mhurhangee/ep-ind-claims huggingface dataset:
A foldable and reclining armchair comprising at least: - a backrest, - a seat delimited by at least one first and one second beams positioned opposite each other, said seat being hinged relative to the backrest, - a stand, formed by a first jamb and a second jamb, each jamb being formed by at least one front leg and one rear leg, said rear leg comprising an end hingedly mounted on the front leg, each jamb of the stand comprising a jamb yoke including a first portion configured to enable sliding of the rear leg and a second portion fastened on a beam of the seat, said stand comprising on each jamb means for limiting the sliding of the rear leg (106, 107), characterized in that the jamb yoke is formed by at least one receiving shell comprising a first receiving housing shaped so as to at least partially house a fastening member, the fastening member being intended to be fastened to a beam of the seat, and at least one covering shell, hinged relative to the receiving shell, said covering shell comprising on one face, a cover configured to at least partially conceal the fastening member housed at least partially in the first receiving housing of the receiving shell. - a backrest, - a seat delimited by at least one first and one second beams positioned opposite each other, said seat being hinged relative to the backrest, - a stand, formed by a first jamb and a second jamb, each jamb being formed by at least one front leg and one rear leg, said rear leg comprising an end hingedly mounted on the front leg, each jamb of the stand comprising a jamb yoke including a first portion configured to enable sliding of the rear leg and a second portion fastened on a beam of the seat, said stand comprising on each jamb means for limiting the sliding of the rear leg (106, 107),
Insole for shoes, the insole comprising at least one support element, wherein the support element consists of a front part and a body permanently joined thereto and forming a rear part of the support element, wherein the front part is made of a hard plate material with transverse profiling and the body is a plastic injection-moulded part, characterised in that the permanent joint is produced by injection-moulding the body to a joint region of the front part, so that the plastic material encloses at least a part of the joint region.
A chair comprising: a leg erected on a floor surface; a seat arranged above the leg; and a support mechanism (7; 8) interposed between the leg and the seat, wherein the support mechanism (7; 8) is arranged below the seat, and is configured to movably support the seat along a predetermined trajectory by having an omnidirectional connection unit (72; 82, 83) configured to operably connect in all directions including the front-rear direction and the left-right direction, and the support mechanism comprises a return-force generation mechanism configured to generate, by elevating a center of gravity of the seat in accordance with the operation of the seat from the reference position, in accordance with an amount of movement, a return force in a direction of returning the seat to the reference position characterized in that the omnidirectional connection unit is configured to connect by suspending the seat from the leg, the omnidirectional connection unit is configured as a link member having a universal joint structure extending in the up-down direction of which the both ends are supported pivotably in the directions including a front-rear direction and a left-right direction, and in that the support mechanism (7; 8) comprises a seat inclining function configured to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position. a seat arranged above the leg; and a support mechanism (7; 8) interposed between the leg and the seat, wherein the support mechanism (7; 8) is arranged below the seat, and is configured to movably support the seat along a predetermined trajectory by having an omnidirectional connection unit (72; 82, 83) configured to operably connect in all directions including the front-rear direction and the left-right direction, and the support mechanism comprises a return-force generation mechanism configured to generate, by elevating a center of gravity of the seat in accordance with the operation of the seat from the reference position, in accordance with an amount of movement, a return force in a direction of returning the seat to the reference position characterized in that the omnidirectional connection unit is configured to connect by suspending the seat from the leg, the omnidirectional connection unit is configured as a link member having a universal joint structure extending in the up-down direction of which the both ends are supported pivotably in the directions including a front-rear direction and a left-right direction, and in that the support mechanism (7; 8) comprises a seat inclining function configured to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position.
A modular signal interface system for providing electrical communication with a surgical instrument, the system comprising: (a) a signal interface adapter (12,112,212) having a central aperture (19,119,219) extending therethrough and a proximal face having a plurality of conductive contacts (26A,26B,26C,27A,27B,27C,126A,126B,126C,277A,277B); and (b) an instrument connector (50,150,250) provided on, or adapted to be mounted on a shaft of a surgical instrument; characterised by the instrument connector having a central aperture extending therethrough (57,257) and a distal face (56,156) having a plurality of conductive contacts (64A,64B,64C,164A,164B,264A,264B), the instrument connector adapted for providing electrical communication between one or more of said contacts and a surgical instrument on which the instrument connector is provided or mounted; wherein the signal interface adapter and the instrument connector are adapted for mating engagement such that, when matingly engaged, said central apertures (19,119,219,57,257) are axially aligned and predetermined ones of the plurality of contacts (26A-C,27A-C,126A-C,277A-B) of the signal interface adapter are in conductive contact with predetermined ones of the plurality of contacts of the instrument connector. (a) a signal interface adapter (12,112,212) having a central aperture (19,119,219) extending therethrough and a proximal face having a plurality of conductive contacts (26A,26B,26C,27A,27B,27C,126A,126B,126C,277A,277B); and (b) an instrument connector (50,150,250) provided on, or adapted to be mounted on a shaft of a surgical instrument; characterised by the instrument connector having a central aperture extending therethrough (57,257) and a distal face (56,156) having a plurality of conductive contacts (64A,64B,64C,164A,164B,264A,264B), the instrument connector adapted for providing electrical communication between one or more of said contacts and a surgical instrument on which the instrument connector is provided or mounted;
A pressure vessel having a wall with an access opening and a closure for the access opening comprising: a sealing surface on said wall surrounding the access opening; one of either a male or female locking device formed on or in said wall radially outward from said sealing surface at a plurality of locations around said access opening; an insert positioned to span said access opening, said insert having a peripheral flange that rests over at least a portion of said sealing surface and a continuously rounded portion in between an inner edge of the flange; the rounded portion extending into the access opening; a sealing member between the sealing surface and the flange of the insert; a cover extending over the access opening and the insert and extending radially outward to at least said one of either the male or female locking device; and the other of the male or female locking device connecting the cover to the wall by engaging the one of the male or female locking device and pressuring the cover against the flange of the insert. a sealing surface on said wall surrounding the access opening; one of either a male or female locking device formed on or in said wall radially outward from said sealing surface at a plurality of locations around said access opening; an insert positioned to span said access opening, said insert having a peripheral flange that rests over at least a portion of said sealing surface and a continuously rounded portion in between an inner edge of the flange; the rounded portion extending into the access opening; a sealing member between the sealing surface and the flange of the insert; a cover extending over the access opening and the insert and extending radially outward to at least said one of either the male or female locking device; and the other of the male or female locking device connecting the cover to the wall by engaging the one of the male or female locking device and pressuring the cover against the flange of the insert.
A method for storing red blood cells, said method comprising: filtering out leukocytes from red blood cells via a leuko reduction filter; depleting oxygen or oxygen and carbon dioxide from red blood cells, thereby producing oxygen depleted or oxygen and carbon dioxide depleted red blood cells, wherein said oxygen depleted red blood cells comprise an oxygen-saturation of hemoglobin (SO 2) level of less than 20% and said oxygen and carbon dioxide depleted red blood cells comprise a partial pressure of carbon dioxide (pCO 2) of less than 10 mmHg at start of storage; and irradiating said oxygen depleted or oxygen and carbon dioxide depleted red blood cells via either gamma or X-ray irradiation, thereby producing irradiated oxygen depleted or oxygen and carbon dioxide depleted red blood cells. filtering out leukocytes from red blood cells via a leuko reduction filter; depleting oxygen or oxygen and carbon dioxide from red blood cells, thereby producing oxygen depleted or oxygen and carbon dioxide depleted red blood cells, wherein said oxygen depleted red blood cells comprise an oxygen-saturation of hemoglobin (SO 2) level of less than 20% and said oxygen and carbon dioxide depleted red blood cells comprise a partial pressure of carbon dioxide (pCO 2) of less than 10 mmHg at start of storage; and irradiating said oxygen depleted or oxygen and carbon dioxide depleted red blood cells via either gamma or X-ray irradiation, thereby producing irradiated oxygen depleted or oxygen and carbon dioxide depleted red blood cells.
A particle, which is an organic fine particle comprising - a non-fluorine core polymer having a Tg or melting point, each determined by differential scanning calorimetry, of ≥ 15°C, and a water contact angle, determined by the method defined in the description, of ≥ 100°, wherein all monofunctional monomers constituting the core polymer are hydrophobic monomers a homopolymer of which has a water contact angle of ≥ 100°; and - a shell polymer having a Tg or melting point lower than the Tg or melting point of the core polymer, and a water contact angle of < 100°, wherein all monofunctional monomers constituting the shell polymer are water-insoluble monomers a homopolymer of which is water-insoluble, the water-insoluble monomer having at least one C 1-10 -hydrocarbyl or C 1 -fluoroalkyl group. - a non-fluorine core polymer having a Tg or melting point, each determined by differential scanning calorimetry, of ≥ 15°C, and a water contact angle, determined by the method defined in the description, of ≥ 100°, wherein all monofunctional monomers constituting the core polymer are hydrophobic monomers a homopolymer of which has a water contact angle of ≥ 100°; and - a shell polymer having a Tg or melting point lower than the Tg or melting point of the core polymer, and a water contact angle of < 100°, wherein all monofunctional monomers constituting the shell polymer are water-insoluble monomers a homopolymer of which is water-insoluble, the water-insoluble monomer having at least one C 1-10 -hydrocarbyl or C 1 -fluoroalkyl group.
Method for editing audio-visual programs, characterized in that it comprises: - in an iterative manner, a step of editing the combined image comprising: - a step of selecting an image source; - a step of selecting a portion of the selected image; and - a step of selecting a format for displaying said selected image portion, in a combined image; - after the end of the step of editing the combined image, a step of memorizing each image source, each image portion and each display format of the combined image; and - a step of displaying the combined image, during which the display of each image portion is automatically refreshed. - in an iterative manner, a step of editing the combined image comprising: - a step of selecting an image source; - a step of selecting a portion of the selected image; and - a step of selecting a format for displaying said selected image portion, in a combined image; - a step of selecting an image source; - a step of selecting a portion of the selected image; and - a step of selecting a format for displaying said selected image portion, in a combined image; - after the end of the step of editing the combined image, a step of memorizing each image source, each image portion and each display format of the combined image; and - a step of displaying the combined image, during which the display of each image portion is automatically refreshed.
A method implemented by a user equipment, comprising: obtaining at least one value from a network node for determining a measurement offset of a trigger event, wherein the measurement offset indicates an offset which is subtracted from a measurement of a neighboring cell when comparing it to the highest or lowest measurement among the measurements of the active set of serving cells, wherein the measurement offset depends on both the at least one value and a number K of cells currently in the active set of serving cells of the user equipment, where K is an integer greater than one, and wherein the trigger event triggers the user equipment to wirelessly send a cell measurement report to the network node; updating the measurement offset when a new serving cell is added to, or a serving cell is removed from, the active set of serving cells of the user equipment; and sending the cell measurement report, in response to the cell measurement report being triggered by the trigger event. obtaining at least one value from a network node for determining a measurement offset of a trigger event, wherein the measurement offset indicates an offset which is subtracted from a measurement of a neighboring cell when comparing it to the highest or lowest measurement among the measurements of the active set of serving cells, wherein the measurement offset depends on both the at least one value and a number K of cells currently in the active set of serving cells of the user equipment, where K is an integer greater than one, and wherein the trigger event triggers the user equipment to wirelessly send a cell measurement report to the network node; updating the measurement offset when a new serving cell is added to, or a serving cell is removed from, the active set of serving cells of the user equipment; and sending the cell measurement report, in response to the cell measurement report being triggered by the trigger event.
A power delivery system, comprising: a plurality of removable power cells positioned within a housing structure, each power cell comprising a water cooled heat sink, an air intake, and an air outlet; and a heat exchanger; wherein each cell is positioned to receive air into the air intake and expel the air into an air plenum; and wherein the heat exchanger is positioned to receive the air from the air plenum, cool the air, and recirculate the cooled air to the cells via each cell's air intake; characterized in that each power cell comprises a plurality of capacitor connectors and a plurality of transistors; wherein the capacitor connectors are positioned closer to the air intake when compared to the position of the heat sink, and the heat sink is positioned closer to the air outlet when compared to the position of the capacitor connectors; and wherein during operation, most air circulating through the cell contacts the capacitor connectors before contacting the heat sink. a plurality of removable power cells positioned within a housing structure, each power cell comprising a water cooled heat sink, an air intake, and an air outlet; and a heat exchanger; wherein each cell is positioned to receive air into the air intake and expel the air into an air plenum; and wherein the heat exchanger is positioned to receive the air from the air plenum, cool the air, and recirculate the cooled air to the cells via each cell's air intake; characterized in that each power cell comprises a plurality of capacitor connectors and a plurality of transistors; wherein the capacitor connectors are positioned closer to the air intake when compared to the position of the heat sink, and the heat sink is positioned closer to the air outlet when compared to the position of the capacitor connectors; and wherein during operation, most air circulating through the cell contacts the capacitor connectors before contacting the heat sink.
A modified lipase consisting of an amino acid sequence with a substitution made in the amino acid sequence of a Candida cylindracea derived lipase, wherein the substitution is: a substitution of asparagine for an amino acid corresponding to the amino acid at position 428 in the amino acid sequence set forth in SEQ ID NO: 1; or a substitution of phenylalanine, methionine, or isoleucine for an amino acid corresponding to the amino acid at position 429 in the amino acid sequence set forth in SEQ ID NO: 1, wherein the amino acid sequence of the Candida cylindracea derived lipase is an amino acid sequence that is 70% or more identical to the amino acid sequence of SEQ ID NO: 2 and wherein the substitution is the substitution represented in, or wherein the amino acid sequence of the Candida cylindracea derived lipase is an amino acid sequence that is 90% or more identical to the amino acid sequence of SEQ ID NO: 2 and wherein the substitution is the substitution represented in. a substitution of asparagine for an amino acid corresponding to the amino acid at position 428 in the amino acid sequence set forth in SEQ ID NO: 1; or a substitution of phenylalanine, methionine, or isoleucine for an amino acid corresponding to the amino acid at position 429 in the amino acid sequence set forth in SEQ ID NO: 1, wherein the amino acid sequence of the Candida cylindracea derived lipase is an amino acid sequence that is 70% or more identical to the amino acid sequence of SEQ ID NO: 2 and wherein the substitution is the substitution represented in, or wherein the amino acid sequence of the Candida cylindracea derived lipase is an amino acid sequence that is 90% or more identical to the amino acid sequence of SEQ ID NO: 2 and wherein the substitution is the substitution represented in.
An inspection system comprising a conveyer apparatus including a plurality of carrier bars, each carrier bar being structured to convey a plurality of pellet-shaped articles along a predetermined path, the inspection system further comprising: at least one camera unit configured to sense a predetermined characteristic of the plurality of pellet-shaped articles; a removal unit, downstream from the at least one camera unit, structured to remove at least a selected one of the plurality of pellet-shaped articles from at least a selected one of the plurality of carrier bars depending on whether the predetermined characteristic is sensed by the at least one camera unit; and a controller in communication with the at least one camera unit and the removal unit, the controller providing a signal to the removal unit in accordance with the predetermined characteristic sensed by the at least one camera unit, wherein the removal unit includes a rotatable ejection drum having a plurality of extended vacuum nozzles along its length that is equal to the number of articles conveyed in each carrier bar, each vacuum nozzle structured to selectively remove the article from the carrier bar by suction and each vacuum nozzle including a flexible tip portion adapted to engage the article on said vacuum nozzle. at least one camera unit configured to sense a predetermined characteristic of the plurality of pellet-shaped articles; a removal unit, downstream from the at least one camera unit, structured to remove at least a selected one of the plurality of pellet-shaped articles from at least a selected one of the plurality of carrier bars depending on whether the predetermined characteristic is sensed by the at least one camera unit; and a controller in communication with the at least one camera unit and the removal unit, the controller providing a signal to the removal unit in accordance with the predetermined characteristic sensed by the at least one camera unit, wherein the removal unit includes a rotatable ejection drum having a plurality of extended vacuum nozzles along its length that is equal to the number of articles conveyed in each carrier bar, each vacuum nozzle structured to selectively remove the article from the carrier bar by suction and each vacuum nozzle including a flexible tip portion adapted to engage the article on said vacuum nozzle.
A powder conveyor for conveying coating powder - wherein a housing for a container is provided, which comprises a housing upper part comprising a powder inlet (310.2) and an upper ledge (302.2), as well as a housing bottom part comprising a powder outlet (320.1) and a lower ledge (304.2), - wherein the upper ledge (302.2) and/or the lower ledge (304.2) draws an acute angle (α2; α4) with the horizonal, - wherein a tube is provided, -- the tube ends (305.1, 305.2) of which are open, so that the powder can pass through the tube, -- which is made of a porous, air-permeable material, -- and which is clamped, on the end face, between the upper ledge (302.2) of the housing upper part and the lower ledge (304.2) of the housing bottom part, - wherein a powder inlet valve is provided, which is connected to the powder inlet (310.2) of the housing upper part, and - wherein a powder outlet valve is provided, which is connected to the powder outlet (320.1) of the housing bottom part. - wherein a housing for a container is provided, which comprises a housing upper part comprising a powder inlet (310.2) and an upper ledge (302.2), as well as a housing bottom part comprising a powder outlet (320.1) and a lower ledge (304.2), - wherein the upper ledge (302.2) and/or the lower ledge (304.2) draws an acute angle (α2; α4) with the horizonal, - wherein a tube is provided, -- the tube ends (305.1, 305.2) of which are open, so that the powder can pass through the tube, -- which is made of a porous, air-permeable material, -- and which is clamped, on the end face, between the upper ledge (302.2) of the housing upper part and the lower ledge (304.2) of the housing bottom part, -- the tube ends (305.1, 305.2) of which are open, so that the powder can pass through the tube, -- which is made of a porous, air-permeable material, -- and which is clamped, on the end face, between the upper ledge (302.2) of the housing upper part and the lower ledge (304.2) of the housing bottom part, - wherein a powder inlet valve is provided, which is connected to the powder inlet (310.2) of the housing upper part, and - wherein a powder outlet valve is provided, which is connected to the powder outlet (320.1) of the housing bottom part.