mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus configured to capture a first image and to project a second image, the apparatus comprising: - a support , - a first mirror configured to capture a first image of a work region and reflect said image to a camera , the first mirror being mounted on the support , - a projector configured to project, or a second mirror configured to reflect and project, a second image on the work region , the projector or the second mirror being mounted on the support , - characterized in that the support is configured to receive a multimedia tablet or the like that is provided with a camera , the first mirror being movable so as to come to be opposite the camera of the multimedia tablet or the like . - a support , - a first mirror configured to capture a first image of a work region and reflect said image to a camera , the first mirror being mounted on the support , - a projector configured to project, or a second mirror configured to reflect and project, a second image on the work region , the projector or the second mirror being mounted on the support , - characterized in that the support is configured to receive a multimedia tablet or the like that is provided with a camera , the first mirror being movable so as to come to be opposite the camera of the multimedia tablet or the like .
A connection device for blood pressure monitor comprising: - an adapted inflatable cuff to be placed on the limb of a patient to be examined and/or monitored, said cuff comprising an inflatable pouch, - a flexible tubular cord comprising a first end and a second end , the first end being in fluid communication with the inflatable pouch of the cuff , - a mano-bulb (MB) formed by an inflating bulb connected to a pressure gauge for measuring blood pressure, - a connecting element mounted in the mano-bulb (MB) for connecting the second end of the cord to said mano-bulb (MB), so that said cord is adapted to provide a direct connection between said bulb (MP) and the cuff , - the second end of the cord comprises a male end and the connecting element comprises a female connecting orifice for removably receiving said male end, characterised in that: - the connecting element comprises a part which cooperates by magnetisation with a complementary part arranged on the male end of the cord , - at least one of the parts incorporates a fixed magnet ensuring magnetisation. - an adapted inflatable cuff to be placed on the limb of a patient to be examined and/or monitored, said cuff comprising an inflatable pouch, - a flexible tubular cord comprising a first end and a second end , the first end being in fluid communication with the inflatable pouch of the cuff , - a mano-bulb (MB) formed by an inflating bulb connected to a pressure gauge for measuring blood pressure, - a connecting element mounted in the mano-bulb (MB) for connecting the second end of the cord to said mano-bulb (MB), so that said cord is adapted to provide a direct connection between said bulb (MP) and the cuff , - the second end of the cord comprises a male end and the connecting element comprises a female connecting orifice for removably receiving said male end, characterised in that: - the connecting element comprises a part which cooperates by magnetisation with a complementary part arranged on the male end of the cord , - at least one of the parts incorporates a fixed magnet ensuring magnetisation.
A method comprising: receiving, by a server in a social networking system, an event-registration request from a smart object , the event-registration request including event information associated with an event associated with the smart object ; generating, by the server , a code in response to the event-registration request ; associating, by the server , the code with the event information; sending, by the server , the code to the smart object ; receiving, by the server , an information request from a user device , the information request including the code; and sending, by the server , the event information associated with the code to the user device in response to the information request; wherein the code is broadcast from the smart object to the user device through short-range wireless communication; generating, by the server , a second code in response to the event-registration request ; and associating, by the server , the second code with the event information; wherein the second code is kept private and is used only in communications between the server and the smart object ; wherein the code is used in communications between the server and the user device , wherein the code is derived from the second code, and wherein the code may be used in subsequent communications to identify the event. receiving, by a server in a social networking system, an event-registration request from a smart object , the event-registration request including event information associated with an event associated with the smart object ; generating, by the server , a code in response to the event-registration request ; associating, by the server , the code with the event information; sending, by the server , the code to the smart object ; receiving, by the server , an information request from a user device , the information request including the code; and sending, by the server , the event information associated with the code to the user device in response to the information request; wherein the code is broadcast from the smart object to the user device through short-range wireless communication; generating, by the server , a second code in response to the event-registration request ; and associating, by the server , the second code with the event information; wherein the second code is kept private and is used only in communications between the server and the smart object ; wherein the code is used in communications between the server and the user device , wherein the code is derived from the second code, and wherein the code may be used in subsequent communications to identify the event.
A method of coordinating interference, comprising: according to interference tolerance capability information reported by a User Equipment, UE, and information on the UE accessing a network, determining (S101) whether the UE has in-device interference between uplink and downlink transmissions in two frequency bands; and when the UE has (S102) in-device interference between the uplink and downlink transmissions in the two frequency bands, sending configuration information to the UE, wherein the configuration information is carried in broadcast signaling, upper layer signaling, or physical layer control signaling sent by a base station and is used to instruct the UE to, in a time interval during which the base station sends control data of the downlink transmission in one of the two frequency bands, stop the uplink transmission in at least one of the two frequency bands or perform power back-off for the uplink transmission in the at least one of the two frequency bands. according to interference tolerance capability information reported by a User Equipment, UE, and information on the UE accessing a network, determining (S101) whether the UE has in-device interference between uplink and downlink transmissions in two frequency bands; and when the UE has (S102) in-device interference between the uplink and downlink transmissions in the two frequency bands, sending configuration information to the UE, wherein the configuration information is carried in broadcast signaling, upper layer signaling, or physical layer control signaling sent by a base station and is used to instruct the UE to, in a time interval during which the base station sends control data of the downlink transmission in one of the two frequency bands, stop the uplink transmission in at least one of the two frequency bands or perform power back-off for the uplink transmission in the at least one of the two frequency bands.
A piston ring, comprising: - an annular body ; - a wear-resistant layer that is applied to the annular body by thermal spraying; and - a run-in layer made of an AlCuFe alloy that is applied to the wear-resistant layer by thermal spraying, - wherein the run-in layer comprises marks of shot peening shots, - wherein the run-in layer has a hardness HV of 150-250, - wherein a coverage of 50-100 % is achieved during the shot peening, and wherein the run-in layer has a roughness Rz of 60 - 95 μm. - an annular body ; - a wear-resistant layer that is applied to the annular body by thermal spraying; and - a run-in layer made of an AlCuFe alloy that is applied to the wear-resistant layer by thermal spraying, - wherein the run-in layer comprises marks of shot peening shots, - wherein the run-in layer has a hardness HV of 150-250, - wherein a coverage of 50-100 % is achieved during the shot peening, and wherein the run-in layer has a roughness Rz of 60 - 95 μm.
A controlling apparatus for a powertrain of an electric vehicle, wherein the electric vehicle comprises a gearbox having an input shaft , a first electric machine and a second electric machine , each one of the first and second electric machines being coupled to the input shaft of the gearbox, the controlling apparatus being configured to control the operation of the first and second electric machines, and to perform at least a part of a gear shifting operation by the steps of: - changing the speed of the first and second electric machines to reach a target speed of the input shaft; - determining that the speed of the input shaft is within a target range of the target speed; characterized in that it is further configured to perform the steps of: - setting one of the first and second electric machines in a first control mode, the first control mode being speed control to adjust for changes so that the target speed of the input shaft can be kept when reached, and setting the other one of the first and second electric machines in a second control mode being different to the first control mode, in response of determining that the speed of the input shaft is within the target range. - changing the speed of the first and second electric machines to reach a target speed of the input shaft; - determining that the speed of the input shaft is within a target range of the target speed; - setting one of the first and second electric machines in a first control mode, the first control mode being speed control to adjust for changes so that the target speed of the input shaft can be kept when reached, and setting the other one of the first and second electric machines in a second control mode being different to the first control mode, in response of determining that the speed of the input shaft is within the target range.
A dispensing device comprising: (a) an oral care composition, wherein the composition comprises fluoride, peroxide, a metal ion, or combinations thereof, (b) a body ; (c) a rotating portion ; (d) a dosing indicator, the dosing indicator comprising only: (i) a first dosing indicator symbol on the body , and (ii) a second dosing indicator symbol on the rotating portion , wherein a full rotation of the rotating portion is indicated by the first dosing indicator symbol and the second dosing indicator symbol start aligned, and after the rotation of the rotating portion in a single direction, the first dosing indicator symbol and second dosing indicator symbol end aligned, wherein a full rotation of the rotating portion releases from about 0.05g to about 0.25g of the composition. (a) an oral care composition, wherein the composition comprises fluoride, peroxide, a metal ion, or combinations thereof, (b) a body ; (c) a rotating portion ; (d) a dosing indicator, the dosing indicator comprising only: (i) a first dosing indicator symbol on the body , and (ii) a second dosing indicator symbol on the rotating portion , (i) a first dosing indicator symbol on the body , and (ii) a second dosing indicator symbol on the rotating portion ,
Centrifugal separator , comprising a housing extending along a central axis , which has a separation chamber wall for delimiting a separation chamber which is fed by an inlet channel for multi-phase fluid, wherein a central immersion tube is provided for discharging a first fluid phase and an outlet channel is provided for discharging a second fluid phase, wherein the separation chamber widens conically from the inlet channel along the central axis in the direction of the expansion chamber , wherein an expansion chamber is provided between the separation chamber and the outlet channel , which expansion chamber widens radially outwards with respect to the separation chamber and is delimited radially outwards by an expansion chamber wall , wherein a diameter of the expansion chamber measured perpendicularly to the central axis is larger than a largest diameter of the separation chamber measured perpendicularly to the central axis , wherein the separation chamber opens at an annular transition region into an annular-disk-shaped boundary portion covering the expansion chamber , wherein the annular transition region between an end of the separation chamber wall and the boundary portion covering the expansion chamber is sharp-edged or rounded, and wherein the outlet channel has an outer boundary wall with respect to the central axis , which tangentially adjoins a portion of the expansion chamber wall .
A system comprising: a plurality of microelectromechanical switches comprising a plurality of gates , coupled to each other, wherein each microelectromechanical switch further comprises: a substrate ; a beam electrode disposed on the substrate ; a beam comprising an anchor portion coupled to the beam electrode , a first beam portion extending from the anchor portion along a first direction , and a second beam portion extending from the anchor portion along a second direction opposite to the first direction ; a first control electrode and a first contact electrode disposed on the substrate , facing the first beam portion ; a second control electrode and a second contact electrode disposed on the substrate , facing the second beam portion ; wherein the first control electrode and the second control electrode are coupled to form a gate among the plurality of gates; and characterized by two impedance devices coupled to the first contact electrode and the second contact electrode , respectively, wherein the two impedance devices are inductors or resistors or capacitors; wherein the plurality of microelectromechanical switches is arranged in at least one of a series arrangement and a parallel arrangement. a substrate ; a beam electrode disposed on the substrate ; a beam comprising an anchor portion coupled to the beam electrode , a first beam portion extending from the anchor portion along a first direction , and a second beam portion extending from the anchor portion along a second direction opposite to the first direction ; an anchor portion coupled to the beam electrode , a first beam portion extending from the anchor portion along a first direction , and a second beam portion extending from the anchor portion along a second direction opposite to the first direction ; a first control electrode and a first contact electrode disposed on the substrate , facing the first beam portion ; a second control electrode and a second contact electrode disposed on the substrate , facing the second beam portion ; wherein the first control electrode and the second control electrode are coupled to form a gate among the plurality of gates; and characterized by two impedance devices coupled to the first contact electrode and the second contact electrode , respectively, wherein the two impedance devices are inductors or resistors or capacitors; wherein the plurality of microelectromechanical switches is arranged in at least one of a series arrangement and a parallel arrangement.
Polymer dispersion, which comprises polymer particles dispersed in an aqueous continuous phase, wherein the polymer particles are obtained by a radical polymerisation of one or more feeds of vinyl monomers in an aqueous polymerisation medium comprising polysaccharide, wherein the vinyl monomers comprise at least one alkyl (meth)acrylate, characterised in that a rosin component is dissolved into at least one of the feeds of the vinyl monomers before the radical polymerisation of the vinyl monomers.
A compound as represented by general formula ( I ), medicinal salts and hydrates or solvates thereof: wherein, R 1 is located at position 6 on the naphthalene ring, and the compound is a compound represented by following general formula ( II ): is located at position 1 on the naphthalene ring; R 3 is selected from the group consisting of hydrogen, C1-C6 alkyl, C3-C6 cycloalkyl, a substituted or unsubstituted phenyl and a substituted or unsubstituted 5-10 membered heteroaryl containing 1-5 hetero atoms selected from N, O and S; in the case of substitution, the substituent is 1 to 3 substituents and each substituent is independently selected from the group consisting of C1-C3 alkyl, C1-C3 alkoxy, C1-C3 haloalkyl, C1-C3 haloalkoxy, hydroxy, amino, nitro and halogen; R 2 is located at any one of positions 1-8 on the naphthalene ring except R 1 and is hydrogen or halogen; , and Z is C(R 5 )=CH, S or O; Y is NH, NMe, O, CH=C(R 6 ) or CH=N; R 5 is selected from the group consisting of hydrogen, halogen, C1-C3 alkyl and C1-C3 alkoxy, preferably from the group consisting of hydrogen, F, Cl, Br, methyl and methoxy; R6 is selected from the group consisting of hydrogen, pyrazolyl, C1-C3 alkyl-substituted pyrazolyl and C1-C3 hydroxyalkyl-substituted pyrazolyl, preferably from the group consisting of hydrogen, pyrazolyl, methyl-substituted pyrazolyl and hydroxyethyl-substituted pyrazolyl. R 3 is selected from the group consisting of hydrogen, C1-C6 alkyl, C3-C6 cycloalkyl, a substituted or unsubstituted phenyl and a substituted or unsubstituted 5-10 membered heteroaryl containing 1-5 hetero atoms selected from N, O and S; in the case of substitution, the substituent is 1 to 3 substituents and each substituent is independently selected from the group consisting of C1-C3 alkyl, C1-C3 alkoxy, C1-C3 haloalkyl, C1-C3 haloalkoxy, hydroxy, amino, nitro and halogen; R 2 is located at any one of positions 1-8 on the naphthalene ring except R 1 and is hydrogen or halogen; , and Z is C(R 5 )=CH, S or O; Y is NH, NMe, O, CH=C(R 6 ) or CH=N; R 5 is selected from the group consisting of hydrogen, halogen, C1-C3 alkyl and C1-C3 alkoxy, preferably from the group consisting of hydrogen, F, Cl, Br, methyl and methoxy; R6 is selected from the group consisting of hydrogen, pyrazolyl, C1-C3 alkyl-substituted pyrazolyl and C1-C3 hydroxyalkyl-substituted pyrazolyl, preferably from the group consisting of hydrogen, pyrazolyl, methyl-substituted pyrazolyl and hydroxyethyl-substituted pyrazolyl.
A wrapping sheet for an absorbent article which is configured to be wrapped around the absorbent article such that a first region (R1) including one end of the wrapping sheet in a lengthwise direction (D1) overlaps a second region (R2) including an opposite end of the wrapping sheet in the lengthwise direction (D1), and which is provided with seal portions (S) at edges of the wrapping sheet in a widthwise direction (D2) that are openably sealed to enable wrapping of the absorbent article , wherein a colorant layer is formed on an exposed region (Re) exposed to an outside when the absorbent article is wrapped, such that the absorbent article is not easily visible from the outside, wherein a portion of the seal portions (S) between the first region (R1) and the second region (R2) does not have the colorant layer , or has the colorant layer at an area ratio of 30% or less, wherein the colorant layer is not present in portions (SE and SE) near the one end in the lengthwise direction (D1) of overlapping seal portions (SA and SA), and wherein the colorant layer is formed with the area ratio of greater than 30% and 100% or less in the exposed region (Re). wherein a colorant layer is formed on an exposed region (Re) exposed to an outside when the absorbent article is wrapped, such that the absorbent article is not easily visible from the outside, wherein a portion of the seal portions (S) between the first region (R1) and the second region (R2) does not have the colorant layer , or has the colorant layer at an area ratio of 30% or less, wherein the colorant layer is not present in portions (SE and SE) near the one end in the lengthwise direction (D1) of overlapping seal portions (SA and SA), and wherein the colorant layer is formed with the area ratio of greater than 30% and 100% or less in the exposed region (Re).
A method of verifying an input in an input verification engine , IVE, within an enclave included in a trusted execution environment, TEE, comprising: receiving the input by the enclave , the input to be provided to an application outside of the TEE; the method characterized by comprising: when the input is an input from the user or the network, receiving the input from the enclave by the IVE ; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify , with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE. receiving the input by the enclave , the input to be provided to an application outside of the TEE; the method characterized by comprising: when the input is an input from the user or the network, receiving the input from the enclave by the IVE ; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify , with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE. when the input is an input from the user or the network, receiving the input from the enclave by the IVE ; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify , with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE.
An electron beam welding apparatus , comprising: • an electron gun capable of generating an electron beam (FE), • a focusing means capable of orienting the electron beam along a first axis (Z), and characterized in that it comprises: • an arm extending parallel to the first axis, the arm comprising: - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis (Z), and - a deflection means for deflecting the electron beam along a second axis (X) substantially perpendicular to the first axis. • an electron gun capable of generating an electron beam (FE), • a focusing means capable of orienting the electron beam along a first axis (Z), • an arm extending parallel to the first axis, the arm comprising: - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis (Z), and - a deflection means for deflecting the electron beam along a second axis (X) substantially perpendicular to the first axis. - a transformation means for transforming a density distribution of the electron beam in a plane perpendicular to the first axis (Z), and - a deflection means for deflecting the electron beam along a second axis (X) substantially perpendicular to the first axis.