mhurhangee/patent-ind-claim-en huggingface dataset:
A moveable furniture piece , comprising at least one first panel and at least one second panel arranged perpendicular to one another, said first and second panels being separate parts and being connected to each other, said first panel being provided with a pre-mounted roller wheel assembly , comprising a wheel , and positioned adjacent to a side of the moveable furniture piece, such that the wheel traverses parallel with the side ; wherein the second panel is provided with an opening dimensioned to receive the roller wheel assembly being provided with the wheel , wherein the first panel forms the rear panel of the moveable furniture piece .
A compound, being represented by formula II: wherein: X represents a substituent on a benzene ring, and is selected from the group consisting of -I, -Br, -CI, and -F; R 1 is C 2-10 alkyl substituted by cyclopropane or fluorine; and M is an organic amine ion or a meta! ion. X represents a substituent on a benzene ring, and is selected from the group consisting of -I, -Br, -CI, and -F; R 1 is C 2-10 alkyl substituted by cyclopropane or fluorine; and M is an organic amine ion or a meta! ion.
A filtration apparatus for filtrating particles from a liquid, the filtration apparatus comprising: - a filtration vessel ; - at least one filtering element for removing particles from liquid passing therethrough, the at least one filtering element being arranged to move along a path into the filtration vessel and out from the filtration vessel ; - a filtration inlet arranged to convey a mixture of particles and liquid to the at least one filtering element within the filtration vessel ; and - a filtration outlet arranged to convey liquid, filtrated by the at least one filtering element , out from the filtration vessel ; characterized in that the filtration apparatus further comprises: - a collection volume for receiving filtrated liquid from the filtration outlet ; and - a collection volume outlet arranged to convey filtrated liquid out from the collection volume ; wherein the collection volume is configured such that a weight of a liquid column of filtrated liquid accommodated inside the collection volume generates an underpressure downstream of the at least one filtering element to establish a differential pressure over the at least one filtering element inside the filtration vessel ; and wherein the filtration apparatus further comprises a pressure device arranged to control the differential pressure over the filtering element within the filtration vessel . - a filtration vessel ; - at least one filtering element for removing particles from liquid passing therethrough, the at least one filtering element being arranged to move along a path into the filtration vessel and out from the filtration vessel ; - a filtration inlet arranged to convey a mixture of particles and liquid to the at least one filtering element within the filtration vessel ; and - a filtration outlet arranged to convey liquid, filtrated by the at least one filtering element , out from the filtration vessel ; characterized in that the filtration apparatus further comprises: - a collection volume for receiving filtrated liquid from the filtration outlet ; and - a collection volume outlet arranged to convey filtrated liquid out from the collection volume ; - a collection volume for receiving filtrated liquid from the filtration outlet ; and - a collection volume outlet arranged to convey filtrated liquid out from the collection volume ; wherein the collection volume is configured such that a weight of a liquid column of filtrated liquid accommodated inside the collection volume generates an underpressure downstream of the at least one filtering element to establish a differential pressure over the at least one filtering element inside the filtration vessel ; and wherein the filtration apparatus further comprises a pressure device arranged to control the differential pressure over the filtering element within the filtration vessel .
An automatic analyzer (100; 100A-100G) comprising: an analyzer (20; 20A-20G) that analyzes a specimen; a supply unit that stores and supplies a liquid to be used by the analyzer (20; 20A-20G); an analyzer circulation system (5-8, 10) that circulates the liquid existing in the analyzer (20; 20A-20G) and the supply unit ; and a controller (50; 50A; 50B) that controls an operation of the automatic analyzer (100; 100A-100G), wherein the controller (50; 50A; 50B) switches a flow rate of the liquid circulated by the analyzer circulation system (5-8, 10) between a first flow rate in a normal state and a second flow rate different from the first flow rate, wherein the automatic analyzer (100; 100A-100G) further comprises a temperature adjuster that adjusts the temperature of the liquid within the analyzer circulation system (5-8, 10), the liquid within the analyzer circulation system (5-8, 10) is water, characterized in that the controller (50; 50A; 50B) heats the liquid to a temperature of 75°C or higher and higher than the temperature of the liquid in normal temperature adjustment by the temperature adjuster when a device power supply is turned off, or when the automatic analyzer (100; 100A-100G) is activated, or when the analysis is not planned for a certain time period or longer in the analyzer (20; 20A-20G), or at predetermined time intervals. an analyzer (20; 20A-20G) that analyzes a specimen; a supply unit that stores and supplies a liquid to be used by the analyzer (20; 20A-20G); an analyzer circulation system (5-8, 10) that circulates the liquid existing in the analyzer (20; 20A-20G) and the supply unit ; and a controller (50; 50A; 50B) that controls an operation of the automatic analyzer (100; 100A-100G), wherein the controller (50; 50A; 50B) switches a flow rate of the liquid circulated by the analyzer circulation system (5-8, 10) between a first flow rate in a normal state and a second flow rate different from the first flow rate, wherein the automatic analyzer (100; 100A-100G) further comprises a temperature adjuster that adjusts the temperature of the liquid within the analyzer circulation system (5-8, 10), the liquid within the analyzer circulation system (5-8, 10) is water, characterized in that the controller (50; 50A; 50B) heats the liquid to a temperature of 75°C or higher and higher than the temperature of the liquid in normal temperature adjustment by the temperature adjuster when a device power supply is turned off, or when the automatic analyzer (100; 100A-100G) is activated, or when the analysis is not planned for a certain time period or longer in the analyzer (20; 20A-20G), or at predetermined time intervals.
A catheter valve, in particular a self-closing catheter valve for use in urology, geriatrics and other disciplines, comprising a housing having an oval cross-section and a conical tube attachment stub onto which a catheter tube can be pushed, further comprising a valve tube member which at least partially passes through the housing , an actuating element , with which the valve can be brought into its open position and which acts on a spring element and is arranged largely inside the outer contour in the housing and is operable in the direction of the longitudinal axis of the oval cross-section to such effect that then the actuating element is operated the valve tube assumes its open position, and that the housing encloses a chamber in which the spring element closes off the valve tube member by deformation thereof, wherein the spring element is a curved spring, a tilt spring of which the entire length of one leg is braced on the inner wall of the chamber , characterized in that the legs of the spring element are flush, and that the flexible leg has shoulders on both longitudinal sides thereof.
Apparatus for semicontinuous production of an x°-tape from a 0°-tape, wherein the matrix material of the 0°-tape consists to an extent of at least 50 wt% of polycarbonate and wherein the 0°-tape has a thickness of 100 to 350 μm and wherein the x°-tape is a semifinished sheeting constructed from unidirectionally endless-fibre-reinforced sheeting sections, wherein the fibres in this semifinished sheeting are aligned at an angle x having a magnitude from non-0° to 90° inclusive to the running direction of the x°-tape, comprising the following main components: (A) a cutting device; (B) a handling device; (C 1 ; C 2 ; ... C n ) at least two joining devices, wherein the cutting device (A) is arranged upstream of the handling device (B), the handling device is arranged upstream of the at least two joining devices (C 1 ; C 2 ; ... C n ) and is suitable for alternatingly distributing the sheeting sections among the at least two joining devices (C 1 ; C 2 ; ... C n ) and the at least two joining devices (C 1 ; C 2 ; ... C n ) are arranged in parallel with one another, and wherein the cutting device (A) has precisely two or precisely three joining devices (C) assigned to it. (A) a cutting device; (B) a handling device; (C 1 ; C 2 ; ... C n ) at least two joining devices, wherein the cutting device (A) is arranged upstream of the handling device (B), the handling device is arranged upstream of the at least two joining devices (C 1 ; C 2 ; ... C n ) and is suitable for alternatingly distributing the sheeting sections among the at least two joining devices (C 1 ; C 2 ; ... C n ) and the at least two joining devices (C 1 ; C 2 ; ... C n ) are arranged in parallel with one another,
A work vehicle comprising an installation and removal structure for a support shaft member of a work vehicle , the work vehicle comprising: work equipment including a rotation member whose proximal end portion is coupled to a rotatable support shaft member ; a cabin disposed on one side of the work equipment ; and a storage part disposed on the other side of the work equipment , wherein the cabin comprises a floor member which constitutes a lower part of the cabin and a side wall which is arranged to stand on the floor member , characterized in that : a work hole is opened that extends from the side wall of the cabin on the work equipment side to the floor member , and the support shaft member is installable and removable through the work hole by inserting and extracting the support shaft member from the cabin side into and out of a cylindrical body to which the proximal end portion is fixed. a work hole is opened that extends from the side wall of the cabin on the work equipment side to the floor member , and the support shaft member is installable and removable through the work hole by inserting and extracting the support shaft member from the cabin side into and out of a cylindrical body to which the proximal end portion is fixed.
A pigment water dispersion comprising pigment-containing crosslinked polymer particles, in which a crosslinked polymer in the particles is a polymer that is crosslinked with a crosslinking agent represented by the following general formula : wherein R is an aliphatic hydrocarbon group having not less than 6 and not more than 14 carbon atoms; wherein the crosslinked polymer is a crosslinked product of a water-dispersible polymer which is obtained by crosslinking the water-dispersible polymer with the crosslinking agent represented by the general formula , and the water-dispersible polymer is a vinyl-based polymer comprising a constitutional unit derived from (a) a hydrophobic monomer and a constitutional unit derived from (b) an ionic monomer; wherein the hydrophobic monomer (a) means such a monomer having a solubility in 100 g of ion-exchanged water at 25°C of less than 10 g; wherein the ionic monomer (b) is such a monomer that an amount of either the monomer or a salt thereof which can be dissolved in 100 g of ion-exchanged water is more than 1 g as measured at 20°C, wherein the ionic monomer (b) contains a reactive group capable of reacting with the aforementioned crosslinking agent; and wherein a content of the crosslinked polymer in the pigment water dispersion is not less than 0.5% by mass and not more than 15% by mass. wherein the crosslinked polymer is a crosslinked product of a water-dispersible polymer which is obtained by crosslinking the water-dispersible polymer with the crosslinking agent represented by the general formula , and the water-dispersible polymer is a vinyl-based polymer comprising a constitutional unit derived from (a) a hydrophobic monomer and a constitutional unit derived from (b) an ionic monomer; wherein the hydrophobic monomer (a) means such a monomer having a solubility in 100 g of ion-exchanged water at 25°C of less than 10 g; wherein the ionic monomer (b) is such a monomer that an amount of either the monomer or a salt thereof which can be dissolved in 100 g of ion-exchanged water is more than 1 g as measured at 20°C, wherein the ionic monomer (b) contains a reactive group capable of reacting with the aforementioned crosslinking agent; and wherein a content of the crosslinked polymer in the pigment water dispersion is not less than 0.5% by mass and not more than 15% by mass.
A non-sintered positive electrode for an alkaline secondary battery, the non-sintered positive electrode being included in the alkaline secondary battery, the non-sintered positive electrode for the alkaline secondary battery being characterized in that the non-sintered positive electrode comprises: a positive electrode body including a positive electrode core member and a positive electrode mixture that is filled in the positive electrode core member ; and a surface layer existing on a surface part of the positive electrode body , the positive electrode mixture contains nickel hydroxide as a positive electrode active material, and the surface layer contains a pure nickel having a purity of 99.5% or more, or a nickel alloy in which the content of nickel is more than those of other elements, wherein the surface layer 42 is formed such that liquid permeability is secured. a positive electrode body including a positive electrode core member and a positive electrode mixture that is filled in the positive electrode core member ; and a surface layer existing on a surface part of the positive electrode body , the positive electrode mixture contains nickel hydroxide as a positive electrode active material, and the surface layer contains a pure nickel having a purity of 99.5% or more, or a nickel alloy in which the content of nickel is more than those of other elements, wherein the surface layer 42 is formed such that liquid permeability is secured.
A cooling device comprising - at least one cabinet wherein foodstuffs to be cooled are placed, - at least one door providing access into the cabinet , - at least one handle providing the door to be opened/closed, - at least two pairs of openings situated on the door , of which a first pair of openings is located on another lateral side of the door than a second pair of openings , wherein both ends of the handle are inserted through the first pair of openings and thus the handle is mounted to the door , and wherein the second pair of openings enables both ends of the handle to be inserted therethrough as an alternative to being inserted through the first pair of openings , for mounting the handle at a changed position to the door , - four carriers , each being disposed behind an opening and disposed on the inner surface of the door , at the level of each opening and providing for the handle to be able to be mounted to the door , characterized by at least two support members on at least one side of the door , wherein the support members are disposed between the carriers placed at the level of the second pair of openings and the door , each support member having a cover that almost entirely closes one of the second openings . - at least one cabinet wherein foodstuffs to be cooled are placed, - at least one door providing access into the cabinet , - at least one handle providing the door to be opened/closed, - at least two pairs of openings situated on the door , of which a first pair of openings is located on another lateral side of the door than a second pair of openings , wherein both ends of the handle are inserted through the first pair of openings and thus the handle is mounted to the door , and wherein the second pair of openings enables both ends of the handle to be inserted therethrough as an alternative to being inserted through the first pair of openings , for mounting the handle at a changed position to the door , - four carriers , each being disposed behind an opening and disposed on the inner surface of the door , at the level of each opening and providing for the handle to be able to be mounted to the door , characterized by at least two support members on at least one side of the door , wherein the support members are disposed between the carriers placed at the level of the second pair of openings and the door , each support member having a cover that almost entirely closes one of the second openings .
A device for controlling the flow of a fluid through a conduit from an upstream side of the device to a downstream side of the device, the device comprising: a housing having defined therein one or more valve apertures through which the flow of fluid is selectively controlled; a valve member mounted on the housing and arranged to move reciprocally to selectively open and close the one or more valve apertures, thereby controlling flow of the fluid through the one or more valve apertures; a seal arranged at or beyond a position the valve member reaches when the one or more valve apertures are all closed; characterised by a resilient member that acts to bias the seal towards the valve member; wherein the valve member is arranged to come into contact with the seal when the valve member reaches or passes the position at which the one or more valve apertures are all closed such that the valve member acts on the seal against the bias of the resilient member and the seal acts to provide a barrier to the flow of fluid between the upstream and downstream sides of the device. a housing having defined therein one or more valve apertures through which the flow of fluid is selectively controlled; a valve member mounted on the housing and arranged to move reciprocally to selectively open and close the one or more valve apertures, thereby controlling flow of the fluid through the one or more valve apertures; a seal arranged at or beyond a position the valve member reaches when the one or more valve apertures are all closed; characterised by a resilient member that acts to bias the seal towards the valve member; wherein the valve member is arranged to come into contact with the seal when the valve member reaches or passes the position at which the one or more valve apertures are all closed such that the valve member acts on the seal against the bias of the resilient member and the seal acts to provide a barrier to the flow of fluid between the upstream and downstream sides of the device.
A wireless communications method, comprising: sending first information, wherein the first information is carried in downlink control information, DCI, and is configured to trigger a terminal to perform aperiodic channel state information, CSI, reporting or quasi-periodic CSI reporting; determining a first uplink, UL, time domain location according to a time offset and a first downlink, DL, time domain location used as a start point, wherein a time unit length of the time offset is a time unit length of UL transmission used in CSI reporting, or a time unit length of DL transmission performed in the first DL time domain location; receiving CSI reported by the terminal in the first UL time domain location; and sending second information, wherein the second information is used for indicating the time offset to the terminal, and the second information and the first information are carried in the same DCI, characterized in that the first DL time domain location used as the start point comprises a downlink slot where a DCI signaling is located, and the time unit length of the time offset is a slot, wherein determining the first UL time domain location according to the time offset and the first DL time domain location used as the start point comprises: mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot. sending first information, wherein the first information is carried in downlink control information, DCI, and is configured to trigger a terminal to perform aperiodic channel state information, CSI, reporting or quasi-periodic CSI reporting; determining a first uplink, UL, time domain location according to a time offset and a first downlink, DL, time domain location used as a start point, wherein a time unit length of the time offset is a time unit length of UL transmission used in CSI reporting, or a time unit length of DL transmission performed in the first DL time domain location; receiving CSI reported by the terminal in the first UL time domain location; and sending second information, wherein the second information is used for indicating the time offset to the terminal, and the second information and the first information are carried in the same DCI, characterized in that the first DL time domain location used as the start point comprises a downlink slot where a DCI signaling is located, and the time unit length of the time offset is a slot, wherein determining the first UL time domain location according to the time offset and the first DL time domain location used as the start point comprises: mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot. mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot.
A battery module comprising: a cell stack including a plurality of pouch-type secondary batteries standing upright in up-down directions (±Z axis) and arranged in left-right directions (±Y axis); a busbar frame mounted on front and rear sides of the cell stack ; a bottom plate made of a thermally conductive material, the bottom plate supporting the cell stack below the cell stack ; a thermally conductive resin applied on an upper surface of the bottom plate before the cell stack is placed on the bottom plate ; and a fence member disposed in front-rear directions (X-axis) of the bottom plate outside of the thermally conductive resin to prevent the thermally conductive resin from leaking out in front-rear directions (X-axis) when placing the cell stack on the bottom plate , wherein the busbar frame has a lower end portion bent and extended in an inward direction of the upper surface of the bottom plate , and the fence member is provided at an end of the lower end portion of the busbar frame and placed on the upper surface of the bottom plate , wherein the fence member is provided in a form of a foam or a pad made of rubber and attached to the lower end portion of the busbar frame . a cell stack including a plurality of pouch-type secondary batteries standing upright in up-down directions (±Z axis) and arranged in left-right directions (±Y axis); a busbar frame mounted on front and rear sides of the cell stack ; a bottom plate made of a thermally conductive material, the bottom plate supporting the cell stack below the cell stack ; a thermally conductive resin applied on an upper surface of the bottom plate before the cell stack is placed on the bottom plate ; and a fence member disposed in front-rear directions (X-axis) of the bottom plate outside of the thermally conductive resin to prevent the thermally conductive resin from leaking out in front-rear directions (X-axis) when placing the cell stack on the bottom plate , wherein the busbar frame has a lower end portion bent and extended in an inward direction of the upper surface of the bottom plate , and the fence member is provided at an end of the lower end portion of the busbar frame and placed on the upper surface of the bottom plate ,