mhurhangee/patent-ind-claim-en huggingface dataset:
A steering system comprising: a steering shaft to which a steering member is coupled at a first end of the steering shaft ; a column jacket that holds the steering shaft ; a bracket that supports the column jacket so as to enable the column jacket to pivot in a tilt direction (T) around a second end of the steering shaft along with the steering shaft , the bracket being fixed to a vehicle body; an engaging member that moves in the tilt direction (T) along with the column jacket when the column jacket is pivoted in the tilt direction (T); and a position fixing mechanism having an engaged member that is elongate in the tilt direction (T) and that is engaged with the engaging member , characterized in that the position fixing mechanism has a pair of fixing members located adjacent to longitudinally opposite ends of the engaged member to fix a position of the engaged member in the tilt direction (T), the position fixing mechanism fixing a position of the column jacket in the tilt direction (T) when the engaging member engages with the engaged member at any position thereof, wherein at a time of a secondary collision, the engaged member engaged with the engaging member breaks a first fixing member of the fixing members . a steering shaft to which a steering member is coupled at a first end of the steering shaft ; a column jacket that holds the steering shaft ; a bracket that supports the column jacket so as to enable the column jacket to pivot in a tilt direction (T) around a second end of the steering shaft along with the steering shaft , the bracket being fixed to a vehicle body; an engaging member that moves in the tilt direction (T) along with the column jacket when the column jacket is pivoted in the tilt direction (T); and a position fixing mechanism having an engaged member that is elongate in the tilt direction (T) and that is engaged with the engaging member , characterized in that the position fixing mechanism has a pair of fixing members located adjacent to longitudinally opposite ends of the engaged member to fix a position of the engaged member in the tilt direction (T), the position fixing mechanism fixing a position of the column jacket in the tilt direction (T) when the engaging member engages with the engaged member at any position thereof, wherein at a time of a secondary collision, the engaged member engaged with the engaging member breaks a first fixing member of the fixing members .
A biobased polymer comprising recurring monomeric units synthesized from a polymer precursor compound of a biobased mevalonolactone-diol or -diacid or derivative thereof, said compound being selected from the group consisting of Formula (XXVa), Formula (XXVb), Formula (XXVc), Formula (XXVd), Formula (XXVe), Formula (XXVf), and combinations thereof: wherein, independently for each occurrence: each R 1 is H or an alkyl; and each R 2 is an alkyl. each R 1 is H or an alkyl; and each R 2 is an alkyl.
An article of footwear comprising: a shell including an upper and a sole , the upper including a plurality of passages formed therethrough; and a bootie including a plurality of ball control elements extending therefrom and received by respective ones of the plurality of passages of the upper when the bootie is received by the upper , the outer surfaces of the plurality of ball control elements extending from an outer surface of the upper when the bootie is received by the upper , characterized in that the outer surfaces of the plurality of ball control elements extend from an outer surface of the upper in a toe or forefoot region of the upper . a shell including an upper and a sole , the upper including a plurality of passages formed therethrough; and a bootie including a plurality of ball control elements extending therefrom and received by respective ones of the plurality of passages of the upper when the bootie is received by the upper , the outer surfaces of the plurality of ball control elements extending from an outer surface of the upper when the bootie is received by the upper ,
A laundry detergent composition comprising methyl ester ethoxylate (MEE) surfactant wherein the methyl ester ethoxylate comprises monounsaturated C18 and wherein the weight proportion of monounsaturated C18 to other C18 components is from 2.9 to 7.0, and wherein the MEE comprises at least 5% of the MEE, C16 MEE.
A composition comprising a single-stranded nucleic acid molecule consisting of a nucleotide sequence shown by 5'-AGCAGAGUACACACAGCAUAUACC-P-GGUAUAUGCUGUGUGUACUCUGCUUC-P-G-3' (in the sequence, P is a proline derivative linker represented by the following formula (I)) and a buffer, and having the following features: (a) being in the form of a solution at ambient temperature; and (b) a content of the nucleic acid molecule after storage at 25°C, relative humidity 60% for 4 weeks, of not less than 80% relative to the content at the time of start of the storage, wherein the buffer adjusts the pH of the composition to not less than 4.6 and not more than 7.0. (a) being in the form of a solution at ambient temperature; and (b) a content of the nucleic acid molecule after storage at 25°C, relative humidity 60% for 4 weeks, of not less than 80% relative to the content at the time of start of the storage, wherein the buffer adjusts the pH of the composition to not less than 4.6 and not more than 7.0.
Mechanical gravimetric disk dispenser , for the dosage of powders suitable for use with plasma and HVOF torches and in vacuum, of the kind comprising a substantially vertical, hermetically sealed container casing , containing therein: a. a system for maintaining the powder in the container fluid, a mixer, b. a mechanical transportation system for the deposited powder, the mechanical transportation system being a motorized rotating disk upon which the powder inside the container deposits by gravity, by means of a first calibration matching part which determines the powder section on the rotating disk; c. in addition a gas flow feeding system which, once introduced into the container , exits through a single opening found in the container, aspirating the powder from the rotating disk by means of a second calibration matching part , wherein the system for maintaining the powder in the container fluid is co-axial (AA) with the rotation of the rotating disk and uses the same motorization as that used for the rotation of said rotating disk for the dosage of a powder, wherein said motorization is positioned at the bottom and external to the container casing, and transmits the motion through at least one pivot which is inserted from the bottom, integrally rotates the disk , continues upwards and exits into the container where it is made integral with the head of the system for maintaining the powder fluid, that is a central element joined at the head to said pivot , said central element substantially being a hat shaped element; a series of elements or rods are integral with said element at its periphery and extend towards the bottom of the container and are adapted to distribute the powder and direct it towards the rotating disk . a. a system for maintaining the powder in the container fluid, a mixer, b. a mechanical transportation system for the deposited powder, the mechanical transportation system being a motorized rotating disk upon which the powder inside the container deposits by gravity, by means of a first calibration matching part which determines the powder section on the rotating disk; c. in addition a gas flow feeding system which, once introduced into the container , exits through a single opening found in the container, aspirating the powder from the rotating disk by means of a second calibration matching part , wherein
A rope hoist, which comprises a rope drum for a hoisting rope to be winded thereon and a rope drum cover for partially surrounding the rope drum , the rope hoist is arranged to move along a main girder , the main girder is movable on rails, wherein the main girder is supported by said rails at its ends, wherein visually observable or readable means (9; 91; 92) for detecting winding or unwinding positions of the hoisting rope on the rope drum are arranged on the rope drum cover , and to indicate lifting height of a load attached to the hoisting rope , the visually observable or readable means (9; 91; 92) are arranged on the rope drum cover in axial direction of the rope drum and comprise a scale (9; 91; 92) arranged on the rope drum cover , characterized in that the scale is formed of parallel openings arranged on the rope drum cover , or the scale is formed of parallel alternating toothed structure formed of substantially rectangular protrusions and recesses . the visually observable or readable means (9; 91; 92) are arranged on the rope drum cover in axial direction of the rope drum and comprise a scale (9; 91; 92) arranged on the rope drum cover , characterized in that the scale is formed of parallel openings arranged on the rope drum cover , or the scale is formed of parallel alternating toothed structure formed of substantially rectangular protrusions and recesses .
A seal molding system for forming a seal around a fitting mounted to a panel , comprising: a mold body having a mold inner geometry formed complementary to a fitting outer geometry of a fitting, the mold body having a mold base formed complementary to a panel surface , and the mold body including an injection hole for injecting sealant into a mold cavity , and a vent hole for venting air and sealant from the mold cavity, the seal molding system further including: a seal skin lower plate having a lower plate outer geometry simulating the fitting outer geometry and the panel surface, the mold body being mateable to the seal skin lower plate to define the mold cavity for forming a seal skin from sealant injected into the mold cavity, and the seal skin lower plate and the mold body being separable from one another for removal of the seal skin for subsequent bonding to the fitting installed on the panel, wherein the mold body includes at least one port-forming post for forming an injection port and/or a vent port in the seal skin for bonding the seal skin to the fitting and the panel . a mold body having a mold inner geometry formed complementary to a fitting outer geometry of a fitting, the mold body having a mold base formed complementary to a panel surface , and the mold body including an injection hole for injecting sealant into a mold cavity , and a vent hole for venting air and sealant from the mold cavity, the seal molding system further including: a seal skin lower plate having a lower plate outer geometry simulating the fitting outer geometry and the panel surface, the mold body being mateable to the seal skin lower plate to define the mold cavity for forming a seal skin from sealant injected into the mold cavity, and the seal skin lower plate and the mold body being separable from one another for removal of the seal skin for subsequent bonding to the fitting installed on the panel, wherein the mold body includes at least one port-forming post for forming an injection port and/or a vent port in the seal skin for bonding the seal skin to the fitting and the panel . a seal skin lower plate having a lower plate outer geometry simulating the fitting outer geometry and the panel surface, the mold body being mateable to the seal skin lower plate to define the mold cavity for forming a seal skin from sealant injected into the mold cavity, and the seal skin lower plate and the mold body being separable from one another for removal of the seal skin for subsequent bonding to the fitting installed on the panel, wherein the mold body includes at least one port-forming post for forming an injection port and/or a vent port in the seal skin for bonding the seal skin to the fitting and the panel .
A capillary liquid conducting and atomizing unit, comprising a housing and an atomization assembly arranged in the housing ; wherein at least one liquid inlet is provided in a side of the atomization assembly , and a capillary liquid absorbing channel communicating with the liquid inlet is provided between an inner side of the housing and a side of the atomization assembly where the liquid inlet is located; wherein a length direction of the capillary liquid absorbing channel extends along a height direction of the side where the liquid inlet is located, and two opposite ends of the capillary liquid absorbing channel respectively extend towards an upper side and a lower side of the liquid inlet , to absorb liquid into the liquid inlet by capillary action; wherein the atomization assembly comprises a liquid conducting member , a sleeve sleeved on the liquid conducting member , and at least one heating element arranged in the liquid conducting member , and the liquid inlet is arranged in the sleeve ; and wherein an airflow hole is defined in the liquid conducting member and extends through two opposite ends of the liquid conducting member , and the heating element is located on an inner wall surface of the airflow hole . wherein a length direction of the capillary liquid absorbing channel extends along a height direction of the side where the liquid inlet is located, and two opposite ends of the capillary liquid absorbing channel respectively extend towards an upper side and a lower side of the liquid inlet , to absorb liquid into the liquid inlet by capillary action; wherein the atomization assembly comprises a liquid conducting member , a sleeve sleeved on the liquid conducting member , and at least one heating element arranged in the liquid conducting member , and the liquid inlet is arranged in the sleeve ; and wherein an airflow hole is defined in the liquid conducting member and extends through two opposite ends of the liquid conducting member , and the heating element is located on an inner wall surface of the airflow hole .
A computer implemented method, comprising: determining a first media access control, MAC, address of a first mobile device that has registered with a streaming media device and a second MAC address of a second mobile device that has registered with the streaming media device ; transmitting, by the streaming media device , a discovery signal comprising a first address resolution protocol, ARP, signal indicating the first MAC address over a network to one or more devices connected to the network ; determining that no mobile device responds to the first ARP signal; transmitting a second discovery signal comprising a second ARP signal indicating the second MAC address; receiving, by the streaming media device , a response to the second discovery signal from the second mobile device ; determining, based on the response , that the second mobile device is within a threshold vicinity of the streaming media device ; determining one or more user settings corresponding to the second mobile device ; and configuring the streaming media device based on the determined one or more user settings . determining a first media access control, MAC, address of a first mobile device that has registered with a streaming media device and a second MAC address of a second mobile device that has registered with the streaming media device ; transmitting, by the streaming media device , a discovery signal comprising a first address resolution protocol, ARP, signal indicating the first MAC address over a network to one or more devices connected to the network ; determining that no mobile device responds to the first ARP signal; transmitting a second discovery signal comprising a second ARP signal indicating the second MAC address; receiving, by the streaming media device , a response to the second discovery signal from the second mobile device ; determining, based on the response , that the second mobile device is within a threshold vicinity of the streaming media device ; determining one or more user settings corresponding to the second mobile device ; and configuring the streaming media device based on the determined one or more user settings .
A method for a computing device with a video encoder or image encoder, the method comprising: deciding whether a current block in a current picture is to be encoded using intra block copy, BC, prediction in skip mode, including performing hash-based block matching to determine a reference region in the current picture , comparing a quantization parameter, QP, value for the current block to a QP value for the reference region and checking that, as a condition of the current block being encoded using intra BC prediction in skip mode, the QP value for the current block is greater than or equal to the QP value for the reference region ; and encoding the current block using intra BC prediction with a block vector, BV, value for the current block, the BV value for the current block indicating a displacement to the reference region ; and outputting in a bitstream encoded data, wherein the bitstream lacks residual data for the current block. deciding whether a current block in a current picture is to be encoded using intra block copy, BC, prediction in skip mode, including performing hash-based block matching to determine a reference region in the current picture , comparing a quantization parameter, QP, value for the current block to a QP value for the reference region and checking that, as a condition of the current block being encoded using intra BC prediction in skip mode, the QP value for the current block is greater than or equal to the QP value for the reference region ; and encoding the current block using intra BC prediction with a block vector, BV, value for the current block, the BV value for the current block indicating a displacement to the reference region ; and outputting in a bitstream encoded data, wherein the bitstream lacks residual data for the current block.
Tool for finishing and smoothing joints filled with a joint sealant, wherein the tool comprises a substantially plate-shaped body which has an edge extending in particular perpendicular to the plate plane and having differently curved sections, characterized in that the body is constructed in multiple parts and comprises a first part with a first curved edge portion and a second part with a second curved edge portion , wherein the parts have connecting means for producing a detachable connection with each other.
A method for manufacturing a display device, the method comprising: preparing a display panel (DP) that comprises: a first area (AA1); a bending area (BA) extending from the first area (AA1); and a second area (AA2) extending from the bending area; attaching an anti-reflection layer (RPL) to the display panel (DP); characterized in removing a first removal section (RPT1) of a first releasing film (RFL1) disposed on the anti-reflection layer, the first removal section (RPT1) overlapping the second area (AA2) of the display panel in a plan view; and providing a cover tape (CTP) onto a first section of the anti-reflection layer (RPL) that overlaps the second area (AA2) of the display panel (DP) in a plan view. preparing a display panel (DP) that comprises: a first area (AA1); a bending area (BA) extending from the first area (AA1); and a second area (AA2) extending from the bending area; a first area (AA1); a bending area (BA) extending from the first area (AA1); and a second area (AA2) extending from the bending area; attaching an anti-reflection layer (RPL) to the display panel (DP); characterized in removing a first removal section (RPT1) of a first releasing film (RFL1) disposed on the anti-reflection layer, the first removal section (RPT1) overlapping the second area (AA2) of the display panel in a plan view; and providing a cover tape (CTP) onto a first section of the anti-reflection layer (RPL) that overlaps the second area (AA2) of the display panel (DP) in a plan view.
A secure element (SC) comprising a physical communication interface (SP) and first and second virtual profiles (PR1, PR2), said secure element (SC) being configured to exchange data targeting said virtual profiles (PR1, PR2) with a host device (HO) connected through said physical communication interface (SP), said host device (HO) comprising first and second basebands (BB1, BB2), wherein said secure element (SC) comprises an execution component (MX) configured to run simultaneously said first and second virtual profiles (PR1, PR2), a running virtual profile being called enabled, in that said first virtual profile (PR1) and said first baseband (BB1) form a first couple which is uniquely associated with a first logical communication channel, in that said second virtual profile (PR2) and said second baseband (BB2) form a second couple which is uniquely associated with a second logical communication channel distinct from said first logical communication channel, in that said secure element (SC) comprises a communication component (MU1) configured to demultiplex incoming data (IA) received through the physical communication interface (SP) and to multiplex outgoing data (OA) sent through the physical communication interface (SP) and in that said secure element (SC) comprises an admin agent (M1) configured to reset individually a targeted virtual profile belonging to the couple which is allocated to the logical communication channel through which a specific signal is received by the secure element (SC), the other virtual profile remaining continuously enabled.
A trimmable and flexible fluid containment strip adapted to be cut to a desired length and positioned in a wound bed of a patient to at least partially surround a wound within the wound bed, thereby physically separating the wound from the remainder of the wound bed to inhibit effluent emitted from the wound from contacting the remainder of the wound bed and protecting the wound from a negative pressure applied to the wound bed during treatment, the flexible fluid containment strip comprising: a collapsible fluid containment sidewall configured to transition from a first height to a second height when subjected to a negative pressure, wherein the second height is less than the first height; a wound sealing flange extending from a first longitudinal edge of the collapsible fluid containment sidewall , and configured to be positioned in sealing contact with the wound bed of the patient, while at least partially surrounding the wound within the wound bed; and an appliance interface top surface extending from a second longitudinal edge of the collapsible fluid containment sidewall , and configured to interface with a pouch appliance to capture effluent emitted from the wound, characterized in that the trimmable and flexible fluid containment strip is adapted to be cut to a desired length and configured to be applied to the wound bed such that the strip is dimensioned to border at least a portion of the wound opening, and the wound sealing flange is configured to form a seal around the wound opening thereby physically isolating the wound opening from the wound bed. a collapsible fluid containment sidewall configured to transition from a first height to a second height when subjected to a negative pressure, wherein the second height is less than the first height; a wound sealing flange extending from a first longitudinal edge of the collapsible fluid containment sidewall , and configured to be positioned in sealing contact with the wound bed of the patient, while at least partially surrounding the wound within the wound bed; and an appliance interface top surface extending from a second longitudinal edge of the collapsible fluid containment sidewall , and configured to interface with a pouch appliance to capture effluent emitted from the wound, characterized in that the trimmable and flexible fluid containment strip is adapted to be cut to a desired length and configured to be applied to the wound bed such that the strip is dimensioned to border at least a portion of the wound opening, and the wound sealing flange is configured to form a seal around the wound opening thereby physically isolating the wound opening from the wound bed.