mhurhangee/patent-ind-claim-en huggingface dataset:
Fixing system for fixing containers such as bags or baskets on a handlebar of a bicycle, comprising at least one handlebar band , preferably at least two handlebar bands , slidable over the handlebar in a sliding-on direction (RU) and at least partially embracing the handlebar in the slid-on position, and a carrying bracket , comprising a carrying-bracket-side coupling element for receiving the container, which is arranged on a cantilever section of the carrying bracket , the carrying bracket further comprising a receiving section , preferably configured to be brought into coupling engagement with the handlebar bands against the sliding-on direction and thus be positioned on the handlebar by preferably fixedly clamping the handlebar , further comprising at least one securing means frictionally engageable in an essentially rigid manner between the cantilever section and a component of the bicycle other than the handlebar , and preferably a handle stem , so that rotation of the cantilever section relative to the handlebar is prevented, wherein the handlebar bands have mounting protrusions preferably at free end sections and the receiving section of the carrying bracket has complementary mounting protrusion receivers into which the mounting protrusions are configured to be introduced preferably parallel to the sliding-on direction (RU), characterized in that the mounting protrusion receivers are provided as optionally arrangeable mounting protrusion receivers fixable on the carrying bracket by means of receiving means at least at one alternative position and configured to be brought into coupling engagement with the handlebar bands .
A positioning apparatus comprising: an upper unit that includes a spherical body , a retainer part that retains the spherical body , and an upper plate part provided on the retainer part and adapted to carry a carried object ; a lower unit that includes a lower plate part on which the upper unit is mounted and a guide part that marks a region of movement of the upper unit on the lower plate part ; characterized in that the positing apparatus further comprises a tilting structure that tilts the region of movement relative to a horizontal plane (HP) and guides the upper unit , on which the carried object is not mounted, toward a reference position located on a lower side of a tilt, the reference position being a position where the carried object is to be mounted on the upper plate part ; the reference position being a position where the upper unit butts against the guide part ; the upper unit on which the carried object is not mounted can be returned to the reference position automatically by utilizing gravitational force. an upper unit that includes a spherical body , a retainer part that retains the spherical body , and an upper plate part provided on the retainer part and adapted to carry a carried object ; a lower unit that includes a lower plate part on which the upper unit is mounted and a guide part that marks a region of movement of the upper unit on the lower plate part ; characterized in that the positing apparatus further comprises a tilting structure that tilts the region of movement relative to a horizontal plane (HP) and guides the upper unit , on which the carried object is not mounted, toward a reference position located on a lower side of a tilt, the reference position being a position where the carried object is to be mounted on the upper plate part ; the reference position being a position where the upper unit butts against the guide part ; the upper unit on which the carried object is not mounted can be returned to the reference position automatically by utilizing gravitational force.
A method of crimping a balloon-expandable stent in preparation for delivery into a body vessel, comprising: providing a balloon-expandable stent comprising a thin-walled tubular framework of interconnected struts , the tubular framework defining a lumen ; inserting an inflatable body or a mechanically expandable apparatus into the lumen; reducing a diameter of the stent to a first compressed diameter (D 1 ) while applying an outward pressure to an inner surface of the tubular framework to support the stent, where applying an outward pressure comprises inflating the inflatable body or expanding the mechanically expandable apparatus to contact the inner surface of the tubular framework; halting the outward pressure after reaching the first compressed diameter; removing the inflatable body or mechanically expandable apparatus from the lumen; inserting a delivery balloon catheter into the lumen after halting the outward pressure and removing the inflatable body or mechanically expandable apparatus from the lumen, the delivery balloon catheter comprising an uninflated balloon in a delivery configuration; and reducing the diameter of the stent to a second compressed diameter (D 2 ) smaller than the first compressed diameter to crimp the stent onto the delivery balloon catheter. providing a balloon-expandable stent comprising a thin-walled tubular framework of interconnected struts , the tubular framework defining a lumen ; inserting an inflatable body or a mechanically expandable apparatus into the lumen; reducing a diameter of the stent to a first compressed diameter (D 1 ) while applying an outward pressure to an inner surface of the tubular framework to support the stent, where applying an outward pressure comprises inflating the inflatable body or expanding the mechanically expandable apparatus to contact the inner surface of the tubular framework; halting the outward pressure after reaching the first compressed diameter; removing the inflatable body or mechanically expandable apparatus from the lumen; inserting a delivery balloon catheter into the lumen after halting the outward pressure and removing the inflatable body or mechanically expandable apparatus from the lumen, the delivery balloon catheter comprising an uninflated balloon in a delivery configuration; and reducing the diameter of the stent to a second compressed diameter (D 2 ) smaller than the first compressed diameter to crimp the stent onto the delivery balloon catheter.
A syringe assembly , comprising: a syringe ; a vibrator configured to vibrate at a plurality of different frequencies, wherein the vibrator is attached to the syringe; characterized in that the syringe assembly includes at least one sensor configured to determine a dynamic response of the syringe assembly to the plurality of different frequencies and determine a natural frequency of the syringe assembly based on the dynamic response of the syringe assembly to the plurality of different frequencies, and a controller configured to control the vibrator to vibrate at the determined natural frequency of the syringe assembly during fluid draw from the syringe. a syringe ; a vibrator configured to vibrate at a plurality of different frequencies, wherein the vibrator is attached to the syringe; characterized in that the syringe assembly includes at least one sensor configured to determine a dynamic response of the syringe assembly to the plurality of different frequencies and determine a natural frequency of the syringe assembly based on the dynamic response of the syringe assembly to the plurality of different frequencies, and a controller configured to control the vibrator to vibrate at the determined natural frequency of the syringe assembly during fluid draw from the syringe.
A valve holder for holding and implanting a prosthetic heart valve comprising a frame and a plurality of flexible leaflets, the valve holder comprising: a body for holding the prosthetic heart valve, the body having a top surface , a bottom surface , and a central axis extending between the top and bottom surfaces ; a rotor positioned in the body , the rotor rotatable around the central axis of the body to adjust the prosthetic heart valve to a delivery position; and an activator connectable to the rotor for rotating the rotor around the central axis of the body ; wherein a stop limits the rotation of the activator to less than one full turn around the central axis of the body , and wherein when the activator is connected to the rotor , a removable handle for implanting the prosthetic heart valve is prevented from connecting to the valve holder . a body for holding the prosthetic heart valve, the body having a top surface , a bottom surface , and a central axis extending between the top and bottom surfaces ; a rotor positioned in the body , the rotor rotatable around the central axis of the body to adjust the prosthetic heart valve to a delivery position; and an activator connectable to the rotor for rotating the rotor around the central axis of the body ; wherein a stop limits the rotation of the activator to less than one full turn around the central axis of the body , and wherein when the activator is connected to the rotor , a removable handle for implanting the prosthetic heart valve is prevented from connecting to the valve holder .
An imaging system comprising: separate first and second sensor elements of one or more optical sensor arrays ; an objective lens system configured to direct light received at a given angle onto the first sensor element and onto the second sensor element; a polarization filter system including a first polarizer portion positioned to filter the light en route to the first sensor element and a second polarizer portion positioned to filter the light en route to the second sensor element, the first and second polarizer portions providing unequal relative attenuance of nonparallel polarization components of the light received at the given angle; and logic to acquire a first digital image by interrogating at least the first sensor element, acquire a second digital image by interrogating at least the second sensor element, co-register the first digital image and the second digital image having overlapping fields of view, associate a pixel element of the first digital image with electronic display content being displayed on a display screen of another electronic device within a shared physical environment based on a difference in light-intensity value of that pixel element relative to a corresponding pixel element of the second digital image, and map said display screen of another electronic device onto a frame of reference of the imaging system based on the location of pixel elements associated with the electronic display content, thereby mapping said display screen of another electronic device onto a coordinate system that spans the shared physical environment. separate first and second sensor elements of one or more optical sensor arrays ; an objective lens system configured to direct light received at a given angle onto the first sensor element and onto the second sensor element; a polarization filter system including a first polarizer portion positioned to filter the light en route to the first sensor element and a second polarizer portion positioned to filter the light en route to the second sensor element, the first and second polarizer portions providing unequal relative attenuance of nonparallel polarization components of the light received at the given angle; and logic to acquire a first digital image by interrogating at least the first sensor element, acquire a second digital image by interrogating at least the second sensor element, co-register the first digital image and the second digital image having overlapping fields of view, associate a pixel element of the first digital image with electronic display content being displayed on a display screen of another electronic device within a shared physical environment based on a difference in light-intensity value of that pixel element relative to a corresponding pixel element of the second digital image, and map said display screen of another electronic device onto a frame of reference of the imaging system based on the location of pixel elements associated with the electronic display content, thereby mapping said display screen of another electronic device onto a coordinate system that spans the shared physical environment.
A composite electrolyte comprising: a positively charged particle; and a lithium salt; wherein the particle comprises a core, and a functional group bound to the core, wherein the functional group comprises a positively charged functional group, wherein the positively charged functional group is represented by Formula 1: wherein, in Formula 1, X is O, S, or a covalent bond, Y is N or P, R 1 , R 2 , and R 3 are each independently hydrogen, a C 1 -C 20 alkyl group that is unsubstituted or substituted with a halogen, a C 2 -C 20 alkenyl group that is unsubstituted or substituted with a halogen, a C 2 -C 20 alkynyl group that is unsubstituted or substituted with a halogen, a C 5 -C 20 aryl group that is unsubstituted or substituted with a halogen, or a C 2 -C 20 heteroaryl group that is unsubstituted or substituted with a halogen, and R 4 is a C 1 -C 20 alkylene group that is unsubstituted or substituted with a halogen. a positively charged particle; and a lithium salt; wherein the particle comprises a core, and a functional group bound to the core, wherein the functional group comprises a positively charged functional group, wherein the positively charged functional group is represented by Formula 1: wherein, in Formula 1, X is O, S, or a covalent bond, Y is N or P, R 1 , R 2 , and R 3 are each independently hydrogen, a C 1 -C 20 alkyl group that is unsubstituted or substituted with a halogen, a C 2 -C 20 alkenyl group that is unsubstituted or substituted with a halogen, a C 2 -C 20 alkynyl group that is unsubstituted or substituted with a halogen, a C 5 -C 20 aryl group that is unsubstituted or substituted with a halogen, or a C 2 -C 20 heteroaryl group that is unsubstituted or substituted with a halogen, and R 4 is a C 1 -C 20 alkylene group that is unsubstituted or substituted with a halogen.
An attachment comb adjustment structure for a hair clipper, comprising: an attachment comb , a body housing , a blade cover , an inner container assembly and a movable assembly; the blade cover being fixedly coupled to the body housing , the inner container assembly being provided inside the body housing , and the attachment comb being movably coupled to the body housing by the movable assembly, characterized in that the movable assembly comprises a sliding slot member and a sliding assembly, the sliding slot member is provided on the body housing by fastened coupling with the inner container assembly , and the sliding assembly is slidably coupled to the sliding slot member .
Mobile folding frame for a transport vehicle comprising a. a first frame element , b. a second frame element hinged to be swiveling to the first frame element about a frame swivel axis , wherein the folding frame is foldable between a transport arrangement, in which the frame elements are arranged transversely to each other, and a superstructure arrangement, in which the frame elements are arranged parallel to each other, characterized in that the frame elements in the superstructure arrangement form a common, flat overall surface and are arranged in alignment with one another so that the folding frame has an enlarged overall bearing surface. a. a first frame element , b. a second frame element hinged to be swiveling to the first frame element about a frame swivel axis , the folding frame is foldable between a transport arrangement, in which the frame elements are arranged transversely to each other, and a superstructure arrangement, in which the frame elements are arranged parallel to each other, characterized in that the frame elements in the superstructure arrangement form a common, flat overall surface and are arranged in alignment with one another so that the folding frame has an enlarged overall bearing surface.
Dosing device for a food dispenser, comprising: - a tank configured to receive and store food; - a dosing plate movable regarding to the tank comprising at least a compartment configured to receive and meter the food; and - an outlet plate comprising at least an outlet hole , the outlet plate being configured to block or unblock the compartment , and wherein the compartment is configured to establish fluid communication with the outlet hole ; characterised in that it comprises: - at least a nozzle configured to inject a water spray cone over the food once dosed in a bowl or tray by the dosing device , wherein the nozzle , provided in the dosing device , is configured to be placed over the food according to the following formula H = R / tan h − k wherein: H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6. - a tank configured to receive and store food; - a dosing plate movable regarding to the tank comprising at least a compartment configured to receive and meter the food; and - an outlet plate comprising at least an outlet hole , the outlet plate being configured to block or unblock the compartment , and wherein the compartment is configured to establish fluid communication with the outlet hole ; - at least a nozzle configured to inject a water spray cone over the food once dosed in a bowl or tray by the dosing device , wherein the nozzle , provided in the dosing device , is configured to be placed over the food according to the following formula H = R / tan h − k wherein: H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6. H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6.
A conversion pipeline for converting media into Ethernet packets, the conversion pipeline comprising: a memory ; a media input stage configured to receive from a media source a sequence of media frames carrying media content; a packetizer configured to convert the media frames into a sequence of Ethernet packets by generating headers on-the-fly, without writing the media frames into the memory , and appending portions of the media frames to corresponding generated headers, including appending a first portion of a first media frame to a first generated header before the first media frame is fully received from the media source; an elasticity buffer , which is configured to compensate for a difference in clock speed between the media input stage and the packetizer , wherein the elasticity buffer has a buffer size that is less than a single media frame; an Ethernet Medium Access Control, MAC, engine configured to commence outputting a first Ethernet packet, the first Ethernet packet comprising the first header and payload bits corresponding to the first portion of the first media frame, before the first media frame is fully received from the media source; and an Ethernet physical-layer, PHY, interface , configured to transmit the sequence of Ethernet packets over a network. a memory ; a media input stage configured to receive from a media source a sequence of media frames carrying media content; a packetizer configured to convert the media frames into a sequence of Ethernet packets by generating headers on-the-fly, without writing the media frames into the memory , and appending portions of the media frames to corresponding generated headers, including appending a first portion of a first media frame to a first generated header before the first media frame is fully received from the media source; an elasticity buffer , which is configured to compensate for a difference in clock speed between the media input stage and the packetizer , wherein the elasticity buffer has a buffer size that is less than a single media frame; an Ethernet Medium Access Control, MAC, engine configured to commence outputting a first Ethernet packet, the first Ethernet packet comprising the first header and payload bits corresponding to the first portion of the first media frame, before the first media frame is fully received from the media source; and an Ethernet physical-layer, PHY, interface , configured to transmit the sequence of Ethernet packets over a network.
A gas-solid fluidized bed comprising: a vessel having a shell and an open internal region within the shell; at least one ripple packing element positioned within the open internal region and comprising a plurality of corrugated and/or ribbed planar stanchions arranged in alternating intersecting planes that provide a plurality of open spaces between or adjacent the alternating intersecting planar stanchions , the ripple packing element having a three-dimensional lattice configuration, wherein the corrugated and/or ribbed planar stanchions comprise peaks and valleys , wherein the peaks and valleys are angled at less than 90 degrees from a fall-line of said planar stanchion when assembled into the ripple packing element within the shell, solid particles within the ripple packing element; and at least one gas stream flowing counter-currently to the solid particles through the ripple packing element and causing fluidization of the solid particles within the ripple packing element to form the gas-solid fluidized bed. a vessel having a shell and an open internal region within the shell; at least one ripple packing element positioned within the open internal region and comprising a plurality of corrugated and/or ribbed planar stanchions arranged in alternating intersecting planes that provide a plurality of open spaces between or adjacent the alternating intersecting planar stanchions , the ripple packing element having a three-dimensional lattice configuration, wherein the corrugated and/or ribbed planar stanchions comprise peaks and valleys , wherein the peaks and valleys are angled at less than 90 degrees from a fall-line of said planar stanchion when assembled into the ripple packing element within the shell, solid particles within the ripple packing element; and at least one gas stream flowing counter-currently to the solid particles through the ripple packing element and causing fluidization of the solid particles within the ripple packing element to form the gas-solid fluidized bed.