mhurhangee/ep-ind-claims huggingface dataset:
Divisible filter housing (1,2) for accepting a filter element, wherein - the filter housing (1,2) is comprised of a first and a second housing part, - the air to be filtered enters the filter housing axially through the second housing part and exits the filter housing axially through the first part of the housing, - inlet channels creating a swirling flow are provided axially in the region of the inlet flow of the second housing part, - a frame is provided into which the filter element can be inserted, which has directional guide intakes on the air inlet side, - each directional guide intake in the second part of the housing has an inlet channel creating a swirling flow preceding it upstream, - each directional guide inlet projects into the accompanying inlet channel creating a swirling flow to such an extent that for each inlet channel creating a swirling flow with accompanying directional guide intake a separating cyclone arises, characterised in that - the second filter housing part is comprised of two partial elements manufactured separately, namely an outer wall of the second filter housing part as the first partial element and an insert part (2") comprising the second partial element, which is inserted into the first partial element, - the inlet channels creating a swirling flow are comprised of two partial elements, on the one hand the external wall and on the other hand the insert piece (2"). - the filter housing (1,2) is comprised of a first and a second housing part, - the air to be filtered enters the filter housing axially through the second housing part and exits the filter housing axially through the first part of the housing, - inlet channels creating a swirling flow are provided axially in the region of the inlet flow of the second housing part, - a frame is provided into which the filter element can be inserted, which has directional guide intakes on the air inlet side, - each directional guide intake in the second part of the housing has an inlet channel creating a swirling flow preceding it upstream, - each directional guide inlet projects into the accompanying inlet channel creating a swirling flow to such an extent that for each inlet channel creating a swirling flow with accompanying directional guide intake a separating cyclone arises, - the second filter housing part is comprised of two partial elements manufactured separately, namely an outer wall of the second filter housing part as the first partial element and an insert part (2") comprising the second partial element, which is inserted into the first partial element, - the inlet channels creating a swirling flow are comprised of two partial elements, on the one hand the external wall and on the other hand the insert piece (2").
A system for implanting an implantable device, comprising: (a) an implantable device comprising: (i) a biocompatible substrate; (ii) a conduit; and (iii) an engagement feature configured for reversible engagement with a corresponding engagement feature of an insertion needle, wherein the engagement feature of the implantable device is fabricated within the biocompatible substrate at or near the end of the implantable device; and (b) an insertion needle comprising an engagement feature (101, 130) that corresponds to, and is configured to reversibly engage, the engagement feature of the implantable device, wherein the engagement feature of the insertion needle is positioned in a distal region of the insertion needle, characterized in that the conduit is embedded within the biocompatible substrate. (a) an implantable device comprising: (i) a biocompatible substrate; (ii) a conduit; and (iii) an engagement feature configured for reversible engagement with a corresponding engagement feature of an insertion needle, wherein the engagement feature of the implantable device is fabricated within the biocompatible substrate at or near the end of the implantable device; and (b) an insertion needle comprising an engagement feature (101, 130) that corresponds to, and is configured to reversibly engage, the engagement feature of the implantable device, wherein the engagement feature of the insertion needle is positioned in a distal region of the insertion needle,
A weather deck mounted system for transporting wind turbine tower sections on a cargo shipping vessel, the cargo shipping vessel having a plurality of locking components (142, 242, 342, 442) provided on a deck thereof, the system comprising: a support member securable to a wind turbine tower section, the support member having at least two locking components; and characterized by a mounting member having a first set of locking components located on the mounting member that releasably connects with locking components of the cargo shipping vessel to releasably secure the mounting member on the cargo shipping vessel, and a second set of locking components located on the mounting member separate from the first set of locking components, the support member capable of releasable connection with said second set of locking components of the mounting member to releasably secure the wind turbine tower section to the mounting member; wherein the mounting member is a first elongate mounting member, the system further comprising a second elongate mounting member having a first set of locking components located on the second mounting member for releasable connection with locking components of the cargo shipping vessel to releasably secure the second mounting member on the cargo shipping vessel at a location spaced from the first mounting member. a support member securable to a wind turbine tower section, the support member having at least two locking components; and characterized by a mounting member having a first set of locking components located on the mounting member that releasably connects with locking components of the cargo shipping vessel to releasably secure the mounting member on the cargo shipping vessel, and a second set of locking components located on the mounting member separate from the first set of locking components, the support member capable of releasable connection with said second set of locking components of the mounting member to releasably secure the wind turbine tower section to the mounting member; wherein the mounting member is a first elongate mounting member, the system further comprising a second elongate mounting member having a first set of locking components located on the second mounting member for releasable connection with locking components of the cargo shipping vessel to releasably secure the second mounting member on the cargo shipping vessel at a location spaced from the first mounting member.
A magnetic resonance imaging apparatus comprising: a data acquisition unit configured to acquire magnetic resonance data according to a Steady-State Free Precession pulse sequence repeating plural radio frequency excitations with a constant time interval to which a coherent control pulse is added, said coherent control pulse being selected from a group consisting of a fat saturation pulse, a spin labeling pulse, and an inversion pulse, wherein the coherent control pulse is a radio frequency pulse with a desired purpose for varying an image contrast so as to maintain phase continuity of a spin, has a temporal pulse center at a substantially center time between an arbitrary pair of adjacent radio frequency excitations and involves a magnetic field gradient having a zero-order moment of which amount is zero; and an image data generating unit configured to generate image data based on said magnetic resonance data, characterized in that said data acquisition unit is configured to acquire the magnetic resonance data by applying a magnetic field gradient pulse when the coherent control pulse is applied so as to excite a slice different from a slice excited by each magnetic field gradient pulse applied at the plural radio frequency excitations. a data acquisition unit configured to acquire magnetic resonance data according to a Steady-State Free Precession pulse sequence repeating plural radio frequency excitations with a constant time interval to which a coherent control pulse is added, said coherent control pulse being selected from a group consisting of a fat saturation pulse, a spin labeling pulse, and an inversion pulse, wherein the coherent control pulse is a radio frequency pulse with a desired purpose for varying an image contrast so as to maintain phase continuity of a spin, has a temporal pulse center at a substantially center time between an arbitrary pair of adjacent radio frequency excitations and involves a magnetic field gradient having a zero-order moment of which amount is zero; and an image data generating unit configured to generate image data based on said magnetic resonance data, characterized in that said data acquisition unit is configured to acquire the magnetic resonance data by applying a magnetic field gradient pulse when the coherent control pulse is applied so as to excite a slice different from a slice excited by each magnetic field gradient pulse applied at the plural radio frequency excitations.
A fibrous ceramic material, said fibrous ceramic material comprising: a plurality of fibers entangled with one another; at least one connector projecting from a portion of at least one of said plurality of fibers; and wherein said at least one connector attaches to another of said plurality of fibers so as to attach the fibers to one another, and wherein crystallites or grains grow outwardly from the fibers thereby forming the connectors, such that the connectors attach to other connectors and/or the fibers. a plurality of fibers entangled with one another; at least one connector projecting from a portion of at least one of said plurality of fibers; and wherein said at least one connector attaches to another of said plurality of fibers so as to attach the fibers to one another, and wherein crystallites or grains grow outwardly from the fibers thereby forming the connectors, such that the connectors attach to other connectors and/or the fibers.
A surgical instrument, comprising: a reducer knob; a reducer tube coupled to said reducer knob; a distractor handle; a connecting element coupled to said reducer knob and said reducer tube, wherein said reducer knob, said connecting element, and said reducer tube have an inner diameter that accommodates the distractor handle; a common handle pivotally coupled to said connecting element; and a shaft fixedly attached to or made part of said common handle, wherein moving said common handle towards said distractor handle increases a distance between said shaft and said reducer tube, wherein turning said reducer knob in a first direction extends a height of said reducer tube, and wherein turning said reducer knob in a second direction retracts a portion of said reducer tube into said reducer knob. a reducer knob; a reducer tube coupled to said reducer knob; a distractor handle; a connecting element coupled to said reducer knob and said reducer tube, wherein said reducer knob, said connecting element, and said reducer tube have an inner diameter that accommodates the distractor handle; a common handle pivotally coupled to said connecting element; and a shaft fixedly attached to or made part of said common handle, wherein moving said common handle towards said distractor handle increases a distance between said shaft and said reducer tube, wherein turning said reducer knob in a first direction extends a height of said reducer tube, and wherein turning said reducer knob in a second direction retracts a portion of said reducer tube into said reducer knob.
A microbiopsy device for taking biological samples, comprising a body comprising an assembly of at least two plates (20, 22, 24) including two or more opposed, spaced cutting elements (14, 15a, 15b, 16) for cutting tissue to form a biological sample, wherein the cutting elements extend from an end of the body, each cutting element being defined by a respective tapered section of one of said plates, and are arranged to cut a section of tissue having a width of less than 1 mm; wherein the device further comprises a chamber inside the body for receiving and retaining the biological sample, the chamber having an opening between the cutting elements (14, 15a, 15b, 16) for receiving the biological sample; characterized in that the chamber further comprises a closed end and walls such that the retained biological sample is enclosed within the chamber except in the direction of the opening, wherein the chamber is defined by one or more recesses in the plates (20, 22, 24).
A method for manufacturing propylene, which comprises, as a reaction step, bringing an oxygen-containing compound into contact with a catalyst in the presence of an olefin having 4 or more carbon atoms to manufacture propylene, wherein the catalyst is a composite comprising: a proton-type silicalite as a first component; an alkaline earth metal compound, as a second component; and a non-zeolite compound comprising an aluminum oxide, as a third component, wherein a molar ratio of Si/Al in the first component is more than 300, a content rate of the second component to the first component is 0.1% by mass or more in terms of alkaline earth metal, and a content rate of the third component in terms of Al2O3 to the first component is 5% to 50% by mass. a proton-type silicalite as a first component; an alkaline earth metal compound, as a second component; and a non-zeolite compound comprising an aluminum oxide, as a third component, wherein a molar ratio of Si/Al in the first component is more than 300, a content rate of the second component to the first component is 0.1% by mass or more in terms of alkaline earth metal, and a content rate of the third component in terms of Al2O3 to the first component is 5% to 50% by mass.
Portable power tool device having a drive motor, a tool spindle, a portable power tool housing, a monitoring unit, which is intended to identify an impermissible housing movement state, and having a motor controller, which is connected to the monitoring unit and is intended at least to reduce a power output of the drive motor in the event of the impermissible housing movement state, characterized by a torque lock having drivers, which transmit the torque to an entrainment structure during operation, and at least one clamping body, which clamps the tool spindle in the event of the impermissible housing movement state, wherein, in the event of the impermissible housing movement state, first of all the motor controller reduces the power output of the drive motor and subsequently the torque lock connects the tool spindle to the portable power tool housing in a manner dependent on a torque transmitted to the tool spindle and thus reacts to a change in torque of the drive motor.
A power distribution unit for supplying electrical power from at least one power supply to at least one load, the power distribution unit comprising a circuit breaker arrangement on at least one power distribution line, the arrangement comprising at least two electromechanical circuit breakers connected to the power distribution line(s), wherein each electromechanical circuit breaker has means for disconnecting the current of the power distribution line when the current of the power distribution line exceeds a first tripping condition of the circuit breaker, and each electromechanical circuit breaker comprises a lever (14, 14a, 14b), which has ON and OFF positions, whereby turning the lever into ON/OFF position is arranged to connect/disconnect the current of the power distribution line ON/OFF respectively, wherein the arrangement further comprises an additional circuit which has: - sensor means (41, 47) for measuring current of the power distribution line; - means for setting a second tripping condition; - control means for comparing the value of the measured current with the second tripping condition; and - actuator means (21, 22, 24) for mechanically turning the lever of the electromechanical circuit breaker, wherein the control means are arranged to drive the actuator means turn the lever of the electromechanical circuit breaker into OFF position when the second tripping condition is met, and hence disconnecting the current of the distribution line, characterized in that the power distribution unit is for supplying electrical DC power with DC power distribution lines, wherein the arrangement comprises at least two electromechanical circuit breakers, two sensor means and two actuator means for at least two DC power distribution lines, and the arrangement comprises common control means for controlling at least two actuator means. - sensor means (41, 47) for measuring current of the power distribution line; - means for setting a second tripping condition; - control means for comparing the value of the measured current with the second tripping condition; and - actuator means (21, 22, 24) for mechanically turning the lever of the electromechanical circuit breaker,
A method comprising: receiving, by a wireless device, configuration parameters of a plurality of logical channels grouped into a plurality of logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, in response to a number of padding bits being: larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and wherein the truncated BSR comprises: a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits. receiving, by a wireless device, configuration parameters of a plurality of logical channels grouped into a plurality of logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, in response to a number of padding bits being: larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and larger than a size of a short BSR plus a short BSR subheader; and smaller than a size of a long BSR plus a long BSR subheader; and wherein the truncated BSR comprises: a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits. a first field comprising a plurality of presence bits, a presence bit in the plurality of presence bits indicating a presence of a buffer size field for the first logical channel group corresponding to the presence bit; and a first number of buffer size fields for logical channel groups with logical channels having available data for transmission following a decreasing order of priority, wherein the first number is determined based on the number of padding bits.
In a minimally invasive implant system for use in immobilizing vertebral bodies, the combination comprising: a pair of implants, adapted to be secured to adjacent vertebral bodies, each implant having a pair of elongated posts extending upwardly along a longitudinal axis from a bottom support surface, the posts and support surface defining a transverse opening for receiving a fixation rod, at least a portion of the posts having internal threads; a pair of caps, each cap having an upper and lower surface and opposed sidewall openings adapted to extend around the posts of one of the implants, each cap having an externally threaded set screw associated therewith, the set screw being arranged to engage the implant threads whereby rotation of the set screw will advance the caps along the threaded portion of the implant posts toward the support surface; and the fixation rod having proximal and distal ends, the proximal end being pivotally mounted on the lower surface of one of the caps. a pair of implants, adapted to be secured to adjacent vertebral bodies, each implant having a pair of elongated posts extending upwardly along a longitudinal axis from a bottom support surface, the posts and support surface defining a transverse opening for receiving a fixation rod, at least a portion of the posts having internal threads;
Filter device for cleaning particulate contaminants from a fluid flow, having a plurality of filter elements (34, 60) which, accommodated in filter chambers (12, 14, 32) as part of a common filter housing, are grouped around a backflushing device which, to receive a backflush quantity, has a piston accumulator in the accumulator housing of which a piston is guided so as to be longitudinally movable, which piston, activated by a pressure medium, routes the backflush quantity stored in the accumulator housing to at least one filter element, which is to be backflushed in order to clean it, via a backflushing device which also carries out removal of the backflush quantity from the filter device, characterised in that a specific filter element, as a bypass filter element, which is part of the plurality of filter elements (34, 60), exclusively carries out particle cleaning of the fluid flow after activation of a switchover device and the other filter elements are excluded from this cleaning, and in that the switchover device is likewise accommodated in the common filter housing.
A wire rod having superior surface properties, high strength, and high toughness, the wire rod comprising carbon: 0.25 to 0.45%, silicon (Si): 0.1 to 0.2%, manganese (Mn): 0.1 to 0.7%, antimony (Sb): 0.005 to 0.02%, and iron (Fe) as well as unavoidable impurities as a remainder, in terms of weight percentage, wherein the wire rod includes antimony (Sb) oxides, wherein the antimony (Sb) oxides have an average grain diameter of 20 to 50 nm, wherein an amount of the antimony (Sb) oxides distributed per μm 2 is 50 to 100, and wherein the wire rod has scale formed on a surface thereof at a thickness of 20 to 150μm.
A method of decontamination of radioactive carbonaceous material, in particular graphite, comprising: - an injection of steam into said material, concurrent with a first roasting thermal treatment of the material wherein steam is injected into a reactor, whose content of water is measured for controlling the amount of steam injected, and - a second thermal treatment of roasting with injection of carbon oxide gas. - an injection of steam into said material, concurrent with a first roasting thermal treatment of the material wherein steam is injected into a reactor, whose content of water is measured for controlling the amount of steam injected, and - a second thermal treatment of roasting with injection of carbon oxide gas.
A Carboxylate-alumoxane nano sheet nucleating agent for use in nucleation of thermoplastic semi-crystalline polymer at low concentration, said carboxylate-alumoxane nano sheet nucleating agent being selected from the group consisting of: i) p-tert-Butylbenzoate (PTBBA) - alumoxane; ii) Phenoxyacetate - alumoxane; iii) 2-Naphthoate - alumoxane; iv) 4-methylbenzoate - alumoxane; v) 3-methylbenzoate - alumoxane; vi) 2-methylbenzoate - alumoxane; and vii) phenylacetate-alumoxane. i) p-tert-Butylbenzoate (PTBBA) - alumoxane; ii) Phenoxyacetate - alumoxane; iii) 2-Naphthoate - alumoxane; iv) 4-methylbenzoate - alumoxane; v) 3-methylbenzoate - alumoxane; vi) 2-methylbenzoate - alumoxane; and vii) phenylacetate-alumoxane.