mhurhangee/ep-ind-claims huggingface dataset:
Hand-held working implement, comprising a drive motor for driving a working tool, and further comprising a safety circuit, wherein the safety circuit is designed to switch the drive motor of the working implement into a standby state for an operation or into an inoperative state in response to received signals of a receiving unit, and wherein the receiving unit is designed to receive at least one operating code, characterised in that the receiving unit is designed to receive a service code, and in that the receiving unit is designed to switch the drive motor into a temporary service state via the safety circuit on reception of an approved service code.
A method for capturing an audio file or a video file in a mobile phone, comprising: in a process of playing an audio file or a video file, when a long-press event on a trackball displaying a play progress is received, starting capturing the audio file or video file; in a process of capturing the audio file or video file, when a long-press event on the trackball displaying a play progress is received, stopping capturing; saving the captured audio file or video file; when starting capturing the audio file or video file or in the process of starting capturing the audio file or video file, the method further comprises: outputting a capture prompt, wherein the capture prompt comprises at least one of changing a color of the trackball before and after starting capturing, displaying a capture progress on a display screen of the mobile phone, or displaying a capture state on the display screen of the mobile phone, and wherein before the starting capturing the audio file or video file, or after the starting capturing the audio file or video file, or in a process of starting capturing the audio file or video file, the method further comprises: obtaining at least one of a play identifier of the audio file or video file, a play path of the audio file or video file, a source file name of the audio file or video file, and time for starting capturing the audio file or video file. in a process of playing an audio file or a video file, when a long-press event on a trackball displaying a play progress is received, starting capturing the audio file or video file; in a process of capturing the audio file or video file, when a long-press event on the trackball displaying a play progress is received, stopping capturing; saving the captured audio file or video file; when starting capturing the audio file or video file or in the process of starting capturing the audio file or video file, the method further comprises: outputting a capture prompt, wherein the capture prompt comprises at least one of changing a color of the trackball before and after starting capturing, displaying a capture progress on a display screen of the mobile phone, or displaying a capture state on the display screen of the mobile phone, and wherein before the starting capturing the audio file or video file, or after the starting capturing the audio file or video file, or in a process of starting capturing the audio file or video file, the method further comprises: obtaining at least one of a play identifier of the audio file or video file, a play path of the audio file or video file, a source file name of the audio file or video file, and time for starting capturing the audio file or video file. obtaining at least one of a play identifier of the audio file or video file, a play path of the audio file or video file, a source file name of the audio file or video file, and time for starting capturing the audio file or video file.
A method of generating a secret value, the method comprising the steps at a device of: - displaying an initial image comprising a plurality of graphical elements, each graphical element having at least two variants; - iteratively receiving user input on a graphical element to select a variant of a number of the graphical elements, thereby generating a modified image; and - generating the secret value from at least the selected variants of the graphical elements. - displaying an initial image comprising a plurality of graphical elements, each graphical element having at least two variants; - iteratively receiving user input on a graphical element to select a variant of a number of the graphical elements, thereby generating a modified image; and - generating the secret value from at least the selected variants of the graphical elements.
Packaging part for securing an object to be packed in an outer packaging comprising at least one supporting body (2, 16) acting as a decoupling element, which is formed as a hollow body and which projects from a bearing base, wherein the supporting body (2, 16) comprises a base cross-section in the area of the bearing base and tapers in a direction facing away from the bearing base; the supporting body (2, 16) continues to comprise at least one weakening line in its shell surface, which divides the supporting body into an upper part and a lower part, and wherein the upper part of the supporting body (2, 16) can preferably be fully depressed into the lower part along the weakening line when subjected to stress, characterized in that at least one shell surface or part of the shell surface of at least one supporting body (2, 16) has been broken through and that at least one breakthrough in at least one shell surface of the supporting body (2, 16) extends on a plane running in a sloping manner with respect to the bearing base.
A method of producing silicon compound coated oxide particles in which at least a part of a surface of a metal oxide particle is coated with a silicon compound wherein the silicon compound is a silicon compound containing an amorphous silicon oxide, and wherein (a) wettability and color characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of Si-OH bonds contained in the silicon compound coated oxide particles, wherein the ratio is an area ratio of a peak obtained by separating waveforms as a peak from Si-OH bonds relative to a total area of peaks obtained by separating waveforms in the wavenumber range of 650 cm -1 to 1300 cm -1; or (b) the silicon compound coated oxide particles comprise C-F bonds, and wettability and colour characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of C-F bonds / Si-OH bonds which is a ratio of C-F bonds relative to Si-OH bonds contained in the silicon compound coated oxide particles. (a) wettability and color characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of Si-OH bonds contained in the silicon compound coated oxide particles, wherein the ratio is an area ratio of a peak obtained by separating waveforms as a peak from Si-OH bonds relative to a total area of peaks obtained by separating waveforms in the wavenumber range of 650 cm -1 to 1300 cm -1; or (b) the silicon compound coated oxide particles comprise C-F bonds, and wettability and colour characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of C-F bonds / Si-OH bonds which is a ratio of C-F bonds relative to Si-OH bonds contained in the silicon compound coated oxide particles.
A thrust sliding bearing comprising: a synthetic resin-made upper casing having an upper annular planar portion; a synthetic resin-made lower casing which is superposed on said upper casing so as to be rotatable about an axis of said upper casing and has a lower annular planar portion opposing the upper annular planar portion of said upper casing, a first and a second annular protrusion (204, 208) formed on the lower annular planar portion concentrically with each other, and a wide lower annular recess surrounded by the first and the second annular protrusion (204, 208); and a synthetic resin-made thrust sliding bearing piece disposed in the lower annular recess of the lower casing and having an annular thrust sliding bearing surface which is brought into sliding contact with at least one of the upper annular planar portion and the lower annular planar portion, said thrust sliding bearing piece has at least two annular recessed grooves (306, 307) which are formed on the thrust sliding bearing surface concentrically with each other and a lubricating oil filled in the annular recessed grooves (306, 307), characterized in that a ratio of a total area of opening surfaces of the at least two annular recessed grooves (306, 307) in surfaces combining an opening surfaces (304, 308) of the at least two annular recessed grooves (306, 307) and the thrust sliding bearing surface is 20 to 50%.
A method of controlling a wireless device, the method comprising: controlling at least a receiver of a radio of the wireless device during a plurality of awake periods and a plurality of sleep.periods, the awake periods alternating in time with the sleep periods in accordance with discontinuous reception, referred to as DRX, periods, such that the receiver is always on during each of the awake periods, and the radio is off for at least some of the sleep periods, and on a nominal basis, durations of the awake periods and the sleep periods of the DRX periods are fixed; receiving, during an awake period of a particular DRX period, signaling that defines an uplink transmission resource to communicate a packet or sub-packet, the transmission resource allocated during a portion of a following sleep period of the particular DRX period; controlling the receiver to be on during the portion of the following sleep period; and monitoring, during the portion of the following sleep period, for signaling that defines an additional transmission resource to communicate an additional uplink packet or subpacket, and in the event such signaling is received, controlling the receiver to be on for an additional portion of the sleep period. controlling at least a receiver of a radio of the wireless device during a plurality of awake periods and a plurality of sleep.periods, the awake periods alternating in time with the sleep periods in accordance with discontinuous reception, referred to as DRX, periods, such that the receiver is always on during each of the awake periods, and the radio is off for at least some of the sleep periods, and on a nominal basis, durations of the awake periods and the sleep periods of the DRX periods are fixed; receiving, during an awake period of a particular DRX period, signaling that defines an uplink transmission resource to communicate a packet or sub-packet, the transmission resource allocated during a portion of a following sleep period of the particular DRX period; controlling the receiver to be on during the portion of the following sleep period; and monitoring, during the portion of the following sleep period, for signaling that defines an additional transmission resource to communicate an additional uplink packet or subpacket, and in the event such signaling is received, controlling the receiver to be on for an additional portion of the sleep period.
Actuating system for a half-bridge circuit with a superordinate controller, an interface circuit and an actuating circuit with a primary-side circuit part, an actuating logic circuit with a primary-side reference potential and secondary-side circuit parts in each case having a driver stage (61, 62, 63, 64) designed for actuating a half-bridge circuit (10, 20) with an intermediate circuit which is earthed symmetrically at a neutral point, a negative and a positive voltage connection (-DC, +DC), a plurality of semiconductor switches (T1, D1, T2, D2, T3, D3, T4, D4), wherein each semiconductor switch and the driver stage (61, 62, 63, 64) assigned to said semiconductor switch have an assigned secondary-side reference potential (610, 620, 630, 640), wherein in each case an actuating level shifter (81, 82, 83, 84) connects the primary-side circuit part to the respective secondary-side circuit part and thus in each case is assigned to both circuit parts and, in this connection, the primary-side reference potential and a lower secondary-side reference potential of a lower driver stage correspond to the potential of the negative voltage connection (-DC), wherein interface level shifters (91, 92, 93, 94) connect the interface circuit to the actuating logic circuit of the actuating circuit and, in this connection, the superordinate controller and the interface circuit are at the potential of the neutral point and wherein the interface circuit, the interface level shifters (91, 92, 93, 94), the actuating logic circuit, a lower actuating level shifter and the lower driver stage connected to said lower actuating level shifter are monolithically integrated in an HVIC.
Process for the manufacture of a bulk material made of noble metal of adjustable colour formed of an assemblage of nanoparticles, the nanoparticles containing a noble metal and being coated with a dielectric layer, the nanoparticles being capable of being shaped so as to obtain a nonconsolidated compact body, the process comprising: the provision of the noble metal nanoparticles with a size of between 1 nm and 200 nm and coated with a dielectric layer; the shaping of the assemblage of the said nanoparticles in order to produce the noble metal compact body comprising the nanoparticles and having a defined geometry; characterized in that the said material is obtained by sintering carried out using a source of radiation having a frequency absorbed preferentially by the dielectric layer; the noble metal material obtained having a colour which can be adjusted throughout its body and comprising at least 50% by weight of the noble metal, the colour being determined by the chemical composition and environment and the shape and the size of the nanoparticles. the provision of the noble metal nanoparticles with a size of between 1 nm and 200 nm and coated with a dielectric layer; the shaping of the assemblage of the said nanoparticles in order to produce the noble metal compact body comprising the nanoparticles and having a defined geometry; characterized in that the said material is obtained by sintering carried out using a source of radiation having a frequency absorbed preferentially by the dielectric layer; the noble metal material obtained having a colour which can be adjusted throughout its body and comprising at least 50% by weight of the noble metal, the colour being determined by the chemical composition and environment and the shape and the size of the nanoparticles.
An apparatus for controlling a main battery and a sub battery, the apparatus comprising: a first main switch connectable between the main battery and an electrical load; a second main switch connectable between the sub battery and the electrical load; a sub switch connectable between a positive terminal of the main battery and a positive terminal of the sub battery; a main battery management system operably coupled to the first main switch; and a sub battery management system operably coupled to the second main switch and the sub switch, wherein the main battery management system is configured to transmit a first diagnosis message to the sub battery management system, and stop outputting a first control signal to the first main switch to induce the first main switch into a turn off state, when a fault of the main battery is detected, wherein the first diagnosis message has a flag including at least one value indicating a type of the detected fault, and wherein the sub battery management system is configured to output a second control signal to the second main switch to induce the second main switch into a turn on state, in response to the first diagnosis message. a first main switch connectable between the main battery and an electrical load; a second main switch connectable between the sub battery and the electrical load; a sub switch connectable between a positive terminal of the main battery and a positive terminal of the sub battery; a main battery management system operably coupled to the first main switch; and a sub battery management system operably coupled to the second main switch and the sub switch, wherein the main battery management system is configured to transmit a first diagnosis message to the sub battery management system, and stop outputting a first control signal to the first main switch to induce the first main switch into a turn off state, when a fault of the main battery is detected, wherein the first diagnosis message has a flag including at least one value indicating a type of the detected fault, and wherein the sub battery management system is configured to output a second control signal to the second main switch to induce the second main switch into a turn on state, in response to the first diagnosis message.
A hemodialysis machine having a dialysis fluid circulation which includes a source and an outlet for the dialysis fluid, a dialysis fluid supply line leading from the source for dialysis fluid to a first connecting means, a dialysis fluid drain line leading from a second connecting means to the outlet for dialysis fluid, a pumping mechanism (17, 18) for circulating dialysis fluid in the dialysis fluid circulation and first closure means in the dialysis fluid supply line and second closure means in the dialysis fluid outlet line and also a control unit for controlling the pumping mechanism (17, 18) and the first and second closure means (20, 21), and having a sampling set which is connected to the first or second connecting means (14, 15) with a container connecting means designed to be complementary to the first or second connecting means (14, 15), wherein the first and second connecting means (14, 15) are designed so that when a hemodialysis treatment is being carried out, these connecting means can be connected to the first and second connections of a dialysis fluid chamber of a hemodialyser which is divided by a semipermeable membrane into a dialysis fluid chamber and a blood chamber, and are designed to be complementary to the first and second connections so that dialysis fluid can flow from the source through the dialysis fluid supply line to the dialysis fluid chamber and from the dialysis fluid chamber through the dialysis fluid outlet line to the outlet, wherein the control unit is designed so that it controls the first and second closure means (20, 21) and the pumping mechanism (17, 18) as part of a sampling control program that runs automatically so that a predetermined amount of dialysis fluid is conveyed into the sampling set connected to the first or second connection means (14, 15).
A method for capturing a digital image performed by an electronic device having a front-facing image sensor and a front-facing display, the method comprising: receiving a command to capture the digital image; capturing a test frame using the front-facing image sensor; adjusting the display to an imaging illumination condition in response to the command and the captured test frame, wherein adjusting the display includes selecting an illumination image and displaying the illumination image, wherein the illumination image includes one or more illumination regions, wherein pixels in at least one illumination region have a color selected based on the test frame; and capturing the digital image using the front-facing image sensor under the imaging illumination condition. receiving a command to capture the digital image; capturing a test frame using the front-facing image sensor; adjusting the display to an imaging illumination condition in response to the command and the captured test frame, wherein adjusting the display includes selecting an illumination image and displaying the illumination image, wherein the illumination image includes one or more illumination regions, wherein pixels in at least one illumination region have a color selected based on the test frame; and capturing the digital image using the front-facing image sensor under the imaging illumination condition.
A selective D3 antagonist for use in the treatment of schizophrenia in a subject in need thereof, characterized in that it comprises administering to the subject a therapeutically effective amount of said selective D3 antagonist, wherein said selective D3 antagonist is N-(3-{4-[4-(8-oxo-8H-[1,3]dioxolo[4,5-g]chromen-7-yl)-butyl]-piperazin-1-yl}-phenyl)-methanesulfonamide of the following formula 1 or a pharmaceutically acceptable salt thereof: wherein said subject has at least one negative symptom among the following core negative symptoms in PANSS (Positive and Negative Syndrome Scale): - Blunted Affect, - Emotional Withdrawal, - Poor Rapport, - Passive withdrawal, and - Lack of Spontaneity, with moderate or higher severity, wherein said moderate or higher severity corresponds to a score equal to 4 or higher before beginning of said treatment. - Blunted Affect, - Emotional Withdrawal, - Poor Rapport, - Passive withdrawal, and - Lack of Spontaneity,
A ceramic body comprising a crystal phase of aluminum titanate in an amount of 50 to 95 % by weight, and a glass phase in an amount of 5 to 50 % by weight, the glass being an aluminosilicate and having a composition consisting essentially, in weight percent on an oxide basis, of 50-90 SiO 2, 1-25 Al 2 O 3, 0.5-10 TiO 2, 0.5-20 R 2 O, where R is selected from the group consisting of Li, Na, K, Ru, Cs, Fr, and 0.5-20 R'O, where R' is selected from the group consisting of Be, Mg, Ca, Ba, Ra, wherein the ceramic body includes not more than 2 % by weight Fe 2 O 3 characterized in that the aluminosilicate glass has a composition consisting essentially, in weight percent on an oxide basis of: 70-80 SiO 2, 15-22 Al 2 O 3, 1-3 TiO 2, 0.5-5 Na 2 O, 0.5-5 CaO, 0.5-5 K 2 O, or 50-70 SiO 2, 10-20 Al 2 O 3, 5-20 Na 2 O, 5-20 K 2 O. 70-80 SiO 2, 15-22 Al 2 O 3, 1-3 TiO 2, 0.5-5 Na 2 O, 0.5-5 CaO, 0.5-5 K 2 O, or 50-70 SiO 2, 10-20 Al 2 O 3, 5-20 Na 2 O, 5-20 K 2 O.
Shift cam system for an internal combustion engine with at least one camshaft, comprising a carrier shaft with at least two shift cam elements (12a, 12b), which each comprise a shift gate with at least one shift groove, wherein the shift cam elements (12a, 12b) are axially displaceable relative to the carrier shaft by at least one actuator pin and at least one adjusting element is arranged parallel to a longitudinal axis of the carrier shaft, wherein the adjusting element is axially displaceable in the direction of the longitudinal axis of the carrier shaft, wherein the adjusting element has at least two coupling pins (17a, 17b), wherein a first coupling pin is arranged in the region of the first sliding cam element and a second coupling pin is arranged in the region of the second sliding cam element and the coupling pins (17a, 17b) each co-operate with a switching gate of the respective associated sliding cam element (12a, 12b) in such a way that a movement of the first sliding cam element initiated by the actuator pin can be transmitted to the second sliding cam element by the adjusting element, characterised in that the coupling pins (17a, 17b) cooperate with the switching groove of the switching gate.