mhurhangee/patent-ind-claim-en huggingface dataset:
A bag-making and packaging apparatus in which a bag (B) in which an article is packaged is formed from a packaging material (F) while the packaging material is conveyed, the bag-making and packaging apparatus comprising: a printing part to print predetermined information on the packaging material before the bag is formed; characterised in that the bag-making and packaging apparatus further comprises: a first receiving part which is used in a first printing mode to print on the packaging material during conveyance thereof, without stopping conveyance of the packaging material; a second receiving part which is used in a second printing mode to print on the stopped packaging material at a timing at which conveyance of the packaging material is stopped; and a retaining part to retain at least one of the first receiving part and the second receiving part , the retaining part retaining at least one of the first receiving part and the second receiving part so that the first receiving part and the printing part face each other with the packaging material disposed therebetween in the first printing mode, and the second receiving part and the printing part face each other with the packaging material disposed therebetween in the second printing mode. a printing part to print predetermined information on the packaging material before the bag is formed; a first receiving part which is used in a first printing mode to print on the packaging material during conveyance thereof, without stopping conveyance of the packaging material; a second receiving part which is used in a second printing mode to print on the stopped packaging material at a timing at which conveyance of the packaging material is stopped; and a retaining part to retain at least one of the first receiving part and the second receiving part , the retaining part retaining at least one of the first receiving part and the second receiving part so that the first receiving part and the printing part face each other with the packaging material disposed therebetween in the first printing mode, and the second receiving part and the printing part face each other with the packaging material disposed therebetween in the second printing mode.
A container system for mixing two or more substances comprising: (a) a main container for holding one or more first substances , said main container having a first upper opening ; (b) a storage repository for holding one or more second substances , said storage repository positioned within and coupled to said main container , and including a lip defining a second upper opening , said lip having an outside diameter smaller than the diameter of the first upper opening ; (c) a mixing blade , said mixing blade having an outside diameter smaller than the diameter of the first upper opening and an inside diameter smaller than the outside diameter of said lip , said mixing blade having a plurality of openings ; and (d) a releasable liner covering said second upper opening ; (e) wherein said lip forms a seal with a lower surface of said releasable liner , characterized in that at least a portion of said mixing blade contacts an upper surface of said releasable liner . (a) a main container for holding one or more first substances , said main container having a first upper opening ; (b) a storage repository for holding one or more second substances , said storage repository positioned within and coupled to said main container , and including a lip defining a second upper opening , said lip having an outside diameter smaller than the diameter of the first upper opening ; (c) a mixing blade , said mixing blade having an outside diameter smaller than the diameter of the first upper opening and an inside diameter smaller than the outside diameter of said lip , said mixing blade having a plurality of openings ; and (d) a releasable liner covering said second upper opening ; (e) wherein said lip forms a seal with a lower surface of said releasable liner , characterized in that at least a portion of said mixing blade contacts an upper surface of said releasable liner .
An apparatus for chemical separations, comprising: a rigid microfluidic substrate (250, 250-1, 250-2) having an outlet aperture for outputting an eluent of a sample; a spray unit having an inlet to receive the eluent and an outlet to emit a spray of the eluent, and comprising a deformable portion defining the inlet, wherein an elastic modulus of the deformable portion is lower than an elastic modulus of the microfluidic substrate (250, 250-1, 250-2); a force-applying unit provided by a spring and disposed to urge the deformable portion in contact with the substrate (250, 250-1, 250-2) to form a fluid-tight seal, characterized in that said apparatus comprises an alignment fitting disposed adjacent to the outlet aperture of the microfluidic substrate (250, 250-1, 250-2) for receiving and disposing the deformable portion of the spray unit in alignment with the outlet aperture; and a connector fitting attached to the alignment fitting , wherein the connector fitting and the force-applying unit cooperatively fix the spray unit in a position relative to the substrate (250, 250-1, 250-2). a rigid microfluidic substrate (250, 250-1, 250-2) having an outlet aperture for outputting an eluent of a sample; a spray unit having an inlet to receive the eluent and an outlet to emit a spray of the eluent, and comprising a deformable portion defining the inlet, wherein an elastic modulus of the deformable portion is lower than an elastic modulus of the microfluidic substrate (250, 250-1, 250-2); a force-applying unit provided by a spring and disposed to urge the deformable portion in contact with the substrate (250, 250-1, 250-2) to form a fluid-tight seal, characterized in that said apparatus comprises an alignment fitting disposed adjacent to the outlet aperture of the microfluidic substrate (250, 250-1, 250-2) for receiving and disposing the deformable portion of the spray unit in alignment with the outlet aperture; and a connector fitting attached to the alignment fitting , wherein the connector fitting and the force-applying unit cooperatively fix the spray unit in a position relative to the substrate (250, 250-1, 250-2).
Device for coupling ionisation energy into an ion or electron source, which is excited inductively or inductively-capacitively, and which comprises - a discharge vessel for a gas to be ionized, - a coupling coil , which is wound around the discharge vessel for feeding a high-frequency energy, which is required for plasma excitation, - a coupling capacitor , which is electrically coupled to the coupling coil , - a high-frequency generator , which is electrically coupled to the coupling coil and which forms together with the at least one coupling capacitor a resonant circuit, the high-frequency generator including a PLL controller for automatic impedance matching of the resonant circuit, so that the resonant circuit can be driven at a resonant frequency, wherein the at least one coupling capacitor and the coupling coil are connected to the high-frequency generator via a transformer , wherein on the primary side the transformer is capacitively coupled to the high-frequency generator and on the secondary side forms the resonant circuit with the at least one coupling capacitor and the coupling coil , characterized in that the high-frequency generator is connected to the coupling coil without interposing an impedance matching network. - a discharge vessel for a gas to be ionized, - a coupling coil , which is wound around the discharge vessel for feeding a high-frequency energy, which is required for plasma excitation, - a coupling capacitor , which is electrically coupled to the coupling coil , - a high-frequency generator , which is electrically coupled to the coupling coil and which forms together with the at least one coupling capacitor a resonant circuit, the high-frequency generator including a PLL controller for automatic impedance matching of the resonant circuit, so that the resonant circuit can be driven at a resonant frequency,
Plate insertion system for wood processing machines , designed for inserting plate-type workpieces of wood or wood substitutes, comprising: a workpiece table with a workpiece shelf surface, a plurality of workpiece gripping devices which are designed to grip the workpiece and move it on the workpiece table in an insertion direction (X) parallel to the workpiece shelf, wherein at least two of the plurality of workpiece gripping devices are configured as clamping jaws each with two limb portions which are angled towards one another, wherein each limb portion has a contact bearing region which is designed for bearing against the narrow side of a plate-type workpiece , and wherein the clamping jaws are mounted for displacement in the insertion direction (X), wherein the at least two clamping jaws are additionally displaceable in a transverse direction (Y) transversely, in particular, perpendicularly, to the insertion direction (X) and parallel to the workpiece shelf, characterised in that a further workpiece gripping device is provided which is displaceable at least in the insertion direction (X) and is likewise configured as a clamping jaw with in each case two limb portions which are angled towards one another, wherein each limb portion has a contact bearing region which is designed for bearing against the narrow side of the plate-type workpiece , and/or the further workpiece gripping device comprises a contact bearing section which enables a narrow side of the workpiece to bear at an angle to the insertion direction (X). a workpiece table with a workpiece shelf surface, a plurality of workpiece gripping devices which are designed to grip the workpiece and move it on the workpiece table in an insertion direction (X) parallel to the workpiece shelf, wherein at least two of the plurality of workpiece gripping devices are configured as clamping jaws each with two limb portions which are angled towards one another, wherein each limb portion has a contact bearing region which is designed for bearing against the narrow side of a plate-type workpiece , and wherein the clamping jaws are mounted for displacement in the insertion direction (X), wherein the at least two clamping jaws are additionally displaceable in a transverse direction (Y) transversely, in particular, perpendicularly, to the insertion direction (X) and parallel to the workpiece shelf, characterised in that a further workpiece gripping device is provided which is displaceable at least in the insertion direction (X) and is likewise configured as a clamping jaw with in each case two limb portions which are angled towards one another, wherein each limb portion has a contact bearing region which is designed for bearing against the narrow side of the plate-type workpiece , and/or the further workpiece gripping device comprises a contact bearing section which enables a narrow side of the workpiece to bear at an angle to the insertion direction (X).
A screw cap container comprising a container main body (A) and a screw cap (B, C, D, E), wherein the container main body (A) includes a mouth tubular portion , which is provided on an outer circumference thereof with slope screw portions configured to be screwed to the screw cap (B, C, D, E), the slope screw portions are configured by upper screw protrusions disposed at three or more different positions at an equal interval in a top view thereof; lower long screw protrusions having left end positions same as left end positions of the upper screw protrusions , being disposed a predetermined height below and in parallel with the upper screw protrusions , and each having a length longer than a length of each upper screw protrusion ; and oblique screw protrusions extending obliquely in an upper right direction from right ends of the lower long screw protrusions and each being connected to a left end of a different one of the upper screw protrusions , the screw cap (B, C, D, E) includes a top wall and an outer circumferential wall suspended from an outer edge of the top wall , and the outer circumferential wall is provided on an inner circumference thereof with cap screw protrusions disposed at an equal interval and at an equal height in the same number as the number of the upper screw protrusions and thus configured to be screwed with the slope screw portions of the container main body (A), characterized in that the slope screw portions protrude as three or more ridges being not interconnected. the container main body (A) includes a mouth tubular portion , which is provided on an outer circumference thereof with slope screw portions configured to be screwed to the screw cap (B, C, D, E), the slope screw portions are configured by upper screw protrusions disposed at three or more different positions at an equal interval in a top view thereof; lower long screw protrusions having left end positions same as left end positions of the upper screw protrusions , being disposed a predetermined height below and in parallel with the upper screw protrusions , and each having a length longer than a length of each upper screw protrusion ; and oblique screw protrusions extending obliquely in an upper right direction from right ends of the lower long screw protrusions and each being connected to a left end of a different one of the upper screw protrusions , the screw cap (B, C, D, E) includes a top wall and an outer circumferential wall suspended from an outer edge of the top wall , and the outer circumferential wall is provided on an inner circumference thereof with cap screw protrusions disposed at an equal interval and at an equal height in the same number as the number of the upper screw protrusions and thus configured to be screwed with the slope screw portions of the container main body (A), characterized in that the slope screw portions protrude as three or more ridges being not interconnected.
A piston ring with a piston ring gap used for an internal combustion engine, the piston ring comprising: a chamfered edge continuous to each of a pair of piston ring end faces facing each other across the piston ring gap and an outer peripheral surface of the piston ring, characterised in that the chamfered edge has a curved shape.
Prechamber spark plug, having a housing a central electrode and an earth electrode , wherein electrical voltage can be applied to the central electrode via a supply line which extends at least partially in an insulator , and wherein the housing comprises a first housing portion and a second housing portion and receives at least a portion of the insulator therein, characterised in that the first housing portion which faces a combustion chamber has a deformation region in order to tension the insulator within the first housing portion and the second housing portion .
A rubber-metal adhesion promoter comprising a compound represented by the following general formula (A): [Chemical Formula 1] [(RCOO) 3 MO] 3 Z (A) (wherein Z represents a structure selected from the following formulae (z-1) to (z-4); M represents titanium or zirconium; and (RCOO) represents a residue of an aliphatic carboxylic acid having 2 to 25 carbon atoms).
A linear actuator having a spindle nut and spindle as well as having a bearing plate in which a bearing is received for rotatable mounting of the spindle nut , wherein the spindle is screwed into the spindle nut , wherein the spindle nut is rotatably mounted by means of the bearing received in the bearing plate , wherein the spindle nut is connected in a rotationally-fixed manner to a first pulley of a belt drive, which pulley engages or is connected to a belt of the belt drive in a force-locked manner, wherein the belt engages or is connected to a pulley spaced apart from the first pulley , wherein the second pulley is connected to the rotor shaft of an electric motor in a rotationally-fixed manner, wherein first protuberances projecting in a transverse direction to the axis of the spindle are formed at the bearing plate and are for connection by means of a cardan joint to a device to be driven, wherein two joint parts connected to one another have second protuberances projecting in a transverse direction to the axis of the spindle , wherein the second protuberances are oriented perpendicularly to the first protuberances, characterised in that each of the joint parts has an opening into which in each case there is inserted one of the first protuberances, and in that for centering of the two joint parts relative to one another, bolts in each case project at both sides into openings of the joint parts . wherein the spindle is screwed into the spindle nut , wherein the spindle nut is rotatably mounted by means of the bearing received in the bearing plate , wherein the spindle nut is connected in a rotationally-fixed manner to a first pulley of a belt drive, which pulley engages or is connected to a belt of the belt drive in a force-locked manner, wherein the belt engages or is connected to a pulley spaced apart from the first pulley , wherein the second pulley is connected to the rotor shaft of an electric motor in a rotationally-fixed manner, wherein first protuberances projecting in a transverse direction to the axis of the spindle are formed at the bearing plate and are for connection by means of a cardan joint to a device to be driven, wherein two joint parts connected to one another have second protuberances projecting in a transverse direction to the axis of the spindle , wherein the second protuberances are oriented perpendicularly to the first protuberances, characterised in that each of the joint parts has an opening into which in each case there is inserted one of the first protuberances, and in that for centering of the two joint parts relative to one another, bolts in each case project at both sides into openings of the joint parts .
A thermal type flow meter , comprising: - a base part provided with at least two through bores extending substantially parallel to each other; - a flow tube for the medium whose flow is to be determined, which flow tube extends through the at least two through bores , wherein a part of the flow tube spaced from the base part comprises a measuring tube part where the flow of the medium can be measured; - an insulating housing connected to the base part , which surrounds at least the measuring tube part of the flow tube, the insulating housing comprising an inner housing surface , which faces the measuring tube part , as well as an outer housing surface , which faces away from the measuring tube part ; wherein the flow meter comprises a cover element connected to the base part , which cover element surrounds the insulating housing ; and wherein the cover element comprises an inner cover surface which faces the outer housing surface and which is spaced therefrom by a distance such that an insulating layer is formed between the inner cover surface and the outer housing surface ; characterised in that the spacing between the inner cover surface and the outer housing surface is substantially constant. - a base part provided with at least two through bores extending substantially parallel to each other; - a flow tube for the medium whose flow is to be determined, which flow tube extends through the at least two through bores , wherein a part of the flow tube spaced from the base part comprises a measuring tube part where the flow of the medium can be measured; - an insulating housing connected to the base part , which surrounds at least the measuring tube part of the flow tube, the insulating housing comprising an inner housing surface , which faces the measuring tube part , as well as an outer housing surface , which faces away from the measuring tube part ;
Furnace plant comprising a furnace for production of liquid metal and a discharge line for furnace gas with a wet scrubber and a mist eliminator downstream of the wet scrubber, wherein the mist eliminator comprises a serial arrangement of an upstream non-swirling separating device for larger droplets and a downstream non-swirling separating device for smaller droplets; wherein the upstream non-swirling separating device comprises at least one series of parallel baffles profiled to define zigzag flow paths; and wherein the downstream non-swirling separating device comprises a grid mesh and/or a knit mesh with a second vane-type mist eliminator.
A method of providing a video stream from a system comprising a main unit and a plurality of sensors , wherein the main unit is configured to receive data from the plurality of sensors , the method comprising the steps of: transmitting a multi-view video stream from the main unit to a client , wherein the multi-view video stream represents a multi-view composed of sensor data views from the plurality of sensors in the system ; receiving , in the main unit , a command from the client representing a zoom-in operation; computing an updated multi-view according to the received command ; evaluating if the updated multi-view includes an area outside a dominating sensor data view in the updated multi-view that is greater than a predetermined threshold, wherein the dominating sensor data view is the sensor data view that occupies the largest area of the updated multi-view; if the area outside the dominating sensor data view is greater than the predetermined threshold, transmitting a multi-view video stream representing the updated multi-view ; if the area outside the dominating sensor data view is less than, or equal to, the predetermined threshold, transmitting a single-view video stream representing the dominating sensor data view . transmitting a multi-view video stream from the main unit to a client , wherein the multi-view video stream represents a multi-view composed of sensor data views from the plurality of sensors in the system ; receiving , in the main unit , a command from the client representing a zoom-in operation; computing an updated multi-view according to the received command ; evaluating if the updated multi-view includes an area outside a dominating sensor data view in the updated multi-view that is greater than a predetermined threshold, wherein the dominating sensor data view is the sensor data view that occupies the largest area of the updated multi-view; receiving , in the main unit , a command from the client representing a zoom-in operation; computing an updated multi-view according to the received command ; evaluating if the updated multi-view includes an area outside a dominating sensor data view in the updated multi-view that is greater than a predetermined threshold, wherein the dominating sensor data view is the sensor data view that occupies the largest area of the updated multi-view; if the area outside the dominating sensor data view is greater than the predetermined threshold, transmitting a multi-view video stream representing the updated multi-view ; if the area outside the dominating sensor data view is less than, or equal to, the predetermined threshold, transmitting a single-view video stream representing the dominating sensor data view .