mhurhangee/patent-ind-claim-en huggingface dataset:
A greywater treatment system comprising: a phyto-purification station receiving greywater and delivering purified water; first and second tanks selectively supplied with purified water derived from the phyto-purification station via a three-way solenoid valve (T), and two solenoid valves for selectively emptying their contents towards a sewage network (A); a main tank supplied by the first and second tanks respectively via first and second solenoid valves ; a bacteriological monitoring apparatus connected to the first and second tanks for selectively carrying out for the first or second tanks a bacteriological analysis control requiring a predetermined time for establishment thereof; and a controller controlling the bacteriological monitoring apparatus and the solenoid valves (T, 9c, 11c, 9a, 11a) to cyclically control the sequence of following operations: - controlling the three-way solenoid valve (T) so that it supplies the first tank and triggering the establishment of a bacteriological control of the purified water contained in the second tank ; - upon completion of the establishment time of the control, transferring the content of the second tank towards the main tank if the control is favourable or towards the sewage network (A) if the control is unfavourable; - controlling the three-way solenoid valve (T) so that it supplies the second tank and triggering the establishment of a bacteriological control of the purified water contained in the first tank ; - upon completion of the establishment time of the control, transferring the content of the first tank towards the main tank if the control is favourable or towards the sewage network (A) if the control is unfavourable. - controlling the three-way solenoid valve (T) so that it supplies the first tank and triggering the establishment of a bacteriological control of the purified water contained in the second tank ; - upon completion of the establishment time of the control, transferring the content of the second tank towards the main tank if the control is favourable or towards the sewage network (A) if the control is unfavourable; - controlling the three-way solenoid valve (T) so that it supplies the second tank and triggering the establishment of a bacteriological control of the purified water contained in the first tank ; - upon completion of the establishment time of the control, transferring the content of the first tank towards the main tank if the control is favourable or towards the sewage network (A) if the control is unfavourable.
A device for forming and/or maintaining a percutaneous access pathway into a body of a patient, comprising: an access pathway configured to allow access to an internal portion of a patient's body from an external environment, the access pathway comprising an access pathway port configured to maintain a non-pierceable barrier between the internal portion of the body and the external environment when in a closed position, wherein the access pathway port connects through a distal opening to an access pathway catheter extending into the internal portion of the body and allowing access into the internal portion of the body when the access pathway port is open; and an attachment device connectable to the access pathway port and configured to open the access pathway port, the attachment device comprising an internally sterile attachment device sheath at least partially surrounding an internal equipment component of the attachment device, the attachment device sheath configured to enable insertion of at least part of the internal equipment component into the internal portion of the body through the access pathway when the attachment device is connected to the access pathway port, wherein the internal equipment component is a loop irrigation mechanism , at least partially sealed within the sheath , with separate tubes for irrigation and suction . an access pathway configured to allow access to an internal portion of a patient's body from an external environment, the access pathway comprising an access pathway port configured to maintain a non-pierceable barrier between the internal portion of the body and the external environment when in a closed position, wherein the access pathway port connects through a distal opening to an access pathway catheter extending into the internal portion of the body and allowing access into the internal portion of the body when the access pathway port is open; and an attachment device connectable to the access pathway port and configured to open the access pathway port, the attachment device comprising an internally sterile attachment device sheath at least partially surrounding an internal equipment component of the attachment device, the attachment device sheath configured to enable insertion of at least part of the internal equipment component into the internal portion of the body through the access pathway when the attachment device is connected to the access pathway port, wherein the internal equipment component is a loop irrigation mechanism , at least partially sealed within the sheath , with separate tubes for irrigation and suction .
A liposomal sustained-release composition for use in treatment of pulmonary disease via inhalation, comprising liposomes with entrapped tyrosine kinase inhibitor, wherein each liposome comprises: a lipid bilayer comprising one or more phospholipids, a sterol, and a polyethylene glycol (PEG)-modified lipid; and an aqueous interior encompassed by the lipid bilayer and entrapping a tyrosine kinase inhibitor; wherein the liposomes have a mean particle diameter between about 50 nm and about 400 nm. a lipid bilayer comprising one or more phospholipids, a sterol, and a polyethylene glycol (PEG)-modified lipid; and an aqueous interior encompassed by the lipid bilayer and entrapping a tyrosine kinase inhibitor; wherein the liposomes have a mean particle diameter between about 50 nm and about 400 nm.
A method for communication, the method comprising: establishing a first connection between a source and a first receiver, the first receiver configured as a True Wireless Stereo, TWS Bluetooth configured device; receiving a first packet from the source by the first receiver; determining , by the first receiver, the first packet has an error; establishing a second connection between the first receiver and a second receiver, the second receiver configured as a TWS Bluetooth configured device; and establishing a third connection between the second receiver and the source; receiving, by the second receiver, the first packet from the source; the method being characterized in : determining if the second receiver received the first packet in response to the determination the first packet has the error. establishing a first connection between a source and a first receiver, the first receiver configured as a True Wireless Stereo, TWS Bluetooth configured device; receiving a first packet from the source by the first receiver; determining , by the first receiver, the first packet has an error; establishing a second connection between the first receiver and a second receiver, the second receiver configured as a TWS Bluetooth configured device; and establishing a third connection between the second receiver and the source; receiving, by the second receiver, the first packet from the source; the method being characterized in : determining if the second receiver received the first packet in response to the determination the first packet has the error.
A tamper-resistant aerator comprising: a housing ; an aerator cartridge at least partially disposed within the housing ; an insert engaged with a portion of the housing , the insert defining at least one insert removal slot adapted to receive at least a portion of a tool; a locking ring at least partially disposed within the housing , the locking ring defining at least one locking ring removal slot adapted to receive at least a portion of the tool, the locking ring rotatable relative to the housing , characterized in that the locking ring is rotatable to align the at least one insert removal slot with the at least one locking ring removal slot ; and a mating engagement is provided between the locking ring and the housing, wherein the mating engagement is adapted to secure the locking ring within the housing, wherein the mating engagement comprises at least one locking ring protrusion on an exterior surface of the locking ring and a corresponding indentation on an interior surface of the housing adapted to receive the at least one locking ring protrusion. a housing ; an aerator cartridge at least partially disposed within the housing ; an insert engaged with a portion of the housing , the insert defining at least one insert removal slot adapted to receive at least a portion of a tool; a locking ring at least partially disposed within the housing , the locking ring defining at least one locking ring removal slot adapted to receive at least a portion of the tool, the locking ring rotatable relative to the housing , characterized in that the locking ring is rotatable to align the at least one insert removal slot with the at least one locking ring removal slot ; and a mating engagement is provided between the locking ring and the housing, wherein the mating engagement is adapted to secure the locking ring within the housing, wherein the mating engagement comprises at least one locking ring protrusion on an exterior surface of the locking ring and a corresponding indentation on an interior surface of the housing adapted to receive the at least one locking ring protrusion.
A method of depositing a film, the method comprising: providing a substrate comprising a first substrate surface including a metal oxide and a second substrate surface including a dielectric; exposing the substrate to an alcohol to reduce the metal oxide to a first metal and form an alkoxy-terminated dielectric surface; and exposing to the substrate to one or more deposition gases to deposit a second metal film on the first metal selectively over the alkoxy-terminated dielectric surface, wherein the alcohol is a secondary alcohol. providing a substrate comprising a first substrate surface including a metal oxide and a second substrate surface including a dielectric; exposing the substrate to an alcohol to reduce the metal oxide to a first metal and form an alkoxy-terminated dielectric surface; and exposing to the substrate to one or more deposition gases to deposit a second metal film on the first metal selectively over the alkoxy-terminated dielectric surface, wherein the alcohol is a secondary alcohol.
Chair, comprising a sitting surface , a back rest and two side elements , wherein the sitting surface is fixed between the side elements , wherein each side element comprises a front leg and a rear leg , and the back rest is connected with each rear leg through a slide-in coupling, wherein each rear leg comprises an essentially vertically located slot defining a hollow space and - the back rest comprises a coupling element that extends at least partially into the hollow space or - the left and right end sides of the back rest are positioned inside the hollow space, characterized in that the back rest comprises at least two back rest boards in an essentially horizontal alignment, and the back rest boards are arranged essentially one above the other, wherein the back rest comprises at least two separating elements which are arranged between the back rest boards and at least partially extend into the hollow space. - the back rest comprises a coupling element that extends at least partially into the hollow space or - the left and right end sides of the back rest are positioned inside the hollow space,
An optical component comprising: a first substrate including a phosphor substrate , wherein the phosphor substrate has a polycrystalline structure or a single crystal structure; and a second substrate including a translucent substrate and supporting the first substrate , the translucent substrate having a polycrystalline structure with orientation, characterized in that the translucent substrate is mainly composed of alumina or aluminum nitride, wherein the ratio for which the main component accounts among the components of the translucent substrate is 99% or more. a first substrate including a phosphor substrate , wherein the phosphor substrate has a polycrystalline structure or a single crystal structure; and a second substrate including a translucent substrate and supporting the first substrate , the translucent substrate having a polycrystalline structure with orientation, characterized in that the translucent substrate is mainly composed of alumina or aluminum nitride, wherein the ratio for which the main component accounts among the components of the translucent substrate is 99% or more.
A rear structure for a vehicle, comprising: a front-side cross member and a rear-side cross member respectively disposed on front and rear sides in a front portion of a rear floor , the front-side cross member and the rear-side cross member extending in a vehicle width direction and being spaced apart from each other in a vehicle front-rear direction; and a high voltage component disposed between the front-side cross member and the rear-side cross member on a top side of the rear floor , wherein the front-side cross member is disposed on the rear floor from the top side of the rear floor and ends of the front-side cross member in the vehicle width direction are connected to respective lower ends of left and right brace members extending up and down on respective sides of a vehicle body, the high voltage component is disposed rearwardly spaced apart from the front-side cross member and substantially closer to the rear-side cross member than to the front-side cross member , and the high voltage component is attached to the front-side cross member and the rear-side cross member , and the high voltage component is attached to the front-side cross member via a bracket that is configured to deform under a load in the vehicle front-reardirection, characterised in that the rear-side cross member is disposed on the rear floor from an underside of the rear floor . a front-side cross member and a rear-side cross member respectively disposed on front and rear sides in a front portion of a rear floor , the front-side cross member and the rear-side cross member extending in a vehicle width direction and being spaced apart from each other in a vehicle front-rear direction; and a high voltage component disposed between the front-side cross member and the rear-side cross member on a top side of the rear floor , wherein the front-side cross member is disposed on the rear floor from the top side of the rear floor and ends of the front-side cross member in the vehicle width direction are connected to respective lower ends of left and right brace members extending up and down on respective sides of a vehicle body, the high voltage component is disposed rearwardly spaced apart from the front-side cross member and substantially closer to the rear-side cross member than to the front-side cross member , and the high voltage component is attached to the front-side cross member and the rear-side cross member , and the high voltage component is attached to the front-side cross member via a bracket that is configured to deform under a load in the vehicle front-reardirection, characterised in that the rear-side cross member is disposed on the rear floor from an underside of the rear floor .
Vehicle heater, comprising: - a heater housing , through which heating air to be heated can flow and which extends in the direction of the housing longitudinal axis (G), with a heating air inlet area and with a heating air outlet area , - a burner unit arranged in the heater housing , - a combustion air blower arranged in the heater housing for delivering combustion air to the burner unit , and - a heat exchanger unit , which is arranged in the heater housing and around which heating air flowing through the heater housing can flow, characterized in that a combustion air intake muffler arranged essentially in the heater housing with a muffler housing made in one piece with the heater housing is associated with the combustion air blower . - a heater housing , through which heating air to be heated can flow and which extends in the direction of the housing longitudinal axis (G), with a heating air inlet area and with a heating air outlet area , - a burner unit arranged in the heater housing , - a combustion air blower arranged in the heater housing for delivering combustion air to the burner unit , and - a heat exchanger unit , which is arranged in the heater housing and around which heating air flowing through the heater housing can flow, characterized in that a combustion air intake muffler arranged essentially in the heater housing with a muffler housing made in one piece with the heater housing is associated with the combustion air blower .
Microscope-autofocus device , being adapted for feedback-controlling a focal position of an imaging system of a microscope apparatus , wherein the imaging system includes a microscope objective , comprising - a monitoring beam source , being arranged for creating a monitoring beam , - a detector device , being arranged for detecting a drift variation of an axial objective distance between the microscope objective and a sample by sensing the monitoring beam directed through the imaging system to the sample and reflected by the sample , and - a feedback loop device , being arranged for controlling the imaging system in dependency on the detected objective distance variation of the microscope objective , wherein - the microscope-autofocus device includes an electrically tunable lens being configured to be coupled with the microscope objective and being capable of adjusting the focal position of the imaging system by varying a lens control input of the electrically tunable lens , characterized in that - the feedback loop device is arranged for controlling the focal position of the imaging system by controlling the lens control input of the electrically tunable lens on the basis of a varying set-point value being determined in dependency on an actual value of the detected objective distance variation and in dependency on an actual value of the lens control input and by calibration data assigning detector device output values to objective distance variation values and lens control input values, wherein the calibration data are stored in a calibration data storage coupled with the feedback loop device . - a monitoring beam source , being arranged for creating a monitoring beam , - a detector device , being arranged for detecting a drift variation of an axial objective distance between the microscope objective and a sample by sensing the monitoring beam directed through the imaging system to the sample and reflected by the sample , and - a feedback loop device , being arranged for controlling the imaging system in dependency on the detected objective distance variation of the microscope objective , wherein - the microscope-autofocus device includes an electrically tunable lens being configured to be coupled with the microscope objective and being capable of adjusting the focal position of the imaging system by varying a lens control input of the electrically tunable lens , - the feedback loop device is arranged for controlling the focal position of the imaging system by controlling the lens control input of the electrically tunable lens on the basis of a varying set-point value being determined in dependency on an actual value of the detected objective distance variation and in dependency on an actual value of the lens control input and by calibration data assigning detector device output values to objective distance variation values and lens control input values, wherein the calibration data are stored in a calibration data storage coupled with the feedback loop device .
Device for tightening a screwable head (T) of a hydraulic cylinder (H) having a cylinder (C) in which a piston slides equipped with a rod (P) with an external joint (E) and slidable through an opening of said screwable head (T), the screwable head (T) having gripping seats (S) at a free end thereof facing in the direction opposite to the center of the cylinder (C); the device being characterized in that it comprises: - an openable support having a plurality of gripping elements assigned to abut respective gripping seats (S) of the screwable head (T); - a joint assigned to be coupled with a motor means (M) for the rotation of the device around a longitudinal axis (A) of the device itself, coaxial with the joint and coinciding with the axis of symmetry of the screwable head (T), in correspondence with a tightening closed condition (X); - a torque transmission means to a connection end of which the joint is fixed and to an opposite gripping end of which the support is fixed, where the torque transmission means is dimensioned in such a way that, in correspondence with the tightening closed condition (X), it does not interfere with the rod (P) nor with the external joint (E) of the hydraulic cylinder (H). - an openable support having a plurality of gripping elements assigned to abut respective gripping seats (S) of the screwable head (T); - a joint assigned to be coupled with a motor means (M) for the rotation of the device around a longitudinal axis (A) of the device itself, coaxial with the joint and coinciding with the axis of symmetry of the screwable head (T), in correspondence with a tightening closed condition (X); - a torque transmission means to a connection end of which the joint is fixed and to an opposite gripping end of which the support is fixed, where the torque transmission means is dimensioned in such a way that, in correspondence with the tightening closed condition (X), it does not interfere with the rod (P) nor with the external joint (E) of the hydraulic cylinder (H).
System for attaching the free end of a bobbin yarn , comprising: - a support means for a bobbin , - a needle comprising at its end a hook associated with a mechanism for opening/closing the hook, the needle being oriented along an axis substantially parallel to the axis of the bobbin , - a mechanism for axial pivoting and axial translation of the needle , characterized in that this system comprises a mechanism for retaining in position a turn of the yarn of the bobbin . - a support means for a bobbin , - a needle comprising at its end a hook associated with a mechanism for opening/closing the hook, the needle being oriented along an axis substantially parallel to the axis of the bobbin , - a mechanism for axial pivoting and axial translation of the needle ,