mhurhangee/ep-ind-claims huggingface dataset:
A liquid dispensing module (10, 210, 310, 410, 510) for dispensing a viscous liquid comprising: a dispenser body assembly including a liquid inlet, a discharge outlet, and a flow channel capable of directing a flow of the liquid from said liquid inlet to said discharge outlet, said flow channel including a valve seat (24, 216) between said liquid inlet and said discharge outlet; an actuator; a needle including a valve element (34, 212), said needle operable by said actuator for reciprocating movement in said dispenser body assembly between an open position in which said valve element (34, 212) is disengaged with said valve seat (24, 216) allowing liquid flow from said discharge outlet and a closed position in which said valve element (34, 212) is engaged with said valve seat (24, 216) preventing liquid flow from said discharge outlet; and a flexible seal including a downstream end sealingly engaging said needle and an upstream end engaged and retained to place said flexible seal in compression, said flexible seal adapted to seal said flow channel from said actuator characterized in that said dispenser body assembly further including a recess with a transverse surface, wherein the upstream end of the flexible seal engaged and retained by said transverse surface to place said flexible seal in lengthwise compression between said upstream and downstream ends (74, 76). a dispenser body assembly including a liquid inlet, a discharge outlet, and a flow channel capable of directing a flow of the liquid from said liquid inlet to said discharge outlet, said flow channel including a valve seat (24, 216) between said liquid inlet and said discharge outlet; an actuator; a needle including a valve element (34, 212), said needle operable by said actuator for reciprocating movement in said dispenser body assembly between an open position in which said valve element (34, 212) is disengaged with said valve seat (24, 216) allowing liquid flow from said discharge outlet and a closed position in which said valve element (34, 212) is engaged with said valve seat (24, 216) preventing liquid flow from said discharge outlet; and a flexible seal including a downstream end sealingly engaging said needle and an upstream end engaged and retained to place said flexible seal in compression, said flexible seal adapted to seal said flow channel from said actuator characterized in that said dispenser body assembly further including a recess with a transverse surface, wherein the upstream end of the flexible seal engaged and retained by said transverse surface to place said flexible seal in lengthwise compression between said upstream and downstream ends (74, 76).
A transgenic mouse comprising in its genome a nucleic acid encoding human Androgen Receptor Complex Associated Protein (ARCAP) operably linked to a liver-specific promoter, wherein the transgenic mouse expresses the human ARCAP and develops a liver, spleen, abdomen, or lymph tumor and the human ARCAP has the sequence of SEQ ID NO: 2 or a sequence that is 85% to 95% identical to SEQ ID NO: 2.
A radio microparticle comprising: crystalline strontium phosphate at least the surface layer of which consists of non-radioactive crystalline strontium phosphate and at least one radioisotope suitable for radio imaging and/or radiotherapy bonded or adsorbed to the surface thereof.
In combination, a guide sleeve for a surgical template, a drill (4a, 4b, 4c), an implant (1, 101) and a thread forming tool, wherein the guide sleeve has a guide surface for guiding the thread forming tool, the drill (4a, 4b, 4c) has at least one cutting edge (15a, 15b, 15c) for cutting a recess in bone; the thread forming tool has a thread forming section (12, 112) for forming at least one thread in bone; the implant having a bone tissue apposition surface (23, 123); wherein the thread forming section (12, 112) of the thread forming tool comprises a helical thread with at least one cutting surface, and the bone tissue apposition surface of the implant comprises at least one helical thread; wherein the thread forming tool has a guide section for guidance by the guide surface of the guide sleeve, the thread forming section (12,112) comprising an apical portion, and a coronal portion; a maximum diameter of the apical portion of the thread forming section is smaller than or equal to a maximum diameter of the cutting edge (15a, 15b, 15c) of the drill (4a, 4b, 4c); wherein a maximum diameter of at least an apical portion of the bone tissue apposition surface (23, 123) is smaller than or equal to a maximum diameter of the thread forming section (12, 112) of the thread forming tool; wherein a longitudinal cross-sectional shape of the helical thread of the thread forming section (12, 112) corresponds to a longitudinal cross-sectional shape of the helical thread of the implant (1, 101); and wherein the dimension of the cross-sectional shape of the helical thread of the thread forming section (12, 112) is smaller than a corresponding dimension of the cross-sectional shape of the helical thread of the implant (1, 101).
Optoelectronic sorting machine for fruit and vegetable harvesting machines comprising: - a first conveyor belt from which objects to be selected, including fruits and vegetables, come and is adapted to be moved at a speed which can be set through speed control means; - a second conveyor belt to which the selected fruits and vegetables arrive; - a recognition group adapted to recognize objects to be expelled among all the objects passing from the first conveyor belt to the second conveyor belt; - an ejection device adapted to eject the objects which have been previously identified and selected by the recognition group; characterized by the fact that the recognition group includes recognition means suitable for identifying the filling level of the first conveyor belt, so as to vary the speed of the first conveyor belt through speed control means, in order that the measured filling level is equal to an ideal filling level set previously. - a first conveyor belt from which objects to be selected, including fruits and vegetables, come and is adapted to be moved at a speed which can be set through speed control means; - a second conveyor belt to which the selected fruits and vegetables arrive; - a recognition group adapted to recognize objects to be expelled among all the objects passing from the first conveyor belt to the second conveyor belt; - an ejection device adapted to eject the objects which have been previously identified and selected by the recognition group;
Method of producing a pharmaceutical product using a Manufacturing Execution System, hereinafter referred to as MES, and an automation system, such as a batch system, said automation system being configured to drive and to monitor production machines located at plant floor level, said method being characterized in that it comprises: a) communicatively coupling said MES with said automation system, wherein a main workflow or Main process Instruction is created and executed by the MES when a work order coming from an Enterprise Resource Planning System is received by the MES, said main workflow starting in turn a second workflow within the automation system; b) receiving at the MES from said automation system at least one event (ev1, ev2) representative of a situation that has occurred at the plant floor level and relative to the machines, wherein said second workflow is sending said at least one event (ev1, ev2) to the main workflows; and c) depending on the event (ev1,ev2) received at the MES starting by the main workflow at least one event workflow within the MES, also referred to as sub workflow, chosen between a plurality of sub-workflows. a) communicatively coupling said MES with said automation system, wherein a main workflow or Main process Instruction is created and executed by the MES when a work order coming from an Enterprise Resource Planning System is received by the MES, said main workflow starting in turn a second workflow within the automation system; b) receiving at the MES from said automation system at least one event (ev1, ev2) representative of a situation that has occurred at the plant floor level and relative to the machines, wherein said second workflow is sending said at least one event (ev1, ev2) to the main workflows; and c) depending on the event (ev1,ev2) received at the MES starting by the main workflow at least one event workflow within the MES, also referred to as sub workflow, chosen between a plurality of sub-workflows.
A compound of Formula I, wherein: R 1 is H, or CH 2 NHC (CH 2) m CO 2 H; R 2 is H, or CH 2 NHC (CH 2) m CO 2 H; R 3 is H; provided that either R 1 or R 2 must be H, and further provided that R 1 and R 2 may not all be H simultaneously; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. R 1 is H, or CH 2 NHC (CH 2) m CO 2 H; R 2 is H, or CH 2 NHC (CH 2) m CO 2 H; R 3 is H; provided that either R 1 or R 2 must be H, and further provided that R 1 and R 2 may not all be H simultaneously; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5.
A woven or knitted fabric containing two types of yarns different from each other in a self-elongating property upon absorbing water wherein, when a test piece is prepared from the fabric in such a manner that said woven or knitted fabric is stabilized in dimension in the atmosphere having a temperature at 20°C and a relative humidity at 65% and then cut into pieces of 30 cm long in the warp or wale direction and 30 cm long in the weft or course direction; and first yarns having a high water-absorbing and self-elongating property and second yarns having a low water-absorbing and self-elongating property and respectively contained in the test pieces satisfy the following requirement: A / B ≤ 0.9 wherein A represents a mean length of the first yarns having high water-absorbent and self-elongative property and B represents a mean length of said second yarns having low water-absorbing and self-elongating property, both yarns (1, 2) being arranged in the same direction as each other in the test piece and picked up from the test piece; the length of the respective yarn being measured under a load of 1.76 mN/dtex when the yarn is a non-elastic yarn having an elongation at break of 200% or less or under a load of 0.0088 mN/dtex when the yarn is an elastic yarn having an elongation at break higher than 200%, and whereby the air-permeability of said fabric increases when wetted with water, the first yarns having a high water-absorbing and self-elongating property comprise polyetherester fibers formed from polyetherester elastomer comprising hard segments comprising polybutylene terephthalate blocks and soft segments comprising polyoxyethylene glycol blocks having a number average molecular weight of 1000 to 6000; and the ratio by mass of the hard segments to the soft segments in the polyetherester elastomer is in the range of 30/70 to 70/30; wherein the self-elongation upon absorbing water of both yarns (1, 2) is measured in such a manner that each of the yarns is wound 10 times around a reel for hank having a circumference of 1.125m long under a load of 0.88 mN/dtex to form a hank; the hank is removed from the reel and left to stand in the air atmosphere having a temperature at 20°C and a relative humidity at 65% for 24 hours to dry the hank; then the length (Ld) in millimetres of the dry hank is measured under a load of 1.76 mN/dtex when the yarn is a non-elastic yarn having an elongation at break of 200% or less, or under a load of 0.0088 mN/dtex when the yarn is an elastic yarn having an elongation at break higher than 200%; the hank is immersed in water at a temperature at 20° C for 5 minutes; then the hank is taken out from water; a length (Lw) in millimetres of the wet hank is measured under the same load as described above in response to the elongation at break of the hank; and the self-elongation of each yarn is calculated in accordance with the following equation: Self elongation of yarn % = Lw − Ld / Ld × 100
An agricultural planter row unit comprising: a first actuator (8110; 8410) connected to a first implement disposed on the agricultural planter row unit; a second actuator (8120; 8140) connected to a second implement disposed on the agricultural planter row unit, the second implement being different from the first implement; a fluid control system configured to control fluid flow from a fluid source to each of the first and second actuators (8110, 8120; 8410), the fluid control system including: an inlet valve in a first fluid path in fluid communication with the fluid source and each of the first and second actuators (8110, 8120; 8410); an outlet valve connected to the first fluid path; and a pressure sensor disposed to measure fluid pressure in a first fluid line forming part of the first fluid path. a first actuator (8110; 8410) connected to a first implement disposed on the agricultural planter row unit; a second actuator (8120; 8140) connected to a second implement disposed on the agricultural planter row unit, the second implement being different from the first implement; a fluid control system configured to control fluid flow from a fluid source to each of the first and second actuators (8110, 8120; 8410), the fluid control system including: an inlet valve in a first fluid path in fluid communication with the fluid source and each of the first and second actuators (8110, 8120; 8410); an outlet valve connected to the first fluid path; and a pressure sensor disposed to measure fluid pressure in a first fluid line forming part of the first fluid path. an inlet valve in a first fluid path in fluid communication with the fluid source and each of the first and second actuators (8110, 8120; 8410); an outlet valve connected to the first fluid path; and a pressure sensor disposed to measure fluid pressure in a first fluid line forming part of the first fluid path.
An article comprising: a substrate containing silicon; and an environmental barrier coating, the environmental barrier coating comprising: an environmental barrier layer applied to the substrate; said environmental barrier layer comprising an oxide matrix surrounding a fiber-reinforcement structure and a self-healing phase interspersed throughout said oxide matrix, wherein said self-healing phase comprises a material configured to form a liquid and be sufficiently fluid to flow into cracks formed in said oxide matrix during operation at predetermined temperatures; wherein said fiber-reinforcement structure comprises a continuous weave of fibers; wherein the substrate includes portions that are configured to experience forces in a load bearing stress direction; wherein said fiber-reinforcement structure comprises at least one first fiber bundle oriented along the load bearing stress direction of said substrate; wherein said fiber-reinforcement structure comprises at least one second fiber bundle oriented orthogonal to said first fiber bundle orientation; wherein said fiber reinforcement structure comprises at least one third fiber woven between said first fiber bundle and said second fiber bundle. a substrate containing silicon; and an environmental barrier coating, the environmental barrier coating comprising: an environmental barrier layer applied to the substrate; said environmental barrier layer comprising an oxide matrix surrounding a fiber-reinforcement structure and a self-healing phase interspersed throughout said oxide matrix, wherein said self-healing phase comprises a material configured to form a liquid and be sufficiently fluid to flow into cracks formed in said oxide matrix during operation at predetermined temperatures; wherein said fiber-reinforcement structure comprises a continuous weave of fibers; wherein the substrate includes portions that are configured to experience forces in a load bearing stress direction; wherein said fiber-reinforcement structure comprises at least one first fiber bundle oriented along the load bearing stress direction of said substrate; wherein said fiber-reinforcement structure comprises at least one second fiber bundle oriented orthogonal to said first fiber bundle orientation;
Engine control valve comprising a body that delimits an internal duct, and a rotationally mobile flap, said flap being able to pivot between an open position allowing a gas to pass through the duct and a closed position closing off the duct, the valve comprising a sealing system (2, 3, 4) for sealing the duct with respect to the outside of the body and for sealing the flap when it is in the closed position, the sealing system comprising a sealing gasket that is secured to the body of the valve, this gasket having an opening that is closed off by the flap when it is in the closed position, the flap comprising a rotary pin that separates said flap into a first part and a second part, the first part of said flap closing off the opening in the sealing gasket when the flap is in a closed position, the second part of the flap being flush with a solid portion of the sealing gasket that partially delimits the opening, when the flap is in the closed position, characterized in that the sealing system (2, 3, 4) comprises a first sealing system (2, 4) for sealing the duct with respect to the outside of the body, and a second sealing system, separate from the first, for sealing the flap when it is in the closed position, and formed by the gasket.
A method for a participating communication device to terminate its participation in an ongoing communication session with one or more other communication devices, the method comprising: generating, by the participating communication device, a first message requesting permission to terminate its participation in the ongoing communication session, the first message comprising media parameters that do not specify media, the lack of specifying media in the media parameters indicating a request to terminate participation in the ongoing communication session, wherein the first message is a SIP re-INVITE or a SIP UPDATE message modified to comprise the media parameters that do not specify media; communicating, by the participating communication device, the first message to a server; continuing, by the participating communication device, to listen for session media until receiving authorization from the server to terminate its participation in the ongoing communication session; receiving, by the participating communication device, a second message from the server authorizing the termination of the participating communication device's participation in the ongoing communication session; and responsive to receiving the second message, terminating, by the participating communication device, its participation in the communication session. generating, by the participating communication device, a first message requesting permission to terminate its participation in the ongoing communication session, the first message comprising media parameters that do not specify media, the lack of specifying media in the media parameters indicating a request to terminate participation in the ongoing communication session, wherein the first message is a SIP re-INVITE or a SIP UPDATE message modified to comprise the media parameters that do not specify media; communicating, by the participating communication device, the first message to a server; continuing, by the participating communication device, to listen for session media until receiving authorization from the server to terminate its participation in the ongoing communication session; receiving, by the participating communication device, a second message from the server authorizing the termination of the participating communication device's participation in the ongoing communication session; and responsive to receiving the second message, terminating, by the participating communication device, its participation in the communication session.
A torque transmission assembly for the drive train of a muscle power operated vehicle with an auxiliary motor, having an output shaft, a first input shaft for transmitting a torque produced by muscle power to the output shaft, a second input shaft for transmitting a torque produced by the auxiliary motor to the output shaft, and having a freewheel function by means of which a user of the muscle power operated vehicle does not have to pedal along with the auxiliary motor when the auxiliary motor is deactivated, characterized in that the torque transmission assembly has a mechanical clutch which is configured to transmit a torque from the second input shaft to the output shaft when, at the first input shaft, a torque which acts in a driven direction of rotation is applied to the output shaft, and not to transmit a torque from the second input shaft to the output shaft when, at the first input shaft, a torque which acts against the driven direction of rotation is applied to the output shaft.
A method operational on a token device for replacing asymmetric cryptographic keys, comprising: obtaining a pseudorandom first key pair that comprises a first private key and a corresponding first public key; characterized in that it further comprises the steps of: obtaining a pseudorandom spare key pair, wherein the spare key pair is used to replace the first key pair, and the spare key pair comprises a spare private key and a spare public key; signing the spare public key with the first private key to obtain a signed certificate; dividing the spare key pair and signed certificate into n shares (114, 116, 118), where n is an integer; distributing the n shares to at least two shareholders for safekeeping; retrieving at least a portion of the n shares from the at least two shareholders; reconstructing the spare key pair and signed certificate from at least a portion of the n shares retrieved; and presenting the signed certificate to a verification device to replace the first public key with the spare public key. obtaining a pseudorandom spare key pair, wherein the spare key pair is used to replace the first key pair, and the spare key pair comprises a spare private key and a spare public key; signing the spare public key with the first private key to obtain a signed certificate; dividing the spare key pair and signed certificate into n shares (114, 116, 118), where n is an integer; distributing the n shares to at least two shareholders for safekeeping; retrieving at least a portion of the n shares from the at least two shareholders; reconstructing the spare key pair and signed certificate from at least a portion of the n shares retrieved; and presenting the signed certificate to a verification device to replace the first public key with the spare public key.
A round baler with a bale chamber disposed in a housing for pressing round bales, which in a lower section has at least one pressing roller which is substantially fixed to the housing, and a wrapping device which is mounted downstream of the bale chamber, having a wrapping table for wrapping a round bale with a wrapping material, wherein the wrapping table is movably disposed on the housing by means of a loading arm and can be displaced between at least a loading position for receiving a bale from the bale chamber and a wrapping position for wrapping the bale, characterized in that on the baler side, the loading arm is pivotably mounted about a first pivot axis and has at least a first boom and a second boom which are pivotably connected via a swivel joint about a second pivot axis, and in that the wrapping table at the end of the loading arm can be turned about an axis of rotation and can be rotated about a rotary axis disposed parallel to the second boom.