mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for the execution of a distribution of micro-holes on sound absorbing panels, including: - a support plane for supporting and feeding said panels, extending according to an advancement axis (X) of the panels and a transverse axis (Y) orthogonal to said advancement axis (X); - handling means for transporting the panels on said plane according to said advancement axis (X); - a punching unit above said plane and comprising a punching die and linear actuating means adapted to operate said die according to a reciprocating punching stroke along a punching axis (Z) orthogonal to said plane , wherein said punching unit comprises a slide supporting said linear actuator and slidably engaged with guide means extending along said transverse axis (Y), and wherein between said slide and said linear actuating means the punching unit comprises am adjusting device for adjusting and locking the position of the unit according to said punching axis (Z), adapted to vary in an adjustable way the distance between said punching die and said plane in an inactive or resting condition of said linear actuating means , characterized in that said linear actuating means comprise a piston , said adjusting device comprising a body pivotally supported by said slide about said punching axis (Z), a threaded coupling between said body and a shank of said piston , piston linear guide means of the piston arranged between said slide and said piston , adapted to prevent the rotation of the piston with respect to the slide around said punching axis (Z), and means for operating the rotation the rotation of said body , whereby the rotation of said body causes the translation of said piston on said piston linear guide means along said punching axis (Z).
A method for handling a driver's use of an object displaying device comprised in a vehicle , the method comprising: monitoring the driver's use of the object displaying device ; and based on the monitoring, determining a likelihood of that the driver has detected a representation of the object when using the object displaying device , wherein the representation of the object is visible to the driver in the object displaying device , and wherein the object is located in the surroundings of the vehicle , characterized in that the likelihood determination is further based on at least one of: a size of the object , distance between the object and the vehicle , contrast of the object in relation to the vehicle's surroundings, light conditions, sun angle in relation to the vehicle and object motion. monitoring the driver's use of the object displaying device ; and based on the monitoring, determining a likelihood of that the driver has detected a representation of the object when using the object displaying device , wherein the representation of the object is visible to the driver in the object displaying device , and wherein the object is located in the surroundings of the vehicle , characterized in that the likelihood determination is further based on at least one of: a size of the object , distance between the object and the vehicle , contrast of the object in relation to the vehicle's surroundings, light conditions, sun angle in relation to the vehicle and object motion.
Shielded inductive power transfer unit comprising a winding of a first coil arranged for power transfer and a shielding member arranged for covering at least a part of a first surface of the first coil in a direction of power transfer, wherein the shielding member comprises a plurality of elongate electrically conductive strips arranged for spanning an area all along the winding of the first coil , wherein the plurality of elongate conductive strips comprises at least a first set of elongate conductive strips being mutually electrically coupled and arranged for forming a pattern, such as a comb-like pattern, wherein each strip of the plurality of conductive strips defines a longitudinal axis being substantially perpendicular to a local tangent of the winding of the first coil along the winding direction, wherein the plurality of conductive strips comprises a first region spanning a first section of the winding along the winding and a second region spanning a second section of the winding along the winding, and wherein the first region and the second region are electrically isolated from one another such that there is no current induced to flow between the first and the second region by a field generated by the first coil .
A gastrostomy tubing system comprising: a gastrostomy tube (202, 302a-b, 402) comprising a distal end and a proximal end, the distal end is configured to be positioned in a stomach of a subject and the proximal end is configured to extend outside the subject's body; and a retention structure connected to said distal end of said tube and configured to secure the tube to an inner wall of the stomach when the distal end is inside the stomach; characterized in that : said retention structure comprises three or more reversibly assembled retention elements extending radially outwardly around said distal end of said gastrostomy tube, wherein said retention structure is configured to disassemble into said three or more reversibly assembled retention elements upon external manipulation, to dismantle from said tube and facilitate removal of the tube distal end from the stomach. a gastrostomy tube (202, 302a-b, 402) comprising a distal end and a proximal end, the distal end is configured to be positioned in a stomach of a subject and the proximal end is configured to extend outside the subject's body; and a retention structure connected to said distal end of said tube and configured to secure the tube to an inner wall of the stomach when the distal end is inside the stomach; characterized in that : said retention structure comprises three or more reversibly assembled retention elements extending radially outwardly around said distal end of said gastrostomy tube, wherein said retention structure is configured to disassemble into said three or more reversibly assembled retention elements upon external manipulation, to dismantle from said tube and facilitate removal of the tube distal end from the stomach.
A recording apparatus comprising: a recording head configured to eject liquid containing scattering particles; a light source configured to emit light; an irradiation optical device configured to irradiate the recording head with an irradiation light being at least a part of the light emitted from the light source ; characterized by a coupling optical device configured to couple reflected or scattered light with reference light to form a coupled light, the reflected or scattered light being light obtained by reflecting or scattering the irradiation light by the liquid inside the recording head , the reference light being at least a part of the light emitted from the light source and not reflected or scattered by the liquid inside the recording head ; a detector configured to detect the coupled light formed by the coupling optical device ; and an arithmetic device configured to acquire an optical interference tomographic image of the inside of the liquid inside the recording head based on the coupled light. a recording head configured to eject liquid containing scattering particles; a light source configured to emit light; an irradiation optical device configured to irradiate the recording head with an irradiation light being at least a part of the light emitted from the light source ; characterized by a coupling optical device configured to couple reflected or scattered light with reference light to form a coupled light, the reflected or scattered light being light obtained by reflecting or scattering the irradiation light by the liquid inside the recording head , the reference light being at least a part of the light emitted from the light source and not reflected or scattered by the liquid inside the recording head ; a detector configured to detect the coupled light formed by the coupling optical device ; and an arithmetic device configured to acquire an optical interference tomographic image of the inside of the liquid inside the recording head based on the coupled light.
A method for controlling a cooker, comprising: receiving a first manipulation signal (OS1) for supplying energy into a cooking chamber using at least one heating source ; determining if a second manipulation signal (OS2) for generating steam supplied to the cooking chamber by an operation of a steam heater and a water supply pump , is inputted before a preset heating start time (TO) according to the first manipulation signal (OS1) has arrived; initiating operation of at least one of a halogen heater , the convection heater , a convection motor , a lamp and a fan motor at the preset heating start time (TO), when it is determined that the second manipulation signal (OS2) is not inputted before the preset heating start time (TO) has arrived; determining if the second manipulation signal (OS2) is inputted before heating end time (T1) has arrived; and initiating operation of a steam heater and a water supply pump at a time (Ts2) to generate steam by heating steam water when it is determined that the second manipulation signal (OS2) is inputted before the heating end time (T1) has arrived. receiving a first manipulation signal (OS1) for supplying energy into a cooking chamber using at least one heating source ; determining if a second manipulation signal (OS2) for generating steam supplied to the cooking chamber by an operation of a steam heater and a water supply pump , is inputted before a preset heating start time (TO) according to the first manipulation signal (OS1) has arrived; initiating operation of at least one of a halogen heater , the convection heater , a convection motor , a lamp and a fan motor at the preset heating start time (TO), when it is determined that the second manipulation signal (OS2) is not inputted before the preset heating start time (TO) has arrived; determining if the second manipulation signal (OS2) is inputted before heating end time (T1) has arrived; and initiating operation of a steam heater and a water supply pump at a time (Ts2) to generate steam by heating steam water when it is determined that the second manipulation signal (OS2) is inputted before the heating end time (T1) has arrived.
A filter rod manufacturing machine comprising: a tow converging section for converging a filter tow during conveyance of the filter tow (T) in a web shape; a wrapping section for respectively receiving the converged filter tow (T) and a wrapping material (PW) at a merging position (MP) defined to be downstream of the tow converging section if viewed in a conveyance direction of the filter tow (T) so as to wrap the filter tow (T) with the wrapping material (PW) into a tow rod (TR); a thread feed-out nozzle for guiding a thread member (S) toward the wrapping section to form the tow rod including the thread member thereinside; a liquid supply nozzle for supplying an additive liquid to be impregnated into the thread member; and a cutting unit so located downstream of the wrapping section as to cut the tow rod (TR) into filter rods (FR), each having a predetermined length, characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position (MP), the thread feed-out end feeding the thread member (S) into the filter tow (T), and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member (S) fed from the thread feed-out end . a tow converging section for converging a filter tow during conveyance of the filter tow (T) in a web shape; a wrapping section for respectively receiving the converged filter tow (T) and a wrapping material (PW) at a merging position (MP) defined to be downstream of the tow converging section if viewed in a conveyance direction of the filter tow (T) so as to wrap the filter tow (T) with the wrapping material (PW) into a tow rod (TR); a thread feed-out nozzle for guiding a thread member (S) toward the wrapping section to form the tow rod including the thread member thereinside; a liquid supply nozzle for supplying an additive liquid to be impregnated into the thread member; and a cutting unit so located downstream of the wrapping section as to cut the tow rod (TR) into filter rods (FR), each having a predetermined length, characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position (MP), the thread feed-out end feeding the thread member (S) into the filter tow (T), and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member (S) fed from the thread feed-out end . characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position (MP), the thread feed-out end feeding the thread member (S) into the filter tow (T), and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member (S) fed from the thread feed-out end .
A collation device comprising: a plurality of displays that are disposed at different heights in a vertical direction; an imaging device including a lens , an image acquisition unit arranged to read a face image printed on a passport or stored on an IC chip of a passport , a half mirror , and a housing accommodating the plurality of displays and the imaging device , wherein the half mirror is attached to a front side of the housing , and the displays are disposed with a predetermined gap (D) inside the housing and the lens of the imaging device is disposed in the gap (D) between the displays , characterized in that: the half mirror covers the plurality of displays and the imaging device , the collation device is arranged to collate a face image of a user captured by the imaging device and a face image in a passport acquired by the image acquisition unit , the collation device is arranged such that when one of the plurality of displays is displaying an information relating to the collation of the face images, the other display displays with low luminance or in black, the image acquisition unit is disposed at a lower position than the displays in the vertical direction, and the information relating to the collation of the face images includes an indication prompting to input the face image in the passport , and is displayed on a display disposed the lowest among the plurality of displays in the vertical direction. a plurality of displays that are disposed at different heights in a vertical direction; an imaging device including a lens , an image acquisition unit arranged to read a face image printed on a passport or stored on an IC chip of a passport , a half mirror , and a housing accommodating the plurality of displays and the imaging device , wherein the half mirror is attached to a front side of the housing , and the displays are disposed with a predetermined gap (D) inside the housing and the lens of the imaging device is disposed in the gap (D) between the displays , the half mirror covers the plurality of displays and the imaging device , the collation device is arranged to collate a face image of a user captured by the imaging device and a face image in a passport acquired by the image acquisition unit , the collation device is arranged such that when one of the plurality of displays is displaying an information relating to the collation of the face images, the other display displays with low luminance or in black, the image acquisition unit is disposed at a lower position than the displays in the vertical direction, and the information relating to the collation of the face images includes an indication prompting to input the face image in the passport , and is displayed on a display disposed the lowest among the plurality of displays in the vertical direction.
A method of forming a scaffold material in vitro, the method comprising: providing polymer microparticles; suspending the polymer microparticles in a liquid carrier to form a scaffold material, which is a polymer microparticle suspension, wherein the scaffold material comprises a first plasticiser and a second plasticiser in the liquid carrier, wherein the first plasticiser is selected from any one of TEC (triethyl citrate), alcohol, benzoic acid, triacetin, NMP, DMSO and PEG; and the second plasticiser is TEC (triethyl citrate) or triacetin (TA), wherein the first and second plasticisers are different. providing polymer microparticles; suspending the polymer microparticles in a liquid carrier to form a scaffold material, which is a polymer microparticle suspension, wherein the scaffold material comprises a first plasticiser and a second plasticiser in the liquid carrier, wherein the first plasticiser is selected from any one of TEC (triethyl citrate), alcohol, benzoic acid, triacetin, NMP, DMSO and PEG; and the second plasticiser is TEC (triethyl citrate) or triacetin (TA), wherein the first and second plasticisers are different.
A mammalian T cell, comprising an antigen-specific receptor, wherein the antigen-specific receptor is a T cell receptor (TCR) or a chimeric antigen receptor (CAR), wherein the T cell has been modified to express Phf19 at a level that is higher than the level of Phf19 expressed by a T cell that has not been modified to express Phf19.
A method for recovering filtered fluid retained in a filter system including a filter device comprising a housing having an inlet and an outlet defining a filtration flow path between the inlet and the outlet, and a porous filter medium across the filtration flow path, the porous medium having an upstream side and a downstream side ; the system also including a filtered fluid receiving container arranged downstream of the outlet; a first fluid flow path between the outlet and the filtered fluid receiving container; a second fluid flow path between the first fluid flow path and a flexible container for containing sterile air and/or sterile gas, the second fluid flow path including an associated flow control device ; wherein the second fluid flow path is connected to the first fluid flow path; the method comprising: (a) passing sterile air and/or sterile gas through the outlet of the filter device and from the first fluid flow path through the second fluid flow path into the flexible container ; (b) passing fluid to be filtered along the filtration flow path through the filter device and passing filtered fluid along the first fluid flow path into the filtered fluid receiving container , wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet ; said method being characterized by (c) allowing the sterile air and/or sterile gas to pass from the flexible container along the second fluid flow path into the first flow path and through the outlet into the housing of the filter device , and displacing retained filtered fluid along the first fluid flow path into the filtered fluid receiving container . (a) passing sterile air and/or sterile gas through the outlet of the filter device and from the first fluid flow path through the second fluid flow path into the flexible container ; (b) passing fluid to be filtered along the filtration flow path through the filter device and passing filtered fluid along the first fluid flow path into the filtered fluid receiving container , wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet ; said method being characterized by (c) allowing the sterile air and/or sterile gas to pass from the flexible container along the second fluid flow path into the first flow path and through the outlet into the housing of the filter device , and displacing retained filtered fluid along the first fluid flow path into the filtered fluid receiving container .
An optical cable comprising a group of optical modules , each of said optical modules comprising: • a strength member ; • a plurality of optical fibers arranged about said strength member , said optical fibers being arranged substantially on a circumference concentric with said strength member ; and • a retaining element arranged about said plurality of optical fibers , wherein said optical cable comprises an outer sheath around the group of optical modules , wherein said optical cable does not have a central strength member, and wherein said strength member is covered by a coating and said optical fibers are at least partly embedded within said coating . • a strength member ; • a plurality of optical fibers arranged about said strength member , said optical fibers being arranged substantially on a circumference concentric with said strength member ; and • a retaining element arranged about said plurality of optical fibers ,
Electric machine comprising: a stator ; and a rotor lamination assembly configured and disposed to rotate relative to the stator ; the rotor lamination assembly comprising: at least one lamination member including a body member having an outer diametric edge , a first magnet receiving member and a second magnet receiving member , each of the first and second magnet receiving members including a first end that extends to a second end , the second end of at least one of the first and second magnet receiving members being spaced from the outer diametric edge to form a first bridge portion having a first width; and at least one lamination component including a body component having an outer diametric edge , and at least one magnet receiving component (110-125), the at least one magnet receiving component including a first end portion that extends to a second end portion , the second end portion being spaced from the outer diametric edge to form a second bridge portion having a second width, the second width being greater than the first width. a stator ; and a rotor lamination assembly configured and disposed to rotate relative to the stator ; the rotor lamination assembly comprising: at least one lamination member including a body member having an outer diametric edge , a first magnet receiving member and a second magnet receiving member , each of the first and second magnet receiving members including a first end that extends to a second end , the second end of at least one of the first and second magnet receiving members being spaced from the outer diametric edge to form a first bridge portion having a first width; and at least one lamination component including a body component having an outer diametric edge , and at least one magnet receiving component (110-125), the at least one magnet receiving component including a first end portion that extends to a second end portion , the second end portion being spaced from the outer diametric edge to form a second bridge portion having a second width, the second width being greater than the first width. at least one lamination member including a body member having an outer diametric edge , a first magnet receiving member and a second magnet receiving member , each of the first and second magnet receiving members including a first end that extends to a second end , the second end of at least one of the first and second magnet receiving members being spaced from the outer diametric edge to form a first bridge portion having a first width; and at least one lamination component including a body component having an outer diametric edge , and at least one magnet receiving component (110-125), the at least one magnet receiving component including a first end portion that extends to a second end portion , the second end portion being spaced from the outer diametric edge to form a second bridge portion having a second width, the second width being greater than the first width.