a first key K j to a second key K i when the user presses the first key K j, the transmission rate values T ij being provided for j=1 to n, and i=1 to n; and in which the transmission rate values T ij are included in a transmission rate matrix having the following form: T 11 ⋯ T 1 ⁢ n ⋮ ⋱ ⋮ T n 1 ⋯ T nn and the values F 1 to F n representing a bearing force applied by the user to the keys of the multikey device are determined by using the following formula where the inverse of the transmission rate matrix (T -1) is multiplied by a vector of the values F' 1 to F' n representing the force applied to the force sensors C 1 to C n: F 1 ⋮ F n = T 11 ⋯ T 1 ⁢ n ⋮ ⋱ ⋮ T n 1 ⋯ T nn − 1 ⋅ F ′ 1 ⋮ F ′ n. - obtaining values F' 1 to F' n representing the force (F') applied to each of the force sensors C 1 to C n; - determining values F 1 to F n representing the bearing force which has been applied by the user to the keys K 1 to K n; - providing values of rate of transmission (T ij) of a bearing force between keys; - removing the contribution of each of the values of forces F' 1 to F' n arising from the bearing force transmitted between the keys by using the transmission rate values (T ij) provided; and
A method for preparing 1-adamantyltrimethylammonium hydroxide, comprising: (a) reacting the 1-adamantyldimethylamine with dimethyl carbonate to produce 1-adamantyltrimethylammonium methylcarbonate, wherein the molar ratio of dimethyl carbonate:1-adamantyldimethylamine is in the range of 3 to 5; and (b) reacting the 1-adamantyltrimethylammonium methylcarbonate with calcium hydroxide or magnesium hydroxide in the presence of a water to produce 1-adamantyltrimethylammonium hydroxide. (a) reacting the 1-adamantyldimethylamine with dimethyl carbonate to produce 1-adamantyltrimethylammonium methylcarbonate, wherein the molar ratio of dimethyl carbonate:1-adamantyldimethylamine is in the range of 3 to 5; and (b) reacting the 1-adamantyltrimethylammonium methylcarbonate with calcium hydroxide or magnesium hydroxide in the presence of a water to produce 1-adamantyltrimethylammonium hydroxide.
Method for manufacturing a skin pack comprising: providing a base in a sealing tool lower part with a product placed on the base, feeding a top film, which is a skin film, above product and base, closing a sealing tool chamber by pressing together a first frame of a sealing tool upper part and a second frame of the sealing tool lower part, wherein the top film and the base are clamped circumferentially between the first and second frames (23, 25) and the sealing tool chamber is gas-tightly closed by the pressing together, and whereby inner sections (49, 50) of top film and base are inside the sealing tool chamber and outer sections (51, 52) are outside the sealing tool chamber, sucking the inner section of the top film into a dome of the sealing tool upper part by forming a vacuum in the region between dome and top film, heating the inner section of the top film, forming a vacuum in the space between the top film and the base, establishing the atmospheric pressure between dome or sealing tool upper part and top film, whereby the top film lies on the base and the product positioned thereon, characterized in that the method further comprises that when the sealing tool chamber is closed, the top film and the base are clamped in an edge region of the skin pack outside a sealing region between the first frame of the sealing tool upper part and the second frame of the sealing tool lower part, so that this edge region of the top film and the base is neither deformed by a pressure difference nor heated and so no sealing of the top film with the base takes place in this edge region. providing a base in a sealing tool lower part with a product placed on the base, feeding a top film, which is a skin film, above product and base, closing a sealing tool chamber by pressing together a first frame of a sealing tool upper part and a second frame of the sealing tool lower part, wherein the top film and the base are clamped circumferentially between the first and second frames (23, 25) and the sealing tool chamber is gas-tightly closed by the pressing together, and whereby inner sections (49, 50) of top film and base are inside the sealing tool chamber and outer sections (51, 52) are outside the sealing tool chamber, sucking the inner section of the top film into a dome of the sealing tool upper part by forming a vacuum in the region between dome and top film, heating the inner section of the top film, forming a vacuum in the space between the top film and the base, establishing the atmospheric pressure between dome or sealing tool upper part and top film, whereby the top film lies on the base and the product positioned thereon, characterized in that the method further comprises that when the sealing tool chamber is closed, the top film and the base are clamped in an edge region of the skin pack outside a sealing region between the first frame of the sealing tool upper part and the second frame of the sealing tool lower part, so that this edge region of the top film and the base is neither deformed by a pressure difference nor heated and so no sealing of the top film with the base takes place in this edge region.