mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing an intermediate material for use in chocolate product composition manufacture, the process comprises producing a material derived from a plant in the Theobroma genus comprising the steps of: a. reducing the size of seeds and/or a portion of seeds of a plant in the Theobroma genus optionally in the presence of: i. pulp and/or an extract of pulp of a plant in the Theobroma genus, and/or ii. a non-pulp and non-seed portion of the fruit of a plant in the Theobroma genus, b. if both of i. and ii. are not present in step a., mixing the product of step a. with either or both of i, and/or ii., wherein process steps a. or b. provide a paste, wherein the total amount of i. and/or ii. in the mixture is produced in step a. or step b. is between 1.0 and 80.0 as a weight percentage of the mixture and the amount of seed and/or portion of seed in the mixture produced in step a. or step b. is between 20.0 and 99.0 as a weight percentage of the mixture. a. reducing the size of seeds and/or a portion of seeds of a plant in the Theobroma genus optionally in the presence of: i. pulp and/or an extract of pulp of a plant in the Theobroma genus, and/or ii. a non-pulp and non-seed portion of the fruit of a plant in the Theobroma genus, i. pulp and/or an extract of pulp of a plant in the Theobroma genus, and/or ii. a non-pulp and non-seed portion of the fruit of a plant in the Theobroma genus, b. if both of i. and ii. are not present in step a., mixing the product of step a. with either or both of i, and/or ii., wherein process steps a. or b. provide a paste, wherein the total amount of i. and/or ii. in the mixture is produced in step a. or step b. is between 1.0 and 80.0 as a weight percentage of the mixture and the amount of seed and/or portion of seed in the mixture produced in step a. or step b. is between 20.0 and 99.0 as a weight percentage of the mixture.
An injection device comprising: a housing , a cartridge housing containing a cartridge , the cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which fluid is dispensed; a stopper disposed in the cartridge and configured to move from the proximal end to the distal end to cause the fluid to be dispensed through the distal end of the cartridge ; and an electronic device disposed at the distal end of the cartridge , the electronic device comprising an emitter configured to transmit a signal toward the stopper ; a receiver configured to receive reflections of the signal from the stopper ; and a controller configured to wirelessly transmit data related to a position of the stopper in the cartridge , wherein the controller includes a wireless transceiver and is configured to communicate signals received at the receiver to an external database, characterized by a battery disposed in the housing , wherein the battery is electrically connected to the electronic device with electrical leads disposed in the cartridge housing . a housing , a cartridge housing containing a cartridge , the cartridge configured to hold a volume of fluid, the cartridge having a proximal end and a distal end through which fluid is dispensed; a stopper disposed in the cartridge and configured to move from the proximal end to the distal end to cause the fluid to be dispensed through the distal end of the cartridge ; and an electronic device disposed at the distal end of the cartridge , the electronic device comprising an emitter configured to transmit a signal toward the stopper ; a receiver configured to receive reflections of the signal from the stopper ; and a controller configured to wirelessly transmit data related to a position of the stopper in the cartridge , wherein the controller includes a wireless transceiver and is configured to communicate signals received at the receiver to an external database, characterized by
A network node apparatus for facilitating a circuit switched connected wireless mobile device to communicate pursuant to an IMS service, said network node apparatus comprising: a detector configured to detect a first initiation message from the circuit switched connected wireless mobile device , the first initiation message having network-decodable information that, when decoded by a decoder , provides configuration and network services management related information pertaining to a requested IMS service to be provided by an associated service node ; said decoder configured to decode the network-decodable information of the first initiation message and populate, with the decoded information, a second initiation message for forwarding to the associated service node for configuring and managing of the requested IMS service, contents of said information being representative of the request for the IMS service to be provided by said associated service node , the second initiation message being an XML Configuration Access Protocol, XCAP, initiation message; and a response message generator configured to generate an encoded second response message having information decodable by the wireless mobile device , the encoded second response message being generated in response to receipt of a first response message generated at said associated service node in response to receipt, at said associated service node , of said forwarded second initiation message, the first response message is a XCAP response message, and the second response message being for facilitating the providing of said IMS service to the wireless mobile device by the associated service node . a detector configured to detect a first initiation message from the circuit switched connected wireless mobile device , the first initiation message having network-decodable information that, when decoded by a decoder , provides configuration and network services management related information pertaining to a requested IMS service to be provided by an associated service node ; said decoder configured to decode the network-decodable information of the first initiation message and populate, with the decoded information, a second initiation message for forwarding to the associated service node for configuring and managing of the requested IMS service, contents of said information being representative of the request for the IMS service to be provided by said associated service node , the second initiation message being an XML Configuration Access Protocol, XCAP, initiation message; and a response message generator configured to generate an encoded second response message having information decodable by the wireless mobile device , the encoded second response message being generated in response to receipt of a first response message generated at said associated service node in response to receipt, at said associated service node , of said forwarded second initiation message, the first response message is a XCAP response message, and the second response message being for facilitating the providing of said IMS service to the wireless mobile device by the associated service node .
A display device , comprising: a pixel layer (220; 320; 420) configured to include a plurality of pixels and having an outline of which at least a partial area is depressively formed, and wherein the plurality of pixels are disposed on the partial area; and a wiring layer (230; 330; 530; 630) disposed below the pixel layer, and including detection wiring (335; 430; 535) for detecting cracks on an area adjacent to the pixel layer, wherein the detection wiring, when seen from the front of the display device, is disposed along the partial area of the outline of the pixel layer; characterised by : a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring. a pixel layer (220; 320; 420) configured to include a plurality of pixels and having an outline of which at least a partial area is depressively formed, and wherein the plurality of pixels are disposed on the partial area; and a wiring layer (230; 330; 530; 630) disposed below the pixel layer, and including detection wiring (335; 430; 535) for detecting cracks on an area adjacent to the pixel layer, wherein the detection wiring, when seen from the front of the display device, is disposed along the partial area of the outline of the pixel layer; characterised by : a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring. a detection circuit (340; 440) that is connected to the detection wiring and is set to perform lighting on the basis of an electrical signal input to the detection wiring; wherein the detection circuit is set to emit light from at least a part of the pixel layer connected to the detection circuit on the basis of an electrical signal input from the detection wiring.
Pump for discharging a liquid, comprising - a motor compartment , - an electric motor , which has a drive shaft and is located in the motor compartment , - an impeller , which is attached to the drive shaft , wherein axial clearance (L1) exists between a front end cap of the motor compartment and the impeller , wherein an annular groove is embodied in the front end cap of the motor compartment and a ring-shaped impeller extension which extends in the direction of the annular groove is embodied on the impeller , characterised in that the impeller moves axially to and fro with a high-speed rotation with the drive shaft , wherein with the annular groove in the front end cap , increased space is created for the axial to and fro movement of the impeller , in order to avoid contact between the ring-shaped impeller extension and the front end cap , and that the impeller is attached to the drive shaft so that axial clearance (L1) is established when the impeller is slid onto the drive shaft between the impeller and the front end cap of the motor compartment. - a motor compartment , - an electric motor , which has a drive shaft and is located in the motor compartment , - an impeller , which is attached to the drive shaft , wherein axial clearance (L1) exists between a front end cap of the motor compartment and the impeller ,
An inkjet ink comprising: an N-vinyl amide and/or N-acryloyl amine monomer; at least two cyclic monofunctional (meth)acrylate monomers; a difunctional (meth)acrylate monomer; a radical photoinitiator; and a colorant, wherein one of the cyclic monofunctional (meth)acrylate monomers is PEA, and wherein the difunctional (meth)acrylate monomer is a C 8-12 alkane diol di(meth)acrylate.
A sight glass assembly , comprising: a transparent component ; an intermediate component comprising a tubular thin-wall structure that includes a first portion , a second portion , an inner peripheral surface , and an inner space defined by the inner peripheral surface , the first portion having a first wall thickness, the second portion having a second wall thickness that is equal to or greater than the first wall thickness, the first portion provided around the transparent component and the transparent component fused to the intermediate component ; and an outer ring around the first portion of the intermediate component and secured to the intermediate component with a compression fit so that the first portion of the intermediate component is deformed; wherein the outer ring has a coefficient of thermal expansion greater than a coefficient of thermal expansion of the transparent component . a transparent component ; an intermediate component comprising a tubular thin-wall structure that includes a first portion , a second portion , an inner peripheral surface , and an inner space defined by the inner peripheral surface , the first portion having a first wall thickness, the second portion having a second wall thickness that is equal to or greater than the first wall thickness, the first portion provided around the transparent component and the transparent component fused to the intermediate component ; and an outer ring around the first portion of the intermediate component and secured to the intermediate component with a compression fit so that the first portion of the intermediate component is deformed; wherein the outer ring has a coefficient of thermal expansion greater than a coefficient of thermal expansion of the transparent component .
A method of operating a first multi-mode generator to power an electric Wing Ice Protection System (eWIPS) applying heat to flying surfaces of an aircraft; comprising: monitoring atmospheric conditions; during atmospheric conditions conducive to the formation of ice and when sufficient main generators are operative and providing power to a main aircraft electrical bus , operating the first multi-mode generator in a variable voltage mode and providing a variable voltage to the eWIPS; and during atmospheric conditions not conducive to the formation of ice , or upon a failure of one or more main generators , operating the first multi-mode generator in a fixed voltage mode and providing a predetermined fixed voltage to the main aircraft electrical bus as backup power. monitoring atmospheric conditions; during atmospheric conditions conducive to the formation of ice and when sufficient main generators are operative and providing power to a main aircraft electrical bus , operating the first multi-mode generator in a variable voltage mode and providing a variable voltage to the eWIPS; and during atmospheric conditions not conducive to the formation of ice , or upon a failure of one or more main generators , operating the first multi-mode generator in a fixed voltage mode and providing a predetermined fixed voltage to the main aircraft electrical bus as backup power.
A laminate, comprising: a layer which contains a fluorinated copolymer having an adhesive functional group and having monomer units based on tetrafluoroethylene and monomer units based on ethylene, and a layer which contains a propylene polymer having an adhesive functional group different from that of the fluorinated copolymer, wherein the adhesive functional group of the fluorinated copolymer is an acid anhydride group, and wherein the adhesive functional group of the propylene polymer is an imino group or a carbodiimide group. a layer which contains a fluorinated copolymer having an adhesive functional group and having monomer units based on tetrafluoroethylene and monomer units based on ethylene, and a layer which contains a propylene polymer having an adhesive functional group different from that of the fluorinated copolymer, wherein the adhesive functional group of the fluorinated copolymer is an acid anhydride group, and wherein the adhesive functional group of the propylene polymer is an imino group or a carbodiimide group.
A refrigerant compressor , comprising: a first stage and a second stage downstream of the first stage ; characterized by a cooling line configured to cool power electronics, the cooling line configured to be switched between a first mode and a second mode, wherein the first mode is configured to dump refrigerant between the first stage and the second stage , and the second mode is configured to dump refrigerant upstream of the first stage , wherein the cooling line is configured to draw refrigerant from a main refrigerant loop . a first stage and a second stage downstream of the first stage ; characterized by a cooling line configured to cool power electronics, the cooling line configured to be switched between a first mode and a second mode, wherein the first mode is configured to dump refrigerant between the first stage and the second stage , and the second mode is configured to dump refrigerant upstream of the first stage , wherein the cooling line is configured to draw refrigerant from a main refrigerant loop .
A patient interface for delivering a supply of gases to a patient, comprising: a gas supply manifold for receiving and directing to an outlet or outlets to a patient a gas supply, and a pair of elongate side arms extending from opposite sides of the manifold to contact a user's face in use to aid in stabilising the interface on the user's face, each of said side arms comprising a part twisted portion, such that a cross-section shape (CS) orthogonally through the side arm is part twisted anti-clockwise or clockwise at a part of the side arm closer to an outer end relative to a part of the side arm closer to the manifold, the twist being when considered from a top or bottom view of the interface and said respective side arm(s) wherein the interface outlet or outlets comprise a nasal cannula including a face mount part comprising at least one nasal prong integrally moulded with or removably attached to said face mount part , the at least one nasal prong configured not to seal about the patient's nares in use, and wherein the cross-section shape (CS) of the side arms changes orientation through a longitudinal path of travel being positioned upon and extending along a rear surface of the patient interface, the longitudinal path of travel being located substantially as a mid-point of the height of the rear surface that contacts the user's face in use. a gas supply manifold for receiving and directing to an outlet or outlets to a patient a gas supply, and a pair of elongate side arms extending from opposite sides of the manifold to contact a user's face in use to aid in stabilising the interface on the user's face, each of said side arms comprising a part twisted portion, such that a cross-section shape (CS) orthogonally through the side arm is part twisted anti-clockwise or clockwise at a part of the side arm closer to an outer end relative to a part of the side arm closer to the manifold, the twist being when considered from a top or bottom view of the interface and said respective side arm(s) wherein the interface outlet or outlets comprise a nasal cannula including a face mount part comprising at least one nasal prong integrally moulded with or removably attached to said face mount part , the at least one nasal prong configured not to seal about the patient's nares in use, and wherein the cross-section shape (CS) of the side arms changes orientation through a longitudinal path of travel being positioned upon and extending along a rear surface of the patient interface, the longitudinal path of travel being located substantially as a mid-point of the height of the rear surface that contacts the user's face in use.
A pin-drop hitch mount assembly comprising: a drawbar receiver defining a drawbar cavity that extends along an axis , the drawbar cavity configured to receive a drawbar that advances generally along the axis ; a pin receiver that is supported by the drawbar receiver , the pin receiver defining a pin opening that is open to the drawbar cavity ; a pin that is received within the pin opening of the pin receiver , the pin configured for movement between a retracted position and an extended position, the pin configured to attach the drawbar to the drawbar receiver when in the extended position, and the drawbar receiver being detached from the drawbar when the pin is in the retracted position; a latch that is supported for movement between a first position and a second position relative to the drawbar receiver , the latch , in the first position, being configured to engage the pin and retain the pin in the retracted position, the latch , in the second position, being configured to disengage the pin and release the pin for movement of the pin from the retracted position to the extended position; and a biasing member configured to bias the latch toward the first position to retain the pin in the retracted position characterized in that the pin receiver includes an edge configured to limit biased movement of the latch away from the second position and toward the first position. a drawbar receiver defining a drawbar cavity that extends along an axis , the drawbar cavity configured to receive a drawbar that advances generally along the axis ; a pin receiver that is supported by the drawbar receiver , the pin receiver defining a pin opening that is open to the drawbar cavity ; a pin that is received within the pin opening of the pin receiver , the pin configured for movement between a retracted position and an extended position, the pin configured to attach the drawbar to the drawbar receiver when in the extended position, and the drawbar receiver being detached from the drawbar when the pin is in the retracted position; a latch that is supported for movement between a first position and a second position relative to the drawbar receiver , the latch , in the first position, being configured to engage the pin and retain the pin in the retracted position, the latch , in the second position, being configured to disengage the pin and release the pin for movement of the pin from the retracted position to the extended position; and a biasing member configured to bias the latch toward the first position to retain the pin in the retracted position characterized in that the pin receiver includes an edge configured to limit biased movement of the latch away from the second position and toward the first position.
Vaborbactam or a pharmaceutically acceptable salt thereof for use in a method of treating or ameliorating complicated urinary tract infection (cUTI) or acute pyelonephritis (AP) in combination with meropenem in a subject in need thereof, wherein the subject is suffering from cUTI or AP, and wherein the subject has a Charlson comorbidity score equal to or greater than 3.