mhurhangee/ep-ind-claims huggingface dataset:
An adjustable spinal implant comprising: a lower body; an upper body and the lower body are pivotally moveable relative to one another between a collapsed position (Fig 1) and an expanded position (Fig 7), the upper body including a locking flange extending towards the lower body; and characterized by a locking pawl coupled to the lower body, engageable with the locking flange and moveable between a locked position, wherein the upper body and the lower body are fixed relative to one another by the engagement of the flange and pawl, and an unlocked position, wherein the flange and pawl are free of engagement thereby to allow the upper body and the lower body to pivot relative to one another; and a locking key received in an opening in the locking pawl and moveable between a locked state, wherein the locking pawl is fixed in the engaged and locked position, and an unlocked state, wherein the locking pawl is moveable between the locked and unlocked positions. a lower body; an upper body and the lower body are pivotally moveable relative to one another between a collapsed position (Fig 1) and an expanded position (Fig 7), the upper body including a locking flange extending towards the lower body; and characterized by a locking pawl coupled to the lower body, engageable with the locking flange and moveable between a locked position, wherein the upper body and the lower body are fixed relative to one another by the engagement of the flange and pawl, and an unlocked position, wherein the flange and pawl are free of engagement thereby to allow the upper body and the lower body to pivot relative to one another; and a locking key received in an opening in the locking pawl and moveable between a locked state, wherein the locking pawl is fixed in the engaged and locked position, and an unlocked state, wherein the locking pawl is moveable between the locked and unlocked positions.
Method for manufacturing a vehicle headrest (1, 100), comprising the following steps: - a step of placing a rod (2, 132) and a structure (3, 103) in a main cut-out of a padding, - a step of placing two loudspeakers supports (110, 111) in two secondary cut-outs of the padding, - a step of passing two loudspeaker connectors into the two secondary padding cut-outs and into an opening of each loudspeaker support (110, 111), - a step of placing the resulting assembly (2, 3, 4, 132, 103, 110, 111, 121) in a foam injection mould, - a step of injecting foam in order to obtain a headrest provided with a rod and a structure as well as two supports (110, 111) each ready to accommodate a loudspeaker (105, 106), characterized in that each support (110, 111) has a hollow cylindrical body of which one end is blocked by a wall that can be likened to a bottom and of which another end is open and has a widened flange, and in that the supports (110, 111) are placed in the secondary cut-outs of the padding such that the edge of the padding delimiting each secondary cut-out comes into abutment against the flange while tightly gripping the cylindrical body. - a step of placing a rod (2, 132) and a structure (3, 103) in a main cut-out of a padding, - a step of placing two loudspeakers supports (110, 111) in two secondary cut-outs of the padding, - a step of passing two loudspeaker connectors into the two secondary padding cut-outs and into an opening of each loudspeaker support (110, 111), - a step of placing the resulting assembly (2, 3, 4, 132, 103, 110, 111, 121) in a foam injection mould, - a step of injecting foam in order to obtain a headrest provided with a rod and a structure as well as two supports (110, 111) each ready to accommodate a loudspeaker (105, 106),
A vehicle air-conditioning apparatus comprising: a case (2, 102) including an air passage (3, 3a, 3b) in an interior thereof; and a filter arrangement area (50, 150) provided in the air passage for arranging a filter, wherein the case (2, 102) includes: a drain port provided on a bottom portion of a downstream-side air passage in the filter arrangement area; an insertion port (51, 151) provided on a side surface of the case and configured to allow insertion of the filter into the filter arrangement area; a water receiving portion (52, 152) provided on a bottom portion of an upstream air passage in the filter arrangement area; a drain channel (53, 153) passing below the filter arrangement area and configured to introduce water from the water receiving portion to the drain port; characterized in that it comprises: a waterproof wall (61, 161) configured to cover a lower corner portion on the insertion port side of an upstream-side boundary of the filter arrangement area, and the waterproof wall (61, 161) is increased in height as it goes toward the insertion port (51, 151), the boundary S corresponding to a boundary surface between the filter arrangement area 50 and the upstream-side air passage 3a of the filter arrangement area. a case (2, 102) including an air passage (3, 3a, 3b) in an interior thereof; and a filter arrangement area (50, 150) provided in the air passage for arranging a filter, wherein the case (2, 102) includes: a drain port provided on a bottom portion of a downstream-side air passage in the filter arrangement area; an insertion port (51, 151) provided on a side surface of the case and configured to allow insertion of the filter into the filter arrangement area; a water receiving portion (52, 152) provided on a bottom portion of an upstream air passage in the filter arrangement area; a drain channel (53, 153) passing below the filter arrangement area and configured to introduce water from the water receiving portion to the drain port; characterized in that it comprises: a waterproof wall (61, 161) configured to cover a lower corner portion on the insertion port side of an upstream-side boundary of the filter arrangement area, and a drain port provided on a bottom portion of a downstream-side air passage in the filter arrangement area; an insertion port (51, 151) provided on a side surface of the case and configured to allow insertion of the filter into the filter arrangement area; a water receiving portion (52, 152) provided on a bottom portion of an upstream air passage in the filter arrangement area; a drain channel (53, 153) passing below the filter arrangement area and configured to introduce water from the water receiving portion to the drain port; characterized in that it comprises: a waterproof wall (61, 161) configured to cover a lower corner portion on the insertion port side of an upstream-side boundary of the filter arrangement area, and the waterproof wall (61, 161) is increased in height as it goes toward the insertion port (51, 151),
Method for creating a bore in the ground using a boring device, in which a boring bar is driven in a rotary manner, at the bottom end of which a boring tool (24, 26) is releasably fastened by means of a connection apparatus, wherein a boring depth is detected by means of a measurement apparatus, characterised in that at the start, the boring tool (24, 26) is placed on a reference surface, and in that this position is used as a reference height of the measurement apparatus, in that while the bore is being created, a first boring tool is removed and at least one second boring tool is fastened to the boring bar by means of the connection apparatus, the axial length of which has a length difference compared with the length of the first boring tool, and in that a correction factor is provided, by which the length difference is taken into account by the measurement apparatus in the measurements. at the start, the boring tool (24, 26) is placed on a reference surface, and in that this position is used as a reference height of the measurement apparatus, in that while the bore is being created, a first boring tool is removed and at least one second boring tool is fastened to the boring bar by means of the connection apparatus, the axial length of which has a length difference compared with the length of the first boring tool, and in that a correction factor is provided, by which the length difference is taken into account by the measurement apparatus in the measurements.
A refrigerator comprising: a cabinet to define a storage space; a door (14, 15) to open and close the storage space; a dispenser provided in the door (14, 15) to dispense hot water; a hot water tank through which water flows to heat water introduced into the door (14, 15); a heating unit provided in the door (14, 15) to heat the hot water tank; a water inflow passage through which water is supplied to the hot water tank; a water discharge passage to guide hot water discharged from the hot water tank to the dispenser; a flow rate sensor provided in the water inflow passage to measure a flow rate of water flowing through the water inflow passage; a water inflow valve provided in the water inflow passage to adjust a flow of water in the water inflow passage; a water discharge valve provided in the water outlet passage; an input unit provided in the door (14, 15) to input a temperature of the hot water to be dispensed and a hot water dispensing command; and a controller to control the water inflow valve and the water discharge valve, wherein the controller is configured to turn off the water inflow valve and the water discharge valve in a hot water dispensing standby state and configured to turn on the water inflow valve and the water discharge valve in a hot water dispensing process, wherein the controller is configured to turn off the water discharge valve after turning off the water inflow valve when the hot water dispensing is finished, and the controller is configured to turn on the water inflow valve after turning on the water discharge valve when the hot water dispensing is started. a cabinet to define a storage space; a door (14, 15) to open and close the storage space; a dispenser provided in the door (14, 15) to dispense hot water; a hot water tank through which water flows to heat water introduced into the door (14, 15); a heating unit provided in the door (14, 15) to heat the hot water tank; a water inflow passage through which water is supplied to the hot water tank; a water discharge passage to guide hot water discharged from the hot water tank to the dispenser; a flow rate sensor provided in the water inflow passage to measure a flow rate of water flowing through the water inflow passage; a water inflow valve provided in the water inflow passage to adjust a flow of water in the water inflow passage; a water discharge valve provided in the water outlet passage; an input unit provided in the door (14, 15) to input a temperature of the hot water to be dispensed and a hot water dispensing command; and a controller to control the water inflow valve and the water discharge valve, wherein the controller is configured to turn off the water inflow valve and the water discharge valve in a hot water dispensing standby state and configured to turn on the water inflow valve and the water discharge valve in a hot water dispensing process, wherein the controller is configured to turn off the water discharge valve after turning off the water inflow valve when the hot water dispensing is finished, and the controller is configured to turn on the water inflow valve after turning on the water discharge valve when the hot water dispensing is started.
An information processing apparatus comprising: encoding means which encodes a predetermined audio data stream so that, among types of a base audio data stream and the first to n-th (n represents an integer value equal to one or greater) extension audio data streams having extensibility for the base audio data stream, at least one type of data stream is included; first packetizing means which adds different unique values as data stream IDs (Identifications) to, among the types of the base audio data stream and the first to n-th extension audio data streams, one or more types of data streams actually obtained as the result of encoding the predetermined audio data stream by the encoding means, and which packetizes said one or more types of data streams having the added data stream IDs into one or more PES, (Packetized Elementary Data stream) packets and outputs said one or more PES packets; second packetizing means which packetizes said one or more PES packets output from the first packetizing means into one or more predetermined packets and outputs said one or more predetermined packets; and generating means which generates base-data-stream-presence/absence information indicating whether packets of the type of the base audio data stream are present among said one or more packets output from the second packetizing means. encoding means which encodes a predetermined audio data stream so that, among types of a base audio data stream and the first to n-th (n represents an integer value equal to one or greater) extension audio data streams having extensibility for the base audio data stream, at least one type of data stream is included; first packetizing means which adds different unique values as data stream IDs (Identifications) to, among the types of the base audio data stream and the first to n-th extension audio data streams, one or more types of data streams actually obtained as the result of encoding the predetermined audio data stream by the encoding means, and which packetizes said one or more types of data streams having the added data stream IDs into one or more PES, (Packetized Elementary Data stream) packets and outputs said one or more PES packets; second packetizing means which packetizes said one or more PES packets output from the first packetizing means into one or more predetermined packets and outputs said one or more predetermined packets; and generating means which generates base-data-stream-presence/absence information indicating whether packets of the type of the base audio data stream are present among said one or more packets output from the second packetizing means.
A nucleotide molecule comprising an engineered immunoglobulin heavy chain diversity (D H) region ("engineered D H region") comprising: (i) an engineered D H gene segment comprising a D H gene segment immediately adjacent to a 23-mer RSS ("engineered D H gene segment") and (ii) an unrearranged D H gene segment flanked on its 5' side by a first 12-mer RSS and on its 3' side by a second 12-mer RSS ("unrearranged D H gene segment"), wherein (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are operably linked such that (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are able to join in a D H -D H recombination event according to the 12/23 rule, wherein the nucleotide molecule is suitable for obtaining rodents having the engineered D H region, and optionally wherein the engineered D H region comprises only human D H gene segments. (i) an engineered D H gene segment comprising a D H gene segment immediately adjacent to a 23-mer RSS ("engineered D H gene segment") and (ii) an unrearranged D H gene segment flanked on its 5' side by a first 12-mer RSS and on its 3' side by a second 12-mer RSS ("unrearranged D H gene segment"), wherein (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are operably linked such that (i) the engineered D H gene segment and (ii) the unrearranged D H gene segment are able to join in a D H -D H recombination event according to the 12/23 rule, wherein the nucleotide molecule is suitable for obtaining rodents having the engineered D H region, and optionally wherein the engineered D H region comprises only human D H gene segments.
Association including at least one MC1-R receptor antagonist, one tyrosinase inhibitor chosen from among the esters of ascorbic acid, and one inhibitor of transfer of melanosomes to keratinocytes, characterized by the fact that the said MC1-R receptor antagonist is the product named nonapeptide-1 according to the INCI nomenclature.
A biological body state assessment device comprising: face information acquisition means for acquiring face information of a driver; eye open time variation calculation means for calculating a standard deviation in the eye open time of the driver within a duration on the basis of the face information of the driver; face direction variation calculation means for calculating a standard deviation in the face direction of the driver within said duration on the basis of the face information of the driver; and vigilance assessment means for assessing the vigilance of the driver on the basis of the standard deviation in the eye open time of the driver and the standard deviation in the face direction of the driver, wherein absent-mindedness is detected if the eye open time standard deviation is higher than a first threshold, and the face direction standard deviation is below a second threshold. face information acquisition means for acquiring face information of a driver; eye open time variation calculation means for calculating a standard deviation in the eye open time of the driver within a duration on the basis of the face information of the driver; face direction variation calculation means for calculating a standard deviation in the face direction of the driver within said duration on the basis of the face information of the driver; and vigilance assessment means for assessing the vigilance of the driver on the basis of the standard deviation in the eye open time of the driver and the standard deviation in the face direction of the driver, wherein absent-mindedness is detected if the eye open time standard deviation is higher than a first threshold, and the face direction standard deviation is below a second threshold.
A steering-control system for an automated vehicle, said system comprising: an object-detector suitable for use on a host-vehicle, said object-detector used to detect an other-vehicle approaching the host-vehicle, and to detect a stationary-object that defines a roadway traveled by the host-vehicle; a controller in communication with the object-detector and adapted to operate the host-vehicle, said controller configured to steer the host-vehicle towards a centered-position of a travel-lane of the roadway when a projected-path of the other-vehicle approaches the host-vehicle to a minimum-distance between the other-vehicle and the host-vehicle greater than a distance-threshold, and steer the host-vehicle towards a biased-position of the travel-lane to increase the minimum-distance when the projected-path approaches the host-vehicle to less than the distance-threshold if the host-vehicle remains in the centered-position; characterized in that the controller is further configured to change a speed of the host-vehicle when the projected-path approaches the host-vehicle to less than the distance-threshold if the host-vehicle remains in the biased-position. an object-detector suitable for use on a host-vehicle, said object-detector used to detect an other-vehicle approaching the host-vehicle, and to detect a stationary-object that defines a roadway traveled by the host-vehicle; a controller in communication with the object-detector and adapted to operate the host-vehicle, said controller configured to steer the host-vehicle towards a centered-position of a travel-lane of the roadway when a projected-path of the other-vehicle approaches the host-vehicle to a minimum-distance between the other-vehicle and the host-vehicle greater than a distance-threshold, and steer the host-vehicle towards a biased-position of the travel-lane to increase the minimum-distance when the projected-path approaches the host-vehicle to less than the distance-threshold if the host-vehicle remains in the centered-position; characterized in that the controller is further configured to change a speed of the host-vehicle when the projected-path approaches the host-vehicle to less than the distance-threshold if the host-vehicle remains in the biased-position.
A water transport membrane comprising a porous silica-loaded polyethylene substrate (400, 500) with a coating comprising a cross-linked, water permeable, non-ionic polyurethane-polyether polymer formed on one surface thereof.
A prosthetic valve sizer comprising: a sizer body comprising an annular base and a post extending from the annular base; and a resilient tip extending from the post of the sizer body, characterized in that the resilient tip comprises a material different from and more flexible than a material of the sizer body. a sizer body comprising an annular base and a post extending from the annular base; and a resilient tip extending from the post of the sizer body, characterized in that the resilient tip comprises a material different from and more flexible than a material of the sizer body.
A non-pneumatic tire, comprising: a tread part coming into contact with a ground surface; a rim part coupled to an axle; an outer annular band part forming an interface with an inner surface of the tread part; an inner annular band part forming an interface with the rim part; a spoke part disposed between the outer annular band part and the inner annular band part, the spoke part functioning as a support; a connector connecting spokes of the spoke part to each other; and a reinforcing member characterized in that the reinforcing member has a plate wire structure extending in a circumferential direction and is formed by winding a plate wire of a thin band shape. a tread part coming into contact with a ground surface; a rim part coupled to an axle; an outer annular band part forming an interface with an inner surface of the tread part; an inner annular band part forming an interface with the rim part; a spoke part disposed between the outer annular band part and the inner annular band part, the spoke part functioning as a support; a connector connecting spokes of the spoke part to each other; and a reinforcing member
A heat exchanger comprising: an outer casing; a tubular element within said outer casing, said tubular element having an outer surface and an inner surface; an inner sleeve within said tubular element, said outer casing and outer surface of said tubular element defining a first annular passage through which a first fluid flow path extends, said inner sleeve and inner surface of said tubular element defining a second annular passage through which a second fluid flow path extends, wherein the inner surface of the tubular element comprises axially extending, circumferentially spaced radial inner fins adapted to divide the second fluid flow path into a plurality of convoluted channels, each convoluted channel having an inlet, a series of axially aligned portions with adjacent axially aligned portions being interconnected at their axial ends and an outlet, wherein said first annular passage is sealed against the outer surface of the tubular element and said second annular passage is sealed within the inner surface of the tubular element, characterised in that the convoluted channels being configured such that the second fluid flow path travels along the length of the inner sleeve multiple times. an outer casing; a tubular element within said outer casing, said tubular element having an outer surface and an inner surface; an inner sleeve within said tubular element, said outer casing and outer surface of said tubular element defining a first annular passage through which a first fluid flow path extends, said inner sleeve and inner surface of said tubular element defining a second annular passage through which a second fluid flow path extends, wherein the inner surface of the tubular element comprises axially extending, circumferentially spaced radial inner fins adapted to divide the second fluid flow path into a plurality of convoluted channels, each convoluted channel having an inlet, a series of axially aligned portions with adjacent axially aligned portions being interconnected at their axial ends and an outlet, wherein said first annular passage is sealed against the outer surface of the tubular element and said second annular passage is sealed within the inner surface of the tubular element, characterised in that the convoluted channels being configured such that the second fluid flow path travels along the length of the inner sleeve multiple times.