mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising: a main body of the heat exchanger; and a supported member (37a, 37b) bonded to the main body of the heat exchanger with a brazing material and used to fix the main body of the heat exchanger to a supporting member by a fixing member, the supported member (37a, 37b) including: a bonding surface (41a, 41b) to which the brazing material is applied; a rising portion (42a, 42b) rising from the bonding surface (41a, 41b); and a through-hole (43a, 43b) through which the fixing member is passed, wherein the through-hole (43a, 43b) is opened at the rising portion (42a, 42b), penetrates the supported member (37a, 37b), and has an inner peripheral surface to which the brazing material is not applied, wherein the main body of the heat exchanger includes heat transfer tubes (31 to 34) through which a refrigerant flows, characterized in that the supported member (37a, 37b) is bonded to surfaces of the heat transfer tubes (31 to 34). a main body of the heat exchanger; and a supported member (37a, 37b) bonded to the main body of the heat exchanger with a brazing material and used to fix the main body of the heat exchanger to a supporting member by a fixing member, the supported member (37a, 37b) including: a bonding surface (41a, 41b) to which the brazing material is applied; a rising portion (42a, 42b) rising from the bonding surface (41a, 41b); and a through-hole (43a, 43b) through which the fixing member is passed, a bonding surface (41a, 41b) to which the brazing material is applied; a rising portion (42a, 42b) rising from the bonding surface (41a, 41b); and a through-hole (43a, 43b) through which the fixing member is passed, wherein the through-hole (43a, 43b) is opened at the rising portion (42a, 42b), penetrates the supported member (37a, 37b), and has an inner peripheral surface to which the brazing material is not applied, wherein the main body of the heat exchanger includes heat transfer tubes (31 to 34) through which a refrigerant flows, characterized in that the supported member (37a, 37b) is bonded to surfaces of the heat transfer tubes (31 to 34).
A clamping device, in particular a clamping jaw, for supporting preferably rotationally symmetrical workpieces which are to be machined using a machine tool, consisting of: - a chuck body on which at least one pressure piece is mounted in a moveable arrangement, - an electric motor which is connected in a driving arrangement with the corresponding pressure piece either directly or via intermediate elements (8, 11), individually or within a driveline, and which is arranged inside the chuck body, in which the electric motor in question is electrically coupled to a source of current via a plug-and-socket connection and electrical cables when the clamping device is stationary, or when the clamping device is rotating and/or at a standstill, the electric motor is coupled to the source of current via an inductance device (21, 22, 23) in each case, the chuck body containing at least one energy storage device (31, 32) which is electrically connected to the electric motor in question, and with the corresponding energy storage device (31, 32) being electrically coupled to the inductance device (21, 22, 23), characterised in that, the energy storage device (31, 32) is arranged flush with the longitudinal axis of the chuck body. - a chuck body on which at least one pressure piece is mounted in a moveable arrangement, - an electric motor which is connected in a driving arrangement with the corresponding pressure piece either directly or via intermediate elements (8, 11), individually or within a driveline, and which is arranged inside the chuck body,
A ceramic filter comprising a monolithic porous body and a separation membrane, wherein the monolithic porous body has both end faces (2, 3) and an outer peripheral face, plural filtration cells extending from one end face to the other end face for a length L and forming rows, and plural water collection cells extending from one end face to the other end face and forming rows, the water collection cells being plugged in both the end faces (2, 3), the separation membrane being disposed on inner wall faces of the filtration cells of the monolithic porous body, and wherein plural discharge channels are formed for each row of water collection cells, to allow the plural water collection cells formed in rows to communicate with one another, and allow the plural water collection cells to communicate with an external space by having apertures on the outer peripheral face of the monolithic porous body, each discharge channel having an aperture length d 1, wherein the ratio m/n of the number m of the rows of filtration cells to the number n of the rows of water collection cells is between 1 and 4, and wherein the plural discharge channels are formed adjacent to each other in the channel direction of the water collection cells, characterized in that: the total aperture length of the plural discharge channels formed adjacent to each other in the channel direction of the water collection cells for each row of the water collection cells parallel to the channel direction of the water collection cells is at least 10% of the length L of the filtration cells, and the longest interval (d 2, d 3, d 4, d 5, d 6, d 7) between discharge channels adjacent to each other in the channel direction of the water collection cells is at most 45% of the length of the filtration cells. the total aperture length of the plural discharge channels formed adjacent to each other in the channel direction of the water collection cells for each row of the water collection cells parallel to the channel direction of the water collection cells is at least 10% of the length L of the filtration cells, and the longest interval (d 2, d 3, d 4, d 5, d 6, d 7) between discharge channels adjacent to each other in the channel direction of the water collection cells is at most 45% of the length of the filtration cells.
A headgear (80, 480) for a respiratory mask assembly, the headgear (80, 480) comprising: a pair of front straps having a foam and fabric construction, each front strap having a front strap end, a top strap end, and a rear strap end, each front strap end being arranged to extend substantially parallel to the cheek region of a person below the person's eye and the top strap end being arranged to extend away from the front strap end along the person's temple; a second connector portion arranged to be removably coupled with a first connector portion provided on a frame (20, 420) of the respiratory mask assembly, wherein the pair of front straps are arranged to maintain the frame (20, 420) on the person's face without obstructing the persons view; and a yoke (92, 492) attached to each front strap end, the yoke (92, 492) having a shape matching a shape of at least a portion of the front strap end, the yoke (92, 492) being made of a material adding some degree of rigidity to the front strap end. a pair of front straps having a foam and fabric construction, each front strap having a front strap end, a top strap end, and a rear strap end, each front strap end being arranged to extend substantially parallel to the cheek region of a person below the person's eye and the top strap end being arranged to extend away from the front strap end along the person's temple; a second connector portion arranged to be removably coupled with a first connector portion provided on a frame (20, 420) of the respiratory mask assembly, wherein the pair of front straps are arranged to maintain the frame (20, 420) on the person's face without obstructing the persons view; and a yoke (92, 492) attached to each front strap end, the yoke (92, 492) having a shape matching a shape of at least a portion of the front strap end, the yoke (92, 492) being made of a material adding some degree of rigidity to the front strap end.
Lifting unit for lifting and lowering a container in a container treatment assembly, comprising a container holder for receiving and holding a container and a lifting apparatus for lifting and lowering the container holder, wherein the lifting unit furthermore has a locking device for locking the container holder in a predetermined position, the locking device is magnetic, the locking device comprises a magnet for fixing and releasing a position of the container holder, characterised in that an anchor is situated opposite the magnet which can be attracted by the magnet for locking the container holder, and the locking device is configured such that, in the locked state of the container holder, the anchor is attracted by the magnetic field which emanates from the magnet and the anchor and the magnet have two smooth contact surfaces extending parallel to one another which in the locked state are in direct contact with one another.
A combustion chamber (15, 115, 215) for a gas turbine engine comprising a wall at least partially defining a combustion zone, the wall having an upstream end and a downstream end, the wall having a first surface (41, 141, 241A, 241B) facing away from the combustion zone and a second surface (43, 143, 243A, 243B) facing the combustion zone, the wall having at least one effusion cooling aperture (69, 169, 269, 73, 173, 273) extending there-through from the first surface to the second surface, the effusion cooling aperture having an inlet in the first surface and an outlet in the second surface, the first surface having a particle separator at least partially located upstream of the inlet of the effusion cooling aperture, the particle separator projecting away from the first surface and away from the combustion zone, the particle separator having a distal end remote from the inlet of the effusion cooling aperture and a proximal end adjacent to the inlet of the effusion cooling aperture, the particle separator having a maximum height above the first surface at a location spaced from the proximal end, the particle separator increasing in height in a direction from the distal end towards the proximal end to the maximum height, characterized in that the particle separator overhangs the inlet of the effusion cooling aperture (69, 73).
A method for producing an active energy ray-curable inkjet ink cured film using a single pass printing inkjet system and an active energy ray-curable inkjet ink comprising a colorant, a monomer and two or more initiators, wherein the monomer comprises a monomer selected from the group consisting of mono functional monomers and polyfunctional monomers having a molecular weight of not more than 300; wherein the monomer comprises a difunctional monomer having ethylene oxide or propylene oxide as the main backbone, and the difunctional monomer is present in an amount of 50 to 100 % by weight of the total monomer component, and the difunctional monomer comprises 2-(2-vinyloxyethoxy)ethyl acrylate (VEEA) in an amount of 10 to 60 % by weight, relative to the total weight of the active energy ray-curable inkjet ink; wherein the two or more initiators comprise at least two compounds selected from the group consisting of 2-benzyl-2-dimethylamino -1 -(4-morpholinophenyl)-butanone-1, bis(2,4,6-trimethylbenzoyl)-phenylphosphine oxide, 2,4,6-trimethylbenzoyldiphenylphosphine oxide, oligo[2-hydroxy-2-methyl-1-{4-(1-methylvinyl)phenyl}propanone] and 4,4'-diethylaminobenzophenone; and wherein the monomer satisfies 0 ≤ [amount of monofunctional monomer/amount of polyfunctional monomer] ≤ 0.2 (weight ratio); and wherein 0.02 ≤ [amount of initiators/amount of monomer] ≤ 0.16 (weight ratio) is satisfied; and wherein the viscosity of the active energy ray-curable inkjet ink at 25 °C is not more than 20 mPa·s; wherein the method comprises curing the active energy ray-curable inkjet ink with irradiation of the active energy rays under an atmosphere in which an oxygen concentration in the atmosphere during irradiation of the active energy rays is from 0.5 to 10 % by volume; and wherein the irradiation of the active energy rays is performed using a light source having an emission intensity local maximum within a wavelength range from 300 to 450 nm.
A bottle brush configured to clean the inside of a bottle, comprising, from a gripping handle, a brush part arranged along its central core with a plurality of bristles and an end brush part located opposite the handle part, wherein the brush part arranged along the central core of the bottle brush in the extension of its handle has a hardness, wherein at least the end part forming a tuft of bristles has a hardness, wherein the hardnesses and are different, defining soft fibers and hard fibers making it possible to have brush parts with different characteristics to adapt to zones of the bottle to be cleaned based on their location, and wherein the degree of hardness is given by the diameters of the fibers of the bristles of the corresponding brush parts.
Nanoparticles formed by emulsion of one or more core polymers, one or more surface altering materials, and one or more low molecular weight emulsifiers having a molecular weight less than 1500 amu, wherein the one or more surface altering materials are selected from the group consisting of polyethylene glycol and poloxamer, or wherein the particles are formed from block copolymers containing PEG, wherein the nanoparticle possess a ζ-potential of between 10 mV and -10 mV when dispersed in 10 mM NaCl solution at pH 7; wherein the nanoparticles further comprise one or more therapeutic, prophylactic, or diagnostic agents, and wherein the nanoparticles penetrate cervicovaginal mucus with effective speeds less than 25-fold slower than the same particles in water. wherein the one or more surface altering materials are selected from the group consisting of polyethylene glycol and poloxamer, or wherein the particles are formed from block copolymers containing PEG, wherein the nanoparticle possess a ζ-potential of between 10 mV and -10 mV when dispersed in 10 mM NaCl solution at pH 7; wherein the nanoparticles further comprise one or more therapeutic, prophylactic, or diagnostic agents, and wherein the nanoparticles penetrate cervicovaginal mucus with effective speeds less than 25-fold slower than the same particles in water.
An α-hemolysin (α-HL) variant of the amino acid sequence set forth as SEQ ID NO: 14, wherein the variant has at least 80%, 90%, 95%, 98%, or more sequence identity to the amino acid sequence set forth as SEQ ID NO: 14 and wherein the variant comprises amino acid substitutions corresponding to E111N/E111S, M113A, 126-131G, and K147N.
Regulating mechanism for a timepiece, including, arranged on a plate, a resonator mechanism with a quality factor Q, rotatable about a main axis, and an escapement mechanism which is arranged to be subjected to a torque from motor means comprised in a movement, said resonator mechanism including at least one inertial element arranged to oscillate with respect to said plate, said at least one inertial element being subjected to the action of resilient return means directly or indirectly attached to said plate, and said at least one inertial element being arranged to cooperate indirectly with an escape wheel set comprised in said escapement mechanism, said resilient return means including at least two flexible blades from which said at least one inertial element is suspended and which define a virtual pivot flexure bearing for said at least one inertial element, said at least one inertial element carrying a pin integral therewith, said escapement mechanism including a pallet-lever arranged to pivot about a secondary axis and including a pallet-lever fork arranged to cooperate with said pin, and being a free escapement mechanism in the operating cycle of which said resonator mechanism has at least one phase of freedom where said pin is at a distance from said pallet-lever fork, said regulator mechanism being configured so that, during each vibration, in a contact phase, said pin penetrates said pallet-lever fork with a depth of travel greater than or equal to 40 micrometres and less than or equal to 200 micrometres, and in a release phase, said pin remains at a distance from said pallet-lever fork with a safety distance greater than or equal to 10 micrometres and less than or equal to 60 micrometres, said pin and said pallet-lever fork being dimensioned so that the width of said pallet-lever fork is greater than (P+S)/sin(α/2+β/2), said depth of travel and said safety distance being measured radially with respect to said main axis, where α is the overall lift angle of the pallet-lever which corresponds to the maximum angular travel of said pallet-lever fork, and where β is the lift angle of the resonator, during which said pin is in contact with said pallet-lever fork, the largest dimension of said at least one inertial element being greater than half the largest dimension of said plate.
A soil cultivating unit for a soil cultivating implement, in particular for a rotary harrow, comprising a tine carrier configured for rotation round a rotation axis during use and comprising two tines for coupling to the tine carrier, each of the two tines comprising a connecting part and a soil working part connecting to the connecting part and extending at least substantially at right angles to the connecting part and in use at least substantially parallel to the rotation axis and downward, wherein in the connecting part a passage is provided which is configured for form-locked engagement of the tine for the purpose of coupling the tine to the tine carrier, wherein the tine carrier comprises a carrier body with two chambers which are adapted to the connecting part of the tines and into each of which, for the purpose of coupling one of the two tines to the tine carrier, the connecting part of this tine can be inserted, characterized in that the tine carrier further comprises per chamber a retaining body confined in the carrier body and movable between a release position and a retaining position, wherein the retaining body is configured to be received in form-locked manner in the passage in the connecting part of the tine for the purpose of coupling the relevant tine to the tine carrier in the retaining position thereof, wherein each carrier body comprises a first receiving part connecting to a first side of the chamber and a second receiving part connecting to an opposite second side of this chamber and opposite the first receiving part, wherein, when the tine is inserted with its connecting part into this chamber, the first receiving part and second receiving part also lie in line with the passage of this tine and the retaining body extends in the retaining position through the passage and is also received in form-locked manner in the first and second receiving parts.
A pneumatic tire comprising: a tread portion being axially divided by a plurality of circumferential main grooves into land portions, including a center land portion disposed at a tire equator, the center land portion having a top surface for contacting with the ground, the center land portion having a first side surface extending radially inwardly from a first axial edge of the top surface, and a second side surface extending radially inwardly from a second axial edge of the top surface, the center land portion being provided with a conductive portion made of a conductive rubber, the conductive portion having a radially outer end exposed in said top surface, and a radially inner end electrically connected to a conductive internal structure of the tire which is to be electrically connected to a wheel rim when the tire is mounted on the wheel rim, wherein in a cross section of the center land portion taken along a plane including the rotational axis of the tire, the conductive portion inclines to the first side surface of the land portion toward the radially outer end from the radially inner end of the conductive portion, characterized in that the first side surface comprises a radially inner part and a radially outer part extending from the radially inner part to the first axial edge while inclining to the conductive portion at an inclination angle being larger than an inclination angle of the radially inner part, in said cross section of the center land portion, a radial height of said radially outer part of the first side surface is in a range from 30% to 60% of the radial height of the center land portion. a tread portion being axially divided by a plurality of circumferential main grooves into land portions, including a center land portion disposed at a tire equator, the center land portion having a top surface for contacting with the ground, the center land portion having a first side surface extending radially inwardly from a first axial edge of the top surface, and a second side surface extending radially inwardly from a second axial edge of the top surface, the center land portion being provided with a conductive portion made of a conductive rubber, the conductive portion having a radially outer end exposed in said top surface, and a radially inner end electrically connected to a conductive internal structure of the tire which is to be electrically connected to a wheel rim when the tire is mounted on the wheel rim, wherein in a cross section of the center land portion taken along a plane including the rotational axis of the tire,
A method (200, 300) for authorising access by means of an authorisation system comprising: a portal system; an access evaluator; and an interface to a data system, the portal system being configured to interact with the access evaluator, the data system being configured to be provided, via one or more first communication channels, with consumption data (110, 135) from a plurality of meter systems comprising a first meter system, the consumption data comprising first consumption data from the first meter system, the data system comprising, or being configured to be provided with, via the one or more first communication channels, identification information identifying the meter systems, the identification information comprising second primary verification information identifying the first meter system, the method comprising: - obtaining (250, 350), via a second communication channel and by means of the portal system, second primary access information being indicative of the first meter system; - obtaining (252, 352), via the second communication channel and by means of the portal system, first primary access information (122, v a, v b) comprising at least part of the first consumption data; - obtaining (254, 354), by means of the second primary access information and the second primary verification information, first primary verification information (v ea) relating to, or comprising, at least part of the first consumption data, wherein the first primary verification information (v ea) is obtained by extracting a consumption value from the first meter system, or wherein the first primary verification information (v ea) is a derived value from the first consumption data of the first meter system as accessible by the data system; and - comparing (256, 356) the first primary access information (122, v a, v b) with the first primary verification information (v ea) for determining whether to authorise access. - obtaining (250, 350), via a second communication channel and by means of the portal system, second primary access information being indicative of the first meter system; - obtaining (252, 352), via the second communication channel and by means of the portal system, first primary access information (122, v a, v b) comprising at least part of the first consumption data; - obtaining (254, 354), by means of the second primary access information and the second primary verification information, first primary verification information (v ea) relating to, or comprising, at least part of the first consumption data, wherein the first primary verification information (v ea) is obtained by extracting a consumption value from the first meter system, or wherein the first primary verification information (v ea) is a derived value from the first consumption data of the first meter system as accessible by the data system; and - comparing (256, 356) the first primary access information (122, v a, v b) with the first primary verification information (v ea) for determining whether to authorise access.