mhurhangee/ep-ind-claims huggingface dataset:
An injection device trainer for training a user to use an injection device, the injection device trainer comprising: a body portion; and an actuator positioned towards a proximal end of the body portion, the actuator moveable from a proximal position to a distal position; wherein the body portion comprises a body protrusion and the actuator comprises a latch that is arranged to couple with the body protrusion when the actuator is in the distal position, thus holding the actuator in the distal position, wherein the latch comprises a resilient member, wherein the latch is moveable between an uncoupled state in which the latch is not coupled with the body protrusion and a coupled state in which the latch is coupled with the body protrusion, and characterised in that the resilient member is arranged to move from the coupled state to the uncoupled state when a force above a threshold is applied to the actuator in moving the actuator from the distal position to the proximal position to return the trainer to its initial configuration. a body portion; and an actuator positioned towards a proximal end of the body portion, the actuator moveable from a proximal position to a distal position; wherein the body portion comprises a body protrusion and the actuator comprises a latch that is arranged to couple with the body protrusion when the actuator is in the distal position, thus holding the actuator in the distal position, wherein the latch comprises a resilient member, wherein the latch is moveable between an uncoupled state in which the latch is not coupled with the body protrusion and a coupled state in which the latch is coupled with the body protrusion, and characterised in that the resilient member is arranged to move from the coupled state to the uncoupled state when a force above a threshold is applied to the actuator in moving the actuator from the distal position to the proximal position to return the trainer to its initial configuration.
A method for controlling transmission power of a reverse common control channel in a base station upon failure to acquire a signal transmitted over the reverse common control channel, the reverse common control channel being assigned by a Reservation Multiple Access procedure, the method comprising the steps of: sending power-up commands for the signal over a forward power control channel for a first predetermined power-up time (T 1); and sending (725, 763) power-down commands for the signal for a second predetermined power-down time (T down), upon failure to acquire the signal within the first predetermined power-up time (T 1), and after a lapse of the second predetermined power-down time (T down) stopping sending of power-down commands and releasing a call. sending power-up commands for the signal over a forward power control channel for a first predetermined power-up time (T 1); and sending (725, 763) power-down commands for the signal for a second predetermined power-down time (T down), upon failure to acquire the signal within the first predetermined power-up time (T 1), and after a lapse of the second predetermined power-down time (T down) stopping sending of power-down commands and releasing a call.
A two-component polyurethane composition comprising: as one component, one or more polyisocyanate compositions of an isocyanurate of bis(isocyanatomethyl)cyclohexane and one or more polyisocyanate composition of an isocyanurate of 1,6-hexamethylene diisocyanate (HDI trimer); and, as a separate component, a blend of one or more hard polyols having a glass transition temperature (Tg) of 0°C or above, and one or more soft polyols having a Tg of -20°C or below as determined by Differential Scanning Calorimetry scanning between -90°C to 150°C while heating at a rate of 10°C/min and having a hydroxyl functionality of 2.5 to 5.0 and a number average molecular weight of from 500 to 3,000 wherein in the polyisocyanate component, the weight ratio of one or more composition of an isocyanurate of bis(isocyanatomethyl)cyclohexane to one or more composition of an isocyanurate of an aliphatic diisocyanate is from 99.9:0.1 to 10:90, and in the polyol blend component, the weight ratio of the soft polyol to the hard polyol ranges from 10:90 to 99.9: 0.1. as one component, one or more polyisocyanate compositions of an isocyanurate of bis(isocyanatomethyl)cyclohexane and one or more polyisocyanate composition of an isocyanurate of 1,6-hexamethylene diisocyanate (HDI trimer); and, as a separate component, a blend of one or more hard polyols having a glass transition temperature (Tg) of 0°C or above, and one or more soft polyols having a Tg of -20°C or below as determined by Differential Scanning Calorimetry scanning between -90°C to 150°C while heating at a rate of 10°C/min and having a hydroxyl functionality of 2.5 to 5.0 and a number average molecular weight of from 500 to 3,000
Corner joint for the connection of two adjacent profiles (P1, P2); a hole (F1, F2) being drilled on each profile (P1, P2) for the attachment of the corner joint; said corner joint comprising a first wing and a second wing connected to each other so as to define a vertex of the corner joint; wherein said first wing comprises a rigid portion connected to the second wing, an elastically compressible portion connected to said rigid portion, and a fixed peg disposed on said elastically compressible portion and suitable for being elastically fitted into the hole drilled in one of the two profiles; wherein said elastically compressible portion comprises a U-shaped plate comprising: - a first section connected to the rigid portion (31; 32); - a second section opposite to the first section and comprising a free end; wherein said fixed peg (91, 92) is arranged on an outer surface of said second section of the plate; - an intermediate section connecting the first section and the second section; characterized in that said first section of the plate comprises a curved portion with a convexity facing the second section and a concavity facing the opposite direction. wherein said elastically compressible portion comprises a U-shaped plate comprising: - a first section connected to the rigid portion (31; 32); - a second section opposite to the first section and comprising a free end; wherein said fixed peg (91, 92) is arranged on an outer surface of said second section of the plate; - an intermediate section connecting the first section and the second section; - a first section connected to the rigid portion (31; 32); - a second section opposite to the first section and comprising a free end; wherein said fixed peg (91, 92) is arranged on an outer surface of said second section of the plate; - an intermediate section connecting the first section and the second section; characterized in that said first section of the plate comprises a curved portion with a convexity facing the second section and a concavity facing the opposite direction.
An assembly for a motor vehicle, having: a mechanical blocking device which can assume an unlocking position and a locking position, an electrical actuator which is coupled to the mechanical blocking device and can be actuated to effect a change between the locking position and the unlocking position of the mechanical blocking device, a control and communications device being coupled to the actuator, an energy store being coupled for temporarily supplying the control and communications device and the actuator, having a generator device which can be driven manually via an operating means (23; 27) to charge the energy store, the control and communications device being designed to establish a communications link to an external communications unit when there is an energy supply and, depending on communication carried out, to actuate the actuator in order to bring the blocking device from the locking position into the unlocking position, characterised in that the blocking device, the control and communications device, the energy store, the actuator and the generator device are fixed to a support which is designed for mounting on a door or hatch of a vehicle, wherein a stationary handle is coupled to the support, said handle being designed to be grasped by a user, and wherein the operating means (23; 27) of the generator device is arranged on the handle or adjacently to the handle. a mechanical blocking device which can assume an unlocking position and a locking position, an electrical actuator which is coupled to the mechanical blocking device and can be actuated to effect a change between the locking position and the unlocking position of the mechanical blocking device, a control and communications device being coupled to the actuator, an energy store being coupled for temporarily supplying the control and communications device and the actuator, having a generator device which can be driven manually via an operating means (23; 27) to charge the energy store, the control and communications device being designed to establish a communications link to an external communications unit when there is an energy supply and, depending on communication carried out, to actuate the actuator in order to bring the blocking device from the locking position into the unlocking position, characterised in that the blocking device, the control and communications device, the energy store, the actuator and the generator device are fixed to a support which is designed for mounting on a door or hatch of a vehicle, wherein a stationary handle is coupled to the support, said handle being designed to be grasped by a user, and wherein the operating means (23; 27) of the generator device is arranged on the handle or adjacently to the handle.
A radioemission imaging system comprising: an electronic data processing device programmed to perform an imaging method including: operating a radioemission scanner to acquire tomographic radioemission data of a radiopharmaceutical in a subject in an imaging field of view; operating an imaging system to acquire extension imaging data of the subject in an extended FOV disposed outside of and adjacent the imaging FOV along an axial direction; estimating a distribution of the radiopharmaceutical in the subject in the extended FOV based on the extension imaging data; and reconstructing the tomographic radioemission data to generate a reconstructed image of the subject in the imaging FOV including correcting the reconstructed image for scatter from the extended FOV into the imaging FOV based on the estimated distribution of the radiopharmaceutical in the subject in the extended FOV; characterized in that the radioemission imaging system further comprises a database; and the estimating comprises selecting, from said data base, a distribution of the radiopharmaceutical in other subjects that most closely match the imaging data of the subject. operating a radioemission scanner to acquire tomographic radioemission data of a radiopharmaceutical in a subject in an imaging field of view; operating an imaging system to acquire extension imaging data of the subject in an extended FOV disposed outside of and adjacent the imaging FOV along an axial direction; estimating a distribution of the radiopharmaceutical in the subject in the extended FOV based on the extension imaging data; and reconstructing the tomographic radioemission data to generate a reconstructed image of the subject in the imaging FOV including correcting the reconstructed image for scatter from the extended FOV into the imaging FOV based on the estimated distribution of the radiopharmaceutical in the subject in the extended FOV; characterized in that the radioemission imaging system further comprises a database; and the estimating comprises selecting, from said data base, a distribution of the radiopharmaceutical in other subjects that most closely match the imaging data of the subject.
A system for use in a subsea well operation, comprising: a subsea landing string system comprising a plurality of manifold mounting sites on the landing string and a plurality of manifolds for controlling flow of actuating fluid which are mounted at such mounting sites, each manifold comprising a manifold body containing a plurality of solenoids each electrically coupled with a solenoid electrical control line, and each manifold also comprising a plurality of directional control valves selectively controlled via the solenoids, characterised in that the manifolds and solenoids are exposed to environmental fluid surrounding the landing string and in that each solenoid electrical control line is routed through the manifold body and electrically coupled to a solenoid in a region sealed with respect to environmental fluids surrounding the manifold body.
An electrode, comprising: coalesced elastomer particles and carbon nano tubes (CNTs); characterised in that said electrode further comprises a glycosaminoglycan, wherein the CNTs and glycosaminoglycan are disposed on the exterior of the coalesced elastomer particles. coalesced elastomer particles and carbon nano tubes (CNTs); characterised in that said electrode further comprises a glycosaminoglycan, wherein the CNTs and glycosaminoglycan are disposed on the exterior of the coalesced elastomer particles.
Coupling device for connecting hoses, particularly dental supply hoses, consisting of at least one male connector part that has a male engagement section and can be connected to a first hose section and at least one female connector part that has a female engagement section and can be connected to a second hose section, and that can detachably be coupled to the male connector part, wherein the male engagement section comprises at least one annular rib having a curved contact surface and the female engagement section comprises at least one curvature section, characterized in that the curvature section of the female engagement section engages in the coupled state behind the annular rib of the male engagement section and abuts against the curved contact surface of the annular rib such that a retentive connection is formed, wherein the female engagement section comprises a conical opening section adjacent to an engagement opening and a first cylindrical ring section adjacent to the conical opening section, wherein the curvature section has a convex curvature and is arranged between the first cylindrical ring section and a second cylindrical ring section, and wherein the coupled state can be disengaged by tilting or pivoting the male connector part relative to the female connector part and thereby causing the curved contact surface of the annular rib to slide off the curvature section.
A composition comprising (i) an angiostatic tRNA synthetase polypeptide and (ii) a pharmaceutically suitable excipient for use in a method of suppressing angiogenesis or tumor metastasis in a mammal, wherein the angiostatic tRNA synthetase polypeptide is a truncated tryptophanyl-tRNA synthetase polypeptide comprising a Rossmann fold nucleotide binding domain.
A sunscreen composition comprising: one or more sunscreen active agents encapsulated in a flexible cellulose derived capsule; and one or more additional agents, the one or more additional agents being encapsulated in a flexible cellulose derived capsule wherein the flexible cellulose derived capsule membrane consists of hydroxypropylcellulose, hydroxypropylmethylcellulose, ethylcellulose or carboxymethylcellulose and derivatives therefrom; and wherein 75% or more of the cellulose derived capsules have a diameter of 300 nm to 600 nm. one or more sunscreen active agents encapsulated in a flexible cellulose derived capsule; and one or more additional agents, the one or more additional agents being encapsulated in a flexible cellulose derived capsule wherein the flexible cellulose derived capsule membrane consists of hydroxypropylcellulose, hydroxypropylmethylcellulose, ethylcellulose or carboxymethylcellulose and derivatives therefrom; and wherein 75% or more of the cellulose derived capsules have a diameter of 300 nm to 600 nm.
A method of fabricating a power transmission shaft having axial teeth in an outer periphery thereof in order to transmit torque between the teeth and an associated member through tooth surfaces, an end of a valley section of the tooth leading to an outer surface of the power transmission shaft through a diameter expansion surface, the diameter of which is enlarged in an axial direction, wherein a first blunt section is provided in a corner between the diameter expansion surface and the tooth surface adjacent to the diameter expansion surface in order to blunt an edge between them, the method comprising forming the first blunt section simultaneously with the teeth during a form rolling step.
Household appliance, in particular dishwasher, with a door, a drive, an actuation element and a flexible element (25, 101), which is configured to transfer a tractive force from the drive to the actuation element for opening or unlocking the door, wherein, for the transferring of the tractive force, the flexible element is engaged with a drive side element in a form-fit manner, wherein, for engaging in a form-fit manner, receiving and/or engaging elements are arranged along the flexible element, wherein the drive side element has corresponding engaging and/or receiving elements, wherein the flexible element is embodied in the form of a rope ladder and wherein rungs of the rope ladder delimit openings of the same, which form the engaging and/or receiving elements, and wherein the actuation element is embodied as a locking element of a door lock of the household appliance or door opening plunger.
An integrated power generation system comprising: (a) a solid oxide fuel cell hotbox comprising a steam reformer configured to produce under reforming conditions a stack fuel, and further comprising at least one solid oxide fuel cell stack configured to convert the stack fuel into a first anode waste gas comprising water; (b) a condenser configured to receive the first anode waste gas and condense at least a fraction of the water therefrom, so as to produce a second anode waste gas of reduced water content; (c) a combustor configured to receive from the condenser the second anode waste gas of reduced water content and further configured to combust same to form a combustion product; (d) a turbomachine comprising an expander configured to expand the combustion product and pass said expanded combustion product to an expanded combustion product line; (e) a heater comprising a cold side pathway and a hot side pathway, the cold and hot side pathways being in thermally conductive contact; the heater configured to receive into the cold side pathway water from the condenser, and further configured to receive into the hot side pathway said expanded combustion product; (f) a steam line in fluid communication with both the cold side pathway of the heater and with the fuel reformer; and (g) a fuel preheat exchanger configured such that a hot side of the fuel preheat exchanger is fluidly connected to the expanded combustion product line, and a cold side of the fuel preheat exchanger is fluidly connected to a reformer fuel line. (a) a solid oxide fuel cell hotbox comprising a steam reformer configured to produce under reforming conditions a stack fuel, and further comprising at least one solid oxide fuel cell stack configured to convert the stack fuel into a first anode waste gas comprising water; (b) a condenser configured to receive the first anode waste gas and condense at least a fraction of the water therefrom, so as to produce a second anode waste gas of reduced water content; (c) a combustor configured to receive from the condenser the second anode waste gas of reduced water content and further configured to combust same to form a combustion product; (d) a turbomachine comprising an expander configured to expand the combustion product and pass said expanded combustion product to an expanded combustion product line; (e) a heater comprising a cold side pathway and a hot side pathway, the cold and hot side pathways being in thermally conductive contact; the heater configured to receive into the cold side pathway water from the condenser, and further configured to receive into the hot side pathway said expanded combustion product; (f) a steam line in fluid communication with both the cold side pathway of the heater and with the fuel reformer; and (g) a fuel preheat exchanger configured such that a hot side of the fuel preheat exchanger is fluidly connected to the expanded combustion product line, and a cold side of the fuel preheat exchanger is fluidly connected to a reformer fuel line.
A decontamination system of contaminated sites through gas injection in at least an injection well/piezometer comprising: - a gas alimentation equipment situated at the head of the injection well; - a supply pipe, extended along the whole well; - a diffusion equipment; characterized in that; - the gas alimentation equipment comprises at least one compressed gas container, - the diffusion equipment consists in at least one microporous glass membrane placed in groundwater, and, in use, the gas injection is carried out using the potential energy of compressed gas, without involving any external power for the system. - a gas alimentation equipment situated at the head of the injection well; - a supply pipe, extended along the whole well; - a diffusion equipment; - the gas alimentation equipment comprises at least one compressed gas container, - the diffusion equipment consists in at least one microporous glass membrane placed in groundwater, and, in use, the gas injection is carried out using the potential energy of compressed gas, without involving any external power for the system.
A method for image acquisition, comprising the steps of: selectively concealing and exposing an x-ray source to a target object while the x-ray source travels along a first path; virtually moving an x-ray detector along a second path (P') in a first direction while the x-ray source is exposed to the target object, virtually moving the x-ray detector along the second path (P') in a second direction generally opposite the first direction while the x-ray source is concealed from the target object; and imparting a virtual rotation of the x-ray detector about a point in dependence upon the movement of the x-ray source along a trajectory so as to provide a virtual oscillation of the x-ray detector. selectively concealing and exposing an x-ray source to a target object while the x-ray source travels along a first path; virtually moving an x-ray detector along a second path (P') in a first direction while the x-ray source is exposed to the target object, virtually moving the x-ray detector along the second path (P') in a second direction generally opposite the first direction while the x-ray source is concealed from the target object; and imparting a virtual rotation of the x-ray detector about a point in dependence upon the movement of the x-ray source along a trajectory so as to provide a virtual oscillation of the x-ray detector.