mhurhangee/patent-ind-claim-en huggingface dataset:
A food and drink holder configured to be removably mounted to a cup holder attached to seats or an arm rest comprising: a drink receptacle , the drink receptacle including a generally cylindrical sidewall having a central axis, the sidewall configured to be removably mounted in an opening in the cup holder; a food receptacle having a pair of sidewalls, a front wall, an end wall, a bottom wall, and a top end, the top end of the food receptacle extending at an angle less than 90° to the central axis of the sidewall of the drink receptacle; and a flange extending at least partially around an upper end of the food and drink holder, wherein the flange extends around the sidewalls and end wall of the food receptacle and transitions to flare up on at least a portion of the drink receptacle, and characterised in that the flange forms a small lip about a portion thereof coinciding with the sidewall of the drink receptacle. a drink receptacle , the drink receptacle including a generally cylindrical sidewall having a central axis, the sidewall configured to be removably mounted in an opening in the cup holder; a food receptacle having a pair of sidewalls, a front wall, an end wall, a bottom wall, and a top end, the top end of the food receptacle extending at an angle less than 90° to the central axis of the sidewall of the drink receptacle; and a flange extending at least partially around an upper end of the food and drink holder, wherein the flange extends around the sidewalls and end wall of the food receptacle and transitions to flare up on at least a portion of the drink receptacle, and characterised in that the flange forms a small lip about a portion thereof coinciding with the sidewall of the drink receptacle.
An imaging method comprising: acquiring an image data set of an object with an interferometric imaging system, wherein the image data set comprises image data from a location of the object at a first time and at a second time; determining a first depth profile from the image data from the location at the first time and a second depth profile from the image data of the location at the second time; determining a change with respect to depth between the first depth profile and the second depth profile; identifying depths of the object at which the change between the first depth profile and the second depth profile is at a local maxima or minima, and determining a property, or identifying a location, of at least one dynamic particle in the object based on the local maxima or minima; wherein the identified depths correspond to locations of dynamic particles. acquiring an image data set of an object with an interferometric imaging system, wherein the image data set comprises image data from a location of the object at a first time and at a second time; determining a first depth profile from the image data from the location at the first time and a second depth profile from the image data of the location at the second time; determining a change with respect to depth between the first depth profile and the second depth profile; identifying depths of the object at which the change between the first depth profile and the second depth profile is at a local maxima or minima, and determining a property, or identifying a location, of at least one dynamic particle in the object based on the local maxima or minima; wherein the identified depths correspond to locations of dynamic particles.
A fluid ejection device, comprising: a fluid slot ; a fluid ejection chamber communicated with the fluid slot ; a drop ejecting element within the fluid ejection chamber ; a fluid circulation channel communicated at a first end with the fluid slot and communicated at a second end with the fluid ejection chamber ; a fluid circulating element within the fluid circulation channel ; and a particle tolerant architecture within the fluid circulation channel at the second end, wherein the fluid circulation channel includes a first portion having the fluid circulating element therein and a second portion having the particle tolerant architecture therein, the first portion having a first width (CCW) at the fluid circulating element and the second portion having a second width greater than the first width at the particle tolerant architecture ; b characterised in that a minimum distance (D1) between the particle tolerant architecture and a first sidewall of the second portion of the fluid circulation channel and a minimum distance (D2) between the particle tolerant architecture and a second sidewall of the second portion of the fluid circulation channel are each less than the first width (CCW) of the first portion of the fluid circulation channel. a fluid slot ; a fluid ejection chamber communicated with the fluid slot ; a drop ejecting element within the fluid ejection chamber ; a fluid circulation channel communicated at a first end with the fluid slot and communicated at a second end with the fluid ejection chamber ; a fluid circulating element within the fluid circulation channel ; and a particle tolerant architecture within the fluid circulation channel at the second end, wherein the fluid circulation channel includes a first portion having the fluid circulating element therein and a second portion having the particle tolerant architecture therein, the first portion having a first width (CCW) at the fluid circulating element and the second portion having a second width greater than the first width at the particle tolerant architecture ; b characterised in that a minimum distance (D1) between the particle tolerant architecture and a first sidewall of the second portion of the fluid circulation channel and a minimum distance (D2) between the particle tolerant architecture and a second sidewall of the second portion of the fluid circulation channel are each less than the first width (CCW) of the first portion of the fluid circulation channel.
An antipathogen agent comprising an amino acid sequence that disrupts the formation of a protein-protein complex involved in the colonization of a pathogen, wherein said antipathogen agent consists of at least two or more different peptides linked together, each peptide selected from the group consisting of SEQ ID No. 21 to SEQ ID No. 24.
A method of performing an initial network access procedure by a user equipment to access a network in a coverage area, the method being performed at a user equipment and comprising: performing an initialization procedure of the user equipment ; synchronizing with a plurality of base stations to prepare a fast network access index list, wherein the fast network access index list comprises a cell identification number, a fast network access index, and an offset time between the plurality of base stations , the offset time being added in the initial network access message to inform a base station to transmit the initial network access response on expiry of the offset time from receipt of the initial network access message; multicasting an initial network access message to multiple base stations from the plurality of base stations based on an initial network access message multicast list, the initial network access message multicast list being prepared in response to the fast network access index list; receiving at least one initial network access response from the multiple base stations from the plurality of base stations in response to the initial network access message, each initial network access response comprising a current load information of a base station to indicate post latching service suitability of the multiple base stations; processing the at least one initial network access response to determine at least one suitable base station; and synchronizing with the suitable base station to access the network in the coverage area. performing an initialization procedure of the user equipment ; synchronizing with a plurality of base stations to prepare a fast network access index list, wherein the fast network access index list comprises a cell identification number, a fast network access index, and an offset time between the plurality of base stations , the offset time being added in the initial network access message to inform a base station to transmit the initial network access response on expiry of the offset time from receipt of the initial network access message; multicasting an initial network access message to multiple base stations from the plurality of base stations based on an initial network access message multicast list, the initial network access message multicast list being prepared in response to the fast network access index list; receiving at least one initial network access response from the multiple base stations from the plurality of base stations in response to the initial network access message, each initial network access response comprising a current load information of a base station to indicate post latching service suitability of the multiple base stations; processing the at least one initial network access response to determine at least one suitable base station; and synchronizing with the suitable base station to access the network in the coverage area.
Particulate filter comprising a wall flow filter of length L and three different coatings X, Y, and Z, wherein the wall flow filter comprises channels E and A that extend in parallel between a first and a second end of the wall flow filter and are separated by porous walls forming surfaces O E or O A , respectively, and wherein the channels E are sealed at the second end and the channels A are sealed at the first end, characterized in that coating X is located in the porous walls, coating Y is located in the channels E on the surfaces O E , and coating Z is located in the channels A on the surfaces O A , wherein coating X comprises cerium oxide and platinum, coating Y comprises cerium oxide and palladium, and coating Z comprises platinum.
Method for producing a coated and printed glass panel , at least comprising the steps a) Providing a glass substrate having a metal-containing coating on at least one first surface (3.1) and a polymeric protective layer with a thickness d arranged on this metal-containing coating , b) Removing the polymeric protective layer in a first region using a carbon dioxide laser, c) Removing the metal-containing coating within the first region only in a second region using a solid-state laser such that an edge region is created, in in which the metal-containing coating is intact and in which the polymeric protective layer was removed in step b), d) Applying a ceramic ink only in the first region , e) Temperature treatment of the glass panel at >600 °C, wherein the polymeric protective layer is removed on the entire first surface (3.1) and the ceramic ink in the edge region migrates into the metal-containing coating and bonds with the first surface (3.1) of the glass panel , wherein the first region extends along at least one edge of the glass panel and, measured from the panel edge , has a width b between 0.5 cm and 30 cm. a) Providing a glass substrate having a metal-containing coating on at least one first surface (3.1) and a polymeric protective layer with a thickness d arranged on this metal-containing coating , b) Removing the polymeric protective layer in a first region using a carbon dioxide laser, c) Removing the metal-containing coating within the first region only in a second region using a solid-state laser such that an edge region is created, in in which the metal-containing coating is intact and in which the polymeric protective layer was removed in step b), d) Applying a ceramic ink only in the first region , e) Temperature treatment of the glass panel at >600 °C, wherein
A support cushion , comprising: a body supporting layer having a first surface and a second surface opposite the first surface ,; an upper base layer positioned adjacent to the second surface of the body supporting layer , the upper base layer defining one or more air conduits extending through the upper base layer ; a lower base layer positioned adjacent to the upper base layer opposite the body supporting layer , the lower base layer defining a cavity extending through the lower base layer ; a bottom layer positioned adjacent to the lower base layer opposite the upper base layer ; and a fan positioned within the cavity defined by the lower base layer , characterized in that the body supporting layer includes one or more porous foam inserts , and that the one or more air conduits are in fluid communication with the one or more porous foam inserts . a body supporting layer having a first surface and a second surface opposite the first surface ,; an upper base layer positioned adjacent to the second surface of the body supporting layer , the upper base layer defining one or more air conduits extending through the upper base layer ; a lower base layer positioned adjacent to the upper base layer opposite the body supporting layer , the lower base layer defining a cavity extending through the lower base layer ; a bottom layer positioned adjacent to the lower base layer opposite the upper base layer ; and a fan positioned within the cavity defined by the lower base layer , characterized in that the body supporting layer includes one or more porous foam inserts , and that the one or more air conduits are in fluid communication with the one or more porous foam inserts .
A fitment comprising: (i) a top portion ; (ii) a base , and a channel extending through the top portion and the base for passage of a flowable material ; and (iii) a flexible valve extending across the channel and having a slit which opens to permit flow therethrough, characterised by the flexible valve being composed of an ethylene/α-olefin multi-block copolymer; wherein the flexible valve is integral to the fitment ; and wherein the base comprises a pair of opposing sidewalls , the sidewalls extending around the channel , the sidewalls joined together at opposing ends ; and at least one sealing rib extending along the sidewalls . (i) a top portion ; (ii) a base , and a channel extending through the top portion and the base for passage of a flowable material ; and (iii) a flexible valve extending across the channel and having a slit which opens to permit flow therethrough, characterised by the flexible valve being composed of an ethylene/α-olefin multi-block copolymer; wherein the flexible valve is integral to the fitment ; and wherein the base comprises a pair of opposing sidewalls , the sidewalls extending around the channel , the sidewalls joined together at opposing ends ; and at least one sealing rib extending along the sidewalls .
An operation method of a storage controller which is configured to communicate with an external device including a submission queue and a completion queue, the method comprising: receiving a notification associated with a command from the external device, based on a first clock; fetching the command from the submission queue, based on a second clock; performing an operation corresponding to the fetched command, based on a third clock; writing completion information to the completion queue, based on a fourth clock; and transmitting an interrupt signal to the external device, based on a fifth clock, wherein each of the first clock to the fifth clock is selectively activated depending on each operation phase. receiving a notification associated with a command from the external device, based on a first clock; fetching the command from the submission queue, based on a second clock; performing an operation corresponding to the fetched command, based on a third clock; writing completion information to the completion queue, based on a fourth clock; and transmitting an interrupt signal to the external device, based on a fifth clock, wherein each of the first clock to the fifth clock is selectively activated depending on each operation phase.
A shooting control apparatus comprising: a control part configured to control shooting conditions of peripheral regions in a shooting part having a plurality of pixels to be any of a higher sensitivity, a higher frame rate, a shorter exposure time, and a higher reading speed than a central region in the shooting part, characterized in that the shooting conditions of the peripheral regions are adaptively controlled relative to the center region depending on a driving situation of an automobile, the driving situation including fast traveling, going-through/ traveling downtown, traveling during the nighttime or in a dark place, moving object recognition, abnormal driving including any of spinning, slipping, and lateral turning, and traveling in a tunnel, the higher sensitivity being during the going-through/traveling downtown, the traveling during the nighttime or in a dark place, the moving object recognition, and the travelling in a tunnel, the higher frame rate being during the fast traveling, the moving objection recognition, the abnormal driving, and the traveling in a tunnel, the shorter exposure time being during the fast traveling, the going-through/traveling downtown, and the moving objection recognition, the higher reading speed being during the fast traveling, the moving objection recognition, and the abnormal driving. a control part configured to control shooting conditions of peripheral regions in a shooting part having a plurality of pixels to be any of a higher sensitivity, a higher frame rate, a shorter exposure time, and a higher reading speed than a central region in the shooting part, characterized in that the shooting conditions of the peripheral regions are adaptively controlled relative to the center region depending on a driving situation of an automobile, the driving situation including fast traveling, going-through/ traveling downtown, traveling during the nighttime or in a dark place, moving object recognition, abnormal driving including any of spinning, slipping, and lateral turning, and traveling in a tunnel, the higher sensitivity being during the going-through/traveling downtown, the traveling during the nighttime or in a dark place, the moving object recognition, and the travelling in a tunnel, the higher frame rate being during the fast traveling, the moving objection recognition, the abnormal driving, and the traveling in a tunnel, the shorter exposure time being during the fast traveling, the going-through/traveling downtown, and the moving objection recognition, the higher reading speed being during the fast traveling, the moving objection recognition, and the abnormal driving.
A method of performing a double component communication between a first user and a second user in a communication network, the first and the second users being provided of respective first and second telephone equipment, both said first and second telephone equipment being adapted to manage two separate components and two separate end-to-end connections of said communication the method comprising: - generating, at the first telephone equipment, at least a first and a second component of said communication; - establishing a first end-to-end connection (C1) between said first and said second telephone equipment; - establishing a second end-to-end connection (C2) between said first and said second telephone equipment; - transmitting on said first end-to-end connection said first component and on said second end-to-end connection said second component of said double communication; and - receiving, at the second telephone equipment, said first and said second components; characterised in that said method comprises the steps of: - providing said first and said second telephone equipment with a respective user interface; and - allowing selectively dropping of said first or of said second end-to-end connection to the first or the second user by means of the respective user interface. - generating, at the first telephone equipment, at least a first and a second component of said communication; - establishing a first end-to-end connection (C1) between said first and said second telephone equipment; - establishing a second end-to-end connection (C2) between said first and said second telephone equipment; - transmitting on said first end-to-end connection said first component and on said second end-to-end connection said second component of said double communication; and - receiving, at the second telephone equipment, said first and said second components; - providing said first and said second telephone equipment with a respective user interface; and - allowing selectively dropping of said first or of said second end-to-end connection to the first or the second user by means of the respective user interface.
A rocker damper, having a base and a first elastomer strap, wherein the first elastomer strap is fastened to the base , wherein the first elastomer strap runs in a curved manner in the longitudinal direction such that it forms a first contact region which projects from the base , characterized in that a second elastomer strap is fastened to the base , which second elastomer strap runs in a curved manner in the longitudinal direction such that it forms a second contact region which projects from the base , wherein the first elastomer strap runs around the second elastomer strap , and wherein the first and/or the second elastomer strap has a plurality of ribs running in the longitudinal direction.
An apparatus for renal neuromodulation, the apparatus comprising: a first element having a first electrode ; and a second element having a second electrode , wherein the first element is configured for being positioned within a renal artery (RA), and wherein the second element is configured for being positioned in the abdominal aorta (AA), and wherein the first element further comprises a positioning element , and wherein the apparatus is configured such that a bipolar electrical field is delivered between the first electrode and the second electrode when the first electrode is positioned within the renal artery and the second electrode is positioned within the abdominal aorta. a first element having a first electrode ; and a second element having a second electrode ,