mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the sterilisation of empty pouches , comprising the steps of: - producing a plurality of pouches , wherein each pouch comprises a container body formed by walls made of flexible film and a spout comprising an entrance portion with an inlet and a tube with an outlet , said spout being sealingly applied to the container body so as to protrude outside of it with at least a section of the tube ; - providing said spout of the empty pouch with an irreversible sacrificial closure , formed by a peelable membrane or a breakable septum, for the outlet of the spout , thereby obtaining empty provisional closed pouches to be sterilised ; - loading a plurality of empty provisional closed pouches to be sterilised on a transport device for collective transportation towards a steriliser; - forming a stacked transport group containing a plurality of transport devices ; - transporting the transport group from a manufacturer's site towards a steriliser in the form of a specialized centre or a filler that also performs a sterilization, where a sterilization step is to be performed; - performing the sterilisation on the whole transport group by ionizing radiations. - producing a plurality of pouches , wherein each pouch comprises a container body formed by walls made of flexible film and a spout comprising an entrance portion with an inlet and a tube with an outlet , said spout being sealingly applied to the container body so as to protrude outside of it with at least a section of the tube ; - providing said spout of the empty pouch with an irreversible sacrificial closure , formed by a peelable membrane or a breakable septum, for the outlet of the spout , thereby obtaining empty provisional closed pouches to be sterilised ; - loading a plurality of empty provisional closed pouches to be sterilised on a transport device for collective transportation towards a steriliser; - forming a stacked transport group containing a plurality of transport devices ; - transporting the transport group from a manufacturer's site towards a steriliser in the form of a specialized centre or a filler that also performs a sterilization, where a sterilization step is to be performed; - performing the sterilisation on the whole transport group by ionizing radiations.
Interchangeable nozzle tip for a dental powder jet device and for the subgingival treatment of a tooth, having an elongate body divided into a first and a second longitudinal portion , the first longitudinal portion including a connection interface for detachable attachment to the powder jet device and the second longitudinal portion including an inner channel for a powder-air mixture and an outer lateral surface , the second longitudinal portion having a circular cross-section, and a single outlet opening for the powder-air mixture on the outer lateral surface of the second longitudinal portion , into which the inner channel opens, characterized in that at least one water guide element extending in the longitudinal direction is provided on the outer lateral surface of the second longitudinal portion , and the first longitudinal portion includes at least one opening for water in its region facing the second longitudinal portion, wherein the at least one opening opens into the at least one water guide element . an elongate body divided into a first and a second longitudinal portion , the first longitudinal portion including a connection interface for detachable attachment to the powder jet device and the second longitudinal portion including an inner channel for a powder-air mixture and an outer lateral surface , the second longitudinal portion having a circular cross-section, and a single outlet opening for the powder-air mixture on the outer lateral surface of the second longitudinal portion , into which the inner channel opens, characterized in that at least one water guide element extending in the longitudinal direction is provided on the outer lateral surface of the second longitudinal portion , and the first longitudinal portion includes at least one opening for water in its region facing the second longitudinal portion, wherein the at least one opening opens into the at least one water guide element .
A water heating system comprising: a reservoir; cold and heated water pipes connected to the reservoir; a cold water temperature sensor attached to the cold water pipe and located proximate to the reservoir, wherein the cold water temperature sensor is configured to measure a cold water temperature of the cold water pipe and output a cold water temperature signal representative of the sensed cold water temperature; a heated water temperature sensor configured to measure a heated water temperature and output a heated water temperature signal representative of the sensed heated water temperature; and a controller system comprising: an energy meter configured to measure energy usage of the water heating system ; and a processor configured to receive the heated and cold water temperature signals, characterized in that the processor is further configured to determine a volume of used heated water using the received heated and cold water temperature signals. a reservoir; cold and heated water pipes connected to the reservoir; a cold water temperature sensor attached to the cold water pipe and located proximate to the reservoir, wherein the cold water temperature sensor is configured to measure a cold water temperature of the cold water pipe and output a cold water temperature signal representative of the sensed cold water temperature; a heated water temperature sensor configured to measure a heated water temperature and output a heated water temperature signal representative of the sensed heated water temperature; and a controller system comprising: an energy meter configured to measure energy usage of the water heating system ; and a processor configured to receive the heated and cold water temperature signals, characterized in that the processor is further configured to determine a volume of used heated water using the received heated and cold water temperature signals. an energy meter configured to measure energy usage of the water heating system ; and a processor configured to receive the heated and cold water temperature signals, characterized in that the processor is further configured to determine a volume of used heated water using the received heated and cold water temperature signals.
A method for producing a partial split-fiber fiber bundle, comprising: allowing a fiber bundle having a splice part to travel along a longitudinal direction; meanwhile, repeatedly thrusting and extracting a protruding part of a fiber splitting means into and from the fiber bundle in a split-fiber processed part; and thus separating a part of the fiber bundle in the longitudinal direction of the fiber bundle, wherein the fiber splitting means includes a rotation axis orthogonal to the longitudinal direction of the fiber bundle, and a plurality of the protruding parts are provided on a part of an outer surface of the rotation axis , wherein the protruding part of the fiber splitting means is extracted from the fiber bundle before the splice part based on position information of the splice part obtained by detecting the splice part , and when the splice part passes through the split-fiber processed part, a condition B is satisfied, wherein the condition B is that a moving speed of the protruding part of the fiber splitting means is substantially identical to a traveling speed of the fiber bundle. allowing a fiber bundle having a splice part to travel along a longitudinal direction; meanwhile, repeatedly thrusting and extracting a protruding part of a fiber splitting means into and from the fiber bundle in a split-fiber processed part; and thus separating a part of the fiber bundle in the longitudinal direction of the fiber bundle, wherein the fiber splitting means includes a rotation axis orthogonal to the longitudinal direction of the fiber bundle, and a plurality of the protruding parts are provided on a part of an outer surface of the rotation axis , wherein the protruding part of the fiber splitting means is extracted from the fiber bundle before the splice part based on position information of the splice part obtained by detecting the splice part , and when the splice part passes through the split-fiber processed part, a condition B is satisfied, wherein the condition B is that a moving speed of the protruding part of the fiber splitting means is substantially identical to a traveling speed of the fiber bundle.
A belt comprising: an elastomeric body, and a tensile cord embedded in the elastomeric body; with the tensile cord impregnated with an adhesive composition comprising the reaction product of: a polyisocyanate and a first polyol or a polyurethane prepolymer comprising said polyisocyanate and said first polyol; and at least one curative selected from the group consisting of diamines, triamines, and tetramines; wherein at least one of said polyurethane prepolymer, said polyisocyanate and said curative has its reactive groups blocked by a 3,5-dimethylpyrazole ("DMP") blocking agent. a polyisocyanate and a first polyol or a polyurethane prepolymer comprising said polyisocyanate and said first polyol; and at least one curative selected from the group consisting of diamines, triamines, and tetramines; wherein at least one of said polyurethane prepolymer, said polyisocyanate and said curative has its reactive groups blocked by a 3,5-dimethylpyrazole ("DMP") blocking agent.
A pipetting device for pipetting dosing liquids , wherein pipetting comprises an aspiration and a dispensation of the dosing liquid , comprising a pipetting channel extending along a channel path (K), in which a piston configured at least partially as a solid body is accommodated to be movable along the channel path (K) in order to change, by way of movement along the channel path (K), the pressure of a working gas that wets the piston on a dosing side facing the dosing liquid, wherein the pipetting device comprises a movement drive for the piston by means of which the piston is drivable to move along the channel path (K), wherein the pipetting device has a control unit for controlling the movement drive , and wherein at least the dosing end face of the piston facing the dosing liquid is configured as a solid body, characterized in that the control unit is configured to operate the movement drive in dispensation operation in such a way that the piston is initially moved along the channel path (K) in a dispensation direction increasing the pressure of the working gas , and is subsequently moved in an aspiration direction opposite the dispensation direction reducing the pressure on the working gas , wherein the control unit is configured to operate the movement drive for pipetting a predetermined single dosing volume of less than 5 μl in such a way that the piston is moved in the pipetting direction (P) and its dosing side end face thereby sweeps over a pipetting volume which is not less than 1.4 times greater than the single dosing volume , and that the piston is subsequently moved in a counter pipetting direction (G) opposite the pipetting direction (P) and its dosing side end face thereby sweeps over a counter pipetting volume, wherein when pipetting is an aspiration, "pipetting direction" designates a movement direction of the piston which causes an intake of dosing liquid into a pipette cavity of the pipetting device , and wherein when pipetting is a dispensation, "pipetting direction" designates a movement direction of the piston which causes an expulsion of dosing liquid out of the pipette cavity of the pipetting device , wherein not more than 50 ms elapse between the beginning of the control signal from the control unit for driving the piston in the pipetting direction (P) and the end of the control signal for driving the piston in the counter pipetting direction (G).
A therapeutic amount of inhalational lipid cisplatin (ILC) formulation for use in treating pulmonary metastatic disease of osteosarcoma in a subject in need thereof, the formulation comprising a lipid-complexed cisplatin at a dose of from 18 mg/m 2 to 36 mg/m 2 , wherein the ILC is dispersed throughout an aqueous phase of a dispersion and administered by inhalation, and wherein the subject has, prior to administration, undergone surgical excision of macroscopic lung metastasis so that the subject is characterized as being macroscopically disease-free.
A wireless single-frequency-channel, full-duplex, full-time transmit and receive communication node comprising: a) an antenna that transmits a transmit signal over a wireless transmit channel and that receives a receive signal over a wireless receive channel; and b) a communications processor comprising: i) a first port electrically coupled to the antenna ; ii) a second port electrically coupled to a transmit path , the transmit path connecting the second port to the first port ; and iii) a third port electrically coupled to a receive path , the receive path connecting the first port to the third port , wherein the communications processor is configured to pass the transmit signal in the transmit path to the first port and is configured to pass the receive signal in the receive path from the first port to the third port such that the transmit signal and the receive signal occupy a same frequency channel and operate simultaneously in a same time slot; characterised in that the wireless single-frequency-channel, full-duplex, full-time transmit and receive communication node further comprises: c) a channel state information processor electrically coupled to the receive path , the channel state information processor calculating up-link channel state information based on the receive signal such that channel state information is measured in a time slot and channel state information is used simultaneously in the time slot. a) an antenna that transmits a transmit signal over a wireless transmit channel and that receives a receive signal over a wireless receive channel; and b) a communications processor comprising: i) a first port electrically coupled to the antenna ; ii) a second port electrically coupled to a transmit path , the transmit path connecting the second port to the first port ; and iii) a third port electrically coupled to a receive path , the receive path connecting the first port to the third port , wherein the communications processor is configured to pass the transmit signal in the transmit path to the first port and is configured to pass the receive signal in the receive path from the first port to the third port such that the transmit signal and the receive signal occupy a same frequency channel and operate simultaneously in a same time slot; i) a first port electrically coupled to the antenna ; ii) a second port electrically coupled to a transmit path , the transmit path connecting the second port to the first port ; and iii) a third port electrically coupled to a receive path , the receive path connecting the first port to the third port ,
An antenna for receiving data from low Earth orbit satellites, the antenna comprising: a fixedly mounted antenna reflector , a moveable feed , a feed positioner configured to move the feed in the focal plane of the antenna reflector , the feed positioner having a primary rotation axis and an auxiliary rotation axis , and a control device configured to send control signals to the feed positioner , the feed positioner comprises a first arm and a second arm , the feed is connected to an end of the second arm , and the first arm and the second arm are connected to each other at the auxiliary rotation axis and are adapted to be rotated with respect to each other, and wherein the first arm is connected at one its end to the primary rotation axis and is adapted to be rotated around the primary rotation axis , characterized in that the primary rotation axis of the feed positioner passes through a center of the antenna reflector and the primary rotation axis is perpendicular to the focal plane of the antenna reflector , the auxiliary rotation axis of the feed positioner is parallel to the primary rotation axis , the first and second arms , form an equal-arm structure, each arm being arranged in a plane perpendicular to the primary and auxiliary rotation axes , , wherein the diameter of the antenna reflector is at least 1.5 m, and the focal length of the antenna reflector is at least 1.0 m. a fixedly mounted antenna reflector , a moveable feed , a feed positioner configured to move the feed in the focal plane of the antenna reflector , the feed positioner having a primary rotation axis and an auxiliary rotation axis , and a control device configured to send control signals to the feed positioner , the feed positioner comprises a first arm and a second arm , the feed is connected to an end of the second arm , and the first arm and the second arm are connected to each other at the auxiliary rotation axis and are adapted to be rotated with respect to each other, and wherein the first arm is connected at one its end to the primary rotation axis and is adapted to be rotated around the primary rotation axis , characterized in that the primary rotation axis of the feed positioner passes through a center of the antenna reflector and the primary rotation axis is perpendicular to the focal plane of the antenna reflector , the auxiliary rotation axis of the feed positioner is parallel to the primary rotation axis , the first and second arms , form an equal-arm structure, each arm being arranged in a plane perpendicular to the primary and auxiliary rotation axes , , wherein the diameter of the antenna reflector is at least 1.5 m, and the focal length of the antenna reflector is at least 1.0 m.
A level comprising: a frame supporting a plurality of level vials , wherein the frame includes a hollow rectangular cross section having an upper planar surface , a lower planar surface and two sidewalls extending therebetween, wherein a passageway is bounded by interior surfaces of the upper planar surface , the lower planar surface and the two sidewalls , wherein the frame includes an aperture formed in one of the two sidewalls ; an end cap assembly detachably coupled to an end opening of the passageway of the frame , the end cap assembly including an end cap and a retainer ; characterised in that the end cap is received in the passageway and includes a movable tab having a button that is received in the aperture of the frame and the end cap is maintained in engagement with the frame by engagement of the retainer with the end cap ; and wherein the end cap further includes an opening that receives the retainer , and the retainer biases the movable tab into the aperture when the retainer is received in the opening of the end cap to prevent removal of the end cap from the end opening of the frame . a frame supporting a plurality of level vials , wherein the frame includes a hollow rectangular cross section having an upper planar surface , a lower planar surface and two sidewalls extending therebetween, wherein a passageway is bounded by interior surfaces of the upper planar surface , the lower planar surface and the two sidewalls , wherein the frame includes an aperture formed in one of the two sidewalls ; an end cap assembly detachably coupled to an end opening of the passageway of the frame , the end cap assembly including an end cap and a retainer ; characterised in that the end cap is received in the passageway and includes a movable tab having a button that is received in the aperture of the frame and the end cap is maintained in engagement with the frame by engagement of the retainer with the end cap ; and wherein the end cap further includes an opening that receives the retainer , and the retainer biases the movable tab into the aperture when the retainer is received in the opening of the end cap to prevent removal of the end cap from the end opening of the frame .
A multi-purpose covering for use with a medical device having a housing and an access port , the multi-purpose covering comprising: a substrate having a first end and a second end and defining the structure of the covering ; a first securing portion nearer the first end of the substrate and configured to removably secure at least one protective cap to the substrate , the at least one protective cap having an opening that is sealed by the substrate prior to removing the at least one protective cap ; a second securing portion nearer the second end and configured to secure the substrate to the medical device ; and a sealing portion configured to releasably seal and protect the access port prior to first use of the medical device , the at least one protective cap configured to be placed on the access port after removal of the sealing portion from the access port . a substrate having a first end and a second end and defining the structure of the covering ; a first securing portion nearer the first end of the substrate and configured to removably secure at least one protective cap to the substrate , the at least one protective cap having an opening that is sealed by the substrate prior to removing the at least one protective cap ; a second securing portion nearer the second end and configured to secure the substrate to the medical device ; and a sealing portion configured to releasably seal and protect the access port prior to first use of the medical device , the at least one protective cap configured to be placed on the access port after removal of the sealing portion from the access port .
A marker of the degree of release of elements that are difficultly or slowly biodegradable (harmful elements) into the environment for objects which release elements that are difficultly or slowly biodegradable (harmful elements) into the environment due to use and/or washing, is characterised in that it consists of an element (1, 1', 1") comprising a variable structure which is modified at a rate in accordance with the degree of release of elements that are difficultly or slowly biodegradable (harmful elements) into the environment of the object , warning the user when the object is going to enter the phase of exponential or accelerated release of elements that are difficultly or slowly biodegradable, where said element (1, 1', 1") comprises two layers, a surface one and a central or lower one and in that the variation of the structure of the element (1, 1', 1") is by means of erosion or wear of a surface layer which when it disappears causes a central layer to be accessible by the user.