mhurhangee/ep-ind-claims huggingface dataset:
An actuator pressure intensifying assembly comprising a mode valve and a gear motor assembly, the mode valve arranged to receive, at an input port, a supply pressure and to provide, at an output port, a control pressure to an actuator, the mode valve further configured to move, in response to the supply pressure exceeding a predetermined activation threshold pressure, from a first mode in which the supply pressure flows directly from the input port to the output port in a first fluid flow path, and a second mode in which the supply pressure flows from the input port to the output port in a second fluid flow path which includes the gear motor assembly between the input port and the output port which intensifies the supply pressure such that the control pressure is higher than the supply pressure; wherein the mode valve comprises a valve body and a spool arranged for axial movement within the valve body, the valve body defining the input port and the output port and further defining second mode outlet ports (41,42), and wherein the mode valve is arranged such that in the first mode, the spool is arranged to provide a flow path between the input port and the output port and to block the second mode output ports (41,42), and in the second mode, to provide a flow path from the input port to a second mode output port connected to the gear motor assembly; and the mode valve further comprising a spring (38, 39) at each end of the spool, the springs selected such that in the first mode, the spool body is positioned, by the springs, to create the flow path between the input port and the output port, and the mode valve being configured such that when the supply pressure applied at the input port exceeds the predetermined threshold pressure, the spool body is moved against the force of the springs to create the flow path from the input port to the second mode output port connected to the gear motor assembly.
User equipment communicating with a base station of a wireless communication system including the base station and the user equipment, the user equipment comprising: a selection unit configured to select a random access signal group from a plurality of random access signal groups by comparing a size of a Common Control Channel Service Data Unit, CCCH SDU, added with MAC header, the CCCH SDU being one of an RRCConnectionRequest message, and an RRC connection resume message, transmitted through a common control channel with a predetermined threshold value and select a random access signal from the random access signal group; and a transmission unit configured to transmit the random access signal selected by the selection unit to the base station, wherein the transmission unit transmits the CCCH SDU through the common control channel using a resource allocated by a response from the base station with respect to the random access signal. a selection unit configured to select a random access signal group from a plurality of random access signal groups by comparing a size of a Common Control Channel Service Data Unit, CCCH SDU, added with MAC header, the CCCH SDU being one of an RRCConnectionRequest message, and an RRC connection resume message, transmitted through a common control channel with a predetermined threshold value and select a random access signal from the random access signal group; and a transmission unit configured to transmit the random access signal selected by the selection unit to the base station, wherein the transmission unit transmits the CCCH SDU through the common control channel using a resource allocated by a response from the base station with respect to the random access signal.
A compound having structure A, or a pharmaceutically acceptable salt, hydrate, or solvate thereof: wherein each R is independently C X, wherein X is selected from the group consisting of an alkyl, a substituted alkyl, an aryl, a substituted aryl, an alkylaryl, and a heterocycle.
An office chair comprising a seat and a backrest, wherein the seat has a back part facing the backrest, and a front part directed forwardly away from the backrest, and wherein the backrest includes a lumbar support, which is adjustable between an inactive position in which it follows the general shape of the backrest, and a fully active position in which it is curved outwards forwardly from the backrest in order to support the lumbar back portion of a person seated on the seat of the chair, characterised in that the seat is tiltable about a first pivot point between an initial position, and a slightly forwardly tilted second position, wherein the position of the seat is adjusted by means of the centre of gravity of a person seated in the chair, such that when the centre of gravity is behind the pivot point the seat rests in the first position and when the centre of gravity is in front of the pivot point the seat rests in the second position, and in that the position of the lumbar support is governed by the position of the seat such that it is positioned in the inactive position when the seat is in the initial position, and in the active position when the seat rests in the tilted position, in order to support the lumbar back portion of a person seated on the seat of the chair when said person is leaning forwards, wherein a wire is arranged between the seat and the lumbar support, the wire being arranged inside a rigid sheath such that it is free to move co-axially inside the sheath, the sheath having two openings (10, 11), a first opening from which a first end of the wire exits and attaches to a fixing point on the underside of the back part of the seat, and a fixed second opening from which a second end of the wire exits and connects to the lumbar support, and wherein the first end of the wire is withdrawn from the first opening of the sheath as the seat is tilted into the tilted position, which results in that the second end of the wire is pulled in through the second opening such that it acts on the lumbar support, to position it in the active position.
A compound for use in treating cardiac hypertrophy in a subject in need thereof, said compound selected from 1-octyl alpha-ketoglutarate and pharmaceutically acceptable solvates and salts thereof, wherein the heart size is reduced and the cardiac output of the subject is restored to pre-cardiac hypertrophic output levels.
A nutritional composition comprising a milk-derived fermented product that is fermented by lactic acid producing bacteria, the milk-derived fermented product comprising i) lactic acid and/or lactate, ii) at least one selected from the group consisting of whey, whey protein and casein, for use in the treatment and/or prevention of gastro-intestinal inflammation mediated by thiol protease activity by reducing thiol protease activity, wherein said milk-derived product is fermented with Streptococcus thermophilus ( S. thermophilus).
A level comprising: a level body defining a planar base surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity; a first material located within the cavity of the vial, wherein the first material is a liquid material; a second material located within the cavity of the vial, the second material forms an indicator within the first material such that an interface is defined between the first and second materials; characterized in that the level further comprises: a third material located within the cavity of the vial, wherein the third material is an amphipathic material that is attracted to the interface between the first material and the second material, wherein the first material is a nonpolar fluid and the second material a polar fluid or the first material is a polar fluid and the second material a nonpolar fluid. a level body defining a planar base surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity; a first material located within the cavity of the vial, wherein the first material is a liquid material; a second material located within the cavity of the vial, the second material forms an indicator within the first material such that an interface is defined between the first and second materials; characterized in that the level further comprises: a third material located within the cavity of the vial, wherein the third material is an amphipathic material that is attracted to the interface between the first material and the second material, wherein the first material is a nonpolar fluid and the second material a polar fluid or the first material is a polar fluid and the second material a nonpolar fluid.
A method performed by a mobile management entity, the method comprising: detecting, for an extended service request for a mobile originated circuit switched fallback by a user equipment, that the circuit switched fallback is due to an emergency; and marking an interface association for the user equipment as not valid if it is detected that the circuit switched fallback is due to an emergency. detecting, for an extended service request for a mobile originated circuit switched fallback by a user equipment, that the circuit switched fallback is due to an emergency; and marking an interface association for the user equipment as not valid if it is detected that the circuit switched fallback is due to an emergency.
A remote radio unit, RRU, comprising hardware processing circuitry configured to: receive an uplink communication via an air interface from a user equipment, LTE; remove an uplink cyclic prefix, CP, from the uplink communication; convert, by performing fast Fourier transform, FFT, on the uplink communication after removing the uplink CP, the uplink communication from an uplink time domain signal to an uplink frequency domain signal; communicate the uplink frequency domain signal to a baseband unit, BBU, via a physical communication link; and receive a downlink communication from the BBU via the physical communication link, the downlink communication comprising a downlink time domain signal obtained by performing an inverse FFT, IFFT, processing at the BBU, wherein the downlink communication includes a downlink CP. receive an uplink communication via an air interface from a user equipment, LTE; remove an uplink cyclic prefix, CP, from the uplink communication; convert, by performing fast Fourier transform, FFT, on the uplink communication after removing the uplink CP, the uplink communication from an uplink time domain signal to an uplink frequency domain signal; communicate the uplink frequency domain signal to a baseband unit, BBU, via a physical communication link; and receive a downlink communication from the BBU via the physical communication link, the downlink communication comprising a downlink time domain signal obtained by performing an inverse FFT, IFFT, processing at the BBU, wherein the downlink communication includes a downlink CP.
Device for securing glass panels to a wall or a deck in order to form a balustrade, the device comprising a first profile, named U-shaped profile, which has a longitudinal groove, arranged to receive and support the lower edge of the panels, and anchoring means (2, 28, 30; 102, 110) comprising a second profile (2; 102), named backplate, of a length substantially equal to the length of the U-shaped profile and arranged to be secured on the wall or on the deck and to rigidly connect the U-shaped profile thereto, the U-shaped profile and the backplate being arranged to be rigidly joined by fitting together a face of the U-shaped profile and a face of the backplate which is of complementary configuration, the face of the backplate having at least one rib (24, 26) in which is formed a longitudinal undercut notch, the notch being open in the upwards direction, and the face of the U-shaped profile comprising at least one hook-shaped part (16, 18) arranged to be anchored to the rib by engaging in the longitudinal notch; characterised in that the device further comprises locking means (32, 33, 34; 48, 50; 148, 150) arranged to lock the U-shaped profile and the backplate (2; 102) in the joined position, the locking means comprising at least one aperture (33; 50; 150) formed in the U-shaped profile and at least one rod (34; 48, 148) arranged to extend out of the aperture and to block any movement of the U-shaped profile in a direction permitting the disengagement of the hook-shaped part (16, 18) from the notch.
A digital holography device comprising: a light source that emits light, wherein the emitted light comprises reference light and object light; a phase-shifting element that splits the reference light emitted from the light source into two kinds of reference light beams having different phases in a plane perpendicular to a direction in which the light emitted from the light source travels; image-capturing means having an image-capturing plane on which two kinds of interference fringe patterns are recorded, the interference fringe patterns being formed by interferences between the two kinds of reference light beams and an object light beam formed by radiation, transmission, scattering, reflection, or diffraction of object light from a subject; and an image reconstruction device that generates a reconstructed image of the subject according to the two kinds of interference fringe patterns recorded on the image-capturing plane, the device being characterized in that the phase-shifting element is an array device that has two kinds of phase-shifting regions arranged in a checkerboard pattern in the plane perpendicular to the direction in which the light emitted from the light source travels, the reference light beams having intensities that are higher than intensities of the object light beam. a light source that emits light, wherein the emitted light comprises reference light and object light; a phase-shifting element that splits the reference light emitted from the light source into two kinds of reference light beams having different phases in a plane perpendicular to a direction in which the light emitted from the light source travels; image-capturing means having an image-capturing plane on which two kinds of interference fringe patterns are recorded, the interference fringe patterns being formed by interferences between the two kinds of reference light beams and an object light beam formed by radiation, transmission, scattering, reflection, or diffraction of object light from a subject; and an image reconstruction device that generates a reconstructed image of the subject according to the two kinds of interference fringe patterns recorded on the image-capturing plane, the device being characterized in that the phase-shifting element is an array device that has two kinds of phase-shifting regions arranged in a checkerboard pattern in the plane perpendicular to the direction in which the light emitted from the light source travels, the reference light beams having intensities that are higher than intensities of the object light beam.
A multistage system for recovering waste heat, which comprises: a first column, a first steam reboiler connected to a lower part of said first column for supplying heat to the first column, a first hot water generator connected to an upper part of said first column for heating cold water to hot water by a hot fluid discharged from the upper part of said first column, a second column, a second steam reboiler connected to a lower part of said second column for supplying heat to the second column, and a second hot water reboiler connected between said first hot water generator and the lower part of said second column for supplying heat from said hot water to the lower part of said second column, and characterised by: a third column, a third steam reboiler connected to a lower part of said third column for supplying heat to the third column, and a third hot water reboiler connected between said second hot water reboiler and the lower part of said third column for supplying heat from the hot water discharged from said second hot water reboiler to the lower part of said third column, and the system being configured such that said second column is operated at a temperature higher than the temperature at which said third column is operated. a first column, a first steam reboiler connected to a lower part of said first column for supplying heat to the first column, a first hot water generator connected to an upper part of said first column for heating cold water to hot water by a hot fluid discharged from the upper part of said first column, a second column, a second steam reboiler connected to a lower part of said second column for supplying heat to the second column, and a second hot water reboiler connected between said first hot water generator and the lower part of said second column for supplying heat from said hot water to the lower part of said second column, and characterised by: a third column, a third steam reboiler connected to a lower part of said third column for supplying heat to the third column, and a third hot water reboiler connected between said second hot water reboiler and the lower part of said third column for supplying heat from the hot water discharged from said second hot water reboiler to the lower part of said third column, and the system being configured such that said second column is operated at a temperature higher than the temperature at which said third column is operated. a third column, a third steam reboiler connected to a lower part of said third column for supplying heat to the third column, and a third hot water reboiler connected between said second hot water reboiler and the lower part of said third column for supplying heat from the hot water discharged from said second hot water reboiler to the lower part of said third column, and the system being configured such that said second column is operated at a temperature higher than the temperature at which said third column is operated.
Power tool braking device, in particular hand-held power tool braking device, of a portable power tool (12a; 12b; 12c; 12d) having at least one magnetic field braking unit (14a; 14b; 14c; 14d), wherein the magnetic field braking unit (14a; 14b; 14c; 14d) has at least one electromagnet (52a; 52b; 52c; 52d), characterized in that the magnetic field braking unit (14a; 14b; 14c; 14d) comprises at least two braking elements (18a, 24a; 18b, 24b; 18c, 24c; 18d, 24d), which are formed as permanent magnets (20a, 22a; 20b, 22b; 20c, 22c; 20d, 22d), wherein the braking elements (18a, 24a; 18b, 24b; 18c, 24c; 18d, 24d) which are formed as permanent magnets (20a, 22a; 20b, 22b; 20c, 22c; 20d, 22d) are positioned so as to be movable relative to one another.
A blood collection tube holder (22, 100, 200, 300, 400) comprising: a body (30, 102, 202, 333, 433) further comprising a rearwardly facing fluid discharge needle (74, 150, 225, 338, 438) and a needle retraction chamber (38, 108, 113, 212) laterally spaced apart from the fluid discharge needle (74, 150, 225, 338, 438); and the blood collection tube holder (22, 100, 200, 300, 400) is characterized by a frontal attachment (32, 104, 202, 204, 334, 434) disposed in transverse sliding relation to the body (30, 102, 202, 333, 433), the frontal attachment (32, 104, 202, 204, 334, 434) comprising a needle retraction mechanism further comprising a forwardly projecting venipuncture needle (50, 124, 232, 323, 432) that is coaxially alignable with the fluid discharge needle (74, 150, 225, 338, 438) when the frontal attachment (32, 104, 202, 204, 334, 434) is disposed in a first position relative to the body (30, 102, 202, 333, 433), and that is retractable into the needle retraction chamber (38, 108, 113, 212) when the body (30, 102, 202, 333, 433) is repositioned laterally relative to the frontal attachment (32, 104, 202, 204, 334, 434) so that the needle retraction chamber (38, 108, 113, 212) becomes coaxially alignable with the venipuncture needle (50, 124, 232, 323, 432). a body (30, 102, 202, 333, 433) further comprising a rearwardly facing fluid discharge needle (74, 150, 225, 338, 438) and a needle retraction chamber (38, 108, 113, 212) laterally spaced apart from the fluid discharge needle (74, 150, 225, 338, 438); and the blood collection tube holder (22, 100, 200, 300, 400) is characterized by a frontal attachment (32, 104, 202, 204, 334, 434) disposed in transverse sliding relation to the body (30, 102, 202, 333, 433), the frontal attachment (32, 104, 202, 204, 334, 434) comprising a needle retraction mechanism further comprising a forwardly projecting venipuncture needle (50, 124, 232, 323, 432) that is coaxially alignable with the fluid discharge needle (74, 150, 225, 338, 438) when the frontal attachment (32, 104, 202, 204, 334, 434) is disposed in a first position relative to the body (30, 102, 202, 333, 433), and that is retractable into the needle retraction chamber (38, 108, 113, 212) when the body (30, 102, 202, 333, 433) is repositioned laterally relative to the frontal attachment (32, 104, 202, 204, 334, 434) so that the needle retraction chamber (38, 108, 113, 212) becomes coaxially alignable with the venipuncture needle (50, 124, 232, 323, 432).
A wireless communication system, comprising: an access node configured to transmit a relay downlink control information 'R-DCI' to a relay node in a predetermined number of resource blocks and a predetermined number of orthogonal frequency division multiplexing 'OFDM' symbols, wherein the predetermined number of resource blocks and the predetermined number of OFDM symbols are transmitted to the relay node via Radio Resource Control 'RRC' signaling, wherein the transmitter is further configured to transmit, to the relay node, a downlink grant using a relay identification, on a physical downlink shared channel (PDSCH) resource block for relay data.
An air-cooled gas condenser for condensing gasses and vapours, comprising: an inner tube having a bore therethrough; an outer tube having a bore therethrough and two ends, the inner tube passing through the bore of the outer tube; and a seal (15, 16; 122) at each end of the outer tube, sealing the outer tube to the inner tube so as to define a sealed space forming a closed fluid space between the inner tube, the outer tube and the seals (15, 16; 122), in which the space contains or is adapted to contain a liquid in contact with the inner tube and the outer tube, wherein the outer tube is made from metal and comprises a plurality of internal fins extending into the sealed space and a plurality of external fins extending outwardly from an outer surface of the outer tube and wherein the inner tube is made from glass. an inner tube having a bore therethrough; an outer tube having a bore therethrough and two ends, the inner tube passing through the bore of the outer tube; and a seal (15, 16; 122) at each end of the outer tube, sealing the outer tube to the inner tube so as to define a sealed space forming a closed fluid space between the inner tube, the outer tube and the seals (15, 16; 122),