mhurhangee/patent-ind-claim-en huggingface dataset:
Luminaire having two light-emitting assemblies which are disposed symmetrically to one another with respect to a longitudinal axis (L) of the luminaire , wherein each light-emitting assembly comprises: • a plurality of LEDs which are distributed on a carrier in a common plane, • a cover which covers the LEDs and consists at least partially of a light-permeable material and which comprises an integrated plurality of optical elements associated with the LEDs , wherein the optical elements are formed by lenses, wherein each cover influences the light emitted by the LEDs such that an emission of light results, which is asymmetric with respect to an axis (I) perpendicular to the plane of the LEDs , wherein each cover can be fastened and latched to the associated carrier for the LEDs in at least two positions without tools, and in each position covers the LEDs , wherein all of the optical elements are identically configured, and wherein, when the covers are disposed on the luminaire oriented in opposite directions to one another, an emission of light is achieved which is symmetrical with respect to a center plane of the luminaire , wherein the opening angle of the emission of light is dependent on the orientation of the covers . • a plurality of LEDs which are distributed on a carrier in a common plane, • a cover which covers the LEDs and consists at least partially of a light-permeable material and which comprises an integrated plurality of optical elements associated with the LEDs , wherein the optical elements are formed by lenses, wherein each cover influences the light emitted by the LEDs such that an emission of light results, which is asymmetric with respect to an axis (I) perpendicular to the plane of the LEDs , wherein each cover can be fastened and latched to the associated carrier for the LEDs in at least two positions without tools, and in each position covers the LEDs , wherein all of the optical elements are identically configured, and wherein, when the covers are disposed on the luminaire oriented in opposite directions to one another, an emission of light is achieved which is symmetrical with respect to a center plane of the luminaire , wherein the opening angle of the emission of light is dependent on the orientation of the covers . wherein each cover influences the light emitted by the LEDs such that an emission of light results, which is asymmetric with respect to an axis (I) perpendicular to the plane of the LEDs , wherein each cover can be fastened and latched to the associated carrier for the LEDs in at least two positions without tools, and in each position covers the LEDs , wherein all of the optical elements are identically configured, and wherein, when the covers are disposed on the luminaire oriented in opposite directions to one another, an emission of light is achieved which is symmetrical with respect to a center plane of the luminaire , wherein the opening angle of the emission of light is dependent on the orientation of the covers .
Light microscope for cryo-microscopy comprising at least one objective , a coolable holder for a specimen carrier mount and a specimen stage with a recess for the coolable holder for the specimen carrier mount, wherein the recess is covered by a cover , the recess covered by the cover is designed to be supplied with liquid nitrogen and/or with cryogenic nitrogen gas during operation, and the sample table is displaceable in two horizontal directions , wherein the cover lies floating on the sample table in order to be freely displaceable on the sample table , and the objective is guided through a recess in the cover corresponding to the objective and entrains the cover when the sample table is displaced, and wherein the recess in the cover is a circular hole whose diameter is less than 2 mm larger than the diameter of the part of the objective to be passed through the cover , in order to build up a sufficiently large overpressure with a reasonable nitrogen requirement to keep moisture away from the specimen. wherein the cover lies floating on the sample table in order to be freely displaceable on the sample table , and the objective is guided through a recess in the cover corresponding to the objective and entrains the cover when the sample table is displaced, and wherein the recess in the cover is a circular hole whose diameter is less than 2 mm larger than the diameter of the part of the objective to be passed through the cover , in order to build up a sufficiently large overpressure with a reasonable nitrogen requirement to keep moisture away from the specimen.
An optical fiber installation kit comprising a box , an optical fiber cable and an optical termination module attached to a first end of the optical fiber cable, wherein the box surrounds a compartment that is divided by an inclined plate into a first wedge-shaped storage area (B) and a second wedge-shaped storage area (A), wherein the first wedge-shaped storage area (B) comprises a length of the optical fiber cable looped in a folded figure-8 arrangement in which the cross over section of the folded figure-8 arrangement is placed near a narrow part of the first wedge-shaped storage area, and wherein the first end of the optical fiber cable is routed to the second wedge-shaped storage area (A), which comprises the optical termination module . wherein the box surrounds a compartment that is divided by an inclined plate into a first wedge-shaped storage area (B) and a second wedge-shaped storage area (A), wherein the first wedge-shaped storage area (B) comprises a length of the optical fiber cable looped in a folded figure-8 arrangement in which the cross over section of the folded figure-8 arrangement is placed near a narrow part of the first wedge-shaped storage area, and wherein the first end of the optical fiber cable is routed to the second wedge-shaped storage area (A), which comprises the optical termination module .
Neutron shielding for the central column of a tokamak nuclear fusion reactor, the neutron shielding comprising an electrically conductive neutron absorbing material, characterised in that the neutron shielding is arranged such that the electrically conductive neutron absorbing material forms a solenoid for the initiation of plasma within the tokamak.
A method for deactivating semi-persistent scheduling in a wireless mobile communication system, the method comprising: - receiving (S2103), by a user equipment, a downlink control channel signal (S807) related to a deactivation of a semi-persistent scheduling; and - deactivating (S2104), by the user equipment, the semi-persistent scheduling after the downlink control channel signal (S807) is received, wherein the deactivation of the semi-persistent scheduling (S2104) includes a release of a downlink assignment, and wherein the downlink control channel signal (S807) comprises - a first binary field indicating a resource block allocation , the first binary field being composed of a field indicating a resource indication value and a field indicating 'Gap' information , the first binary field being entirely filled with '1', - a second binary field related to a hybrid automatic repeat request process number, the second binary field being entirely filled with '0', and - a third binary field related to a redundancy version, the third binary field being entirely filled with '0'. - receiving (S2103), by a user equipment, a downlink control channel signal (S807) related to a deactivation of a semi-persistent scheduling; and - deactivating (S2104), by the user equipment, the semi-persistent scheduling after the downlink control channel signal (S807) is received, wherein the deactivation of the semi-persistent scheduling (S2104) includes a release of a downlink assignment, and wherein the downlink control channel signal (S807) comprises - a first binary field indicating a resource block allocation , the first binary field being composed of a field indicating a resource indication value and a field indicating 'Gap' information , the first binary field being entirely filled with '1', - a second binary field related to a hybrid automatic repeat request process number, the second binary field being entirely filled with '0', and - a third binary field related to a redundancy version, the third binary field being entirely filled with '0'.
A ship comprising a liquid cargo storage tank , the liquid cargo storage tank comprising: a body installed in a hull of the ship and having a liquid cargo receiving space, the tank having a space defined between the body and the hull ; a reinforcing plate installed in a lower part of the body, the reinforcing plate being spaced apart from an inner side of the body to be a floor of the liquid cargo receiving space; a leaked liquid collecting space formed between the underside of the body and the reinforcing plate to collect the liquid cargo leakage leaked from the liquid cargo receiving space to the leaked liquid collecting space ; inflow holes formed on lateral sides of the leaked liquid collecting space and connected to the space to let the liquid cargo leakage leaked to the outside of the body inflow to the leaked liquid collecting space ; and characterized by : a check valve formed at each of the inflow holes to control flow of the leaked liquid cargo. a body installed in a hull of the ship and having a liquid cargo receiving space, the tank having a space defined between the body and the hull ; a reinforcing plate installed in a lower part of the body, the reinforcing plate being spaced apart from an inner side of the body to be a floor of the liquid cargo receiving space; a leaked liquid collecting space formed between the underside of the body and the reinforcing plate to collect the liquid cargo leakage leaked from the liquid cargo receiving space to the leaked liquid collecting space ; inflow holes formed on lateral sides of the leaked liquid collecting space and connected to the space to let the liquid cargo leakage leaked to the outside of the body inflow to the leaked liquid collecting space ; and characterized by : a check valve formed at each of the inflow holes to control flow of the leaked liquid cargo.
Chain lock , having two link bows which can be coupled by means of the legs thereof, and having a locking element which can be inserted transversely between the legs , wherein the locking element is formed by two locking components which can be inserted from opposite sides and which are secured by a screw which passes through these in the transverse direction (Q) of the chain lock , characterised in that at least one fixing pin is arranged in a locking component , said fixing pin protruding towards a front surface in the transverse direction (Q), and that the fixing pin engages with a recess of the opposite locking component , wherein the fixing pin is arranged with a press fit in a locking component , and that the recess is formed as a clearance fit in the opposite locking component .
A robotic lawnmower characterized in comprising a striper arrangement for striping a lawn , wherein the striper arrangement comprises a striper mat , a biasing element configured to provide a biasing force (BF) onto the striper mat , and a holding arrangement for holding the striper mat in contact with a surface of a lawn , wherein the holding arrangement is configured such that: the striper mat is movable in upwards and downwards direction; and further configured to bias the striper mat in a downwards direction by the biasing force (BF), such that movement of the striper mat in upwards direction is restricted until a counter force (CF) exerted by the striper mat onto the holding arrangement exceeds the biasing force (BF), wherein the holding arrangement comprises a striper mat holder joined to the striper mat and a striper mat holder attachment of the robotic lawnmower , wherein the striper mat holder is connected to the striper mat holder attachment such that the striper mat holder is movable in upwards/downwards direction, upwards movement allowing the striper mat to straighten out when the robotic lawnmower changes between forward direction and reverse and the resulting counter force (CF) forces the striper mat holder upwards, thereby enabling smooth transit between convex and concave bent shape of the striper mat . the striper mat is movable in upwards and downwards direction; and further configured to bias the striper mat in a downwards direction by the biasing force (BF), such that movement of the striper mat in upwards direction is restricted until a counter force (CF) exerted by the striper mat onto the holding arrangement exceeds the biasing force (BF), wherein the holding arrangement comprises a striper mat holder joined to the striper mat and a striper mat holder attachment of the robotic lawnmower , wherein the striper mat holder is connected to the striper mat holder attachment such that the striper mat holder is movable in upwards/downwards direction, upwards movement allowing the striper mat to straighten out when the robotic lawnmower changes between forward direction and reverse and the resulting counter force (CF) forces the striper mat holder upwards, thereby enabling smooth transit between convex and concave bent shape of the striper mat .
A system for controlling a position of a patient's tongue, the system comprising: at least one electrode for attachment to the patient's hypoglossal nerve; and an implantable pulse generator configured to apply an electric signal through the at least one electrode to the hypoglossal nerve to stimulate at least one muscle of the tongue; characterized in that : the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level. at least one electrode for attachment to the patient's hypoglossal nerve; and an implantable pulse generator configured to apply an electric signal through the at least one electrode to the hypoglossal nerve to stimulate at least one muscle of the tongue; characterized in that : the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level. the system is adapted to be programmed to apply the electric signal at an initial level of stimulation, wherein the initial level of stimulation is determined to maintain a defined treatment level of obstructive sleep apnea occurrences; and the system is adapted to be reprogrammed to apply the electric signal at a reduced level of stimulation, in response to a determination that a number of obstructive sleep apnea occurrences is at or below the treatment level.
A method in a container manager to manage access to resources within a virtualization platform with the use of application tokens, where an application token includes information identifying a primary application that can be used to manage access to the resources for the primary application , the method comprising: generating an application token for the primary application , where the primary application is executed in a first container ; instantiating a second container and an application helper to be executed therein, the second container being separate from the first container , wherein the application helper is specific to the primary application such that a 1:1 relationship exists between the primary application and application helper ; and providing the application token to the application helper , wherein the application helper manages API requests using the application token on behalf of the primary application . generating an application token for the primary application , where the primary application is executed in a first container ; instantiating a second container and an application helper to be executed therein, the second container being separate from the first container , wherein the application helper is specific to the primary application such that a 1:1 relationship exists between the primary application and application helper ; and providing the application token to the application helper , wherein the application helper manages API requests using the application token on behalf of the primary application .
Hyperpolarized 13 C ester of monocarboxylic acid or 13 C diester of (C 1 -C 7 ) dicarboxylic acid for use in an in vivo 13 C-MR diagnostic investigation method of a tumor, wherein signals of a corresponding hyperpolarized primary metabolic product of a carboxylesterase conversion of said ester or diester are detected.
A pumping system for a plural component spray system configured to receive first and second component materials and output a plural component material, the pumping system comprising: - an electric motor including a stator and a rotor , the rotor configured to rotate about a pump axis; - a drive mechanism directly connected to the rotor and configured to convert a rotational output from the rotor to a linear input, the drive mechanism comprising: - a screw disposed coaxially with the rotor and configured to provide the linear input; and - a plurality of rolling elements disposed between the screw and the rotor , wherein the plurality of rolling elements support the screw relative the rotor and are configured to drive the screw axially; - a first piston of a first pump coupled to the drive mechanism to be reciprocated axially by the drive mechanism , wherein the first pump is a double displacement pump such that the first pump is configured to output fluid during each of a first stroke and a second stoke of a pump cycle of the first pump ; and - a second piston of a second pump coupled to the drive mechanism to be reciprocated axially by the drive mechanism , wherein the second pump is a double displacement pump. - an electric motor including a stator and a rotor , the rotor configured to rotate about a pump axis; - a drive mechanism directly connected to the rotor and configured to convert a rotational output from the rotor to a linear input, the drive mechanism comprising: - a screw disposed coaxially with the rotor and configured to provide the linear input; and - a plurality of rolling elements disposed between the screw and the rotor , wherein the plurality of rolling elements support the screw relative the rotor and are configured to drive the screw axially; - a screw disposed coaxially with the rotor and configured to provide the linear input; and - a plurality of rolling elements disposed between the screw and the rotor , wherein the plurality of rolling elements support the screw relative the rotor and are configured to drive the screw axially; - a first piston of a first pump coupled to the drive mechanism to be reciprocated axially by the drive mechanism , wherein the first pump is a double displacement pump such that the first pump is configured to output fluid during each of a first stroke and a second stoke of a pump cycle of the first pump ; and - a second piston of a second pump coupled to the drive mechanism to be reciprocated axially by the drive mechanism , wherein the second pump is a double displacement pump.
An apparatus for providing reduced-pressure to a tissue site through a primary lumen, the apparatus comprising: a reduced-pressure source ; the primary lumen; a first measurement lumen and second measurement lumen having openings near the tissue site; and a controller configured to: operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response. a reduced-pressure source ; the primary lumen; a first measurement lumen and second measurement lumen having openings near the tissue site; and a controller configured to: operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response. operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response.
A radiological imaging device comprising: • a gantry defining an analysis zone in which at least part of a patient is placed; • a source suitable to emit radiation that passes through the at least part of the patient, the radiation defining a central axis of propagation ; • a detector suitable to receive the radiation; • a translation mechanism adapted to translate the source and the detector in a direction of movement substantially perpendicular to the central axis of propagation ; • and a control unit adapted to acquire an image from data signals received continuously from the detector while the translation mechanism continuously translates the source emitting the radiation and the detector receiving the radiation, so as to scan the at least part of the patient. characterized in that the detector includes a first linear sensor and a second linear sensor and an inversion unit adapted to simultaneously rotate about an angle substantially equal to 180° both the first linear sensor and the second linear sensor with respect to said central axis of propagation • a gantry defining an analysis zone in which at least part of a patient is placed; • a source suitable to emit radiation that passes through the at least part of the patient, the radiation defining a central axis of propagation ; • a detector suitable to receive the radiation; • a translation mechanism adapted to translate the source and the detector in a direction of movement substantially perpendicular to the central axis of propagation ; • and a control unit adapted to acquire an image from data signals received continuously from the detector while the translation mechanism continuously translates the source emitting the radiation and the detector receiving the radiation, so as to scan the at least part of the patient.