mhurhangee/patent-ind-claim-en huggingface dataset:
A decorator assembly comprising: a mandrel turret assembly including a rotatable turret , a number of mandrels , and a number of independent ink stations ; said turret structured to rotate about a turret axis of rotation ; each said mandrel rotatably coupled to said turret , whereby each said mandrel moves over a generally circular path of travel, and each said independent ink station disposed adjacent to the path of travel of said mandrels ; characterized in that each said mandrel extends generally radially from said turret , said mandrels disposed generally in a plane about the turret axis of rotation ; and each independent ink station includes a plurality of digital print head assemblies , wherein each of said plurality of digital print head assemblies are radially offset from an adjacent one of said plurality of digital print head assemblies by between about 30 to 180 degrees about a longitudinal axis of said mandrel, when the mandrel is adjacent said independent ink station. a mandrel turret assembly including a rotatable turret , a number of mandrels , and a number of independent ink stations ; said turret structured to rotate about a turret axis of rotation ; each said mandrel rotatably coupled to said turret , whereby each said mandrel moves over a generally circular path of travel, and each said independent ink station disposed adjacent to the path of travel of said mandrels ; characterized in that each said mandrel extends generally radially from said turret , said mandrels disposed generally in a plane about the turret axis of rotation ; and each independent ink station includes a plurality of digital print head assemblies , wherein each of said plurality of digital print head assemblies are radially offset from an adjacent one of said plurality of digital print head assemblies by between about 30 to 180 degrees about a longitudinal axis of said mandrel, when the mandrel is adjacent said independent ink station.
A quick connector device comprising: a connector body that has two fluid hose connectors located at two ends and an injector port connector located at a middle bottom section thereof, the injector port connector having a support rib ; an O-ring that is coupled to the injector port connector ; and a locking member that is inserted onto and rotatably connected to the injector port connector between an unlocked state and a locked state and comprises at least one elastic member that is located on outer side of the locking member and has cut-out ends, the elastic member comprising a bump that is disposed on outer side of the elastic member and a receiving space that is formed on an upper outer surface of the injector port connector , wherein, in the locked state, the support rib contacts the inner surface of the elastic member to prevent the elastic member from elastically deforming inwardly and, in the unlocked state, the support rib does not contact the inner surface of the elastic member to allow the elastic member to elastically deform into the receiving space . a connector body that has two fluid hose connectors located at two ends and an injector port connector located at a middle bottom section thereof, the injector port connector having a support rib ; an O-ring that is coupled to the injector port connector ; and a locking member that is inserted onto and rotatably connected to the injector port connector between an unlocked state and a locked state and comprises at least one elastic member that is located on outer side of the locking member and has cut-out ends, the elastic member comprising a bump that is disposed on outer side of the elastic member and a receiving space that is formed on an upper outer surface of the injector port connector , wherein, in the locked state, the support rib contacts the inner surface of the elastic member to prevent the elastic member from elastically deforming inwardly and, in the unlocked state, the support rib does not contact the inner surface of the elastic member to allow the elastic member to elastically deform into the receiving space .
An apparatus for perfusing an organ or tissue , comprising: a perfusion circuit for perfusing the organ or tissue , comprising a pump ; a controller configured to control the apparatus ; and a detector; the apparatus being characterized by : the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps , each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the controller being configured to control the perfusion circuit in a first mode when the presence of the flow control clamps is not detected and to control the perfusion circuit in a second mode when the presence of the flow control clamps is detected, the first mode allowing the organ or tissue and the pump to control the flow rate and/or pressure, and the second mode allowing a user of the apparatus to adjust the flow control clamps to override a flow rate and a pressure produced by the organ or tissue and the controller. a perfusion circuit for perfusing the organ or tissue , comprising a pump ; a controller configured to control the apparatus ; and a detector; the apparatus being characterized by : the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps , each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps , each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the controller being configured to control the perfusion circuit in a first mode when the presence of the flow control clamps is not detected and to control the perfusion circuit in a second mode when the presence of the flow control clamps is detected, the first mode allowing the organ or tissue and the pump to control the flow rate and/or pressure, and the second mode allowing a user of the apparatus to adjust the flow control clamps to override a flow rate and a pressure produced by the organ or tissue and the controller.
A fungicidal fertilizer composition, having active ingredients comprising γ-poly-glutamic acid and potassium phosphite.
Floor panel for forming a floor covering, wherein this floor panel comprises a substrate , which substrate is manufactured on the basis of synthetic material; wherein this floor panel , on at least one pair of opposite edges (5-6), comprises coupling parts (7-8), which coupling parts (7-8) allow that two such floor panels can be coupled to each other by means of a downward movement (M) of one floor panel in respect to the other floor panel ; wherein these coupling parts (7-8) allow a locking in a first direction (V) perpendicular to the plane of the floor panel , as well as in a second direction (H) perpendicular to the edges (5-6) and in the plane of the floor panel ; wherein these coupling parts (7-8) substantially are formed of the material of said substrate and are made in one piece therewith; wherein these coupling parts (7-8) consist of a downward-directed upper hook-shaped part , which is situated on the one edge of said pair of opposite edges (5-6), as well as of an upward-directed lower hook-shaped part , which is situated on the other, opposite edge of said pair of opposite edges (5-6), which hook-shaped parts (9-10) can be engaged behind each other by means of said downward movement (M); and wherein the upper hook-shaped part consists of a lip which is provided with a downward-directed locking element , whereas the lower hook-shaped part consists of a lip which is provided with an upward-directed locking element ; wherein the locking elements (12-14) are provided with locking surfaces (15-16) which at least partially allow the locking in said first direction (V) perpendicular to the plane of the floor panels , which locking surfaces (15-16) comprise a first and second locking surface , which first locking surface belongs to a proximal side of the downward-directed locking element and which second locking surface belongs to a proximal side of the upward-directed locking element ; wherein said locking surfaces (15-16), in the coupled condition of two such floor panels , define a tangent line (R) forming an angle (A) with the plane of the floor panel , which angle (A) is smaller than 90 degrees, and/or wherein said second locking surface defines such angle (A); characterized in that said coupling parts (7-8) are configured such that, in the coupled condition of two such floor panels , at least in said first direction (V) perpendicular to the plane of the floor panel , a tensioning force (F1) is present at the location of the locking surfaces (15-16), and that at least in said second direction (H) perpendicular to the edges (5-6) and in the plane of the floor panel , a tensioning force (F2) is present at the location of a vertical closing surface (V1) formed between the two floor panels ; and that the substrate comprises at least chalk and/or limestone as filler material.
A device for treating drinking water by electrolysis, in particular for watering animals, comprising: - a source of water, - a supply line from this source connected to a buffer tank or to a distribution network, - a flow meter interposed on said line, arranged to measure a flow rate of the water from the source; - a metering pump connected by a tapping point to the supply line and to a brine tank , the metering pump being downstream of the flow meter , - an electrolysis chamber comprising at least one cell comprising two plates , one (28-1) forming the anode and the other (28-2) forming the cathode, said plates being arranged in the same chamber, and - a control unit C capable of emitting an electrical power setpoint value of between 2 A and 24 A through said plates of the at least one cell , said setpoint value being proportional to the flow rate measured by the flow meter. - a source of water, - a supply line from this source connected to a buffer tank or to a distribution network, - a flow meter interposed on said line, arranged to measure a flow rate of the water from the source; - a metering pump connected by a tapping point to the supply line and to a brine tank , the metering pump being downstream of the flow meter , - an electrolysis chamber comprising at least one cell comprising two plates , one (28-1) forming the anode and the other (28-2) forming the cathode, said plates being arranged in the same chamber, and - a control unit C capable of emitting an electrical power setpoint value of between 2 A and 24 A through said plates of the at least one cell , said setpoint value being proportional to the flow rate measured by the flow meter.
An apparatus for diagnosing a battery, the apparatus comprising: a voltage measurement unit that measures a voltage of a battery cell; a signal conversion unit that converts the voltage of the battery cell measured by the voltage measurement unit into a differential signal; and calculates a standard deviation for the differential signal; and an abnormality diagnostic unit that diagnoses an abnormality of the battery cell based on the differential signal, characterised in that the abnormality diagnostic unit diagnoses that an abnormality of the battery cell has occurred when the standard deviation of the differential signal is equal to or greater than a preset reference value using a sliding window scheme with respect to the standard deviation. a voltage measurement unit that measures a voltage of a battery cell; a signal conversion unit that converts the voltage of the battery cell measured by the voltage measurement unit into a differential signal; and calculates a standard deviation for the differential signal; and an abnormality diagnostic unit that diagnoses an abnormality of the battery cell based on the differential signal, characterised in that the abnormality diagnostic unit diagnoses that an abnormality of the battery cell has occurred when the standard deviation of the differential signal is equal to or greater than a preset reference value using a sliding window scheme with respect to the standard deviation.
Heat exchanger comprising at least one heat exchange bundle for exchanging heat between a first fluid, such as the air, and a second, heat transfer fluid, such as liquid, and a receiving frame for receiving the heat exchange bundle covering at least part of said heat exchange bundle, said bundle comprising a multiplicity of plates forming parts of a duct for the circulation of said second heat transfer fluid, the plates being stacked with a spacing between two adjacent plates so as to allow free passage for said first fluid passing through the bundle, comprising at least one heat storage means forming a means for mitigating variations in temperature and configured to house a phase-change material close to one of the plates of the heat exchange bundle , and characterized in that the heat storage means forming a means for mitigating variations in temperature comprises a receiving casing which is made of a thermally conductive material - preferably metallic - and of which the walls delimit a hollow internal chamber , said internal chamber being filled with said phase-change material.
A machine for unloading and positioning rails on crossties in railway tracks, formed by means of a gantry suitable for resting and moving on the ground with the collaboration of a pair of side caterpillar tracks , the gantry having side branches supported on the caterpillar tracks that, in use, are adapted for framing a platform for the location of the crossties, said gantry incorporating a pair of adjustable clamps , with a position which can be regulated both longitudinally and in terms of their mutual separation, intended to secure respective rails on the loading platform of a rail carrier train or similar, and to deposit them on the platform in the definitive assembly or fixing position for said rails, characterized in that each adjustable clamp is provided with arms for holding the rail by its core with the collaboration of a double-acting hydraulic cylinder which connects and, in use, actuates the clamp arms, wherein each clamp is adjustable in a side direction through another double-acting hydraulic cylinder to adapt its position to different track gauges with respect to the side branch of the gantry , and wherein each clamp is movable in a vertical direction with the collaboration of a support and wherein the position of each clamp can be adjusted in height by means of a threaded sector and a nut and counternut locking system , for securing both rails of a rail carrier train which transport them, dragging them, in use, onto the crossties , in the definitive assembly position or fixing.
Vacuum cleaner comprising a housing with first components arranged therein which interoperate with one another in order to realize a first air flow for a vacuum cleaning functionality, the first components comprising a first electric motor and a first turbine actuated by the first electric motor in order to create the first air flow and a low-pressure or vacuum in a dust collecting chamber of the vacuum cleaner provided with an inlet opening in order to suck in dust and small particles into the dust collecting chamber , wherein the vacuum cleaner further comprises second components separate from the first components and the second components interoperating with one another in order to realize a second air flow for a purifying functionality of dust-laden air surrounding the vacuum cleaner , the second components comprising a second electric motor , a second turbine actuated by the second electric motor in order to create the second air flow , and at least one air filter element through which the second air flow is drawn in order to filter out dust and small particles from the second air flow , wherein the second components are arranged in an external housing or case separate from the housing containing the first components , wherein the external housing or case containing the second components is releasably attached to the housing containing the first components , characterized in that the external housing or case containing the second components is provided with an electric cord with a plug for connection to a mains socket or with a rechargeable battery , the electric cord or the battery adapted for supplying the second electric motor with electric energy independently from a power supply to the first electric motor .
A stain removal accessory intended to cooperate with a stain removal device for treating a stained area, the stain removal device having a front head, the stain removal accessory comprising: - a permeable container for containing a stain removing material , - a holder to be attached to the front head of the stain removal device for holding the container , the stain removal accessory being adapted to release said stain removing material on the stained area when cooperating with the stain removal device , characterised in that : the stain removal accessory defines a flap-flip piece adapted to take a first position (P1) during a step of stain removing in which the flap-flip piece is un-flipped and faces the front head of the stain removal device , so that water and/or steam generated by the stain removal device passes through the container , and a second position (P2) during a step of rinsing the stained area in which the flap-flip piece is flipped and does not face the front head of the stain removal device . - a permeable container for containing a stain removing material , - a holder to be attached to the front head of the stain removal device for holding the container , the stain removal accessory being adapted to release said stain removing material on the stained area when cooperating with the stain removal device , characterised in that : the stain removal accessory defines a flap-flip piece adapted to take a first position (P1) during a step of stain removing in which the flap-flip piece is un-flipped and faces the front head of the stain removal device , so that water and/or steam generated by the stain removal device passes through the container , and a second position (P2) during a step of rinsing the stained area in which the flap-flip piece is flipped and does not face the front head of the stain removal device .
A compound described by a general formula (II) wherein - two or three X are R 1 and the remaining X are OPO 3 2- ; and - each R 1 is a polyethylene glycol. - two or three X are R 1 and the remaining X are OPO 3 2- ; and - each R 1 is a polyethylene glycol.
A method for minimizing corrosion in a flue gas wet scrubber process, the method comprising the following steps: burning fuel, thereby producing the flue gas, and passing the flue gas into the flue gas wet scrubber process, wherein the flue gas is treated with a scrubber liquor comprising: (i) a polymer derived from at least two monomers: acrylic-x and an alkylamine, and wherein said acrylic-x has the following formula: wherein X = OH and salts thereof or NHR 2 and wherein R 1 and R 2 is H or an alkyl or aryl group, wherein the weight average molecular weight of said polymer is between 500 to 200,000 measured by size exclusion chromatography and polysaccharide standards, and wherein said polymer is modified to contain a functional group capable of scavenging at least one metal-comprising composition, wherein the functional group is a dithiocarbamate salt group and wherein the polymer has between 55 to 80 mole % of said dithiocarbamate salt group relative to the total amines contained in the unmodified polymer. burning fuel, thereby producing the flue gas, and passing the flue gas into the flue gas wet scrubber process, wherein the flue gas is treated with a scrubber liquor comprising: (i) a polymer derived from at least two monomers: acrylic-x and an alkylamine, and wherein said acrylic-x has the following formula: wherein X = OH and salts thereof or NHR 2 and wherein R 1 and R 2 is H or an alkyl or aryl group, wherein the weight average molecular weight of said polymer is between 500 to 200,000 measured by size exclusion chromatography and polysaccharide standards, and wherein said polymer is modified to contain a functional group capable of scavenging at least one metal-comprising composition, wherein the functional group is a dithiocarbamate salt group and wherein the polymer has between 55 to 80 mole % of said dithiocarbamate salt group relative to the total amines contained in the unmodified polymer. (i) a polymer derived from at least two monomers: acrylic-x and an alkylamine, and wherein said acrylic-x has the following formula: wherein X = OH and salts thereof or NHR 2 and wherein R 1 and R 2 is H or an alkyl or aryl group, wherein the weight average molecular weight of said polymer is between 500 to 200,000 measured by size exclusion chromatography and polysaccharide standards, and wherein said polymer is modified to contain a functional group capable of scavenging at least one metal-comprising composition, wherein the functional group is a dithiocarbamate salt group and wherein the polymer has between 55 to 80 mole % of said dithiocarbamate salt group relative to the total amines contained in the unmodified polymer.
A stabilized trimer comprising three gp140 polypeptides, wherein each of said gp140 polypeptides comprises an amino acid sequence comprising amino acids 30-724 of SEQ ID NO: 2.
A method of forming an array of separated homogenous aqueous fluid microdroplets of a desired shape and size in a desired spatial pattern, comprising the steps of: (a) providing a patterned substrate with a solid support coated with a porous polymer layer or film comprising (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (b) applying the aqueous fluid to a multitude of the superhydrophilic areas at the same time, wherein step (b) comprises spreading or rolling an amount of the aqueous fluid along the surface of the patterned substrate. (a) providing a patterned substrate with a solid support coated with a porous polymer layer or film comprising (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (i) superhydrophilic areas having static, advancing and receding water contact angles (WCAs) of less than 20°, and having the desired shape and size; surrounded by (ii) superhydrophobic areas having a WCA of greater than 130° and a width of 200 μm or less, and separating the superhydrophilic areas into the desired spatial pattern; and (b) applying the aqueous fluid to a multitude of the superhydrophilic areas at the same time, wherein step (b) comprises spreading or rolling an amount of the aqueous fluid along the surface of the patterned substrate.