mhurhangee/patent-ind-claim-en huggingface dataset:
A vending machine comprising: two horizontal lead screws ; a first motor coupled to and configured to drive the two horizontal lead screws ; a vertical lead screw configured to move horizontally along the two horizontal lead screws ; a second motor coupled to and configured to drive the vertical lead screw ; a shelf containing a vending product , the shelf having a movable gate configured to hold the vending product on the shelf ; a delivery cup coupled to the vertical lead screw and configured to move vertically along the vertical lead screw , the delivery cup having a solenoid and a plunger , wherein the solenoid is configured to activate the plunger and the plunger is configured to open the gate to dispense the vending product onto the delivery cup ; and a delivery area having an outer door , the outer door configured to isolate the delivery area from an exterior of the vending machine when in a closed position and provide access to the vending product from the exterior of the vending machine through an opening when in an open position , wherein a mechanical interaction between the delivery cup and the delivery area is configured to move the outer door to the open position . two horizontal lead screws ; a first motor coupled to and configured to drive the two horizontal lead screws ; a vertical lead screw configured to move horizontally along the two horizontal lead screws ; a second motor coupled to and configured to drive the vertical lead screw ; a shelf containing a vending product , the shelf having a movable gate configured to hold the vending product on the shelf ; a delivery cup coupled to the vertical lead screw and configured to move vertically along the vertical lead screw , the delivery cup having a solenoid and a plunger , wherein the solenoid is configured to activate the plunger and the plunger is configured to open the gate to dispense the vending product onto the delivery cup ; and a delivery area having an outer door , the outer door configured to isolate the delivery area from an exterior of the vending machine when in a closed position and provide access to the vending product from the exterior of the vending machine through an opening when in an open position , wherein a mechanical interaction between the delivery cup and the delivery area is configured to move the outer door to the open position .
A method for supporting encrypted hard drives in a virtual disk storage system, the method comprising: receiving, by a host computing device hosting a virtual machine , a request from a client to create a virtual disk instance that supports encrypted hard drive protocols; instantiating, with the virtual machine , a virtual disk in response to the request; creating an internal disk storage area in the virtual disk backend the internal disk storage area being exposed to a controller of the virtual disk, wherein the encrypted hard drive protocols use the internal disk storage area to maintain an internal disk state, wherein the internal disk state is a persisted state used by the controller of the virtual disk and isolated from the host computing device , wherein the persisted state includes a data encryption key and a list of protected ranges encapsulated within the virtual disk, and wherein the data encryption key is generated internally to the virtual disk, and remains inaccessible to any host computing device; and wherein the internal disk storage area is implemented in a dedicated block backend including a secure block backend , providing encrypted hard drive protocol support and using the internal disk storage area to maintain an internal disk state stacked above a system area backend for writing disk-internal data to the virtual disk . receiving, by a host computing device hosting a virtual machine , a request from a client to create a virtual disk instance that supports encrypted hard drive protocols; instantiating, with the virtual machine , a virtual disk in response to the request; creating an internal disk storage area in the virtual disk backend the internal disk storage area being exposed to a controller of the virtual disk, wherein the encrypted hard drive protocols use the internal disk storage area to maintain an internal disk state, wherein the internal disk state is a persisted state used by the controller of the virtual disk and isolated from the host computing device , wherein the persisted state includes a data encryption key and a list of protected ranges encapsulated within the virtual disk, and wherein the data encryption key is generated internally to the virtual disk, and remains inaccessible to any host computing device; and wherein the internal disk storage area is implemented in a dedicated block backend including a secure block backend , providing encrypted hard drive protocol support and using the internal disk storage area to maintain an internal disk state stacked above a system area backend for writing disk-internal data to the virtual disk .
A monitoring attachment for monitoring a nut of a screw connection for cracking, deformation and/or breakage, wherein the monitoring attachment has a conductor loop which is guided around an outer periphery of the nut and which is interrupted in the event of deformation, cracking and/or breakage of the nut , characterized in that the monitoring attachment has at least two segments (1, 1', 1", 1′′′) which together enclose the periphery of the nut and are held together frictionally at least one radial connection point, wherein the conductor loop is guided over contacts at the connection point.
Method for transmitting a hearing device setting dataset from a first hearing device to a second hearing device , wherein according to the method - a translation instruction for hearing device setting data, which are included in the hearing device setting dataset , from a platform of the first hearing device to a platform of the second hearing device is retrieved from a database by means of an Internet-capable third device , - the translation instruction is transmitted to the first or the second hearing device or to a local fourth device, - an instruction to transmit the hearing device setting dataset is output by means of the Internet-capable third device , - the hearing device setting dataset is transferred from the first to the second hearing device locally and while bypassing the Internet or a computer network, and - the hearing device setting data included in the hearing device setting dataset are translated to the platform of the second hearing device in the first or the second hearing device or in the fourth device without accessing the Internet or the computer network. - a translation instruction for hearing device setting data, which are included in the hearing device setting dataset , from a platform of the first hearing device to a platform of the second hearing device is retrieved from a database by means of an Internet-capable third device , - the translation instruction is transmitted to the first or the second hearing device or to a local fourth device, - an instruction to transmit the hearing device setting dataset is output by means of the Internet-capable third device , - the hearing device setting dataset is transferred from the first to the second hearing device locally and while bypassing the Internet or a computer network, and - the hearing device setting data included in the hearing device setting dataset are translated to the platform of the second hearing device in the first or the second hearing device or in the fourth device without accessing the Internet or the computer network.
A production method for a tire, comprising a winding step of winding a rubber strip fed toward a forming drum , along an attachment target object , wherein the winding step includes an attaching process of pressing spike pins against the rubber strip fed toward the forming drum to attach the rubber strip along an outer circumferential surface of the attachment target object , in at least a part of the winding step, characterized in that the winding step includes a pressing process of pressing the rubber strip fed toward the forming drum , against the attachment target object by a pressing roller , and the attaching process is executed after the rubber strip is pressed against the attachment target object in the pressing process. the winding step includes a pressing process of pressing the rubber strip fed toward the forming drum , against the attachment target object by a pressing roller , and the attaching process is executed after the rubber strip is pressed against the attachment target object in the pressing process.
A terminal assembly for a vacuum contactor switch, connectable to a terminal of a cradle so as to allow an electric current to be applied, the terminal assembly comprising: a body portion formed in a cylindrical shape and insertable into a hole formed in the terminal of the cradle and provided with first fastening holes formed in opposite side surfaces thereof; a connecting member having one side structurally coupled to the body portion ; a contactor structurally coupled to the other side of the connecting member and electrically connected to one end of the body portion through the connecting member ; and a bush disposable between the hole formed in the terminal of the cradle and the body portion to adjust a clearance between the hole and the body portion and having a pair of pieces disposed to surround a periphery of the body portion with both ends of one of the pieces facing both ends of the other piece, the bush being detachably mounted on the body portion through a first fastening member , wherein the bush is provided with second fastening holes corresponding to the first fastening holes of the body portion on opposite side surfaces thereof and fastened to the body portion through the first fastening member inserted into the first and second fastening holes . a body portion formed in a cylindrical shape and insertable into a hole formed in the terminal of the cradle and provided with first fastening holes formed in opposite side surfaces thereof; a connecting member having one side structurally coupled to the body portion ; a contactor structurally coupled to the other side of the connecting member and electrically connected to one end of the body portion through the connecting member ; and a bush disposable between the hole formed in the terminal of the cradle and the body portion to adjust a clearance between the hole and the body portion and having a pair of pieces disposed to surround a periphery of the body portion with both ends of one of the pieces facing both ends of the other piece, the bush being detachably mounted on the body portion through a first fastening member , wherein the bush is provided with second fastening holes corresponding to the first fastening holes of the body portion on opposite side surfaces thereof and fastened to the body portion through the first fastening member inserted into the first and second fastening holes .
A vacuum pump (P), comprising: a housing having an inlet port ; a stator column provided upright inside the housing; a rotating body having a shape surrounding an outer periphery of the stator column; a supporting means (MB) for rotatably supporting the rotating body ; and a driving means for driving the rotating body to rotate, the vacuum pump (P) sucking gas in from the inlet port by rotation of the rotating body , wherein the stator column is constituted of a cast material of aluminum alloy having a mechanical material property of an elongation of 5% or more, allowing fracture energy of a destroyed rotating body to be absorbed by the elongation of the stator column , thereby preventing the stator column from breaking. a housing having an inlet port ; a stator column provided upright inside the housing; a rotating body having a shape surrounding an outer periphery of the stator column; a supporting means (MB) for rotatably supporting the rotating body ; and a driving means for driving the rotating body to rotate, the vacuum pump (P) sucking gas in from the inlet port by rotation of the rotating body , wherein the stator column is constituted of a cast material of aluminum alloy having a mechanical material property of an elongation of 5% or more, allowing fracture energy of a destroyed rotating body to be absorbed by the elongation of the stator column , thereby preventing the stator column from breaking.
Optical connection assembly comprising a first optical connector comprising a plurality of collimation elements associated with a plurality of optical fibres , respectively, and carried by a support ,the support being mounted for rotation in a bearing about a rotation axis (z), in that the collimation elements are arranged in the support so as to be equidistant from this rotation axis (z), and in that the support has angular positioning members for fixing the angular position of the support about said rotation axis (z) the optical connection assembly comprising a second optical connector comprising a base carrying optical elements characterized in that the base has complementary angular positioning members , each adapted to cooperate with one of the angular positioning members of the first optical connector to fix the relative angular position of the support with respect to the base , in that the optical elements of the second optical connector are collimation elements, said angular position of the support with respect to the base , fixed by said positioning members, being a coupling angular position for which a part at least of the collimation elements of the first optical connector is located facing collimation elements of the second optical connector , and in that the optical connection assembly has several distinct coupling angular positions, the angular positioning members and the complementary angular positioning members being then arranged so as to fix the relative angular position of the support with respect to the base , indifferently in either one of said coupling angular positions, each coupling angular position being such that, in this position, a part at least of the collimation elements of the first optical connector is located facing collimation elements of the second optical connector . the optical connection assembly comprising a second optical connector comprising a base carrying optical elements characterized in that the base has complementary angular positioning members , each adapted to cooperate with one of the angular positioning members of the first optical connector to fix the relative angular position of the support with respect to the base , in that the optical elements of the second optical connector are collimation elements, said angular position of the support with respect to the base , fixed by said positioning members, being a coupling angular position for which a part at least of the collimation elements of the first optical connector is located facing collimation elements of the second optical connector , and in that the optical connection assembly has several distinct coupling angular positions, the angular positioning members and the complementary angular positioning members being then arranged so as to fix the relative angular position of the support with respect to the base , indifferently in either one of said coupling angular positions, each coupling angular position being such that, in this position, a part at least of the collimation elements of the first optical connector is located facing collimation elements of the second optical connector .
A microwave heating device , comprising: a heating chamber configured to accommodate a heating target object ; a microwave generating unit configured to generate a microwave; a waveguide configured to transmit, to the heating chamber , the microwave generated by the microwave generating unit ; and a standing-wave stabilizing part configured to stabilize a position of an in-tube standing wave occurring inside the waveguide ; characterized by : a reflected-wave detection unit disposed closer to the heating chamber than the standing-wave stabilizing part , the reflected-wave detection unit being configured to detect a part of a reflected wave of the microwave, the reflected wave returning from the heating chamber to the microwave generating unit . a heating chamber configured to accommodate a heating target object ; a microwave generating unit configured to generate a microwave; a waveguide configured to transmit, to the heating chamber , the microwave generated by the microwave generating unit ; and a standing-wave stabilizing part configured to stabilize a position of an in-tube standing wave occurring inside the waveguide ; characterized by : a reflected-wave detection unit disposed closer to the heating chamber than the standing-wave stabilizing part , the reflected-wave detection unit being configured to detect a part of a reflected wave of the microwave, the reflected wave returning from the heating chamber to the microwave generating unit .
A track chain assembly comprising: a track pin defining a longitudinal axis (LA); a first link , the first link defining a first pair of pin passages (150, 152; 291, 292) in spaced relationship to each other by a first link pitch , the first link mounted to the track pin such that the track pin extends through one of the first pair of pin passages (150, 152; 291, 292); and a second link , the second link defining a second pair of pin passages (180, 182; 297, 298) in spaced relationship to each other by a second link pitch , the second link mounted to the track pin such that the track pin extends through one of the second pair of pin passages (180, 182; 297, 298) and such that the first link and the second link are rotatable with respect to each other about the longitudinal axis (LA) of the track pin , wherein the second link pitch is greater than the first link pitch in a range up to twice the first link pitch , characterised in that the second link pitch is equal to one and one half of the first link pitch , or the second link pitch is equal to twice the first link pitch . a track pin defining a longitudinal axis (LA); a first link , the first link defining a first pair of pin passages (150, 152; 291, 292) in spaced relationship to each other by a first link pitch , the first link mounted to the track pin such that the track pin extends through one of the first pair of pin passages (150, 152; 291, 292); and
An electronic device utilizing a frustrated total internal reflection system to determine a touch event and comprising high optical transmittance glass comprising: a. less than 10 imperfections per cm 3 , wherein i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or b. less than 200 ppm Fe 2 O 3 ; and c. the absorption coefficient of the glass is less than 2.0 m -1 at 900 nm; and d. the absorption coefficient of the glass is less than 2.0 m -1 from 400 to 800 nm. a. less than 10 imperfections per cm 3 , wherein i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or i. the imperfection comprises an inclusion or bubble; and ii. the size of the imperfection is less than 100 μm along the axis of the longest dimension of the imperfection; or b. less than 200 ppm Fe 2 O 3 ; and c. the absorption coefficient of the glass is less than 2.0 m -1 at 900 nm; and d. the absorption coefficient of the glass is less than 2.0 m -1 from 400 to 800 nm.
A non-transitory computer-readable medium configured to be reproduced by a playback device having a read part and a reproduction part, the non-transitory computer-readable medium comprising: at least one video stream that is encoded video information, and management information files including a first management file and a second management file, the first management file including first attribute information relating to the entire non-transitory computer-readable medium, the second management file including second attribute information for a playback path of the video stream, wherein the first attribute information indicates whether or not, for each type of a plurality of types of high dynamic range of luminance, the medium includes the second management file for the type among the plurality of types of high dynamic range of luminance. at least one video stream that is encoded video information, and management information files including a first management file and a second management file, the first management file including first attribute information relating to the entire non-transitory computer-readable medium, the second management file including second attribute information for a playback path of the video stream, wherein the first attribute information indicates whether or not, for each type of a plurality of types of high dynamic range of luminance, the medium includes the second management file for the type among the plurality of types of high dynamic range of luminance.
A roller for ceramic slab kilns, comprising a roller body , having an outer surface which in use is intended to come into contact with ceramic slabs, said roller body being made of a first refractory material having a mullite content of not less than 40% by weight, wherein said roller comprises a protective coating , which covers said roller body at least at said outer surface , characterized in that said protective coating is made of a second refractory material having a content between 15% and 45% by weight of zirconia and has an average thickness of not less than 45um.
An oligomer conjugate comprising: a) a first oligomer selected from the group consisting of AGCgaagtgcacACG (SEQ ID NO: 310) AGgtgaagcgaAGTG (SEQ ID NO: 668); and AGCgaagtgcacaCGG (SEQ ID NO: 308); wherein upper case letters denote modified nucleotides, such as LNA units; and b) a carrier component comprising an asialoglycoprotein receptor (ASGP-R) targeting conjugate moiety. a) a first oligomer selected from the group consisting of AGCgaagtgcacACG (SEQ ID NO: 310) AGgtgaagcgaAGTG (SEQ ID NO: 668); and AGCgaagtgcacaCGG (SEQ ID NO: 308); wherein upper case letters denote modified nucleotides, such as LNA units; and AGCgaagtgcacACG (SEQ ID NO: 310) AGgtgaagcgaAGTG (SEQ ID NO: 668); and AGCgaagtgcacaCGG (SEQ ID NO: 308); wherein upper case letters denote modified nucleotides, such as LNA units; and b) a carrier component comprising an asialoglycoprotein receptor (ASGP-R) targeting conjugate moiety.