mhurhangee/patent-ind-claim-en huggingface dataset:
A system provided with panels, for instance glass sheets, and with elements which extend along edges of the panels, the system comprising: - at least two neighbouring panels (P), each panel (P) being a thermal insulation panel (P), wherein opposite end faces of the neighbouring panels (P) bound a space (H); - a first element extending along two longitudinal outer edges of the two neighbouring panels (P), for covering these longitudinal outer edges , wherein the first element is manufactured from metal, and is of solid design; - second elements extending along second edges of the two neighbouring panels (P), the second panel edges being parallel to the first edges, and being located at the same panel end faces arranged opposite each other as the first edges, and - a connection between said first element and second elements which connection comprises at least a solid metal connecting element , wherein said connection is also provided with a thermally insulating part , wherein a said first element extends along two longitudinal edges of two panel parts (P) arranged side by side, for covering these longitudinal edges, wherein the thermally insulating part is substantially located in the space (H) located opposite the end faces of the panels (P), characterised in that a said first element has a transversal width (L1) which is less than approximately 5 cm, measured in a transverse direction with respect to said longitudinal edges, wherein the solid metal connecting element is at least dimensioned for substantially absorbing forces in said first direction (X), the forces comprising wind pressure, for the purpose of preventing the system from bending under the influence of such forces, wherein, when viewed in a cross-section that is at right angles to a longitudinal direction of the system, the solid connecting element has a main direction of extension at right angles with respect to the panels (P), said main direction being a first direction (X) perpendicular to a panel surface of a said panel (P). - at least two neighbouring panels (P), each panel (P) being a thermal insulation panel (P), wherein opposite end faces of the neighbouring panels (P) bound a space (H); - a first element extending along two longitudinal outer edges of the two neighbouring panels (P), for covering these longitudinal outer edges , wherein the first element is manufactured from metal, and is of solid design; - second elements extending along second edges of the two neighbouring panels (P), the second panel edges being parallel to the first edges, and being located at the same panel end faces arranged opposite each other as the first edges, and - a connection between said first element and second elements which connection comprises at least a solid metal connecting element , wherein said connection is also provided with a thermally insulating part , wherein a said first element extends along two longitudinal edges of two panel parts (P) arranged side by side, for covering these longitudinal edges, wherein the thermally insulating part is substantially located in the space (H) located opposite the end faces of the panels (P),
A system for monitoring and maintaining a power distribution network of optically switchable windows of a site, the system comprising: a control panel monitor configured to cause: determining a control panel voltage and current at a terminal of a control panel ; sense circuitry configured to cause: determining a first window controller voltage and current for a first window controller of a plurality of window controllers ; and one or more controllers configured to cause: generating voltage network data based on a combination of the control panel voltage and current and the first window controller voltage and current, and determining an error condition in the power distribution network based on the voltage network data, wherein determining the error condition comprises comparing first fingerprints of devices of the power distribution network to second fingerprints of the devices of the power distribution network. a control panel monitor configured to cause: determining a control panel voltage and current at a terminal of a control panel ; sense circuitry configured to cause: determining a first window controller voltage and current for a first window controller of a plurality of window controllers ; and one or more controllers configured to cause: generating voltage network data based on a combination of the control panel voltage and current and the first window controller voltage and current, and determining an error condition in the power distribution network based on the voltage network data, generating voltage network data based on a combination of the control panel voltage and current and the first window controller voltage and current, and determining an error condition in the power distribution network based on the voltage network data, wherein determining the error condition comprises comparing first fingerprints of devices of the power distribution network to second fingerprints of the devices of the power distribution network.
False fuse , intended to cooperate with a terminal block (B) of an electrical cabinet, and including: - a conductive connector , made of an electrically conductive material, intended to cooperate with a terminal (Be) of the terminal block (B) of the electrical cabinet; - an insulating connector , made of an electrical insulating material, intended to cooperate with another terminal (Bs) of the terminal block (B) of the electrical cabinet; - receiving means , made of an electrically conductive material, and configured to receive connecting means for connecting the false fuse to the ground; - connecting means for electrically connecting the conductive connector and the receiving means ; - a coding system configured to prevent the cooperation between the false fuse and the terminal block (B); - means for movably mounting for mounting the coding system movably between, on the one hand, at least one active position of the coding system in which this coding system prevents the cooperation of the false fuse with the terminal block (B) and, on the other hand, at least one inactive position of the coding system in which this coding system authorizes the cooperation of the false fuse with the terminal block (B), - wherein it also includes driving means for driving the coding system movably between at least the inactive position and at least the active position, respectively between at least the active position and at least the inactive position, of this coding system , under the action of gravity. - a conductive connector , made of an electrically conductive material, intended to cooperate with a terminal (Be) of the terminal block (B) of the electrical cabinet; - an insulating connector , made of an electrical insulating material, intended to cooperate with another terminal (Bs) of the terminal block (B) of the electrical cabinet; - receiving means , made of an electrically conductive material, and configured to receive connecting means for connecting the false fuse to the ground; - connecting means for electrically connecting the conductive connector and the receiving means ; - a coding system configured to prevent the cooperation between the false fuse and the terminal block (B); - means for movably mounting for mounting the coding system movably between, on the one hand, at least one active position of the coding system in which this coding system prevents the cooperation of the false fuse with the terminal block (B) and, on the other hand, at least one inactive position of the coding system in which this coding system authorizes the cooperation of the false fuse with the terminal block (B), - wherein it also includes driving means for driving the coding system movably between at least the inactive position and at least the active position, respectively between at least the active position and at least the inactive position, of this coding system , under the action of gravity.
A yeast cell capable of producing a desaturated fatty alcohol and optionally a desaturated fatty alcohol acetate, said yeast cell expressing: i) at least one heterologous fatty acyl-CoA desaturase capable of introducing at least one double bond in a fatty acyl-CoA having a carbon chain length of 14, wherein said desaturase is a Δ9 desaturase having at least 80% homology to the Δ9 desaturase from Drosophila melanogaster as set forth in SEQ ID NO: 10 and has a higher specificity towards tetradecanoyl-CoA than towards hexadecanoyl-CoA; and ii) at least one heterologous fatty acyl-CoA reductase (FAR) (EC 1.2.1.84), capable of converting at least part of said desaturated fatty acyl-CoA to a desaturated fatty alcohol, optionally wherein the FAR has a higher specificity towards desaturated tetradecanoyl-CoA than towards desaturated hexadecanoyl-CoA; and iii) optionally an acetyltransferase (EC 2.3.1.84) capable of converting at least part of said desaturated fatty alcohol to a desaturated fatty alcohol acetate. i) at least one heterologous fatty acyl-CoA desaturase capable of introducing at least one double bond in a fatty acyl-CoA having a carbon chain length of 14, wherein said desaturase is a Δ9 desaturase having at least 80% homology to the Δ9 desaturase from Drosophila melanogaster as set forth in SEQ ID NO: 10 and has a higher specificity towards tetradecanoyl-CoA than towards hexadecanoyl-CoA; and ii) at least one heterologous fatty acyl-CoA reductase (FAR) (EC 1.2.1.84), capable of converting at least part of said desaturated fatty acyl-CoA to a desaturated fatty alcohol, optionally wherein the FAR has a higher specificity towards desaturated tetradecanoyl-CoA than towards desaturated hexadecanoyl-CoA; and iii) optionally an acetyltransferase (EC 2.3.1.84) capable of converting at least part of said desaturated fatty alcohol to a desaturated fatty alcohol acetate.
An article comprising: an electrodeposited aluminum manganese alloy being amorphous or comprising an average grain size of less than 1 micrometer, characterized in that the electrodeposited aluminum manganese alloy thickness is greater than 40 micrometers, and that a ductility of the electrodeposited aluminum manganese alloy is greater than 2%.
A composition comprising 5-aminolevulinic acid (ALA), its derivative, or salt thereof and an iron compound for use in the prevention and/or treatment of an adult disease, wherein the adult disease is diabetes.
Device for detecting an object (9.1) arranged behind an article that is transparent to an electromagnetic radiation, comprising - a coil arrangement with a first transmitting coil (1.1) and a first receiving coil (2.1) arranged orthogonally to the first transmitting coil, - wherein the coil arrangement forms a sensor for detecting the object (9.1) on a relative movement between the device and the article , - a control circuit for driving the at least one transmitting coil (1.1) and for evaluating the output signals of the sensor, - wherein the coil arrangement comprises the first transmitting coil (1.1) driven as transmitting coil by the control circuit and at least one further transmitting coil (1.2, 1.3, 1.4) driven as transmitting coil by the control circuit and the first receiving coil (2.1) and at least one further receiving coil (2.2, 2.3, 2.4), - wherein an axis (1.5) of the first transmitting coil (1.1) and an axis (1.6) of the at least one further transmitting coil (1.2) are arranged orthogonally to one another, - wherein the first transmitting coil (1.1) and the further transmitting coil (1.2, 1.3, 1.4) each are equally spaced apart from the first receiving coil (2.1), - wherein the axis (1.5) of the first transmitting coil (1.1) and the axis (1.6) of the at least one further transmitting coil (1.2) intersect an axis (2.5) of the first receiving coil (2.1) orthogonally, characterized in that - the axes (1.5, 1.6) of the transmitting coils (1.1, 1.2) lie in the plane in which the receiving coils (2.1, 2.2, 2.3, 2.4) are arranged. - a coil arrangement with a first transmitting coil (1.1) and a first receiving coil (2.1) arranged orthogonally to the first transmitting coil, - wherein the coil arrangement forms a sensor for detecting the object (9.1) on a relative movement between the device and the article , - a control circuit for driving the at least one transmitting coil (1.1) and for evaluating the output signals of the sensor, - wherein the coil arrangement comprises the first transmitting coil (1.1) driven as transmitting coil by the control circuit and at least one further transmitting coil (1.2, 1.3, 1.4) driven as transmitting coil by the control circuit and the first receiving coil (2.1) and at least one further receiving coil (2.2, 2.3, 2.4), - wherein an axis (1.5) of the first transmitting coil (1.1) and an axis (1.6) of the at least one further transmitting coil (1.2) are arranged orthogonally to one another, - wherein the first transmitting coil (1.1) and the further transmitting coil (1.2, 1.3, 1.4) each are equally spaced apart from the first receiving coil (2.1), - wherein the axis (1.5) of the first transmitting coil (1.1) and the axis (1.6) of the at least one further transmitting coil (1.2) intersect an axis (2.5) of the first receiving coil (2.1) orthogonally, - the axes (1.5, 1.6) of the transmitting coils (1.1, 1.2) lie in the plane in which the receiving coils (2.1, 2.2, 2.3, 2.4) are arranged.
A method implemented by a computer, the method comprising: loading code into a memory of a managed runtime environment; evaluating an instruction of the code , wherein the code is the code of a program executing in the managed runtime environment, and wherein the instruction indicates a first identifier and a payload, the first identifier serving as at least a portion of lookup data usable to obtain the payload; determining a logical element of the program that includes the instruction that provides the first identifier by finding, via the runtime environment, a topmost stack frame; obtaining a second identifier of the logical element of the program to associate with metadata , the second identifier serving as at least a portion of the lookup data; each time the instruction is executed to set the metadata corresponding to the first identifier, adding data to a set that indicates a context, wherein the context includes a scope or other data identifying the instruction; and storing the first identifier, the second identifier, the context and the payload in a memory of the managed runtime environment; wherein the payload includes a reference to code that when executed computes the metadata , wherein the reference comprises a reference to a callback function that when executed computes the metadata from state available during runtime. loading code into a memory of a managed runtime environment; evaluating an instruction of the code , wherein the code is the code of a program executing in the managed runtime environment, and wherein the instruction indicates a first identifier and a payload, the first identifier serving as at least a portion of lookup data usable to obtain the payload; determining a logical element of the program that includes the instruction that provides the first identifier by finding, via the runtime environment, a topmost stack frame; obtaining a second identifier of the logical element of the program to associate with metadata , the second identifier serving as at least a portion of the lookup data; each time the instruction is executed to set the metadata corresponding to the first identifier, adding data to a set that indicates a context, wherein the context includes a scope or other data identifying the instruction; and storing the first identifier, the second identifier, the context and the payload in a memory of the managed runtime environment; wherein the payload includes a reference to code that when executed computes the metadata , wherein the reference comprises a reference to a callback function that when executed computes the metadata from state available during runtime.
An aptamer that binds to Intercellular Adhesion Molecule-1 (ICAM-1), comprising the RNA sequence SEQ ID NO: 1.
Air conditioning system for a motor vehicle, comprising, arranged in a housing , - a first heat exchanger through which an air flow can flow and which can be operated as an evaporator of a refrigerant circuit, - a second heat exchanger which is connected downstream of the first heat exchanger in the flow direction of the air flow and through which the air flow can flow, said second heat exchanger having a resistance heating element, and - an air guide flap by means of which, depending on its position, portions of the air flow can be conducted past the second heat exchanger , wherein the air guide flap is designed as a bypass flap and - depending on its position, portions of the air flow can be conducted past the first heat exchanger , and - independent of its position, each portion of the air flow flows through either both or none of the heat exchangers , characterized in that a third heat exchanger , which can be operated as a condenser of the refrigerant circuit , is arranged in the flow direction between the first and the second heat exchanger (21; 20). - a first heat exchanger through which an air flow can flow and which can be operated as an evaporator of a refrigerant circuit, - a second heat exchanger which is connected downstream of the first heat exchanger in the flow direction of the air flow and through which the air flow can flow, said second heat exchanger having a resistance heating element, and - an air guide flap by means of which, depending on its position, portions of the air flow can be conducted past the second heat exchanger , - depending on its position, portions of the air flow can be conducted past the first heat exchanger , and - independent of its position, each portion of the air flow flows through either both or none of the heat exchangers ,
An apparatus for sanitizing of an electromedical device , the electromedical device being selected from a group consisting of a medical ventilator or respirator, high performances volume assured pressure support pulmonary ventilators, BiLevel devices, N-PAP devices, secretion clearance devices, tracheal suction pumps, monitoring devices, antidecubitus compressors, heated humidifiers, and any combination thereof comprising: a housing having a reception space configured for receiving the electromedical device , wherein the reception space has a volume; at least one nebulizer device configured for nebulizing a sanitizing product, a controller configured for controlling the at least one nebulizer device characterized in that the apparatus further includes an electrical connection port in the reception space , wherein the electrical connection port is configured for being connected with the electromedical device to operate the electromedical device during the sanitization process, the at least one nebulizer is located inside the reception space for introducing the nebulized sanitizing product into the reception space ; wherein the controller is configured for introducing a plurality of doses of the nebulized sanitizing product at predetermined time intervals into the reception space during a sanitization process, and wherein the sanitizing product is a hydrogen peroxide based sanitizing product having a hydrogen peroxide concentration between 4% and 10%. a housing having a reception space configured for receiving the electromedical device , wherein the reception space has a volume; at least one nebulizer device configured for nebulizing a sanitizing product, a controller configured for controlling the at least one nebulizer device characterized in that the apparatus further includes an electrical connection port in the reception space , wherein the electrical connection port is configured for being connected with the electromedical device to operate the electromedical device during the sanitization process, the at least one nebulizer is located inside the reception space for introducing the nebulized sanitizing product into the reception space ; wherein the controller is configured for introducing a plurality of doses of the nebulized sanitizing product at predetermined time intervals into the reception space during a sanitization process, and wherein the sanitizing product is a hydrogen peroxide based sanitizing product having a hydrogen peroxide concentration between 4% and 10%.
A method, at a network node , of allocating an enhanced control channel to a first wireless device , the method comprising: determining (S100, S106, S108, S110, S112, S114) a control channel subframe pattern for the first wireless device , the subframe pattern for the first wireless device identifying subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information, the subframe pattern being based at least in part on enhanced control channel subframe utilization by other wireless devices ; transmitting (S102, S114) the control channel subframe pattern to the first wireless device ; and transmitting (S104) downlink control information to the first wireless device over the enhanced control channel according to the control channel subframe pattern, wherein determining (S100, S106, S108, S110, S112, S114) the control channel subframe pattern comprises determining (S108) a number of subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information, and wherein the number of subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information is based at least in part on a utilization ratio of radio resources available for a primary control channel. determining (S100, S106, S108, S110, S112, S114) a control channel subframe pattern for the first wireless device , the subframe pattern for the first wireless device identifying subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information, the subframe pattern being based at least in part on enhanced control channel subframe utilization by other wireless devices ; transmitting (S102, S114) the control channel subframe pattern to the first wireless device ; and transmitting (S104) downlink control information to the first wireless device over the enhanced control channel according to the control channel subframe pattern, wherein determining (S100, S106, S108, S110, S112, S114) the control channel subframe pattern comprises determining (S108) a number of subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information, and wherein the number of subframes in the subframe pattern during which the first wireless device is to monitor the enhanced control channel for downlink control information is based at least in part on a utilization ratio of radio resources available for a primary control channel.