mhurhangee/ep-ind-claims huggingface dataset:
An endoscope having an elongated tube for entry in a body cavity, comprising: a tip device, disposed at a distal end of said elongated tube, and having a flat end surface extending perpendicularly to an axial direction of said elongated tube; a viewing window unit, disposed to project from said end surface, for imaging of an object in said body cavity; a nozzle device, disposed on said end surface, for ejecting fluid (49, 50) toward said viewing window unit; a lighting window unit (38a, 38b), formed with said end surface, disposed in an ejection path (59, 60) of said nozzle device, for applying light to said object; a suction opening, formed in said end surface, for suction of fluid from said body cavity; a tapered surface, formed around said viewing window unit, and inclined toward said end surface; an inclined guide surface, formed to extend from said tapered surface with an inclination between said viewing window unit and said suction opening, for guiding said fluid, characterized by the inclined guide surface being formed between the lighting window unit and the nozzle device and on the straight line passing the centers of the viewing window unit and the suction opening, and by further comprising a concave side surface formed laterally with said inclined guide surface, opposed to said nozzle device, and curved concavely, the concave side surface being inclined in a tapered manner with respect to the flat end surface. a tip device, disposed at a distal end of said elongated tube, and having a flat end surface extending perpendicularly to an axial direction of said elongated tube; a viewing window unit, disposed to project from said end surface, for imaging of an object in said body cavity; a nozzle device, disposed on said end surface, for ejecting fluid (49, 50) toward said viewing window unit; a lighting window unit (38a, 38b), formed with said end surface, disposed in an ejection path (59, 60) of said nozzle device, for applying light to said object; a suction opening, formed in said end surface, for suction of fluid from said body cavity; a tapered surface, formed around said viewing window unit, and inclined toward said end surface; an inclined guide surface, formed to extend from said tapered surface with an inclination between said viewing window unit and said suction opening, for guiding said fluid,
A shroud hanger assembly, comprising: a shroud hanger having a forward leg, a rearward leg and a web extending between said forward and rearward legs; an arm depending from said web and having an axially extending portion; a shroud formed of a low thermal coefficient of thermal expansion material extending from said forward leg toward said rearward leg, characterized in the shroud having a pocket for receiving said axially extending portion; and, a retainer depending from said rearward leg; and, a conformal seal engaging a radially extending portion of said shroud and applying an axial force to said shroud in an axial direction to maintain said arm in said pocket. a shroud hanger having a forward leg, a rearward leg and a web extending between said forward and rearward legs; an arm depending from said web and having an axially extending portion; a shroud formed of a low thermal coefficient of thermal expansion material extending from said forward leg toward said rearward leg, characterized in the shroud having a pocket for receiving said axially extending portion; and, a retainer depending from said rearward leg; and, a conformal seal engaging a radially extending portion of said shroud and applying an axial force to said shroud in an axial direction to maintain said arm in said pocket.
A refuse collection door assembly suitable for use with a refuse collection compartment, the refuse collection door assembly comprising an inner plate and an outer plate arranged adjacent each other; whereby, the inner plate is hinged along its uppermost edge to the refuse collection compartment, and, the outer plate is hinged along its lowermost edge to the refuse collection compartment; the outer plate comprising a refuse receiving through hole which allows refuse to pass through to the refuse collection compartment; and the outer plate comprises elements provided adjacent an uppermost edge of the outer plate which engage against the inner plate when the outer plate is rotated toward the inner plate, characterised in that the elements on the outer plate are friction reducing elements comprising rollers and the inner plate comprises securing arms having a slight curvature provided on an outer face of the inner plate to accept the rollers when the inner plate is in its closed position, and due to the slight curvature of the securing arms, the rollers when abutting against the securing arms cause the securing arms to pull on the inner plate and urge the inner plate to rotate outwardly towards the outer plate.
A moon phase display watch comprising: a first member configured to make one rotation per day; a second member configured to rotate coaxially with the first member and to make M-1rotations every M days, the M days being a period of a synodic month; a moon phase indicating part (221, 222, 223) provided at one of the first member and the second member, the moon phase indicating part being configured to indicate a moon phase; and a moon phase pointing part provided at the other of the first member and the second member, the moon phase pointing part being configured to point to the moon phase indicating part; wherein the M is 29.53059. a first member configured to make one rotation per day; a second member configured to rotate coaxially with the first member and to make M-1rotations every M days, the M days being a period of a synodic month; a moon phase indicating part (221, 222, 223) provided at one of the first member and the second member, the moon phase indicating part being configured to indicate a moon phase; and a moon phase pointing part provided at the other of the first member and the second member, the moon phase pointing part being configured to point to the moon phase indicating part; wherein the M is 29.53059.
A silane or silane blend, obtainable by reaction of a hydrolyzable silane represented by the formula SiR 4, wherein R is a hydrolytically condensable group or hydroxy, with a compound R* x, wherein x is 1, 2, 3 or larger than 3, R* is a straight-chain or branched hydrocarbon skeleton which is monovalent, divalent, trivalent or multivalent, depending on the number of x, and which has a hydrocarbon-containing chain interrupted by at least two -C O-groups, wherein in the individual hydrocarbon units formed by the interruptions, up to 8 carbon atoms succeed each other, and the end or, in case of branched structures, at least one end of the hydrocarbon-containing chain remote from the only hydroxyl group or of one of the hydroxyl groups, carries an organically polymerizable group, wherein the compound R* x is otherwise unsubstituted or comprises further substituents, provided the following silanes are excluded: silicon-tetra(dicaprylethoxy acrylate) and
A pin spanner tool for use with a driver having a center of rotation, comprising: an arm assembly (47, 48) comprising a driven arm, and a a floating arm, said arm assembly having a center of rotation; a bolt connecting said driven arm and said floating arm, characterised in that when the bolt is turned, the driven arm turns, the floating arm being free to rotate independently from the bolt rotation; and wherein the bolt is provided at the centre of rotation of said arm assembly, so that when a driver is used to exert force about the centre of rotation of the bolt, said force is exerted upon the centre of rotation of the arm assembly.. an arm assembly (47, 48) comprising a driven arm, and a a floating arm, said arm assembly having a center of rotation; a bolt connecting said driven arm and said floating arm, characterised in that when the bolt is turned, the driven arm turns, the floating arm being free to rotate independently from the bolt rotation; and wherein the bolt is provided at the centre of rotation of said arm assembly, so that when a driver is used to exert force about the centre of rotation of the bolt, said force is exerted upon the centre of rotation of the arm assembly..
A method for determining a size of a peer-to-peer overlay network, the method comprising: inferring that a first node is leaving the overlay network; transmitting a decrement message to be stored at a data key of a size counter to decrement a size counter value; determining that a second node is joining the overlay network; and transmitting an increment message to be stored at the data key of the size counter to increment the size counter value, wherein the data key is obtained by hashing a well known string to represent a unique previously agreed upon counter variable of the size counter maintained in a distributed hash table of the peer-to-peer overlay network. inferring that a first node is leaving the overlay network; transmitting a decrement message to be stored at a data key of a size counter to decrement a size counter value; determining that a second node is joining the overlay network; and transmitting an increment message to be stored at the data key of the size counter to increment the size counter value, wherein the data key is obtained by hashing a well known string to represent a unique previously agreed upon counter variable of the size counter maintained in a distributed hash table of the peer-to-peer overlay network.
A manufacturing system comprising a manufacturing apparatus, and an operation terminal apparatus capable of communicating with the manufacturing apparatus, wherein an ID tag including ID information on the manufacturing apparatus is attached to the manufacturing apparatus, and the operation terminal apparatus comprises: an ID reader configured for reading the ID information from the ID tag; and control means configured to allow the manufacturing apparatus to be operated only after reading the ID information from the ID tag by the ID reader, characterized in that, when the ID information is a predetermined value, the operation terminal apparatus is configured to receive an ID address number from the manufacturing apparatus, and when the received ID address number is a value representing that an operation right for the manufacturing apparatus has not been acquired, the operation terminal apparatus is configured to transmit a value for identifying the operation terminal apparatus to the manufacturing apparatus, the manufacturing apparatus is configured to write, as the ID address number, instead of the value that the operation right for the manufacturing apparatus has not been acquired, the value for identifying the operation terminal apparatus received from the operation terminal apparatus, and the manufacturing apparatus that has written the value for identifying the operation terminal apparatus is operable by the operation terminal apparatus of which the value for identifying the operation terminal apparatus has been written by the manufacturing apparatus.
Planar drive system, comprising at least a stator assembly, each having a plurality of coil groups for generating a stator magnetic field, a stator surface above the stator assembly, a rotor and a safety system, wherein the rotor comprises a plurality of magnet assemblies for generating a rotor magnetic field, wherein, in a first operating state, the rotor may be moved above the stator surface in parallel with regard to the stator surface with the aid of an interaction of the stator magnetic field with the rotor magnetic field, wherein, in a second operating state, the rotor is at least restricted in terms of its movability in parallel with regard to the stator surface by an active safety system, wherein, in the second operating state, the rotor is further at least restricted in terms of its movability perpendicularly with regard to the stator surface by the safety system, wherein the safety system comprises an active safety device, wherein the active safety device restricts the rotor in its movability, wherein the active safety device comprises a first movable barrier between a first region of the stator surface and a second region of the stator surface, wherein the rotor may no longer be moved from the first region to the second region after the first movable barrier has been closed, characterized in that the active safety device comprises a second movable barrier between the first region and an edge of the planar drive system, wherein the second movable barrier may only be opened when the first movable barrier is closed, and when the current supply to the drive coils of the stator assemblies in the first region is switched off, wherein the active safety device comprises a third movable barrier or a hold-down device, wherein after positioning the third movable barrier or the hold-down device, the current supply to drive coils of the stator assemblies may be switched off in the first region.
Knitting tool bar having at least one body that has a longitudinal direction, and a knitting tool receptacle which has a multiplicity of grooves that run transversely to the longitudinal direction, knitting tools being releasably disposed in said grooves, wherein the knitting tool receptacle is disposed on a knitting tool support which is releasably fastened to the body, characterized in that the knitting tool support is fastened to the body by way of a fastening arrangement, the tensioning force of the latter being directed so as to be parallel with the grooves.
Method for detecting the alignment of at least one drill sleeve in a drill template, in particular relative to the jaw of a person, comprising the following steps: a. creating an impression element with a negative impression of the jaw structure of a person, b. creating an X-ray template (1, 2) from the impression element by introducing at least three X-ray visible reference bodies, spaced apart from one another, into the impression element, c. carrying out a first three-dimensional radiological detection, in which the jaw of the person, together with the X-ray template (1, 2) secured to the jaw with form-fit engagement, is detected, in particular by dental volume tomography or computer tomography, d. creating a drill template from the X-ray template (1, 2) by securing at least one drill sleeve in/on the X-ray template (1, 2), in particular according to planning data for achieving a planned guide channel profile, e. inserting a reference object, having at least three spaced-apart X-ray visible reference bodies, into the at least one drill sleeve with form-fit engagement, f. carrying out a second three-dimensional radiological detection, in which only the drill template, located outside the jaw with its reference bodies, and the at least one reference object inserted therein, with its reference bodies, is detected. a. creating an impression element with a negative impression of the jaw structure of a person, b. creating an X-ray template (1, 2) from the impression element by introducing at least three X-ray visible reference bodies, spaced apart from one another, into the impression element, c. carrying out a first three-dimensional radiological detection, in which the jaw of the person, together with the X-ray template (1, 2) secured to the jaw with form-fit engagement, is detected, in particular by dental volume tomography or computer tomography, d. creating a drill template from the X-ray template (1, 2) by securing at least one drill sleeve in/on the X-ray template (1, 2), in particular according to planning data for achieving a planned guide channel profile, e. inserting a reference object, having at least three spaced-apart X-ray visible reference bodies, into the at least one drill sleeve with form-fit engagement, f. carrying out a second three-dimensional radiological detection, in which only the drill template, located outside the jaw with its reference bodies, and the at least one reference object inserted therein, with its reference bodies, is detected.
A fluid pressure regulation and conditioning module comprising: a manifold including an fluid inlet, fluid outlet and a fluid flow path between the fluid inlet and fluid outlet, and the manifold further including, for heating fluid flowing along the fluid flow path with an externally supplied heat exchange media, a heat exchange media inlet, heat exchange media outlet and a heat exchange media flow path between the heat exchange media inlet and heat exchange media outlet; a pressure regulator assembled to the manifold and disposed along the fluid flow path for regulating the pressure of the fluid exiting the module; and a high-pressure filter assembly upstream of the pressure regulator, the high-pressure filter assembly including a filter housing characterised by the filter element contained within the filter housing, wherein the filter element comprises a high-pressure coalescing filter element; and a flow control valve assembled to the manifold for controlling fluid flow from the high-pressure filter assembly to the pressure regulator, wherein the flow control valve is downstream of the high-pressure filter assembly and upstream of the pressure regulator. a manifold including an fluid inlet, fluid outlet and a fluid flow path between the fluid inlet and fluid outlet, and the manifold further including, for heating fluid flowing along the fluid flow path with an externally supplied heat exchange media, a heat exchange media inlet, heat exchange media outlet and a heat exchange media flow path between the heat exchange media inlet and heat exchange media outlet; a pressure regulator assembled to the manifold and disposed along the fluid flow path for regulating the pressure of the fluid exiting the module; and a high-pressure filter assembly upstream of the pressure regulator, the high-pressure filter assembly including a filter housing characterised by the filter element contained within the filter housing, wherein the filter element comprises a high-pressure coalescing filter element; and a flow control valve assembled to the manifold for controlling fluid flow from the high-pressure filter assembly to the pressure regulator, wherein the flow control valve is downstream of the high-pressure filter assembly and upstream of the pressure regulator.
A method of moist creping an absorbent paper base sheet, the method comprising the steps of: (a) forming a nascent web comprising at least a major portion of recycled cellulosic fibers; (b) applying a creping adhesive coating comprising an admixture of polyvinyl alcohol and a polyamide crosslinked with epichlorohydrin to a Yankee dryer; (c) passing the nascent web through a nip defined between a suction pressure roll and the Yankee dryer; and (d) adhering the nascent web to the Yankee dryer with a pressure that is controlled by controlling the loading between the suction pressure roll and the Yankee dryer, (e) drying the nascent web on the Yankee dryer to a moisture content that corresponds to a sheet temperature of the web of between about 110°C to 121°C; (f) controlling, during the drying step, the sheet temperature, immediately prior to an undulatory creping blade, to between about 110°C to 121°C, the sheet temperature being measured just prior to a creping step; (g) creping the nascent web, at a sheet temperature of between about 110°C to 121°C, from the Yankee dryer with the undulatory creping blade bearing against the Yankee dryer to form a moist biaxially undulatory web, the contact area between the undulatory creping blade and the Yankee dryer defining an undulatory ribbon shape across the width of the Yankee dryer; and (h) following the creping step, drying the moist biaxially undulatory web to form a dried web having a geometric mean breaking length of between about 900 m and 1350 m. (a) forming a nascent web comprising at least a major portion of recycled cellulosic fibers; (b) applying a creping adhesive coating comprising an admixture of polyvinyl alcohol and a polyamide crosslinked with epichlorohydrin to a Yankee dryer; (c) passing the nascent web through a nip defined between a suction pressure roll and the Yankee dryer; and (d) adhering the nascent web to the Yankee dryer with a pressure that is controlled by controlling the loading between the suction pressure roll and the Yankee dryer, (e) drying the nascent web on the Yankee dryer to a moisture content that corresponds to a sheet temperature of the web of between about 110°C to 121°C; (f) controlling, during the drying step, the sheet temperature, immediately prior to an undulatory creping blade, to between about 110°C to 121°C, the sheet temperature being measured just prior to a creping step; (g) creping the nascent web, at a sheet temperature of between about 110°C to 121°C, from the Yankee dryer with the undulatory creping blade bearing against the Yankee dryer to form a moist biaxially undulatory web, the contact area between the undulatory creping blade and the Yankee dryer defining an undulatory ribbon shape across the width of the Yankee dryer; and (h) following the creping step, drying the moist biaxially undulatory web to form a dried web having a geometric mean breaking length of between about 900 m and 1350 m.
High voltage storage device for supplying power, in particular of a motor vehicle, said high voltage storage device comprising: - an energy storage module having multiple electrochemical storage cells and a wall (6, 7) that receives the multiple storage cells, wherein each storage cell comprises at least two electrical connection terminals (4, 5), and - an attachment for contacting and covering the connection terminals (4, 5), - wherein the attachment overlaps the wall (6, 7) in such a manner that physical contact is not made so that a gap remains with respect to the storage cells, characterised in that - the wall (6, 7) comprises an inwardly offset shoulder that is overlapped by the attachment, wherein the shoulder comprises a first portion that extends inwards perpendicular to the wall, and a second portion that is located on the end of the first portion, said second portion extending parallel to the wall (6, 7) and perpendicular to the first portion, wherein the gap is provided between the shoulder and the attachment. - an energy storage module having multiple electrochemical storage cells and a wall (6, 7) that receives the multiple storage cells, wherein each storage cell comprises at least two electrical connection terminals (4, 5), and - an attachment for contacting and covering the connection terminals (4, 5), - wherein the attachment overlaps the wall (6, 7) in such a manner that physical contact is not made so that a gap remains with respect to the storage cells, - the wall (6, 7) comprises an inwardly offset shoulder that is overlapped by the attachment, wherein the shoulder comprises a first portion that extends inwards perpendicular to the wall, and a second portion that is located on the end of the first portion, said second portion extending parallel to the wall (6, 7) and perpendicular to the first portion, wherein the gap is provided between the shoulder and the attachment.