mhurhangee/ep-ind-claims huggingface dataset:
A carrier unit for mounting a sanitary article, comprising a carrier element having a bearing section, on which the sanitary article can be mounted or fastened, and a mounting section, and a support element which can be firmly connected to a fixed structure by means of at least one fastening element, wherein the support element is connected to the mounting section by means of a longitudinal guide in such a way that the carrier element can be displaced relative to the support element along an adjustment movement, and wherein the carrier unit further comprises an adjusting element with which the adjusting movement between the carrier element and the support element can be provided, wherein the carrier element comprises a flange section with a rear bearing surface and a front bearing surface, wherein the carrier element can be placed with the rear bearing surface against the fixed structure and wherein the support element rests against the front bearing surface, characterized in that the flange section with the rear bearing surface and the front bearing surface are part of a tubular body, the support element being located in the interior of the tubular body. a support element which can be firmly connected to a fixed structure by means of at least one fastening element, wherein the support element is connected to the mounting section by means of a longitudinal guide in such a way that the carrier element can be displaced relative to the support element along an adjustment movement, and wherein the carrier unit further comprises an adjusting element with which the adjusting movement between the carrier element and the support element can be provided, wherein the carrier element comprises a flange section with a rear bearing surface and a front bearing surface, wherein the carrier element can be placed with the rear bearing surface against the fixed structure and wherein the support element rests against the front bearing surface, characterized in that the flange section with the rear bearing surface and the front bearing surface are part of a tubular body, the support element being located in the interior of the tubular body.
A system for testing broadband communication channels comprising: at least one transmission-reception "TRX" path comprising a transmission end and a reception end, and a processing unit adapted to generate at least two communication channels in the transmission-reception path, characterized in that the at least two communication channels belong to two different communication standards, thereby enabling multi-channel transmission and/or reception with more than one carrier via one transmission-reception path. at least one transmission-reception "TRX" path comprising a transmission end and a reception end, and a processing unit adapted to generate at least two communication channels in the transmission-reception path, characterized in that the at least two communication channels belong to two different communication standards, thereby enabling multi-channel transmission and/or reception with more than one carrier via one transmission-reception path.
An adaptor (130, 230, 330, 430, 530, 630) for a drug delivery device having a reservoir and a longitudinal tip, the tip having an outer surface and a longitudinal channel for dispensing any material stored into the reservoir, the adaptor (130, 230, 330, 430, 530, 630) comprising a distal part (130a, 230a, 330a, 430a, 530a, 630a) defining a connecting ring intended to receive a connector, and a proximal part (130b, 230b, 330b, 430b, 530b, 630b) defining a mounting ring (133, 233, 433, 533, 633) having an inner surface (134, 234, 334, 434, 534, 634), the mounting ring (133, 233, 433, 533, 633) being shaped and configured such that, when the adaptor (130, 230, 330, 430, 530, 630) is mounted around the longitudinal tip of the drug delivery device, at least one annular space is created between said inner surface (134, 234, 334, 434, 534, 634) of the mounting ring (133, 233, 433, 533, 633) and said outer surface of the longitudinal tip, said at least one annular space being able to accommodate an adhesive layer in order to bond said adaptor (130, 230, 330, 430, 530, 630) to said longitudinal tip, characterized in that an annular ring (136, 236, 336, 436, 536, 636) is provided at the distal extremity of the inner surface (134, 234, 334, 434, 534, 634) of the mounting ring.
A drive device, in particular a drive and metering device, for an injection device for administering a liquid product, in particular a drug, comprising: a) a housing, b) an actuating member which is actuable in particular by the user of the drive device and which upon actuation is displaced or is displaceable from a starting position for dispensing the product relative to the housing, c) an advance member whose distal end is provided to act on a piston of a product container which is fixed or can be fixed in the drive device, d) an abutment, wherein the advance member is moveable relative to the abutment in a dispensing direction to cause dispensing of the product, e) a spring which acts between the advance member and the abutment and which is prestressed in the delivery state of the device and which is prestressed with so much energy that it can dispense the maximum amount of product which can be dispensed from the product container, f) a rotary member, the rotation of which relative to the housing provides that the spring can move the advance member in the dispensing direction, and g) a coupling means (9e, 1b) which is closed and is opened by actuation, in particular pressing, of the actuating member, wherein the opened coupling means (9e, 1b) enables rotation of the rotary member relative to the housing, in particular in a first direction of rotation, characterised in that h) the actuating member is so coupled to the rotary member that actuation, in particular pressing, of the actuating member causes the rotary member to already rotate relative to the housing when the coupling means (9e, 1b) is still closed. a) a housing, b) an actuating member which is actuable in particular by the user of the drive device and which upon actuation is displaced or is displaceable from a starting position for dispensing the product relative to the housing, c) an advance member whose distal end is provided to act on a piston of a product container which is fixed or can be fixed in the drive device, d) an abutment, wherein the advance member is moveable relative to the abutment in a dispensing direction to cause dispensing of the product, e) a spring which acts between the advance member and the abutment and which is prestressed in the delivery state of the device and which is prestressed with so much energy that it can dispense the maximum amount of product which can be dispensed from the product container, f) a rotary member, the rotation of which relative to the housing provides that the spring can move the advance member in the dispensing direction, and g) a coupling means (9e, 1b) which is closed and is opened by actuation, in particular pressing, of the actuating member, wherein the opened coupling means (9e, 1b) enables rotation of the rotary member relative to the housing, in particular in a first direction of rotation, h) the actuating member is so coupled to the rotary member that actuation, in particular pressing, of the actuating member causes the rotary member to already rotate relative to the housing when the coupling means (9e, 1b) is still closed.
Pseudo-sinusoidal control method for a synchronous electric motor, this method comprising steps of: a) generating three control signals (S U, S V, S W) each having a plurality of pulses, b) generating electric supply currents for supplying a synchronous electric motor, each supplying a winding (14, 16, 18) of the motor and being generated by pulse-width modulation starting from the control signal that is associated with that winding, characterised in that, in step a), the three control signals are generated for successive control ranges (P 1 -P 6), each control range being associated with a predefined range of angular positions of a rotor of the motor, and in that the pulses of the control signals (S u, S v, S w) generated in step a) have a duration (τ) which varies during the successive control ranges (P 1 -P 6) and are such that, for each of the control ranges (P 1, P 6), the values of the respective modulation duty cycles (R u, R v, R w) of chosen first and second control signals (S u, S v; S v, S w; S w, S u) for that control range from among the three control signals generated vary inversely relative to one another, the third control signal (S w, S u, S v) having a modulation duty cycle of constant value, the modulation duty cycle of a control signal being defined as being equal to the duration (τ, τ') of a pulse of the control signal divided by the period of that control signal. a) generating three control signals (S U, S V, S W) each having a plurality of pulses, b) generating electric supply currents for supplying a synchronous electric motor, each supplying a winding (14, 16, 18) of the motor and being generated by pulse-width modulation starting from the control signal that is associated with that winding,
Electric power supply system for a motor vehicle, comprising a charger, an accumulator battery and an electrical consumer that are able to receive, by way of the charger, electric current flowing from an external electric power supply network to the vehicle, the power supply system being supported at least partly by a conductive frame configured to be able to be linked to a ground connection of the external network, the system including a device for estimating a minimum insulation resistance (R filt (t)) between the terminals of the battery, of the electrical consumer and the frame, and including a unit for launching battery charging phases, said system being characterized in that said launching unit is configured, when the electrical consumer receives a startup order, to: - temporarily prohibit a battery recharging phase, - estimate said minimum insulation resistance, - authorize the resumption of said battery recharging phase only if said measured minimum insulation resistance (R filt (t)) is greater than a first threshold (R seuil_1). - temporarily prohibit a battery recharging phase, - estimate said minimum insulation resistance, - authorize the resumption of said battery recharging phase only if said measured minimum insulation resistance (R filt (t)) is greater than a first threshold (R seuil_1).
A method of manufacturing a solid freeform fabrication object, comprising: curing a liquid film made of an active energy ray curable liquid composition to form a layer; and laminating the layer to obtain the solid freeform fabrication object, characterized by controlling an absolute humidity in an environment where the solid freeform fabrication object is manufactured, wherein the absolute humidity is controlled to be from 5.5 to 20 g/m 3. curing a liquid film made of an active energy ray curable liquid composition to form a layer; and laminating the layer to obtain the solid freeform fabrication object, characterized by controlling an absolute humidity in an environment where the solid freeform fabrication object is manufactured, wherein the absolute humidity is controlled to be from 5.5 to 20 g/m 3.
Valve device for regulating the air flow in an air passage opening formed in a wall, comprising a valve arranged on one face of the wall at the outlet of the opening, which valve is movable between two positions relative to the opening, namely a position for closing the opening and an air flow passage position, characterized in that it comprises valve drive means associated with means for guiding its displacement, which guide means comprise a rocker zone between two stable stop positions corresponding to the two positions, namely the position for closing the opening and the air flow passage position, and in that said drive means comprise at least two flexible wires made of a shape-memory alloy, said wires contracting when heated and expanding when cooling, at least a first wire being fixed between one side of the valve and the wall or an element rigidly connected to the wall and at least a second wire being fixed between the other side of the valve and the wall or an element rigidly connected to the wall, at least the first wire exerting on the valve an action in the opposite direction to the action exerted by at least the second wire, each wire being subjected to heating means connected to an electronic control unit capable of alternately activating the heating means of at least the first wire or the heating means of at least the second wire.
A temperature sensing probe assembly, comprising: a temperature sensing probe having a tip and a first thermocouple junction located nearer the tip and a second thermocouple junction located nearer an attachment point for the temperature sensing probe assembly; and a housing positioned around at least a portion of the temperature sensing probe; characterized in: the housing having a lengthened inlet opening that extends from at least a portion of the first thermocouple junction to at least a portion of the second thermocouple junction and having a set of exhaust openings; wherein the tip extends beyond the housing and a stream of air flows through the housing from the lengthened inlet opening to the set of exhaust openings to establish a flow path through the housing. a temperature sensing probe having a tip and a first thermocouple junction located nearer the tip and a second thermocouple junction located nearer an attachment point for the temperature sensing probe assembly; and a housing positioned around at least a portion of the temperature sensing probe; the housing having a lengthened inlet opening that extends from at least a portion of the first thermocouple junction to at least a portion of the second thermocouple junction and having a set of exhaust openings; wherein the tip extends beyond the housing and a stream of air flows through the housing from the lengthened inlet opening to the set of exhaust openings to establish a flow path through the housing.
A tracking system, comprising: a marker fixed to an measurement object; a stereoscopic camera unit configured to photograph the marker and output two marker images; a first inertia measurement unit fixed to the camera unit and configured to measure and output first acceleration and first angular velocity; a second inertia measurement unit fixed to one of the measurement object and the marker, and configured to measure and output second acceleration and second angular velocity; and a tracking processing unit configured to: calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object. a marker fixed to an measurement object; a stereoscopic camera unit configured to photograph the marker and output two marker images; a first inertia measurement unit fixed to the camera unit and configured to measure and output first acceleration and first angular velocity; a second inertia measurement unit fixed to one of the measurement object and the marker, and configured to measure and output second acceleration and second angular velocity; and a tracking processing unit configured to: calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object. calculate an initial position and posture of the measurement object in a camera coordinate system, using the two marker images, calculate a position of the measurement object in the camera coordinate system, using the first acceleration, the second acceleration and the initial position of the measurement object, and calculate a posture of the measurement object in the camera coordinate system using the first angular velocity, the second angular velocity and the initial posture of the measurement object.
A light emitting device comprising: a plurality of phosphor converted light emitting diodes disposed on a shared substrate with adjacent phosphor converted light emitting diodes separated by gaps; and a light scattering composition filling the gaps to form sidewall reflectors shared by adjacent phosphor converted light emitting diodes, the sidewall reflectors reducing optical cross-talk across the gaps between the adjacent phosphor converted light emitting diodes, characterized by the light scattering composition comprising porous light scattering particles dispersed in a transparent binder, the porous light scattering particles each including one or more pores defined by inner surfaces of the porous light scattering particles. a plurality of phosphor converted light emitting diodes disposed on a shared substrate with adjacent phosphor converted light emitting diodes separated by gaps; and a light scattering composition filling the gaps to form sidewall reflectors shared by adjacent phosphor converted light emitting diodes, the sidewall reflectors reducing optical cross-talk across the gaps between the adjacent phosphor converted light emitting diodes, characterized by the light scattering composition comprising porous light scattering particles dispersed in a transparent binder, the porous light scattering particles each including one or more pores defined by inner surfaces of the porous light scattering particles.
Modular valve cartridge for a sanitary fitting, having a central valve unit, which has a movable valve element that selectively blocks or allows a flow of water and an elongate actuator which acts on the valve element in order to move the latter from a closed position to an open position or vice versa, characterised in that the movable valve element is made from a ceramic material, and the actuator passes through the valve unit in an axial direction and is configured at both of its ends (52, 12") so as to be able to co-operate with further assemblies (40, 55, 56), the actuator being mounted so as to be free to rotate in a rotation direction relative to the movable valve element and being configured to co-operate with the valve element in such a way that it transmits a linear movement to the movable valve element, while a rotational movement is transmissible to one of the further assemblies (40, 55, 56).
A method for acquiring MRI images which comprises the steps of: obtaining a first magnetic resonance image that reflects a first property of a blood vessel; obtaining a second magnetic resonance image that reflects a second property different from the first property; obtaining a third magnetic resonance image by inverting the first magnetic resonance image; subtracting the second magnetic resonance image from the third magnetic resonance image; wherein the first magnetic resonance image is a CISS (Constructive Interference in Steady State) T2/T1 weighted image; wherein the second magnetic resonance image is a T2-weighted image. obtaining a first magnetic resonance image that reflects a first property of a blood vessel; obtaining a second magnetic resonance image that reflects a second property different from the first property; obtaining a third magnetic resonance image by inverting the first magnetic resonance image; subtracting the second magnetic resonance image from the third magnetic resonance image; wherein the first magnetic resonance image is a CISS (Constructive Interference in Steady State) T2/T1 weighted image; wherein the second magnetic resonance image is a T2-weighted image.
Road signs transportation unit, comprising a rack and road signs with wheels, the rack designed as a frame comprises vertical posts and external crossbars that are disposed at various heights between mutually opposite pairs of the vertical posts, and pairs of shaped sections are fixed between corresponding external crossbars mounted at the same height and defining horizontal levels, whereas stopping members are provided at one side of the rack to prevent displacement of the road signs, whilst a locking mechanism is mounted at the opposite side of the rack for engagement with a pole of the road sign board, characterized in that the stopping members are provided on each horizontal level, and the engagement between the locking mechanism and the pole of the road sign board takes place via a socket attached to the pole, and an axis with wheels is mounted to the upper end of the pole of the road sign board, where the distance between wheels matches the span between the shaped sections.
A process for preparing an aqueous pharmaceutical solution of calcium gluconate, wherein the process comprises the steps of: (i) mixing calcium gluconate, calcium saccharate and water at a mixing temperature of 60-100°C to form a bulk solution; (ii) filling portions of the bulk solution into containers at a filling temperature of 70-90°C; and (iii) sealing the containers with a closure. (i) mixing calcium gluconate, calcium saccharate and water at a mixing temperature of 60-100°C to form a bulk solution; (ii) filling portions of the bulk solution into containers at a filling temperature of 70-90°C; and (iii) sealing the containers with a closure.
A method of providing a reactive video playback interface for a head-mounted display, the method comprising: causing a display of the head-mounted display to show at least one visual element including a video, wherein the display is at least semi-transparent from a view of a user of the head-mounted display when no content is displayed; detecting a triggering event using a first set of sensor data from one or more sensors, wherein the one or more sensors are an antenna, wherein the first set of sensor data comprises signal data from a device of an approaching entity, and the triggering event comprises the approaching entity detected based on the signal data received from the device of the approaching entity; and, based on the triggering event and while the video continues to be shown: changing a visibility of the video; and causing the display to display at least one new visual element. causing a display of the head-mounted display to show at least one visual element including a video, wherein the display is at least semi-transparent from a view of a user of the head-mounted display when no content is displayed; detecting a triggering event using a first set of sensor data from one or more sensors, wherein the one or more sensors are an antenna, wherein the first set of sensor data comprises signal data from a device of an approaching entity, and the triggering event comprises the approaching entity detected based on the signal data received from the device of the approaching entity; and, the first set of sensor data comprises signal data from a device of an approaching entity, and the triggering event comprises the approaching entity detected based on the signal data received from the device of the approaching entity; and, based on the triggering event and while the video continues to be shown: changing a visibility of the video; and causing the display to display at least one new visual element.