mhurhangee/ep-ind-claims huggingface dataset:
A dual sided razor cartridge comprising: a) a first face and a second face opposite the first face, b) a plurality of razor blades extending between the first and second faces; c) at least one handle engagement compartment positioned on each face for engagement of the cartridge with a razor handle; and d) at least one guide on each of the first face and the second face along which a push pin may move during shaving. a) a first face and a second face opposite the first face, b) a plurality of razor blades extending between the first and second faces; c) at least one handle engagement compartment positioned on each face for engagement of the cartridge with a razor handle; and d) at least one guide on each of the first face and the second face along which a push pin may move during shaving.
An image capture assembly, comprising: a first module and a second module, wherein the first module comprises an image capture device, a first transmitter for transmitting signals from the image capture device and a first receiver for receiving power wirelessly from the second module, and the second module comprises a second transmitter for transmitting power wirelessly to the first receiver of the first module and a second receiver for receiving signals from the image capture device, characterized in that the first module is configured to be mounted on a first side of a panel and the second module is configured to be mounted on a second side of the panel, the second side opposing the first side, wherein the panel is optically transparent, such that the signals are transmitted optically between the first module and the second module. a first module and a second module, wherein the first module comprises an image capture device, a first transmitter for transmitting signals from the image capture device and a first receiver for receiving power wirelessly from the second module, and the second module comprises a second transmitter for transmitting power wirelessly to the first receiver of the first module and a second receiver for receiving signals from the image capture device, characterized in that the first module is configured to be mounted on a first side of a panel and the second module is configured to be mounted on a second side of the panel, the second side opposing the first side, wherein the panel is optically transparent, such that the signals are transmitted optically between the first module and the second module.
Bending machine for bending pieces of elongated shape, for example profiles, tubes, metal bars, or the like, comprising deforming rollers (9a, 9b; 9c) mounted frontally with parallel rotation axes on a body of the bending machine, at least one of said rollers being vertically translatable within a vertical guide by means of an actuation system along the body of the bending machine maintaining the rotation axis thereof parallel with itself, and at least one of said deforming rollers (9a, 9b; 9c) being actuatable by a further actuation system to rotate around the rotation axis thereof, the workpiece being able to be positioned, to perform machining, between said deforming rollers (9a, 9b; 9c), characterized in that said body of the bending machine is mounted in a movable manner on two stationary sides (3a, 3b) of a fixed frame (3a, 3b, 4) of the bending machine, which also comprises a base integral with the stationary sides (3a, 3b) themselves, said body being able to reach at least two machining positions at 90° with each other, that is a horizontal position and a vertical position.
Seal arrangement for non-contact sealing of anti-friction bearings, comprising: at least one first sealing element having at least two labyrinth grooves (27,28,29), at least two drain grooves (20,21) and at least two drain holes (5,7) attached to the surrounding, stationary machine part, wherein at least one o-ring seals the contact surface of the assembly, and at least one second sealing element attached to a rotatable machine part, wherein at least one o-ring seals the contact surface of the assembly; characterized in that: the first circumferential guiding groove of the first sealing element has a conical outer face and a conical inner face, which axially faces to the first thrower nose and widens toward the guiding groove ground; the first circumferential thrower nose has one conical outer face and one conical inner face, which extends axially and taperingly into the opposing first guiding groove; the second circumferential guiding groove of the first sealing element has one conical outer face and one conical inner face, which axially faces to the second thrower nose and widens toward the guiding groove ground; the second circumferential thrower nose has one conical outer face and one conical inner face, which extends axially and taperingly into the opposing second guiding groove.
A chimeric, humanized or human monoclonal antibody or antigen-binding fragment thereof that binds to CD20, said antibody or said antigen-binding Fragment thereof a light chain variable region CDR1 comprising a sequence RASSSVSYIH; CDR2 comprising a sequence ATSNLAS; and CDR3 comprising a sequence QQWTSNPPT; and said antibody comprising a heavy chain variable region CDR1 comprising a sequence SYNMH; CDR2 comprising a sequence AIYPGNGDTSYNQKFKG; and CDR3 comprising a sequence STYYGGDWYFDV.
Ultrasonic probe device comprising: - a housing, - means (22, 26A) for determining a delay rule based on focus parameters representing a desired position of a focal point relative to a reference frame connected to the housing, - control means (22, 26B) designed to provide control signals based on the delay rule, - a plurality of sensors (34' 1,..., 34' N) attached to the housing and arranged linearly or in an array therein, designed to receive the control signals and, in response thereto, to emit ultrasound waves delayed from one another in accordance with the delay rule such that they focus on the focal point defined by the focus parameters, each sensor (34' i) having, through the design and arrangement thereof within the housing, a directivity cone defined by a mean main direction and an effective operating angle around this mean main direction, outside of which this sensor is not capable of acoustically targeting a point by focusing, characterised in that at least two of the sensors (34'1,..., 34' N) are designed and arranged differently from one another so as to have directivity cones that differ at least by the effective operating angles (θ 1,..., θ N) thereof, the values whereof differ depending on a variation in at least one direction (x, y) of the linear or array arrangement. - a housing, - means (22, 26A) for determining a delay rule based on focus parameters representing a desired position of a focal point relative to a reference frame connected to the housing, - control means (22, 26B) designed to provide control signals based on the delay rule, - a plurality of sensors (34' 1,..., 34' N) attached to the housing and arranged linearly or in an array therein, designed to receive the control signals and, in response thereto, to emit ultrasound waves delayed from one another in accordance with the delay rule such that they focus on the focal point defined by the focus parameters, each sensor (34' i) having, through the design and arrangement thereof within the housing, a directivity cone defined by a mean main direction and an effective operating angle around this mean main direction, outside of which this sensor is not capable of acoustically targeting a point by focusing,
A wind installation comprising a wind turbine and an airborne wind energy system (12, 13), the wind turbine comprising a tower placed on a foundation on a wind turbine site, the wind turbine further comprising at least one nacelle mounted on the tower and for the or each nacelle, a rotor coupled to the nacelle and being rotatable about an axis of rotation, the rotor being connected to a generator for converting energy of the rotating rotor into electrical energy for a power grid, the airborne wind energy system (12, 13) comprising a separate generator for generating electrical energy, the airborne wind energy system (12, 13) being coupled to the wind turbine via a cable, characterised in that the wind turbine is electrically connected to the power grid via a transmission line and the separate generator being electrically connected to the power transmission line, in that the airborne wind energy system (12, 13) is configured to be launched when the power production of the wind turbine is below a rated power for the wind turbine, and in that the airborne wind energy system (12, 13) is configured to be retracted when the power production of the wind turbine reaches a rated power for the wind turbine.
A handheld dehider tool (10, 110) comprising: an elongated handle (12, 112); a rotary cutting disk (16, 116) and a stationary disk (18, 118) coupled side-by-side on said handle; a drive member (40, 140) coupled to the handle and the rotary disk to drive the rotary cutting disk (16, 116) to rotate about an axis (58, 158) in response to power transmitted to the drive member; the stationary disk (18, 118) mounted in at least a substantially fixed position adjacent the rotary disk (16, 116) so that outer edges of the two disks (16, 18; 116, 118) are closely spaced in a face-to-face relation for producing a shearing and cutting action when the cutting edge of the rotary disk (16, 116) is driven relative to the edge of the stationary disk (18, 118), characterized in that the drive member (40, 140) comprises a pinion gear coupled to a ring gear or bevel gear (52, 152) on a face of the rotary cutting disk (16, 116) for driving the rotary cutting disk (16, 116), and in that the ring gear or bevel gear (52, 152) is formed by a gear teeth (54, 154) extending along a circular path around the inside face (50, 150) of the rotary cutting disk (16, 116), immediately inside its outer serrated cutting edge. an elongated handle (12, 112); a rotary cutting disk (16, 116) and a stationary disk (18, 118) coupled side-by-side on said handle; a drive member (40, 140) coupled to the handle and the rotary disk to drive the rotary cutting disk (16, 116) to rotate about an axis (58, 158) in response to power transmitted to the drive member; the stationary disk (18, 118) mounted in at least a substantially fixed position adjacent the rotary disk (16, 116) so that outer edges of the two disks (16, 18; 116, 118) are closely spaced in a face-to-face relation for producing a shearing and cutting action when the cutting edge of the rotary disk (16, 116) is driven relative to the edge of the stationary disk (18, 118), characterized in that the drive member (40, 140) comprises a pinion gear coupled to a ring gear or bevel gear (52, 152) on a face of the rotary cutting disk (16, 116) for driving the rotary cutting disk (16, 116), and in that the ring gear or bevel gear (52, 152) is formed by a gear teeth (54, 154) extending along a circular path around the inside face (50, 150) of the rotary cutting disk (16, 116), immediately inside its outer serrated cutting edge.
Fixing device of a side edge embellishment of door frame of motor vehicle, fixing device comprising: - a connecting part intended to work with the side edge embellishment, the connecting part comprising, on the side of a supporting face with the side edge embellishment, a fastening opening of the said side edge embellishment and means of fastening intended to enable the attachment of the attachment device on a door frame slide; - an anti-rotation organ reported on the connecting part to be joined and located at the level of a rear face located opposite the supporting face, the anti-rotation organ protruding from the rear face of the said connecting part, characterized in that the anti-rotation organ is overmolded on the connecting piece. - a connecting part intended to work with the side edge embellishment, the connecting part comprising, on the side of a supporting face with the side edge embellishment, a fastening opening of the said side edge embellishment and means of fastening intended to enable the attachment of the attachment device on a door frame slide; - an anti-rotation organ reported on the connecting part to be joined and located at the level of a rear face located opposite the supporting face, the anti-rotation organ protruding from the rear face of the said connecting part,
A fibroblast growth factor receptor 1 (FGFR1) extracellular domain or an FGFR1 ECD fusion molecule for use in a method of treatment of mesothelioma, wherein the treatment comprises the administration to a human subject of said FGFR1 ECD or FGFR1 ECD fusion molecule, pemetrexed and cisplatin.
A developer accommodating unit for accommodating developer for an electrophotographic image forming apparatus, said developer accommodating unit comprising: a flexible container (16, 34a) configured to accommodate the developer and which is capable of discharging the developer from an opening; a frame (17, 18) for accommodating said flexible container (16, 34a); and an urging member, provided inside said frame (17, 18) and outside said flexible container (16, 34a) and configured to be movable relative to said frame (17, 18), for deforming said flexible container (16, 34a); wherein said urging member is configured to change a position of the opening relative to said frame (17, 18) by urging said flexible container (16, 34a); characterized in that said urging member includes a flexible sheet extending in a direction of a rotation center axis of said urging member and is configured to also perform a function of stirring the developer. a flexible container (16, 34a) configured to accommodate the developer and which is capable of discharging the developer from an opening; a frame (17, 18) for accommodating said flexible container (16, 34a); and an urging member, provided inside said frame (17, 18) and outside said flexible container (16, 34a) and configured to be movable relative to said frame (17, 18), for deforming said flexible container (16, 34a); wherein said urging member is configured to change a position of the opening relative to said frame (17, 18) by urging said flexible container (16, 34a); characterized in that said urging member includes a flexible sheet extending in a direction of a rotation center axis of said urging member and is configured to also perform a function of stirring the developer.
A process for the catalytic aldol condensation of at least one aldehyde in a two-phase liquid reaction mixture in a reactor which has a reaction zone and a disengagement zone located directly above the reaction zone, wherein the reaction zone is backmixed and an aldehyde-comprising phase dispersed in a continuous aqueous catalyst-comprising phase is produced in the reaction zone and a stream of the two-phase reaction mixture is allowed to rise from the reaction zone into the disengagement zone and coalesce, with a continuous organic phase being formed in the upper region of the disengagement zone.
A medical device comprising a lock state detection device, comprising: a magnet disposed at a first portion of a casing which has an opening that is lockable by means of an opening locking means; a detector disposed at a second portion of the casing, the second portion being spaced apart from the first portion such that a clearance between the first and second portions (2, 3) is formed; and an interfering component which is fixed to an interfering component pivoting means disposed in the opening locking means in a non-pivotable manner and arranged to pivot into the clearance and out of the clearance when the interfering component pivoting means is rotated, wherein the detector is arranged to detect a locked state and a non-locked state of the opening locking means in cooperation with the magnet and the interfering component, and to indicate the state for subsequent processing. a magnet disposed at a first portion of a casing which has an opening that is lockable by means of an opening locking means; a detector disposed at a second portion of the casing, the second portion being spaced apart from the first portion such that a clearance between the first and second portions (2, 3) is formed; and an interfering component which is fixed to an interfering component pivoting means disposed in the opening locking means in a non-pivotable manner and arranged to pivot into the clearance and out of the clearance when the interfering component pivoting means is rotated, wherein the detector is arranged to detect a locked state and a non-locked state of the opening locking means in cooperation with the magnet and the interfering component, and to indicate the state for subsequent processing.
A clasp for a fancy bracelet, the clasp comprising a body having two opposite sides (2A, 2B) to which respective ones of the ends of the bracelet come to be fastened, said body of the clasp being designed as two complementary portions (1A, 1B), each of which forms one respective side of the clasp, each portion (1A, 1B) of the clasp having a groove in its fastening side (2A, 2B) for fastening to a respective end of the bracelet, which groove extends longitudinally between two groove ends along the fastening side, said groove (3A, 3B) being partially closed with undercutting, said groove (3A, 3B) being closed at one of its ends and open at its other end, said clasp being characterized in that the two complementary portions (1A, 1B) being suitable for being held together by a magnetic effect, and in that said clasp portion is L-shaped and, at the same end as the closed end of the groove, is further provided with a side projection (4A, 4B) that projects transversely relative to the fastening sides and that is designed to close the open end of the groove in the complementary other portion of the body of the clasp when the two complementary portions of the clasp are held together by a magnetic effect.
A beam shaping assembly for neutron capture therapy comprising: a beam inlet; a target, wherein the target has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons, and wherein the neutrons form a neutron beam defining a main axis; a moderator adjoining to the target, wherein the neutrons are moderated by the moderator to epithermal neutron energies, and wherein the outer surface of the moderator includes a first tapered section; a reflector surrounding the moderator, wherein the reflector leads the neutrons deviated from the main axis back to enhance epithermal neutron beam intensity; a gap channel arranged between the moderator and the reflector; a thermal neutron absorber adjoining to the moderator, wherein the thermal neutron absorber is used for absorbing thermal neutrons so as to avoid overdosing in superficial normal tissue during therapy; a radiation shield arranged inside the beam shaping assembly, wherein the radiation shield is used for shielding leaking neutrons and photons so as to reduce dose of the normal tissue not exposed to irradiation; and a beam outlet; characterized in that the outer surface of the moderator includes a second tapered section adjoining to the first tapered section, and a tapering direction of the first tapered section is opposite to a tapering direction of the second tapered section; and the target is separated by the moderator from the gap channel. a beam inlet; a target, wherein the target has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons, and wherein the neutrons form a neutron beam defining a main axis; a moderator adjoining to the target, wherein the neutrons are moderated by the moderator to epithermal neutron energies, and wherein the outer surface of the moderator includes a first tapered section; a reflector surrounding the moderator, wherein the reflector leads the neutrons deviated from the main axis back to enhance epithermal neutron beam intensity; a gap channel arranged between the moderator and the reflector; a thermal neutron absorber adjoining to the moderator, wherein the thermal neutron absorber is used for absorbing thermal neutrons so as to avoid overdosing in superficial normal tissue during therapy; a radiation shield arranged inside the beam shaping assembly, wherein the radiation shield is used for shielding leaking neutrons and photons so as to reduce dose of the normal tissue not exposed to irradiation; and a beam outlet; characterized in that the outer surface of the moderator includes a second tapered section adjoining to the first tapered section, and a tapering direction of the first tapered section is opposite to a tapering direction of the second tapered section; and the target is separated by the moderator from the gap channel.
A pressurised metered dose inhaler comprising a canister, wherein the canister contains a solution formulation comprising a tiotropium salt, an organic acid, a first co-solvent, and an HFA propellant, wherein the inhaler is an inhalation-actuated inhaler.
Electrical switching device for providing and interrupting an electrical connection, having a switching chamber, wherein two contact pieces (14, 16) are arranged directly in the switching chamber or in an encapsulation housing arranged in the switching chamber and configured in a gas-tight manner in relation to the switching chamber, wherein the contact pieces (14, 16) are movable relative to one another for the execution of a switching action, wherein also provided is a fluid insulating medium, which is arranged in the switching chamber or in a storage volume which can be connected to the switching chamber, and wherein the switching chamber or the storage volume has an outlet (22, 32) for releasing the fluid insulating medium, characterized in that provided on or adjacent to the outlet (22, 32) is a filter (36, 38), which is designed to filter gaseous constituents of the insulating medium, or the reaction products thereof, conveyed through the outlet (22, 32), and the outlet (22, 23) terminates in the surrounding environment, so that an insulating medium leaving the filter (36, 38) can be released into the environment.
A combiner unit comprising: a combiner which is used for a head-up display and reflects a light beam emitted from a light source toward a user to project an image drawn by the light beam in a field of view of the user, the combiner unit being characterized in further comprising an angle adjusting mechanism which holds the combiner at a lower end or in a vicinity of the lower end of the combiner erected with respect to a horizontal plane such that the combiner is rotatable about a horizontal virtual axis traversing the combiner at an almost center in a vertical direction, and which adjusts an inclined angle of the combiner with respect to a vertical plane by rotating the combiner about the virtual axis; and further characterized in that the virtual axis is a tangential line of a reflecting surface of the combiner which reflects the light beam emitted from the light source. a combiner which is used for a head-up display and reflects a light beam emitted from a light source toward a user to project an image drawn by the light beam in a field of view of the user, the combiner unit being characterized in further comprising an angle adjusting mechanism which holds the combiner at a lower end or in a vicinity of the lower end of the combiner erected with respect to a horizontal plane such that the combiner is rotatable about a horizontal virtual axis traversing the combiner at an almost center in a vertical direction, and which adjusts an inclined angle of the combiner with respect to a vertical plane by rotating the combiner about the virtual axis; and further characterized in that the virtual axis is a tangential line of a reflecting surface of the combiner which reflects the light beam emitted from the light source.