mhurhangee/ep-ind-claims huggingface dataset:
A roller shade apparatus for a vehicle, comprising: a sheet provided for light shielding, the sheet moving in a first direction and being wound to cause a transparent member forming a transparent range at an opening portion of the vehicle to be exposed, the sheet moving in a second direction opposite from the first direction and being deployed to cover the transparent member; first and second guide rails provided at respective side edges of the opening portion in a width direction perpendicular to a moving direction of the sheet, the first and second guide rails extending in the moving direction of the sheet, the first and second guide rails supporting respective side portions of the sheet in the width direction to be guided in the moving direction of the sheet; the sheet including a sheet body portion being deployable to cover the transparent member in a case where the sheet is fed, and first and second guide members made of resin, the first and second guide members being connected to the respective side portions of the sheet and being movably attached to the first and second guide rails, characterized in that a wire rod made of metal and embedded in each of the first and second guide members over an entire length of the first and second guide members in the moving direction. a sheet provided for light shielding, the sheet moving in a first direction and being wound to cause a transparent member forming a transparent range at an opening portion of the vehicle to be exposed, the sheet moving in a second direction opposite from the first direction and being deployed to cover the transparent member; first and second guide rails provided at respective side edges of the opening portion in a width direction perpendicular to a moving direction of the sheet, the first and second guide rails extending in the moving direction of the sheet, the first and second guide rails supporting respective side portions of the sheet in the width direction to be guided in the moving direction of the sheet; the sheet including a sheet body portion being deployable to cover the transparent member in a case where the sheet is fed, and first and second guide members made of resin, the first and second guide members being connected to the respective side portions of the sheet and being movably attached to the first and second guide rails, a wire rod made of metal and embedded in each of the first and second guide members over an entire length of the first and second guide members in the moving direction.
Water-cooled water-moderated nuclear reactor core melt cooling and confinement system containing: a reactor vessel having a bottom, a cone-shaped guide plate installed under the reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with a cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall of the core catcher from dynamic, thermal and chemical impacts, and filler material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains internal and external metal layers with an intermediate layer in the form of a non-metal filler located in between and wherein bearing ribs are installed between the internal and external layers at an azimuth pitch (S pitch) that meets the following criterion: d ext / 15 < S pitch < d ext / 5, where d ext is external diameter of the multi-layer vessel. a reactor vessel having a bottom, a cone-shaped guide plate installed under the reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with a cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall of the core catcher from dynamic, thermal and chemical impacts, and filler material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains internal and external metal layers with an intermediate layer in the form of a non-metal filler located in between and wherein bearing ribs are installed between the internal and external layers at an azimuth pitch (S pitch) that meets the following criterion: d ext / 15 < S pitch < d ext / 5, where d ext is external diameter of the multi-layer vessel.
A centrifugal compressor comprising: an inlet; and an impeller comprising a hub and blades; the inlet for conveying flow to the impeller comprising guide means (1, 11) arranged to guide the flow through the inlet to induce swirl in the flow adjacent tips of the blades, the direction of swirl being the direction of rotation of the blades, without substantially disturbing flow adjacent the hub; wherein, when in operation, the flow is incident on the guide means and the guide means is arranged to guide the flow by providing at least one surface that is substantially oblique to the flow incident on the guide means; wherein each of the at least one surfaces is embodied by a passageway, wherein each passageway is a hole. an inlet; and an impeller comprising a hub and blades; the inlet for conveying flow to the impeller comprising guide means (1, 11) arranged to guide the flow through the inlet to induce swirl in the flow adjacent tips of the blades, the direction of swirl being the direction of rotation of the blades, without substantially disturbing flow adjacent the hub; wherein, when in operation, the flow is incident on the guide means and the guide means is arranged to guide the flow by providing at least one surface that is substantially oblique to the flow incident on the guide means; wherein each of the at least one surfaces is embodied by a passageway, wherein each passageway is a hole.
An ultrasonic vibration apparatus comprising a vibrator, wherein the vibrator includes: at least two vibration elements to generate ultrasonic vibration when a driving voltage is applied to the vibration elements; at least three electrode portions (32a, 32b) wherein the vibration elements and the electrode portions (32a, 32b) are alternately arranged side by side in a longitudinal direction, at least the three electrode portions (32a, 32b) include at least two first electrode portions and at least one second electrode portion alternately arranged in the longitudinal direction, and the vibrator integrally vibrates ultrasonically in the longitudinal direction when the driving voltage is applied to the first electrode portions and the second electrode portion; and a bridging portion (34a, 34b) formed of one end portion extended from the one first electrode portion, the other end portion extended from the other first electrode portion, and an intermediate portion coupling the one end portion and the other end portion to each other and electrically connecting the one first electrode portion and the other first electrode portion with each other, characterized in that the ultrasonic vibration apparatus further comprises an anti-vibration portion (48; 56) provided between the bridging portion (34a, 34b) and at least one of the vibration elements and the electrode portions (32a, 32b) and configured to interfere with vibration of the bridging portion (34a, 34b) in any other direction except the longitudinal direction. at least two vibration elements to generate ultrasonic vibration when a driving voltage is applied to the vibration elements; at least three electrode portions (32a, 32b) wherein the vibration elements and the electrode portions (32a, 32b) are alternately arranged side by side in a longitudinal direction, at least the three electrode portions (32a, 32b) include at least two first electrode portions and at least one second electrode portion alternately arranged in the longitudinal direction, and the vibrator integrally vibrates ultrasonically in the longitudinal direction when the driving voltage is applied to the first electrode portions and the second electrode portion; and a bridging portion (34a, 34b) formed of one end portion extended from the one first electrode portion, the other end portion extended from the other first electrode portion, and an intermediate portion coupling the one end portion and the other end portion to each other and electrically connecting the one first electrode portion and the other first electrode portion with each other, characterized in that the ultrasonic vibration apparatus further comprises an anti-vibration portion (48; 56) provided between the bridging portion (34a, 34b) and at least one of the vibration elements and the electrode portions (32a, 32b) and configured to interfere with vibration of the bridging portion (34a, 34b) in any other direction except the longitudinal direction.
A diffraction grating-based backlight (100, 200) having controlled diffractive coupling efficiency, the diffraction grating-based backlight comprising: a light guide (110, 210) configured to guide light as a beam of light at a non-zero propagation angle; and a plurality of diffraction gratings (120, 220) at and arranged along a surface of the light guide, a diffraction grating of the plurality being configured to diffractively couple out a portion of the guided light beam through the surface as a coupled-out light beam (102, 204) directed away from the light guide surface at a predetermined principal angular direction, said diffraction gratings having substantially equal size, characterized in that the diffraction gratings of the plurality comprise diffractive features having a diffractive feature modulation configured to selectively control a diffractive coupling efficiency of individual ones of the diffraction gratings as a function of distance along the light guide surface to compensate for a decrease in light intensity of light guided within the light guide, wherein the diffractive feature modulation comprises modulation of subwavelength gaps in the diffractive features, the subwavelength gaps being configured to modulate an effective local diffractive coupling strength of the diffractive features, wherein the subwavelength gaps are parallel with a propagation direction of the guided light beam. a light guide (110, 210) configured to guide light as a beam of light at a non-zero propagation angle; and a plurality of diffraction gratings (120, 220) at and arranged along a surface of the light guide, a diffraction grating of the plurality being configured to diffractively couple out a portion of the guided light beam through the surface as a coupled-out light beam (102, 204) directed away from the light guide surface at a predetermined principal angular direction, said diffraction gratings having substantially equal size, characterized in that the diffraction gratings of the plurality comprise diffractive features having a diffractive feature modulation configured to selectively control a diffractive coupling efficiency of individual ones of the diffraction gratings as a function of distance along the light guide surface to compensate for a decrease in light intensity of light guided within the light guide, wherein the diffractive feature modulation comprises modulation of subwavelength gaps in the diffractive features, the subwavelength gaps being configured to modulate an effective local diffractive coupling strength of the diffractive features, wherein the subwavelength gaps are parallel with a propagation direction of the guided light beam.
A method for transmitting, by a user equipment, UE,, a sounding reference signal, SRS, to a base station, BS, in a time division duplex, TDD, communication system, the method comprising: receiving a radio resource control, RRC, signalling regarding configuration of a first subframe set and a second subframe set; and transmitting the SRS to the BS on a subframe 'i', wherein transmission power of the SRS transmitted on the subframe 'i' is determined based on f c ( i) for the first subframe set, and f c 0 i for the second subframe set, wherein the f c ( i) is a current physical uplink shared channel, PUSCH, power control adjustment state for serving cell 'c' in subframe 'i' belonging to the first sub-frame set, and the f c 0 i is a current PUSCH power control adjustment state for serving cell 'c' in sub-frame 'i' belonging to the second subframe set, wherein the f c ( i) is separately accumulated from a value of a previous subframe belonging to the first subframe set while the f c 0 i is separately accumulated from a value of a previous subframe belonging to the second subframe set, wherein a downlink subframe according to the configuration of the first subframe set and the second subframe set is a subframe not changeable to an uplink subframe, and wherein an uplink subframe according to the configuration of the first subframe set and the second subframe set is a subframe changeable to a downlink subframe. receiving a radio resource control, RRC, signalling regarding configuration of a first subframe set and a second subframe set; and transmitting the SRS to the BS on a subframe 'i', wherein transmission power of the SRS transmitted on the subframe 'i' is determined based on f c ( i) for the first subframe set, and f c 0 i for the second subframe set, wherein the f c ( i) is a current physical uplink shared channel, PUSCH, power control adjustment state for serving cell 'c' in subframe 'i' belonging to the first sub-frame set, and the f c 0 i is a current PUSCH power control adjustment state for serving cell 'c' in sub-frame 'i' belonging to the second subframe set, wherein the f c ( i) is separately accumulated from a value of a previous subframe belonging to the first subframe set while the f c 0 i is separately accumulated from a value of a previous subframe belonging to the second subframe set, wherein a downlink subframe according to the configuration of the first subframe set and the second subframe set is a subframe not changeable to an uplink subframe, and wherein an uplink subframe according to the configuration of the first subframe set and the second subframe set is a subframe changeable to a downlink subframe.
A medical fluid pumping machine comprising: a piston head that can be linearly displaced, the piston head being configured to be disposed within a recess defined by a fastening member of a medical fluid cassette, the piston head comprising a body portion and a contact surface that extends radially beyond a perimeter of the body portion, wherein the contact surface of the piston head is configured to move radially inwardly when the piston head is inserted into the recess of the fastening member, and the piston head having an engagement surface configured to engage an engagement surface of the medical fluid cassette when the piston head is disposed in the recess such that, when the piston head is disposed in the recess and is moved linearly away from a base of the cassette, the engagement surface of the piston head is engaged with the engagement surface of the fastening member and pulls the fastening member and a flexible membrane to which the fastening member is attached away from the base to increase a volume of a fluid pump chamber defined in the cassette between the flexible membrane and the base. a piston head that can be linearly displaced, the piston head being configured to be disposed within a recess defined by a fastening member of a medical fluid cassette, the piston head comprising a body portion and a contact surface that extends radially beyond a perimeter of the body portion, wherein the contact surface of the piston head is configured to move radially inwardly when the piston head is inserted into the recess of the fastening member, and the piston head having an engagement surface configured to engage an engagement surface of the medical fluid cassette when the piston head is disposed in the recess such that, when the piston head is disposed in the recess and is moved linearly away from a base of the cassette, the engagement surface of the piston head is engaged with the engagement surface of the fastening member and pulls the fastening member and a flexible membrane to which the fastening member is attached away from the base to increase a volume of a fluid pump chamber defined in the cassette between the flexible membrane and the base.
Portable power tool having a tool receptacle which is configured to receive an application tool provided with an external profile and has an internal receptacle provided at least partially with an internal profile, and having a tool housing, to which a tool change magazine having at least one tool chamber for storing the application tool is assigned, said tool chamber being able to be oriented so as to be flush with the tool receptacle in order to make it possible to transfer the application tool from the tool chamber into the internal receptacle or from the internal receptacle into the tool chamber, wherein a positioning device for circumferentially orienting the external profile when the application tool is transferred from the tool chamber into the internal receptacle of the tool receptacle in order to produce an at least substantially rotational-play-free form-fitting connection between the internal profile and the external profile is provided, characterized in that the positioning device has at least one magnet (310, 320, 325), which is provided to orient the application tool relative to the internal profile when it is inserted into the internal receptacle.
A pneumatic tire comprising an inner liner or a reinforcing layer made of a thermoplastic elastomer composition including a thermoplastic resin or a blend of a thermoplastic resin and an elastomer as a resin film sheet material by making the thermoplastic elastomer composition into a sheet shape, comprising: an overlap splice portion joined by overlapping the film sheet materials on each other, and joining surface sides of the two layers being formed into flat surfaces and the flat surfaces being joined, characterized in that at least one layer of two layers joined by overlapping the film sheet materials in the overlap splice portion having recessed portions (2, 3) of a depth D that is smaller than a thickness T of the film sheet material on a non-joining surface side thereof. an overlap splice portion joined by overlapping the film sheet materials on each other, and joining surface sides of the two layers being formed into flat surfaces and the flat surfaces being joined,
A vacuum pump, in particular a turbomolecular pump, comprising a first component and a second component which are connected to one another in a final assembled state, wherein at least one separate, single-part molded seal (10, 10', 10", 10"') is provided for sealing the connection of the components and is releasably fastenable to one of the two components for a pre-assembly, characterized in that the molded seal (10, 10', 10", 10'") defines at least two sealing regions (28a, 28b, 28c, 28d, 28e) which are closed in the peripheral direction and which are to be sealed separately from one another; and in that a cross-section of the molded seal (10, 10', 10", 10'") varies locally.
A power tong for making up and breaking out threaded connections between two adjacent segments of pipe, comprising: a body having a bay and a latch post secured to the body proximal to an opening to the bay; and a door pivotally coupled at a proximal end to the body and pivotally movable between a closed position, to close the opening of the bay of the body, and an open position, removed from the opening of the bay of the body, and the door further including a distal end with one or more static latch members, each having a well to engage the latch post of the body; characterised by: a latch cylinder with a proximal end pivotally coupled to the door and a rod hydraulically extendable from the distal end of the latch cylinder, the extendable rod having a distal end pivotally coupled to a pivotal latch member on the door adjacent to the one or more static latch members and having a well to engage the latch post of the body upon pivoting of the pivotal latch member from a retracted position to an engaged position by operation of the latch cylinder. a body having a bay and a latch post secured to the body proximal to an opening to the bay; and a door pivotally coupled at a proximal end to the body and pivotally movable between a closed position, to close the opening of the bay of the body, and an open position, removed from the opening of the bay of the body, and the door further including a distal end with one or more static latch members, each having a well to engage the latch post of the body; characterised by: a latch cylinder with a proximal end pivotally coupled to the door and a rod hydraulically extendable from the distal end of the latch cylinder, the extendable rod having a distal end pivotally coupled to a pivotal latch member on the door adjacent to the one or more static latch members and having a well to engage the latch post of the body upon pivoting of the pivotal latch member from a retracted position to an engaged position by operation of the latch cylinder.
Composition comprising or consisting of the combination of D-aspartic and L-aspartic acids or one or more corresponding salts thereof of alkaline or alkaline earth metals, said active principles being possibly in combination with one or more pharmaceutically acceptable excipient and/or coadjuvant, for use in the treatment of the male infertility.
A composition comprising a solid dispersion comprising at least 4{4-[3-(4-chloro-3-trifluoromethylphenyl)-ureido]-3-fluorophenoxy}-pyridine-2-carboxylic acid methyl amide in substantially amorphous form and a pharmaceutically acceptable matrix.
A method of sensing the attractive force between a magnetic structure (113, 118, 123) and a ferromagnetic target (114, 119, 124) by measuring an opposing residual magnetic field (115, 120, 125), the method including the following steps: i) placing the magnetic structure onto the ferromagnetic target of a given thickness; ii) activating a magnetic field of the magnetic structure; iii) measuring the breakaway force required to detach the magnetic structure from the given thickness of the ferromagnetic target; iv) providing a magnetic field sensor opposite the ferromagnetic target, to measure the magnetic field of the magnetic structure; v) measuring the magnetic field of the magnetic structure with the magnetic structure in contact with the ferromagnetic target of a given thickness; vi) changing the thickness of the ferromagnetic target from the given thickness to a changed thickness and measuring the breakaway force required to detach the magnetic structure from the ferromagnetic target with the changed thickness; vii) measuring the magnetic field of the magnetic structure with the magnetic structure in contact with the ferromagnetic target of a changed thickness; and viii) correlating the measured magnetic fields with the breakaway force for a thickness and a changed thickness of a ferromagnetic target. i) placing the magnetic structure onto the ferromagnetic target of a given thickness; ii) activating a magnetic field of the magnetic structure; iii) measuring the breakaway force required to detach the magnetic structure from the given thickness of the ferromagnetic target; iv) providing a magnetic field sensor opposite the ferromagnetic target, to measure the magnetic field of the magnetic structure; v) measuring the magnetic field of the magnetic structure with the magnetic structure in contact with the ferromagnetic target of a given thickness; vi) changing the thickness of the ferromagnetic target from the given thickness to a changed thickness and measuring the breakaway force required to detach the magnetic structure from the ferromagnetic target with the changed thickness; vii) measuring the magnetic field of the magnetic structure with the magnetic structure in contact with the ferromagnetic target of a changed thickness; and viii) correlating the measured magnetic fields with the breakaway force for a thickness and a changed thickness of a ferromagnetic target.