mhurhangee/patent-ind-claim-en huggingface dataset:
A probe head (PH), comprising: an upper guide plate provided with an upper surface and a lower surface that are opposite to each other and a plurality of probe holes vertically penetrating the upper surface and the lower surface along a first direction (D1),; a lower guide plate , disposed on the upper guide plate and located on the side of the lower surface ; and a plurality of probes , each provided with a probe tail , a probe body and a probe tip that are connected in sequence, wherein the plurality of probes are disposed in the probe holes ; characterized in that the upper guide plate comprises a plurality of bumps (B), the bumps (B) are disposed on the upper surface , each of the bumps (B) is provided with a supporting surface (S1), and in the first direction (D1), the upper surface is located between the supporting surface (S1) and the lower surface , the plurality of probes comprises multiple groups of probes , each group surrounds one of the plurality of bumps (B), and in the first direction (D1), a first end portion of the probe tail is located between the supporting surface (S1) and the upper surface , a second end portion opposite to the first end portion of the probe tail abuts against the upper surface , a height of each of the bumps (B) in the first direction (D1) is greater than a length of the probe tail of each probe ,wherein the probe body of the probe is in a buckling shape. an upper guide plate provided with an upper surface and a lower surface that are opposite to each other and a plurality of probe holes vertically penetrating the upper surface and the lower surface along a first direction (D1),; a lower guide plate , disposed on the upper guide plate and located on the side of the lower surface ; and a plurality of probes , each provided with a probe tail , a probe body and a probe tip that are connected in sequence, wherein the plurality of probes are disposed in the probe holes ; characterized in that the upper guide plate comprises a plurality of bumps (B), the bumps (B) are disposed on the upper surface , each of the bumps (B) is provided with a supporting surface (S1), and in the first direction (D1), the upper surface is located between the supporting surface (S1) and the lower surface , the plurality of probes comprises multiple groups of probes , each group surrounds one of the plurality of bumps (B), and in the first direction (D1), a first end portion of the probe tail is located between the supporting surface (S1) and the upper surface , a second end portion opposite to the first end portion of the probe tail abuts against the upper surface , a height of each of the bumps (B) in the first direction (D1) is greater than a length of the probe tail of each probe ,wherein the probe body of the probe is in a buckling shape.
A composition comprising at least one functionalized propylene interpolymer, and wherein the at least one functionalized propylene interpolymer is formed from a propylene interpolymer and at least one unsaturated compound, containing at least one heteroatom, and wherein the propylene interpolymer has a melt viscosity less than 70,000 cP, as measured using a Brookfield viscometer at 190°C (374°F), a weight average molecular weight from 12,000 to 30,000 g/mole and a molecular weight distribution (Mw/Mn) from 1 to 5, as determined by gel permeation chromatography (GPC).
A heartbeat information sending method, wherein the method is performed by a heartbeat sending node, and the method comprises: determining a heartbeat receiving node in which a follower data block corresponding to a current leader data block in the heartbeat sending node is located; and sending heartbeat information of the heartbeat sending node to the heartbeat receiving node, wherein the heartbeat information of the heartbeat sending node carries a data block group identifier used to identify a data block group, wherein the data block group comprises the current leader data block and the follower data block, and wherein the data block group identifier is used to indicate that the leader data block in the data block group is located in the heartbeat sending node. determining a heartbeat receiving node in which a follower data block corresponding to a current leader data block in the heartbeat sending node is located; and sending heartbeat information of the heartbeat sending node to the heartbeat receiving node, wherein the heartbeat information of the heartbeat sending node carries a data block group identifier used to identify a data block group, wherein the data block group comprises the current leader data block and the follower data block, and wherein the data block group identifier is used to indicate that the leader data block in the data block group is located in the heartbeat sending node.
Use of a composition for hydrocarbon recovery operations, wherein the composition comprises: a water insoluble hydrophobic liquid selected from one or more Group IV and Group V category base oils, as classified by the American Petroleum Institute in API Publication 1509, 15 Edition, Appendix E, April 2002, and combinations thereof, an organophilic clay suspension agent being an organophilic clay, a polar activator, a sparingly-soluble alkaline earth metal peroxide selected from calcium peroxide, magnesium peroxide, or a mixture thereof, and an anionic surfactant; wherein polar activator is selected from acetone, methanol, methanol/water, ethanol/water, propylene carbonate, acetonylacetone, diacetone alcohol, dimethyl formamide, or gamma-butyl lactone. a water insoluble hydrophobic liquid selected from one or more Group IV and Group V category base oils, as classified by the American Petroleum Institute in API Publication 1509, 15 Edition, Appendix E, April 2002, and combinations thereof, an organophilic clay suspension agent being an organophilic clay, a polar activator, a sparingly-soluble alkaline earth metal peroxide selected from calcium peroxide, magnesium peroxide, or a mixture thereof, and an anionic surfactant;
A dual-phase steel, comprising: 8-12 wt.% Mn, 0.3-0.6 wt.% C, 1-4 wt.% Al, 0.4-1 wt.% V, and a balance of Fe, and consisting of martensite and retained austenite phases.
A method for forming a hole within a ceramic matrix composite component , the method comprising: forming a first core portion for a ceramic matrix composite component ; embedding a hollow member into the first core portion at a desired location; wrapping the first core portion with a first ceramic matrix composite material ; inserting a rod through the hollow member and into the first core portion ; removing the hollow member ; assembling a second core portion to the first core portion such that the rod extends into the second core portion ; and wrapping the first core portion and the second core portion with a second ceramic matrix composite material . forming a first core portion for a ceramic matrix composite component ; embedding a hollow member into the first core portion at a desired location; wrapping the first core portion with a first ceramic matrix composite material ; inserting a rod through the hollow member and into the first core portion ; removing the hollow member ; assembling a second core portion to the first core portion such that the rod extends into the second core portion ; and wrapping the first core portion and the second core portion with a second ceramic matrix composite material .
A message push method, wherein the method comprises: creating a mapping relationship between an application identifier and a preset key; sending the mapping relationship to a message provider; receiving a to-be-pushed message and a message push request that are sent by the message provider, wherein the message push request comprises first information and a first digest used for verification, the first digest is obtained after the message provider performs digest extraction on the first information by using the preset key, and the first information comprises at least the application identifier; querying whether the preset key corresponding to the application identifier in the message push request exists; if the preset key corresponding to the application identifier exists, performing digest extraction on the first information in the message push request by using the preset key, to obtain a second digest; and comparing the second digest with the first digest, and pushing the to-be-pushed message to a message receiver corresponding to the application identifier if the second digest is consistent with the first digest. creating a mapping relationship between an application identifier and a preset key; sending the mapping relationship to a message provider; receiving a to-be-pushed message and a message push request that are sent by the message provider, wherein the message push request comprises first information and a first digest used for verification, the first digest is obtained after the message provider performs digest extraction on the first information by using the preset key, and the first information comprises at least the application identifier; querying whether the preset key corresponding to the application identifier in the message push request exists; if the preset key corresponding to the application identifier exists, performing digest extraction on the first information in the message push request by using the preset key, to obtain a second digest; and comparing the second digest with the first digest, and pushing the to-be-pushed message to a message receiver corresponding to the application identifier if the second digest is consistent with the first digest.
A skin contacting member for a shaving razor assembly comprising: a main body having a plurality of lubricant reservoir cavities , and a plurality of tiltable lid elements at least partially covering one or more of the plurality of lubricant reservoir cavities , wherein the tiltable lid element has a tilt axis which divides the tiltable lid element in a first portion on a first side of the tilt axis and a second portion on a second side of the tilt axis which opposes the first side , characterized in that the tiltable lid element is configured as a scale such that, upon external force being exerted on a tiltable lid element during a shaving operation, a torque moment acts on the tiltable lid element which tilts the first portion toward a respective lubricant reservoir cavity whereby the second portion is lifted up from the main body in an opposing direction. a main body having a plurality of lubricant reservoir cavities , and a plurality of tiltable lid elements at least partially covering one or more of the plurality of lubricant reservoir cavities , wherein the tiltable lid element has a tilt axis which divides the tiltable lid element in a first portion on a first side of the tilt axis and a second portion on a second side of the tilt axis which opposes the first side , characterized in that the tiltable lid element is configured as a scale such that, upon external force being exerted on a tiltable lid element during a shaving operation, a torque moment acts on the tiltable lid element which tilts the first portion toward a respective lubricant reservoir cavity whereby the second portion is lifted up from the main body in an opposing direction.
Dry, powder instant beverage product which before its consumption is to be mixed with water or another liquid beverage composition said instant beverage containing a powder containing lutein obtained by the following process comprising the steps of a) providing an aqueous solution/suspension of a polysaccharide; b) forming a suspension of lutein in the solution/suspension of step a); c) milling the suspension of step b); d) drying the suspension of step c), characterized in that the mean particle size of the lutein particles after the milling in step c) is in a range from 50 nm to 500 nm. a) providing an aqueous solution/suspension of a polysaccharide; b) forming a suspension of lutein in the solution/suspension of step a); c) milling the suspension of step b); d) drying the suspension of step c),
A method for manufacturing an ingot made of titanium-based metallic compound comprising the following steps: - (E1) providing raw material fragments ; - (E3) melting the raw material fragments into a liquid metal in at least one basin; - (E4) keeping in the molten state the liquid metal in said at least one basin; - (E5) pouring the liquid metal from the at least one basin into a crucible by overflow from said at least one basin into said crucible ; - (E6) forming an ingot by cooling of the liquid metal into the crucible ; characterized in that the method comprises the following step: - (E2) preheating the raw material fragments before the melting of said raw material fragments with a preheating temperature higher than or equal to 75% of the liquidus temperature of said raw material fragments and strictly lower than the liquidus temperature of said raw material fragments . - (E1) providing raw material fragments ; - (E3) melting the raw material fragments into a liquid metal in at least one basin; - (E4) keeping in the molten state the liquid metal in said at least one basin; - (E5) pouring the liquid metal from the at least one basin into a crucible by overflow from said at least one basin into said crucible ; - (E6) forming an ingot by cooling of the liquid metal into the crucible ; - (E2) preheating the raw material fragments before the melting of said raw material fragments with a preheating temperature higher than or equal to 75% of the liquidus temperature of said raw material fragments and strictly lower than the liquidus temperature of said raw material fragments .
A computer implemented method of building an executable scheme which comprises at least one software tool (206a-d) and at least one parameter associated with one or each tool (206a-d), comprising the steps of: selecting at least one software tool from a plurality of tools (206a-d) displayed in a tool/parameter selection area of a graphical user interface; selecting at least one parameter from a parameter set displayed in the tool/parameter selection area of the graphical user interface to associate at least one parameter with one of the at least one selected tool ; placing the selected tool or tools (206a-d) and associated parameter or parameters into an order in which they are to be executed using a scheme building means; and associating the selected tool or tools (206a-d) and parameter or parameters together in a scheme such that they can be executed as a batch. selecting at least one software tool from a plurality of tools (206a-d) displayed in a tool/parameter selection area of a graphical user interface; selecting at least one parameter from a parameter set displayed in the tool/parameter selection area of the graphical user interface to associate at least one parameter with one of the at least one selected tool ; placing the selected tool or tools (206a-d) and associated parameter or parameters into an order in which they are to be executed using a scheme building means; and associating the selected tool or tools (206a-d) and parameter or parameters together in a scheme such that they can be executed as a batch.
A computer implemented method for decrypting an encrypted data store at a target computer system, the data store being encrypted by a ransomware algorithm using a searchable encryption algorithm, the method comprising: determining an encryption algorithm used by the ransomware algorithm; determining seed parameters used by the encryption algorithm to generate an encryption key; generating the encryption key using the seed parameters; and decrypting the encrypted data sore, wherein the encryption algorithm is determined by training an autoencoder based onpadding bytes used by the encryption algorithm to pad units of data encrypted by the ransomware, and using the trained autoencoder to process padding bytes for units of data encrypted by each of a plurality of known searchable encryption algorithms to identify one of the known encryption algorithms as the algorithm used by the ransomware, and wherein the seed parameters are determined based on monitoring application programming interface (API) calls made to an operating system of a computer system targeted by the ransomware to identify a set of API calls for retrieving data about one or more hardware components of the target computer system, the data about the hardware components being determined to constitute the seed parameters. determining an encryption algorithm used by the ransomware algorithm; determining seed parameters used by the encryption algorithm to generate an encryption key; generating the encryption key using the seed parameters; and decrypting the encrypted data sore, wherein the encryption algorithm is determined by training an autoencoder based onpadding bytes used by the encryption algorithm to pad units of data encrypted by the ransomware, and using the trained autoencoder to process padding bytes for units of data encrypted by each of a plurality of known searchable encryption algorithms to identify one of the known encryption algorithms as the algorithm used by the ransomware, and wherein the seed parameters are determined based on monitoring application programming interface (API) calls made to an operating system of a computer system targeted by the ransomware to identify a set of API calls for retrieving data about one or more hardware components of the target computer system, the data about the hardware components being determined to constitute the seed parameters.
A laser marking system comprising: a laser ; an image capture device ; a marking head including electromagnetic energy deflectors and at least one lens , a beam path of the laser and a beam path of the image capture device both passing through the at least one lens ; and a computer system , characterized in that the computer system is configured to perform a method comprising: generating an image calibration model at each of multiple areas across a marking field of the laser marking system ; adjusting the electromagnetic energy deflectors to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system ; and capturing image tiles at each of the multiple different locations with the image capture device , wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location. a laser ; an image capture device ; a marking head including electromagnetic energy deflectors and at least one lens , a beam path of the laser and a beam path of the image capture device both passing through the at least one lens ; and a computer system , characterized in that the computer system is configured to perform a method comprising: generating an image calibration model at each of multiple areas across a marking field of the laser marking system ; adjusting the electromagnetic energy deflectors to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system ; and capturing image tiles at each of the multiple different locations with the image capture device , wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location. generating an image calibration model at each of multiple areas across a marking field of the laser marking system ; adjusting the electromagnetic energy deflectors to direct the beam path of the image capture device to multiple different locations within the marking field of the laser marking system ; and capturing image tiles at each of the multiple different locations with the image capture device , wherein at each of the multiple different locations, if a location corresponds to an area at which an image calibration model was generated, correcting the image tile according to the image calibration model generated at the location.
A hearing assistance device comprising: a transceiver and processing circuitry; - a housing component containing the transceiver and processing circuitry arranged in a compact block structure ; - an antenna feed element electrically connected to the transceiver ; - wherein the antenna feed element is mounted on the compact block structure , an antenna element mounted integral with the housing component ; wherein the antenna element and the feed element are magnetically linked together by a common magnetic flux, whereby the coupling is provided by mutual inductance and wherein the antenna element is configured as a folded dipole. - a housing component containing the transceiver and processing circuitry arranged in a compact block structure ; - an antenna feed element electrically connected to the transceiver ; - wherein the antenna feed element is mounted on the compact block structure , an antenna element mounted integral with the housing component ; wherein the antenna element and the feed element are magnetically linked together by a common magnetic flux, whereby the coupling is provided by mutual inductance and wherein the antenna element is configured as a folded dipole.
A non-pneumatic tire comprising: a hub ; and a spoke that extends from the hub in a radial direction of the tire, wherein the spoke has a first face and a second face that are spaced from one another in a longitudinal direction which extends about the circumference of the tire, characterized in that the spoke has a crack suppression feature that has a groove that extends into the first face , wherein the groove extends in the radial direction . a hub ; and a spoke that extends from the hub in a radial direction of the tire, wherein the spoke has a first face and a second face that are spaced from one another in a longitudinal direction which extends about the circumference of the tire, characterized in that the spoke has a crack suppression feature that has a groove that extends into the first face , wherein the groove extends in the radial direction .
A dispenser for dispensing portions of a continuous web of tissue from a tissue roll , the dispenser comprising - a first tissue roll position for receiving a tissue roll and a second tissue roll position for receiving a tissue roll; - an output mechanism for supplying portions of tissue; characterized by - a transfer mechanism for releasably holding and transferring an end of a tissue roll in the first tissue roll position to the output mechanism ; wherein the transfer mechanism is adapted to transfer the end of the tissue roll in the first tissue roll position to the output mechanism when the second tissue roll position is empty; - wherein the transfer mechanism comprises a transfer plate and at least one retainer flap to bias an end of a tissue roll against the transfer plate and releasably hold the end of the tissue roll between the transfer plate and the at least one retainer flap . - a first tissue roll position for receiving a tissue roll and a second tissue roll position for receiving a tissue roll; - an output mechanism for supplying portions of tissue; - a transfer mechanism for releasably holding and transferring an end of a tissue roll in the first tissue roll position to the output mechanism ; wherein the transfer mechanism is adapted to transfer the end of the tissue roll in the first tissue roll position to the output mechanism when the second tissue roll position is empty; - wherein the transfer mechanism comprises a transfer plate and at least one retainer flap to bias an end of a tissue roll against the transfer plate and releasably hold the end of the tissue roll between the transfer plate and the at least one retainer flap .