mhurhangee/patent-ind-claim-en huggingface dataset:
A linear guide mechanism for a reciprocating container forming apparatus, the linear guide mechanism comprising: a housing having an inside housing surface that defines a bore extending through the housing coaxial with a longitudinal axis (L); a shaft disposed at least partially in the bore and being reciprocatably and linearly moveable in the bore along the longitudinal axis (L), the shaft having an exterior shaft surface ; and a self-lubricating liner disposed in the bore between the inside housing surface and the exterior shaft surface , the self-lubricating liner having an inside liner surface that is in sliding engagement with the exterior shaft surface of the shaft and the self-lubricating liner having an exterior liner surface , characterised in that the linear guide mechanism further comprises another self-lubricating liner spaced apart from the self-lubricating liner . a housing having an inside housing surface that defines a bore extending through the housing coaxial with a longitudinal axis (L); a shaft disposed at least partially in the bore and being reciprocatably and linearly moveable in the bore along the longitudinal axis (L), the shaft having an exterior shaft surface ; and a self-lubricating liner disposed in the bore between the inside housing surface and the exterior shaft surface , the self-lubricating liner having an inside liner surface that is in sliding engagement with the exterior shaft surface of the shaft and the self-lubricating liner having an exterior liner surface , characterised in that the linear guide mechanism further comprises another self-lubricating liner spaced apart from the self-lubricating liner .
Apparatus (B) for controlling rotation including: a bottom housing including a disk extending radially and terminating in a cylindrical portion integrally extending axially therefrom, with the cylindrical portion including a radially outward cylindrical friction surface and a radially inward internal diameter , with circumferentially spaced slits extending radially between the friction surface and the internal diameter of the cylindrical portion and extending radially into the disk , an annular member including an internal friction facing with the annular member being rotatable relative to the bottom housing , and a wedge abutting the radially internal diameter of the cylindrical portion and movable from a first position with the cylindrical portion radially spaced from the annular member and a second position deflecting the cylindrical portion and engaging the friction surface and the friction facing together, with the disk and the cylindrical portion formed as a single fixed component from a same material having sufficient material strength and yield to allow deflection to engage the friction surface with the friction facing to hold the annular member from rotation relative to the bottom housing when the wedge is in the second position and to return the cylindrical portion to disengage from the annular member when the wedge is in the first position; characterized in a top housing connected to the bottom housing , with the wedge located intermediate the top and bottom housings .
A method for manufacturing of ceramic foam products with a facing layer, which comprises preparation of a slurry and a foam, their mixing to produce a ceramic foam mass, molding of products, drying and burning, characterized in that , a molding powder is additionally prepared from a slurry with dehydration of the slurry in a spray-drying tower to moisture content of 4 - 9 wt.% with subsequent ageing for averaging by moisture for 46 - 48 hours, and products are manufactured as multi-layered ones, comprising outer layers, namely: facing layer and substrate layer, with a porous ceramic layer therebetween, wherein the outer layers are manufactured from the molding powder by molding of sheets from said powder with thickness from 0.5 to 5 mm at specific molding pressure within a range from 300 to 500 kg/cm 2 , and the inner porous layer is manufactured from ceramic foam mass that is mineralized with pre-pulverized molding powder until obtaining a soft foam mass with a moisture content of 16 - 23 % from which plates with thickness from 10 to 50 mm are subsequently formed; then the molded outer layers and inner layer are dried to zero moisture content, and at the exit from dryers said layers are laid one on top of the other, thus forming a multi-layered structure, wherein from 2 to 10 plates of the porous layer are placed between the upper and lower outer layers, and then all stacked layers are burned at temperature of 1200 - 1250 °C for 50 - 100 min, until they fuse with one another, wherein prior to burning the upper face layer is decorated by ceramic dyes or glazes by a method of digital printing.
A tissue clipping device , comprising: a flexible member sized for insertion through a working channel of an endoscope; a capsule releasably coupled to a distal end of the flexible member , the capsule housing a clip including a pair of clip arms , a proximal end of the clip being received within the capsule , wherein the clip arms include a locking member biased to engage a first locking structure of the capsule to lock the clip within the capsule in a closed configuration; and a tension member extending through the flexible member releasably coupling the clip to a handle , a distal end of the tension member being configured to release when subject to a predetermined load to separate the clip and the capsule from the flexible member , release of the distal end of the tension member releasing the proximal end of the clip arms such that the locking member engages the first locking structure; wherein the capsule is coupled to a bushing , characterized in that the bushing is rotatably coupled to a distal end of the flexible member . a flexible member sized for insertion through a working channel of an endoscope; a capsule releasably coupled to a distal end of the flexible member , the capsule housing a clip including a pair of clip arms , a proximal end of the clip being received within the capsule , wherein the clip arms include a locking member biased to engage a first locking structure of the capsule to lock the clip within the capsule in a closed configuration; and a tension member extending through the flexible member releasably coupling the clip to a handle , a distal end of the tension member being configured to release when subject to a predetermined load to separate the clip and the capsule from the flexible member , release of the distal end of the tension member releasing the proximal end of the clip arms such that the locking member engages the first locking structure; wherein the capsule is coupled to a bushing , characterized in that the bushing is rotatably coupled to a distal end of the flexible member .
A hot plate for a double facer of a corrugated board production line (C), comprising an upper plate joined to a lower plate ; wherein a heat transfer fluid circulation chamber is defined between the upper plate and the lower plate , with at least a first inlet of the heat transfer fluid and at least a first outlet of the heat transfer fluid; wherein the upper plate has a rectangular extension; wherein the upper plate is joined to the lower plate along two parallel sides of the upper plate ; wherein the lower plate has, along said two sides, two downwardly bent edges (63.2); wherein a plurality of stiffening ribs are joined to the lower plate , along the heat transfer fluid circulation chamber and along the downwardly bent edges (63.2) of the lower plate .
A spectroscopic scanning device for illuminating a sample with electromagnetic radiation and for providing an indication of at least one of a presence or an absence of a constituent of a sample determined by detecting a sample constituent of a sample by analyzing a spectral characteristic of electromagnetic radiation obtained from the sample comprising: at least one focusing element configured to collect light; a beam-steering element configured to direct a portion of the collected light from the at least one focusing element ; and a detector configured to receive the directed light from the beam-steering element ; wherein the beam-steering element is operable to successively select portions of light from a plurality of locations on the sample within its field of regard, characterized in that : a focal point of the collected light is disposed proximate but not on the beam steering element , between the beam steering element and the focusing element . at least one focusing element configured to collect light; a beam-steering element configured to direct a portion of the collected light from the at least one focusing element ; and a detector configured to receive the directed light from the beam-steering element ; wherein the beam-steering element is operable to successively select portions of light from a plurality of locations on the sample within its field of regard, characterized in that : a focal point of the collected light is disposed proximate but not on the beam steering element , between the beam steering element and the focusing element .
Household dishwasher having at least one air outlet so as to discharge, in particular, moist air from a dishwasher cavity in which items to be washed, such as, for example, dishware, glasses, cutlery and the like, can be processed, characterised in that an air discharge unit that comprises the at least one air outlet is arranged in the lower quarter of the appliance height (H) of the household dishwasher, the air outlet extends as a slotted outlet over at least two thirds of the width (Q) of the household dishwasher , and the air discharge unit that comprises the air outlet can be held indirectly or directly on a front panel that is attached to the front side (V) of the household dishwasher in such a way that the air discharge unit that comprises the air outlet can be detached from the front panel when the front panel is dismantled.
An image decoding device for decoding a picture for each block, the image decoding device comprising: a context determination unit configured to determine, based on a first comparison between a first height of a target block and a second height of a left neighboring block adjacent to a left side of the target block and a second comparison between a first width of the target block and a second width of an upper neighboring block adjacent to an upper side of the target block, a context of a split flag for indicating whether or not to split the target block, wherein determining the context includes determining a first split value by determining whether or not the first height is larger than the second height, determining a second split value by determining whether or not the first width is larger than the second width, and adding the first split value and the second split value together; and a split information decoding unit configured to decode the split flag of the target block by using the context determined by the context determination unit. a context determination unit configured to determine, based on a first comparison between a first height of a target block and a second height of a left neighboring block adjacent to a left side of the target block and a second comparison between a first width of the target block and a second width of an upper neighboring block adjacent to an upper side of the target block, a context of a split flag for indicating whether or not to split the target block, wherein determining the context includes determining a first split value by determining whether or not the first height is larger than the second height, determining a second split value by determining whether or not the first width is larger than the second width, and adding the first split value and the second split value together; and a split information decoding unit configured to decode the split flag of the target block by using the context determined by the context determination unit.
Electromagnetic flowmeter comprising - a measuring tube designed to conduct a medium, - a unit for generating magnetic fields and - at least two measuring electrodes designed to measure a measuring voltage generated by induction in the medium, - a conductive layer applied selectively on the inside of the measuring tube to form a galvanic contact with the medium and to form a grounding electrode , wherein the conductive layer has an annular shape, wherein the conductive layer has an annular thickness d and an annular width b , characterized in that the measuring tube has a length l and a nominal diameter D with D ≥ DN300, such that b ≥ c - l and 0.05 ≤ c ≤ 0.25 applies. - a measuring tube designed to conduct a medium, - a unit for generating magnetic fields and - at least two measuring electrodes designed to measure a measuring voltage generated by induction in the medium, - a conductive layer applied selectively on the inside of the measuring tube to form a galvanic contact with the medium and to form a grounding electrode , wherein the conductive layer has an annular shape,
A component of a molding apparatus for producing hollow plastic items, in particular test tubes, syringes, preforms of containers or tubular bodies, the component comprising: - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus ; - a second body , or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis (X) by a core , and in particular to come into contact with the core ; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis (X); wherein the second body has an outer surface comprising a plurality of inclined portions with respect to said axis (X); and wherein each element (4, 4', 4") of said plurality of elements (4, 4', 4") has an outer surface comprising an inclined portion with respect to said axis (X), which is in contact with a respective inclined portion of the second body so that the position of the second body can be adjusted by means of said plurality of elements (4, 4', 4"). the component comprising: - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus ; - a second body , or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis (X) by a core , and in particular to come into contact with the core ; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis (X); - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus ; - a second body , or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis (X) by a core , and in particular to come into contact with the core ; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis (X); wherein the second body has an outer surface comprising a plurality of inclined portions with respect to said axis (X); and wherein each element (4, 4', 4") of said plurality of elements (4, 4', 4") has an outer surface comprising an inclined portion with respect to said axis (X), which is in contact with a respective inclined portion of the second body so that the position of the second body can be adjusted by means of said plurality of elements (4, 4', 4").
A method for using location information with a first spreadsheet on a first computing device associated with a first spreadsheet user, comprising: receiving , on the first computing device, location information for a location of the first spreadsheet user and a location of a second spreadsheet user associated with a second computing device ; performing an operation on data within the first spreadsheet using the location information that creates updated information, wherein a spreadsheet application interacting with the first spreadsheet comprises native location based functionality; and displaying the first spreadsheet with the updated information, wherein performing the operation is automatically triggered if the location information satisfies a predefined condition, wherein performing the operation includes: determining when the second spreadsheet user is within a predetermined proximity of the first spreadsheet user; determining when the second spreadsheet user has data that is available for collaborating; and starting a collaboration session with the second spreadsheet user when the second spreadsheet user is within the predetermined proximity, wherein starting the collaboration session includes accessing a second spreadsheet of the second spreadsheet user and using values that are stored in the second spreadsheet of the second spreadsheet user. receiving , on the first computing device, location information for a location of the first spreadsheet user and a location of a second spreadsheet user associated with a second computing device ; performing an operation on data within the first spreadsheet using the location information that creates updated information, wherein a spreadsheet application interacting with the first spreadsheet comprises native location based functionality; and displaying the first spreadsheet with the updated information, wherein performing the operation is automatically triggered if the location information satisfies a predefined condition, wherein performing the operation includes: determining when the second spreadsheet user is within a predetermined proximity of the first spreadsheet user; determining when the second spreadsheet user has data that is available for collaborating; and starting a collaboration session with the second spreadsheet user when the second spreadsheet user is within the predetermined proximity, wherein starting the collaboration session includes accessing a second spreadsheet of the second spreadsheet user and using values that are stored in the second spreadsheet of the second spreadsheet user. determining when the second spreadsheet user is within a predetermined proximity of the first spreadsheet user; determining when the second spreadsheet user has data that is available for collaborating; and starting a collaboration session with the second spreadsheet user when the second spreadsheet user is within the predetermined proximity, wherein starting the collaboration session includes accessing a second spreadsheet of the second spreadsheet user and using values that are stored in the second spreadsheet of the second spreadsheet user.
A compound of Formula (Ia): or a pharmaceutically acceptable salt thereof; wherein: R 1 is -CH 2 CF 3 , -CH 2 CF 2 H, -CH 2 CF 2 CH 3 , or or a pharmaceutically acceptable salt thereof; wherein: R 1 is -CH 2 CF 3 , -CH 2 CF 2 H, -CH 2 CF 2 CH 3 , or
A composition for a non-aqueous secondary battery functional layer, comprising: non-conductive particles; a water-soluble polymer containing a (meth)acrylamide monomer unit in a proportion of 70.0 mass% or more and 99.0 mass% or less; and a water-insoluble polymer containing an ethylenically unsaturated carboxylic acid monomer unit in a proportion of 1.5 mass% or more and 5.0 mass% or less and an aromatic monovinyl monomer unit in a proportion of 10 mass% or more and 60 mass% or less, and having a degree of swelling in electrolyte solution of more than 1.0 time and 3.0 times or less and as measured according to the description under the headline "Degree of Swelling in Electrolyte Solution". non-conductive particles; a water-soluble polymer containing a (meth)acrylamide monomer unit in a proportion of 70.0 mass% or more and 99.0 mass% or less; and a water-insoluble polymer containing an ethylenically unsaturated carboxylic acid monomer unit in a proportion of 1.5 mass% or more and 5.0 mass% or less and an aromatic monovinyl monomer unit in a proportion of 10 mass% or more and 60 mass% or less, and having a degree of swelling in electrolyte solution of more than 1.0 time and 3.0 times or less and as measured according to the description under the headline "Degree of Swelling in Electrolyte Solution".
Vacuum cleaner for removal by suction of dust generated by a machine tool , wherein the vacuum cleaner may be driven by an electrical device, in the form of the machine tool or an energy storage module for supplying electrical power to the machine tool , which has a drive motor for driving a tool holder on which there is or may be mounted a tool provided for machining a workpiece (W), wherein the vacuum cleaner has a suction device housing with a dirt collecting chamber for holding dirt separated from a suction flow (S), together with a suction unit for generating the suction flow (S), wherein there is on the suction device housing a suction inlet for the connection of a suction hose to create a flow connection for the suction flow (S) with the machine tool , wherein the vacuum cleaner has at least one communications module , which is or may be located at a distance from the suction device housing , to maintain and/or create the control link (S1, S2) of the electrical device with the vacuum cleaner , and wherein the communications module has a communications interface for wireless communication with the external communication device and/or with the wireless communication interface of the electrical device, characterised in that the communications module may be operated in the manner of a gateway between the external communication device of the vacuum cleaner and the wireless communication interface of the electrical device, wherein the communications module passes on messages received from the vacuum cleaner to the electrical device and/or passes on messages received from the electrical device to the vacuum cleaner .
A method of making a catalyst support material comprising: a. providing an anatase titania slurry; and b. combining the anatase titania slurry with i) low molecular weight form of silica and ii) a source of Mo to form a TiO 2 -MoO 3 -SiO 2 mixture, wherein the low molecular weight form of silica comprises a member selected from a group consisting of (a) forms of silica having a volume weighted median size of less than 4 nm and (b) forms of silica having average molecular weight of less than 44,000, and combinations thereof; and further comprising providing an amount of phosphate to the anatase titania slurry; wherein the catalyst support material comprises from about 86 % to about 94 % weight anatase titanium dioxide; from about 0.1% to about 10% weight MoO 3 ; from about 0.1% to about 10% weight SiO 2 in a low molecular weight form; and from about 0.01% to about 2.5% weight P. a. providing an anatase titania slurry; and b. combining the anatase titania slurry with i) low molecular weight form of silica and ii) a source of Mo to form a TiO 2 -MoO 3 -SiO 2 mixture, wherein
Humidifier for aircrafts comprising a recirculation loop , a recirculation fan placed in the recirculation loop and an adiabatic contact humidifier device provided with an intake and an outlet , the humidifier being further provided with a source of heat the recirculation loop being connected to the outlet and the intake so that a portion of the air passing through the humidifier device is recirculated air from the outlet back to the intake so as to there be intermixed with new non-humidified air to form an air mixture of non-humidified air and recirculated air , the source of heat being placed in the recirculation loop wherein the source of heat is a heat exchanger in which recirculated air passes and that the recirculated air is heated by said source of heat, wherein the adiabatic contact humidifier device is a contact humidifier pad and a portion of the recirculated air is diverted from the recirculation loop for further transportation to consumers (F 1 , F 2 , ....... F n ).