mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode (OLED) display device, comprising a base substrate , an anode , a cathode and an organic functional layer , the anode , the cathode and the organic functional layer being formed on the base substrate , and the organic functional layer being located between the cathode and the anode , characterized in that the anode and/or the cathode comprises a topological insulator with a two-dimensional nanostructure, the topological insulator with the two-dimensional nanostructure is adhered on the base substrate by an adhesive layer, and the topological insulator comprises at least one selected from the group consisting of monolayer tin and a variant material of monolayer tin formed by surface-modifying or magnetic-doping the monolayer tin.
Gas-heated cooking appliance , in particular gas hob, with a gas pipe , a burner with a gas connector , which comprises a first support , in which an end piece of the gas pipe is received, and a second support , with which a fixing element for holding the end piece in the first support in a gas-tight manner engages elastically, and the fixing element , which engages axially with the second support , wherein: the first support is provided in the form of a pipe, which receives the end piece of the gas pipe along an axis in its inner cross-section , the second support is embodied in the form of two slots , which penetrate a wall of the pipe in each case radially and oppose one another radially, at least one web is embodied in the peripheral direction between the slots , with which web the fixing element engages radially in a form-fit manner, the fixing element is embodied in a U-shape with two indentations on its limbs , which undercut the at least one web , so that a form-fit is formed between the fixing element and the at least one web in the radial direction away from the axis , and the indentations each have a contour , which is in radial contact with the end piece of the gas pipe . the first support is provided in the form of a pipe, which receives the end piece of the gas pipe along an axis in its inner cross-section , the second support is embodied in the form of two slots , which penetrate a wall of the pipe in each case radially and oppose one another radially, at least one web is embodied in the peripheral direction between the slots , with which web the fixing element engages radially in a form-fit manner, the fixing element is embodied in a U-shape with two indentations on its limbs , which undercut the at least one web , so that a form-fit is formed between the fixing element and the at least one web in the radial direction away from the axis , and the indentations each have a contour , which is in radial contact with the end piece of the gas pipe .
A pocket , in particular a pocket for use in a work wear garment , where said pocket has an inner layer and an outer layer , where said inner layer and said outer layer are connected on a substantial part of the pocket's outline, where in use the pocket's opening is on a vertical side of the garment , and where the pocket has a double closing feature - an inner and an outer closing feature , where the outer closing feature completely closes the pocket , the pocket is characterized in that the inner closing feature has ventilation openings.
A magnetic flux concentrator, MFC, structure , comprising : a substrate , a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed at least partially in or on the first wire layer of the first metal layer, in or on the second wire layer of the second metal layer, or in or on both the first wire layer and the second wire layer. a substrate , a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed at least partially in or on the first wire layer of the first metal layer, in or on the second wire layer of the second metal layer, or in or on both the first wire layer and the second wire layer.
Metering device for the metered introduction of a pourable cleaning agent into a processing chamber of a program-controlled cleaning device, in particular a dishwasher, the metering device comprising a housing , a storage container which is used to accommodate the cleaning agent , and a support unit which is arranged so as to be rotatable within the housing about an axis of rotation and which interchangeably receives the storage container , the housing providing a bearing dome for rotatably receiving the support unit , which bearing dome engages in a bearing sleeve of the support unit designed correspondingly for this purpose, the metering device also comprising an illumination device , characterised in that the illumination device has a lighting means which is arranged on the opening side of a cavity provided by the bearing dome and/or which is arranged at least partially within the cavity provided by the bearing dome .
A system, comprising, a server , and a source client executable on a first electronic device in communication with the server, wherein the server is configured to provide to a second electronic device in communication with the server access to location data implementable by a user interface associated with the second electronic device, the location data enabling the user interface to display the geographical location of the first electronic device, the access to the location data being provided to the second electronic device only during a time interval designated by a user of the first electronic device, wherein the source client is operable to send to the server a request to create authorization data , the request including a value indicating the time interval, the value being input to the first electronic device by the user, and wherein the server, in response to the request, is configured to generate the authorization data and either forward the authorization data to the first electronic device, which is then configured to forward the authorization data to the second electronic device, or to directly forward the authorization data to the second electronic device, the authorization data including pointing data configured to provide access to the location data, the access to the location data being accessible to the recipient device only during the time interval.
Cryogenic hydrogen storage system , comprising: - a vessel for containing cryogenic hydrogen; and - at least one inlet and/or outlet for letting gaseous hydrogen into the system and for letting gaseous hydrogen out of the system , further comprising - a heating and cooling system for heating and cooling gaseous hydrogen, wherein the heating and cooling system comprises at least one conduit connecting the at least one inlet and/or outlet to the vessel , and characterized by a plurality of thermally insulated thermal buffers (22 - 25), the thermal buffers (22 - 25) being thermally connected to the at least one conduit in series for heating and cooling a fluid in the conduit , and in that multiple such thermally insulated thermal buffers (22 - 25), are arranged next to each other at an equal or similar distance to the vessel . - a vessel for containing cryogenic hydrogen; and - at least one inlet and/or outlet for letting gaseous hydrogen into the system and for letting gaseous hydrogen out of the system , further comprising - a heating and cooling system for heating and cooling gaseous hydrogen, - a heating and cooling system for heating and cooling gaseous hydrogen, wherein the heating and cooling system comprises at least one conduit connecting the at least one inlet and/or outlet to the vessel , and characterized by a plurality of thermally insulated thermal buffers (22 - 25), the thermal buffers (22 - 25) being thermally connected to the at least one conduit in series for heating and cooling a fluid in the conduit , and in that multiple such thermally insulated thermal buffers (22 - 25), are arranged next to each other at an equal or similar distance to the vessel .
A composition comprising: a compound comprising a polymerizable vinyl group covalently linked to a benzene ring-based chromophore comprising a ketone at the 1-position, an unsubstituted amino group at the 2-position, and an oxygen atom at the 3-position of the benzene ring, wherein the chromophore does not comprise an oxidative polymerization product of 3-hydroxykynurenine, characterized by : wherein the compound is represented by wherein R is H, an alkyl group, or comprises an amino acid moiety; wherein L is a linker; and wherein PVG is a polymerizable vinyl group. wherein R is H, an alkyl group, or comprises an amino acid moiety; wherein L is a linker; and wherein PVG is a polymerizable vinyl group.
A method for communicating data, the method comprising: receiving a traffic flow; selecting transport control protocol, TCP, parameters for transporting the traffic flow in accordance with a characteristic of the traffic flow; and transporting the traffic flow over a TCP connection (351-353, 356-358, 451-458, 1052-1054) configured in accordance with the selected TCP parameters, characterized in that the method further comprises selecting the characteristic of the traffic flow by: identifying, in a history table, an entry associated with a data object carried by or requested by the traffic flow, wherein the history table records traffic patterns from past flows or a recurring group of flows, and which records information about traffic flows including at least one of an origin address, a traffic type, a size of packets and congestion detected numbers; and determining the characteristic of the traffic flow based on a historical statistic listed in the entry in the history table. receiving a traffic flow; selecting transport control protocol, TCP, parameters for transporting the traffic flow in accordance with a characteristic of the traffic flow; and transporting the traffic flow over a TCP connection (351-353, 356-358, 451-458, 1052-1054) configured in accordance with the selected TCP parameters, characterized in that the method further comprises selecting the characteristic of the traffic flow by: identifying, in a history table, an entry associated with a data object carried by or requested by the traffic flow, wherein the history table records traffic patterns from past flows or a recurring group of flows, and which records information about traffic flows including at least one of an origin address, a traffic type, a size of packets and congestion detected numbers; and determining the characteristic of the traffic flow based on a historical statistic listed in the entry in the history table. identifying, in a history table, an entry associated with a data object carried by or requested by the traffic flow, wherein the history table records traffic patterns from past flows or a recurring group of flows, and which records information about traffic flows including at least one of an origin address, a traffic type, a size of packets and congestion detected numbers; and determining the characteristic of the traffic flow based on a historical statistic listed in the entry in the history table.
A fuel cell system comprising: a fuel cell stack ; a compressor configured to supply cathode gas to the fuel cell stack ; and a controller configured to control constituent components of the fuel cell system including the compressor ; and a voltage detector configured to detect a voltage of the fuel cell stack ; wherein: the controller is configured to, when the fuel cell stack is not required to generate electric power, control the compressor alternately to supply the cathode gas for a supply period and to stop supply of the cathode gas for a stop period, and the controller is configured to control the compressor to supply the cathode gas when the voltage of the fuel cell stack is smaller than a predetermined voltage, and to stop supply of the cathode gas when the voltage of the fuel cell stack is larger than the predetermined voltage, the supply period being longer than the stop period, and a flow rate of the cathode gas supplied by the compressor in the supply period being smaller than a flow rate in a case where the fuel cell stack is required to generate electric power. a fuel cell stack ; a compressor configured to supply cathode gas to the fuel cell stack ; and a controller configured to control constituent components of the fuel cell system including the compressor ; and a voltage detector configured to detect a voltage of the fuel cell stack ; wherein: the controller is configured to, when the fuel cell stack is not required to generate electric power, control the compressor alternately to supply the cathode gas for a supply period and to stop supply of the cathode gas for a stop period, and the controller is configured to control the compressor to supply the cathode gas when the voltage of the fuel cell stack is smaller than a predetermined voltage, and to stop supply of the cathode gas when the voltage of the fuel cell stack is larger than the predetermined voltage, the supply period being longer than the stop period, and a flow rate of the cathode gas supplied by the compressor in the supply period being smaller than a flow rate in a case where the fuel cell stack is required to generate electric power. the controller is configured to, when the fuel cell stack is not required to generate electric power, control the compressor alternately to supply the cathode gas for a supply period and to stop supply of the cathode gas for a stop period, and the controller is configured to control the compressor to supply the cathode gas when the voltage of the fuel cell stack is smaller than a predetermined voltage, and to stop supply of the cathode gas when the voltage of the fuel cell stack is larger than the predetermined voltage, the supply period being longer than the stop period, and a flow rate of the cathode gas supplied by the compressor in the supply period being smaller than a flow rate in a case where the fuel cell stack is required to generate electric power.
A bed assembly comprising: a frame , a mattress supported by the frame, and a patient-care system including a support system and an elevation system insertable between the frame and the mattress, the elevation system and support system cooperating to move at least a portion of the mattress from a fully-lowered position, in which the mattress is arranged generally parallel to the frame, to a fully-raised position, in which the at least one movable section of the mattress is arranged at an angle relative to the frame, wherein the support system includes a top plate , a base plate , and a hinge positioned between a free end of the support system and a fixed end of the support system and the elevation system is coupled to the support system and configured to move the support system to raise the at least one movable section of the mattress in response to an activation of the elevation system, wherein the elevation system includes at least one pneumatic bladder positioned between the top plate and the base plate and at least one valve coupled to the at least one pneumatic bladder, and wherein the bladder has a sheet that defines an internal space and the elevation system further includes a foam insert positioned within the internal space of the bladder and the foam insert is configured to apply an outward force on the sheet to expand the bladder to the inflated state. a frame , a mattress supported by the frame, and a patient-care system including a support system and an elevation system insertable between the frame and the mattress, the elevation system and support system cooperating to move at least a portion of the mattress from a fully-lowered position, in which the mattress is arranged generally parallel to the frame, to a fully-raised position, in which the at least one movable section of the mattress is arranged at an angle relative to the frame, wherein the support system includes a top plate , a base plate , and a hinge positioned between a free end of the support system and a fixed end of the support system and the elevation system is coupled to the support system and configured to move the support system to raise the at least one movable section of the mattress in response to an activation of the elevation system, wherein the elevation system includes at least one pneumatic bladder positioned between the top plate and the base plate and at least one valve coupled to the at least one pneumatic bladder, and wherein the bladder has a sheet that defines an internal space and the elevation system further includes a foam insert positioned within the internal space of the bladder and the foam insert is configured to apply an outward force on the sheet to expand the bladder to the inflated state.
A user equipment for communicating with a further user equipment of a plurality of user equipments (101a-c) in a wireless communication network , wherein the user equipment is configured to establish together with the further user equipment a communication session for exchanging data between the user equipment and the further user equipment by reserving one or more communication resources for the communication session on the basis of information about one or more interference sensing measurements obtained by the user equipment and information about one or more further interference sensing measurements obtained by the further user equipment , broadcast a first control message comprising information about the communication session and/or the one or more communication resources reserved for the communication session to the plurality of user equipments (101a-c); characterized in that the user equipment is further configured to: receive from at least one other user equipment of the plurality of user equipments (101a-c) a third control message containing information about an amount of interference allowed by the at least one other user equipment for one or more further communication resources reserved for a further communication session; and transmit to the at least one other user equipment a request for continuing the communication session with the further user equipment using an adjusted transmission power used by the user equipment for exchanging data with the further user equipment using the one or more communication resources, wherein the adjusted transmission power is based on the allowable amount of interference. receive from at least one other user equipment of the plurality of user equipments (101a-c) a third control message containing information about an amount of interference allowed by the at least one other user equipment for one or more further communication resources reserved for a further communication session; and transmit to the at least one other user equipment a request for continuing the communication session with the further user equipment using an adjusted transmission power used by the user equipment for exchanging data with the further user equipment using the one or more communication resources, wherein the adjusted transmission power is based on the allowable amount of interference.
An assembly system comprising an organ made of at least a first material comprising an axis and a shoulder , a part made of a second material, comprising little or no plastic and comprising silicon, quartz, silicon dioxide, silicon nitride or silicon carbide, said second material having an opening , the axis of the organ being held in the opening of the part , in which the assembly system further comprises a washer made of a third material comprising a metal or a metal alloy whose resistance to relaxation is at least equal to 50% of the applied force, the third material being arranged to elastically attach the part between the shoulder of said organ and the washer , and in which the washer comprises an internal wall comprising a substantially straight portion over part of the height (H T ) of the washer which radially grips the axis of said organ, said internal wall comprising, adjacent to the substantially straight portion , a portion which flares conically towards the part made of a second material so that only the peripheral portion of the washer exerts an axial elastic force vertical to the shoulder of said organ so as to secure the organ - part - washer assembly.
Modular device for the support, growth and replanting of rhizomatous aquatic plants from seeds, comprising a single module of polyhedral form characterized by a width of at least 7 cm, a length of at least 7 cm, a height of at least 8 cm and comprising at least one tank consisting of a cavity housed in the tank , with a depth of between 2 and 5 cm and a diameter between 1.5 and 5 cm, and having at least one through hole with a diameter between 3 and 5 mm, wherein the at least one through hole is arranged according to an inclination such as to form an angle (α) greater than or equal to 45 degrees and less than or equal to 135 degrees, where the angle (α) is the angle between a parallel to a substrate supporting the device and the surface of the device on which the roots grow, wherein the device consists of a poorly erodible material, compatible from a mineralogical point of view with the transplantation site, chosen in the group consisting of limestone, calcarenetic limestone, compact sandstone or volcanic rocks.