mhurhangee/patent-ind-claim-en huggingface dataset:
An acoustic panel for attenuation of acoustic waves for an aircraft engine intake, comprising: a core having first and second sides and a plurality of cells extending between the first and second sides ; an air-impermeable backsheet on the first side of the core ; and a linear acoustic facesheet on the second side of the core , including a layer of linear material that acts as an impedance layer to reduce the amplitude of acoustic waves entering the plurality of cells , to substantially the same degree, over a range of acoustic wave frequencies and pressure levels; wherein the linear acoustic facesheet includes an outer facesheet layer that is substantially transparent to the acoustic waves, wherein the outer facesheet layer includes perforations therein forming an open area in the outer facesheet layer of between approximately 40% to 50% and wherein the outer facesheet layer comprises a plurality of laminated plies of composite material, each of the plies comprising spaced apart unidirectional prepreg tape strips of a desired fiber orientation; wherein the layer of linear material is sandwiched between the plurality of laminated plies. a core having first and second sides and a plurality of cells extending between the first and second sides ; an air-impermeable backsheet on the first side of the core ; and a linear acoustic facesheet on the second side of the core , including a layer of linear material that acts as an impedance layer to reduce the amplitude of acoustic waves entering the plurality of cells , to substantially the same degree, over a range of acoustic wave frequencies and pressure levels;
Method for parking a vehicle in a parking space , comprising - executing a completely manual attempt to park in the parking space , - activating a parking assistant of the vehicle in the parking space , - recording data relating to the area surrounding the vehicle , - determining a starting region outside the parking space for automatic parking of the vehicle in the parking space by the parking assistant on the basis of the data relating to the surrounding area, - the parking assistant automatically driving or guiding the vehicle out of the parking space into the starting region , and - the parking assistant automatically parking or guiding the vehicle in/into the parking space from the starting region , characterized in that an object is detected at the parking space and the starting region is determined at a predetermined distance from the object. - executing a completely manual attempt to park in the parking space , - activating a parking assistant of the vehicle in the parking space , - recording data relating to the area surrounding the vehicle , - determining a starting region outside the parking space for automatic parking of the vehicle in the parking space by the parking assistant on the basis of the data relating to the surrounding area, - the parking assistant automatically driving or guiding the vehicle out of the parking space into the starting region , and - the parking assistant automatically parking or guiding the vehicle in/into the parking space from the starting region , characterized in that an object is detected at the parking space and the starting region is determined at a predetermined distance from the object.
A system, comprising: an electro-anatomical catheter configured for insertion into a heart of a patient , the catheter comprising a distal end, the distal end comprising a plurality of arms , wherein at least one electrode is coupled to each arm of the purality of arms ; an electrical interface for communicating with the catheter ; and a processor , which is configured to: receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient. an electro-anatomical catheter configured for insertion into a heart of a patient , the catheter comprising a distal end, the distal end comprising a plurality of arms , wherein at least one electrode is coupled to each arm of the purality of arms ; an electrical interface for communicating with the catheter ; and a processor , which is configured to: receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient. receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient.
A prosthetic tissue valve , comprising: a biodegradable base member configured to engage a cardiovascular structure said base member comprising an extracellular matrix composition, said extracellular matrix composition comprising acellular extracellular matrix from a mammalian tissue source, said base member further comprising proximal and distal ends, and plurality of elongated ribbon members that extend from said base member proximal end to said base member distal end , each of said plurality of ribbon members comprising first and second edge regions and proximal and distal ends, said plurality of ribbon members being positioned circumferentially about said base member , wherein said first edge regions of said plurality of ribbon members are positioned proximate said second edge regions of said plurality of ribbon members and form a plurality of contiguous ribbon edge regions , and said distal ends of said plurality of ribbon members being positioned proximate each other in a constrained relationship, wherein a conical shaped base valve member is formed, and wherein fluid flow through said constrained distal ends of said plurality of ribbon members is restricted, said conical shaped base valve member being configured to expand during positive fluid flow through said conical shaped base valve member and contract during negative fluid flow through said conical shaped base valve member , said plurality of contiguous ribbon edge regions being configured to open during said expansion of said conical shaped base valve member , wherein said positive fluid flow is allowed to be transmitted through said plurality of contiguous ribbon edge regions , and close during said contraction of said conical shaped base valve member , wherein said negative fluid flow through said conical shaped base valve member is restricted; and a biodegradable structural ring configured to receive said distal ends of said ribbon members therein and maintain said distal ends of said ribbon members in said constrained relationship, said structural ring comprising an extracellular matrix composition comprising acellular extracellular matrix from a mammalian tissue source, said conical shaped base valve member and said structural ring being adapted to fully degrade and remodel in vivo, said conical shaped base valve member and said structural ring , when disposed proximate damaged cardiovascular tissue, being further adapted to induce remodeling of said damaged cardiovascular tissue and regeneration of new cardiovascular tissue and tissue structures with site-specific structural and functional properties.
An apparatus for treating laundry, comprising: a cabinet having a top surface providing a space for seating an object therein, the top surface provided with a top through hole , and a front surface provided with a first through hole ; a drawer comprising a drawer body drawable from the cabinet through the first through hole , and a drawer panel fixed to the drawer body and configured to open/close the first through hole ; a drum rotatably provided within the drawer to provide a space for storing the laundry therein; and a detecting unit , characterized in that : the front surface of the cabinet is provided with a second through hole ; and the detecting unit comprises: - a slide exposed to the front surface of the cabinet through the second through hole to maintain a state that the drawer is drawn from the cabinet by a preset reference distance, and - a transfer part exposed to the top surface of the cabinet through the top through hole , and configured to move the slide into the cabinet , wherein, when the transfer part is pressed by the object seated on the top surface of the cabinet , the slide is moved into the cabinet to allow the first through hole to be closed by the drawer panel , and wherein, when the transfer part is not pressed by the object, the slide protrudes out of the cabinet to prevent the first through hole from being closed by the drawer panel . a cabinet having a top surface providing a space for seating an object therein, the top surface provided with a top through hole , and a front surface provided with a first through hole ; a drawer comprising a drawer body drawable from the cabinet through the first through hole , and a drawer panel fixed to the drawer body and configured to open/close the first through hole ; a drum rotatably provided within the drawer to provide a space for storing the laundry therein; and a detecting unit , the front surface of the cabinet is provided with a second through hole ; and the detecting unit comprises: - a slide exposed to the front surface of the cabinet through the second through hole to maintain a state that the drawer is drawn from the cabinet by a preset reference distance, and - a transfer part exposed to the top surface of the cabinet through the top through hole , and configured to move the slide into the cabinet , - a slide exposed to the front surface of the cabinet through the second through hole to maintain a state that the drawer is drawn from the cabinet by a preset reference distance, and - a transfer part exposed to the top surface of the cabinet through the top through hole , and configured to move the slide into the cabinet , wherein, when the transfer part is pressed by the object seated on the top surface of the cabinet , the slide is moved into the cabinet to allow the first through hole to be closed by the drawer panel , and wherein, when the transfer part is not pressed by the object, the slide protrudes out of the cabinet to prevent the first through hole from being closed by the drawer panel .
A nucleic acid for use in a method of therapy, said nucleic acid comprising a nucleotide sequence encoding an artificial T cell receptor which binds specifically to claudin-6 (CLDN6), wherein said artificial T cell receptor comprises a binding domain for CLDN6, a transmembrane domain and a T cell signaling domain, wherein the T cell signaling domain comprises the endodomain of CD3-zeta, optionally in combination with CD28, and wherein said method comprises expressing said artificial T cell receptor in T cells of a cancer patient, wherein binding of said artificial T cell receptor, when expressed by T cells, to CLDN6 present on cancer cells results in proliferation and activation of the T cells.
A rotary piston and cylinder device comprising: a rotor , comprising a rotor surface , a piston which extends from the rotor surface, a stator , a rotatable shutter , the rotor surface and the stator together defining an annular chamber , and the piston arranged to rotate, through the annular chamber, wherein the device comprises a transmission assembly arranged to rotationally connect and synchronise the rotation of the rotatable shutter to the rotor. characterised in that when the annular chamber is viewed in axial cross-section, the annular chamber is a two-sided chamber and only a single side of the stator defines said chamber with the rotor surface. a rotor , comprising a rotor surface , a piston which extends from the rotor surface, a stator , a rotatable shutter , the rotor surface and the stator together defining an annular chamber , and the piston arranged to rotate, through the annular chamber, wherein the device comprises a transmission assembly arranged to rotationally connect and synchronise the rotation of the rotatable shutter to the rotor. characterised in that when the annular chamber is viewed in axial cross-section, the annular chamber is a two-sided chamber and only a single side of the stator defines said chamber with the rotor surface.
A 3D-printing apparatus, comprising: a build platform having an opening on a top surface to fill a build material storage unit ; and characterized by a cap to seal the opening, wherein the cap and the top surface are fabricated from the same material such that, when the cap is inserted into the opening , a top surface of the cap and the top surface of the build platform have a uniform thermal conductivity. a build platform having an opening on a top surface to fill a build material storage unit ; and characterized by a cap to seal the opening, wherein the cap and the top surface are fabricated from the same material such that, when the cap is inserted into the opening , a top surface of the cap and the top surface of the build platform have a uniform thermal conductivity.
A work vehicle comprising: right and left wheels on one side in a front-back direction of a vehicle body ; right and left wheels on another side of the vehicle body in the front-back direction thereof, a work apparatus ; and a prime mover section that transmits power to the wheels and the work apparatus , characterized in that either the right wheels or the left wheels are provided with a balance weight , a center of gravity of the vehicle body is located on a balance weight side relative to a lateral center (CL) of the vehicle body , and the prime mover section is disposed so as to be displaced toward the balance weight relative to the lateral center (CL) of the vehicle body . right and left wheels on one side in a front-back direction of a vehicle body ; right and left wheels on another side of the vehicle body in the front-back direction thereof, a work apparatus ; and a prime mover section that transmits power to the wheels and the work apparatus , characterized in that either the right wheels or the left wheels are provided with a balance weight , a center of gravity of the vehicle body is located on a balance weight side relative to a lateral center (CL) of the vehicle body , and the prime mover section is disposed so as to be displaced toward the balance weight relative to the lateral center (CL) of the vehicle body .
An image forming apparatus which can operate in a plurality of power states, comprising: a controlling unit configured to transition the power state of the image forming apparatus to a first power state, a second power state which can be returned to the first power state in response to a return instruction, or a third power state of which power is saved as compared with power of the second power state; and a power-supply switch configured to cut off power supply to the image forming apparatus by being turned off by an internal mechanical relay driven by controlling from the controlling unit , wherein, according to a length of time (Tsh) for which no operation is performed by a user in the second power state, the controlling unit controls to turn off the power-supply switch by controlling driving of the internal mechanical relay in the third power state transitioned from the second power state. a controlling unit configured to transition the power state of the image forming apparatus to a first power state, a second power state which can be returned to the first power state in response to a return instruction, or a third power state of which power is saved as compared with power of the second power state; and a power-supply switch configured to cut off power supply to the image forming apparatus by being turned off by an internal mechanical relay driven by controlling from the controlling unit , wherein, according to a length of time (Tsh) for which no operation is performed by a user in the second power state, the controlling unit controls to turn off the power-supply switch by controlling driving of the internal mechanical relay in the third power state transitioned from the second power state.
Mechanical drive system comprising a frame , at least one rotating electrical machine having a rotor with a non-through shaft disposed on the frame, and at least one transfer box comprising at least one driving gearwheel , the driving gearwheel being secured to a rotor shaft of the rotating electrical machine, the transfer box being disposed on the frame, characterised in that the rotor with a non-through shaft comprises a cylindrical magnetic mass sandwiched between two half-shafts , the half-shafts forming the rotor shaft.
A computer-implemented method comprising: determining presence of at least one moving object in a scene based on two or more burst images corresponding to the scene captured by a first camera , the two or more burst images are associated with a first exposure time; identifying one or more portions of the scene associated with the at least one moving object if the at least one moving object is determined to be present in the scene; providing information related to the one or more portions of the scene to a second camera , the second camera configured to capture single exposure images associated with a second exposure time, the second exposure time being greater than the first exposure time, wherein the information related to the one or more portions of the scene associated with the at least one moving object is provided substantially instantaneously to the second camera subsequent to the capturing of the two or more burst images; receiving an image of the scene captured by the second camera , wherein a pixel level shutter disposed in front of an image sensor of the second camera is programmed to periodically open and close, throughout a duration of said image capture, for pixels of the image sensor corresponding to the one or more portions of the scene; and generating a deblurred image corresponding to the scene based on the image of the scene captured by the second camera . determining presence of at least one moving object in a scene based on two or more burst images corresponding to the scene captured by a first camera , the two or more burst images are associated with a first exposure time; identifying one or more portions of the scene associated with the at least one moving object if the at least one moving object is determined to be present in the scene; providing information related to the one or more portions of the scene to a second camera , the second camera configured to capture single exposure images associated with a second exposure time, the second exposure time being greater than the first exposure time, wherein the information related to the one or more portions of the scene associated with the at least one moving object is provided substantially instantaneously to the second camera subsequent to the capturing of the two or more burst images; receiving an image of the scene captured by the second camera , wherein a pixel level shutter disposed in front of an image sensor of the second camera is programmed to periodically open and close, throughout a duration of said image capture, for pixels of the image sensor corresponding to the one or more portions of the scene; and generating a deblurred image corresponding to the scene based on the image of the scene captured by the second camera .
Assembly for a tyre, comprising: a. a woven first fabric having a longitudinal edge extending in a first overall direction (G1), comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extend in a first direction (C1) referred to as the warp direction, substantially parallel to the first direction (G1), each first filamentary warp element comprising first and second filamentary members; b. a woven second fabric, comprising a longitudinal edge extending in a second direction (G2), the first overall direction (G1) and the second direction (G2) being substantially parallel; c. a bearing structure comprising filamentary load-bearing elements connecting the woven first fabric to the woven second fabric, each filamentary load-bearing element comprising at least one filamentary bearing portion extending between the woven first and second fabrics; such that, for any elongation of the woven first fabric in the first overall direction (G1) that is less than or equal to 2×π×H/L, the first filamentary member is not broken and there is an elongation of the woven first fabric in the first overall direction (G1) that is less than or equal to 2×π×H/L beyond which the second filamentary member is broken, characterized in that the second filamentary member has a tenacity less than or equal to 20 cN/tex, where 0 < H ≤ K × H0, where H0 is the mean straight-line distance in m between an internal face of the woven first fabric and an internal face of the woven second fabric when each filamentary bearing portion is at rest, and L is the at-rest length of the woven first fabric in the first overall direction (G1) and K=1.2. a. a woven first fabric having a longitudinal edge extending in a first overall direction (G1), comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extend in a first direction (C1) referred to as the warp direction, substantially parallel to the first direction (G1), each first filamentary warp element comprising first and second filamentary members; b. a woven second fabric, comprising a longitudinal edge extending in a second direction (G2), the first overall direction (G1) and the second direction (G2) being substantially parallel; c. a bearing structure comprising filamentary load-bearing elements connecting the woven first fabric to the woven second fabric, each filamentary load-bearing element comprising at least one filamentary bearing portion extending between the woven first and second fabrics;
A cutting tooth mounting system , comprising: a substrate having a base configured for attaching to a cutting wheel and a tooth mounting surface opposite the base ; a plurality of tooth pockets integrally formed in the substrate having tooth receiving openings extending through the tooth mounting surface ; each tooth pocket having an axis defining an attack angle, wherein the axis of the plurality of tooth pockets define at least three different attack angles . a substrate having a base configured for attaching to a cutting wheel and a tooth mounting surface opposite the base ; a plurality of tooth pockets integrally formed in the substrate having tooth receiving openings extending through the tooth mounting surface ; each tooth pocket having an axis defining an attack angle, wherein the axis of the plurality of tooth pockets define at least three different attack angles .