mhurhangee/ep-ind-claims huggingface dataset:
Bed, particularly a delivery bed, comprising: - a support frame; - a back support part mounted on the support frame for the purpose of supporting the back of a user; - a foot support part for supporting the feet of the user; - a storage space under the back support part, suitable for accommodating the foot support part therein; - a displacing unit for sliding the foot support part respectively into and out of the storage space, between a slid-in position in which the foot support part is accommodated substantially in the storage space and a slid-out position in which the foot support part has been slid at least partially out of the storage space and has been displaced over a height such that the foot support part extends substantially in line with the back support part, wherein the displacing unit comprises: - a lower slide-out frame arranged slidably in the storage space; - an upper slide-out frame coupled via a coupling mechanism to the slidable lower slide-out frame, wherein the foot support part is arranged on the upper slide-out frame or is formed integrally therewith, wherein the displacing unit comprises a drive for driving the displacement of the lower slide-out frame, characterized in that the drive comprises: a scissor construction, connected on a first side to a head end of the support frame and connected on a second, opposite side to the lower slide-out frame; and an actuator, arranged at the head of the bed and configured to lengthen or shorten the scissor construction in order to move the lower slide-out frame respectively into and out of the storage space in horizontal direction relative to the support frame. - a support frame; - a back support part mounted on the support frame for the purpose of supporting the back of a user; - a foot support part for supporting the feet of the user; - a storage space under the back support part, suitable for accommodating the foot support part therein; - a displacing unit for sliding the foot support part respectively into and out of the storage space, between a slid-in position in which the foot support part is accommodated substantially in the storage space and a slid-out position in which the foot support part has been slid at least partially out of the storage space and has been displaced over a height such that the foot support part extends substantially in line with the back support part, wherein the displacing unit comprises: - a lower slide-out frame arranged slidably in the storage space; - an upper slide-out frame coupled via a coupling mechanism to the slidable lower slide-out frame, wherein the foot support part is arranged on the upper slide-out frame or is formed integrally therewith, a scissor construction, connected on a first side to a head end of the support frame and connected on a second, opposite side to the lower slide-out frame; and an actuator, arranged at the head of the bed and configured to lengthen or shorten the scissor construction in order to move the lower slide-out frame respectively into and out of the storage space in horizontal direction relative to the support frame.
A rotary electric machine comprising: - a rotor including a plurality of permanent magnets having magnetic poles, in a circumferential direction of a rotor iron core; and - a stator including a plurality of tooth sections each having a front end portion which faces the rotor, and - wherein the rotor has a skew structure having a change section in which boundaries between the magnetic poles change with respect to a rotation axis direction, characterized in that the front end portion of each of the plurality of tooth sections of the stator has an auxiliary slot (24A, 24B, 24C) which is selectively formed in an extending manner at one portion of the front end portion in the rotation axis direction such that substantially a center of the auxiliary slot (24A, 24B, 24C) in the rotation axis direction is opposed to a center of the change section in the rotation axis direction, and no auxiliary slot (24A, 24B, 24C) is formed at portions located on extensions of the auxiliary slot in the rotation axis direction. - a rotor including a plurality of permanent magnets having magnetic poles, in a circumferential direction of a rotor iron core; and - a stator including a plurality of tooth sections each having a front end portion which faces the rotor, and - wherein the rotor has a skew structure having a change section in which boundaries between the magnetic poles change with respect to a rotation axis direction,
A repair device that repairs a welded part on an inner peripheral side of a pipe, comprising: a casing; a slide shaft slidably arranged with respect to the casing; a turn table rotatably arranged with respect to the slide shaft; and a cutting mechanism installed on the turn table and including a plurality of cutting tools for cutting the welded part, wherein the turn table is rotationally displaced while the shaft slides in an axial direction, so that the cutting tools helically turn to cut an inner periphery of the pipe, and the cutting mechanism includes a cutting-tool switching unit that switches the cutting tools. a casing; a slide shaft slidably arranged with respect to the casing; a turn table rotatably arranged with respect to the slide shaft; and a cutting mechanism installed on the turn table and including a plurality of cutting tools for cutting the welded part, wherein the turn table is rotationally displaced while the shaft slides in an axial direction, so that the cutting tools helically turn to cut an inner periphery of the pipe, and the cutting mechanism includes a cutting-tool switching unit that switches the cutting tools.
A refrigerator comprising: a rear shelf that is located in an inner case that defines a storage compartment, such as a refrigerating compartment or a freezing compartment, with an open front; a front shelf that is located closer to the open front of the storage compartment than the rear shelf; characterized in that the refrigerator further comprises: a guard that is rotatably connected to the front shelf, wherein the guard comprises a side guard that is located at a lateral surface of the front shelf and a front guard that is located at a front surface of the front shelf; and a front shelf lifting device that is configured to rotate the front shelf down about an axis at the rear shelf based on the guard moving up, wherein the front shelf lifting device is configured to maintain an orientation of the front shelf during rotation, wherein the front shelf lifting device comprises: a connection bar that is configured to connect the front shelf and the rear shelf; and an interlocking mechanism that is configured to rotate the connection bar in a first direction and that is configured to rotate the guard in a second direction that is opposite the first direction. a rear shelf that is located in an inner case that defines a storage compartment, such as a refrigerating compartment or a freezing compartment, with an open front; a front shelf that is located closer to the open front of the storage compartment than the rear shelf; a guard that is rotatably connected to the front shelf, wherein the guard comprises a side guard that is located at a lateral surface of the front shelf and a front guard that is located at a front surface of the front shelf; and a front shelf lifting device that is configured to rotate the front shelf down about an axis at the rear shelf based on the guard moving up, wherein the front shelf lifting device is configured to maintain an orientation of the front shelf during rotation, wherein the front shelf lifting device comprises: a connection bar that is configured to connect the front shelf and the rear shelf; and an interlocking mechanism that is configured to rotate the connection bar in a first direction and that is configured to rotate the guard in a second direction that is opposite the first direction. a connection bar that is configured to connect the front shelf and the rear shelf; and an interlocking mechanism that is configured to rotate the connection bar in a first direction and that is configured to rotate the guard in a second direction that is opposite the first direction.
A wireless light sensor comprising a sensor element generating a light measuring signal; a microcontroller coupled to the sensor element, the microcontroller having an active mode and a sleeping mode; and a radio communication device coupled to the microcontroller, wherein the light sensor further comprises a wake-up circuit configured for determining a rate of change of the light measuring signal, when the microcontroller is in the sleeping mode, and bringing the microcontroller from the sleeping mode into the active mode, when the rate of change of the light measuring signal exceeds a predetermined threshold, for thereby transmitting data representative of the light measuring signal through the radio communication device.
Sand pit system with a sand pit and a protective screen, which is associated therewith and which is adjustable in height between an upper end position and a lower end position, wherein the protective screen in the lower end position covers the sand pit and the protective screen in the upper end position is arranged at a spacing above the sand pit, wherein the sand pit comprises a base and a side wall which protrudes upwardly from the edge thereof and encircles in circumferential direction of the base, and wherein mounting means for mounting a mast are provided at the base, wherein the protective screen is adjustable in height at the mast, characterised in that the sand pit has an arrangement of webs in the base region, wherein the webs are secured by a longitudinal side end to a securing element in the centre of the sand pit, and the webs extending in radial direction have a rotationally symmetrical arrangement with respect to the centre.
A cylindrical member comprising a first rigid end part, a second end rigid part and a plurality of longitudinal elements wherein each of the plurality of longitudinal elements extends from the first rigid end part to the second rigid end part, wherein at least one of the longitudinal elements comprises a first portion, a second portion and a connection section, wherein the connection section connects the first portion and the second portion, wherein the first portion is thinner than the second portion, wherein the longitudinal element in the first portion comprises a longitudinal strip, wherein the longitudinal strip comprises a longitudinal slit extending from the second rigid part to the connection section and dividing the longitudinal strip into two parallel sub-strips (268, 272), wherein the connection section comprises a rope equalizer structure comprising a bridge, a first wire and a second wire, wherein the first wire is connected to the one of the two parallel sub-strips (268, 272) and the second wire is connected to the other of the two parallel sub-strips (268, 272), wherein the bridge connects the second portion to the first wire and the second wire, wherein the rope equalizer structure comprises a first rotation point, a second rotation point and a third rotation point, wherein the first rotation point is located on the bridge, the second rotation point is located on the first wire and the third rotation point is located on the second wire such that when there is a longitudinal displacement difference between the first wire and the second wire, the rope equalizer structure rotates about the first rotation point for compensating the longitudinal displacement difference between the first wire and the second wire.
Process for the production of a functional food product, characterized in that it comprises the following operational steps:- arranging a certain quantity of olives containing a predetermined amount of polyphenols;- subjecting said quantity of olives to a grinding operation with consequently separation of the oil obtained by said grinding so as to obtain an oil-free olive paste;- subjecting said olive paste devoid of oil to a drying operation so as to obtain a dried paste;- subjecting said dried paste of olives to a grinding operation and subsequent sieving so as to obtain a semi-finished dough;- cooking said semi-finished dough so as to obtain a final product provided with optimal nutraceutical characteristics; characterized in that said step of drying of said paste of olives is preceded by a step of mixing of said paste of olives free of oil with flours of vegetable origin.
Backfeeding installation (30, 40) comprising: - at least one stationary compressor between a gas network at a first pressure and a gas network at a second pressure higher than the first pressure; and - an automaton for controlling the operation of each stationary compressor; characterised in that the installation comprises a mounting space for at least one additional compressor, which space is equipped with at least one gas inlet connector at the first pressure, at least one gas outlet connector at the second pressure, and at least one energy supply connector for the additional compressor; and in that the installation also comprises: - a distribution unit for distributing gas from the gas network at the first pressure to each stationary compressor and to the gas inlet connector at the first pressure for at least one additional compressor (29, 45, 46); and - a collection unit for collecting gas from each stationary compressor and the gas outlet connector at the second pressure for each additional compressor, the automaton being configured to detect the operational stationary and additional compressors, to determine the compression capacity of the operational compressors and to control the operation of each stationary compressor and each additional compressor as a function of the compression capacity of the operational stationary and additional compressors. - at least one stationary compressor between a gas network at a first pressure and a gas network at a second pressure higher than the first pressure; and - an automaton for controlling the operation of each stationary compressor; - a distribution unit for distributing gas from the gas network at the first pressure to each stationary compressor and to the gas inlet connector at the first pressure for at least one additional compressor (29, 45, 46); and - a collection unit for collecting gas from each stationary compressor and the gas outlet connector at the second pressure for each additional compressor,
A peptide for use in treating and/or preventing an infection with any one of the viruses selected from RSV, KSHV, CMV, CHIKV, TBEV, VSV, ZIKV and HCV, wherein said peptide comprises or consists of the amino acid sequence wherein Lab is labionin X 1 is an amino acid selected from Asn, Asp, and Glu; X 2 is an amino acid selected from Ala, Trp, and Ser; X 3 is an amino acid selected from Val, Leu, and Ile; X 4 is an amino acid selected from Trp and Tyr; X 5 is an amino acid selected from Glu and Asp; X 6 is an amino acid selected from Thr and Ser; X 7 is an amino acid selected from Gly and Pro; and X 8 consists of a sequence of 3 to 5 amino acids. Lab is labionin X 1 is an amino acid selected from Asn, Asp, and Glu; X 2 is an amino acid selected from Ala, Trp, and Ser; X 3 is an amino acid selected from Val, Leu, and Ile; X 4 is an amino acid selected from Trp and Tyr; X 5 is an amino acid selected from Glu and Asp; X 6 is an amino acid selected from Thr and Ser; X 7 is an amino acid selected from Gly and Pro; and X 8 consists of a sequence of 3 to 5 amino acids.
A data carrier or semi-finished data carrier, comprising a transponder (9, 10) with a transponder antenna, the structure of which is completed in an interruption section by a separate conductor bridge, wherein the transponder antenna is configured as an antenna coil and wherein the antenna coil has a plurality of windings and the conductor bridge bridges the windings, characterized in that the conductor bridge is formed by an electroconductive element (4; 4'; 4") extending from one edge to another edge of the data carrier or semi-finished data carrier, wherein the electroconductive element (4; 4'; 4") is a security thread or security band or a security strip (4'; 4").
A peptide or peptide derivative comprising: (i) an amino acid sequence comprising imfwydcye; or (ii) a variant amino acid sequence comprising one, two, three or four amino acid substitutions in imfwydcye, wherein the variant amino acid sequence comprises an amino acid sequence comprising X 1 X 2 mX 4 wydX 8 ye, wherein X 1,, when present, is c, C, or D-Pen; X 2 is i or y; X 4 is f, t, or v; and X 8 is c or e; wherein said peptide or peptide derivative has procoagulant activity, and wherein the peptide or peptide derivative has a molecular weight of between 0.5 and 3.5kD. (i) an amino acid sequence comprising imfwydcye; or (ii) a variant amino acid sequence comprising one, two, three or four amino acid substitutions in imfwydcye, wherein the variant amino acid sequence comprises an amino acid sequence comprising X 1 X 2 mX 4 wydX 8 ye, wherein X 1,, when present, is c, C, or D-Pen; X 2 is i or y; X 4 is f, t, or v; and X 8 is c or e;
A method of delivering fracturing fluid to a wellbore, the method comprising the steps of: providing a dedicated source of electric power at a site containing a wellbore to be fractured; providing one or more electric fracturing modules at the site, the electric fracturing module comprising an electric motor and a coupled fluid pump, the electric motor operatively associated with the dedicated source of electric power; providing the fracturing fluid for pressurized delivery to a wellbore, wherein the fracturing fluid comprises a liquefied petroleum gas; and operating the fracturing modules using electric power from the dedicated source to pump the fracturing fluid to the wellbore, characterized in that a control system for regulating various equipment and systems within the electric powered fracturing operation is provided, wherein the electric motor is controlled by a variable frequency drive, wherein the control system and the variable frequency drive calculate a maximum current available at the motor based on a value for the maximum pressure for the treatment provided by a system operator. providing a dedicated source of electric power at a site containing a wellbore to be fractured; providing one or more electric fracturing modules at the site, the electric fracturing module comprising an electric motor and a coupled fluid pump, the electric motor operatively associated with the dedicated source of electric power; providing the fracturing fluid for pressurized delivery to a wellbore, wherein the fracturing fluid comprises a liquefied petroleum gas; and operating the fracturing modules using electric power from the dedicated source to pump the fracturing fluid to the wellbore, characterized in that a control system for regulating various equipment and systems within the electric powered fracturing operation is provided, wherein the electric motor is controlled by a variable frequency drive, wherein the control system and the variable frequency drive calculate a maximum current available at the motor based on a value for the maximum pressure for the treatment provided by a system operator.
Interrupting device for an electric current having separable contacts for an interrupting apparatus for an electric current, such as a circuit breaker or a contactor, the interrupting device comprising: - fixed electrical contacts (4, 6) and a movable electrical contact; - a cage and a movable pusher capable of being displaced in translation relative to the cage along a displacement axis, the cage delimiting a receiving cavity inside which the pusher is received, the movable electrical contact being mounted on the pusher, the displacement of the pusher along the displacement axis between a deployed position and a retracted position allowing the interrupting device to be switched between an electrically closed state and an electrically open state, respectively; - a resilient return member which returns the pusher to its deployed position; the interrupting device further comprising, arranged at a distal end of the receiving cavity: - a braking zone forming a restriction which locally reduces the internal dimensions of the cross-section of the receiving cavity, in order to slow down the pusher when it is displaced towards its deployed position; - a stop for stopping the movement of the pusher in translation; the interrupting device being characterised in that the stop is formed on the opposite side from the braking zone. - fixed electrical contacts (4, 6) and a movable electrical contact; - a cage and a movable pusher capable of being displaced in translation relative to the cage along a displacement axis, the cage delimiting a receiving cavity inside which the pusher is received, the movable electrical contact being mounted on the pusher, the displacement of the pusher along the displacement axis between a deployed position and a retracted position allowing the interrupting device to be switched between an electrically closed state and an electrically open state, respectively; - a resilient return member which returns the pusher to its deployed position; - a braking zone forming a restriction which locally reduces the internal dimensions of the cross-section of the receiving cavity, in order to slow down the pusher when it is displaced towards its deployed position; - a stop for stopping the movement of the pusher in translation;