mhurhangee/patent-ind-claim-en huggingface dataset:
Centrifugation and agitation device for samples configured to adopt a centrifugation conformation and an agitation conformation, comprising: - a common drive shaft designed to produce the centrifugation or agitation movement of the samples about an axis of rotation Y-Y, - at least one centrifugation and agitation assembly comprising: - an arm for setting samples into rotation or agitation about the Y-Y axis, said arm being fixed in rotation about the Y-Y axis relative to the drive shaft and being extended longitudinally about a radial axis X-X of rotation about the Y-Y axis, and - a sample support which, in centrifugation conformation, is free to effect a rotation about an axis of rotation Z-Z orthogonal to the Y-Y axis and to the X-X axis, and which, in agitation conformation, is positioned about an axis parallel to the Z-Z axis, characterised in that the assembly comprises a connecting piece , connected to the arm for setting into rotation or agitation by a first pivot connection about an axis of rotation Y'-Y' parallel to the Y-Y axis, and connected to the sample support by at least one second pivot connection about an axis of rotation R-R orthogonal to the Y-Y axis, and in that the device comprises means for passing from one conformation to the other by rotation of said drive shaft about the Y-Y axis, said passing means comprising means for making the arm for setting into rotation or agitation rotate freely about the Y-Y axis relative to the drive shaft in a reversible manner, and articulation means of the sample support connected to the drive shaft designed to transform the rotation of the drive shaft into rotations of the sample support about the Y'-Y' axis and about the R-R axis. - a common drive shaft designed to produce the centrifugation or agitation movement of the samples about an axis of rotation Y-Y, - at least one centrifugation and agitation assembly comprising: - an arm for setting samples into rotation or agitation about the Y-Y axis, said arm being fixed in rotation about the Y-Y axis relative to the drive shaft and being extended longitudinally about a radial axis X-X of rotation about the Y-Y axis, and - a sample support which, in centrifugation conformation, is free to effect a rotation about an axis of rotation Z-Z orthogonal to the Y-Y axis and to the X-X axis, and which, in agitation conformation, is positioned about an axis parallel to the Z-Z axis,
Process of manufacturing a grid structure of a layered composite material comprising fibers and resin, wherein in a layup step fiber material is laid up on a base tool to form intersecting ribs defining a grid with a plurality of cavities ; in an earlier or later step expansion blocks are placed at the positions of the cavities; in an earlier or later step the fiber material of the ribs and of one or more local substructures is impregnated with a resin; optionally, one or more layers of fiber material are placed on the base tool and/or over the ribs and the expansion blocks to form an outer skin ; characterized in that in said layup step fiber material is laid to form the one or more local substructures ; and in that the ribs, the local substructures and optionally the outer skin are jointly consolidated to form the grid structure, wherein parts of the fiber material forming the ribs are interwoven with ends of the fiber material forming the local substructures . wherein in a layup step fiber material is laid up on a base tool to form intersecting ribs defining a grid with a plurality of cavities ; in an earlier or later step expansion blocks are placed at the positions of the cavities; in an earlier or later step the fiber material of the ribs and of one or more local substructures is impregnated with a resin; optionally, one or more layers of fiber material are placed on the base tool and/or over the ribs and the expansion blocks to form an outer skin ; characterized in that in said layup step fiber material is laid to form the one or more local substructures ; and in that the ribs, the local substructures and optionally the outer skin are jointly consolidated to form the grid structure, wherein parts of the fiber material forming the ribs are interwoven with ends of the fiber material forming the local substructures .
A fuel cell system , characterized by comprising: a coolant flow passage through which a coolant flows that cools a power generation portion generating power by causing a reaction between hydrogen and oxygen; a circulation pump that operates to circulate the coolant in the coolant flow passage ; a heat exchanger that exchanges heat with the coolant in the coolant flow passage ; a tank disposed on the coolant flow passage in a position below the power generation portion in a vertical direction and storing the coolant; an air flow passage having its one end connected to the coolant flow passage and having its other end connected to the tank ; and a first on-off valve provided on the air flow passage to open or close the air flow passage , wherein part of the air flow passage is disposed in a position higher than an uppermost part of the coolant flow passage in the vertical direction. a coolant flow passage through which a coolant flows that cools a power generation portion generating power by causing a reaction between hydrogen and oxygen; a circulation pump that operates to circulate the coolant in the coolant flow passage ; a heat exchanger that exchanges heat with the coolant in the coolant flow passage ; a tank disposed on the coolant flow passage in a position below the power generation portion in a vertical direction and storing the coolant; an air flow passage having its one end connected to the coolant flow passage and having its other end connected to the tank ; and a first on-off valve provided on the air flow passage to open or close the air flow passage , wherein part of the air flow passage is disposed in a position higher than an uppermost part of the coolant flow passage in the vertical direction.
A laminating and fabricating control apparatus comprising: a data acquirer that acquires data of a laminated and fabricated object as a target of laminating and fabricating; and a scanning controller (423-426) that controls a laminating and fabricating unit including at least one irradiator (311-314) configured to irradiate a laminating material and fabricating each layer of the laminated and fabricated object as an aggregate of cell regions (211-212, 221-222, 231-234, 241-242), characterized in that said scanning controller (423-426) controls the laminating and fabricating unit based on the data of the laminated and fabricated object such that said irradiator (311-314) irradiates the laminating material in each of the cell regions (211-212, 221-222, 231-234, 241-242) by performing spiral scanning along sides of a scanning region that is used to irradiate the cell regions (211-212, 221-222, 231-234, 241-242) by the irradiator and has a shape including at least five vertices with an interior angle of not less than 90°. a data acquirer that acquires data of a laminated and fabricated object as a target of laminating and fabricating; and a scanning controller (423-426) that controls a laminating and fabricating unit including at least one irradiator (311-314) configured to irradiate a laminating material and fabricating each layer of the laminated and fabricated object as an aggregate of cell regions (211-212, 221-222, 231-234, 241-242), characterized in that said scanning controller (423-426) controls the laminating and fabricating unit based on the data of the laminated and fabricated object such that said irradiator (311-314) irradiates the laminating material in each of the cell regions (211-212, 221-222, 231-234, 241-242) by performing spiral scanning along sides of a scanning region that is used to irradiate the cell regions (211-212, 221-222, 231-234, 241-242) by the irradiator and has a shape including at least five vertices with an interior angle of not less than 90°.
A method of preparing an illumination fiber optics for an ophthalmic device, the method comprising the steps of: providing an optical fiber , configured to receive illumination light at a proximal end from a light source; and creating a light-scattering element at a distal end of the optical fiber , configured to receive the illumination light from the optical fiber at a proximal end and to emit the illumination light at a distal end in a wide angle, the wide angle providing an illumination intensity, at 30 degrees off an optical axis of the fiber optics being greater than 50%, or at 60 degrees off an optical axis of the fiber optics being greater than 2%, of the illumination intensity in air at 0 degrees along the optical axis of the fiber optics ; wherein the creating the light-scattering element is comprising the steps of (a) providing glass microspheres in a polymer matrix liquid bath ; (b) dipping the optical fiber into the polymer matrix liquid bath ; (c) extracting the optical fiber from the polymer matrix liquid bath , whereby surface tension forms a glass ball , including the glass microspheres, at the distal end of the optical fiber ; and (d) sintering the glass ball with the microspheres via heating by a heat source. (a) providing glass microspheres in a polymer matrix liquid bath ; (b) dipping the optical fiber into the polymer matrix liquid bath ; (c) extracting the optical fiber from the polymer matrix liquid bath , whereby surface tension forms a glass ball , including the glass microspheres, at the distal end of the optical fiber ; and (d) sintering the glass ball with the microspheres via heating by a heat source.
One-part polyurethane composition, comprising, based on the total composition: A) between 15 and 75 wt.-% of at least one isocyanate-functional polyurethane polymer PU ; B) between 5 and 30 wt.-% of at least one organic thixotropy agent TX ; C) between 2 and 25 wt.-% of at least one plasticizer PL having a viscosity of less than 500 mPa s, measured at 0 °C with a cone-plate viscosimeter, shear rate 10 s -1 , cone angle 1°, spindle 25-2, and a cone tip-plate distance of 0.05 mm; D) between 0 and 15 wt.-% of at least one solvent SL ; E) between 0 and 50 wt.-% of at least one filler F ; F) at least one catalyst C for the curing of polyurethane compositions; wherein the isocyanate-functional polyurethane polymer PU has an NCO content in the range of 0.8% to 2.5% by weight; and the isocyanate-functional polyurethane polymer PU is obtained from the reaction of methylene diphenyl diisocyanate (MDI) and a polyol P in an NCO / OH ratio of at least 3/1 and subsequent removal of a major part of the non-reacted MDI by means of a suitable separation process; and said polyol P has a viscosity, measured according to ASTM D4878-15 at 25 °C, of less than 2000 mPa s; and the isocyanate-functional polyurethane polymer PU has a remaining content of MDI of at most 0.5% by weight; and at least one, preferably both of the ingredients C) and D) are contained in the composition. A) between 15 and 75 wt.-% of at least one isocyanate-functional polyurethane polymer PU ; B) between 5 and 30 wt.-% of at least one organic thixotropy agent TX ; C) between 2 and 25 wt.-% of at least one plasticizer PL having a viscosity of less than 500 mPa s, measured at 0 °C with a cone-plate viscosimeter, shear rate 10 s -1 , cone angle 1°, spindle 25-2, and a cone tip-plate distance of 0.05 mm; D) between 0 and 15 wt.-% of at least one solvent SL ; E) between 0 and 50 wt.-% of at least one filler F ; F) at least one catalyst C for the curing of polyurethane compositions; the isocyanate-functional polyurethane polymer PU has an NCO content in the range of 0.8% to 2.5% by weight; and the isocyanate-functional polyurethane polymer PU is obtained from the reaction of methylene diphenyl diisocyanate (MDI) and a polyol P in an NCO / OH ratio of at least 3/1 and subsequent removal of a major part of the non-reacted MDI by means of a suitable separation process; and said polyol P has a viscosity, measured according to ASTM D4878-15 at 25 °C, of less than 2000 mPa s; and the isocyanate-functional polyurethane polymer PU has a remaining content of MDI of at most 0.5% by weight; and at least one, preferably both of the ingredients C) and D) are contained in the composition.
A data transmission method, wherein the method comprises: when a first device transmits at least one transport block, TB, for the first time, sending (S210), by the first device, first control information to a second device, wherein the first control information comprises a modulation and coding scheme, MCS, field, and the MCS field comprises information about a modulation scheme used when the TB is sent and information about a transport block size, TBS; and when the first device retransmits the TB, sending (S220), by the first device, second control information to the second device, wherein the second control information comprises a first field but does not comprise the MCS field and the information about the TBS, and wherein a length of the first field is the same as a length of the MCS field and a start location of the first field in the second control information is the same as a start location of the MCS field in the first control information, wherein a length of the second control information is less than or equal to a length of the first control information, wherein a modulation order and a code block group, CBG, index are jointly encoded in the first field, wherein the CBG index indicates a relationship between retransmitted data and the TB, and wherein the relationship between the retransmitted data and the TB comprises: the retransmitted data is at least one code block, CB, group in the TB, and the CB group comprises at least one CB. when a first device transmits at least one transport block, TB, for the first time, sending (S210), by the first device, first control information to a second device, wherein the first control information comprises a modulation and coding scheme, MCS, field, and the MCS field comprises information about a modulation scheme used when the TB is sent and information about a transport block size, TBS; and when the first device retransmits the TB, sending (S220), by the first device, second control information to the second device, wherein the second control information comprises a first field but does not comprise the MCS field and the information about the TBS, and wherein a length of the first field is the same as a length of the MCS field and a start location of the first field in the second control information is the same as a start location of the MCS field in the first control information, wherein a length of the second control information is less than or equal to a length of the first control information, wherein a modulation order and a code block group, CBG, index are jointly encoded in the first field, wherein the CBG index indicates a relationship between retransmitted data and the TB, and wherein the relationship between the retransmitted data and the TB comprises: the retransmitted data is at least one code block, CB, group in the TB, and the CB group comprises at least one CB.
A cosmetic composition comprising: (i) microspheres for providing soft-focus benefits where said microspheres comprise at least 50% cellulose by weight of microspheres; and, (ii) 0.5 to 10 wt% of a non-silica hydrophilic inorganic thickener; wherein refractive index of said microspheres is from 1.42 to 1.50. (i) microspheres for providing soft-focus benefits where said microspheres comprise at least 50% cellulose by weight of microspheres; and, (ii) 0.5 to 10 wt% of a non-silica hydrophilic inorganic thickener; wherein refractive index of said microspheres is from 1.42 to 1.50.
Device for processing articles of the tobacco processing industry of the type comprising at least one body made of a magnetic or magnetisable material, having at least one holding device for holding at least one such article , wherein the holding device is configured in such a way that it allows the position of the article to be changed at least temporarily while the article is being held, and a magnetising device is provided to bring the article held by the holding device into a defined position, characterised in that the holding device is configured in such a way that it allows the position of the article to be changed at least temporarily while the article is being held by rotation about a longitudinal axis of the article into a defined rotational angle position that is designated as a defined position.
An inflated decellularized extracellular matrix of a mammalian organ or a vascularized portion thereof, or of a vascularized mammalian tissue or vascularized portion thereof, wherein said decellularized extracellular matrix comprises a vascular tree, duct or cavity, and is filled with and retains a gas, wherein said decellularized extracellular matrix of said organ comprises an exterior surface, and wherein said extracellular matrix including the vascular tree retain the morphology of said extracellular matrix prior to decellularization, wherein the inflated decellularized extracellular matrix of the mammalian organ or the vascularized portion thereof, or the inflated decellularized extracellular matrix of the vascularized mammalian tissue or vascularized portion thereof, has and retains a height that is increased by at least 25% and up to 1000% relative to a corresponding uninflated decellularized extracellular matrix of the mammalian organ or the vascularized portion thereof, or the corresponding uninflated decellularized extracellular matrix of the vascularized mammalian tissue or the vascularized portion thereof.
A permanent-magnetic rotor arrangement comprising - a ring-shaped magnet holder which is made of a soft-magnetic material and which is configured to be attached to a rotor shaft , and - a permanent-magnetic ring magnet which is attached to the radial outside surface of the magnet holder , wherein the magnet holder is provided with - a plurality of outside radial slits which extend radially inward from the radial outside surface of the magnet holder characterized in that the rotor additionally is provided with - a plurality of inside radial slits which extend radially outward from the radial inside surface of the magnet holder . - a ring-shaped magnet holder which is made of a soft-magnetic material and which is configured to be attached to a rotor shaft , and - a permanent-magnetic ring magnet which is attached to the radial outside surface of the magnet holder , - a plurality of outside radial slits which extend radially inward from the radial outside surface of the magnet holder - a plurality of inside radial slits which extend radially outward from the radial inside surface of the magnet holder .
A carrying strap arranged to allow an individual to carry an object on his or her back, comprising a shaping reinforcement (18; 50; 60) comprising an upper reinforcement portion (19; 51; 61) having a curved shape and arranged such that the carrying strap extends over a shoulder of the individual, and a front reinforcement portion (20; 52; 62) arranged such that the carrying strap extends downwards against a front face of the individual's chest , the front reinforcement portion comprising a bearing portion arranged such that the carrying strap comes to bear on a bearing surface of the individual situated on a front face or on a side face of the individual's chest or abdomen, so as to apply at least part of the load of the object against the bearing surface of the individual, characterised in that the bearing portion has a cross-section (23; 26; 27) different from a segment (25; 53) of the front reinforcement portion extending between the bearing portion and the upper reinforcement portion, a shape of a cross-section of the front reinforcement portion varying according to a length of the front reinforcement portion.
A computerized method for processing a service request, comprising: transmitting , by a server and in response to a social media message by a remote user, a link associated with predefined criteria, wherein the link causes transmission of a service request to the server when actuated by the remote user; receiving , at the server, data representing the service request including a number of times the link has been invoked prior to the current invocation and/or an amount of time the link has been shown to the remote user; comparing the data representing the service request with the pre-defined criteria to determine whether to authenticate the service request ; when the service request is authenticated, processing the service request to initiate an online text chat, audio chat and/or video chat with the remote user; and when the service request is not authenticated , disabling the service request. transmitting , by a server and in response to a social media message by a remote user, a link associated with predefined criteria, wherein the link causes transmission of a service request to the server when actuated by the remote user; receiving , at the server, data representing the service request including a number of times the link has been invoked prior to the current invocation and/or an amount of time the link has been shown to the remote user; comparing the data representing the service request with the pre-defined criteria to determine whether to authenticate the service request ; when the service request is authenticated, processing the service request to initiate an online text chat, audio chat and/or video chat with the remote user; and when the service request is not authenticated , disabling the service request.
An electric machine assembly comprising: a body part ; a stator stationarily supported to the body part ; a rotor adapted to rotate relative to the stator , and adapted to receive a shaft inside thereof in an operational position in which the shaft is stationarily fastened to the rotor ; and a locking system for providing a locking state for the electric machine assembly in which the rotor is locked relative to the stator ; wherein the locking system comprises: at least one locking member adapted to be in a separating position between the rotor and the stator in the locking state of the electric machine assembly; and a plurality of radial bolt holes provided in the rotor , extending in a radial direction, and adapted to receive centring bolts such that distal ends of the centring bolts press the at least one locking member in the separating position radially outwards relative to the rotor . a body part ; a stator stationarily supported to the body part ; a rotor adapted to rotate relative to the stator , and adapted to receive a shaft inside thereof in an operational position in which the shaft is stationarily fastened to the rotor ; and a locking system for providing a locking state for the electric machine assembly in which the rotor is locked relative to the stator ; wherein the locking system comprises: at least one locking member adapted to be in a separating position between the rotor and the stator in the locking state of the electric machine assembly; and a plurality of radial bolt holes provided in the rotor , extending in a radial direction, and adapted to receive centring bolts such that distal ends of the centring bolts press the at least one locking member in the separating position radially outwards relative to the rotor . at least one locking member adapted to be in a separating position between the rotor and the stator in the locking state of the electric machine assembly; and a plurality of radial bolt holes provided in the rotor , extending in a radial direction, and adapted to receive centring bolts such that distal ends of the centring bolts press the at least one locking member in the separating position radially outwards relative to the rotor .