mhurhangee/ep-ind-claims huggingface dataset:
A kinetic response system for measuring analyte presence on a chemical sensor element comprising: a chemical sensor element comprising one or more discrete binding detectors, each discrete binding detector comprising a graphene varactor; a measurement circuit comprising an excitation voltage generator configured to generate a series of excitation cycles over a time period, wherein each excitation cycle includes delivering a DC bias voltage to the discrete binding detectors at multiple discrete DC bias voltage values across a range of DC bias voltages; and a capacitance sensor configured to measure capacitance of the discrete binding detectors resulting from the excitation cycles; and a controller circuit, characterised in that said controller circuit is configured to determine the kinetics of change in at least one of a measured capacitance value and a calculated value based on the measured capacitance over the time period. a chemical sensor element comprising one or more discrete binding detectors, each discrete binding detector comprising a graphene varactor; a measurement circuit comprising an excitation voltage generator configured to generate a series of excitation cycles over a time period, wherein each excitation cycle includes delivering a DC bias voltage to the discrete binding detectors at multiple discrete DC bias voltage values across a range of DC bias voltages; and a capacitance sensor configured to measure capacitance of the discrete binding detectors resulting from the excitation cycles; and a controller circuit, characterised in that said controller circuit is configured to determine the kinetics of change in at least one of a measured capacitance value and a calculated value based on the measured capacitance over the time period.
Distributor for material to be spread, in particular fertilizer spreader, having - a drive shaft which is configured to drive a centrifugal disc (24, 24a, 24b) in a rotating manner, wherein the drive shaft has a recess extending between a first opening and a second opening; and - a pressure source which is configured to provide a pressurizable actuating fluid; characterized by a fluid-conducting connection which connects the pressure source to the recess of the drive shaft in a fluid-conducting manner via the first opening of the drive shaft. - a drive shaft which is configured to drive a centrifugal disc (24, 24a, 24b) in a rotating manner, wherein the drive shaft has a recess extending between a first opening and a second opening; and - a pressure source which is configured to provide a pressurizable actuating fluid;
A method for performing, by a first device, wireless communication, the method comprising: receiving, from a second device through a physical sidelink shared channel, PSSCH, 2nd stage sidelink control information, SCI, related to groupcast, including information related to a zone identity, ID; obtaining information related to a distance between a location of the first device and a central location of a zone nearest to the first device, among one or more zones having the same zone ID; and determining whether or not to transmit HARQ feedback for the PSSCH to the second device, (i) using the information related to the distance and (ii) when negativeacknowledgement-only HARQ feedback is enabled for the groupcast. receiving, from a second device through a physical sidelink shared channel, PSSCH, 2nd stage sidelink control information, SCI, related to groupcast, including information related to a zone identity, ID; obtaining information related to a distance between a location of the first device and a central location of a zone nearest to the first device, among one or more zones having the same zone ID; and determining whether or not to transmit HARQ feedback for the PSSCH to the second device, (i) using the information related to the distance and (ii) when negativeacknowledgement-only HARQ feedback is enabled for the groupcast.
A dispensing device (10;110;210) configured to dispense a fluid or a liquid held in a container in response to a downward pressing of the device towards the container, said device (10;110;210) comprising: drawing means configured to draw said fluid or liquid from said container and a dispensing duct for said fluid or liquid, said dispensing duct being defined by a tubular element (32; 132) having a first portion fluidically connected to said drawing means and a second portion provided with an outlet opening for said fluid or liquid, wherein said tubular element (32; 132) comprises at least one flexible portion configured to allow said second portion to be arranged in a first dispensing position and in a second rest/packaging position, different from said first position, with respect to said first portion, wherein the flexible portion is completely obstructed in the second position; wherein the flexible portion is formed with a different geometric shape relative to the shape of the first and second portions; and wherein the flexible portion has a concave outer surface so that the tubular element (32, 132) wall thickness varies in the flexible portion. drawing means configured to draw said fluid or liquid from said container and a dispensing duct for said fluid or liquid, said dispensing duct being defined by a tubular element (32; 132) having a first portion fluidically connected to said drawing means and a second portion provided with an outlet opening for said fluid or liquid, wherein said tubular element (32; 132) comprises at least one flexible portion configured to allow said second portion to be arranged in a first dispensing position and in a second rest/packaging position, different from said first position, with respect to said first portion, wherein the flexible portion is completely obstructed in the second position; wherein the flexible portion is formed with a different geometric shape relative to the shape of the first and second portions; and wherein the flexible portion has a concave outer surface so that the tubular element (32, 132) wall thickness varies in the flexible portion.
A method for mounting elements (16, 16A) on a support structure, the method comprising: providing (32; 92) a film which supports a plurality of singulated elements (16, 16A), the plurality of singulated elements disposed adjacent one another along a surface of the film; positioning (34; 94) the film adjacent the support structure such that the surface of the film faces a support surface of the support structure; selectively (36; 94) positioning the film laterally relative to the support structure such that a selected first element is aligned with a first location of the support structure, the first element comprising a first die, the first die comprising contact pads formed in the first die and a passivation layer over the contact pads, wherein no external contact bumps are disposed on the contact pads; and applying (38; 95) a force in a direction nonparallel to a backside of the film directly opposite the selected first element in a localized region of the backside to cause only the selected first element to be directly transferred from the film to the support structure. providing (32; 92) a film which supports a plurality of singulated elements (16, 16A), the plurality of singulated elements disposed adjacent one another along a surface of the film; positioning (34; 94) the film adjacent the support structure such that the surface of the film faces a support surface of the support structure; selectively (36; 94) positioning the film laterally relative to the support structure such that a selected first element is aligned with a first location of the support structure, the first element comprising a first die, the first die comprising contact pads formed in the first die and a passivation layer over the contact pads, wherein no external contact bumps are disposed on the contact pads; and applying (38; 95) a force in a direction nonparallel to a backside of the film directly opposite the selected first element in a localized region of the backside to cause only the selected first element to be directly transferred from the film to the support structure.
Plug-in system for cladding a surface of an object, comprising - a first panel, which, on one side, has a plurality of raised portions arranged in a grid pattern on the panel surface, and - a second panel, which, on one side, has a plurality of mutually parallel raised portions that extend over the panel surface, it being possible to interlock the raised portions on the second panel with the receiving portions arranged on the first panel and raised portions arranged adjacently on the second panel each forming a receiving portion for interlocking with the raised portions on the first panel, characterized in that - in at least one raised portion on the second panel, a channel penetrating the raised portion is provided in order to receive a thermal fluid, and - a first connection for introducing the thermal fluid into the at least one channel and a second connection for discharging the thermal fluid from the at least one channel is provided on the second panel, one of the two panels (10, 10') being designed to be fastened to the surface of the object on the side thereof facing the raised portions (20, 20') and the other of the two panels (10, 10') having a decorative finish or being designed to receive a decorative finish or another cladding element on the side thereof facing the raised portions (20, 20'). - a first panel, which, on one side, has a plurality of raised portions arranged in a grid pattern on the panel surface, and - a second panel, which, on one side, has a plurality of mutually parallel raised portions that extend over the panel surface, it being possible to interlock the raised portions on the second panel with the receiving portions arranged on the first panel and raised portions arranged adjacently on the second panel each forming a receiving portion for interlocking with the raised portions on the first panel, - in at least one raised portion on the second panel, a channel penetrating the raised portion is provided in order to receive a thermal fluid, - a first connection for introducing the thermal fluid into the at least one channel and a second connection for discharging the thermal fluid from the at least one channel is provided on the second panel,
A process for endothermic dehydrogenation, the process comprising: contacting a catalyst material in a moving bed reactor having at least one reaction zone, the moving bed reactor comprising a heat exchanger containing a heating medium, wherein the catalyst material and the heating medium do not contact one another, and wherein at least 50% of the delta enthalpy of the at least one reaction zone is provided by the heat exchanger; and contacting a feedstock comprising hydrocarbons with the catalyst material in the at least one reaction zone of the moving bed reactor under reaction conditions to convert at least a portion of the hydrocarbons to a first effluent comprising a product comprising alkenes, alkynes, cyclic hydrocarbons, and/or aromatics. contacting a catalyst material in a moving bed reactor having at least one reaction zone, the moving bed reactor comprising a heat exchanger containing a heating medium, wherein the catalyst material and the heating medium do not contact one another, and wherein at least 50% of the delta enthalpy of the at least one reaction zone is provided by the heat exchanger; and contacting a feedstock comprising hydrocarbons with the catalyst material in the at least one reaction zone of the moving bed reactor under reaction conditions to convert at least a portion of the hydrocarbons to a first effluent comprising a product comprising alkenes, alkynes, cyclic hydrocarbons, and/or aromatics.
A superstructure device for a set of points with a switch support consisting of a block made from high-tensile steel, comprising a stock rail and a guide or side rail, which delimit said switch support and are formed integrally from the block, whereby the block is connected, in particular connected with a metallurgical bond, to a lower part (22, 24) of the same material or of a material different than a high-tensile steel, such as structural steel, characterized in that the block extends along the length of the switch support and at least beyond one side of the switch support and that the lower part is an elevated support of the block in the form of at least two spaced apart supports (22, 24, 40).
An auxiliary device for a puncture needle (20,30) for use when plural puncture needles (20,30) are used to secure an organ to a skin portion of a patient with a surgical suture, wherein the auxiliary device comprises an auxiliary device main body, on a surface of which plural parallel guide grooves (16,17) are formed so as to be able to install the plural puncture needles (20,30) and move the puncture needles in an axial direction, and a rotating-sliding contact part adapted to slidingly contact a peripheral surface of the puncture needles (20,3 0) when installed in the guide grooves (16,17) by being rotatably attached to one edge of the auxiliary device main body approximately parallel to the extending direction of the guide grooves (16,17) in the auxiliary device main body and by rotating to the surface of the auxiliary device main body characterized by a projecting edge part protruding from the surface of the auxiliary device main body and formed at a portion of the device opposite to a portion of the device placed at the skin portion of the patient so that the upper end edge part of the rotating-sliding contact part is positioned slightly lower side than the lower end part of the projecting edge part when being rotated to the surface of the auxiliary device main body, and at the same time, an opening side width of a portion constituting the guide grooves (16,17) in the projecting edge part is larger than a width of another portion of the guide grooves (16,17).
A simulator implemented by a computer used in realizing a simulation of behaviors of a plurality of agents located in a virtual space by distributed processing using a plurality of computers, the computer comprising: a storage unit configured to store map information about a target area allocated to the computer itself in the virtual space, agent information including information relating to at least a position of an agent, and area allocation information indicating an area allocated to other computers; a simulation execution unit configured to simulate the behavior of each agent in the target area by referring to the agent information, and to repeatedly perform a process of updating the agent information about each agent; a condition determination unit configured to determine a condition of a reference agent for reference in a process of simulating the behavior of each agent by the simulation execution unit based on a movement state of the agent in the target area obtained from the information about a position of the agent; an allocation discrimination unit configured to discriminate another computer to which an area where the reference agent corresponding to the condition can be located is allocated using the area allocation information; and an agent information acquisition unit (106, 110) configured to acquire the agent information about the reference agent satisfying the condition of the reference agent from the other computer discriminated by the allocation discrimination unit and to store the acquired information in the storage unit. a storage unit configured to store map information about a target area allocated to the computer itself in the virtual space, agent information including information relating to at least a position of an agent, and area allocation information indicating an area allocated to other computers; a simulation execution unit configured to simulate the behavior of each agent in the target area by referring to the agent information, and to repeatedly perform a process of updating the agent information about each agent; a condition determination unit configured to determine a condition of a reference agent for reference in a process of simulating the behavior of each agent by the simulation execution unit based on a movement state of the agent in the target area obtained from the information about a position of the agent; an allocation discrimination unit configured to discriminate another computer to which an area where the reference agent corresponding to the condition can be located is allocated using the area allocation information; and an agent information acquisition unit (106, 110) configured to acquire the agent information about the reference agent satisfying the condition of the reference agent from the other computer discriminated by the allocation discrimination unit and to store the acquired information in the storage unit.
A jet former for a sanitary shower head for generating a dynamic jet pattern, comprising a) an impeller wheel mounted to be rotatable about an axis of rotation and having a blade arrangement, b) a control device, and c) at least one movably arranged nozzle; wherein the control device is arranged and designed to convert a rotation of the axis of rotation into a movement of the at least one nozzle; wherein at least one blade of the blade arrangement is arranged and designed to a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow, b. deviate the first partial flow in a first partial flow direction, and c. deviate the further partial flow in a further partial flow direction; wherein the inflow direction, the first partial flow direction and the further partial flow direction each differ from one another, characterized in that the jet former further comprises a reduction gear which is connected to the axis of rotation on the drive side in a force-transmitting manner and is connected to the control device on the output side in a force-transmitting manner. a) an impeller wheel mounted to be rotatable about an axis of rotation and having a blade arrangement, b) a control device, and c) at least one movably arranged nozzle; wherein the control device is arranged and designed to convert a rotation of the axis of rotation into a movement of the at least one nozzle; wherein at least one blade of the blade arrangement is arranged and designed to a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow, b. deviate the first partial flow in a first partial flow direction, and c. deviate the further partial flow in a further partial flow direction; a. divide a water flow flowing towards the at least one blade in an inflow direction into at least a first partial flow and a further partial flow, b. deviate the first partial flow in a first partial flow direction, and c. deviate the further partial flow in a further partial flow direction; wherein the inflow direction, the first partial flow direction and the further partial flow direction each differ from one another, characterized in that the jet former further comprises a reduction gear which is connected to the axis of rotation on the drive side in a force-transmitting manner and is connected to the control device on the output side in a force-transmitting manner.
A method of dynamically changing a mode of advertising, comprising: transmitting Bluetooth low energy, BTLE, advertisements receivable by a mobile device from an access control according to a nominal mode having a nominal rate for the Bluetooth low energy, BTLE, advertisements rate; changing the nominal mode in response to an event, wherein changing the nominal mode in response to the event includes changing the Bluetooth low energy, BTLE, advertisement rate; characterized in changing the Bluetooth low energy, BTLE, advertisement rate to a medium rate between the nominal rate and a fast rate after a time period subsequent to the event, prior to reverting to the nominal rate after a time period subsequent to the event; and reverting to the nominal rate after comparing a calculation of average power consumption with an average power threshold. transmitting Bluetooth low energy, BTLE, advertisements receivable by a mobile device from an access control according to a nominal mode having a nominal rate for the Bluetooth low energy, BTLE, advertisements rate; changing the nominal mode in response to an event, wherein changing the nominal mode in response to the event includes changing the Bluetooth low energy, BTLE, advertisement rate; characterized in changing the Bluetooth low energy, BTLE, advertisement rate to a medium rate between the nominal rate and a fast rate after a time period subsequent to the event, prior to reverting to the nominal rate after a time period subsequent to the event; and reverting to the nominal rate after comparing a calculation of average power consumption with an average power threshold.
A rubber-metal laminated gasket material comprising a metal plate, a surface treating agent layer, an adhesive layer, and a rubber layer, the layers being sequentially laminated on the metal plate; wherein the surface treating agent layer is formed by applying a surface treating agent so that the coating amount on one surface is 30 to 1,000 mg/m 2, and the surface treating agent is free from chromium, has a mixing ratio of 20 to 90 wt.% of a fluorine-free titanium compound and 10 to 80 wt.% of alumina, and has a metal titanium content of 1 to 20 wt.%.
An agricultural soil cultivating machine, in particular a seeder, having at least one row of share tools that are supported resiliently, in a yielding manner under the effect of a ground pressing force, at a frame support part by means of share carrying arms and having share pressure setting means for the individual increasing and/or decreasing of the ground pressing force of at least one of said share tools independently of the ground pressing force of at least another one of said share tools, wherein the share carrying arms are acted on by a resilient suspension having a basic tension to generate a basic share pressure toward the ground and at least one of the share carrying arms can be acted on by an additional tensioning apparatus (14, 22) having an additional tension to generate an additional share pressure toward the ground, characterized in that the additional tensioning apparatus (14, 22) is configured as switchable in and out; and/or in that activation/deactivation means are provided for a selective activation and deactivation of the additional tensioning apparatus (14, 22).
A nonwoven mat comprising polyetherketoneketone fibers or mixtures thereof, wherein the polyetherketoneketone or mixture thereof has repeating units represented by Formula I and Formula II: -A-C(=O)-B-C(=O)- I -A-C(=O)-D-C(=O)- II where A is a -Ph-O-Ph- group, Ph is a phenylene radical, B is p-phenylene, and D is m-phenylene, and wherein the polyetherketoneketone or mixture thereof has a crystallinity, as measured by DSC, of from about 30 % to about 35 %.
A housing for a belt buckle, comprising two housing halves (10, 12, 12'), which consist of plastic material and are connected to one another, and comprising a plurality of connecting pins, which likewise consist of plastic material and, for the purpose of connecting the housing halves (10, 12, 12'), each have a first end arranged on a first of the housing halves and have a second end inserted in each case into a mount (22, 22') provided on the second of the housing halves (12, 12'), characterized in that the housing halves (10, 12, 12') are each covered on the outside by a soft body (24, 26, 26'), wherein the soft bodies (24, 26, 26') each consist of a softer plastic material than the housing halves (10, 12, 12') and the connecting pins, wherein the housing halves (10, 12, 12') are each encapsulated by the soft body (24, 26, 26') by plastic injection molding.