mhurhangee/patent-ind-claim-en huggingface dataset:
A metal complex comprising a compound of general formula (I) and at least one metal ion, for use in the treatment of diseases related to the accumulation of intracellular deposits, and/or diseases related to defective autophagy and/or defective proteasome activity, wherein said diseases are independently selected from: Huntington's disease, Prion disease, Amyloidoses diseases, Focal segmental glomerulosclerosis, diseases related to an Alpha-1 antitrypsin (AAT) deficiency, sphingolipidoses, Niemann-Pick type C disease (NPC), Wolman disease and Cholesteryl Ester Storage Diseases (CESD), glycogen storage diseases, galactosemia, hereditary fructose intolerance, muccopolysaccharidoses, disorders of pyruvate metabolism, phosphoglycerate kinase deficiency, Lafora disease, Adrenoleukodystrophy, Autophagic Vacuolar Myopathies, Danon's disease, Cerebral Cavernous Malformation (CCM), Granular corneal dystrophy type 2 (GCD2), Chronic Kidney Disease (CKD), Bethlem myopathy, Ullrich congenital muscular dystrophy, Myosclerosis, inclusion body myositis, HIV, adenovirus, hepatitis B, Sjogren's syndrome, sepsis or metabolic acidosis.
An apparatus for infusing fluid into a patient, the apparatus comprising: a housing having an opening on a front side of the housing , wherein the opening is sized to receive a drip chamber having an inlet tube and an outlet tube; a tube-contact member configured to contact one of the inlet tube and the outlet tube of the drip chamber when the one of the inlet tube and the outlet tube of the drip chamber is inserted into the opening , wherein the tube-contact member is configured to rotate in response to being contacted by the one of the inlet tube and the outlet tube; a torsion spring ; a split-rotating arm comprising an arm portion and a tube-engagement portion , wherein the tube-engagement portion includes the tube-contact member , wherein the arm portion comprises a catch and wherein the torsion spring is configured to rotationally bias the tube-contact member against the arm portion such that the arm portion rotates along an axis in response to rotation of the tube-contact member ; a shaft coupled to a bearing ; a carriage coupled to the shaft , the carriage comprising a carriage pin configured to engage with the catch ; a slide ; and a tube-retention cover coupled to a further pin , wherein the carriage pin is configured to engage with the catch upon rotation of the arm portion such that the carriage and the slide are actuated away from the bearing , wherein actuation of the slide away from the bearing causes the slide to cooperate with the further pin to pivotally close the tube-retention cover . a housing having an opening on a front side of the housing , wherein the opening is sized to receive a drip chamber having an inlet tube and an outlet tube; a tube-contact member configured to contact one of the inlet tube and the outlet tube of the drip chamber when the one of the inlet tube and the outlet tube of the drip chamber is inserted into the opening , wherein the tube-contact member is configured to rotate in response to being contacted by the one of the inlet tube and the outlet tube; a torsion spring ; a split-rotating arm comprising an arm portion and a tube-engagement portion , wherein the tube-engagement portion includes the tube-contact member , wherein the arm portion comprises a catch and wherein the torsion spring is configured to rotationally bias the tube-contact member against the arm portion such that the arm portion rotates along an axis in response to rotation of the tube-contact member ; a shaft coupled to a bearing ; a carriage coupled to the shaft , the carriage comprising a carriage pin configured to engage with the catch ; a slide ; and a tube-retention cover coupled to a further pin , wherein the carriage pin is configured to engage with the catch upon rotation of the arm portion such that the carriage and the slide are actuated away from the bearing , wherein actuation of the slide away from the bearing causes the slide to cooperate with the further pin to pivotally close the tube-retention cover .
A manifold , in particular for use in a cooler of a cooling system, wherein the manifold comprises a substantially rectangular cross-section, comprising: a housing , which is a unitary element having a closed profile and has at least one longitudinal channel defined therein and also a plurality of slots on one of surfaces of said housing , said slots being in fluid communication with said at least one longitudinal channel ; and a covering profile applied on said housing and having a plurality of slots at positions corresponding to the positions of said slots of said housing , said covering profile being fixedly connected to and sealed against said housing , said slots of said covering profile being adapted for receiving tubes of said cooler ; said at least one longitudinal channel has on its surface a stopping means against which said tubes of said cooler may abut, and said slots of said housing are also adapted for receiving said tubes of said cooler characterised in that the housing has on its outer surface, near the slots , two opposite longitudinal projections . a housing , which is a unitary element having a closed profile and has at least one longitudinal channel defined therein and also a plurality of slots on one of surfaces of said housing , said slots being in fluid communication with said at least one longitudinal channel ; and a covering profile applied on said housing and having a plurality of slots at positions corresponding to the positions of said slots of said housing , said covering profile being fixedly connected to and sealed against said housing , said slots of said covering profile being adapted for receiving tubes of said cooler ; said at least one longitudinal channel has on its surface a stopping means against which said tubes of said cooler may abut, and said slots of said housing are also adapted for receiving said tubes of said cooler characterised in that the housing has on its outer surface, near the slots , two opposite longitudinal projections .
A communications apparatus, comprising: a transmitter for transmitting a channel across a transmission line , the transmitter further comprises a carrier wave source that provides a carrier wave having a frequency and a circuit that changes a characteristic of the carrier wave wherein the changing of the characteristic of the carrier wave causes a substantial reduction in the average power at the frequency of the carrier wave , wherein the circuit that changes a characteristic of the carrier wave further comprises a neutralizing signal generator that injects a neutralizing signal having a characteristic into the transmission line that neutralizes one or more sidebands at one or more sideband frequencies of the carrier wave wherein the neutralizing signal destructively interferes with the one or more sidebands at one or more sideband frequencies. a transmitter for transmitting a channel across a transmission line , the transmitter further comprises a carrier wave source that provides a carrier wave having a frequency and a circuit that changes a characteristic of the carrier wave wherein the changing of the characteristic of the carrier wave causes a substantial reduction in the average power at the frequency of the carrier wave , wherein the circuit that changes a characteristic of the carrier wave further comprises a neutralizing signal generator that injects a neutralizing signal having a characteristic into the transmission line that neutralizes one or more sidebands at one or more sideband frequencies of the carrier wave wherein the neutralizing signal destructively interferes with the one or more sidebands at one or more sideband frequencies.
A method for manufacturing films from nanocellulose, characterized in comprising at least the following steps: - feeding modified or unmodified nanocellulose suspension, with or without additives, at at least 5 wt.% total solids, between two substrates, wherein at least one substrate is porous, to obtain a multi-layered structure, - passing the multi-layered structure through one or more nips having controlled gap(s) to form a film. - feeding modified or unmodified nanocellulose suspension, with or without additives, at at least 5 wt.% total solids, between two substrates, wherein at least one substrate is porous, to obtain a multi-layered structure, - passing the multi-layered structure through one or more nips having controlled gap(s) to form a film.
A method for an X2 handover of a user entity, UE, by a source base station, BS, the method comprising: obtaining a first closed subscriber group, CSG, identifier, ID, of a target BS from an X2 setup response message received from the target BS in an X2 interface set up procedure; determining whether the target BS is a hybrid BS and whether the first CSG ID is identical to a second CSG ID of the source BS ; and determining to perform the X2 handover between the source BS and the target BS when the target BS is the hybrid BS and the first CSG ID is identical to the second CSG ID, transmitting , to the target BS , a handover request message including a member indication indicating whether the UE is a subscribed or non-subscribed member of the CSG, wherein each of the source BS and the target BS is a home evolved node B, HeNB. obtaining a first closed subscriber group, CSG, identifier, ID, of a target BS from an X2 setup response message received from the target BS in an X2 interface set up procedure; determining whether the target BS is a hybrid BS and whether the first CSG ID is identical to a second CSG ID of the source BS ; and determining to perform the X2 handover between the source BS and the target BS when the target BS is the hybrid BS and the first CSG ID is identical to the second CSG ID, transmitting , to the target BS , a handover request message including a member indication indicating whether the UE is a subscribed or non-subscribed member of the CSG, wherein each of the source BS and the target BS is a home evolved node B, HeNB.
A method of producing a granulated fertilizer product comprising: providing a melt slurry; mixing an inert fluid with the melt slurry to form a mixture, wherein the inert fluid is provided at an amount, based on the weight of the melt slurry, of from 4 wt.% to 20 wt.%; spraying the mixture in a granulation bed of a granulation drum; and solidifying the melt slurry in the granulation drum to form a granulated fertilizer product, wherein said mixing is performed by injecting the inert fluid into the melt slurry at an injection location in a conduit of the granulation drum, wherein the injection location is a header or a distributor of the granulation drum. providing a melt slurry; mixing an inert fluid with the melt slurry to form a mixture, wherein the inert fluid is provided at an amount, based on the weight of the melt slurry, of from 4 wt.% to 20 wt.%; spraying the mixture in a granulation bed of a granulation drum; and solidifying the melt slurry in the granulation drum to form a granulated fertilizer product,
An apparatus for inspecting defects of a secondary battery, the apparatus comprising: a pair of pressing jigs for pressing an outer surface of an electrode assembly or a pouch accommodating the electrode assembly in directions towards each other and on which a plurality of protrusions protrude from pressing surfaces of the pair of pressing jigs ; and a measurement unit for measuring one or more of current, a voltage, and resistance of the electrode assembly when the electrode assembly is pressed by the plurality of protrusions of the pair of pressing jigs , wherein each of the protrusions has a spherical shape, each of the pressing jigs has a mounting groove in which a corresponding one of each of the protrusions is mounted, and the corresponding protrusion is mounted in the mounting groove so that a portion of the corresponding protrusion protrudes to the outside of the mounting groove . a pair of pressing jigs for pressing an outer surface of an electrode assembly or a pouch accommodating the electrode assembly in directions towards each other and on which a plurality of protrusions protrude from pressing surfaces of the pair of pressing jigs ; and a measurement unit for measuring one or more of current, a voltage, and resistance of the electrode assembly when the electrode assembly is pressed by the plurality of protrusions of the pair of pressing jigs , wherein each of the protrusions has a spherical shape, each of the pressing jigs has a mounting groove in which a corresponding one of each of the protrusions is mounted, and the corresponding protrusion is mounted in the mounting groove so that a portion of the corresponding protrusion protrudes to the outside of the mounting groove .
A medical treatment apparatus with a memory means, characterized by a data carrier having at least one machine-readable configuration file for reprogramming process patterns of the medical treatment apparatus influenced by the equipment software, which has been generated in a computer system for the medical treatment apparatus, wherein the computer system comprises: - a database for providing at least one set of parameters for treatment-specific processes; - an input device for inputting data relating to the treatment-specific processes behavior of the medical treatment apparatus, considered as a set of parameters; - an output device , configured to generate and output a process definition output file taking the inputted data into account; and - a conversion device , configured to generate the at least one machine-readable configuration file in a memory medium using at least the inputted data, wherein the machine-readable configuration file for the operation of the medical treatment apparatus is stored or memorized in the memory means of the medical treatment apparatus . - a database for providing at least one set of parameters for treatment-specific processes; - an input device for inputting data relating to the treatment-specific processes behavior of the medical treatment apparatus, considered as a set of parameters; - an output device , configured to generate and output a process definition output file taking the inputted data into account; and - a conversion device , configured to generate the at least one machine-readable configuration file in a memory medium using at least the inputted data, wherein the machine-readable configuration file for the operation of the medical treatment apparatus is stored or memorized in the memory means of the medical treatment apparatus .
A method for wireless communication at a user equipment, UE configured to operate in a 3GPP system, comprising: transmitting (310, 415 1305, 1405) an autonomous uplink transmission to a base station using a configured resource set, the autonomous uplink transmission comprising reference signals and data signals; determining whether a response signal was received from the base station in response to the autonomous uplink transmission; upon determining that the response signal was received , determining whether the response signal indicates that the base station received the reference signals but not the data signals, or the response signal indicates the base station received both the reference signals and the data signals; and selecting an uplink transmission scheme to use for subsequent transmissions to the base station , the selected uplink transmission scheme based at least in part on the determination of whether the response signal was received from the base station and whether the response signal indicates that the base station received the reference signals but not the data signals, or that the base station received both the reference signals and the data signals; decoding the response signal to determine an identifier for an updated configured resource set to use for retransmitting the autonomous uplink transmission, wherein the identifier is associated with the reference signals and the response signal is based on the identifier; and selecting , based at least in part on the identifier, the updated configured resource set to use for retransmitting the autonomous uplink transmission. transmitting (310, 415 1305, 1405) an autonomous uplink transmission to a base station using a configured resource set, the autonomous uplink transmission comprising reference signals and data signals; determining whether a response signal was received from the base station in response to the autonomous uplink transmission; upon determining that the response signal was received , determining whether the response signal indicates that the base station received the reference signals but not the data signals, or the response signal indicates the base station received both the reference signals and the data signals; and selecting an uplink transmission scheme to use for subsequent transmissions to the base station , the selected uplink transmission scheme based at least in part on the determination of whether the response signal was received from the base station and whether the response signal indicates that the base station received the reference signals but not the data signals, or that the base station received both the reference signals and the data signals; decoding the response signal to determine an identifier for an updated configured resource set to use for retransmitting the autonomous uplink transmission, wherein the identifier is associated with the reference signals and the response signal is based on the identifier; and selecting , based at least in part on the identifier, the updated configured resource set to use for retransmitting the autonomous uplink transmission.
A control valve , comprising: a split valve body , the split valve body including a first body portion , a second body portion , a flow path , an inlet port , and an outlet port , the flow path passing through the first body portion and the second body portion , the first body portion being coupled to the second body portion , the first body portion including an exit port , and the second body portion comprising a chamber ; a valve seat , the valve seat being disposed between the first body portion and the second body portion ; a valve plug , the valve plug being movable relative to the valve seat to control fluid flow through the control valve , and a valve stem , the valve stem being coupled to the valve plug , wherein the first body portion includes a first bore , the second body portion includes a second bore , further including a first seal and a second seal , the first seal being positioned within the first bore , the second seal being positioned within the second bore , the first seal sealingly engaging the valve plug , and the second seal sealingly engaging the valve plug , characterised in that the valve stem includes a stem flow path portion and the valve plug includes a plug flow path portion fluidly coupled to the stem flow path portion , and wherein the stem flow path portion and the plug flow path portion fluidly couple a first portion of the chamber to the exit port such that any fluid that passes by the second seal and enters the first portion of the chamber can exit the control valve in a controlled manner via the exit port . a split valve body , the split valve body including a first body portion , a second body portion , a flow path , an inlet port , and an outlet port , the flow path passing through the first body portion and the second body portion , the first body portion being coupled to the second body portion , the first body portion including an exit port , and the second body portion comprising a chamber ; a valve seat , the valve seat being disposed between the first body portion and the second body portion ; a valve plug , the valve plug being movable relative to the valve seat to control fluid flow through the control valve , and a valve stem , the valve stem being coupled to the valve plug , wherein the first body portion includes a first bore , the second body portion includes a second bore , further including a first seal and a second seal , the first seal being positioned within the first bore , the second seal being positioned within the second bore , the first seal sealingly engaging the valve plug , and the second seal sealingly engaging the valve plug , characterised in that the valve stem includes a stem flow path portion and the valve plug includes a plug flow path portion fluidly coupled to the stem flow path portion , and wherein the stem flow path portion and the plug flow path portion fluidly couple a first portion of the chamber to the exit port such that any fluid that passes by the second seal and enters the first portion of the chamber can exit the control valve in a controlled manner via the exit port .
System for correcting a misalignment of an eye including glasses , the glasses comprising: a right lens and a left lens to cover a pair of eyes ; a plurality of sensors located proximate the lenses to capture color signatures for the pair of eyes , wherein the color signatures include a first plurality of color composition variables and a luminosity variable from light reflected by each eye; a processor coupled to the plurality of sensors and configured to compare the color signatures for the pair of eyes to a normal color signature, wherein the normal color signature corresponds to a second plurality of color composition variables for a normal alignment for the pair of eyes; to determine a difference for each eye between its respective captured color signatures and the normal color signature; to determine a first eye of the pair of eyes is not aligned based on the difference; and to make opaque the right lens or the left lens for a second eye of the pair of eyes . a right lens and a left lens to cover a pair of eyes ; a plurality of sensors located proximate the lenses to capture color signatures for the pair of eyes , wherein the color signatures include a first plurality of color composition variables and a luminosity variable from light reflected by each eye; a processor coupled to the plurality of sensors and configured to compare the color signatures for the pair of eyes to a normal color signature, wherein the normal color signature corresponds to a second plurality of color composition variables for a normal alignment for the pair of eyes; to determine a difference for each eye between its respective captured color signatures and the normal color signature; to determine a first eye of the pair of eyes is not aligned based on the difference; and to make opaque the right lens or the left lens for a second eye of the pair of eyes .