mhurhangee/ep-ind-claims huggingface dataset:
A metal-carbonyl-containing aerosol fire extinguishing composition, characterized in that the fire extinguishing composition comprises metal carbonyl complexes; the fire extinguishing composition uses a pyrotechnic agent as a heat source and a power source; a high temperature in combustion of the pyrotechnic agent enables the fire extinguishing composition to decompose or react under heat; produced fire extinguishing substances are sprayed out together with the pyrotechnic agent, thereby achieving a fire extinguishing objective; the metal carbonyl complexes is one or more of nickel tetracarbonyl Ni 4, ruthenium pentacarbonyl Ru 5, pentacarbonyl osmium Os s, triruthenium dodecacarbonyl Ru 3 12, dodecacarbonyltriosmium Os 3 12, vanadium hexacarbonyl V 6, molybdenum hexacarbonyl Mo 6, tungsten hexacarbonyl W 6, titanium hexacarbonyl Ti 6, manganese hexacarbonyl Mn 6, iron hexacarbonyl Fe 6, dimanganese decacarbonyl Mn 2 10, ditechnetium decacarbonyl Tc 2 10, dirhenium decacarbonyl Re 2 10, dicobalt octacarbonyl Co 2 8 or triiron dodecarbonyl Fe 3 12.
A polypeptide for use in treating cancer, wherein said polypeptide is an Fc polypeptide, wherein said Fc polypeptide is a human IgG and wherein said Fc polypeptide comprises an amino acid 267E, wherein said numbering is according to the EU index.
Handling device (10a; 10b; 10c) for handling products, comprising at least one handling unit (52a; 52b; 52c) which has at least one handling element (12a; 12b; 12c) and at least one holding element (14a; 14b; 14c) which is mounted so as to be movable relative to the handling element (12a; 12b; 12c), the handling unit (52a; 52b; 52c) having an orientation unit (16a; 16b; 16c), by means of which an angular orientation between the handling element (12a; 12b; 12c) and the holding element (14a; 14b; 14c) can be adjusted, the orientation unit (16a; 16b; 16c) having at least one adjustment element (18a; 18b; 18c), the angular orientation between the handling element (12a; 12b; 12c) and the holding element (14a; 14b; 14c) being adjustable by a movement of the adjustment element (18a; 18b; 18c) relative to the handling element (12a; 12b; 12c), and comprising a drive unit (20a; 20b; 20c) designed as a planar drive for driving the adjustment element (18a; 18b; 18c), characterized in that the orientation unit (16a; 16b; 16c) has at least one torque transmission element (26a; 26b; 26c) which is connected to the adjustment element (18a; 18b; 18c) for conjoint rotation, the torque transmission element (26a; 26b; 26c) being designed as a cardan shaft or as a flexible, in particular elastically bendable, shaft.
A method for determining the existence of malignant tumors or tumor metastasis which comprises measuring the Thr90 phosphorylated Hsp90α level of plasma samples from suspected tumor patients or suspected tumor metastasis patients.
A method for estimating how best to position a new cell within an existing overloaded cell that is running out of capacity in a wireless network, comprising: filtering (210,220) call records to keep calls (404-407,412) made during a selected capacity planning interval, wherein the kept calls were performed by mobile terminals doing one or more of sending data to and receiving data from the overloaded cell; geo-locating the positions of mobile terminals when sending and receiving the calls with the overloaded cell so that the kept calls are geo-located; calculating one or more resource utilization values for one or more geo-located kept calls, wherein the resource utilization values comprise physical layer resource utilization values; and determining coordinates for an optimum new cell location so as to optimize the offloading of capacity from the existing overloaded cell by maximizing the total of physical layer resource utilization values that are offloaded from the overloaded cell. filtering (210,220) call records to keep calls (404-407,412) made during a selected capacity planning interval, wherein the kept calls were performed by mobile terminals doing one or more of sending data to and receiving data from the overloaded cell; geo-locating the positions of mobile terminals when sending and receiving the calls with the overloaded cell so that the kept calls are geo-located; calculating one or more resource utilization values for one or more geo-located kept calls, wherein the resource utilization values comprise physical layer resource utilization values; and determining coordinates for an optimum new cell location so as to optimize the offloading of capacity from the existing overloaded cell by maximizing the total of physical layer resource utilization values that are offloaded from the overloaded cell.
An apparatus comprising: a source electrode (505, 605, 705, 805) and a drain electrode (506, 606, 706, 806); a first layer (512, 612, 712, 812) comprising graphene, the first layer configured to enable a flow of charge carriers from the source electrode to the drain electrode; a second layer (513, 613, 713, 813) comprising graphene oxide, the second layer configured to control a conductance of the first layer using an electric field formed between the first and second layers; and a third layer (514, 614, 814, 814) positioned between the first and second layers to prevent a flow of charge carriers therebetween to enable formation of the electric field, wherein the second layer is configured to exhibit a charge distribution on interaction with a fluid in an environment, the charge distribution giving rise to the electric field between the first and second layers, and wherein the second layer is configured such that the charge distribution and electric field strength are dependent upon a relative vapour pressure of the fluid in the environment (516, 616, 716, 816), the apparatus thereby configured to allow the relative vapour pressure to be derived from a measurement of the conductance of the first layer. a source electrode (505, 605, 705, 805) and a drain electrode (506, 606, 706, 806); a first layer (512, 612, 712, 812) comprising graphene, the first layer configured to enable a flow of charge carriers from the source electrode to the drain electrode; a second layer (513, 613, 713, 813) comprising graphene oxide, the second layer configured to control a conductance of the first layer using an electric field formed between the first and second layers; and a third layer (514, 614, 814, 814) positioned between the first and second layers to prevent a flow of charge carriers therebetween to enable formation of the electric field, wherein the second layer is configured to exhibit a charge distribution on interaction with a fluid in an environment, the charge distribution giving rise to the electric field between the first and second layers, and wherein the second layer is configured such that the charge distribution and electric field strength are dependent upon a relative vapour pressure of the fluid in the environment (516, 616, 716, 816), the apparatus thereby configured to allow the relative vapour pressure to be derived from a measurement of the conductance of the first layer.
A card input device of a shuffling machine, which device delivers cards passing through in order, the device including: a pair of side walls (201, 202); a receiving plate detachably mounted between the pair of side walls (201, 202); a first set of rollers rotatably mounted between the pair of side walls (201, 202) characterized in that, the first set of rollers is exposed by a hole formed in the receiving plate so as to engage with a card placed on the receiving plate; and a filtering mechanism is detachably mounted between the pair of side walls (201, 202) and arranged over the first set of rollers, wherein only one card can pass between the filtering mechanism and the first set of rollers.
A method for implementing a control plane of an evolved packet core, EPC, of a third generation partnership project, 3GPP, long term evolution, LTE, network in a cloud computing system, the cloud computing system including a cloud manager and a controller, the controller to execute a plurality of control plane modules, the control plane to communicate with the data plane of the EPC implemented in a plurality of network elements of the 3GPP LTE network through a control protocol, the method comprising the steps of: a) initializing the plurality of control plane modules of the EPC within the controller, each control plane module in the plurality of control plane modules initialized as a separate virtual machine by the cloud manager, each control plane module to provide a set of control plane functions for managing the data plane; b) monitoring, by the cloud manager, resource utilization of each control plane module and the control plane traffic handled by each control plane module; c) detecting, by the cloud manager, a threshold level of resource utilization or traffic load for one of the plurality of control plane modules of the EPC; d) initializing a new control plane module as a separate virtual machine by the cloud manager in response to detecting the threshold level, the new control plane module to share the load of the one of the plurality of control plane modules; and signaling the plurality of network elements in the data plane to establish flow rules and actions to establish differential routing of flows in the data plane using the control protocol, wherein the control protocol is an OpenFlow protocol, and wherein flow matches are encoded using an extensible match structure in which the flow match is encoded as a type-length-value, TLV. a) initializing the plurality of control plane modules of the EPC within the controller, each control plane module in the plurality of control plane modules initialized as a separate virtual machine by the cloud manager, each control plane module to provide a set of control plane functions for managing the data plane; b) monitoring, by the cloud manager, resource utilization of each control plane module and the control plane traffic handled by each control plane module; c) detecting, by the cloud manager, a threshold level of resource utilization or traffic load for one of the plurality of control plane modules of the EPC; d) initializing a new control plane module as a separate virtual machine by the cloud manager in response to detecting the threshold level, the new control plane module to share the load of the one of the plurality of control plane modules; and signaling the plurality of network elements in the data plane to establish flow rules and actions to establish differential routing of flows in the data plane using the control protocol, wherein the control protocol is an OpenFlow protocol, and wherein flow matches are encoded using an extensible match structure in which the flow match is encoded as a type-length-value, TLV.
A protective headwear comprising; a headgear; an outer shell rotatably coupled to the headgear; a first shield coupled to the outer shell and rotatable between a first position and a second position; and a second shield coupled to the outer shell, wherein the first shield covers the second shield to a greater extent in the first position than in the second position, wherein the first shield is selectively removable from the outer shell without the use of tools which is a third position of the first shield, the protective headwear further comprising an actuator including a shell portion coupled to the outer shell and a shield portion coupled to the first shield, wherein the shell portion and the shield portion are selectively engageable to couple the first shield to the outer shell, and wherein the actuator is configured to allow the first shield to rotate relative to the outer shell and to be removed from the outer shell, and wherein with the first shield removed from the outer shell, the shell portion remains coupled to the outer shell and the shield portion remains coupled to the first shield, characterized in that the first shield is an auto-darkening welding shield, and that the shield portion comprises a housing, a pair of support arms extending from the housing and a coupling member coupled to the support arms made of a resilient material such that the coupling member is press-fit, friction-fit, interference-fit or otherwise secured within a recess under friction or compression of the support arms around the coupling member, so that the shield portion is configured to selectively secure the first shield at intermediate positions between the first and third position.
A ring segment (10;40;50;60) with a cooling system that is formed from a plurality of segment bodies (11;41;51;61) that are to be arranged in a casing of a gas turbine in the circumferential direction of a rotating shaft of the gas turbine to form a ring shape and so that an inner peripheral surface of the segment bodies (11;41;51;61) is kept a fixed distance from the tips of turbine blades of the gas turbine, characterised in that the segment bodies (11;41;51;61) comprise a collision plate that has a plurality of small holes; a cooling space that is enclosed by the collision plate and a main body (12;42) of the segment body (11;41;51;61), wherein the collision plate is installed on an upper portion of the cooling space so that cooling air passing through the small holes can perform impingement cooling of an inner circumferential surface of the main body (12;42) of the segment body (11;41;51;61); a first cavity (20;43) that is arranged at an upstream end portion of the segment body (11;41;51;61) in the axial direction of a rotating shaft so as to be perpendicular to the axial direction of a rotating shaft; a plurality of first cooling passages (21;44) that communicate from the cooling space to the first cavity (20;43); and a plurality of second cooling passages (22;45) that are provided along the inner circumferential surface of the segment body (11;41;51;61) and communicate from the first cavity (20;43) to a combustion gas space at a downstream end face of a downstream end portion of the segment body (11;41;51;61) in the axial direction of a rotating shaft.
A piezoelectric power generation module (100, 200, 300) comprising: a piezoelectric device including a first terminal and a second terminal; a diode including a cathode connected to the first terminal of the piezoelectric device and an anode connected to the second terminal of the piezoelectric device; a switch control circuit including a first input terminal connected to the cathode, a second input terminal connected to the anode, and an output terminal outputting a switch control signal; and a first switch that is connected to the first input terminal of the switch control circuit and that switches between a conductive state and a cut off state in response to the switch control signal, wherein the piezoelectric device is a power generating device, and the first switch enters a conductive state as a result of a voltage across the piezoelectric device exceeding a first threshold voltage larger than a reference potential, wherein the first switch enters a cut off state as a result of the voltage across the piezoelectric device becoming a second threshold voltage lower than the first threshold voltage, and wherein the piezoelectric device causes a voltage to be generated at the first terminal of the piezoelectric device as a result of a load being applied to the piezoelectric device, and the voltage across the piezoelectric device becomes the reference potential when the load applied to the piezoelectric device is released. a piezoelectric device including a first terminal and a second terminal; a diode including a cathode connected to the first terminal of the piezoelectric device and an anode connected to the second terminal of the piezoelectric device; a switch control circuit including a first input terminal connected to the cathode, a second input terminal connected to the anode, and an output terminal outputting a switch control signal; and a first switch that is connected to the first input terminal of the switch control circuit and that switches between a conductive state and a cut off state in response to the switch control signal, wherein the piezoelectric device is a power generating device, and the first switch enters a conductive state as a result of a voltage across the piezoelectric device exceeding a first threshold voltage larger than a reference potential, wherein the first switch enters a cut off state as a result of the voltage across the piezoelectric device becoming a second threshold voltage lower than the first threshold voltage, and wherein the piezoelectric device causes a voltage to be generated at the first terminal of the piezoelectric device as a result of a load being applied to the piezoelectric device, and the voltage across the piezoelectric device becomes the reference potential when the load applied to the piezoelectric device is released.
A method, performed at a sending peer node, for communicating mobility threshold changes to a receiving peer node in a communications network, the method comprising the steps of: generating a mobility change request message to include an information element having a first set of mobility parameters, the first set of mobility parameters comprising a first type value indicating a first mobility threshold type to be changed, and a first absolute threshold value to apply to the first mobility threshold type; and sending the mobility change request message to the receiving peer node. generating a mobility change request message to include an information element having a first set of mobility parameters, the first set of mobility parameters comprising a first type value indicating a first mobility threshold type to be changed, and a first absolute threshold value to apply to the first mobility threshold type; and sending the mobility change request message to the receiving peer node.
A method of communicating using a communications device via a device to device, D2D, wireless access interface to perform device-to-device communications, the method comprising determining in accordance with predetermined conditions whether the communications device is within a coverage area for transmitting or receiving radio signals using a wireless access interface in accordance with LTE provided by a mobile communications network, and if the communications device is determined to be within the coverage area of the mobile communications network, transmitting or receiving signals via the D2D wireless access interface to one or more other communications devices in accordance with device to device communications using communications resources of the D2D wireless access interface allocated according to a first mode in which the mobile communications network performs resource allocation of the D2D wireless access interface, or if the communications device is determined not to be within the coverage area of the mobile communications network, then transmitting or receiving signals via the D2D wireless access interface to one or more other communications devices in accordance with device to device communications using communications resources of the D2D wireless access interface allocated according to a second mode in which the communications device allocates resources from a predetermined set of resources, wherein if the communications device is determined to be within the coverage area of the mobile communications network, the transmitting or the receiving the signals via the D2D wireless access interface using the first mode of resource allocation, includes accessing the mobile communications network to receive an allocation of the communications resources of the D2D wireless access interface, the method being characterized by detecting a failure condition in accessing the communications resources of the D2D wireless access interface, and if the failure condition is detected then transmitting or receiving the signals via the D2D wireless access interface by accessing the communications resources of the D2D wireless access interface using the second mode of resource allocation.
Apparatus for ascertaining a heating temperature of a heating element for an electrically heatable catalytic converter, comprising: - the heating element and the catalytic converter, which are arranged within a catalytic converter housing, and - a first temperature sensor and a second temperature sensor, characterized in that the two temperature sensors are arranged upstream in front of the heating element with respect to an exhaust gas flow direction within the catalytic converter housing, wherein the first temperature sensor is arranged closer to the heating element than the second temperature sensor with respect to the exhaust gas flow direction within the catalytic converter housing. - the heating element and the catalytic converter, which are arranged within a catalytic converter housing, and - a first temperature sensor and a second temperature sensor, characterized in that the two temperature sensors are arranged upstream in front of the heating element with respect to an exhaust gas flow direction within the catalytic converter housing, wherein the first temperature sensor is arranged closer to the heating element than the second temperature sensor with respect to the exhaust gas flow direction within the catalytic converter housing.
A method of controlling an under surface heating in which a room is heated using a supply loop in which liquid is circulated for heating the room, the method comprising increasing room temperature by increasing the flow of the liquid in the supply loop, characterized by, in response to a set-point change greater than a pre-determined value, a boost mode is activated for raising the temperature by increasing for a time period beforehand determined the supply temperature of the liquid.
A syringe for the injection of an injectable solution contained in a deformable cartridge, wherein the syringe comprises: - a main body provided with a receiving compartment for receiving the deformable cartridge, wherein the main body extends between a first end portion, where a first opening is present, and an opposed second end portion, where a second opening is present; - a crushing device comprising a plunger sliding with respect to the main body between a retracted position and an advanced position and bearing a crushing head sliding with respect to the main body inside the receiving compartment for deforming, in particular crushing, the deformable cartridge; - a support and fixing element of the sliding plunger to which the plunger is slidably constrained; - coupling means for removably coupling the support and fixing element to the main body and/or which enable the support and fixing element to be coupled to the main body so as to change a mutual position between the support and fixing element and the main body; characterized in that said coupling means allow coupling the support and fixing element to the main body so as to change a mutual position between the support and fixing element and the main body and wherein said means allow rotating or slidably constraining the support and fixing element to the main body. - a main body provided with a receiving compartment for receiving the deformable cartridge, wherein the main body extends between a first end portion, where a first opening is present, and an opposed second end portion, where a second opening is present; - a crushing device comprising a plunger sliding with respect to the main body between a retracted position and an advanced position and bearing a crushing head sliding with respect to the main body inside the receiving compartment for deforming, in particular crushing, the deformable cartridge; - a support and fixing element of the sliding plunger to which the plunger is slidably constrained; - coupling means for removably coupling the support and fixing element to the main body and/or which enable the support and fixing element to be coupled to the main body so as to change a mutual position between the support and fixing element and the main body;