mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic electronic cigarette atomization core, comprising an atomization core sleeve, an atomization piece is provided in the atomization core sleeve, wherein an air passage, an air pass pipe and a cup-shaped tobacco tar guide cotton are further provided in the atomization core sleeve, an outer bottom surface of the tobacco tar guide cotton is in contact with a top surface of the atomization piece, and a side wall of the tobacco tar guide cotton is sheathed at the outside of the bottom of the side wall of the air pass pipe; and the airflow enters from the air passage, flows by an inner bottom surface of the tobacco tar guide cotton after penetrating through the bottom of the side wall of the tobacco tar guide cotton, and outflows from the air pass pipe; or the airflow enters from a top end of the air pass pipe, penetrates through the bottom of the side wall of the tobacco tar guide cotton after flowing by the tobacco tar guide cotton, and outflows from the air passage.
A pharmaceutical composition comprising: (a) a nucleic acid construct that (i) expresses the gene cylindromatosis ( CYLD) or a biologically active variant of the gene that encodes the catalytic domain of the encoded deubiquitinase or (ii) downregulates the expression of phosphodiesterase 4 for use in the treatment of a medical condition associated with inflammation of the ears, nose, nasal passages, throat, the lung or bronchial tree; or (b) a protein biotherapeutic or small molecule that upregulates the activity of the deubiquitinase encoded by CYLD by inhibiting PDE4B for use in the treatment of a medical condition associated with inflammation of the ears. (a) a nucleic acid construct that (i) expresses the gene cylindromatosis ( CYLD) or a biologically active variant of the gene that encodes the catalytic domain of the encoded deubiquitinase or (ii) downregulates the expression of phosphodiesterase 4 for use in the treatment of a medical condition associated with inflammation of the ears, nose, nasal passages, throat, the lung or bronchial tree; or (b) a protein biotherapeutic or small molecule that upregulates the activity of the deubiquitinase encoded by CYLD by inhibiting PDE4B for use in the treatment of a medical condition associated with inflammation of the ears.
Magnetic encoder apparatus, comprising; a magnetic scale (4;10) that produces a periodically repeating magnetic pattern, a plurality of magnetic sensor elements for reading the magnetic scale (4;10), the plurality of magnetic sensor elements producing a plurality of sensor signals, and an analyser for analysing the plurality of sensor signals to provide a measure of the position of the magnetic sensor elements relative to the magnetic scale, the analyser being arranged to use the plurality of sensor signals to assess the period of the periodically repeating magnetic pattern sensed by the plurality of magnetic sensor elements, characterised in that the magnetic scale (4;10) comprises a series of alternating first magnetised regions and second magnetised regions, the first magnetised regions being of the opposite magnetic pole to the second magnetised regions, wherein the centres of the first magnetised regions are spaced apart from one another by a fixed interval and each first magnetised region has a first width or a second width to thereby encode a data bit, the data bit taking a first value if the first magnetised region has the first width and a second value if the first magnetised region has the second width. a magnetic scale (4;10) that produces a periodically repeating magnetic pattern, a plurality of magnetic sensor elements for reading the magnetic scale (4;10), the plurality of magnetic sensor elements producing a plurality of sensor signals, and an analyser for analysing the plurality of sensor signals to provide a measure of the position of the magnetic sensor elements relative to the magnetic scale, the analyser being arranged to use the plurality of sensor signals to assess the period of the periodically repeating magnetic pattern sensed by the plurality of magnetic sensor elements, characterised in that the magnetic scale (4;10) comprises a series of alternating first magnetised regions and second magnetised regions, the first magnetised regions being of the opposite magnetic pole to the second magnetised regions, wherein the centres of the first magnetised regions are spaced apart from one another by a fixed interval and each first magnetised region has a first width or a second width to thereby encode a data bit, the data bit taking a first value if the first magnetised region has the first width and a second value if the first magnetised region has the second width.
A robot for underwater monitoring and maintenance of a ship's hull when the ship is underway, where the robot comprises a main body having a front part and a rear end connected with a middle part, a connector for connecting the robot to a cable for towing the robot is arranged to the front part of the main body, a resting base adapted to rest against the ship's hull and being arranged along the full length of the main body, one or more hydrofoil(s) (6, 7) arranged perpendicular to the length axis of the main body arranged to force the resting base of the robot towards the ship's hull, a rudder arranged at the front part of the main body, perpendicular to the length axis of the main body and the hydrofoil(s) (6, 7), characterised in that the main body is a straight and elongated body having a length to width ratio of 5 or more, and in that the length of said one or more hydrofoil(s) (6, 7) as seen perpendicular to the main body, is / are longer than the width of the main body, and in that the connector for the cable is arranged at one end of a hydrofoil, or at an arm extending parallel with the one or more hydrofoil(s). a main body having a front part and a rear end connected with a middle part, a connector for connecting the robot to a cable for towing the robot is arranged to the front part of the main body, a resting base adapted to rest against the ship's hull and being arranged along the full length of the main body, one or more hydrofoil(s) (6, 7) arranged perpendicular to the length axis of the main body arranged to force the resting base of the robot towards the ship's hull, a rudder arranged at the front part of the main body, perpendicular to the length axis of the main body and the hydrofoil(s) (6, 7), characterised in that the main body is a straight and elongated body having a length to width ratio of 5 or more, and in that the length of said one or more hydrofoil(s) (6, 7) as seen perpendicular to the main body, is / are longer than the width of the main body, and in that the connector for the cable is arranged at one end of a hydrofoil, or at an arm extending parallel with the one or more hydrofoil(s).
computer-implemented method of determining tinting instructions for one or more electrochromic windows to reduce power usage at a site, the method comprising: (a) determining that a reduced power event has occurred at the site; (b) determining a current amount of power available at the site; (c) performing reduced power operations to determine new tinting instructions for the one or more electrochromic windows based on the current amount of power available at the site; and (d) repeating (b) and (c) at intervals during a period of the reduced power event. (a) determining that a reduced power event has occurred at the site; (b) determining a current amount of power available at the site; (c) performing reduced power operations to determine new tinting instructions for the one or more electrochromic windows based on the current amount of power available at the site; and (d) repeating (b) and (c) at intervals during a period of the reduced power event.
A fluid containing bag comprising a bag main body which includes two front and rear sheets the entire peripheries of which are hermetically sealed except one portion, an inlet/outlet spout one end of which is connected to the one portion and other end of which extends to outside the bag main body, wherein the inlet/outlet spout is formed by welding both side portions of other two sheets together, means for closing an inlet/outlet port of the inlet/outlet spout, further comprising a reinforcing tape characterized in that the reinforcing tape is attached to a portion or an entire periphery of an inner peripheral face of a base portion of the inlet/outlet spout on a side being connected to the bag main body, and the reinforcing tape is attached to bridge at least the two sheets forming the inlet/outlet spout at both side of the welding portions of the inlet/outlet spout.
Packaging element for producing a packaging wrapper for a food product, the packaging element comprising: - a sheet comprising: ∘ a main region extending between two longitudinal ends (32, 34) and being bordered by longitudinal edges (36, 38) between said longitudinal ends (32, 34), and ∘ at least one border region (40, 42) extending along one of the longitudinal edges (36, 38) of the main region, and - an element for guiding tears in the sheet, the guide element running along substantially each of the longitudinal edges (36, 38) of the main region so as to guide the formation of tears in the sheet substantially along each of the longitudinal edges (36, 38), the packaging element further comprising at least one gripping tab (16A, 16B) straddling one of the longitudinal edges (36, 38) so as to overlap both the main region and the or one of the border region(s) (40, 42), said gripping tab (16A, 16B) comprising a portion for fixing to the sheet, overlapping the border region (40, 42), said fixing portion being fixed, preferably sealed, to the sheet, said packaging element being characterised in that: a gripping portion of the tab (16A, 16B) overlapping the main region is free. - a sheet comprising: ∘ a main region extending between two longitudinal ends (32, 34) and being bordered by longitudinal edges (36, 38) between said longitudinal ends (32, 34), and ∘ at least one border region (40, 42) extending along one of the longitudinal edges (36, 38) of the main region, and ∘ a main region extending between two longitudinal ends (32, 34) and being bordered by longitudinal edges (36, 38) between said longitudinal ends (32, 34), and ∘ at least one border region (40, 42) extending along one of the longitudinal edges (36, 38) of the main region, and - an element for guiding tears in the sheet, the guide element running along substantially each of the longitudinal edges (36, 38) of the main region so as to guide the formation of tears in the sheet substantially along each of the longitudinal edges (36, 38),
Hydraulic apparatus comprising: pumping means for pumping a fluid at a first pressure; user means of said fluid at said first pressure; emergency supply means (9, 109) connectable to said user means activating a connection; activation means of said connection that can be operated at a second pressure of said fluid different from said first pressure and interposed between said user means and said emergency supply means (9, 109), characterized by the fact that said activation means consists of distributor means for distributing said fluid and designated to connect together, in an emergency configuration, both said pumping means and said emergency supply means (9, 109) to said user means, a protection configuration where both said pumping means and said emergency supply means (9, 109) are substantially disconnected from said user means, and a normal operating configuration wherein said pumping means are connected with said user means and said emergency supply means (9, 109) are disconnected from said user means and are closed, between said distributor means and said user means being interposed sensing means of said first pressure of said fluid and of at least a second pressure different from said first pressure, said sensing means controlling said activation means so that said emergency supply means (9, 109) are connected with said user means when said sensing means read said at least second pressure.
Process for the production of polyamide-based products, characterized in that in an injection-moulding machine a) at least one side wall of the cavity of an injection mould is lined with a polyamide-based reinforcement structure, where polyamide-based braided meshes preferably welded at the intersection points, polyamide non-wovens or non-woven polyamide fabrics, polyamide-based textile reinforcement systems made of continuous-filament polyamide fibres, polyamide threads or polyamide rovings are used as polyamide-based reinforcement structure, b) the polyamide-based moulding composition intended for injection moulding, preferably introduced in pellet form, is first melted, where not only the moulding composition to be used but also the polyamide-based reinforcement structure uses semicrystalline or amorphous polyamides based on aliphatic dicarboxylic acids, on aliphatic or uses the corresponding lactams, where copolyamides made of a plurality of the monomers mentioned are also included, c) this moulding composition from step b) is injected under pressure into the temperature-controlled cavity of the injection mould, where the temperature of the mould walls of the cavity of the injection mould to be used are controlled to a temperature of from 80 to 180°C and d) the injection-moulding composition located in the cavity is cooled and the injection moulding is demoulded. a) at least one side wall of the cavity of an injection mould is lined with a polyamide-based reinforcement structure, where polyamide-based braided meshes preferably welded at the intersection points, polyamide non-wovens or non-woven polyamide fabrics, polyamide-based textile reinforcement systems made of continuous-filament polyamide fibres, polyamide threads or polyamide rovings are used as polyamide-based reinforcement structure, b) the polyamide-based moulding composition intended for injection moulding, preferably introduced in pellet form, is first melted, where not only the moulding composition to be used but also the polyamide-based reinforcement structure uses semicrystalline or amorphous polyamides based on aliphatic dicarboxylic acids, on aliphatic or uses the corresponding lactams, where copolyamides made of a plurality of the monomers mentioned are also included, c) this moulding composition from step b) is injected under pressure into the temperature-controlled cavity of the injection mould, where the temperature of the mould walls of the cavity of the injection mould to be used are controlled to a temperature of from 80 to 180°C and d) the injection-moulding composition located in the cavity is cooled and the injection moulding is demoulded.
A BCMA specific chimeric antigen receptor having a polypeptide structure comprising: (a) an extra cellular ligand binding-domain comprising VH and VL from a monoclonal anti-BCMA antibody, (b) a hinge selected from a FcRIIIα hinge, a CD8α hinge and an IgG1 hinge, (c) a CD8α transmembrane domain and (d) a cytoplasmic domain including a CD3 zeta signaling domain and a co-stimulatory domain from 4-1BB; wherein said VH comprises the CDR sequences: DYYIN (SEQ ID NO. 61), WIYFASGNSEYNQKFTG (SEQ ID NO. 62), and LYDYDWYFDV (SEQ ID NO. 63), and said VL comprises the CDR sequences KSSQSLVHSNGNTYLH (SEQ ID NO. 64), KVSNRFS (SEQ ID NO. 65), and AETSHVPWT (SEQ ID NO. 66) or SQSSIYPWT (SEQ ID NO. 67). (a) an extra cellular ligand binding-domain comprising VH and VL from a monoclonal anti-BCMA antibody, (b) a hinge selected from a FcRIIIα hinge, a CD8α hinge and an IgG1 hinge, (c) a CD8α transmembrane domain and (d) a cytoplasmic domain including a CD3 zeta signaling domain and a co-stimulatory domain from 4-1BB; wherein said VH comprises the CDR sequences: DYYIN (SEQ ID NO. 61), WIYFASGNSEYNQKFTG (SEQ ID NO. 62), and LYDYDWYFDV (SEQ ID NO. 63), and said VL comprises the CDR sequences KSSQSLVHSNGNTYLH (SEQ ID NO. 64), KVSNRFS (SEQ ID NO. 65), and AETSHVPWT (SEQ ID NO. 66) or SQSSIYPWT (SEQ ID NO. 67).
A method of selecting a radiation therapy treatment plan for a patient, the treatment plan implemented through a radiation delivery system including a gantry configured to rotate around a couch, the couch movable in a linear direction relative to the gantry, the movement of the couch and the gantry creating a helical delivery path having a pitch, and a radiation module coupled to the gantry and configured to deliver a radiation beam, the beam having a beam weight corresponding to a radiation fluence, the method comprising: receiving, by a controller, an objective including at least one from a list including a desired dose, a desired dose distribution, and a dose constraint; optimizing, by the controller, the pitch based on the objective to obtain an optimized pitch; optimizing, by the controller, the beam weight based on the objective to obtain optimized beam weight; determining, by the controller, based on the optimized pitch and the optimized beam weight at least one from the following list including a treatment plan and a dose; and outputting, by the controller, the at least one of the treatment plan and the dose, wherein optimizing the pitch includes optimizing the pitch using a first geometry, and wherein optimizing the beam weight includes optimizing the beam weight using a second geometry different from the first geometry. receiving, by a controller, an objective including at least one from a list including a desired dose, a desired dose distribution, and a dose constraint; optimizing, by the controller, the pitch based on the objective to obtain an optimized pitch; optimizing, by the controller, the beam weight based on the objective to obtain optimized beam weight; determining, by the controller, based on the optimized pitch and the optimized beam weight at least one from the following list including a treatment plan and a dose; and outputting, by the controller, the at least one of the treatment plan and the dose, wherein optimizing the pitch includes optimizing the pitch using a first geometry, and wherein optimizing the beam weight includes optimizing the beam weight using a second geometry different from the first geometry.
A personal care appliance comprising: a handle including a drive train and a drive shaft; a motor controller for controlling operation of the drive train to produce at least one of a first mechanical stimulus and a second mechanical stimulus; and an attachment having a body with a principal axis extending between a proximal end and a distal end of the attachment, wherein the proximal end couples to the drive shaft and wherein the distal end includes a resonant structure, wherein responsive to the motor controller operating to control operation of the drive train to produce the first mechanical stimulus, the resonant structure implements a cleaning motion having a first resonant frequency, the first mechanical stimulus defining an output of the drive train which matches the first resonant frequency, characterized in that, responsive to the motor controller operating to control operation of the drive train to produce the second mechanical stimulus, the resonant structure implements the cleaning motion as well as an additional motion (44,46,48,50,52,60) having a second resonant frequency, the second mechanical stimulus defining an output of the drive train which matches the first and second resonant frequencies. a handle including a drive train and a drive shaft; a motor controller for controlling operation of the drive train to produce at least one of a first mechanical stimulus and a second mechanical stimulus; and an attachment having a body with a principal axis extending between a proximal end and a distal end of the attachment, wherein the proximal end couples to the drive shaft and wherein the distal end includes a resonant structure, wherein responsive to the motor controller operating to control operation of the drive train to produce the first mechanical stimulus, the resonant structure implements a cleaning motion having a first resonant frequency, the first mechanical stimulus defining an output of the drive train which matches the first resonant frequency, characterized in that, responsive to the motor controller operating to control operation of the drive train to produce the second mechanical stimulus, the resonant structure implements the cleaning motion as well as an additional motion (44,46,48,50,52,60) having a second resonant frequency, the second mechanical stimulus defining an output of the drive train which matches the first and second resonant frequencies.
A computer-implemented method, comprising: periodically checking whether a new revocation list has been published at an update service; during the periodic check, upon receiving an indication from the update service that there is a recommended update for the new revocation list, downloading the new revocation list and saving the new revocation list as a pending revocation list, the pending revocation list being available for on-demand update when protected content requests a higher level of protection on the computing device than the protection provided by a current level of protection on the computing device; and downloading an updated version of each component listed as a revoked component within the new revocation list upon receiving the indication. periodically checking whether a new revocation list has been published at an update service; during the periodic check, upon receiving an indication from the update service that there is a recommended update for the new revocation list, downloading the new revocation list and saving the new revocation list as a pending revocation list, the pending revocation list being available for on-demand update when protected content requests a higher level of protection on the computing device than the protection provided by a current level of protection on the computing device; and downloading an updated version of each component listed as a revoked component within the new revocation list upon receiving the indication.
Dashboard indicator module including an electric actuator, an illuminated needle, a printed circuit, a light source, and an optical guide, the electric actuator being suitable for driving the illuminated needle and the printed circuit supporting at least the light source, said actuator having electrical connections secured to the printed circuit and said actuator being positioned in a housing, characterized in that the light source for illuminating the needle is arranged in a region located outside the region covered by the actuator, and in that said module comprises the optical guide outside the housing of the actuator in order to transmit the light produced by the light source to afront opening in the actuator housing, which opening is positioned in the rear face of the actuator, in adirection coaxial with either a hollow shaft of the output wheel of said actuator, which hollow shaft is intended to receive said illuminated needle, or a transparent shaft of the output wheel, which transparent shaft is intended to receive said illuminated needle, said optical guide comprising means for transmitting a directional beam that is coaxial with the shaft of said illuminated needle.
A method of logging an exposed formation, comprising: engaging a nose (14n, 314n, 414n, 514n, 614n, 714n, 814n) of a cutting tool (14, 314, 414, 514, 614, 714, 814) with a BHA, the BHA comprising a logging tool; removing the nose from a body (14b, 314b, 414b, 514b, 614b, 714b, 814b) of the cutting tool, thereby opening a bore (134, 334, 434, 534, 634, 734, 834) through the cutting tool; inserting the logging tool through the bore; and logging the exposed formation using the logging tool. engaging a nose (14n, 314n, 414n, 514n, 614n, 714n, 814n) of a cutting tool (14, 314, 414, 514, 614, 714, 814) with a BHA, the BHA comprising a logging tool; removing the nose from a body (14b, 314b, 414b, 514b, 614b, 714b, 814b) of the cutting tool, thereby opening a bore (134, 334, 434, 534, 634, 734, 834) through the cutting tool; inserting the logging tool through the bore; and logging the exposed formation using the logging tool.