mhurhangee/ep-ind-claims huggingface dataset:
Adapter trough for mounting telecommunication connection strips, each comprising two parallel rows of contacts for connecting telecommunication signal wires therewith, on a backmount frame (10, 11) defining an installation width (200, 201), characterized in that the adapter trough comprises a) strip mounting means for mounting the connection strips in the adapter trough, b) an adapter bracket for attaching the adapter trough to the backmount frame (10, 11), wherein the adapter bracket is configured to be secured to the strip mounting means in any bracket position between a first bracket position and a second bracket position, so that by selecting the bracket position, an installation size of the adapter trough is adjusted to match the installation width (200, 201) of the backmount frame (10, 11). a) strip mounting means for mounting the connection strips in the adapter trough, b) an adapter bracket for attaching the adapter trough to the backmount frame (10, 11), wherein the adapter bracket is configured to be secured to the strip mounting means in any bracket position between a first bracket position and a second bracket position, so that by selecting the bracket position, an installation size of the adapter trough is adjusted to match the installation width (200, 201) of the backmount frame (10, 11).
A switch device, comprising: a first three-position switch; a second three-position switch disposed below the first three-position switch; a circuit breaker disposed between and coupled to the first three-position switch and the second three-position switch; a first interlock unit disposed above the circuit breaker and coupled to the circuit breaker and the first three-position switch, and configured to block a manual operation of the first three-position switch in a closed state of the circuit breaker, and configured to block a manual closing operation of the circuit breaker while the first three-position switch is manually operated in an open state of the circuit breaker; and a second interlock unit disposed below the circuit breaker and coupled to the circuit breaker and the second three-position switch, and configured to block a manual operation of the second three-position switch in the closed state of the circuit breaker, and configured to block a manual closing operation of the circuit breaker while the second three-position switch is manually operated in the open state of the circuit breaker. a first three-position switch; a second three-position switch disposed below the first three-position switch; a circuit breaker disposed between and coupled to the first three-position switch and the second three-position switch; a first interlock unit disposed above the circuit breaker and coupled to the circuit breaker and the first three-position switch, and configured to block a manual operation of the first three-position switch in a closed state of the circuit breaker, and configured to block a manual closing operation of the circuit breaker while the first three-position switch is manually operated in an open state of the circuit breaker; and a second interlock unit disposed below the circuit breaker and coupled to the circuit breaker and the second three-position switch, and configured to block a manual operation of the second three-position switch in the closed state of the circuit breaker, and configured to block a manual closing operation of the circuit breaker while the second three-position switch is manually operated in the open state of the circuit breaker.
A hand-held electric sealer with a detachable sealing module, comprising: a casing, including a front chamber, a front contact holder having an engagement hole, a rear contact holder, a battery chamber arranged with two front contacts and a rear contact, where the front contacts are disposed at the front contact holder and the rear contact at the rear contact holder; a sealing module, including a lower cover, an upper cover, a heat insulation base interposed between the lower cover and the upper cover, at least one heating wire laid over the heat insulation base, and two locating means, wherein an engagement piece extends from underside of the lower cover and is engaged with the engagement hole of the front contact holder of the casing, such that the sealing module can be detachably held in the front chamber of the casing; and a press bar, arranged above and pivotally connected with the casing and including a heat insulation block, wherein the lower cover of the sealing module is provided with two slots, and the locating means of the sealing module pass through the slots for electric connection with the front contacts in the battery chamber, characterized by further comprising a blade module disposed underside, and at the front end of the casing and pivotally fixed to the casing by a fixing means; and a rubber magnet fixed to the underside of, and at the rear end of the casing and wherein the engagement piece of the sealing module is provided underneath with a slot, and a ring is provided in the engagement hole of the casing, so that the engagement piece can be firmly held by the ring in the engagement hole. a casing, including a front chamber, a front contact holder having an engagement hole, a rear contact holder, a battery chamber arranged with two front contacts and a rear contact, where the front contacts are disposed at the front contact holder and the rear contact at the rear contact holder; a sealing module, including a lower cover, an upper cover, a heat insulation base interposed between the lower cover and the upper cover, at least one heating wire laid over the heat insulation base, and two locating means, wherein an engagement piece extends from underside of the lower cover and is engaged with the engagement hole of the front contact holder of the casing, such that the sealing module can be detachably held in the front chamber of the casing; and a press bar, arranged above and pivotally connected with the casing and including a heat insulation block, wherein the lower cover of the sealing module is provided with two slots, and the locating means of the sealing module pass through the slots for electric connection with the front contacts in the battery chamber, characterized by further comprising a blade module disposed underside, and at the front end of the casing and pivotally fixed to the casing by a fixing means; and a rubber magnet fixed to the underside of, and at the rear end of the casing and wherein the engagement piece of the sealing module is provided underneath with a slot, and a ring is provided in the engagement hole of the casing, so that the engagement piece can be firmly held by the ring in the engagement hole.
An antibody or an antigen-binding fragment thereof binding to NRP1, comprising: a heavy chain variable region comprising a sequence of SEQ ID NO: 20 and a light chain variable region comprising a sequence of SEQ ID NO: 21.
Apparatus for transporting a leaflet, - having an endlessly revolving transporting device, - having at least one leaflet gripper which is arranged on the transporting device and has two clamping units (20, 30) between which the leaflet can be held, - wherein the leaflet gripper is designed as a self-holding gripper with a static closed position and a static open position, - wherein the at least one adjustable clamping unit has a clamping lever which is pivotably mounted on a stationary gripper block, - wherein the clamping lever can be positionally fixed in two positions by a toggle lever by means of a sprung plunger, - characterized in that - the clamping lever is mounted centrally on the toggle lever via a first pivot pin, - the toggle lever is mounted on a projection of the stationary gripper block via a second pivot pin, - the plunger is mounted so as to be longitudinally displaceable in a bore of the projection in the stationary gripper block, - the spring of the plunger is designed as a cup spring assembly by means of which the plunger presses against the toggle lever, with the result that the position of the toggle lever and thus also the position of the adjustable clamping unit can be positionally fixed. - having an endlessly revolving transporting device, - having at least one leaflet gripper which is arranged on the transporting device and has two clamping units (20, 30) between which the leaflet can be held, - wherein the leaflet gripper is designed as a self-holding gripper with a static closed position and a static open position, - wherein the at least one adjustable clamping unit has a clamping lever which is pivotably mounted on a stationary gripper block, - wherein the clamping lever can be positionally fixed in two positions by a toggle lever by means of a sprung plunger, - characterized in that - the clamping lever is mounted centrally on the toggle lever via a first pivot pin, - the toggle lever is mounted on a projection of the stationary gripper block via a second pivot pin, - the plunger is mounted so as to be longitudinally displaceable in a bore of the projection in the stationary gripper block, - the spring of the plunger is designed as a cup spring assembly by means of which the plunger presses against the toggle lever, with the result that the position of the toggle lever and thus also the position of the adjustable clamping unit can be positionally fixed.
A control plate assembly of a flushing tank, comprising a mounting counterplate and a control plate connected to the counterplate via a fastening system; the counterplate comprising a frame that delimits an opening and is provided with a support for at least one control member that connects a button supported by the plate to a flush valve; the support comprising a rotatable body, that projects from the counterplate and is rotatable with respect to the counterplate and is provided with at least one seat formed to pass through the body and shaped to receive said least one control member; the body having a connection portion, hinged to the frame, and a support portion which projects from the connection portion into the opening and carries said at least one seat; wherein the support is rotatable so as to be rotated by at least 90° about a rotation axis to free the opening; the plate assembly being characterized in that the support is rotatable so as to selectively assume an operative working position, wherein the support portion of the support projects into the opening to receive and guide and support said at least one control member; and an operative inspection or maintenance position, wherein the support portion of the support is outside the opening such that the interior of the tank is accessible for inspection and maintenance operations and such that the flush valve can be removed and repositioned through the opening delimited by the counterplate without the need to remove the counterplate.
Beverage machine, comprising first devices (11, 12, 15, 19, 20) for producing and dispensing beverages and second devices for the operation by the respective customers or consumers, characterized by interaction means (21, 22; 29, 31, 32) for interaction with a person located near the beverage machine by emitting sounds, light effects or scents to which the person can react after reception through ear, eye or nose of the person; third devices (29, 31, 32) for acoustic and/or optical and/or olfactory interaction with a nearby person, wherein the third devices (29, 31, 32) comprise an acoustic transducer and/or a light source and/or a scent emitter; wherein the additional interaction means comprise an interaction controller connected to the third devices; and a person sensor for detecting a person located near the beverage machine, wherein the person sensor is connected to the interaction controller and can record the movement profile of the person.
A wavelength selective filter comprising: a multi-layered structure alternately having a low refractive index layer (300, 300') and a high refractive index layer, a periodic structure layer facing the low refractive index layer (300, 300') of the multi-layered structure, the low refractive index layer (300, 300') having a refractive index between 1.30 and 1.60 and a thickness between 100 nm and 800 nm, the high refractive index layer having a refractive index between 1.70 and 2.20 and a thickness between 30 nm and 100 nm, and in a plane perpendicular to a thickness direction of the periodic structure layer, the periodic structure layer having a periodic structure made of metal or semiconductor, characterized in that, in the plane perpendicular to the thickness direction of the periodic structure layer, the periodic structure is surrounded by first material having a refractive index between 1.30 and 1.60, wherein in the plane perpendicular to the thickness direction of the periodic structure layer, the wavelength selective filter has second material between two neighbouring first materials, and wherein the second material has a refractive index between 1.00 and 1.20. a multi-layered structure alternately having a low refractive index layer (300, 300') and a high refractive index layer, a periodic structure layer facing the low refractive index layer (300, 300') of the multi-layered structure, the low refractive index layer (300, 300') having a refractive index between 1.30 and 1.60 and a thickness between 100 nm and 800 nm, the high refractive index layer having a refractive index between 1.70 and 2.20 and a thickness between 30 nm and 100 nm, and in a plane perpendicular to a thickness direction of the periodic structure layer, the periodic structure layer having a periodic structure made of metal or semiconductor, characterized in that, in the plane perpendicular to the thickness direction of the periodic structure layer, the periodic structure is surrounded by first material having a refractive index between 1.30 and 1.60, wherein in the plane perpendicular to the thickness direction of the periodic structure layer, the wavelength selective filter has second material between two neighbouring first materials, and wherein the second material has a refractive index between 1.00 and 1.20.
A method performed by an envelope insertion station for automated insertion of a collation into an envelope wherein a pair of insertion horns is positioned at respective sides of the envelope inserting station and the insertion horns rotate into the envelope to open the envelope's sides to form a clear channel for the collation to enter, the method comprising the envelope insertion station: feeding the envelope with its flap open; pushing the collation from an upstream position into the open end of the envelope at a downstream position; positioning the insertion horns in an initial position that is fully outside the envelope, prior to arrival of the collation; controlling the insertion horns to simultaneously rotate into the envelope as the collation passes between the insertion horns, and thereby facilitating insertion of the collation without the collation catching on an upstream edge of the insertion horns wherein the insertion horns are controlled to rotate fully into the envelope such that side walls of the insertion horns are parallel with the sides of the envelope; relaxing the insertion horns from their full insertion position by rotating the insertion horns away from the sides of the envelope to remove frictional contact between the sides of the envelope and the insertion horns; and subsequently feeding a stuffed envelope from the envelope inserting station. feeding the envelope with its flap open; pushing the collation from an upstream position into the open end of the envelope at a downstream position; positioning the insertion horns in an initial position that is fully outside the envelope, prior to arrival of the collation; controlling the insertion horns to simultaneously rotate into the envelope as the collation passes between the insertion horns, and thereby facilitating insertion of the collation without the collation catching on an upstream edge of the insertion horns wherein the insertion horns are controlled to rotate fully into the envelope such that side walls of the insertion horns are parallel with the sides of the envelope; relaxing the insertion horns from their full insertion position by rotating the insertion horns away from the sides of the envelope to remove frictional contact between the sides of the envelope and the insertion horns; and subsequently feeding a stuffed envelope from the envelope inserting station.
A monopropellant comprising: 30-70% by weight of an oxidizer including hydroxylammonium nitrate; 5-50% by weight of a fuel; up to 2% by weight of at least one stabilizer; and a burn rate modifier in a non-zero amount of up to 3% by weight, the burn rate modifier selected from the group consisting of vanadium salts, and combinations of vanadium salts and iron salts; wherein the monopropellant is a stable liquid between -20°C and 100°C at ambient pressure; wherein the fuel includes at least one of methanol, ethanol and glycine, the at least one stabilizer includes at least one chelating agent; and wherein the ratio of the molar amount of the stabilizer to the burn rate modifier is between 7 and 35. 30-70% by weight of an oxidizer including hydroxylammonium nitrate; 5-50% by weight of a fuel; up to 2% by weight of at least one stabilizer; and a burn rate modifier in a non-zero amount of up to 3% by weight, the burn rate modifier selected from the group consisting of vanadium salts, and combinations of vanadium salts and iron salts; wherein the monopropellant is a stable liquid between -20°C and 100°C at ambient pressure; wherein the fuel includes at least one of methanol, ethanol and glycine, the at least one stabilizer includes at least one chelating agent; and wherein the ratio of the molar amount of the stabilizer to the burn rate modifier is between 7 and 35.
A catalytic CVD equipment for performing formation of film by supplying a raw material gas to a catalytic wire that is installed and heated in a reaction chamber and then depositing generated decomposed species on a substrate that is held on a holder in the reaction chamber, the holder including an antireflective structure for preventing reflection of a radiant ray that is ejected from the catalytic wire, wherein the antireflective structure comprises an antireflective film having a thickness of 1.5 micrometers to 3 micrometers, and has a concave-convex structure that is provided so as to be opposed to the substrate, wherein the antireflective film is provided on a surface of the holder facing a back surface of the substrate, and wherein the holder has a substrate portion on which the antireflective film is formed, and the substrate portion is made of aluminum or stainless steel.
An apparatus for optical detection of ultrasound, the apparatus comprising: a first array of multiple optical resonators - OR -, configured to modulate respective carrier frequencies of optical signals indicative of US waves impinging thereon; a second array of multiple optical passive-demodulation interferometers - OPDI -, implemented in one or more photonic integrated circuits, wherein each OPDI is configured to demodulate the optical signal output by the respective OR, so as to generate a respective intensity-modulated optical signal, the OPDI comprising: an interferometer having imbalanced arms (323, 325) that are recombined using a 90-degree optical hybrid; and a third array of multiple electro-optical readout circuits - EORC, wherein each EORC is configured to measure the intensity demodulated optical signal produced by the respective OPDI, and to output a respective electrical signal, wherein the multiple OR are implemented in the one or more PIC and/or wherein the multiple EORC are implemented in the one or more PIC. a first array of multiple optical resonators - OR -, configured to modulate respective carrier frequencies of optical signals indicative of US waves impinging thereon; a second array of multiple optical passive-demodulation interferometers - OPDI -, implemented in one or more photonic integrated circuits, wherein each OPDI is configured to demodulate the optical signal output by the respective OR, so as to generate a respective intensity-modulated optical signal, the OPDI comprising: an interferometer having imbalanced arms (323, 325) that are recombined using a 90-degree optical hybrid; and a third array of multiple electro-optical readout circuits - EORC, wherein each EORC is configured to measure the intensity demodulated optical signal produced by the respective OPDI, and to output a respective electrical signal, wherein the multiple OR are implemented in the one or more PIC and/or wherein the multiple EORC are implemented in the one or more PIC.
Setting tool comprising a magazine for fasteners, in particular for belted fasteners for fastening roof sheeting, the setting tool comprising a drilling device which is able to pivot from a rest position into a working axis, and a setting device which is able to pivot from a rest position into the working axis, characterised in that a changing device is equipped with a catch which engages in either the drilling device or the setting device and only releases the drilling device into the working axis to pivot about a first pivot shaft or only releases the setting device into the working axis to pivot about a second pivot shaft, in that a mechanical release is provided for pivoting the drilling device or the setting device from the rest position (30, 32) into an upper position on the working axis, and in that, in order to advance the drilling or setting device (4, 6), one and the same handle transmits an advancing force to the drilling device or to the setting device, and the handle is positioned in an upper rest position when in the unloaded state.
A surgical stapler comprising: a handle assembly; an elongated body extending from the handle assembly; a cartridge assembly mounted on the distal end of the elongated body and including an alignment pin, the alignment pin being configured for advancement from the cartridge assembly; and an anvil assembly positioned distal of the cartridge assembly and having an opening configured to receive the alignment pin, the opening including an alignment pin contact area to provide a lead in configuration to direct the alignment pin within the opening; characterized in that the anvil assembly includes a retaining feature on a distal side of the opening, wherein the retaining feature is configured to frictionally engage the alignment pin, and whereby the said retaining feature includes a ridged surface which comes into contact with the said pin, once the said pin is inserted into the anvil assembly. a handle assembly; an elongated body extending from the handle assembly; a cartridge assembly mounted on the distal end of the elongated body and including an alignment pin, the alignment pin being configured for advancement from the cartridge assembly; and an anvil assembly positioned distal of the cartridge assembly and having an opening configured to receive the alignment pin, the opening including an alignment pin contact area to provide a lead in configuration to direct the alignment pin within the opening; characterized in that the anvil assembly includes a retaining feature on a distal side of the opening, wherein the retaining feature is configured to frictionally engage the alignment pin, and whereby the said retaining feature includes a ridged surface which comes into contact with the said pin, once the said pin is inserted into the anvil assembly.