mhurhangee/ep-ind-claims huggingface dataset:
A camera module for automobiles comprising: a lens unit; a housing, in front of which the lens unit is disposed; and a plurality of printed circuit boards disposed in the housing so as to be opposite the lens unit, characterized in that the housing is provided at an inner wall thereof with a plurality of steps, the steps being provided between the respective printed circuit boards so as to be spaced apart from each other for setting a distance between the respective printed circuit boards, wherein the steps have predetermined widths in a lateral direction of the housing and different lengths in a longitudinal direction of the housing, and wherein the plurality of steps contact with each other at a side surface thereof, and comprise: a first step; a second step disposed at one side of the first step; and a third step disposed at the other side of the first step such that the third step is perpendicular to the second step on a basis of the first step. a lens unit; a housing, in front of which the lens unit is disposed; and a plurality of printed circuit boards disposed in the housing so as to be opposite the lens unit, characterized in that the housing is provided at an inner wall thereof with a plurality of steps, the steps being provided between the respective printed circuit boards so as to be spaced apart from each other for setting a distance between the respective printed circuit boards, wherein the steps have predetermined widths in a lateral direction of the housing and different lengths in a longitudinal direction of the housing, and wherein the plurality of steps contact with each other at a side surface thereof, and comprise: a first step; a second step disposed at one side of the first step; and a third step disposed at the other side of the first step such that the third step is perpendicular to the second step on a basis of the first step. a first step; a second step disposed at one side of the first step; and a third step disposed at the other side of the first step such that the third step is perpendicular to the second step on a basis of the first step.
A cell preservation medium comprising: cell hibernation medium and 0.5 mM to 4 mM L-glutamine or L-alanyl-L-glutamine dipeptide, ascorbic acid, albumin, and insulin, wherein the ascorbic acid is 100 μg/mL to 300 μg/mL, wherein the albumin is 200 μg/mL to 700 μg/mL, or wherein the insulin is 1 μg/mL to 20 μg/mL.
A method for feeding back channel state information, CSI, applied to a wireless communications system, and comprising: receiving, by a user equipment, time configuration signaling and feedback configuration signaling, wherein the time configuration signaling comprises reporting activation signaling and reporting duration signaling, wherein the reporting activation signaling is used to determine a start moment of a feedback time period during which the user equipment feeds back CSI, and the reporting duration signaling is used to determine a consecutive transmission time unit of the feedback time period, and wherein the feedback configuration signaling is used to configure two or more feedback cycles during the feedback time period, each feedback cycle including a plurality of transmission time units, wherein the feedback configuration signaling comprises an offset Z, and the feedback configuration signaling is used to configure feeding back the CSI in a corresponding transmission time unit that has an offset of Z transmission time units from a start transmission time unit of each feedback cycle, wherein Z is an integer greater than or equal to zero, wherein the feedback configuration signaling is used to configure N cycles, the CSI comprises M parts, and the M parts are sent by using M cycles from the N cycles, wherein N≥M≥2, and both N and M are positive integers.; and periodically obtaining and sending, by the user equipment, CSI in the two or more feedback cycles during the feedback time period. receiving, by a user equipment, time configuration signaling and feedback configuration signaling, wherein the time configuration signaling comprises reporting activation signaling and reporting duration signaling, wherein the reporting activation signaling is used to determine a start moment of a feedback time period during which the user equipment feeds back CSI, and the reporting duration signaling is used to determine a consecutive transmission time unit of the feedback time period, and wherein the feedback configuration signaling is used to configure two or more feedback cycles during the feedback time period, each feedback cycle including a plurality of transmission time units, wherein the feedback configuration signaling comprises an offset Z, and the feedback configuration signaling is used to configure feeding back the CSI in a corresponding transmission time unit that has an offset of Z transmission time units from a start transmission time unit of each feedback cycle, wherein Z is an integer greater than or equal to zero, wherein the feedback configuration signaling is used to configure N cycles, the CSI comprises M parts, and the M parts are sent by using M cycles from the N cycles, wherein N≥M≥2, and both N and M are positive integers.; and periodically obtaining and sending, by the user equipment, CSI in the two or more feedback cycles during the feedback time period.
Dough processing machine - with a housing, - with a dough metering device having -- a dough feeding unit, -- a dough feeding piston, -- a dough chamber, -- a measuring drum with a plurality of measuring chambers, characterized in that - the dough chamber is displaceable in a guided manner between -- an operating position in which dough is conveyed, by means of the dough feeding piston, from the dough feeding unit via the dough chamber to the measuring drum, -- a cleaning position in which an interior of the dough chamber is accessible from outside, - a pivotable mounting of the dough chamber to a frame component of the dough processing machine. - with a housing, - with a dough metering device having -- a dough feeding unit, -- a dough feeding piston, -- a dough chamber, -- a measuring drum with a plurality of measuring chambers, -- a dough feeding unit, -- a dough feeding piston, -- a dough chamber, -- a measuring drum with a plurality of measuring chambers, - the dough chamber is displaceable in a guided manner between -- an operating position in which dough is conveyed, by means of the dough feeding piston, from the dough feeding unit via the dough chamber to the measuring drum, -- a cleaning position in which an interior of the dough chamber is accessible from outside, -- an operating position in which dough is conveyed, by means of the dough feeding piston, from the dough feeding unit via the dough chamber to the measuring drum, -- a cleaning position in which an interior of the dough chamber is accessible from outside, - a pivotable mounting of the dough chamber to a frame component of the dough processing machine.
A metal-water electrochemical cell, the cell comprising: a metal anode within an enclosure; at least one cathode with a first surface that is adjacent to the anode and defines a pathway between the cathode and the anode; a porous or prismatic media within the enclosure in a space that is separated from the cathodes and the anode by cathode supports; and an aqueous electrolyte that flows without a pump through the defined pathway by a natural convective flow achieved through at least one of rising hydrogen or heating the aqueous electrolyte and generated by molecular diffusion, by a temperature gradient, and/or by a phase gradient. a metal anode within an enclosure; at least one cathode with a first surface that is adjacent to the anode and defines a pathway between the cathode and the anode; a porous or prismatic media within the enclosure in a space that is separated from the cathodes and the anode by cathode supports; and an aqueous electrolyte that flows without a pump through the defined pathway by a natural convective flow achieved through at least one of rising hydrogen or heating the aqueous electrolyte and generated by molecular diffusion, by a temperature gradient, and/or by a phase gradient.
A mobile wireless communications device comprising: a portable housing; a transceiver comprising a transmitter and a receiver carried by said portable housing, said transmitter configured to upconvert a transmit baseband modulated signal and generate an RF modulated signal having a transmit impairment; an auxiliary receiver carried by said portable housing and coupled to said transmitter and configured to downconvert the RF modulated signal and generate a receive baseband modulated signal having a receive impairment therein spectrally separated from the transmit impairment; and a controller carried by said portable housing and coupled to said transmitter and said auxiliary receiver, said controller configured to estimate the transmit impairment while ignoring the receive impairment based on comparing the transmit baseband modulated signal with the receive baseband modulated signal, and generate a transmit impairment compensation signal based upon the estimated transmit impairment; said transmitter comprising a transmit local oscillator operating at a first frequency, and said auxiliary receiver comprising a receive local oscillator operating at a second frequency offset from the first frequency. a portable housing; a transceiver comprising a transmitter and a receiver carried by said portable housing, said transmitter configured to upconvert a transmit baseband modulated signal and generate an RF modulated signal having a transmit impairment; an auxiliary receiver carried by said portable housing and coupled to said transmitter and configured to downconvert the RF modulated signal and generate a receive baseband modulated signal having a receive impairment therein spectrally separated from the transmit impairment; and a controller carried by said portable housing and coupled to said transmitter and said auxiliary receiver, said controller configured to estimate the transmit impairment while ignoring the receive impairment based on comparing the transmit baseband modulated signal with the receive baseband modulated signal, and generate a transmit impairment compensation signal based upon the estimated transmit impairment; estimate the transmit impairment while ignoring the receive impairment based on comparing the transmit baseband modulated signal with the receive baseband modulated signal, and generate a transmit impairment compensation signal based upon the estimated transmit impairment; said transmitter comprising a transmit local oscillator operating at a first frequency, and said auxiliary receiver comprising a receive local oscillator operating at a second frequency offset from the first frequency.
A mobile terminal, comprising: a display panel in which pixel arrays include pixels disposed in a matrix form according to an intersection structure of data lines and gate lines, the pixel arrays divided into a main display unit and an auxiliary display unit both on a common substrate; a display driver; a mobile industry processor interface, hereinafter referred to as MIPI; and a host system configured to transmit data of an input image and watch data to the display driver through the MIPI, wherein the display driver comprising: a data driver configured to supply a data voltage to the data lines; a first gate driver connected to gate lines of the main display unit; and a second gate driver connected to gate lines of the auxiliary display unit, wherein, in a full display mode, the first gate driver is configured to supply gate pulses to the gate lines of the main display unit and the second gate driver is configured to supply gate pulses to the gate lines of the auxiliary display unit, wherein the gate pulses are pulses alternating between a gate high voltage and a gate low voltage; and in an always-on mode, the first gate driver is configured to fix a voltage of the gate lines of the main display unit to the gate low voltage less than a ground voltage, wherein the ground voltage is equal to 0 V, and the second gate driver is configured to supply the gate pulses to the gate lines of the auxiliary display unit, wherein the auxiliary display unit is configured to display data in the full display mode and the always-on mode, and the main display unit is configured to stop operation in the always-on mode; wherein the mobile terminal comprises a DC-DC converter configured to generate the gate high voltage to be greater than or equal to a threshold voltage of TFTs formed in the pixel array, and configured to generate the gate low voltage to be less than the threshold voltage of the TFTs, wherein the gate low voltage is less than the ground voltage and the ground voltage is less than the gate high voltage; wherein the data driver is configured to, in the full display mode, receive watch data corresponding to a clock image to be displayed on the auxiliary display unit through the MIPI; wherein the data driver is configured to, in the always-on mode, generate watch data for display by the auxiliary display unit, rather than using watch data communicated through the MIPI; wherein the data driver comprises an internal data generating unit configured to generate watch data corresponding to the clock image to be displayed on the auxiliary display unit without communication between the host system and the display driver through the MIPI in the always-on mode, and wherein the internal data generating unit comprises a counter memory and a font memory, and the internal data generating unit is configured to generate the watch data with font data read from the font memory, and configured to update the watch data by counting a clock received from the host system; wherein the data driver is configured to display the watch data generated by the internal data generating unit on the auxiliary display unit in the always-on mode.
Device (10; 100; 200) for treating the hair, comprising: - a housing for receiving a cosmetic product refill, - a heating element for the hair to be treated, and characterised in that the device comprises - a device that prevents the reception of the cosmetic product refill in the housing as long as the temperature of the heating element is insufficient to allow satisfactory use of the device. - a housing for receiving a cosmetic product refill, - a heating element for the hair to be treated, and characterised in that the device comprises - a device that prevents the reception of the cosmetic product refill in the housing as long as the temperature of the heating element is insufficient to allow satisfactory use of the device.
A cushioning support system for use in an article of footwear, the cushioning support system having a series of components comprising: a cushioning layer having a top surface and a bottom surface, wherein a pattern of tapered recesses is formed into at least one of the top and bottom surfaces; a welt-frame assembly attached to the bottom surface of the cushioning layer, the welt-frame assembly having a rear part and a separate forepart; and a flexible ply rib connected to a periphery of the cushioning support system for securing to a welt, wherein the cushioning support system includes toe, heel, and arch regions and a longitudinal and lateral axis, the longitudinal axis extending from the toe region to the heel region and the lateral axis extending transverse to the longitudinal axis. a cushioning layer having a top surface and a bottom surface, wherein a pattern of tapered recesses is formed into at least one of the top and bottom surfaces; a welt-frame assembly attached to the bottom surface of the cushioning layer, the welt-frame assembly having a rear part and a separate forepart; and a flexible ply rib connected to a periphery of the cushioning support system for securing to a welt, wherein the cushioning support system includes toe, heel, and arch regions and a longitudinal and lateral axis, the longitudinal axis extending from the toe region to the heel region and the lateral axis extending transverse to the longitudinal axis.
Modular transport robot for transporting consignments, with at least one base element for the physical structure of the transport robot, with at least two supplementary modules (15, 17) for technically equipping the transport robot, with at least one consignment box for receiving consignments and with at least one control apparatus for controlling the transport robot, wherein the at least one base element and each of the supplementary modules (15, 17) have corresponding connection elements and are electrically connected to one another in each case via at least one electrical connection comprising the corresponding connection elements, wherein the at least one base element has at least one cable harness for electrically connecting the connection elements of the base element to one another, wherein the at least one base element and the supplementary modules (15, 17) are designed to correspond to one another in such manner that the connection elements of the at least two supplementary modules (15, 17) can each optionally be connected directly to at least two connection elements provided at different points, each forming a common connection with the at least one base element, characterised in that the at least one base element has a plurality of receptacles spaced apart from one another for receiving supplementary modules (15, 17) in a positive-locking manner, wherein the at least two supplementary modules (15, 17) are received in different receptacles in a positive-locking manner, wherein the receptacles have an opening for inserting the supplementary modules (15, 17) and wherein at least one connection element is provided on the sides of the receptacles facing away from the openings.
Method for producing a compressed-gas container which has a storage volume for a pressurised gas and a sleeve enclosing the storage volume, the sleeve comprising a liner in contact with the storage volume and, at least in regions, at least one second layer deposited on the liner, the method comprising the following method steps: a) providing i) a liner, ii) a curable epoxy resin matrix, and iii) reinforcing fibres, b) applying the curable epoxy resin matrix to the reinforcing fibres, the curable epoxy resin matrix having a temperature in the range of from 15 to 50°C, c) winding, laying or depositing the reinforcing fibres on the liner to form the second layer, d) curing the second layer at a temperature in the range of from 70 to 140°C; characterised in that the curable epoxy resin matrix has a viscosity in the range of from 200 to 1000 mPa * s at a temperature in the range of from 40 to 50°C over a period of at least 48 hours. a) providing i) a liner, ii) a curable epoxy resin matrix, and iii) reinforcing fibres, i) a liner, ii) a curable epoxy resin matrix, and iii) reinforcing fibres, b) applying the curable epoxy resin matrix to the reinforcing fibres, the curable epoxy resin matrix having a temperature in the range of from 15 to 50°C, c) winding, laying or depositing the reinforcing fibres on the liner to form the second layer, d) curing the second layer at a temperature in the range of from 70 to 140°C;
Self-reinforcing disc brake, with a brake calliper that can be attached to a positionally fixed brake carrier, a brake lining on the tightening side and on the reaction side, a self-reinforcing device in functional connection with a tightening device, with at least one spreading bearing arranged between a guide-plate mounted and able to move in the brake carrier and the brake lining on the tightening side, and an adjustment device for compensating an air gap produced by wear, which comprises a pressure ram associated with the spreading bearing, wherein the tightening device is provided with a brake ram that engages directly or indirectly with the brake lining on the tightening side, characterised in that the guide-plate, the spreading bearing and the brake lining are preassembled as a structural unit, wherein the brake lining or a pressure plate in contact with it is connected detachably as part of the said preassembled structural unit, and wherein the brake ram is held onto the brake lining or the pressure plate by a detachable spring clamp or a screw-on cap, which corresponds with a recess of the pressure plate or the brake lining.
A controller for a resonant converter, the resonant converter comprising a first switch and a second switch, the controller configured to: close the first switch to start a half cycle of operation; open the first switch before completion of the half cycle; maintain the first switch and the second switch in an open state in order to define a stop-interval; and end the stop-interval by closing the second switch; wherein the controller is configured to operate the resonant converter in the following modes of operation: a high power mode of operation; a stop-preparation mode of operation; a stop mode of operation; and a start-preparation mode of operation; wherein: in the high power mode of operation, the controller is configured to operate the first and second switches when a resonant converter operating parameter reaches one or more threshold values, wherein a half cycle of operation is defined as the period of time between successive switching operations; in the stop-preparation mode of operation, the controller is configured to close the first switch to start a half cycle of operation and open the first switch before completion of the half cycle; in the stop mode of operation, the controller is configured to maintain the first switch and the second switch in an open state; and in order to transition from the stop-mode of operation to the start-preparation mode of operation, the controller is configured to close the second switch. close the first switch to start a half cycle of operation; open the first switch before completion of the half cycle; maintain the first switch and the second switch in an open state in order to define a stop-interval; and end the stop-interval by closing the second switch; wherein the controller is configured to operate the resonant converter in the following modes of operation: a high power mode of operation; a stop-preparation mode of operation; a stop mode of operation; and a start-preparation mode of operation; a high power mode of operation; a stop-preparation mode of operation; a stop mode of operation; and a start-preparation mode of operation; in the high power mode of operation, the controller is configured to operate the first and second switches when a resonant converter operating parameter reaches one or more threshold values, wherein a half cycle of operation is defined as the period of time between successive switching operations; in the stop-preparation mode of operation, the controller is configured to close the first switch to start a half cycle of operation and open the first switch before completion of the half cycle; in the stop mode of operation, the controller is configured to maintain the first switch and the second switch in an open state; and in order to transition from the stop-mode of operation to the start-preparation mode of operation, the controller is configured to close the second switch.