mhurhangee/ep-ind-claims huggingface dataset:
A catheter fixing assembly, configured to fix a catheter, the catheter being provided with a catheter fixing wing, the catheter fixing wing comprising a fixing wing body and wings disposed on two sides of the fixing wing body, wherein the catheter fixing assembly comprises: a base and wing fixing portions; wherein the base comprises an adhering surface and a fixing surface; wherein the adhering surface is configured to adhere the base to the skin; and wherein the wing fixing portions are configured to detachably fix the wings on the fixing surface, wherein the fixing surface comprises a central area with a groove having two sides configured to accommodate the fixing wing body, so that the wings can be carried by areas of the fixing surface at two sides of the groove, wherein the catheter fixing assembly further comprises rotation shafts vertically disposed on the areas of the fixing surface at two sides of the groove; wherein the wing fixing portions are rotatably connected to the rotation shafts between a first position and a second position; wherein in the first position the wings can be separated from the catheter fixing assembly; wherein in the second position the wing fixing portions are superposed on the wings to fix the wings on the fixing surface. a base and wing fixing portions; wherein the base comprises an adhering surface and a fixing surface; wherein the adhering surface is configured to adhere the base to the skin; and wherein the wing fixing portions are configured to detachably fix the wings on the fixing surface, wherein the fixing surface comprises a central area with a groove having two sides configured to accommodate the fixing wing body, so that the wings can be carried by areas of the fixing surface at two sides of the groove, wherein the catheter fixing assembly further comprises rotation shafts vertically disposed on the areas of the fixing surface at two sides of the groove; wherein the wing fixing portions are rotatably connected to the rotation shafts between a first position and a second position; wherein in the first position the wings can be separated from the catheter fixing assembly; wherein in the second position the wing fixing portions are superposed on the wings to fix the wings on the fixing surface.
A non-zero dispersion shifted optical fiber, comprising: a central core having an outer radius r 1 and a maximum refractive index difference Dn 1 from 6x10 -3 to 9x10 -3 inclusive with respect to an outer cladding; a first intermediate cladding positioned between said central core and said outer cladding, said first intermediate cladding having an outer radius r 2 and a refractive index difference Dn 2 with respect to said outer cladding; and a buried trench positioned between said first intermediate cladding and said outer cladding, said buried trench having an outer radius r 3, a width w 3, and a negative refractive index difference Dn 3 with respect to said outer cladding; wherein, for a radius of curvature of 30 millimeters at a wavelength of 1625 nanometers, the optical fiber exhibits bending losses of less than 0.5 dB/100 turns; wherein the optical fiber's 22-meter cable cutoff wavelength (22m-λ cc) is 1150 nanometers or less; wherein the optical fiber's effective two-meter fiber cutoff wavelength (2m-λ ceff) is 1150 nanometers or less; and wherein said central core's outer radius r 1 is from 2.5 microns to 3.5 microns inclusive, and characterised in that the ratio r 2:r 1 of said first intermediate cladding's outer radius r 2 to said central core's outer radius r 1 is from 4.5 to 7.5 inclusive.
An actuator housing that includes opposed flanges, each flange being coated with a resin-containing coating composition; and a diaphragm positioned within the actuator housing and compressively retained between the opposed flanges to form a fluid impermeable barrier across an interior of the actuator housing, the diaphragm formed from a rubber composition which comprises at least a copolymer of an unsaturated nitrile and a conjugated diene cured with a vulcanizing agent in an amount of about 0.01 to about 10 parts-by-weight per 100 parts-by-weight of the copolymer rubber; a silica filler; and a plasticizer selected from the group consisting of phthalic acid esters, such as dioctyl phthalate, dibutyl phthalate, diethyl phthalate, butyl benzyl phthalate, di-2-ethylhexyl phthalate, diisodecyl phthalate, diundecyl phthalate, diisononyl phthalate, and the like; phosphoric acid esters, such as tricresyl phosphate, triethyl phosphate, tributyl phosphate, tri-2-ethylhexyl phosphate, trimethyl phosphate, tributoxyethyl phosphate, tris-chloroethyl phosphate, tris-dichloropropyl phosphate, condensed phosphate, triphenyl phosphate, trixylenyl phosphate, cresyl diphenyl phosphate, xylenyl diphenyl phosphate, 2-ethylhexyl diphenyl phosphate, trilauryl phosphate, tricetyl phosphate, tristearyl phosphate, trioleyl phosphate, and the like; trimellitic acid esters, such as octyl trimellitate, isononyl trimellitate, isodecyl trimellitate, and the like; dipentaerythritol esters; fatty acid esters such as dioctyl adipates, dimethyl adipates, di-2-ethylhexyl adipates, diisobutyl adipate, dibutyl adipates, diisodecyl adipates, dibutyl diglycol adipates, di-2-ethylhexyl azelate, dioctyl azelate, dioctyl sebacate, di-2-ethylhexyl sebacate, methyl acetylricinoleate, and the like; pyrometllitic acid esters, such as octyl pyromellitate and the like; epoxidized plasticizers such as epoxidized soybean oil, epoxidized linseed oil, epoxidized alkyl alcohol-fatty acid ester (e.g., epoxidized octyl alcohol-fatty acid ester) and the like; polyether plasticizers such as adipic acid ether esters, polyether esters, polyethers and the like having a solubility in the resin of the coating composition of at least 0.1 gram of plasticizer per 100 grams of the coating composition resin such that the diaphragm, when sufficiently compressed between the flanges, produces a bond between the diaphragm and the resin-containing coating on the flange to provide increased retention of the diaphragm between the flanges, wherein sandcoating composition resin comprises a polymer or copolymer selected from the group consisting of a polyester, polyether, polyacrylic, polyurethane, latex, alkyd, epoxy, or combination thereof.
A sintered material comprising: a first particle group including a particle having a cubic rock-salt structure represented by Al 1-x Cr x N (formula), where x satisfies 0.3 ≤ x ≤ 0.7; and a second particle group including a particle of at least one first compound selected from a group consisting of oxide and oxynitride of aluminum; and a third particle group including a cubic boron nitride. a first particle group including a particle having a cubic rock-salt structure represented by Al 1-x Cr x N (formula), where x satisfies 0.3 ≤ x ≤ 0.7; and a second particle group including a particle of at least one first compound selected from a group consisting of oxide and oxynitride of aluminum; and a third particle group including a cubic boron nitride.
Aircraft having: a fuselage; and a warning device; wherein the warning device has a sound-generating element which is designed to generate a whistling sound when the aircraft is in an uncontrolled dive in the direction of the surface of the earth, and there is a flow of fluid against the sound-generating element; wherein the warning device is arranged at least partially on the fuselage of the aircraft, wherein the warning device has a blocking apparatus, in order to prevent the flow of fluid from flowing against the sound-generating element in order to generate a whistling sound, wherein the blocking apparatus has a shutter and a securing element, wherein the securing element is embodied in such a way that the shutter closes the sound-generating element by means of the securing element if the aircraft is in controlled flight. a fuselage; and a warning device; wherein the warning device has a sound-generating element which is designed to generate a whistling sound when the aircraft is in an uncontrolled dive in the direction of the surface of the earth, and there is a flow of fluid against the sound-generating element; wherein the warning device is arranged at least partially on the fuselage of the aircraft, wherein the warning device has a blocking apparatus, in order to prevent the flow of fluid from flowing against the sound-generating element in order to generate a whistling sound, wherein the blocking apparatus has a shutter and a securing element, wherein the securing element is embodied in such a way that the shutter closes the sound-generating element by means of the securing element if the aircraft is in controlled flight.
Process for producing alkylated aromatic hydrocarbons comprising: (a) subjecting a mixed hydrocarbon feedstream to a separation to provide a C6 cut; (b) subjecting C6 cut to hydrocracking to provide benzene; (c) subjecting benzene to alkylation to provide a product stream rich in alkylated aromatic hydrocarbons. (a) subjecting a mixed hydrocarbon feedstream to a separation to provide a C6 cut; (b) subjecting C6 cut to hydrocracking to provide benzene; (c) subjecting benzene to alkylation to provide a product stream rich in alkylated aromatic hydrocarbons.
A handover method, comprising: when a user equipment UE needs to be handed over, obtaining, by a second base station, bearer context information of the UE in a first base station, wherein the first base station and the second base station are source base stations for the UE; sending, by the second base station, a handover request to a target base station, wherein the handover request carries bearer context information of the UE in the first base station and bearer context information of the UE in the second base station, wherein the bearer context information of the UE in the first base station and bearer context information of the UE in the second base station are used for the target base station to determine whether to accept a UE handover; and after receiving a handover response that is returned by the target base station and indicates that the handover is agreed to, sending, by the second base station, a handover command to the UE, so as to instruct the UE to perform handover to the target base station. when a user equipment UE needs to be handed over, obtaining, by a second base station, bearer context information of the UE in a first base station, wherein the first base station and the second base station are source base stations for the UE; sending, by the second base station, a handover request to a target base station, wherein the handover request carries bearer context information of the UE in the first base station and bearer context information of the UE in the second base station, wherein the bearer context information of the UE in the first base station and bearer context information of the UE in the second base station are used for the target base station to determine whether to accept a UE handover; and after receiving a handover response that is returned by the target base station and indicates that the handover is agreed to, sending, by the second base station, a handover command to the UE, so as to instruct the UE to perform handover to the target base station.
A lamp for a vehicle, comprising: a lamp module configured to illuminate the road ahead of the vehicle and project a light pattern; and a controller configured to: determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region, while controlling light in the other region within the first region to fade out. a lamp module configured to illuminate the road ahead of the vehicle and project a light pattern; and a controller configured to: determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region, while controlling light in the other region within the first region to fade out. determine, based on vehicle driving information, a first region in which glare is caused to a person's eyes to be a light adjustment region and reduce light for the first region; wherein the first region is a region in which glare is caused to at least one of a driver of a nearby vehicle, and a pedestrian, characterized in that the controller is further configured to immediately turn off light for a region corresponding to a location of said person's face in the first region, while controlling light in the other region within the first region to fade out.
A method for accessing a physical random access channel, PRACH, comprising: Determining a PRACH sequence group used by multiple base stations, wherein the multiple base stations use a same cell identity and comprise a macro base station and at least one pico base station, the PRACH sequence group comprises k1 first PRACH sequences, k2 second PRACH sequences, k3 third PRACH sequences, k4 fourth PRACH sequences, k5 fifth PRACH sequences, and k6 sixth PRACH sequences, k1 and k4 are positive integers, and k2, k3, k5, and k6 are nonnegative integers, wherein the first PRACH sequences and the fourth PRACH sequences are PRACH sequences of contention-based Group A, the second PRACH sequences and the fifth PRACH sequences are PRACH sequences of contention-based Group B, and the third PRACH sequences and the sixth PRACH sequences are non-contention based PRACH sequences; and sending an indication parameter of the PRACH sequence group to a user equipment UE for the UE to randomly access a network, wherein the indication parameter is used for indicating the first PRACH sequences to the sixth PRACH sequences, wherein the first PRACH sequences to the third PRACH sequences are used for the random access to the macro base station or the pico base stations, the fourth PRACH sequences to the sixth PRACH sequences are used for the random access to the pico base stations. Determining a PRACH sequence group used by multiple base stations, wherein the multiple base stations use a same cell identity and comprise a macro base station and at least one pico base station, the PRACH sequence group comprises k1 first PRACH sequences, k2 second PRACH sequences, k3 third PRACH sequences, k4 fourth PRACH sequences, k5 fifth PRACH sequences, and k6 sixth PRACH sequences, k1 and k4 are positive integers, and k2, k3, k5, and k6 are nonnegative integers, wherein the first PRACH sequences and the fourth PRACH sequences are PRACH sequences of contention-based Group A, the second PRACH sequences and the fifth PRACH sequences are PRACH sequences of contention-based Group B, and the third PRACH sequences and the sixth PRACH sequences are non-contention based PRACH sequences; and sending an indication parameter of the PRACH sequence group to a user equipment UE for the UE to randomly access a network, wherein the indication parameter is used for indicating the first PRACH sequences to the sixth PRACH sequences, wherein the first PRACH sequences to the third PRACH sequences are used for the random access to the macro base station or the pico base stations, the fourth PRACH sequences to the sixth PRACH sequences are used for the random access to the pico base stations.
Anchoring group for an external fixator, comprising: a connecting body designed to be coupled to a bar of an external fixator, said connecting body being crossed by a median plane; a first locking device for locking first unicortical pins and connected to the connecting body, said first locking device comprising at least one seat (101a, 101b); and a second locking device for locking second unicortical pins and also connected to the connecting body, said second locking device comprising at least one auxiliary seat, which is not aligned with the at least one seat (101a, 101b) of the first locking device, said first and second locking devices extending from different sides of said median plane, characterised in that the connecting body has at least two fastening seats (110a, 110b) for each of the first and the second locking devices so as to allow at least two alternative mounting configurations from each side with respect to the median plane of the connecting body.
An apparatus for dispensing a frozen confection comprising: a mixing chamber within which an ice cream and at least one flavored concentrate are mixed, a valve assembly operable to control a flow of said mixture of said ice cream into said mixing chamber; a pump for providing said at least one flavored concentrate to said mixing chamber; and a dispensing nozzle arranged in fluid communication with said mixing chamber, said dispensing nozzle having a flow channel through which a mixture of said ice cream and said at least one flavored concentrate is dispensed, said flow channel having a first diameter adjacent an inlet end of said dispensing nozzle and a second diameter adjacent an outlet end of said dispensing nozzle, said second diameter being greater than said first diameter. a mixing chamber within which an ice cream and at least one flavored concentrate are mixed, a valve assembly operable to control a flow of said mixture of said ice cream into said mixing chamber; a pump for providing said at least one flavored concentrate to said mixing chamber; and a dispensing nozzle arranged in fluid communication with said mixing chamber, said dispensing nozzle having a flow channel through which a mixture of said ice cream and said at least one flavored concentrate is dispensed, said flow channel having a first diameter adjacent an inlet end of said dispensing nozzle and a second diameter adjacent an outlet end of said dispensing nozzle, said second diameter being greater than said first diameter.
An apparatus for dispensing a liquid in an eye, the apparatus comprising: one or more reservoirs (401, 402); an automated pump capable of being actuated based upon receipt of a control signal, said pump in liquid communication with one or more reservoirs (401, 402); a signal generator for generating a signal to actuate the automated pump; and an eye orifice nozzle through which the automated pump will pump liquid contained in the one or more reservoirs (401, 402) based upon a signal generated by the signal generator; characterised in that the apparatus further comprises an alignment apparatus for aligning an eye with the eye orifice nozzle, wherein the alignment apparatus is configured to align the pupil of the eye with a line of sight. one or more reservoirs (401, 402); an automated pump capable of being actuated based upon receipt of a control signal, said pump in liquid communication with one or more reservoirs (401, 402); a signal generator for generating a signal to actuate the automated pump; and an eye orifice nozzle through which the automated pump will pump liquid contained in the one or more reservoirs (401, 402) based upon a signal generated by the signal generator; characterised in that the apparatus further comprises an alignment apparatus for aligning an eye with the eye orifice nozzle, wherein the alignment apparatus is configured to align the pupil of the eye with a line of sight.
A coupling mechanism for a shaving device comprising: a first connector configured to couple with a second connector defining a channel, said second connector including an engagement surface within the channel; a retainer configured to be positioned between the first connector and the second connector; and a plunger configured to transition between a first position and a second position, said engagement surface of the second connector being configured to engage the retainer when the plunger is in the first position and said engagement surface of the second connector and the retainer being configured to disengage when the plunger is in the second position; characterized in that the retainer is elastically deformable. a first connector configured to couple with a second connector defining a channel, said second connector including an engagement surface within the channel; a retainer configured to be positioned between the first connector and the second connector; and a plunger configured to transition between a first position and a second position, said engagement surface of the second connector being configured to engage the retainer when the plunger is in the first position and said engagement surface of the second connector and the retainer being configured to disengage when the plunger is in the second position; characterized in that the retainer is elastically deformable.
A fire and/or smoke barrier comprising:- • a headbox, • a roller (4, 104), • a curtain, for rolling onto and deployment from the roller, • a bottom bar, attached to the bottom of the curtain, for weighting the curtain for deployment and • a friction brake arranged to brake the roller and slow deployment of the curtain, characterized in that the friction brake comprises a friction element in the form of one of: • a strap arranged to act on a shaft or an extension of the roller and attached by a spring to the headbox end, or a wall, to hold the strap in tension or • a friction pad arranged to act on a shaft or an extension of the roller and provided on a bar, whereby the bar is attached to the wall or headbox end via a strut. • a headbox, • a roller (4, 104), • a curtain, for rolling onto and deployment from the roller, • a bottom bar, attached to the bottom of the curtain, for weighting the curtain for deployment and • a friction brake arranged to brake the roller and slow deployment of the curtain, characterized in that the friction brake comprises a friction element in the form of one of: • a strap arranged to act on a shaft or an extension of the roller and attached by a spring to the headbox end, or a wall, to hold the strap in tension or • a friction pad arranged to act on a shaft or an extension of the roller and provided on a bar, whereby the bar is attached to the wall or headbox end via a strut. • a strap arranged to act on a shaft or an extension of the roller and attached by a spring to the headbox end, or a wall, to hold the strap in tension or • a friction pad arranged to act on a shaft or an extension of the roller and provided on a bar, whereby the bar is attached to the wall or headbox end via a strut.
A process for the preparation of a sterol and/or stanol fatty acid ester by a continuous transesterification process, comprising providing a dried feed mixture comprising a sterol and/or stanol and an alkyl fatty acid ester, adding a transesterification catalyst to the dried feed mixture to obtain a reaction mixture, continuously feeding the reaction mixture into a thin film evaporator where the transesterification reaction takes place, continuously withdrawing alkanol formed during the reaction from the thin film evaporator, and continuously recovering a sterol and/or stanol fatty acid ester product from the thin film evaporator, and removing catalyst from the recovered product, and optionally refining the recovered product, wherein said reaction mixture entering the thin film evaporator comprises a partly transesterified reaction mixture.