mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a circuit for biological liquid comprising a plurality of connectors and a network for routing liquid between said connectors, characterized in that it comprises: - the step of obtaining a bag (11; 111) comprising two flexible films (25, 26; 125,126) attached together by a seal (27; 127) delimiting a closed contour with, open on the inside and on the outside of said contour, said routing network connectors (40A-40E) and an inflating connector; - the step of obtaining a press (10; 10'; 110) comprising two shells (13, 14; 13', 14; 113, 114) adapted to cooperate with said bag (11; 111) to form, between said films (25, 26; 125, 126), by clamping said bag (11; 111) between said shells (13, 14; 13', 14; 113, 114) and by injecting an inflating agent via said inflating connector, pipes (12; 112A-112F) of said routing network; said bag (11; 111) and said press (10; 10'; 110) being selected in order for at least one said pipe (12; 112A-112F) to have a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110), said press (10; 10'; 110) being selected with said shells (13, 14; 13', 14; 113, 114) each comprising a recessed channel (16, 18) for said at least one pipe (12; 112A-112F) having a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110); and - the step of forming said pipes (12; 112A-112F) by clamping said bag (11; 111) between said shells (13, 14; 13', 14; 113, 114) and by injecting an inflating agent via said inflating connector. - the step of obtaining a bag (11; 111) comprising two flexible films (25, 26; 125,126) attached together by a seal (27; 127) delimiting a closed contour with, open on the inside and on the outside of said contour, said routing network connectors (40A-40E) and an inflating connector; - the step of obtaining a press (10; 10'; 110) comprising two shells (13, 14; 13', 14; 113, 114) adapted to cooperate with said bag (11; 111) to form, between said films (25, 26; 125, 126), by clamping said bag (11; 111) between said shells (13, 14; 13', 14; 113, 114) and by injecting an inflating agent via said inflating connector, pipes (12; 112A-112F) of said routing network; said bag (11; 111) and said press (10; 10'; 110) being selected in order for at least one said pipe (12; 112A-112F) to have a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110), said press (10; 10'; 110) being selected with said shells (13, 14; 13', 14; 113, 114) each comprising a recessed channel (16, 18) for said at least one pipe (12; 112A-112F) having a contour of which at least one portion is delimited exclusively by cooperation with said press (10; 10'; 110); and - the step of forming said pipes (12; 112A-112F) by clamping said bag (11; 111) between said shells (13, 14; 13', 14; 113, 114) and by injecting an inflating agent via said inflating connector.
A method of generating a compound of Formula I or a pharmaceutically acceptable salt thereof, comprising the steps of: xv) reacting a compound of Formula 21 with n-butyllithium in the presence of an organic solvent and a transition metal catalyst to generate a compound of Formula 22 wherein R 3 is C 1-6 alkyl or phenyl; and xvi) converting the compound of Formula 22 to the compound of Formula I. xv) reacting a compound of Formula 21 with n-butyllithium in the presence of an organic solvent and a transition metal catalyst to generate a compound of Formula 22 wherein R 3 is C 1-6 alkyl or phenyl; and xvi) converting the compound of Formula 22 to the compound of Formula I.
A formwork system for two-way floor slabs with main beams in both directions or for flat floor slabs, wherein supporting girders receive along their length the support of several girders which are transversely arranged and which in turn support the formwork boards that make up the formwork surface of the floor slab to be concreted, arranged in such a way that at least one end of each girder extends beyond its support on the upper face of a supporting girder, crossing the width of said supporting girder, characterized in that the upper face of each supporting girder is provided with a plurality of successive housings for receiving the girders, said housings having identical transverse dimensions and being arranged one after another forming a series of housings along the entire length of said upper face without interruption, such that the girders can be placed transversely and, where appropriate, overlapped with one another for their extension and the regulation of the length of said extension, in any position along the supporting girder; and in that the plurality of successive housings of each supporting girder is formed by a succession of projections arranged in a direction perpendicular to the upper face of the supporting girder, such that the housings are defined by the space between two contiguous projections.
A component chuck device configured to insert an insertion section of a gripped component into an insertion target section of a substrate, the component chuck device comprising: a gripping mechanism configured to grip the component in a state in which negative pressure is supplied; and a pusher mechanism configured as a holding mechanism to hold a posture of the component using a pusher member as holding member, wherein the pusher mechanism is configured to hold the posture of the component by pressing the component from above using the pusher member in both states, a state in which negative pressure is supplied and a state after supply of negative pressure is stopped characterized in that: the pressing force on the component by the pusher member of the pusher mechanism in a state where positive pressure is supplied is larger than that in the state where the negative pressure is supplied. a gripping mechanism configured to grip the component in a state in which negative pressure is supplied; and a pusher mechanism configured as a holding mechanism to hold a posture of the component using a pusher member as holding member, wherein the pusher mechanism is configured to hold the posture of the component by pressing the component from above using the pusher member in both states, a state in which negative pressure is supplied and a state after supply of negative pressure is stopped
A high-pressure fuel pump comprising: a pump housing formed with a recess; a cylinder combined with the pump housing to define the recess as a pressurizing chamber; a holder securing the cylinder to the pump housing; a plunger sliding against the cylinder to pressurize fluid in the pressurizing chamber; wherein reciprocation of the plunger pressurizes fuel sucked in the pressurizing chamber and discharges the fuel from the pressurizing chamber; and wherein the holder includes an outer cylindrical surface portion fitted to an attachment fitting hole of an engine block of an internal combustion engine, the holder is provided with a cylindrical fitting portion fitted to an outer circumference of the cylinder, the outer cylindrical surface portion and the cylindrical fitting portion are formed in a single piece resulting from machining one and the same member, characterised in that an outer circumferential surface of the cylinder projecting into the pressurizing chamber and an inner circumferential surface of the pump housing defining the pressurizing chamber are configured so as not to contact each other as a clearance is provided between the outer circumferential surface of the cylinder and the inner circumferential surface of the pump housing. a pump housing formed with a recess; a cylinder combined with the pump housing to define the recess as a pressurizing chamber; a holder securing the cylinder to the pump housing; a plunger sliding against the cylinder to pressurize fluid in the pressurizing chamber; wherein reciprocation of the plunger pressurizes fuel sucked in the pressurizing chamber and discharges the fuel from the pressurizing chamber; and wherein the holder includes an outer cylindrical surface portion fitted to an attachment fitting hole of an engine block of an internal combustion engine, the holder is provided with a cylindrical fitting portion fitted to an outer circumference of the cylinder, the outer cylindrical surface portion and the cylindrical fitting portion are formed in a single piece resulting from machining one and the same member, characterised in that an outer circumferential surface of the cylinder projecting into the pressurizing chamber and an inner circumferential surface of the pump housing defining the pressurizing chamber are configured so as not to contact each other as a clearance is provided between the outer circumferential surface of the cylinder and the inner circumferential surface of the pump housing.
An artificial heart valve annuloplasty ring, comprising an outer layer and an annular main body structure, the outer layer being covered on the periphery of the annular main body structure, characterized in that, the annular main body structure is at least one layer of a tubular helical structure, and the tubular helical structure is a multi-helical structure formed by curling multiple sheet material strips, and the tubular helical structure can adjust rigidity of the annuloplasty ring.
A powder of a magnetoplumbite-type hexagonal ferrite which is an aggregate of particles of a compound represented by Formula, AFe (12-x) Al x O 19 ··· Formula wherein, in Formula, A represents at least one metal element selected from the group consisting of Sr, Ba, Ca, and Pb, and x satisfies 1.5 ≤ x ≤ 8.0, characterized in that in a particle size distribution based on number measured by a laser diffraction scattering method, in a case where a mode value is defined as a mode diameter, a diameter at a cumulative percentage of 10% is defined as D 10 and a diameter at a cumulative percentage of 90% is defined as D 90, the mode diameter is equal to or greater than 5 μm and less than 10 μm and an expression of (D 90 - D 10)/mode diameter ≤ 3.0 is satisfied.
A method for retrieval and transfer of encrypted content from a first storage device of a first set-top box utilizing a second set-top box, said method comprising the following steps: said second set-top box coupled to said first storage device detecting encrypted content recorded on said first storage device wherein said encrypted content on said first storage device is encrypted with a content instance key; encrypting said content instance key with a public key of said first set-top box; characterised in that said method further comprises the following steps: encrypting a duplicate of said content instance key with a public key of said second set-top box; said second set-top box decrypting said duplicate of said content instance key and using said duplicate of said content instance key to decrypt said encrypted content. said second set-top box coupled to said first storage device detecting encrypted content recorded on said first storage device wherein said encrypted content on said first storage device is encrypted with a content instance key; encrypting said content instance key with a public key of said first set-top box; characterised in that said method further comprises the following steps: encrypting a duplicate of said content instance key with a public key of said second set-top box; said second set-top box decrypting said duplicate of said content instance key and using said duplicate of said content instance key to decrypt said encrypted content. encrypting a duplicate of said content instance key with a public key of said second set-top box; said second set-top box decrypting said duplicate of said content instance key and using said duplicate of said content instance key to decrypt said encrypted content.
A toothbrush (110, 312) with combined sonic brushing and water flossing attributes comprising: an electric motor (132, 332) including a drive shaft (137, 372), wherein, when the electric motor (132, 332) is caused to operate, the drive shaft (137, 372) continuously rotates in a single direction; a brush tip (125, 325) supporting a brush head (224, 424) on a distal end and defining a fluid conduit (221, 440) therein; a drive assembly (136, 336) coupled between the drive shaft (137, 372) and the brush tip (125, 325) and configured to convert rotation of the drive shaft (137, 372) into sonic oscillation of the brush head (224, 424) whereby the brush tip pivots back and forth about a longitudinal axis of the brush tip (125, 325); a fluid passage (250, 518) configured to transport fluid from a fluid source external to the toothbrush to the fluid conduit (221, 440) in the brush tip (125, 325), wherein a portion of the fluid passage (250, 518) is formed within the drive assembly (136, 336); a removable base plate comprising a fluid inlet in fluid communication with the fluid passage (250, 518) and configured for connection with the fluid source; and a first valve positioned within the fluid passage and configured to close the fluid passage when the base plate is removed from the toothbrush (110, 312) and configured to open when the base plate is connected to the toothbrush (110, 312). an electric motor (132, 332) including a drive shaft (137, 372), wherein, when the electric motor (132, 332) is caused to operate, the drive shaft (137, 372) continuously rotates in a single direction; a brush tip (125, 325) supporting a brush head (224, 424) on a distal end and defining a fluid conduit (221, 440) therein; a drive assembly (136, 336) coupled between the drive shaft (137, 372) and the brush tip (125, 325) and configured to convert rotation of the drive shaft (137, 372) into sonic oscillation of the brush head (224, 424) whereby the brush tip pivots back and forth about a longitudinal axis of the brush tip (125, 325); a fluid passage (250, 518) configured to transport fluid from a fluid source external to the toothbrush to the fluid conduit (221, 440) in the brush tip (125, 325), wherein a portion of the fluid passage (250, 518) is formed within the drive assembly (136, 336); a removable base plate comprising a fluid inlet in fluid communication with the fluid passage (250, 518) and configured for connection with the fluid source; and a first valve positioned within the fluid passage and configured to close the fluid passage when the base plate is removed from the toothbrush (110, 312) and configured to open when the base plate is connected to the toothbrush (110, 312).
A tyre inflation pressure control system comprising: a vehicle wheel providing a first fluid chamber and second fluid chamber; a first valve arrangement installed remote from the wheel and connectable to a pressurised fluid source; a second valve arrangement which is connected to the first valve arrangement by means of a first fluid connection, wherein the second valve arrangement is controllably operable to connect the first fluid connection to said first fluid chamber and said second fluid chamber on the vehicle wheel; characterised in that the second valve arrangement is further connected with the first valve arrangement by a second fluid connection, wherein controlled variation of fluid pressure in the second fluid connection and first fluid connection is provided by the first valve arrangement to control said second valve arrangement for operating said tyre pressure control system in at least two operational modes: - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber. a vehicle wheel providing a first fluid chamber and second fluid chamber; a first valve arrangement installed remote from the wheel and connectable to a pressurised fluid source; a second valve arrangement which is connected to the first valve arrangement by means of a first fluid connection, wherein the second valve arrangement is controllably operable to connect the first fluid connection to said first fluid chamber and said second fluid chamber on the vehicle wheel; characterised in that the second valve arrangement is further connected with the first valve arrangement by a second fluid connection, wherein controlled variation of fluid pressure in the second fluid connection and first fluid connection is provided by the first valve arrangement to control said second valve arrangement for operating said tyre pressure control system in at least two operational modes: - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber. - a first mode, in which the second fluid chamber is connected to first valve arrangement; and - a second mode, in which the first fluid chamber is connected to the second fluid chamber.
An unmanned, autonomous self-propelled animal-shed vehicle (1, 101) for cleaning a shed floor while moving in an intended direction of travel, the vehicle comprising - a material removing device (6, 106) to remove solid and/or semi-solid material from the animal-shed floor, - a liquid removing device (7, 107) to remove liquid from the animal-shed floor, and - at least one press to separate the solid and/or semi-solid material removed from the floor by the material removing device into manure fiber and sludge, wherein the material removing device (6, 106), when viewed in the direction of travel, is situated in front of the liquid removing device (7, 107). - a material removing device (6, 106) to remove solid and/or semi-solid material from the animal-shed floor, - a liquid removing device (7, 107) to remove liquid from the animal-shed floor, and - at least one press to separate the solid and/or semi-solid material removed from the floor by the material removing device into manure fiber and sludge,
A method comprising configuring a processor (142, 514) of a computing device (102, 512) to: receive key performance data (118, 137, 214a) for automated debugging of a production application, analyze the key performance data (118, 137, 214a) to identify a critical thread, the critical thread comprising a thread running a call site, the call site causing a performance slowdown of the production application; create a call graph prefix binary tree for the critical thread that clusters over time call stacks of the critical thread for analyzing call stack patterns of the critical thread; and provide analysis results (123, 143, 153, 223) identifying the call site associated with the performance slowdown. receive key performance data (118, 137, 214a) for automated debugging of a production application, analyze the key performance data (118, 137, 214a) to identify a critical thread, the critical thread comprising a thread running a call site, the call site causing a performance slowdown of the production application; create a call graph prefix binary tree for the critical thread that clusters over time call stacks of the critical thread for analyzing call stack patterns of the critical thread; and provide analysis results (123, 143, 153, 223) identifying the call site associated with the performance slowdown.
A method of improving the efficiency of microbial fermentation of a substrate comprising CO, the method comprising: a. providing the substrate to a microbial culture to produce products selected from the group consisting of acids, alcohols and mixtures thereof and CO 2 as a by-product; b. measuring the total amount of CO consumed and the amount of CO 2 produced and calculating a ratio of CO 2produced /CO consumed; c. adjusting the substrate supply rate to keep the CO 2produced /CO consumed ratio within a predetermined range; d. repeating steps b. and c. to keep the CO 2 produced/CO consumed ratio within the predetermined range. a. providing the substrate to a microbial culture to produce products selected from the group consisting of acids, alcohols and mixtures thereof and CO 2 as a by-product; b. measuring the total amount of CO consumed and the amount of CO 2 produced and calculating a ratio of CO 2produced /CO consumed; c. adjusting the substrate supply rate to keep the CO 2produced /CO consumed ratio within a predetermined range; d. repeating steps b. and c. to keep the CO 2 produced/CO consumed ratio within the predetermined range.
A method of evaluating a physiological condition of bodily tissue, the method comprising: repositioning one or more A-mode ultrasound transducers over a patient's epidermis to generate signals representative of a straight line distance from the one or more ultrasound transducers to a bone surface of the patient; tracking the repositioning of the one or more ultrasound transducers in three dimensions using at least one inertial measurement unit to generate 3D position data of a bone; correlating the signals representative of the straight line distance from the one or more ultrasound transducers to the bone surface of the patient and the change in 3D position data to generate a 3D map having a plurality of 3D points corresponding to points on the bone surface; superimposing the 3D map onto a default bone model and carrying out a deformation process resulting in a patient-specific, virtual 3D model of the bone; visually displaying the virtual 3D model of the bone. repositioning one or more A-mode ultrasound transducers over a patient's epidermis to generate signals representative of a straight line distance from the one or more ultrasound transducers to a bone surface of the patient; tracking the repositioning of the one or more ultrasound transducers in three dimensions using at least one inertial measurement unit to generate 3D position data of a bone; correlating the signals representative of the straight line distance from the one or more ultrasound transducers to the bone surface of the patient and the change in 3D position data to generate a 3D map having a plurality of 3D points corresponding to points on the bone surface; superimposing the 3D map onto a default bone model and carrying out a deformation process resulting in a patient-specific, virtual 3D model of the bone; visually displaying the virtual 3D model of the bone.
A driving axle of the type having a large overall length and aimed at being mounted on self-propelled operating machines of medium-big dimensions, such as big forklift trucks and the like, defining an outline whose transversal dimension is bigger than the one allowed for free passage on public roads, being structurally made of a plurality of portions, each of which has the overall axial length shorter than a prefixed value; characterized in that each of said central portions and terminal portions can be coupled and uncoupled to/from the adjacent one by a mechanical connection with inner and outer flanges and in that at least one of said portions has a box-like leakproof structure containing at least the lubricant for lubricating the mechanical members contained therein and aimed at transmitting motion.