mhurhangee/ep-ind-claims huggingface dataset:
An array of light emitting diodes (LEDs) adapted to emit UV radiation for use in curing UV curable ink printed onto a substrate in an inkjet printer, wherein the array of LEDs comprises a plurality of adjacent rows of LEDs, the rows arranged to be substantially aligned in a direction substantially perpendicular to a cure direction, wherein the cure direction is the direction of relative movement between the array and the ink during curing, and wherein a row of LEDs is offset from an adjacent row of LEDs in a direction along a row, so that the LEDs are not aligned parallel to the cure direction.
Device (1;101) for inspecting the interior of a material (2;102), comprising: at least one sensor (3;103) which comprises an ultrasonic transducer, means (4;104) for moving the at least one sensor (3;103) at a substantially constant distance along a surface (5;105) of the material (2;102), the moving means (4;104) being adapted to cause the at least one sensor (3;103) to perform a substantially uniform movement along the surface (5;105), and a chamber (22;122,132) filled with a medium (23;123) which conducts ultrasonic waves well and which is placed between the at least one sensor (3;103) and the surface (5;105), wherein the chamber (22;122,132) filled with the readily conductive medium (23;123) is arranged to be held immobile on the surface (5;105), and the at least one ultrasonic transducer (3;103) is movable through or along the chamber (22;122,132, and the moving means (4;104) are adapted to cause the at least one sensor (3;103) to perform a composite movement, i.e. a rotation movement and a translation movement, along the surface (5;105), the moving means (4;104) comprising an element (6;106) rotatable about an axis, wherein the at least one sensor (3;103) is arranged eccentrically relative to the axis, and the moving means (4;104) further comprising a translatable element (12;112) which is mounted slidably on the chamber (22; 122, 132) and in which the rotatable element (6;106) is accommodated. at least one sensor (3;103) which comprises an ultrasonic transducer, means (4;104) for moving the at least one sensor (3;103) at a substantially constant distance along a surface (5;105) of the material (2;102), the moving means (4;104) being adapted to cause the at least one sensor (3;103) to perform a substantially uniform movement along the surface (5;105), and a chamber (22;122,132) filled with a medium (23;123) which conducts ultrasonic waves well and which is placed between the at least one sensor (3;103) and the surface (5;105), wherein the chamber (22;122,132) filled with the readily conductive medium (23;123) is arranged to be held immobile on the surface (5;105), and the at least one ultrasonic transducer (3;103) is movable through or along the chamber (22;122,132, and the moving means (4;104) are adapted to cause the at least one sensor (3;103) to perform a composite movement, i.e. a rotation movement and a translation movement, along the surface (5;105), the moving means (4;104) comprising an element (6;106) rotatable about an axis, wherein the at least one sensor (3;103) is arranged eccentrically relative to the axis, and the moving means (4;104) further comprising a translatable element (12;112) which is mounted slidably on the chamber (22; 122, 132) and in which the rotatable element (6;106) is accommodated.
A forceps (100, 200, 600), comprising: first and second shaft members (101a, 101b) each having a jaw member (110, 120) disposed at a distal end thereof, at least one of the jaw members moveable from an open position to a closed position for grasping tissue therebetween, at least one of the jaw members configured for reciprocation of a blade therethrough; a trigger assembly configured for selectively translating the blade between a retracted position and an extended position wherein the blade extends at least partially through the at least one jaw member in the extended position, the trigger assembly including: a trigger; at least one linkage (182, 184), and an interference member moveable between a locked position when the jaw members are in the open position and an unlocked position when the jaw members are in the closed position; characterised in that: the trigger is a rotatable trigger; the at least one linkage coupled at a first end to the trigger and coupled at a second end to the blade such that rotation of the trigger effects translation of the blade between the retracted position and the extended position; the interference member is configured to engage the at least one linkage when in the locked position to inhibit translation of the blade from the retracted position to the extended position. first and second shaft members (101a, 101b) each having a jaw member (110, 120) disposed at a distal end thereof, at least one of the jaw members moveable from an open position to a closed position for grasping tissue therebetween, at least one of the jaw members configured for reciprocation of a blade therethrough; a trigger assembly configured for selectively translating the blade between a retracted position and an extended position wherein the blade extends at least partially through the at least one jaw member in the extended position, the trigger assembly including: a trigger; at least one linkage (182, 184), and an interference member moveable between a locked position when the jaw members are in the open position and an unlocked position when the jaw members are in the closed position; characterised in that: a trigger; at least one linkage (182, 184), and an interference member moveable between a locked position when the jaw members are in the open position and an unlocked position when the jaw members are in the closed position; characterised in that:
A method for maintenance of a turbine assembly, the turbine assembly comprising a rotor and a stator, the stator comprising a damaged region, the method comprising: disposing a remotely controllable maintenance apparatus and a repair tool on the rotor; anchoring the maintenance apparatus on the rotor; positioning the maintenance apparatus proximate to the damaged region by rotating the rotor; and repairing the damaged region by operating the repair tool disposed on the apparatus. disposing a remotely controllable maintenance apparatus and a repair tool on the rotor; anchoring the maintenance apparatus on the rotor; positioning the maintenance apparatus proximate to the damaged region by rotating the rotor; and repairing the damaged region by operating the repair tool disposed on the apparatus.
A smoking article comprising: a first filter section, and a second filter section located downstream of the first filter section; wherein the first filter section comprises a material with a first pressure drop per unit length, the second filter section comprises a material with a second pressure drop per unit length, and the second pressure drop per unit length is greater than the first pressure drop per unit length; and the smoking article comprises a ventilation system (15, 16) configured to selectively provide ingress of a variable level of ventilating air. a first filter section, and a second filter section located downstream of the first filter section;
A method for disposing of elemental sulfur, the method being characterized by the steps of: heating elemental sulfur to a liquid state; heating each of limestone powder that is finer than 150 micrometers and sand to at least 140° C; combining the liquid-state elemental sulfur with each of the heated limestone powder and sand to define a mortar mixture; and solidifying the mortar mixture through cooling, wherein the mortar mixture has an absence of polymer modifiers. heating elemental sulfur to a liquid state; heating each of limestone powder that is finer than 150 micrometers and sand to at least 140° C; combining the liquid-state elemental sulfur with each of the heated limestone powder and sand to define a mortar mixture; and solidifying the mortar mixture through cooling, wherein the mortar mixture has an absence of polymer modifiers.
A rotary type injection molding machine, comprising: a first mold provided rotatable by a rotating shaft of a rotary table; a second mold configured to perform mold closing with the first mold; a main controller configured to rotate the rotary table at a designated rotation angle so as to be positioned; position the first mold and the second mold in a case of the mold closing of the first mold and the second mold; and detect a rotation angle of the rotary table, wherein the main controller is configured to break positioning of the rotary table before the mold positioning part works, and is configured to detect the rotation angle of the rotary table after positioning by the mold positioning part is completed. a first mold provided rotatable by a rotating shaft of a rotary table; a second mold configured to perform mold closing with the first mold; a main controller configured to rotate the rotary table at a designated rotation angle so as to be positioned; position the first mold and the second mold in a case of the mold closing of the first mold and the second mold; and detect a rotation angle of the rotary table, wherein the main controller is configured to break positioning of the rotary table before the mold positioning part works, and is configured to detect the rotation angle of the rotary table after positioning by the mold positioning part is completed.
Bioengineering and medical modular system comprising a self-contained equipment for influencing biological media, cells, tissue and tissue-like structures as objects with a tub-shaped main body for placement of elements that can be combined with one another, wherein there are at least one container for a liquid medium, at least one pumping system for the liquid medium on a wall on or in the tub-shaped main body or as a component part of the wall of the main body, so that a drive unit or an energy source for the drive unit of the pumping system can be connected from the outside so as to be detachable, connection elements, filters for the inlet and outlet of gas, at least one filter with a connecting element for the medium and at least one sensor (28, 29) and/or a device for identifying at least one substance of the medium and/or in the medium, elements for a connection with at least one bioreactor and/or at least one gas inlet unit, as well as an area for at least one bioreactor or at least one gas inlet unit and an area for the container for the liquid medium, wherein the areas are separated from one another by at least one partition wall, and a seating station for the tub-shaped main body with a control unit, wherein the tub-shaped main body is placed in the seating station such, that the drive unit or the energy source for the drive unit is connected to the pumping system and the drive unit and either the sensor (28, 29) and/or the device for identifying at least one substance of the medium and/or in the medium is connected to the control unit.
An object identification system, comprising: a guided surface waveguide probe comprising a charge terminal elevated over a terrestrial medium (203, 410) that produces an electromagnetic guided surface wave along a surface of a lossy conducting medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence ( θ i,B) of the lossy conducting medium; and an object identification tag physically associated with an object to be tracked, the object identification tag comprising an antenna and a tag circuit, the tag circuit coupled to the antenna and electrically powered as a load on the probe by conversion of the electromagnetic guided surface wave to electrical current at the antenna, the tag circuit configured to emit a return signal containing a tag identifier when electrically powered by presence of the electromagnetic guided surface wave. a guided surface waveguide probe comprising a charge terminal elevated over a terrestrial medium (203, 410) that produces an electromagnetic guided surface wave along a surface of a lossy conducting medium by generating at least one resultant field that synthesizes a wave front incident at a complex Brewster angle of incidence ( θ i,B) of the lossy conducting medium; and an object identification tag physically associated with an object to be tracked, the object identification tag comprising an antenna and a tag circuit, the tag circuit coupled to the antenna and electrically powered as a load on the probe by conversion of the electromagnetic guided surface wave to electrical current at the antenna, the tag circuit configured to emit a return signal containing a tag identifier when electrically powered by presence of the electromagnetic guided surface wave.
An aerial camera system comprising: at least two cameras including at least one ortho camera and at least one of a rear oblique camera directed rearwardly of a survey aircraft and a forward oblique camera directed forwardly of the survey aircraft, the at least two cameras arranged to capture a plurality of successive images; the at least two cameras being rotatable such that the fields of view of the at least two cameras traverse across a region of the ground that includes multiple different swathes extending in different directions, each camera having an associated steering mirror to direct light reflected from the ground onto a lens assembly of each camera, the lens assembly having a central longitudinal axis extending in a direction generally parallel to a direction of movement of the survey aircraft; and the system arranged to control the at least two cameras to capture successive images at defined intervals as the at least two cameras rotate. at least two cameras including at least one ortho camera and at least one of a rear oblique camera directed rearwardly of a survey aircraft and a forward oblique camera directed forwardly of the survey aircraft, the at least two cameras arranged to capture a plurality of successive images; the at least two cameras being rotatable such that the fields of view of the at least two cameras traverse across a region of the ground that includes multiple different swathes extending in different directions, each camera having an associated steering mirror to direct light reflected from the ground onto a lens assembly of each camera, the lens assembly having a central longitudinal axis extending in a direction generally parallel to a direction of movement of the survey aircraft; and the system arranged to control the at least two cameras to capture successive images at defined intervals as the at least two cameras rotate.
A door closer arrangement comprising a door closer, a slide rail, and an arm that connects the door closer with the slide rail, wherein the arrangement comprises a second rail, and a carriage to be attached to the second rail in a sliding manner, the door closer arrangement also comprising a first low-friction arrangement between the second rail and the carriage, and a second low-friction arrangement between the arm and the slide rail, characterised in that the carriage is arranged to form an attachment with the door closer and in that the door closer arrangement also comprises an auxiliary motion arrangement in order to aid movement of the carriage and the door closer along the second rail.
Process for the preparation of a dry instant porridge containing hydrolysed starch for human consumption comprising the steps of: a) feeding an extruder operated at a temperature comprised between 60 and 80°C with (i) a milled carbohydrate-rich food blend comprising at least 50 wt. % carbohydrate, (ii) at least one amylase, and (iii) an aqueous solution, wherein the resulting paste comprises less than 30 weight-% moisture, and wherein the at least one amylase comprises an alpha-amylase and a glucoamylase b) adjusting the residence time in the extruder to less than 30 minutes, and c) drying the extruded product a) feeding an extruder operated at a temperature comprised between 60 and 80°C with (i) a milled carbohydrate-rich food blend comprising at least 50 wt. % carbohydrate, (ii) at least one amylase, and (iii) an aqueous solution, wherein the resulting paste comprises less than 30 weight-% moisture, and wherein the at least one amylase comprises an alpha-amylase and a glucoamylase (i) a milled carbohydrate-rich food blend comprising at least 50 wt. % carbohydrate, (ii) at least one amylase, and (iii) an aqueous solution, b) adjusting the residence time in the extruder to less than 30 minutes, and c) drying the extruded product
Connector for connecting electric and electronic cables wherein the connector has a wall thickness of ≤ 0.5 mm, comprising a polymer composition comprising: a. poly(butylene terephthalate); b. glass fibres; and c. 1.5 - 10.0 wt% polyethylene with regard to the total weight of the polymer composition. a. poly(butylene terephthalate); b. glass fibres; and c. 1.5 - 10.0 wt% polyethylene
A method for producing chlorosilanes, comprising: when producing chlorosilanes by a chlorination reaction of metallic silicon, using, as the metallic silicon, metallic silicon having a sodium content of 1 ppm or more and 90 ppm or less in terms of element and an aluminum content of 1000 ppm or more and 4000 ppm or less in terms of element.
A method for implementing limited policy and charging control, characterized in that the method comprises: a policy and charging rules function, PCRF, determining whether a visited network where a user equipment roams supports policy and charging control, PCC, and notifying an application function, AF, of a limited policy and charging control deployment if the visited network does not support the PCC (412, 510, 712, 810); when the PCRF detects that the UE moves to a trusted non-3GPP access network supporting the PCC, a visited 3GPP access network or a home network, the PCRF sending a limited policy and charging control deployment recovery indication identifier to the AF. a policy and charging rules function, PCRF, determining whether a visited network where a user equipment roams supports policy and charging control, PCC, and notifying an application function, AF, of a limited policy and charging control deployment if the visited network does not support the PCC (412, 510, 712, 810); when the PCRF detects that the UE moves to a trusted non-3GPP access network supporting the PCC, a visited 3GPP access network or a home network, the PCRF sending a limited policy and charging control deployment recovery indication identifier to the AF.
Method for the positioning of a gantry lift stacker (1, 1'), designed as a straddle carrier, for containers in order to position a container to be set down behind an already set-down container, wherein the gantry lift stacker (1, 1') is moved by means of travel supports, travel drives and a controller cooperating therewith, and measurement signals from sensors (7v, 7v', 7h, 7h', 8v, 8h, 11v, 11h) disposed on the gantry lift stacker (1, 1') are processed by the controller for the purpose of moving and positioning the gantry lift stacker (1, 1') and the container to be set down, wherein the gantry lift stacker (1, 1') by means of a load picking-up means which can be raised and lowered, picks up and sets down a container to be set down, wherein the load picking-up means is designed in form of a spreader and can be moved vertically along vertical gantry struts of a gantry frame of the gantry lift stacker (1, 1') in a raising/lowering direction, characterised in that by means of at least one sensor (7v, 7v', 7h, 7h', 8v, 8h, 11v, 11h) a position of a rear wall of one of the already set-down container is determined and then the container to be set down is set down by the gantry lift stacker (1, 1') at a preselected distance (a) behind the set-down container.
A random access method, comprising: sending, by a user equipment, UE, a random access request message to a base station, wherein the random access request message carries short subframe service information, the short subframe service information indicates that a short subframe service is to be performed by the UE, after a random access procedure is triggered, and duration of a short subframe is less than 1 millisecond; and transmitting, by the UE, rest messages of the random access procedure after transmission of the random access request message, wherein the rest messages are transmitted over a resource corresponding to the short subframe service, and the resource comprises a time domain resource and a frequency domain resource that are configured by the base station for the UE to perform the short subframe service; wherein before the sending a random access request message to a base station, the method further comprises: receiving, by the user equipment, a broadcast message from the base station, wherein the broadcast message comprises information about a time domain resource and a frequency domain resource that are configured by the base station for performing the random access procedure by the UE. sending, by a user equipment, UE, a random access request message to a base station, wherein the random access request message carries short subframe service information, the short subframe service information indicates that a short subframe service is to be performed by the UE, after a random access procedure is triggered, and duration of a short subframe is less than 1 millisecond; and transmitting, by the UE, rest messages of the random access procedure after transmission of the random access request message, wherein the rest messages are transmitted over a resource corresponding to the short subframe service, and the resource comprises a time domain resource and a frequency domain resource that are configured by the base station for the UE to perform the short subframe service; wherein before the sending a random access request message to a base station, the method further comprises: receiving, by the user equipment, a broadcast message from the base station, wherein the broadcast message comprises information about a time domain resource and a frequency domain resource that are configured by the base station for performing the random access procedure by the UE.
A method of forming a grip surface of a glove, the method comprising: dipping a glove mold into a coagulant material; dipping the glove mold into a nitrile coating formulation to form an outer surface of the glove, wherein a biodegradable material is distributed throughout the nitrile coating formulation; vulcanizing at least the outer surface of the glove to form a protective outer surface; washing at least the outer surface of the glove with an enzyme solution; decomposing, by the enzyme solution, the biodegradable material that is distributed throughout the outer surface of the glove, thereby forming a grip surface of the glove comprising an open-cell structure within the outer surface; and drying the glove to form a final glove comprising the grip surface. dipping a glove mold into a coagulant material; dipping the glove mold into a nitrile coating formulation to form an outer surface of the glove, wherein a biodegradable material is distributed throughout the nitrile coating formulation; vulcanizing at least the outer surface of the glove to form a protective outer surface; washing at least the outer surface of the glove with an enzyme solution; decomposing, by the enzyme solution, the biodegradable material that is distributed throughout the outer surface of the glove, thereby forming a grip surface of the glove comprising an open-cell structure within the outer surface; and drying the glove to form a final glove comprising the grip surface.