mhurhangee/patent-ind-claim-en huggingface dataset:
A tire inflation system for a vehicle supported by a plurality of inflatable tires (16A-16F), comprising: a compressor carried on the vehicle ; a main air storage tank ; an auxiliary air storage tank ; a compressed air supply main line communicating the compressor with the main air storage tank ; a compressed air supply auxiliary line communicating the auxiliary air storage tank with at least one of the compressed air supply main line and the main air storage tank ; an automated shut off valve disposed in the compressed air supply auxiliary line ; an inflation air line communicating the main air storage tank with at least one of the tires (16A-16F); an inflation pressure sensor arranged to detect an inflation pressure provided to the at least one of the tires (16A-16F); and a controller having a rapid inflation mode configured to: initially communicate stored compressed air from both the main air storage tank and the auxiliary air storage tank to the at least one of the tires (16A-16F); and then close the automated shut off valve so that additional compressed air from the compressor is communicated to the at least one of the tires (16A-16F) without re-pressurizing the auxiliary air storage tank . a compressor carried on the vehicle ; a main air storage tank ; an auxiliary air storage tank ; a compressed air supply main line communicating the compressor with the main air storage tank ; a compressed air supply auxiliary line communicating the auxiliary air storage tank with at least one of the compressed air supply main line and the main air storage tank ; an automated shut off valve disposed in the compressed air supply auxiliary line ; an inflation air line communicating the main air storage tank with at least one of the tires (16A-16F); an inflation pressure sensor arranged to detect an inflation pressure provided to the at least one of the tires (16A-16F); and a controller having a rapid inflation mode configured to: initially communicate stored compressed air from both the main air storage tank and the auxiliary air storage tank to the at least one of the tires (16A-16F); and then close the automated shut off valve so that additional compressed air from the compressor is communicated to the at least one of the tires (16A-16F) without re-pressurizing the auxiliary air storage tank . initially communicate stored compressed air from both the main air storage tank and the auxiliary air storage tank to the at least one of the tires (16A-16F); and then close the automated shut off valve so that additional compressed air from the compressor is communicated to the at least one of the tires (16A-16F) without re-pressurizing the auxiliary air storage tank .
A casting material for a stirring paddle for KR desulfurization, consisting of a base material of the casting material and additives, wherein the base material of the casting material consists of the following ingredients by weight percentage: 60-80% of M70 sintered mullite, 5-20% of flint clay, 5-20% of micropowder, and 1-5% of pure calcium aluminate cement; and wherein the additives consist of 0.05-0.2% of a water reducing agent and 1-5% of a heat-resistant stainless steel fiber expressed as weight percentage based on the weight of the base material of the casting material. wherein the base material of the casting material consists of the following ingredients by weight percentage: 60-80% of M70 sintered mullite, 5-20% of flint clay, 5-20% of micropowder, and 1-5% of pure calcium aluminate cement; and wherein the additives consist of 0.05-0.2% of a water reducing agent and 1-5% of a heat-resistant stainless steel fiber expressed as weight percentage based on the weight of the base material of the casting material.
An inhibitor polypeptide or polypeptide-conjugate that is an inhibitor of AXL-GAS6 interaction wherein the inhibitor polypeptide or polypeptide-conjugate is capable of binding to GAS6 with increased affinity compared to wild-type AXL; and wherein the inhibitor polypeptide or polypeptide-conjugate is a soluble AXL polypeptide lacking the AXL transmembrane domain; lacking a functional fibronectin (FN) domain and comprising at least one amino acid modification selected from the group consisting of: 11) A72V, 16) D87G, 19) V92A, V92G or V92D, 1) A19T, 2) T23M, 3) E26G, 4) E27G or E27K 5) G32S, 6) N33S, 7) T38I, 8) T44A, 9) H61Y, 10) D65N, 12) S74N, 13) Q78E, 14) V79M, 15) Q86R, 17) D88N, 18) I90M or I90V, 20) I97R, 21) T98A or T98P, 22) T105M, 23) Q109R, 24) V112A, 25) F113L, 26) H116R, 27) T118A, 28) G127R or G127E, and 29) G129E and a combination thereof, and wherein said polypeptide comprises an Fc domain linked to the soluble AXL polypeptide by a linker.
A device , comprising: at least one first section including, an airflow passage, a first reservoir configured to contain at least one first pre-vapor formulation , a heater in communication with the first reservoir and the airflow passage, the heater being configured to at least partially vaporize the at least one first pre-vapor formulation, and an insert in communication with the airflow passage, the insert being downstream of the heater , the insert including, a matrix including one or more portions of a filler material , the filler material being a plant-based cellulose material, the one or more portions defining interstices ; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix , and at least one first consumable substance infused within the filler material , the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof. an airflow passage, a first reservoir configured to contain at least one first pre-vapor formulation , a heater in communication with the first reservoir and the airflow passage, the heater being configured to at least partially vaporize the at least one first pre-vapor formulation, and an insert in communication with the airflow passage, the insert being downstream of the heater , the insert including, a matrix including one or more portions of a filler material , the filler material being a plant-based cellulose material, the one or more portions defining interstices ; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix , and at least one first consumable substance infused within the filler material , the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof. a matrix including one or more portions of a filler material , the filler material being a plant-based cellulose material, the one or more portions defining interstices ; at least one first containing structure containing the matrix, the at least one first containing structure contacting at least side surfaces of the matrix , and at least one first consumable substance infused within the filler material , the at least one first consumable substance including at least one of nicotine, at least one first flavorant, at least one second pre-vapor formulation, a sub-combinations thereof, or a combinations thereof.
An operating shaft for a disc brake , the operating shaft comprising: opposed pairs of arcuate surfaces arranged with offset axes of rotation , one surface of each pair arranged to be grounded to a housing of the disc brake and the other surfaces of each pair arranged to transmit an actuating force to a brake pad of the disc brake upon rotation of the operating shaft ; a recess intermediate the pairs of surfaces for accommodating a portion of a wear adjuster mechanism ; and a pin arranged to engage a corresponding input driving portion of the wear adjuster mechanism ; characterised in that the pin extends at a non-zero angle with respect to both the axes of rotation and the direction of force transmission , wherein the pin has a longitudinal axis, and wherein the longitudinal axis of the pin does not intersect the axes of rotation . opposed pairs of arcuate surfaces arranged with offset axes of rotation , one surface of each pair arranged to be grounded to a housing of the disc brake and the other surfaces of each pair arranged to transmit an actuating force to a brake pad of the disc brake upon rotation of the operating shaft ; a recess intermediate the pairs of surfaces for accommodating a portion of a wear adjuster mechanism ; and a pin arranged to engage a corresponding input driving portion of the wear adjuster mechanism ; characterised in that the pin extends at a non-zero angle with respect to both the axes of rotation and the direction of force transmission , wherein the pin has a longitudinal axis, and wherein the longitudinal axis of the pin does not intersect the axes of rotation .
A portable desk comprising: a main body ; at least one wheel engaged or engagable with the main body ; and a support element having a user work-surface and which is engaged or engagable with the main body at or adjacent to the or each wheel ; wherein, in a first configuration, the main body is arrangable such that the support element is disposed at or adjacent to an upper end portion of the main body thereby presenting the work-surface for use by a user, and in a second configuration, the main body is inverted such that the or each wheel is in contact with the ground to allow the desk to be pushed or pulled by a user, characterised in that the support element is pivotably engagable with the main body . a main body ; at least one wheel engaged or engagable with the main body ; and a support element having a user work-surface and which is engaged or engagable with the main body at or adjacent to the or each wheel ; wherein, in a first configuration, the main body is arrangable such that the support element is disposed at or adjacent to an upper end portion of the main body thereby presenting the work-surface for use by a user, and in a second configuration, the main body is inverted such that the or each wheel is in contact with the ground to allow the desk to be pushed or pulled by a user, characterised in that the support element is pivotably engagable with the main body .
A mold oscillator for oscillating a mold of a continuous casting machine, characterized by comprising: a servo motor ; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut , and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft , wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a bearing that is engaged with the first shaft so as to rotatably support the first shaft and so as to be immovable relative to the first shaft in the vertical direction; and an attachment portion (95, 98; 95, 97, 98) configured to fix the mold oscillator at an installation position, wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is configured to be connected to the mold side; and the attachment portion (95, 98; 95, 97, 98) is provided so as to be immovable relative to the bearing in the vertical direction and is configured so as to be able to change a relative position between the bearing and the second shaft in the vertical direction in a state where operation of the mold oscillator is stopped. a servo motor ; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut , and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft , wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a bearing that is engaged with the first shaft so as to rotatably support the first shaft and so as to be immovable relative to the first shaft in the vertical direction; and an attachment portion (95, 98; 95, 97, 98) configured to fix the mold oscillator at an installation position, wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is configured to be connected to the mold side; and the attachment portion (95, 98; 95, 97, 98) is provided so as to be immovable relative to the bearing in the vertical direction and is configured so as to be able to change a relative position between the bearing and the second shaft in the vertical direction in a state where operation of the mold oscillator is stopped.
A computer-implemented method for inspecting a wellbore , the method comprising: inducing a first transient pressure pulse in the wellbore via a transient pressure pulse generator; measuring a pressure trace of the first transient pressure pulse using a pressure sensor proximate to the transient pressure pulse generator; measuring a returned signature reflection of the first transient pressure pulse using the pressure sensor ; and comparing the pressure trace and the returned signature reflection and determining the energy loss and changes in amplitude and wavelength of the transient pressure pulse due to a flow barrier to determine at least one of a type of flow barrier or a condition of the flow barrier . inducing a first transient pressure pulse in the wellbore via a transient pressure pulse generator; measuring a pressure trace of the first transient pressure pulse using a pressure sensor proximate to the transient pressure pulse generator; measuring a returned signature reflection of the first transient pressure pulse using the pressure sensor ; and comparing the pressure trace and the returned signature reflection and determining the energy loss and changes in amplitude and wavelength of the transient pressure pulse due to a flow barrier to determine at least one of a type of flow barrier or a condition of the flow barrier .
A vapor-phase type heating method of supplying vapor of a heat transfer fluid to a heating furnace and heating an object by using latent heat of vaporization of the supplied vapor, the method comprising: heating the object with a heated gas containing the vapor of the heat transfer fluid in the heating furnace ; collecting the heat transfer fluid falling from a front surface of the object to a lower portion of the heating furnace , after the vapor comes into contact with the object and cools to liquefy, and latent heat of vaporization of the vapor is applied to the object through phase change; discharging the heated gas after heating the object from the heating furnace to a circulation route ; supplying the heat transfer fluid as droplets in the circulation route to an upstream side from a heat source that heats the heated gas; then, heating the droplets so as to be changed into vapor and supplying the heated gas containing the vapor from the circulation route again to the heating furnace ; and maintaining a predetermined amount of the vapor of the heat transfer fluid in the heating furnace by the collecting and the supplying and heating the object which is disposed in the heating furnace at a predetermined rate of temperature rise in a state of an even distribution of the vapor of the heat transfer fluid in the heating furnace . heating the object with a heated gas containing the vapor of the heat transfer fluid in the heating furnace ; collecting the heat transfer fluid falling from a front surface of the object to a lower portion of the heating furnace , after the vapor comes into contact with the object and cools to liquefy, and latent heat of vaporization of the vapor is applied to the object through phase change; discharging the heated gas after heating the object from the heating furnace to a circulation route ; supplying the heat transfer fluid as droplets in the circulation route to an upstream side from a heat source that heats the heated gas; then, heating the droplets so as to be changed into vapor and supplying the heated gas containing the vapor from the circulation route again to the heating furnace ; and maintaining a predetermined amount of the vapor of the heat transfer fluid in the heating furnace by the collecting and the supplying and heating the object which is disposed in the heating furnace at a predetermined rate of temperature rise in a state of an even distribution of the vapor of the heat transfer fluid in the heating furnace .
System for connecting a fluid supply with a cannula, comprising: a base body consisting of a main body and a sticking plaster , wherein the main body is placed on a first surface of the sticking plaster, and wherein the main body has at least one opening, and the sticking plaster has a second, adhesive surface on the opposite side for sticking the base body to an area of skin; and a separate mounting which is fixedly connected to a cannula for introducing a fluid into a tissue; wherein the mounting and the main body are configured so as to create a connection when the cannula is introduced into a tissue through the main body; and a plug with a feed element as an apparatus for supplying a fluid. a base body consisting of a main body and a sticking plaster , wherein the main body is placed on a first surface of the sticking plaster, and wherein the main body has at least one opening, and the sticking plaster has a second, adhesive surface on the opposite side for sticking the base body to an area of skin; and a separate mounting which is fixedly connected to a cannula for introducing a fluid into a tissue; wherein the mounting and the main body are configured so as to create a connection when the cannula is introduced into a tissue through the main body; and a plug with a feed element as an apparatus for supplying a fluid.
A human monoclonal anti-interleukin-22 (IL-22) antibody or IL-22 binding fragment thereof, wherein the antibody or IL-22 binding fragment thereof recognizes a conformational epitope and is capable of neutralizing the biological activity of IL-22 and the antibody or IL-22 binding fragment thereof comprises in its variable heavy (V H ) chain and variable light (V L ) chain the amino acid sequence of SEQ ID NOs: 31 and 33, respectively.
A winding method for winding a wire fed from a wire feeding member onto a stator having a plurality of radially disposed magnetic poles , comprising: a positioning step for positioning the wire fed from the wire feeding member relative to a magnetic pole while holding the wire using a guide , and a wire inserting step performed by moving the wire feeding member relative to an opening portion of a slot formed between adjacent magnetic poles of the stator without passing the wire feeding member between the adjacent magnetic poles while the wire is held by the guide such that the wire fed from the wire feeding member is inserted into the slot between the adjacent magnetic poles only as a consequence of this movement by the wire feeding member and this holding by the guide , and in the absence of any further guide means for the insertion of the wire into the slot , wherein the wire is guided to and wound around the magnetic pole by the positioning step and the wire inserting step, the wire is wound regularly around a winding subject magnetic pole by moving the guide in a winding axis direction of the winding subject magnetic pole by an amount corresponding to a diameter of the wire every time the wire is wound once around the winding subject magnetic pole , the guide comprises: a first guide disposed parallel to a winding direction of the wire wound around the winding subject magnetic pole , and a second guide disposed at a gap corresponding to the diameter of the wire from the first guide , the wire is held between the first guide and the second guide , the first guide and the second guide are each disposed in a pair, positioning of the wire in the positioning step is performed in a position facing a winding position on a non-opposing surface , which does not oppose the adjacent magnetic poles , of an outer peripheral surface of the winding subject magnetic pole , and the guide is disposed facing the non-opposing surface . a positioning step for positioning the wire fed from the wire feeding member relative to a magnetic pole while holding the wire using a guide , and a wire inserting step performed by moving the wire feeding member relative to an opening portion of a slot formed between adjacent magnetic poles of the stator without passing the wire feeding member between the adjacent magnetic poles while the wire is held by the guide such that the wire fed from the wire feeding member is inserted into the slot between the adjacent magnetic poles only as a consequence of this movement by the wire feeding member and this holding by the guide , and in the absence of any further guide means for the insertion of the wire into the slot , wherein a first guide disposed parallel to a winding direction of the wire wound around the winding subject magnetic pole , and a second guide disposed at a gap corresponding to the diameter of the wire from the first guide ,
A computer-implemented method for measuring post-translational modification of proteins in a subject, the method comprising: - recording of infrared radiation within a predetermined wavenumber range, attenuated by an integument of said subject, wherein said integument is still attached to said subject; - comparing said attenuation of infrared radiation to a predetermined value for deriving information regarding post-translational modification of proteins in the integument, characterized in that said integument of said subject is a nail plate of said subject. - recording of infrared radiation within a predetermined wavenumber range, attenuated by an integument of said subject, wherein said integument is still attached to said subject; - comparing said attenuation of infrared radiation to a predetermined value for deriving information regarding post-translational modification of proteins in the integument, characterized in that said integument of said subject is a nail plate of said subject.
A guide for drawers of the type consisting of a fixed part (stationary) and a movable part that can be moved on said fixed part between two terminal positions, a first position corresponding to when the drawer is open, and a second position corresponding to when the drawer is closed, at least one roller cage being interposed between said two fixed and movable parts, which can move together with said movable part of the guide , said movable part of the guide having an overturned "U" section with an upper horizontal section (S1) and two opposing vertical side sections (S2), characterized in that a supporting and guiding group cooperates with said at least one roller cage in the first position, said supporting and guiding group comprising first rolling elements on which said horizontal section (S1) of said movable part of the guide, rests, and second rolling elements on which said opposing vertical sections (S2) slide, said first and second rolling elements being fixed in correspondence with the front free end of the fixed part of the guide .