mhurhangee/ep-ind-claims huggingface dataset:
Product for cleaning, sanitizing and hygienization, comprising: a base solution with detergent, sanitizer and hygienizing action containing at least a surfactant chosen among nonionic surfactants, cationic surfactants and amphoteric surfactants; probiotic bacteria spores mixed to such base solution; characterized in that it further comprises bacteriophage elements mixed to such base solution and having bactericidal action on predetermined undesired bacterial species occurring on contaminated surfaces, such bacteriophages elements, in cooperation with the probiotic bacteria spores being able to carry out a combined and synergistic action against harmful microorganisms.
Centrifugal force pendulum device, in particular for a drive train of a motor vehicle which is operated by internal combustion engine, the centrifugal force pendulum device comprising a rotational axis, a pendulum mass carrier part which can be rotated about the rotational axis and has a first flange section and a second flange section which is arranged spaced apart axially from the first flange section and parallel to the first flange section, at least one pendulum mass which is arranged on the pendulum mass carrier part between the first flange section and the second flange section and is arranged such that it can be moved along a pendulum path under the action of centrifugal force, and a stop damper device (106, 200, 300, 400, 500) with at least one stop section for the at least one pendulum mass and at least one fixing section (126, 204) for fixing the stop damper device (106, 200, 300, 400, 500) on the pendulum mass carrier part, characterized in that the first flange section and the second flange section in each case have asymmetrical recesses (120, 122) for fixing the stop damper device (106, 200, 300, 400, 500).
A polyolefin porous membrane comprising protrusions of polyolefin having a size within a range of 5 μm ≤ W ≤ 50 μm and a height within a range of 0.5 μm ≤ H and irregularly disposed on both sides of the polyolefin porous membrane in a density not less than 3/cm 2 and not more than 200/cm 2 per side, a thickness of the polyolefin porous membrane being not more than 25 μm, wherein the size and height are measured with a confocal microscope according to the method as described in the description.
Method for configuring a measuring device, wherein the measuring device comprises a flow measuring device, an inlet tube and an outlet tube, wherein the flow measuring device comprises a measuring tube and the measuring tube is connected to the inlet tube and to the outlet tube, wherein the inlet tube, the measuring tube and the outlet tube form a siphon, wherein the inlet tube and the outlet tube each have a first tube segment with a first tube segment longitudinal axis, a second tube segment with a second tube segment longitudinal axis, and a third tube segment, wherein the first tube segment is connected to the measuring tube, the first tube segment and the second tube segment are connected to each other by the third tube segment, and the first tube segment longitudinal axis and the second tube segment longitudinal axis are spaced apart by a tube segment distance (d) and are parallel to each other, characterized in that the siphon is formed and aligned with respect to the earth gravity field vector in such a way that, when a medium first flows through the siphon and then the flow of the medium stops, the measuring tube is completely filled with the stationary medium, and wherein the tube segment distance (d) is determined taking into account an assumed maximum flow velocity and assumed properties of a medium in such a way that when the medium first flows through the inlet tube, the measuring tube and the outlet tube at the assumed maximum flow velocity and then the cause of the flow of the medium stops, the measuring tube is completely filled with the stationary medium.
A signal propagation system for communicating timing information, the system comprising: a processing resource arranged to generate a first timing signal for communicating the timing information, the first timing signal having a first frequency spectrum associated therewith; an electronic circuit having an input for receiving the timing information; an electrical connection between the processing resource and the electronic circuit; and a signal transformation module for communicating the timing information; wherein the signal transformation module is arranged to translate the first timing signal into a second timing signal for communicating the timing information, the second timing signal having a second frequency spectrum associated therewith that comprises fewer harmonics than the first timing signal, thereby reducing electromagnetic energy emitted by the electrical connection, characterised in that the system further comprises: a further electrical connection between the processing resource and the electronic circuit, the processing resource being arranged to communicate a data signal to the electronic circuit via the further electrical connection; and a delay module arranged to receive the data signal and apply a first time delay to the data signal, the first time delay corresponding substantially to a second time delay experienced by the timing information. a processing resource arranged to generate a first timing signal for communicating the timing information, the first timing signal having a first frequency spectrum associated therewith; an electronic circuit having an input for receiving the timing information; an electrical connection between the processing resource and the electronic circuit; and a signal transformation module for communicating the timing information; wherein the signal transformation module is arranged to translate the first timing signal into a second timing signal for communicating the timing information, the second timing signal having a second frequency spectrum associated therewith that comprises fewer harmonics than the first timing signal, thereby reducing electromagnetic energy emitted by the electrical connection, characterised in that the system further comprises: a further electrical connection between the processing resource and the electronic circuit, the processing resource being arranged to communicate a data signal to the electronic circuit via the further electrical connection; and a delay module arranged to receive the data signal and apply a first time delay to the data signal, the first time delay corresponding substantially to a second time delay experienced by the timing information. a further electrical connection between the processing resource and the electronic circuit, the processing resource being arranged to communicate a data signal to the electronic circuit via the further electrical connection; and a delay module arranged to receive the data signal and apply a first time delay to the data signal, the first time delay corresponding substantially to a second time delay experienced by the timing information.
A user equipment, UE, configured to receive a Channel State Information, CSI, request in an uplink, UL, grant in downlink control information, DCI, format 0 transmitted to the UE by a primary cell in a wireless communication system, the UE comprising one or more processing circuits configured to: - monitor control channel, PDCCH, candidates with cyclic redundancy check, CRC, scrambled by the UE's radio network temporary identity, RNTI,, wherein the DCI message has a common payload size and the same first control channel element, CCE, index, where different sets of DCI information fields are used for requesting aperiodic CSI depending whether the UL grant is received by the UE in the Common Search Space, CSS, or UE Search Space, USS, as defined in a common search space and a UE-specific search space on the primary cell; and - assume that, for the PDCCH candidates, only the PDCCH in the common search space or only the PDCCH in the UE-specific search space is transmitted by the primary cell, depending on the radio resource control, RRC configuration of the UE, and wherein the one or more processing circuits shall assume by default that said DCI message is transmitted by the primary cell in the common search space, and shall instead assume that said DCI message is transmitted by the primary cell in the UE-specific search space if the UE is so configured by RRC. - monitor control channel, PDCCH, candidates with cyclic redundancy check, CRC, scrambled by the UE's radio network temporary identity, RNTI,, wherein the DCI message has a common payload size and the same first control channel element, CCE, index, where different sets of DCI information fields are used for requesting aperiodic CSI depending whether the UL grant is received by the UE in the Common Search Space, CSS, or UE Search Space, USS, as defined in a common search space and a UE-specific search space on the primary cell; and - assume that, for the PDCCH candidates, only the PDCCH in the common search space or only the PDCCH in the UE-specific search space is transmitted by the primary cell, depending on the radio resource control, RRC configuration of the UE, and wherein the one or more processing circuits shall assume by default that said DCI message is transmitted by the primary cell in the common search space, and shall instead assume that said DCI message is transmitted by the primary cell in the UE-specific search space if the UE is so configured by RRC.
Method for controlling a limiting current probe by means of a control device having a controller, wherein the limiting current probe comprises a cell made of a material which conducts oxygen ions, in which a current (Ip), which is controlled as a function of a voltage (Vs) measured at the cell, is impressed into the cell by the controller, characterized in that the measured voltage (Vs) is corrected by an amount equal to the voltage dropping across the internal resistance of the cell owing to the impressed current (Ip).
An uplink congestion control method, comprising steps of: determining whether or not a congestion status of a serving cell is changed based on a rise over thermal, RoT, measurement; sending to a set of user equipment, UEs, a signaling to indicate the change of the congestion status; and performing an uplink congestion control based on the RoT measurement and with enhanced transmission format combination, E-TFC, reselection by at least one UE from the set of UEs based at least on the signaling, characterized in that the method futher comprises: indicating by the signalling a UE transmission power reduction level; and the E-TFC reselection of the at least one UE is further based on the indicated UE transmission power reduction level, wherein the RoT measurement is performed every radio frame or every multiple of radio frames to provide a first power control and a Signal to Interference Ratio is measured for every time slot to provide a second power control. determining whether or not a congestion status of a serving cell is changed based on a rise over thermal, RoT, measurement; sending to a set of user equipment, UEs, a signaling to indicate the change of the congestion status; and performing an uplink congestion control based on the RoT measurement and with enhanced transmission format combination, E-TFC, reselection by at least one UE from the set of UEs based at least on the signaling, characterized in that the method futher comprises: indicating by the signalling a UE transmission power reduction level; and the E-TFC reselection of the at least one UE is further based on the indicated UE transmission power reduction level, indicating by the signalling a UE transmission power reduction level; and the E-TFC reselection of the at least one UE is further based on the indicated UE transmission power reduction level, wherein the RoT measurement is performed every radio frame or every multiple of radio frames to provide a first power control and a Signal to Interference Ratio is measured for every time slot to provide a second power control.
A racket frame comprising: a head; a string protecting member; a weight; and a frame magnetic body, wherein the string protecting member includes a grommet through which a string is inserted, a narrow diameter portion located on a tip side of the grommet, and a stopper located at a tip of the narrow diameter portion, the grommet penetrates through an outer circumferential surface and an inner circumferential surface of the head, the stopper is located on a side of the tip of the narrow diameter portion protruding from a side of the inner circumferential surface of the head, the frame magnetic body is fixed on the side of the head's inner circumferential surface opposing the stopper via the narrow diameter portion, the weight includes a weight magnetic body, the weight magnetic body and the frame magnetic body tug each other with magnetic force, the weight has a notch (36,38), the notch has inserted therethrough the narrow diameter portion, the notch of the weight is locked to the narrow diameter portion, the stopper prevents detachment of the weight in a direction from the outer circumferential surface to the inner circumferential surface of the head, and the weight is detachably mounted on the head.
Method for the operation of a vacuum generator unit which has an ejector device with an inlet connected to an air supply duct, and a suction side connected to a suction passage linked to a suction gripper, and having a pressure sensing device for detecting the pressure prevailing in the suction passage, wherein in the suction passage during an evacuation phase starting from atmospheric pressure, a working vacuum (p A) sufficient for an object to be held by the suction gripper is built up, and during a venting phase taking place later in time, a vacuum reduction effecting release of the object previously held by suction is generated, wherein the evacuation time (t E) elapsing in the evacuation phase until the build-up of the working vacuum (p A) and/or the venting time (t B) elapsing in the venting phase until reaching release of the object held previously is recorded and compared with at least one preset reference time value, in order to generate an electrical diagnostic signal based on the result of comparison, characterised in that the reference time value or values is or are generated as part of a teaching process, wherein several operating cycles, each including at least one evacuation phase and/or at least one venting phase are processed, and the evacuation times (t E) and/or venting times (t B) occurring here are determined, wherein the reference time values are derived from the measured time values thus determined, for example by averaging.
A relay device operable to relay emergency information to a plurality of mobile terminals, the device comprising: a receiver configured in use to receive a broadcast signal, the broadcast signal being in a first format and containing the emergency information; a transmitter configured in use to connect to the plurality of mobile terminals using a communication channel; and a processor configured in use to provide the emergency information received in the broadcast signal to the plurality of mobile terminals in a second format using the transmitter, wherein the second format is different to the first format, wherein the receiver is configured to receive an emergency flag carried in the broadcast signal, whereby in response to the emergency flag, the transmitter is configured to broadcast a predetermined identifier, carried in the broadcast signal, which identifies the relay device to the plurality of mobile terminals, wherein the emergency information contains the text of a webpage to be displayed on the plurality of mobile terminals, and the processor is configured to convert the received text into a webpage to be displayed on the plurality of mobile terminals, and the receiver is configured to receive a feedback flag located in the broadcast signal, whereby in response to the feedback flag, the processor is configured to include a feedback element within the webpage, characterised in that the feedback element is one of a text box allowing a user to enter text to be fed back or an attachment button allowing a user to attach a photograph for feedback. a receiver configured in use to receive a broadcast signal, the broadcast signal being in a first format and containing the emergency information; a transmitter configured in use to connect to the plurality of mobile terminals using a communication channel; and a processor configured in use to provide the emergency information received in the broadcast signal to the plurality of mobile terminals in a second format using the transmitter, wherein the second format is different to the first format, wherein the receiver is configured to receive an emergency flag carried in the broadcast signal, whereby in response to the emergency flag, the transmitter is configured to broadcast a predetermined identifier, carried in the broadcast signal, which identifies the relay device to the plurality of mobile terminals, wherein the emergency information contains the text of a webpage to be displayed on the plurality of mobile terminals, and the processor is configured to convert the received text into a webpage to be displayed on the plurality of mobile terminals, and the receiver is configured to receive a feedback flag located in the broadcast signal, whereby in response to the feedback flag, the processor is configured to include a feedback element within the webpage, characterised in that the feedback element is one of a text box allowing a user to enter text to be fed back or an attachment button allowing a user to attach a photograph for feedback.
A base station comprising: a first processing unit; and a second processing unit configured to process a wireless signal, wherein the first processing unit includes a third processing unit configured to process a control signal, and a fourth processing unit configured to process user data; wherein the third processing unit is configured to: replace a first terminal identifier, that is fed from a first higher-level device configured to manage communication of a terminal, with a second terminal identifier unique at the fourth processing unit, wherein the second terminal identifier corresponds to both the first terminal identifier and a higher-level identifier that identifies a second higher-level device configured to perform user-data processing, and feed, to the second processing unit, the second terminal identifier used in user-data processing performed in the second processing unit and the fourth processing unit; and wherein the second processing unit is configured to identify communication between the terminal and the fourth processing unit by using the fed second terminal identifier and relay communication of user data between the terminal and the fourth processing unit. a first processing unit; and a second processing unit configured to process a wireless signal, wherein the first processing unit includes a third processing unit configured to process a control signal, and a fourth processing unit configured to process user data; a third processing unit configured to process a control signal, and a fourth processing unit configured to process user data; wherein the third processing unit is configured to: replace a first terminal identifier, that is fed from a first higher-level device configured to manage communication of a terminal, with a second terminal identifier unique at the fourth processing unit, wherein the second terminal identifier corresponds to both the first terminal identifier and a higher-level identifier that identifies a second higher-level device configured to perform user-data processing, and feed, to the second processing unit, the second terminal identifier used in user-data processing performed in the second processing unit and the fourth processing unit; and replace a first terminal identifier, that is fed from a first higher-level device configured to manage communication of a terminal, with a second terminal identifier unique at the fourth processing unit, wherein the second terminal identifier corresponds to both the first terminal identifier and a higher-level identifier that identifies a second higher-level device configured to perform user-data processing, and feed, to the second processing unit, the second terminal identifier used in user-data processing performed in the second processing unit and the fourth processing unit; and wherein the second processing unit is configured to identify communication between the terminal and the fourth processing unit by using the fed second terminal identifier and relay communication of user data between the terminal and the fourth processing unit.
An automotive brushless electric fluid pump wherein the fluid pump comprises: - a pump unit for pumping the fluid, - a printed circuit board for electronically commutating a driving motor driving the pump unit, - a massive electrical ground body, - an electric circuit layer comprising an electric ground contact, which electric circuit layer is provided on a side of the printed circuit board facing the massive electrical ground body, - a longitudinal ground contact element, providing a flange portion, which is soldered to the electrical ground contact of the printed circuit board, so as to be electrically and mechanically connected to the electrical ground contact of the printed circuit board, - a bore provided in the massive electrical ground body for receiving a free end of the ground contact element, wherein the ground contact element is provided with a fixing portion, which is fixed in the bore, so as to mechanically and electrically connecting the ground contact element with the massive electrical ground body. - a pump unit for pumping the fluid, - a printed circuit board for electronically commutating a driving motor driving the pump unit, - a massive electrical ground body, - an electric circuit layer comprising an electric ground contact, which electric circuit layer is provided on a side of the printed circuit board facing the massive electrical ground body, - a longitudinal ground contact element, providing a flange portion, which is soldered to the electrical ground contact of the printed circuit board, so as to be electrically and mechanically connected to the electrical ground contact of the printed circuit board, - a bore provided in the massive electrical ground body for receiving a free end of the ground contact element,