mhurhangee/ep-ind-claims huggingface dataset:
A dispenser for storing and launching countermeasures, comprising an elongate body provided with at least one launch opening adapted for storing the countermeasures in cartridges, where the dispenser comprises a plurality of cartridges mounted to a base plate, where the dispenser is adapted to be mounted on an aircraft with the longitudinal direction of the elongate body essentially coinciding with the direction of motion of the aircraft, the dispenser comprises a cover arranged in the launch opening, the base plate comprises a mounting plate, a bottom plate and a resilient means arranged between the mounting plate and the bottom plate, where the cover, in a closed state, is adapted to close the launch opening such that the cartridges are covered, characterized in that the cover is pivotally suspended on a hinge, where a first section of the cover is arranged at a first side of the hinge and in that a mechanical connection interconnects the mounting plate with a second section of the cover arranged at a second side of the hinge.
A method, comprising: obtaining a location of a wireless device; identifying multiple sensing devices; obtaining signal information sensed by the multiple sensing devices in relation to a radio white space channel; analyzing the signal information from the multiple sensing devices to determine whether the radio white space channel is available for use by the wireless device at the location; when the analyzing determines that the radio white space channel is available for use, causing the wireless device to communicate data over the radio white space channel rather than a cellular channel; characterised in that in an instance when the analyzing determines that the radio white space channel is available for use by the wireless device at the location, causing the multiple sensing devices to re-sense the radio white space channel more frequently than another instance where the analyzing determines that the radio white space channel is not available for use by the wireless device at the location. obtaining a location of a wireless device; identifying multiple sensing devices; obtaining signal information sensed by the multiple sensing devices in relation to a radio white space channel; analyzing the signal information from the multiple sensing devices to determine whether the radio white space channel is available for use by the wireless device at the location; when the analyzing determines that the radio white space channel is available for use, causing the wireless device to communicate data over the radio white space channel rather than a cellular channel; characterised in that in an instance when the analyzing determines that the radio white space channel is available for use by the wireless device at the location, causing the multiple sensing devices to re-sense the radio white space channel more frequently than another instance where the analyzing determines that the radio white space channel is not available for use by the wireless device at the location.
A method for sequence-specifically detecting and/or separating a nucleic acid molecule, comprising the steps of: a. contacting a mixture of nucleic acid molecules with a cationically or a neutrally labeled peptide nucleic acid molecule having a sequence of interest in a first solution and obtaining a nucleic acid molecule/PNA hybrid; b. introducing said first solution between a fast leading electrolyte and a slow terminating electrolyte of an isotachophoresis system, said ITP system comprises a second solution of high effective mobility leading electrolyte ions and a third solution of low effective mobility trailing electrolyte; c. applying an electric field across said second solution and said third solution; wherein said nucleic acid molecule/PNA hybrid but not free PNA focus at the sharp LE-TE interface in said ITP system, wherein said TE has a higher mobility than the PNA probe and said TE has a lower mobility than the nucleic acid molecule/PNA hybrid, thereby sequence-specifically separating a nucleic acid molecule. a. contacting a mixture of nucleic acid molecules with a cationically or a neutrally labeled peptide nucleic acid molecule having a sequence of interest in a first solution and obtaining a nucleic acid molecule/PNA hybrid; b. introducing said first solution between a fast leading electrolyte and a slow terminating electrolyte of an isotachophoresis system, said ITP system comprises a second solution of high effective mobility leading electrolyte ions and a third solution of low effective mobility trailing electrolyte; c. applying an electric field across said second solution and said third solution; wherein said nucleic acid molecule/PNA hybrid but not free PNA focus at the sharp LE-TE interface in said ITP system, wherein said TE has a higher mobility than the PNA probe and said TE has a lower mobility than the nucleic acid molecule/PNA hybrid, thereby sequence-specifically separating a nucleic acid molecule.
Method for attenuation of vibration in a drivetrain for an automobile, comprising the steps of - analyzing a model of the drivetrain, - defining criteria for the vibration, - selecting a structure of a controller for the attenuation, - optimizing the structure of the controller, and characterised, in - repeating the analyzing, defining, selecting, and optimizing until the controller meets the defined criteria. - analyzing a model of the drivetrain, - defining criteria for the vibration, - selecting a structure of a controller for the attenuation, - optimizing the structure of the controller, and characterised, in - repeating the analyzing, defining, selecting, and optimizing until the controller meets the defined criteria.
Floor cleaning machine comprising a chassis for moving the floor cleaning machine over a surface to be cleaned and a dirt tank for taking up debris, wherein the dirt tank comprises a collecting tray in the base area for collecting water in the dirt tank, wherein in the dirt tank a movable flap is attached which covers the collecting tray in a closed position of the flap, wherein an outlet is arranged in the collecting tray through which the water in the collecting tray can flow out, and wherein channelling devices (53, 55) are provided, through which water contained in the dirt tank can pass into the collecting tray, characterised in that in the collecting tray a brush element is arranged so that water which has passed through the channelling devices (53, 55) into the collecting tray has to pass through the brush element before it can flow through the outlet out of the collecting tray.
A method, comprising: transmitting a first signal utilizing a first X-phase path (206, 506) with a X-phase mixer (208, 524B) of a transmitter (204, 504), wherein the first signal has X phases; measuring an image distortion level in connection with the first signal; and setting a duty ratio of a local oscillator (214, 514) of the transmitter (204, 504) based on the measurement for reducing a distortion in connection with a transmission of a second signal utilizing a second Y-phase path (210, 510) with a Y-phase mixer (212, 524A) of the transmitter (204, 504), wherein the second signal has Y phases and X and Y are integers with X unequal to Y, the X-phase mixer (208, 524B) and the Y-phase mixer (212, 524A) are driven by the local oscillator (214, 514). transmitting a first signal utilizing a first X-phase path (206, 506) with a X-phase mixer (208, 524B) of a transmitter (204, 504), wherein the first signal has X phases; measuring an image distortion level in connection with the first signal; and setting a duty ratio of a local oscillator (214, 514) of the transmitter (204, 504) based on the measurement for reducing a distortion in connection with a transmission of a second signal utilizing a second Y-phase path (210, 510) with a Y-phase mixer (212, 524A) of the transmitter (204, 504), wherein the second signal has Y phases and X and Y are integers with X unequal to Y, the X-phase mixer (208, 524B) and the Y-phase mixer (212, 524A) are driven by the local oscillator (214, 514).
A method for transmitting and receiving signals by a user equipment in a wireless communication system supporting carrier aggregation, the method comprising: receiving configuration information containing component carrier aggregation information; configuring a primary component carrier for a time division duplex, TDD, mode, in a licensed band and a secondary component carrier in a frequency division duplex, FDD, mode, in an unlicensed band, based on the configuration information; receiving control information for scheduling a plurality of downlink subframes on the secondary component carrier during a time duration in which the secondary component carrier occupies the unlicensed band; receiving downlink data on the secondary component carrier in the plurality of downlink subframes scheduled based on the control information, wherein the plurality of downlink subframes are scheduled based on multi-subframe scheduling, and wherein a number and locations of the plurality of downlink subframes in the secondary component carrier are configured based on TDD uplink-downlink configuration information of the primary component carrier; and transmitting a response to the downlink data in a subframe of the primary component carrier, wherein the response is transmitted at a hybrid automatic repeat and request acknowledgement/negative acknowledgement, HARQ-ACK, timing configured based on the TDD uplink-downlink configuration information of the primary component carrier. receiving configuration information containing component carrier aggregation information; configuring a primary component carrier for a time division duplex, TDD, mode, in a licensed band and a secondary component carrier in a frequency division duplex, FDD, mode, in an unlicensed band, based on the configuration information; receiving control information for scheduling a plurality of downlink subframes on the secondary component carrier during a time duration in which the secondary component carrier occupies the unlicensed band; receiving downlink data on the secondary component carrier in the plurality of downlink subframes scheduled based on the control information, wherein the plurality of downlink subframes are scheduled based on multi-subframe scheduling, and wherein a number and locations of the plurality of downlink subframes in the secondary component carrier are configured based on TDD uplink-downlink configuration information of the primary component carrier; and transmitting a response to the downlink data in a subframe of the primary component carrier, wherein the response is transmitted at a hybrid automatic repeat and request acknowledgement/negative acknowledgement, HARQ-ACK, timing configured based on the TDD uplink-downlink configuration information of the primary component carrier.
A method for enhancing red blood cell quality and survival during storage, the method comprising: (a) depleting a red blood cell sample comprising an acidified additive solution having a pH of between 5.5 and 7.0, of both oxygen and carbon dioxide prior to storage; and (b) transferring said oxygen- and carbon dioxide-depleted red blood cell sample to an oxygen- and carbon dioxide-impermeable environment; and (c) storing said depleted red blood cell sample in said oxygen- and carbon dioxide-impermeable environment at a temperature between 1°C and 6°C, wherein 2,3-diphosphoglycerate (2,3-DPG) acid levels are maintained at higher levels during storage compared to a control sample in which carbon dioxide is not depleted prior to storage. (a) depleting a red blood cell sample comprising an acidified additive solution having a pH of between 5.5 and 7.0, of both oxygen and carbon dioxide prior to storage; and (b) transferring said oxygen- and carbon dioxide-depleted red blood cell sample to an oxygen- and carbon dioxide-impermeable environment; and (c) storing said depleted red blood cell sample in said oxygen- and carbon dioxide-impermeable environment at a temperature between 1°C and 6°C, wherein 2,3-diphosphoglycerate (2,3-DPG) acid levels are maintained at higher levels during storage compared to a control sample in which carbon dioxide is not depleted prior to storage.
A computer-implemented method comprising: rendering a digital representation at least a portion of a tooth within a three-dimensional environment; determining a position of a digital representation of at least a portion of an orthodontic appliance relative to the digital representation of the tooth within the 3D environment; determining a thickness of at least a portion of a coupling matrix; rendering a digital representation of the coupling matrix within the 3D environment based on the position of the orthodontic appliance; and determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns. rendering a digital representation at least a portion of a tooth within a three-dimensional environment; determining a position of a digital representation of at least a portion of an orthodontic appliance relative to the digital representation of the tooth within the 3D environment; determining a thickness of at least a portion of a coupling matrix; rendering a digital representation of the coupling matrix within the 3D environment based on the position of the orthodontic appliance; and determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns. determining a volume of the coupling matrix comprising: subdividing the digital representation of the coupling matrix into a plurality of substantially equal-sized columns; and determining a volume of each of the plurality of columns based on a thickness of each of the columns.
A rotary electric machine comprising: a shaft; a rotor that is fixed to the shaft; bearings (21,23) that are disposed rotatably on the shaft at two ends of the rotor so as to support the rotor; brackets (1,2) that include bearing housing portions (20,22) into which the bearings (21,23) are mounted, and that rotatably support the rotor by means of the bearings (21,23); and a cylindrical resin spacer that is mounted between an outer circumference of an outer ring of the bearing and an inner circumference of the bearing housing portion, wherein the spacer is configured such that a radial wall thickness thereof is set so as to be smaller than a gap between the outer circumference of the bearing outer ring and the inner circumference of the bearing housing portion, and a flat portion is disposed on an inner circumference at at least one position around a circumference thereof such that the flat portion presses the bearing outer ring outer circumference constantly. a shaft; a rotor that is fixed to the shaft; bearings (21,23) that are disposed rotatably on the shaft at two ends of the rotor so as to support the rotor; brackets (1,2) that include bearing housing portions (20,22) into which the bearings (21,23) are mounted, and that rotatably support the rotor by means of the bearings (21,23); and a cylindrical resin spacer that is mounted between an outer circumference of an outer ring of the bearing and an inner circumference of the bearing housing portion,
A parenteral pharmaceutical formulation in suspension, of sustained release, containing suspended estradiol and progesterone particles suitable for hormonal replacement in female mammals in low or ultra-low dose, in the form of an injectable suspension formed by estradiol particles, progesterone particles, a surfactant agent, an isosmotic agent, a viscous increasing agent and one or more preservatives, characterised in that: the low dose formulation comprises between 0.5mg of estradiol and 75mg of progesterone to 1.0 mg of estradiol and 20 mg of progesterone, and the ultra-low dose formulation comprises 0.25 to 0.50mg of estradiol and 15.0mg of progesterone. the low dose formulation comprises between 0.5mg of estradiol and 75mg of progesterone to 1.0 mg of estradiol and 20 mg of progesterone, and the ultra-low dose formulation comprises 0.25 to 0.50mg of estradiol and 15.0mg of progesterone.
A device for applying an adjustable and simultaneous compression on vessel access points, the device comprising: - a frame comprising a body with at least two cavities through the body to be placed about surfaces of a patient corresponding to the at least two cavities; - at least two compression members to be movably fitted in the corresponding at least two cavities, wherein a portion of the frame defines a space into which a portion of the compression member is fitted; characterized in that: the portion of the compression member hinges around the space defined by the portion of the frame, a side of each one of the at least two compression members opposite a portion around which the portion of the compression member hinges comprises a locking mechanism which engages with the frame at an interface between said side and the frame to lock each one of the at least two compression members in a given hinge position for applying the adjustable and simultaneous compression by each one of the at least two compression members, and each of the at least two compression members comprises a bottom surface having a constant radius of curvature along a bottom thereof to provide patient comfort during wearing. - a frame comprising a body with at least two cavities through the body to be placed about surfaces of a patient corresponding to the at least two cavities; - at least two compression members to be movably fitted in the corresponding at least two cavities, wherein a portion of the frame defines a space into which a portion of the compression member is fitted; the portion of the compression member hinges around the space defined by the portion of the frame, a side of each one of the at least two compression members opposite a portion around which the portion of the compression member hinges comprises a locking mechanism which engages with the frame at an interface between said side and the frame to lock each one of the at least two compression members in a given hinge position for applying the adjustable and simultaneous compression by each one of the at least two compression members, and each of the at least two compression members comprises a bottom surface having a constant radius of curvature along a bottom thereof to provide patient comfort during wearing.
Attachment compactor, which can be coupled to a carrier device, comprising an unbalance generator which is preferably driven by a hydraulic drive and has a drive shaft and a rotating mass arranged on the drive shaft, characterized in that the rotating mass is mounted on the drive shaft so as to be able to pivot about an axis oriented transversely to the axis of rotation of the drive shaft, it being possible to adjust, in particular in a step-free manner, the pivoting position of the rotating mass relative to the drive shaft by means of an adjusting device, the rotating mass being designed as a rotational body which surrounds the drive shaft radially on the outside such that, in an initial position in which the rotating mass is not pivoted, a central longitudinal axis of the rotating mass is parallel or congruent to the axis of rotation of the drive shaft, whereas, in an end position in which the rotating mass is pivoted to the maximum, the central longitudinal axis of the rotating mass and the axis of rotation of the drive shaft enclose an angle with an amount of >0°.
A system for producing three-dimensional objects by means of successive setting of layers of a construction material, which can be set by means of radiation, at the locations which correspond to the respective cross-section of the object, wherein the system comprises at least one process station which is arranged in a housing in order to carry out the layered generative construction process and a displaceable construction container, characterized in that the process station and at least one handling station or one or more additional process stations are arranged in separate housing units (3, 6) which can be erected separately or individually, and those housing units (3, 6) are provided with supply openings in particular in the side wall regions thereof and are constructed to form in a configuration which is partially separate at least one continuous tunnel or a tunnel chain which forms a travel path which is integrated in the housing units (3, 6) for construction containers and additional containers which can be displaced in the system or displaceable modules; wherein containers or modules which contain functional elements are displaced in the upper region in the tunnel or the tunnel chain, whereas construction containers, overflow containers and metering containers are supported on a rail-like travel path in the lower region of the tunnel.
An industrial vehicle body comprising a bed and a plurality of perimetric side boards at least one of which is openable, the openable side board being movable at least between a closed position in which it is positioned substantially vertically and extends upwards relative to the bed, and a completely open position in which it extends substantially downwards relative to the bed, the body also comprising retaining means for retaining the opening side board in an intermediate opening position in which it is positioned substantially horizontally, the retaining means in turn comprising at least one elongate element having a first end and a second end; characterised: in that the retaining means comprise a hooking unit associated with the second end of the elongate element and at least a fixed first contact element, the hooking unit being removably fixable to the fixed first contact element for selectively allowing the openable side board to be retained in the intermediate opening position; in that the fixed first contact element and the first end of the elongate element are fixed one to the openable side board and one to a different side board of the body or to another part of the body which is located close to the openable side board; in that the hooking unit comprises a first part and a second part which are movable relative to one another between a distanced position in which the fixed first contact element can be inserted between the two, and a near position in which insertion of the fixed first contact element between the two is inhibited, the first part and the second part in an intermediate position also, in use, being able to clamp between them the fixed first contact element; and in that the hooking unit also comprises elastic means acting on the first part and/or the second part for pushing them towards the near position in the absence of external stresses. in that the retaining means comprise a hooking unit associated with the second end of the elongate element and at least a fixed first contact element, the hooking unit being removably fixable to the fixed first contact element for selectively allowing the openable side board to be retained in the intermediate opening position; in that the fixed first contact element and the first end of the elongate element are fixed one to the openable side board and one to a different side board of the body or to another part of the body which is located close to the openable side board; in that the hooking unit comprises a first part and a second part which are movable relative to one another between a distanced position in which the fixed first contact element can be inserted between the two, and a near position in which insertion of the fixed first contact element between the two is inhibited, the first part and the second part in an intermediate position also, in use, being able to clamp between them the fixed first contact element; and in that the hooking unit also comprises elastic means acting on the first part and/or the second part for pushing them towards the near position in the absence of external stresses.