mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving , by one or more processors of a host computing device of a first enclave , a request to duplicate an application running inside the first enclave ; generating , by the one or more processors , a snapshot of the first enclave including the application; encrypting , by the one or more processors , the snapshot inside the first enclave with a snapshot key; copying , by the one or more processors , the encrypted snapshot from the first enclave to untrusted memory of the host; generating , by the one or more processors , a second enclave ; sending , by the one or more processors , the snapshot key from the first enclave to the second enclave through a secure communication channel; copying , by the one or more processors , the encrypted snapshot from the untrusted memory of the host into the second enclave ; and decrypting , by the one or more processors , the encrypted snapshot inside the second enclave with the snapshot key, further comprising creating, by the one or more processors , an entry for the first enclave , the entry allowing a snapshotting thread to enter the first enclave from the host, wherein the snapshot is taken by the snapshotting thread inside the first enclave , and generating, by the one or more processors , an entry barrier for the entry created for the first enclave , and wherein the entry barrier prevents host-side threads other than the snapshotting thread from entering the first enclave . receiving , by one or more processors of a host computing device of a first enclave , a request to duplicate an application running inside the first enclave ; generating , by the one or more processors , a snapshot of the first enclave including the application; encrypting , by the one or more processors , the snapshot inside the first enclave with a snapshot key; copying , by the one or more processors , the encrypted snapshot from the first enclave to untrusted memory of the host; generating , by the one or more processors , a second enclave ; sending , by the one or more processors , the snapshot key from the first enclave to the second enclave through a secure communication channel; copying , by the one or more processors , the encrypted snapshot from the untrusted memory of the host into the second enclave ; and decrypting , by the one or more processors , the encrypted snapshot inside the second enclave with the snapshot key, further comprising creating, by the one or more processors , an entry for the first enclave , the entry allowing a snapshotting thread to enter the first enclave from the host, wherein the snapshot is taken by the snapshotting thread inside the first enclave , and generating, by the one or more processors , an entry barrier for the entry created for the first enclave , and wherein the entry barrier prevents host-side threads other than the snapshotting thread from entering the first enclave .
A robot cleaner comprising: a main body comprising a drive unit for providing a suction force; a main cover for shielding a side of the main body ; a foreign material storage unit separably disposed on the main cover , the foreign material storage unit having an air inlet for introducing air containing foreign materials; a foreign material cover disposed on the main cover , the foreign material cover selectively shielding a side of the foreign material storage unit ; characterised by a shield member disposed on the foreign material storage unit , the shield member selectively shielding the air inlet ; a rotation lever configured to rotatably couple the foreign material cover to the main cover ; and a hinge part disposed at a rotation center of the rotation lever , wherein the rotation lever comprises: a lever main body extending from the hinge part toward the foreign material storage unit ; and a rotation connection part connecting the foreign material cover to the lever main body , and a lever end defining at least one portion of the lever main body , the lever end being disposed under the foreign material storage unit , wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened. a main body comprising a drive unit for providing a suction force; a main cover for shielding a side of the main body ; a foreign material storage unit separably disposed on the main cover , the foreign material storage unit having an air inlet for introducing air containing foreign materials; a foreign material cover disposed on the main cover , the foreign material cover selectively shielding a side of the foreign material storage unit ; characterised by a shield member disposed on the foreign material storage unit , the shield member selectively shielding the air inlet ; a rotation lever configured to rotatably couple the foreign material cover to the main cover ; and a hinge part disposed at a rotation center of the rotation lever , wherein the rotation lever comprises: a lever main body extending from the hinge part toward the foreign material storage unit ; and a rotation connection part connecting the foreign material cover to the lever main body , and a lever end defining at least one portion of the lever main body , the lever end being disposed under the foreign material storage unit , wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened. a lever main body extending from the hinge part toward the foreign material storage unit ; and a rotation connection part connecting the foreign material cover to the lever main body , and a lever end defining at least one portion of the lever main body , the lever end being disposed under the foreign material storage unit , wherein the rotation lever compresses a bottom surface of the foreign material storage unit when the foreign material cover is opened.
Monitoring method for monitoring the security of a virtual machine (VM1) hosted by a host system , the virtual machine comprising an operating system (OS1), said operating system communicating with a hypervisor of the host system, said hypervisor interfacing between the operating system and hardware resources of the host system, said method being characterized in that it comprises the following steps: - the hypervisor duplicating (E1) the virtual machine (VM1) as a duplicated virtual machine (VM1'); - the hypervisor receiving (E3), from the operating system of the virtual machine, at least one machine instruction corresponding to an interrupt in said operating system, said interrupt following an event which has occurred in the virtual machine (VM1), - the hypervisor executing (E4) the instruction using the hardware resources of the host system and; - the hypervisor atomically duplicating (E5) a first data stream comprising the result of the execution as a second data stream, the hypervisor transmitting said first stream to the operating system of the virtual machine and the hypervisor transmitting said second stream to the operating system of the duplicated virtual machine; - processing (E6) the interrupt by modifying the virtual machine in accordance with the first data stream; - processing (E6) the interrupt by modifying the duplicated virtual machine in accordance with the second data stream and a security agent , which is installed on the duplicated virtual machine, monitoring (E6, E4') the events in the operating system of the duplicated virtual machine so as to detect a security problem during the processing of the interrupt. - the hypervisor duplicating (E1) the virtual machine (VM1) as a duplicated virtual machine (VM1'); - the hypervisor receiving (E3), from the operating system of the virtual machine, at least one machine instruction corresponding to an interrupt in said operating system, said interrupt following an event which has occurred in the virtual machine (VM1), - the hypervisor executing (E4) the instruction using the hardware resources of the host system and; - the hypervisor atomically duplicating (E5) a first data stream comprising the result of the execution as a second data stream, the hypervisor transmitting said first stream to the operating system of the virtual machine and the hypervisor transmitting said second stream to the operating system of the duplicated virtual machine; - processing (E6) the interrupt by modifying the virtual machine in accordance with the first data stream; - processing (E6) the interrupt by modifying the duplicated virtual machine in accordance with the second data stream and a security agent , which is installed on the duplicated virtual machine, monitoring (E6, E4') the events in the operating system of the duplicated virtual machine so as to detect a security problem during the processing of the interrupt.
An anvil configured for use with a circular stapling instrument, the anvil comprising: (a) a head comprising an annular surface defining an annular array of staple forming pockets ; (b) a shank extending proximally from the head , wherein the shank and the head cooperatively define a bore , wherein the shank defines a lateral opening ; and (c) a latch member , wherein the latch member comprises: (i) a proximally extending arm located within the lateral opening , and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore , characterised in that : the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank , the latch member and the head together define a homogenous continuum of material. (a) a head comprising an annular surface defining an annular array of staple forming pockets ; (b) a shank extending proximally from the head , wherein the shank and the head cooperatively define a bore , wherein the shank defines a lateral opening ; and (c) a latch member , wherein the latch member comprises: (i) a proximally extending arm located within the lateral opening , and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore , characterised in that : the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank , the latch member and the head together define a homogenous continuum of material. (i) a proximally extending arm located within the lateral opening , and (ii) a latch shelf extending inwardly from the proximally extending arm into the bore , characterised in that : the proximally extending arm is pivotally coupled with the shank via a living hinge, and the shank , the latch member and the head together define a homogenous continuum of material.
A pool of expanded human cord blood stem cell samples, wherein the pool comprises two or more different Notch agonist-expanded human cord blood stem cell samples, each different sample in the pool comprising Notch agonist-expanded hematopoietic stem cells or Notch agonist-expanded hematopoietic stem and progenitor cells, and each different sample in the pool being derived from umbilical cord blood and/or placental blood of a different human at birth, for use in a method for treating pancytopenia, neutropenia, or leukopenia in a human patient in need thereof, which method comprises administering the pool, or an aliquot thereof, to the patient, wherein at least one sample in the pool matches the patient at 3 or more of the HLA antigens or alleles typed in the patient and wherein said administering is done without matching the HLA-types of the other samples in the pool to the HLA-type of the patient.
Semiconductor device , comprising: - a semiconductor body , - an electrically conductive via which extends through at least a part of the semiconductor body , where the via has a lateral size which is given in a first lateral direction (x) that is perpendicular to a vertical direction (z) given by the main axis of extension of the via and where the via has a top side and a bottom side that faces away from the top side , - an electrically conductive etch-stop layer arranged at the bottom side of the via in a plane which is parallel to the first lateral direction (x), and - at least one electrically conductive contact layer at the bottom side of the via in a plane which is parallel to the first lateral direction (x), wherein: - the lateral extent in the first lateral direction (x) of the etch-stop layer is larger than the lateral size of the via , - the lateral extent in the first lateral direction (x) of the contact layer is between 25% and 97.5% of the lateral size of the via , in particular 75%, - the etch-stop layer and at least one of the at least one contact layer have the same thickness in vertical direction (z), and - the etch-stop layer is arranged between the electrically conductive via and the contact layer in the vertical direction (z). - a semiconductor body , - an electrically conductive via which extends through at least a part of the semiconductor body , where the via has a lateral size which is given in a first lateral direction (x) that is perpendicular to a vertical direction (z) given by the main axis of extension of the via and where the via has a top side and a bottom side that faces away from the top side , - an electrically conductive etch-stop layer arranged at the bottom side of the via in a plane which is parallel to the first lateral direction (x), and - at least one electrically conductive contact layer at the bottom side of the via in a plane which is parallel to the first lateral direction (x), wherein: - the lateral extent in the first lateral direction (x) of the etch-stop layer is larger than the lateral size of the via , - the lateral extent in the first lateral direction (x) of the contact layer is between 25% and 97.5% of the lateral size of the via , in particular 75%, - the etch-stop layer and at least one of the at least one contact layer have the same thickness in vertical direction (z), and - the etch-stop layer is arranged between the electrically conductive via and the contact layer in the vertical direction (z).
A system for carrying out a treatment of the head of hair, especially a shampooing operation, to be connected to at least one water inlet, comprising: - at least one source of cosmetic product (P1; P2), - an adjustment device making it possible to modify at least one usage characteristic of at least one product conveyed to the head of hair, - a user interface , enabling said user: ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, - a means for generating a product recommendation and/or a treatment recommendation on the basis at least of the knowledge of the selected setting and of said at least one item of information input by the user relating to the treatment result. - at least one source of cosmetic product (P1; P2), - an adjustment device making it possible to modify at least one usage characteristic of at least one product conveyed to the head of hair, - a user interface , enabling said user: ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, ∘ to select a setting, the system being configured to act on the adjustment device as a function of the selected setting, and ∘ to input at least one item of information relating to a treatment result obtained with the selected setting, - a means for generating a product recommendation and/or a treatment recommendation on the basis at least of the knowledge of the selected setting and of said at least one item of information input by the user relating to the treatment result.
Use of a random primer or a set of random primers for the preparation of a DNA library from a plant consisting of, as a random primer or random primers, one or more oligonucleotides selected from among 15 types of oligonucleotides represented by TAAGAGACAGNN, SEQ ID NO: 2060, wherein N represents any of A, G, C, or T, excluding those in which 2 bases at the 3' terminus are TG and 63 types of oligonucleotides represented by TAAGAGACAGNNN, SEQ ID NO: 2061, wherein N represents any of A, G, C, or T, excluding those in which 3 bases at the 3' terminus are TGC.
An apparatus for use by an Optical Line Terminal, OLT , communicatively connected to optical network units, ONUs , comprising means for performing: - obtaining a stream of codewords, comprising a first type codeword and a second type codeword, wherein, the first type codeword is an idle codeword, and the second type codeword comprises data intended for at least one of the ONUs; - obtaining, an interleaved bitstream from the stream of codewords based on an interleaving scheme, wherein, in the interleaved bitstream, bits at positions corresponding to the first type codeword comprise redundant bits, and bits at positions corresponding to the second type codeword comprise information bits; - determining values for one or more redundant bits placed between two adjacent information bits in the interleaved bitstream based on the values of either or both of the two adjacent information bits, to reduce inter-symbol interference on either or both of the two adjacent information bits; - transmitting the interleaved bitstream to one or more of the ONUs. - obtaining a stream of codewords, comprising a first type codeword and a second type codeword, wherein, the first type codeword is an idle codeword, and the second type codeword comprises data intended for at least one of the ONUs; - obtaining, an interleaved bitstream from the stream of codewords based on an interleaving scheme, wherein, in the interleaved bitstream, bits at positions corresponding to the first type codeword comprise redundant bits, and bits at positions corresponding to the second type codeword comprise information bits; - determining values for one or more redundant bits placed between two adjacent information bits in the interleaved bitstream based on the values of either or both of the two adjacent information bits, to reduce inter-symbol interference on either or both of the two adjacent information bits; - transmitting the interleaved bitstream to one or more of the ONUs.
Vacuum chamber for carrying out vacuum applications and/or for receiving vacuum components, comprising a vacuum vessel with at least one flange section connected to the vacuum vessel, characterized in that the vacuum vessel is made entirely of an aluminium alloy, at least one flange section is made entirely of an aluminium alloy, and at least one flange section comprises a sealing surface with a cutting edge made of an aluminium alloy.
A membrane catalyst layer assembly of an electrochemical device, comprising: a polymer electrolyte membrane; and a pair of catalyst layers disposed on main surfaces of the polymer electrolyte membrane, wherein one of the pair of catalyst layers contains: mesoporous carbon with an average particle size of 100 nm or more, the mesoporous carbon having mesopores with a mode radius in the range of 1 to 25 nm and a pore volume in the range of 1.0 to 3.0 cm 3 /g; a catalytic metal supported on the mesoporous carbon; a proton-conducting resin; and at least one type of carbon particles with a smaller average particle size than the mesoporous carbon, and the one of the pair of catalyst layers has a first surface layer which is adjacent to the polymer electrolyte membrane and contains the mesoporous carbon, and a second surface layer which is opposite the polymer electrolyte membrane and contains the mesoporous carbon, a volume percentage of the mesoporous carbon in the second surface layer is lower than a volume percentage of the mesoporous carbon in the first surface layer, and a volume percentage of the catalytic metal in a second surface layer opposite the polymer electrolyte membrane is lower than a volume percentage of the catalytic metal in a first surface layer adjacent to the polymer electrolyte membrane. a polymer electrolyte membrane; and a pair of catalyst layers disposed on main surfaces of the polymer electrolyte membrane, wherein one of the pair of catalyst layers contains: mesoporous carbon with an average particle size of 100 nm or more, the mesoporous carbon having mesopores with a mode radius in the range of 1 to 25 nm and a pore volume in the range of 1.0 to 3.0 cm 3 /g; a catalytic metal supported on the mesoporous carbon; a proton-conducting resin; and at least one type of carbon particles with a smaller average particle size than the mesoporous carbon, and mesoporous carbon with an average particle size of 100 nm or more, the mesoporous carbon having mesopores with a mode radius in the range of 1 to 25 nm and a pore volume in the range of 1.0 to 3.0 cm 3 /g; a catalytic metal supported on the mesoporous carbon; a proton-conducting resin; and at least one type of carbon particles with a smaller average particle size than the mesoporous carbon, and the one of the pair of catalyst layers has a first surface layer which is adjacent to the polymer electrolyte membrane and contains the mesoporous carbon, and a second surface layer which is opposite the polymer electrolyte membrane and contains the mesoporous carbon, a volume percentage of the mesoporous carbon in the second surface layer is lower than a volume percentage of the mesoporous carbon in the first surface layer, and a volume percentage of the catalytic metal in a second surface layer opposite the polymer electrolyte membrane is lower than a volume percentage of the catalytic metal in a first surface layer adjacent to the polymer electrolyte membrane.
A cable assembly comprising: a common figure-8 outer jacket comprising a first lobe and a second lobe , an electric core , two strength members and a first extruded inner sheath housing said electric core and said strength members , wherein the first lobe surrounds the first extruded inner sheath , wherein said first extruded inner sheath annularly surrounds the strength members and wherein the strength members are laid parallel to the first lobe longitudinal axis, and an optical core and a second extruded inner sheath housing said optical core , wherein the second lobe surrounds the second extruded inner sheath , wherein the common figure-8 outer jacket adheres to the first extruded inner sheath and to the second extruded inner sheath and is configured to be readily detachable from the first and second extruded inner sheaths to free a self standing electrical cable, formed by the first extruded inner sheath and what the first extruded inner sheath houses, and a self standing optical cable, formed by the second extruded inner sheath and what the second extruded inner sheath houses. a common figure-8 outer jacket comprising a first lobe and a second lobe , an electric core , two strength members and a first extruded inner sheath housing said electric core and said strength members , wherein the first lobe surrounds the first extruded inner sheath , wherein said first extruded inner sheath annularly surrounds the strength members and wherein the strength members are laid parallel to the first lobe longitudinal axis, and an optical core and a second extruded inner sheath housing said optical core , wherein the second lobe surrounds the second extruded inner sheath , wherein the common figure-8 outer jacket adheres to the first extruded inner sheath and to the second extruded inner sheath and is configured to be readily detachable from the first and second extruded inner sheaths to free a self standing electrical cable, formed by the first extruded inner sheath and what the first extruded inner sheath houses, and a self standing optical cable, formed by the second extruded inner sheath and what the second extruded inner sheath houses.