mhurhangee/patent-ind-claim-en huggingface dataset:
A machine tool comprising: a plurality of workpiece holders configured to hold a workpiece (W); a plurality of working portions configured to perform an operation on the workpiece, respectively; a plurality of working portion holders corresponding to the plurality of workpiece holders; and a control portion , wherein the control portion is configured to control the workpiece holders and the working portion holders so that the working portion holders hold the respective working portions and the working portions perform the operations on the workpiece (W) held by the corresponding workpiece holder, wherein the control portion is configured to control to restrict a parallel execution of a predetermined operation and an operation to be affected by the predetermined operation and to permit a parallel operation of operations other than the restricted operations, wherein the predetermined operation is vibration machining, and the operation to be affected by the predetermined operation is precision machining, wherein only the execution of the machining where the influence of the vibration cannot be ignored is restricted while the execution of the machining where the influence of the vibration can be ignored is permitted. a plurality of workpiece holders configured to hold a workpiece (W); a plurality of working portions configured to perform an operation on the workpiece, respectively; a plurality of working portion holders corresponding to the plurality of workpiece holders; and a control portion , wherein the control portion is configured to control the workpiece holders and the working portion holders so that the working portion holders hold the respective working portions and the working portions perform the operations on the workpiece (W) held by the corresponding workpiece holder, wherein the control portion is configured to control to restrict a parallel execution of a predetermined operation and an operation to be affected by the predetermined operation and to permit a parallel operation of operations other than the restricted operations, wherein the predetermined operation is vibration machining, and the operation to be affected by the predetermined operation is precision machining, wherein only the execution of the machining where the influence of the vibration cannot be ignored is restricted while the execution of the machining where the influence of the vibration can be ignored is permitted.
A thermocycling device for amplifying nucleic acid in a droplet, the device comprising: at least one reaction chamber for housing a plurality of droplets; at least one temperature-controlled fluid source; and at least one conduit configured to conduct a fluid from said fluid source into said at least one chamber in a manner that causes alternating temperature in said at least one reaction chamber; wherein the device is configured such that the fluid from the fluid source is able to exit the chamber by gravitational forces while the plurality of droplets are retained within the reaction chamber. at least one reaction chamber for housing a plurality of droplets; at least one temperature-controlled fluid source; and at least one conduit configured to conduct a fluid from said fluid source into said at least one chamber in a manner that causes alternating temperature in said at least one reaction chamber; wherein the device is configured such that the fluid from the fluid source is able to exit the chamber by gravitational forces while the plurality of droplets are retained within the reaction chamber.
A method performed in a user equipment "UE" of interpreting contents of at least one message body per message, wherein said contents correspond to a content type, said method comprising: sending a Session Initiation Protocol "SIP" request message via an internet protocol "IP" network; receiving a SIP response message from a network node via the IP network, said SIP response message including at least one message body content in said message's body, wherein said message includes a content disposition indicator and a content type indicator with respect to said at least one message body content; and providing a treatment for said at least one message body content based on a value of said content type indicator independent of a value of said content disposition indicator, wherein said treatment comprises performing an Emergency Services call. sending a Session Initiation Protocol "SIP" request message via an internet protocol "IP" network; receiving a SIP response message from a network node via the IP network, said SIP response message including at least one message body content in said message's body, wherein said message includes a content disposition indicator and a content type indicator with respect to said at least one message body content; and providing a treatment for said at least one message body content based on a value of said content type indicator independent of a value of said content disposition indicator, wherein said treatment comprises performing an Emergency Services call.
A method of forming an optical component comprising: depositing slurry including glass powder material onto a facesheet ; fusing the glass powder material to the facesheet to form a first core material layer on the facesheet; and successively depositing and fusing glass powder material in at least one additional core material layer to build a core material structure on the facesheet; and characterised by further comprising positioning the facesheet on a mandrel prior to fusing glass powder material to the facesheet; wherein fusing glass powder material to a facesheet includes fusing glass powder material to a facesheet that is contoured for optical properties; wherein the mandrel is contoured to match the facesheet, and wherein the contoured facesheet serves as a build plate and becomes a part of the finished product. depositing slurry including glass powder material onto a facesheet ; fusing the glass powder material to the facesheet to form a first core material layer on the facesheet; and successively depositing and fusing glass powder material in at least one additional core material layer to build a core material structure on the facesheet; wherein fusing glass powder material to a facesheet includes fusing glass powder material to a facesheet that is contoured for optical properties; wherein the mandrel is contoured to match the facesheet, and wherein the contoured facesheet serves as a build plate and becomes a part of the finished product.
A heat-sealable biodegradable packaging material, which comprises a fiber substrate as well as one or more polymeric coating layers of inner biodegradable adhesive layer and outer biodegradable coating layer extruded thereon, characterized in that said coating layer containing not less than 90 weight-% of polylactide and, as an additive, not more than 10 weight-% of acrylic copolymer blended therein for improving the heat sealing ability of said coating layer to itself and/or to the fiber substrate , and in that said adhesive layer consists of polybutylene adipate terephthalate (PBAT) in itself or by being blended in with polylactide.
A closure for a first and a second container comprising a male element and a female element , said male element comprising means for closing said first container and means for coupling with the female element , said male element further comprising a truncated-cone-shaped portion open at the bottom, a side wall and an upper base , wherein said side wall protrudes beyond the upper base originating an inwardly jutting edge which defines a ring seat , said female element comprising means for closing said second container and means for coupling with the male element , said female element further comprising a truncated-cone-shaped portion open at the bottom, a side wall and an upper base , which mutually originate an edge , wherein said side wall has a "C"-shaped recess , which creates a ring seat having a step , a side wall and an upper wall , whereby the male element can be pressed so as to fit the jutting edge inside the ring seat , thereby forming the coupling means, said male element and female element each comprising means for establishing a fluid communication between said first container and said second container represented by through holes , said closure having a longitudinal axis (X) and being characterized in that said male element and said female element are coupled to each other and can be rotated with respect to each other about said longitudinal axis (X), wherein said means for fluid communication comprise two or more through holes in the upper base of the male element and two or more through holes in the base of the female element , said holes of the female element being able to either match or not match said holes in the male element in an either open or closed configuration of said closure, respectively, and wherein said closure further comprises elements for closing and sealing the through holes of the male element , said elements being housed in corresponding seats of the female element .
A flat-plate positron emission tomography (PET) imaging device with a window , wherein the flat-plate PET imaging device comprises: a first flat plate comprising a plurality of PET detectors that are arranged sequentially in a plate shape, and at least one first window for providing space for other operations; a second flat plate comprising a plurality of PET detectors that are arranged sequentially in a plate shape, the second flat plate being parallel to the first flat plate ; and a support device to which the first flat plate and the second flat plate are fixed, wherein the support device comprises: a rotational stand ; two first guiding rails arranged in parallel to each other on the rotational stand ; and at least two second guiding rails arranged perpendicularly to the first guiding rails and fixed to the first guiding rails by means of first sliding blocks , wherein the first flat plate and the second flat plate are hinged to the second guiding rails by means of second sliding blocks . a first flat plate comprising a plurality of PET detectors that are arranged sequentially in a plate shape, and at least one first window for providing space for other operations; a second flat plate comprising a plurality of PET detectors that are arranged sequentially in a plate shape, the second flat plate being parallel to the first flat plate ; and a support device to which the first flat plate and the second flat plate are fixed, wherein the support device comprises: a rotational stand ; two first guiding rails arranged in parallel to each other on the rotational stand ; and at least two second guiding rails arranged perpendicularly to the first guiding rails and fixed to the first guiding rails by means of first sliding blocks , wherein the first flat plate and the second flat plate are hinged to the second guiding rails by means of second sliding blocks . a rotational stand ; two first guiding rails arranged in parallel to each other on the rotational stand ; and at least two second guiding rails arranged perpendicularly to the first guiding rails and fixed to the first guiding rails by means of first sliding blocks , wherein the first flat plate and the second flat plate are hinged to the second guiding rails by means of second sliding blocks .
A pneumatic tire comprising a carcass composed of at least one carcass ply as a skeleton, wherein: a reinforcing cord of the carcass ply comprises an aramid fiber, the upper twist coefficient T represented by the following formula: T = N × 10 − 3 x √ 0.125 × D / 2 / ρ (in the formula, N represents the twist count (count/10 cm) of the cord, D represents the total fineness of the cord, and ρ represents the density of the cord) is 0.5 or higher, and the total fineness is 1,400 dtex or lower, and the end count of the reinforcing cord in the carcass ply is 55 counts /5 cm or larger, characterised in that : the ratio of the cross-section of the reinforcing cord to the cross-section of the carcass ply in the cord perpendicular direction is from 50 to 80%. a reinforcing cord of the carcass ply comprises an aramid fiber, the upper twist coefficient T represented by the following formula: T = N × 10 − 3 x √ 0.125 × D / 2 / ρ (in the formula, N represents the twist count (count/10 cm) of the cord, D represents the total fineness of the cord, and ρ represents the density of the cord) is 0.5 or higher, and the total fineness is 1,400 dtex or lower, and the end count of the reinforcing cord in the carcass ply is 55 counts /5 cm or larger, characterised in that : the ratio of the cross-section of the reinforcing cord to the cross-section of the carcass ply in the cord perpendicular direction is from 50 to 80%.
A pocket for a garment comprising: a compartment having a top opening , two opposing sidewalls comprising a first sidewall and a second sidewall , and a bottom wall ; a cradle having a first side that is coupled to the first sidewall and a second side that is coupled to the second sidewall, and a support portion disposed in the compartment between the first and second sidewalls and configured to receive and support an item storable in the compartment; and a retainer having opposing first and second ends attached to corresponding first and second anchor areas on opposite sides of the compartment, at least the first end being detachable from the first anchor area, and when both opposing ends are attached to their corresponding anchor areas, the retainer spans at least a portion of the top opening of the compartment so as to be able to retain the item in the compartment; wherein the support portion of the cradle is movable from a first raised, unbiased position (P1) in the compartment to a second recessed, biased position (P2) in the compartment so that when the item is supported in the cradle in the second position, an ejection force is applied to the item when the first end of the retainer is detached from the first anchor area, causing the cradle to move toward the first position, lifting the stored item so that it is at least partially exposed from the top opening of the compartment, wherein the first side of the cradle has a joint with the first sidewall and the joint is spaced from the bottom wall at a height corresponding to the first position in the compartment. a compartment having a top opening , two opposing sidewalls comprising a first sidewall and a second sidewall , and a bottom wall ; a cradle having a first side that is coupled to the first sidewall and a second side that is coupled to the second sidewall, and a support portion disposed in the compartment between the first and second sidewalls and configured to receive and support an item storable in the compartment; and a retainer having opposing first and second ends attached to corresponding first and second anchor areas on opposite sides of the compartment, at least the first end being detachable from the first anchor area, and when both opposing ends are attached to their corresponding anchor areas, the retainer spans at least a portion of the top opening of the compartment so as to be able to retain the item in the compartment; wherein the support portion of the cradle is movable from a first raised, unbiased position (P1) in the compartment to a second recessed, biased position (P2) in the compartment so that when the item is supported in the cradle in the second position, an ejection force is applied to the item when the first end of the retainer is detached from the first anchor area, causing the cradle to move toward the first position, lifting the stored item so that it is at least partially exposed from the top opening of the compartment, wherein the first side of the cradle has a joint with the first sidewall and the joint is spaced from the bottom wall at a height corresponding to the first position in the compartment.
Camera system for a vehicle (F), comprising a camera for capturing a vehicle environment, wherein the camera has an optical element ,which has a light incidence portion (EB), and a retainer , which supports the optical element , and a protection element , which is positioned separately to the optical element and the retainer at least over the light incidence portion (EB) of the optical element and has a sight opening , which exposes a use portion (NB) of the light incidence portion (EB), wherein at least one gap is present between the optical element and the protection element for capturing a water drop (T), which is located on the use portion (NB), wherein a water drainage opening is provided distally from the sight opening , characterized in that the gap is formed by an inner notch , which is provided in at least one surface of the protection element , which surface faces the light incidence portion (EB) of the optical element . a camera for capturing a vehicle environment, wherein the camera has an optical element ,which has a light incidence portion (EB), and a retainer , which supports the optical element , and an optical element ,which has a light incidence portion (EB), and a retainer , which supports the optical element , and a protection element , which is positioned separately to the optical element and the retainer at least over the light incidence portion (EB) of the optical element and has a sight opening , which exposes a use portion (NB) of the light incidence portion (EB), wherein at least one gap is present between the optical element and the protection element for capturing a water drop (T), which is located on the use portion (NB), wherein a water drainage opening is provided distally from the sight opening ,
A vertical take-off and landing aircraft comprising: a fuselage ; at least one wing connected to the fuselage; a plurality of rotors connected to the at least one wing for providing lift for vertical take-off and landing of the aircraft; a plurality of proprotors connected to the at least one wing and tiltable between lift configurations for providing lift for vertical take-off and landing of the aircraft and propulsion configurations for providing forward thrust to the aircraft; wherein each rotor of the plurality of rotors is fixed in position; and characterised in that : a first proprotor of the plurality of proprotors is canted relative to a second proprotor of the plurality of proprotors such that a rotational axis of the first proprotor is non-parallel with a rotational axis of the second proprotor. a fuselage ; at least one wing connected to the fuselage; a plurality of rotors connected to the at least one wing for providing lift for vertical take-off and landing of the aircraft; a plurality of proprotors connected to the at least one wing and tiltable between lift configurations for providing lift for vertical take-off and landing of the aircraft and propulsion configurations for providing forward thrust to the aircraft; wherein each rotor of the plurality of rotors is fixed in position; and characterised in that : a first proprotor of the plurality of proprotors is canted relative to a second proprotor of the plurality of proprotors such that a rotational axis of the first proprotor is non-parallel with a rotational axis of the second proprotor.
An accumulator tank for handling a heat transfer medium, comprising a tank with a top section and a bottom section , wherein said accumulator tank is connected to at least one heat-emitting system and at least one heat-absorbing system and a plurality of partition walls located inside the tank are arranged between the bottom section and the top section for the purpose of dividing the tank into a plurality of spaces , said systems being each connected to at least one respective space so that a temperature gradient is created between the bottom section and the top section , characterised in that the partition walls are welded onto said accumulator tank such that the strength of said accumulator tank is increased, and a connection is established with each of the spaces via a respective penetrating pipe for communication of medium from an upper end surface of the accumulator tank .
A spreader device comprising: a container to contain spread substance; a first spreader portion having a first rotor to spread the spread substance contained in the container; a second spreader portion having a second rotor to spread the spread substance contained in the container; a first driver source to drive the first rotor; a first shaft to transmit a driving force outputted from the first driver source; a second shaft to transmit a driving force outputted from a second driver source different from the first driver source; and a selection transmission portion to selectively transmit the driving force from the first shaft and the driving force from the second shaft to the first rotor or the second rotor; characterized in that the selection transmission portion is constituted of a clutch and configured to be switched between a first state to be connected to the first shaft and a second state to be connected to the second shaft , and the selection transmission portion is configured to transmit the driving force from the first shaft to the second rotor when switched to the first state, and to transmit the driving force from the second shaft to the second rotor when switched to the second state. a container to contain spread substance; a first spreader portion having a first rotor to spread the spread substance contained in the container; a second spreader portion having a second rotor to spread the spread substance contained in the container; a first driver source to drive the first rotor; a first shaft to transmit a driving force outputted from the first driver source; a second shaft to transmit a driving force outputted from a second driver source different from the first driver source; and a selection transmission portion to selectively transmit the driving force from the first shaft and the driving force from the second shaft to the first rotor or the second rotor; characterized in that the selection transmission portion is constituted of a clutch and configured to be switched between a first state to be connected to the first shaft and a second state to be connected to the second shaft , and the selection transmission portion is configured to transmit the driving force from the first shaft to the second rotor when switched to the first state, and to transmit the driving force from the second shaft to the second rotor when switched to the second state.
A battery, comprising: a shell ; a core received in the shell and having a first electrode tab and a second electrode tab , the first electrode tab being directly connected to a first current collector of the core , and the second electrode tab being directly connected to a second current collector of the core ; and a protection component including two insulating layers and a conducting layer disposed between two insulating layers , wherein the conducting layer has a first end electrically and directly connected to the first electrode tab and a second end configured as a free end, and an outmost current collector of the core is the second current collector, wherein the free end is physically separated from the core by a gap. a shell ; a core received in the shell and having a first electrode tab and a second electrode tab , the first electrode tab being directly connected to a first current collector of the core , and the second electrode tab being directly connected to a second current collector of the core ; and a protection component including two insulating layers and a conducting layer disposed between two insulating layers , wherein the conducting layer has a first end electrically and directly connected to the first electrode tab and a second end configured as a free end, and an outmost current collector of the core is the second current collector, wherein the free end is physically separated from the core by a gap.