mhurhangee/ep-ind-claims huggingface dataset:
Oil-oil bushing, comprising • a rotationally symmetrical, paraboloid-like, hollow bushing element (12, 72) of a solid insulating material, along the axial extent of which there is formed radially toward the inside a tubular bushing channel, the wall thickness of which is tapered conically toward at least one of its two ends, • an electrical bushing conductor (18, 76) fitted into the bushing channel with a form fit and protruding from it on both sides, • wherein at at least one of the two axial ends of the bushing channel there is arranged a respective hollow-cylindrical shielding element (30, 52, 80, 82) of a conductive material, which is thick-walled at least in certain regions, which element encloses on its one side the respective end of the bushing channel and the bushing conductor (18, 76) protruding from it and on its other side, respectively, is intended for receiving and electrically contacting a respective connecting conductor (74, 78), • wherein the axial ends of the shielding element (30, 52, 80, 82) are of a round design, • wherein contacting means are provided in the shielding element (30, 52, 80, 82) for its electrical contacting with the protruding bushing conductor (18, 76) or with a received connecting conductor (74, 78), characterized in that the contacting means comprise at least one thread running radially through the wall of the shielding element (30, 52, 80, 82) and also a screw arranged therein for fixing the protruding bushing conductor (18, 76) or a received connecting conductor (74, 78). • a rotationally symmetrical, paraboloid-like, hollow bushing element (12, 72) of a solid insulating material, along the axial extent of which there is formed radially toward the inside a tubular bushing channel, the wall thickness of which is tapered conically toward at least one of its two ends, • an electrical bushing conductor (18, 76) fitted into the bushing channel with a form fit and protruding from it on both sides, • wherein at at least one of the two axial ends of the bushing channel there is arranged a respective hollow-cylindrical shielding element (30, 52, 80, 82) of a conductive material, which is thick-walled at least in certain regions, which element encloses on its one side the respective end of the bushing channel and the bushing conductor (18, 76) protruding from it and on its other side, respectively, is intended for receiving and electrically contacting a respective connecting conductor (74, 78), • wherein the axial ends of the shielding element (30, 52, 80, 82) are of a round design, • wherein contacting means are provided in the shielding element (30, 52, 80, 82) for its electrical contacting with the protruding bushing conductor (18, 76) or with a received connecting conductor (74, 78),
A laundry treatment machine comprising: at least one main body comprising a drum rotatably disposed therein; a pedestal supporting the main body and providing a certain drying space for receiving a drying subject, wherein the pedestal comprises a storage receiving the drying subject and a housing receiving the storage therein, and wherein the storage is withdrawably disposed in the housing; characterized by the laundry treatment machine further comprising a high frequency drying apparatus comprising: an anode to which a high frequency is applied, a cathode electrically insulated from the anode to form an oscillation electric field between the anode and the cathode inside the drying space, and a high frequency generator for generating a high frequency, wherein the housing serves as the anode to which the high frequency is applied from the high frequency generator, and the storage serves as the cathode to form the oscillation electric field between the storage and the housing. at least one main body comprising a drum rotatably disposed therein; a pedestal supporting the main body and providing a certain drying space for receiving a drying subject, wherein the pedestal comprises a storage receiving the drying subject and a housing receiving the storage therein, and wherein the storage is withdrawably disposed in the housing; characterized by the laundry treatment machine further comprising a high frequency drying apparatus comprising: an anode to which a high frequency is applied, a cathode electrically insulated from the anode to form an oscillation electric field between the anode and the cathode inside the drying space, and a high frequency generator for generating a high frequency, an anode to which a high frequency is applied, a cathode electrically insulated from the anode to form an oscillation electric field between the anode and the cathode inside the drying space, and a high frequency generator for generating a high frequency, wherein the housing serves as the anode to which the high frequency is applied from the high frequency generator, and the storage serves as the cathode to form the oscillation electric field between the storage and the housing.
A method for selectively culturing a microorganism, the method comprising: - culturing under unsterile conditions, in a culture medium containing phosphorous acid as a sole phosphorous source and containing no antibiotic substance, a recombinant microorganism having a plasmid containing a phosphite dehydrogenase gene and further containing a phosphite transporter gene, wherein said microorganism is yeast. - culturing under unsterile conditions, in a culture medium containing phosphorous acid as a sole phosphorous source and containing no antibiotic substance, a recombinant microorganism having a plasmid containing a phosphite dehydrogenase gene and further containing a phosphite transporter gene, wherein said microorganism is yeast.
A multistage pump comprising a pump casing which is provided with a suction opening and a discharge opening and contains a plurality of impellers (6a, 6b, 6c) rotated with a rotating shaft, the multistage pump guiding a fluid raised in pressure by the impeller at a last stage to the discharge opening through a pressure recovery part at the last stage, wherein a discharge flow path for guiding the fluid from the pressure recovery part at the last stage to the discharge opening is formed in the pump casing, the discharge flow path is formed in a direction in which the discharge flow path swirls about a shaft center of the rotating shaft, and a cross-sectional area of the discharge flow path in a plane including the shaft center of the rotating shaft increases in a shaft center direction and an inward radial direction of the rotating shaft from an upstream side toward a downstream side of a flow toward the discharge opening, characterized in that a discharge opening side of the discharge flow path is set as the downstream side and an opposite side of the flow direction is set as the upstream side, and a dimension of the cross section of the discharge flow path increases in the inward radial direction at a smaller rate in a region on the upstream side of the discharge flow path than in a region on the downstream side adjacent to the region on the upstream side.
Sanitary fitting arrangement, including a sanitary fitting, in particular a toilet or a urinal, having a collecting bowl, an inlet which opens out into the collecting bowl and an outlet which leads away from the collecting bowl, and a line section which communicates fluidically with the inlet and has a wall, which surrounds a channel, and a throttle element by way of which the cross section of the channel can be modified, wherein the line section is connectable to a flush water source, and wherein the throttle element is arranged in such a manner with respect to the sanitary fitting that the throttle element is adjustable in the state where it communicates fluidically with the flushing water source, characterized in that the throttle element includes a retention portion which, whilst the throttle element is being inserted into the line section, is modifiable in its geometry from an original state into an assembly state and, once the throttle element has been inserted fully into the line section, passes into the original state in which the throttle element can no longer be disassembled from the line section.
A portable foam brush assembly comprising: a base stand having a base,a soap reservoir (322, 410), a hose connectable to a water supply, a foam brush docking bracket, a reciprocating quick connect connection, a base terminal and an electrical connection; a foam brush wand having a foam brush base (506, 560) including a quick connect connector to receive a soap and water mixture from the base stand, a housing, wand sections (508, 514) connectable via a connector, a brush, hoses, an electric fan pump, a battery and a foaming chamber (22, 122); the foam brush base (506, 560) having an electrical terminal to charge the foam brush wand battery when docked into the base stand; the foam brush docking bracket is configured: to receive the foam brush base, to fluidly connect the quick connect connector to the reciprocating quick connect connection, and to connect and the electrical terminal to the base terminal. a base stand having a base,a soap reservoir (322, 410), a hose connectable to a water supply, a foam brush docking bracket, a reciprocating quick connect connection, a base terminal and an electrical connection; a foam brush wand having a foam brush base (506, 560) including a quick connect connector to receive a soap and water mixture from the base stand, a housing, wand sections (508, 514) connectable via a connector, a brush, hoses, an electric fan pump, a battery and a foaming chamber (22, 122); the foam brush base (506, 560) having an electrical terminal to charge the foam brush wand battery when docked into the base stand; the foam brush docking bracket is configured: to receive the foam brush base, to fluidly connect the quick connect connector to the reciprocating quick connect connection, and to connect and the electrical terminal to the base terminal. to receive the foam brush base, to fluidly connect the quick connect connector to the reciprocating quick connect connection, and to connect and the electrical terminal to the base terminal.
An anti-motion sickness device fitted to a motor vehicle, characterized in that the anti-motion sickness device comprises: - a triaxial accelerometer configured to detect the accelerations of the vehicle along 3 axes and to emit a corresponding acceleration signal; - means (12, 12', 12") for displaying light markers capable of forming at least one first artificial horizon line (14, 14') at a first inner surface of the motor vehicle and at least one second artificial horizon line (16, 16') at a second inner surface (15, 15') of the motor vehicle, said first and second artificial horizon lines (14, 16; 14', 16') being perpendicular or substantially perpendicular to each other; - a control unit capable of receiving the acceleration signals emitted by the accelerometer and of driving said display means (12, 12', 12") such that the first and second artificial horizon lines (14, 16; 14', 16') are aligned in a horizontal plane, perpendicular or substantially perpendicular to the gravity vector, whatever the accelerations of the vehicle, the position of said horizontal plane along a direction parallel to the gravity vector being able to vary as a function of a physical parameter linked to the person seated in the motor vehicle while being positioned just next to the first inner surface and just in front of the second inner surface (15, 15), wherein the display means (12, 12', 12") are capable of emitting at least two rectilinear light beams, respectively a first light beam projected onto the first inner surface and forming the first artificial horizon line (14, 14'), and a second light beam projected onto the second inner surface (15, 15') and forming the second artificial horizon line (16, 16'), and wherein the display means (12, 12', 12") comprise at least one light source emitting a main light beam, and means for separating and deflecting said main light beam into two secondary light beams. - a triaxial accelerometer configured to detect the accelerations of the vehicle along 3 axes and to emit a corresponding acceleration signal; - means (12, 12', 12") for displaying light markers capable of forming at least one first artificial horizon line (14, 14') at a first inner surface of the motor vehicle and at least one second artificial horizon line (16, 16') at a second inner surface (15, 15') of the motor vehicle, said first and second artificial horizon lines (14, 16; 14', 16') being perpendicular or substantially perpendicular to each other; - a control unit capable of receiving the acceleration signals emitted by the accelerometer and of driving said display means (12, 12', 12") such that the first and second artificial horizon lines (14, 16; 14', 16') are aligned in a horizontal plane, perpendicular or substantially perpendicular to the gravity vector, whatever the accelerations of the vehicle, the position of said horizontal plane along a direction parallel to the gravity vector being able to vary as a function of a physical parameter linked to the person seated in the motor vehicle while being positioned just next to the first inner surface and just in front of the second inner surface (15, 15),
Apparatus for ascertaining the location of a first mechanical element (10, 110) and of a second mechanical element (14, 110) in relation to one another, having a first measurement unit for placement on the first mechanical element, a second measurement unit for placement on the second mechanical element, and an evaluation unit, wherein the apparatus has means (49; 138; 42, 238) for producing a first optical pattern on the first measurement unit and means (49; 140, 141; 240) for producing a second optical pattern on the second measurement unit, wherein the second measurement unit has a beam splitter that faces the first measurement unit when the measurement units are placed on the respective mechanical element, wherein the second optical pattern is arranged, viewed from the first measurement unit, downstream of the beam splitter, wherein the first measurement unit has a camera with a detector and an imaging optical unit to image a superposition of the first optical pattern reflected at the beam splitter and of the second optical pattern transmitted by the beam splitter onto the detector, and wherein the evaluation unit is configured to ascertain the location of the first mechanical element and of the second mechanical element in relation to one another from the relative positions of the imaging of the first optical pattern and of the second optical pattern on the detector.
A method for receiving a discovery signal by a user equipment, UE, in a wireless communication system, comprising a base station, BS, the method comprising: identifying a discovery signals measurement timing configuration, DMTC, duration based on a DMTC periodicity; and receiving, from the BS, on a carrier in an unlicensed spectrum, a discovery signal in a subframe associated with the DMTC duration, wherein the subframe associated with the DMTC duration is determined based on a channel associated with the carrier being sensed to be idle for a predetermined time period; wherein the discovery signal comprises a cell-specific reference signal, CRS, and a sequence for the CRS is identified based on a value associated with a slot number of a slot in which the CRS is transmitted; wherein, when the subframe is one of subframes with indices from 0 to 4, the value is 0 in a first slot of the subframe or 1 in a second slot of the subframe, and wherein, when the subframe is one of subframes with indices from 5 to 9, the value is 10 in a first slot of the subframe or 11 in a second slot of the subframe. identifying a discovery signals measurement timing configuration, DMTC, duration based on a DMTC periodicity; and receiving, from the BS, on a carrier in an unlicensed spectrum, a discovery signal in a subframe associated with the DMTC duration, wherein the subframe associated with the DMTC duration is determined based on a channel associated with the carrier being sensed to be idle for a predetermined time period; wherein the discovery signal comprises a cell-specific reference signal, CRS, and a sequence for the CRS is identified based on a value associated with a slot number of a slot in which the CRS is transmitted; wherein, when the subframe is one of subframes with indices from 0 to 4, the value is 0 in a first slot of the subframe or 1 in a second slot of the subframe, and wherein, when the subframe is one of subframes with indices from 5 to 9, the value is 10 in a first slot of the subframe or 11 in a second slot of the subframe.
An alpha 7 nicotinic acetylcholine receptor agonist for use in the facilitation of emergence from general anesthesia; wherein said alpha 7 nicotinic acetylcholine receptor agonist is -3-(6-p-tolyl-pyridin-3-yloxy)-1-aza-bicyclo[2.2.2]octane in free base form or in acid addition salt form.
Apparatus for use with a ventricular assist device that is, when in use, assisting cardiac function of a biological subject, the apparatus including an electronic processing device that, when in use: a) determines a flow rate of blood through the ventricular assist device; b) analyses the flow rate to determine a flow parameter value at least partially indicative of a change in the flow rate during diastole; and, c) uses the flow parameter value to at least one of: i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole. a) determines a flow rate of blood through the ventricular assist device; b) analyses the flow rate to determine a flow parameter value at least partially indicative of a change in the flow rate during diastole; and, c) uses the flow parameter value to at least one of: i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole. i) derive at least one blood pressure parameter value at least partially indicative of a blood pressure in the biological subject; and ii) control the ventricular assist device, characterized in that the flow parameter value is indicative of a flow rate gradient during diastole.
A method of performing a password challenge in an embedded system, the method comprising: receiving a password, the password being comprised of a plurality of sub-words; scrambling the sub-words of the password pursuant to scramble control codes; retrieving a verification word, the verification word being comprised of a plurality of sub-words; scrambling the sub-words of the verification word pursuant to the scramble control codes; and comparing the scrambled sub-words of the password to the scrambled sub-words of the verification word, and granting access to a secure resource if the scrambled sub-words of the password match the scrambled sub-words of the verification word; wherein the scramble control codes cause random reordering of the sub-words of the password and sub-words of the verification word in a same fashion, characterised in that the scramble control codes further cause insertion of random delays between the comparison of different sub-words of the password to corresponding sub-words of the verification word. receiving a password, the password being comprised of a plurality of sub-words; scrambling the sub-words of the password pursuant to scramble control codes; retrieving a verification word, the verification word being comprised of a plurality of sub-words; scrambling the sub-words of the verification word pursuant to the scramble control codes; and comparing the scrambled sub-words of the password to the scrambled sub-words of the verification word, and granting access to a secure resource if the scrambled sub-words of the password match the scrambled sub-words of the verification word; wherein the scramble control codes cause random reordering of the sub-words of the password and sub-words of the verification word in a same fashion, characterised in that the scramble control codes further cause insertion of random delays between the comparison of different sub-words of the password to corresponding sub-words of the verification word.
Vehicle restraint system with at least one post, with at least one guardrail whose plank profile has a central plank web and plank legs (9, 10) adjoining the plank web above and below, which taper the roadway at least partially, and with at least one, post and guardrail firmly connecting spacer (5, 6) having a profile (11, 12) with a shear center (M1, M2) and at least one flange (13, 14 or 15, 16) projecting of its profile (11, 12), which flange (13, 14 or 15, 16) is firmly connected to the plank legs (9, 10) of the guardrail, wherein between the post and guardrail at least two spacers (5, 6) are provided, each having a cross-sectionally open profile (11, 12), of which spacers (5, 6) at least one spacer with its from the profile projecting flange (13, 14) is firmly connected to the upper plank limb of guardrail and at least one other spacer with its from the profile projecting flange (15, 16) is firmly connected to the lower plank limb of the guardrail, characterized in that the shear centers (M1, M2) of the profiles (11, 12) of at least two oft he spacers (5, 6) are offset from each other horizontally.
A wireless network card, comprising: a USB converter (20; 30; 40; 50), for example a USB converter having a rotary configuration, configured for connecting the wireless network card to a computer for accessing a wireless network or configured for connecting the wireless network card to an access point of Wireless Fidelity, and a first Printed Circuit Board, PCB (24; 34; 44), connected to the USB converter, and a first conductor (22; 32; 42; 52), wherein one of the USB converter and the first PCB (24; 34; 44) is connected to one end of the first conductor (22; 32; 42; 52) through a first capacitance coupling module configured for capacitance coupling and grounding, and the other one of the USB converter and the first PCB (24; 34; 44) is connected to the other end of the first conductor (22; 32; 42; 52).