mhurhangee/patent-ind-claim-en huggingface dataset:
A food article slicing machine , comprising: a slicing station comprising a knife blade and a knife blade drive driving the knife blade along a cutting path in a cutting plane ; and a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path ; characterized in that : a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub ; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub . a slicing station comprising a knife blade and a knife blade drive driving the knife blade along a cutting path in a cutting plane ; and a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path ; characterized in that : a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub ; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub . a blade drive shaft is journaled for rotation by base tapered roller bearings or thrust bearings and distal tapered roller bearings or thrust bearings in order for the blade drive shaft to rotate with respect to a non-rotating bearing hub ; and the food article slicing machine further comprises a retraction mechanism configured to retract said knife blade from said cutting plane by sliding said non-rotating bearing hub within a stationary hub .
A liquid treatment method, comprising: - mixing a liquid with a drag reducing agent to form a mixture; - aging the mixture to obtain a predetermined condition in at least one of the liquid and the drag reducing agent, wherein an interaction between the liquid and the drag reducing agent causes the predetermined condition to occur, and wherein a majority of the aging occurs while the mixture is in a dynamic state; and - dispensing the aged mixture; characterised in that - the aging is performed in a coiled tubular wound into a spiral or helical shape around a spool . - mixing a liquid with a drag reducing agent to form a mixture; - aging the mixture to obtain a predetermined condition in at least one of the liquid and the drag reducing agent, wherein an interaction between the liquid and the drag reducing agent causes the predetermined condition to occur, and wherein a majority of the aging occurs while the mixture is in a dynamic state; and - dispensing the aged mixture; characterised in that - the aging is performed in a coiled tubular wound into a spiral or helical shape around a spool .
A distribution unit for milk samples, wherein the distribution unit comprises a flow passage , a valve controlled milk inlet port (p 1 ) through which milk is delivered to the flow passage , a pump port (pg) through which a sampling pump communicates with the flow passage , and at least two valve controlled milk sampling outlet ports (p 2 -p 5 ) through which milk samples are delivered from the flow passage to a respective milk sample analyzing unit (A-D), wherein the flow passage has a longitudinal extension between a first end and a second end , characterized in that said milk sampling outlet ports (p 2 -p 5 ) are connected to the flow passage in positions located between the connection position of the milk inlet port (p 1 ) and the connection position of the pump port (p 9 ).
A method of monitoring a seal, the seal being an abradable seal comprising an outer ring arrangement and an energiser for urging said outer ring arrangement against an opposing surface, wherein an outermost surface of said outer ring arrangement defines a sealing surface of said abradable seal , wherein said outer ring arrangement is configured such that after a first period of operation said sealing surface suddenly transitions from having a relatively large surface area to having a relatively small surface area, so as to cause a sudden increase in internal leakage across the seal at said transition, the method comprising: monitoring internal leakage across said abradable seal; and detecting a sudden increase in internal leakage due to said sealing surface transitioning from having a relatively large surface area to having a relatively small surface area. monitoring internal leakage across said abradable seal; and detecting a sudden increase in internal leakage due to said sealing surface transitioning from having a relatively large surface area to having a relatively small surface area.
Clamp apparatus , said clamp apparatus including band means which is annular or substantially annular in form, the band means having two opposing ends , protruding means protruding outwardly of the band means at each of the opposing ends , at least one of said protruding means is integrally formed with the band means ; wherein a profile of the band means and the protruding means , or the protruding means , defines at least one channel portion on an inner or inwardly facing surface thereof; the at least one channel portion including a base wall and two opposing side walls protruding outwardly from the base wall , the ends of the side walls opposite the base wall either having outwardly protruding flange portions to form a top hat arrangement, or having free ends and forming a fez arrangement; characterised in that : opposing inner surfaces of the flange portions of the protruding means in the top hat arrangement are arranged to engage directly with each other when the apparatus is in a clamped position in use; or spacing means are provided on, attached to, detachably attached to or associated with the protruding means and/or tensioning means for moving the apparatus between clamped and unclamped positions in use ; the spacing means provided between the opposing protruding means to provide the flange portions or free ends of the side walls of the protruding means a spaced distance apart from each other and to provide a contact surface for contact between the opposing inner surfaces of the flange portions or the free ends of the side walls of the protruding means and the spacing means when in a clamped position in use. opposing inner surfaces of the flange portions of the protruding means in the top hat arrangement are arranged to engage directly with each other when the apparatus is in a clamped position in use; or spacing means are provided on, attached to, detachably attached to or associated with the protruding means and/or tensioning means for moving the apparatus between clamped and unclamped positions in use ; the spacing means provided between the opposing protruding means to provide the flange portions or free ends of the side walls of the protruding means a spaced distance apart from each other and to provide a contact surface for contact between the opposing inner surfaces of the flange portions or the free ends of the side walls of the protruding means and the spacing means when in a clamped position in use.
A medical apparatus comprising: a basket device comprising a basket section , the basket section having a collapsed configuration and an extended configuration; and a sheath on the basket device , where the basket device and the sheath are configured to longitudinally slide relative to each other, where the basket section comprises at least two groups of loop petals comprising a first group including at least two first loop petals and a second group including at least two second loop petals , wherein the first loop petals have a different size than the second loop petals , and wherein at least two of the loop petals have a different length from the base to their distal end than at least one other of the loop petals , characterized in that the first group of loop petals are sized and shaped to be moved at a different rate than the second group of loop petals by the sheath as the basket device and the sheath are longitudinally slid relative to each other. a basket device comprising a basket section , the basket section having a collapsed configuration and an extended configuration; and a sheath on the basket device , where the basket device and the sheath are configured to longitudinally slide relative to each other, where the basket section comprises at least two groups of loop petals comprising a first group including at least two first loop petals and a second group including at least two second loop petals , wherein the first loop petals have a different size than the second loop petals , and wherein at least two of the loop petals have a different length from the base to their distal end than at least one other of the loop petals , characterized in that the first group of loop petals are sized and shaped to be moved at a different rate than the second group of loop petals by the sheath as the basket device and the sheath are longitudinally slid relative to each other.
A ship propelling apparatus comprising: a rear propeller fixed on a rotation shaft ; a front propeller supported rotatably on the rotation shaft in front of the rear propeller ; and a counter-rotating device configured to reverse rotation of the rotation shaft and transfer the reversed rotation to the front propeller , wherein the counter-rotating device comprises a gear box including therein a plurality of gears for reversing rotation of the front propeller and accommodated in an installation space formed in a tail of a ship , characterized in that the ship propelling apparatus further comprises a fixing flange provided at the front of the gear box and including a separation groove which is a through-groove, wherein the gear box is separated from the installation space by applying a force to the gear box by inserting a bolt into the separation groove ; and a coupling member which is coupled to the separation groove and into which a clamp bolt is inserted to fix the front of the gear box on the tail of the ship , wherein a plurality of separation grooves are formed along a marginal portion of the fixing flange that is in close contact with the gear box , wherein the gear box is separated from the installation space due to a force applied to the gear box by the bolt inserted into the separation groove in a state in which the clamp bolt and the coupling member are loosened from the separation groove , wherein the coupling member includes a screw thread in inner and outer marginal portions thereof and may be coupled to the separation groove . a rear propeller fixed on a rotation shaft ; a front propeller supported rotatably on the rotation shaft in front of the rear propeller ; and a counter-rotating device configured to reverse rotation of the rotation shaft and transfer the reversed rotation to the front propeller , wherein the counter-rotating device comprises a gear box including therein a plurality of gears for reversing rotation of the front propeller and accommodated in an installation space formed in a tail of a ship , characterized in that the ship propelling apparatus further comprises a fixing flange provided at the front of the gear box and including a separation groove which is a through-groove, wherein the gear box is separated from the installation space by applying a force to the gear box by inserting a bolt into the separation groove ; and a coupling member which is coupled to the separation groove and into which a clamp bolt is inserted to fix the front of the gear box on the tail of the ship , wherein a plurality of separation grooves are formed along a marginal portion of the fixing flange that is in close contact with the gear box , wherein the gear box is separated from the installation space due to a force applied to the gear box by the bolt inserted into the separation groove in a state in which the clamp bolt and the coupling member are loosened from the separation groove , wherein the coupling member includes a screw thread in inner and outer marginal portions thereof and may be coupled to the separation groove .
A method for manufacturing a composite using a preform comprising: a structural component comprising reinforcement fibers; a toughening element comprising resin-soluble thermoplastic fibers; wherein the toughening element is in the form of a plurality of non-woven veils in contact with the structural component; wherein said toughening element is placed in the area requiring additional toughening; wherein the composite is manufactured by resin infusion with a curable resin matrix; and wherein the curable resin matrix is an epoxy; wherein the resin-soluble thermoplastic is a polyethersulphone or polyetherethersulphone polyethersulphone-etherketone; wherein the toughening element is in a solid phase and undergoes at least partial phase transition to fluid phase when contacted with the curable resin matrix in which it is soluble at a first temperature for dissolution, which first temperature is less than a second temperature for substantial onset of curing; wherein the structural component is provided in the form of a plurality of adjacent reinforcement fiber layers and wherein the plurality of veils is interposed between pairs of adjacent reinforcement fiber layers. a structural component comprising reinforcement fibers; a toughening element comprising resin-soluble thermoplastic fibers; wherein the toughening element is in the form of a plurality of non-woven veils in contact with the structural component; wherein said toughening element is placed in the area requiring additional toughening; wherein the composite is manufactured by resin infusion with a curable resin matrix; and wherein the curable resin matrix is an epoxy; wherein the resin-soluble thermoplastic is a polyethersulphone or polyetherethersulphone polyethersulphone-etherketone; wherein the toughening element is in a solid phase and undergoes at least partial phase transition to fluid phase when contacted with the curable resin matrix in which it is soluble at a first temperature for dissolution, which first temperature is less than a second temperature for substantial onset of curing; wherein the structural component is provided in the form of a plurality of adjacent reinforcement fiber layers and wherein the plurality of veils is interposed between pairs of adjacent reinforcement fiber layers.
Press roller for a roller press, more particularly for the briquetting, compacting or grinding of granular material, with a roller core and, circumferentially fastened on the roller core 1, a roller shell, which is composed of a plurality of segments distributed over the circumference with end surfaces facing each other, wherein frontally the segments comprise circumferential clamping shoulders with first clamping surfaces and wherein frontally the segments are each detachably fastened to the roller core with a fastening ring which spans the clamping shoulders of the segments , characterised in that on their front surfaces and/or clamping shoulders the segments comprise, in the front surface edge areas facing the end surfaces , outer material reinforcements which protrude outwards in the radial direction in relation to the first clamping surface and in the axial direction in relation to the end surface , so that in the circumferential direction between each two material reinforcements a pocket-like indent is formed, wherein in the pocket-shaped indents the first clamping surfaces are arranged, abutting which are second clamping surfaces of the fastening ring .
Server systems including a web meeting system that provides an online meeting service, a cloud print service and a print plug-in server , the web meeting system comprising: a storage means configured to store an online meeting identifier, file information about a file to be shared in an online meeting corresponding to the online meeting identifier, and meeting information in which the online meeting identifier and the file information are registered in association with each other; and a web meeting control unit configured to share contents of the file with an information processing apparatus operated by a user attending an online meeting corresponding to the online meeting identifier, wherein the contents of the file is to be displayed by the information processing apparatus; characterized in that the print plug-in server comprises: a file operation unit configured to acquire, based on the online meeting identifier corresponding to the online meeting which the user is attending, the file information stored in association with the online meeting identifier in the storage means; and a UI generation/operation reception unit configured to cause the information processing apparatus to display a print file selection screen using the acquired file information, in which the file is selectable as a file to be printed through the cloud print service. a storage means configured to store an online meeting identifier, file information about a file to be shared in an online meeting corresponding to the online meeting identifier, and meeting information in which the online meeting identifier and the file information are registered in association with each other; and a web meeting control unit configured to share contents of the file with an information processing apparatus operated by a user attending an online meeting corresponding to the online meeting identifier, wherein the contents of the file is to be displayed by the information processing apparatus; a file operation unit configured to acquire, based on the online meeting identifier corresponding to the online meeting which the user is attending, the file information stored in association with the online meeting identifier in the storage means; and a UI generation/operation reception unit configured to cause the information processing apparatus to display a print file selection screen using the acquired file information, in which the file is selectable as a file to be printed through the cloud print service.
A connection system, comprising at least one tube element ; an expansion body having at least one slot ; a screw element screwable into a internal thread of a passage opening of the expansion body, by means of which the expansion body is expandable for clamping-type fixing inside the tube element; and a connection body connectable to the expansion body, wherein the expansion body is a sleeve body , the internal thread extends diametrically opposite to the at least one slot , and the screw element acts on the edge regions limiting the slot to expand the latter when the sleeve body is fixed in clamping manner inside the tube element , characterized in that the sleeve body has a peripheral wall of hollow-cylindrical geometry, wherein a first end region is open and the opposite second end region has a bottom wall which can be passed through by a connection element connectable to the connection body , in that the peripheral wall has at least two cutouts limiting a peripheral wall section in which the internal thread extends, and in that each cutout has an outer first section starting from the open end region and extending in the longitudinal axis direction of the sleeve body and an inner second section on the bottom wall side which is widened in its cross-section relative to the outer section such that the peripheral wall section having the passage opening with the internal thread has on the bottom wall side a lesser extent than in the end edge region when viewed in planes parallel to the bottom wall .
Process to manufacture an interconnected stack of thermoplastic frames having two sides by stacking the thermoplastic frames to obtain a stack of frames such that the facing sides of two neighbouring frames are in contact with each other at a contact area, wherein as a result of stacking the frames and as a result of at least one opening present in the frame at least one longitudinal conduit is formed which runs along the length of the stack , wherein as a result of stacking the frames and as a result of an elongated gutter as present on or in at least one side of the frame at the contact area a branched conduit is formed at the contact area, which branched conduit is fluidly connected to the longitudinal conduit , and wherein a pressurised melt of a plastic material is supplied to the elongated conduit and branched conduits while the stack is held together by external means to obtain the interconnected stack of thermoplastic frames. stacking the thermoplastic frames to obtain a stack of frames such that the facing sides of two neighbouring frames are in contact with each other at a contact area, wherein as a result of stacking the frames and as a result of at least one opening present in the frame at least one longitudinal conduit is formed which runs along the length of the stack , wherein as a result of stacking the frames and as a result of an elongated gutter as present on or in at least one side of the frame at the contact area a branched conduit is formed at the contact area, which branched conduit is fluidly connected to the longitudinal conduit , and wherein a pressurised melt of a plastic material is supplied to the elongated conduit and branched conduits while the stack is held together by external means to obtain the interconnected stack of thermoplastic frames.