mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method of determining a subject's risk of liver dysfunction after partial liver resection said method comprising the steps of: a) providing a blood sample from said subject before partial liver resection, b) determining in said sample the expression level of miR-151a and miR-192, and optionally of miR-122, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and c) classifying the sample from the outcome of step i) or step ii) into one of at least two classes, wherein each class is one of the at least two categories "high-risk" and "low-risk". a) providing a blood sample from said subject before partial liver resection, b) determining in said sample the expression level of miR-151a and miR-192, and optionally of miR-122, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and i. identifying the ratios of miR-151a to miR-192, and optionally of miR-122 to miR-151a, based on the expression levels determined in b), and comparing said expression level ratios with reference expression level ratios, or ii. comparing the expression levels of miR-151a, miR-192 and miR-122 with reference expression levels, and c) classifying the sample from the outcome of step i) or step ii) into one of at least two classes, wherein each class is one of the at least two categories "high-risk" and "low-risk".
A mattress cover material for mattresses, characterised in that the mattress lining material contains a compostable polyester and/or compostable copolyester yarn.
A method of extracting information from a network device, comprising: retrieving, by a management device, first device information from the network device using a first communication protocol; attempting, by the management device, to determine a parameter value of interest based on the first device information; and when the step of attempting to determine the parameter value of interest based on the first device information is unsuccessful, retrieving second device information from the network device using a second communication protocol, attempting, by the management device, to determine the parameter value of interest based on the first device information and the second device information, wherein when the step of attempting to determine the parameter value of interest based on the first device information is successful, retrieving the second device information from the network device using the second communication protocol, and characterized by attempting to verify the determined parameter value of interest based on the second device information, storing, when the determined parameter value of interest is successfully verified in the step of verifying, a method of extracting device information necessary to determine the parameter value of interest from the network device via the first communication protocol, and information on how to determine the parameter value of interest from the extracted necessary device information. retrieving, by a management device, first device information from the network device using a first communication protocol; attempting, by the management device, to determine a parameter value of interest based on the first device information; and when the step of attempting to determine the parameter value of interest based on the first device information is unsuccessful, retrieving second device information from the network device using a second communication protocol, attempting, by the management device, to determine the parameter value of interest based on the first device information and the second device information, wherein when the step of attempting to determine the parameter value of interest based on the first device information is successful, retrieving the second device information from the network device using the second communication protocol, and characterized by attempting to verify the determined parameter value of interest based on the second device information, storing, when the determined parameter value of interest is successfully verified in the step of verifying, a method of extracting device information necessary to determine the parameter value of interest from the network device via the first communication protocol, and information on how to determine the parameter value of interest from the extracted necessary device information.
A selective PKC-θ inhibitor and a cancer therapy agent for use in treating or preventing a metastatic cancer, wherein the metastatic cancer comprises cancer stem cells and non-CSC tumor cells, wherein the PKC-θ inhibitor inhibits formation, proliferation, maintenance or epithelial to mesenchymal transition of the CSCs or stimulates or induces mesenchymal to epithelial transition of the CSCs, and wherein the cancer therapy agent inhibits proliferation, survival or viability of the non-CSC tumor cells.
A method of controlling an air conditioner comprising a case having a condensed water storage part formed therein, a water level sensing housing installed in the condensed water storage part in a state of contacting condensed water stored in the condensed water storage part, and a plurality of electrode pads disposed in the water level sensing housing, in a state of not contacting the condensed water, for sensing capacitance of the condensed water, the method comprising: sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part; the method being characterized by sensing an increase in the level of condensed water during a predetermined time based on the level of the condensed water sensed at the sensing step and calculating an amount of condensed water that is generated per unit time based thereupon. sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part; the method being characterized by sensing an increase in the level of condensed water during a predetermined time based on the level of the condensed water sensed at the sensing step and calculating an amount of condensed water that is generated per unit time based thereupon.
A composition comprising a therapeutically effective amount of an androgen receptor agonist for use to promote or enhance vascular repair in a subject in need thereof, wherein promoting or enhancing vascular repair comprises angiogenesis, neovascularisation and/or vascular regeneration, and wherein said androgen receptor agonist is 5α-dihydrotestosterone.
Thermoelectric module, having an inner circumferential surface, an axis and an outer circumferential surface, wherein a plurality of semiconductor elements containing thermoelectric material is arranged in the direction of the axis and between the inner circumferential surface and the outer circumferential surface and connected electrically to one another in alternation, wherein at least some of the semiconductor elements have at least an inner frame part, with the result that the inner frame parts form an interrupted inner circumferential surface, wherein the inner circumferential surface furthermore forms a cold side of the thermoelectric module, characterized in that a dimensionally unstable sheath is provided at least at the interrupted inner circumferential surface.
A method of positioning a tool at a downhole location, the method comprising: providing a tool assembly comprising a tool or toolstring and a positioning apparatus coupled to the tool or toolstring, wherein the apparatus comprises a body and a plurality of support elements located on the body, the support elements comprising a first retracted position and a second open position in which the support elements define one or more support surfaces; deploying the tool assembly with the support elements in the first retracted position; lowering the apparatus in the wellbore with the support elements in their second, open position to a restriction in the wellbore and causing the support elements to contact the restriction to support the apparatus in the wellbore and prevent downward movement of the apparatus in the wellbore past the restriction; releasing a retaining mechanism to enable the support elements to move from the first retracted position to the second open position; wherein initiation of an anchoring or clamping mechanism of the tool or toolstring functions to release the retaining mechanism, wherein the retaining mechanism is a latch mechanism, and the latch mechanism is biased towards a closed, latched position in which the support elements are retained, wherein the latch mechanism is released by a sliding sleeve mechanically coupled to the anchoring mechanism such that actuation of the anchoring mechanism causes the sleeve to move within the body. providing a tool assembly comprising a tool or toolstring and a positioning apparatus coupled to the tool or toolstring, wherein the apparatus comprises a body and a plurality of support elements located on the body, the support elements comprising a first retracted position and a second open position in which the support elements define one or more support surfaces; deploying the tool assembly with the support elements in the first retracted position; lowering the apparatus in the wellbore with the support elements in their second, open position to a restriction in the wellbore and causing the support elements to contact the restriction to support the apparatus in the wellbore and prevent downward movement of the apparatus in the wellbore past the restriction; releasing a retaining mechanism to enable the support elements to move from the first retracted position to the second open position; wherein initiation of an anchoring or clamping mechanism of the tool or toolstring functions to release the retaining mechanism, wherein the retaining mechanism is a latch mechanism, and the latch mechanism is biased towards a closed, latched position in which the support elements are retained, wherein the latch mechanism is released by a sliding sleeve mechanically coupled to the anchoring mechanism such that actuation of the anchoring mechanism causes the sleeve to move within the body.
A display device comprising: a mechanical indicator, a reference photodetector; a measurement photodetector; an opaque shroud connected to the mechanical indicator to variably cover the measurement photodetector based on a position of the mechanical indicator while the amount of ambient light striking the reference photodetector does not change with position of the mechanical indicator; the opaque shroud not covering the reference photodetector; and a faceplate displaying a scale for indicating a position of the mechanical indicator relative to a zero-scale position and full-scale position; and the opaque shroud covers the measurement photodetector to an extent corresponding to the relative position of the mechanical indicator wherein the reference photodetector is proximate to the measurement photodetector, and both the reference photodetector and the measurement photodetector are positioned within an opening in the faceplate; and wherein the display device further comprises: a measurement circuit electrically connected to the reference photodetector and to the measurement photodetector to calculate the relative position of the mechanical indicator based on an output of the reference photodetector and an output of the measurement photodetector a mechanical indicator, a reference photodetector; a measurement photodetector; an opaque shroud connected to the mechanical indicator to variably cover the measurement photodetector based on a position of the mechanical indicator while the amount of ambient light striking the reference photodetector does not change with position of the mechanical indicator; the opaque shroud not covering the reference photodetector; and a faceplate displaying a scale for indicating a position of the mechanical indicator relative to a zero-scale position and full-scale position; and the opaque shroud covers the measurement photodetector to an extent corresponding to the relative position of the mechanical indicator wherein the reference photodetector is proximate to the measurement photodetector, and both the reference photodetector and the measurement photodetector are positioned within an opening in the faceplate; and wherein the display device further comprises: a measurement circuit electrically connected to the reference photodetector and to the measurement photodetector to calculate the relative position of the mechanical indicator based on an output of the reference photodetector and an output of the measurement photodetector
A computer-implemented method for storing keys of a plurality of key-value pairs in a network node of a blockchain network, the method comprising: maintaining data representing a forest that stores a plurality of keys of the plurality of key-value pairs that are stored in a map, wherein the map is stored in the network node and wherein the forest comprises a plurality of trees, each tree comprising a respective plurality of storage nodes, each storage node storing a subset of the plurality of keys, wherein each of the plurality of trees comprises a respective number of levels, each level corresponding to a respective hash function; receiving a request to add a key of a key-value pair into the forest, the key-value pair stored in the map; computing a first hash value of the key using a first hash function corresponding to a first level of the levels of the plurality of trees of the forest; determining a tree of the plurality of trees to store the key based on the first hash value, wherein the determining the tree of the plurality of trees to store the key based on the first hash value comprises performing a modulo operation on the first hash value based on a number of trees in the forest to generate a first modulo value, and determining the tree of the plurality of trees to store the key based on the first modulo value; determining a target storage node of the tree of the plurality of trees to store the key; and storing the key in the target storage node. maintaining data representing a forest that stores a plurality of keys of the plurality of key-value pairs that are stored in a map, wherein the map is stored in the network node and wherein the forest comprises a plurality of trees, each tree comprising a respective plurality of storage nodes, each storage node storing a subset of the plurality of keys, wherein each of the plurality of trees comprises a respective number of levels, each level corresponding to a respective hash function; receiving a request to add a key of a key-value pair into the forest, the key-value pair stored in the map; computing a first hash value of the key using a first hash function corresponding to a first level of the levels of the plurality of trees of the forest; determining a tree of the plurality of trees to store the key based on the first hash value, wherein the determining the tree of the plurality of trees to store the key based on the first hash value comprises performing a modulo operation on the first hash value based on a number of trees in the forest to generate a first modulo value, and determining the tree of the plurality of trees to store the key based on the first modulo value; performing a modulo operation on the first hash value based on a number of trees in the forest to generate a first modulo value, and determining the tree of the plurality of trees to store the key based on the first modulo value; determining a target storage node of the tree of the plurality of trees to store the key; and storing the key in the target storage node.
A composition comprising or consisting of: - at least one avenanthramide selected from the group consisting of the avenanthramides A, B, C, G, H, K, L, R and mixtures of these avenanthramides, or the avenanthramide analogue dihydroavenanthramide D; and - 4-hydroxyacetophenone. - at least one avenanthramide selected from the group consisting of the avenanthramides A, B, C, G, H, K, L, R and mixtures of these avenanthramides, or the avenanthramide analogue dihydroavenanthramide D; and - 4-hydroxyacetophenone.
A method for enabling group control of terminals, the method being performed by a management entity, and the method comprising: the management entity receiving a message (502, 602) comprising a terminal identifier identifying a terminal; the management entity obtaining subscription data for the terminal, the subscription data comprising a list of access point names, APNs; the management entity using the list of APNs to determine that the terminal is a member of a particular group of terminals, wherein the method further comprises: the management entity storing a group identifier identifying the particular group of terminals, and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals, comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal. the management entity receiving a message (502, 602) comprising a terminal identifier identifying a terminal; the management entity obtaining subscription data for the terminal, the subscription data comprising a list of access point names, APNs; the management entity using the list of APNs to determine that the terminal is a member of a particular group of terminals, wherein the method further comprises: the management entity storing a group identifier identifying the particular group of terminals, and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals, comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal. the management entity storing a group identifier identifying the particular group of terminals, and wherein the step of using the list of APNs to determine that the terminal is a member of the particular group of terminals, comprises determining that the list of APNs includes an APN that matches the group identifier, wherein the matching APN is a Group Defining APN, which is not used for providing any connectivity but which is used as group defining parameter by a node that implements and enforces APN based congestion control to the terminal.
A lens package, comprising: a bulb having a volume and a perimeter; a cover sealed to said bulb; and a contact lens contained in solution in said bulb, wherein said contact lens has a convex surface and an edge, and the contact lens is orientated such that the convex surface is further from the cover than the edge is from the cover; and wherein said cover is a foil joined to said bulb around the perimeter of the bulb by a heat seal ring; wherein said foil includes a concavity such that the foil projects inwards from the plane of the heat seal ring and the concavity displaces volume from the volume of the bulb. a bulb having a volume and a perimeter; a cover sealed to said bulb; and a contact lens contained in solution in said bulb, wherein said contact lens has a convex surface and an edge, and the contact lens is orientated such that the convex surface is further from the cover than the edge is from the cover; and wherein said cover is a foil joined to said bulb around the perimeter of the bulb by a heat seal ring;
A positive electrode active material for a non-aqueous electrolyte secondary battery, including: a lithium-transition metal composite oxide, wherein the lithium-transition metal composite oxide is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b, wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less. a lithium-transition metal composite oxide, wherein the lithium-transition metal composite oxide is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b, wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less. is represented by general formula Li x Mn y Ni z Me 2-x-y-z O a F b, wherein 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.7, 0.1 ≤ z ≤ 0.4, 0 < b ≤ 0.2, 1.9 ≤ a + b ≤ 2.1, and Me is at least one element selected from Co, Al, Ti, Ge, Nb, Sr, Mg, Si, P, and Sb, has a BET specific surface area of 1 m 2 /g or more and 4 m 2 /g or less, and has an average pore size of 100 nm or less.
An integrator circuit comprising: an active input; a passive input; a first integrator having a first integrator input and a first integrator output; a second integrator having a second integrator input and a second integrator output; a first plurality of switches coupled with the first integrator input, the second integrator input, the active input, and the passive input; a second plurality of switches coupled with the first integrator output and the second integrator output; and a controller coupled with the first plurality of switches and the second plurality of switches, configured to control the operation of the first plurality of switches to switch the active input between the first integrator input and the second integrator input, and configured to control the operation of the first plurality of switches to switch the passive input between the first integrator input and the second integrator input, characterised in that the active input and the passive input have substantially similar resistance, inductance, and capacitance. an active input; a passive input; a first integrator having a first integrator input and a first integrator output; a second integrator having a second integrator input and a second integrator output; a first plurality of switches coupled with the first integrator input, the second integrator input, the active input, and the passive input; a second plurality of switches coupled with the first integrator output and the second integrator output; and a controller coupled with the first plurality of switches and the second plurality of switches, configured to control the operation of the first plurality of switches to switch the active input between the first integrator input and the second integrator input, and configured to control the operation of the first plurality of switches to switch the passive input between the first integrator input and the second integrator input, characterised in that the active input and the passive input have substantially similar resistance, inductance, and capacitance.