mhurhangee/ep-ind-claims huggingface dataset:
A channel for a microfluidic system, comprising: a portion of a first depth and a portion of a second, deeper, depth aligned with the portion of the first depth, wherein the two portions extend along a direction of flow of the channel; a portion of variable depth located between the portion of a first depth and the portion of a second depth along the direction of flow, wherein, in the portion of variable depth, each cross-section of the channel that is orthogonal to the direction of flow has at least two different depths, being equal to at least the first depth and the second depth, at different portions (a, b) thereof, thereby allowing for a gradual transition in capillary pressure as a capillary flow in the channel transitions from the portion of a first depth to the portion of a second depth. a portion of a first depth and a portion of a second, deeper, depth aligned with the portion of the first depth, wherein the two portions extend along a direction of flow of the channel; a portion of variable depth located between the portion of a first depth and the portion of a second depth along the direction of flow, wherein, in the portion of variable depth, each cross-section of the channel that is orthogonal to the direction of flow has at least two different depths, being equal to at least the first depth and the second depth, at different portions (a, b) thereof, thereby allowing for a gradual transition in capillary pressure as a capillary flow in the channel transitions from the portion of a first depth to the portion of a second depth.
Cartridge for injecting a pharmaceutical solution when accommodated into a syringe, including at least a flexible small bag (18, 22): - With small bag sides, - Extending along a main axis, - Made of thin film walls, - Having a chamber (12, 14) containing a pharmaceutical substance (S, P, L), and - Having a dome-shaped and outwardly-convex head surface; The cartridge being characterised in that: the head surface is asymmetrical with respect to the main axis, and it narrows starting from one of the small bag side. - With small bag sides, - Extending along a main axis, - Made of thin film walls, - Having a chamber (12, 14) containing a pharmaceutical substance (S, P, L), and - Having a dome-shaped and outwardly-convex head surface;
A processing unit of a forward recognition system mounted on a motorcycle that is adapted to recognize a target ahead of the traveling motorcycle by using a forward environment detector provided in said motorcycle, the processing unit comprising: an acquisition section that is adapted to acquire forward environment information corresponding to output of the forward environment detector; and a recognition section that is adapted to recognize the target on the basis of the forward environment information, and the processing unit further comprising: a control section that is adapted to control the forward environment detector, wherein during travel of the motorcycle, the acquisition section is adapted to acquire posture information related to a bank angle (θL) of the motorcycle, characterized in that the control section is adapted to change a detection angle range (θ) for forward detection of the motorcycle by the forward environment detector in accordance with the posture information. an acquisition section that is adapted to acquire forward environment information corresponding to output of the forward environment detector; and a recognition section that is adapted to recognize the target on the basis of the forward environment information, and the processing unit further comprising: a control section that is adapted to control the forward environment detector, wherein during travel of the motorcycle, the acquisition section is adapted to acquire posture information related to a bank angle (θL) of the motorcycle, characterized in that the control section is adapted to change a detection angle range (θ) for forward detection of the motorcycle by the forward environment detector in accordance with the posture information. a control section that is adapted to control the forward environment detector, wherein during travel of the motorcycle, the acquisition section is adapted to acquire posture information related to a bank angle (θL) of the motorcycle, characterized in that the control section is adapted to change a detection angle range (θ) for forward detection of the motorcycle by the forward environment detector in accordance with the posture information.
A wearable device, comprising: an external light collector including a waveguide configured to transmit collected external light to a body part of a user; a sensor comprising an auxiliary light source and a light receiver, the sensor being configured to measure a bio-signal of the body part of the user; a processor configured to determine whether the external light is sufficient to measure the bio-signal, and to control driving of the auxiliary light source based on the determination; and a battery configured to supply power to the auxiliary light source, characterized in that if the processor determines that the external light is insufficient to measure the bio-signal, the processor is further configured to determine a residual capacity of the battery and to subdivide the residual capacity of the battery into a first, a second, and a third capacity stage respectively defining a first, a second, and a third range of decreasing battery capacities, and if the battery is determined to have a residual capacity within the first range, the processor is further configured to drive the auxiliary light source having a low power consumption, if the battery is determined to have a residual capacity within the second range, the processor is further configured to control the sensor to continuously measure the bio-signal without driving the auxiliary light source, and if the battery is determined to have a residual capacity within the third range, the processor is further configured to control the sensor to stop measuring the bio-signal. an external light collector including a waveguide configured to transmit collected external light to a body part of a user; a sensor comprising an auxiliary light source and a light receiver, the sensor being configured to measure a bio-signal of the body part of the user; a processor configured to determine whether the external light is sufficient to measure the bio-signal, and to control driving of the auxiliary light source based on the determination; and a battery configured to supply power to the auxiliary light source, characterized in that if the processor determines that the external light is insufficient to measure the bio-signal, the processor is further configured to determine a residual capacity of the battery and to subdivide the residual capacity of the battery into a first, a second, and a third capacity stage respectively defining a first, a second, and a third range of decreasing battery capacities, and if the battery is determined to have a residual capacity within the first range, the processor is further configured to drive the auxiliary light source having a low power consumption, if the battery is determined to have a residual capacity within the second range, the processor is further configured to control the sensor to continuously measure the bio-signal without driving the auxiliary light source, and if the battery is determined to have a residual capacity within the third range, the processor is further configured to control the sensor to stop measuring the bio-signal.
A method for calibrating a first sensor of a lighting unit, the first sensor comprising a thermal imager, the method comprising the steps of: illuminating, with a light source of the lighting system, a target surface; obtaining, with the first sensor, sensor data from a first region of the target surface, the sensor data comprising thermal data; obtaining, with a second sensor, sensor data from a second region characterized in that the second region is a smaller region within the first region; and in that the method further comprises the steps of: calibrating, using the sensor data obtained with the second sensor, the first sensor; and adjusting a parameter of the lighting unit based on data from the calibrated first sensor. illuminating, with a light source of the lighting system, a target surface; obtaining, with the first sensor, sensor data from a first region of the target surface, the sensor data comprising thermal data; obtaining, with a second sensor, sensor data from a second region characterized in that the second region is a smaller region within the first region; and in that the method further comprises the steps of: calibrating, using the sensor data obtained with the second sensor, the first sensor; and adjusting a parameter of the lighting unit based on data from the calibrated first sensor. calibrating, using the sensor data obtained with the second sensor, the first sensor; and adjusting a parameter of the lighting unit based on data from the calibrated first sensor.
A terminal comprising: a receiving section configured to receive a radio resource control, RRC, signaling which includes a first configuration of an uplink Bandwidth Part, UL BWP, and a second configuration of transmission of an uplink shared channel without reception of a UL grant for scheduling of the uplink shared channel, wherein the first configuration indicates a resource block, RB, index corresponding to a lowest frequency of the UL BWP and indicates the number of RBs of the UL BWP; a control section configured to, when the uplink shared channel is configured by the second configuration and the uplink shared channel is activated by a layer 1, L1, signaling, determine a first frequency resource for the uplink shared channel before a frequency hopping, based on the L1 signaling, and determine an offset from the first frequency resource to a second frequency resource for the uplink shared channel after the frequency hopping, based on the first configuration; and a transmission section configured to transmit the uplink shared channel in the UL BWP and transmit an uplink control channel in the UL BWP. a receiving section configured to receive a radio resource control, RRC, signaling which includes a first configuration of an uplink Bandwidth Part, UL BWP, and a second configuration of transmission of an uplink shared channel without reception of a UL grant for scheduling of the uplink shared channel, wherein the first configuration indicates a resource block, RB, index corresponding to a lowest frequency of the UL BWP and indicates the number of RBs of the UL BWP; a control section configured to, when the uplink shared channel is configured by the second configuration and the uplink shared channel is activated by a layer 1, L1, signaling, determine a first frequency resource for the uplink shared channel before a frequency hopping, based on the L1 signaling, and determine an offset from the first frequency resource to a second frequency resource for the uplink shared channel after the frequency hopping, based on the first configuration; and a transmission section configured to transmit the uplink shared channel in the UL BWP and transmit an uplink control channel in the UL BWP.
A coupling assembly suitable to be used in first and second cars configured to move relative to one another. the coupling assembly comprising: a first extender that, while at least one of the first and second cars (12, 14) is in motion, is configured to extend away from the first car for connecting with the second car; a second extender that, while at least one of the first and second cars is in motion, is configured to extend away from the second car for connecting with the first car; characterised by a first connector, which is coupled to the first extender, and is adapted to be moved relative to the first car in response to the first extender extending away from the first car telescopically; and a second connector, which is coupled to the second extender, and is adapted to be moved relative to the second car in response to the second extender extending away from the second car telescopically, wherein the first connector is configured to perform the following while at least one of the first and second cars is in motion: (i) dynamically connect with the second connector when connecting between the first and second cars, and (ii) dynamically disconnect from the second connector when disconnecting the first car from the second car. a first extender that, while at least one of the first and second cars (12, 14) is in motion, is configured to extend away from the first car for connecting with the second car; a second extender that, while at least one of the first and second cars is in motion, is configured to extend away from the second car for connecting with the first car; characterised by a first connector, which is coupled to the first extender, and is adapted to be moved relative to the first car in response to the first extender extending away from the first car telescopically; and a second connector, which is coupled to the second extender, and is adapted to be moved relative to the second car in response to the second extender extending away from the second car telescopically, wherein the first connector is configured to perform the following while at least one of the first and second cars is in motion: (i) dynamically connect with the second connector when connecting between the first and second cars, and (ii) dynamically disconnect from the second connector when disconnecting the first car from the second car. (i) dynamically connect with the second connector when connecting between the first and second cars, and (ii) dynamically disconnect from the second connector when disconnecting the first car from the second car.
A device for producing clamps bent from wire sections, in particular surgical clamps, said device having a bending device for bending a wire section, and a feed device for a wire is provided with a cutting device for severing the wire section from the supplied wire, characterized in that the cutting device comprises two cutting punches for cutting the wire, and a holding device is provided for gripping and holding the wire section between the two cutting punches prior to severing the wire section and for positioning the severed wire section on a bending device as well as for supplying the wire section bent to form the clamp to a device for introducing the clamp into a cartridge or a clamp storage.
Road paver having a towing machine that is moveable on a plane along a work area, having a screed that is provided for laying a road pavement and having at least one measuring device that is configured to register a surface, and having a controller that is connected to the measuring device, wherein the surface can be depicted as a point cloud by means of the measuring device, wherein said point cloud extends in three spatial dimensions relative to the measuring device in order to ensure a spatial depiction of the surface, and also comprises a plurality of points, each of which is defined by 3D coordinates, wherein at least one pair of points of the point cloud is aligned in a first direction and at least one other pair of points of the point cloud lies at an angle to the first direction, wherein the controller is configured to convert the point cloud generated by the measuring device into at least one leveling signal, characterized in that the leveling signal is used to control leveling cylinders of the road paver, such that thereby a movement of the screed is conducted.
A first electronic device, comprising: a set of media control inputs, said set of media control inputs including a playlist initiation button; one or more processors; memory; and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions for: detecting a selection of the playlist initiation button during presentation of a first media content item at the first electronic device; and characterized in that in response to detecting the selection of the playlist initiation button: - - presenting a playlist including media content related to the first media content item, wherein a second media content item that is related to the first media content item is included in the playlist; and - presenting the second media content item at a second electronic device, which is distinct from the first electronic device. a set of media control inputs, said set of media control inputs including a playlist initiation button; one or more processors; memory; and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions for: detecting a selection of the playlist initiation button during presentation of a first media content item at the first electronic device; and characterized in that in response to detecting the selection of the playlist initiation button: - - presenting a playlist including media content related to the first media content item, wherein a second media content item that is related to the first media content item is included in the playlist; and - presenting the second media content item at a second electronic device, which is distinct from the first electronic device. detecting a selection of the playlist initiation button during presentation of a first media content item at the first electronic device; and characterized in that in response to detecting the selection of the playlist initiation button: - - presenting a playlist including media content related to the first media content item, wherein a second media content item that is related to the first media content item is included in the playlist; and - presenting the second media content item at a second electronic device, which is distinct from the first electronic device. - presenting a playlist including media content related to the first media content item, wherein a second media content item that is related to the first media content item is included in the playlist; and - presenting the second media content item at a second electronic device, which is distinct from the first electronic device.
A method for controlling a nuisance or disease carrying mosquito comprising: applying a composition containing a knockdown or blood feed inhibiting effective amount of a first insecticide (a) 4-trifluoromethylnicotinamide and a second insecticide (b) to such mosquito or to a locus where such control is desired other than for therapeutic treatment of the human or animal body, wherein the second insecticide (b) is selected from the group consisting of: alpha-cypermethrin, Azadirachtin, Bendiocarb, Bifenthrin, Buprofezin, Clothianidin, Cypermethrin, d-d, trans cyphenothrin, Diafenthiuron, Dinotefuran, Emamectin benzoate, Etofenprox, Fenoxycarb, Fipronil, Fluacrypyrim, Flubendiamide, Flupyradifurone, Imidacloprid, Malathion, Metaflumizone, Pyriproxyfen, Spinosad, Sulfoxaflor, Thiamethoxam, Trifloxystrobin, Triflumezopyrim, and
A coupling for fixedly mounting an upstanding elongate support member to a mounting element, comprising a female portion on a support member with a pair of facing parallel slots, a male portion on a mounting element with a pair of opposing arms extending from said mounting element, each arm having a flange configured to be disposed in one of said slots, a biasing member disposed between said arms such that, when the biasing member is drawn towards said support member, the arms splay laterally away from each other to fixedly engage said flanges in said respective slots and characterised by a fastening member extendable through said support member to threadingly engage with the biasing member such that, when the fastening member is rotated, the biasing means is drawn towards said support member.
A method for forming a catalytic material comprising: providing sacrificial template particles; templating a mixture of reactive polymer precursor and a metal precursor onto the sacrificial template particles under suitable conditions to enable in situ polymerization of the reactive polymer precursors to produce a sacrificial template coated with a reactive polymer containing dispersed electrocatalytic material precursors; heat treating the mixture after polymerization and templating of the reactive polymer precursors and metal precursors on the sacrificial template; and removing the sacrificial template particles to produce a highly dispersed, self- supported, high surface area electrocatalytic material. providing sacrificial template particles; templating a mixture of reactive polymer precursor and a metal precursor onto the sacrificial template particles under suitable conditions to enable in situ polymerization of the reactive polymer precursors to produce a sacrificial template coated with a reactive polymer containing dispersed electrocatalytic material precursors; heat treating the mixture after polymerization and templating of the reactive polymer precursors and metal precursors on the sacrificial template; and removing the sacrificial template particles to produce a highly dispersed, self- supported, high surface area electrocatalytic material.
A CO 2 recovery device comprising: a CO 2 absorption tower in which CO 2 contained in a gas to be treated is absorbed by a CO 2 absorption liquid by bringing the gas to be treated into contact with the CO 2 absorption liquid; and a CO 2 absorption liquid regeneration tower that heats the CO 2 absorption liquid, which has absorbed CO 2, to release CO 2 from the CO 2 absorption liquid to regenerate the CO 2 absorption liquid, wherein the bottom part of the CO 2 absorption liquid regeneration tower includes a first storage part in which the CO 2 absorption liquid is temporarily stored up to a certain height R1, a second storage part that is provided downward from a bottom of the first storage part and has an internal diameter d2 that is smaller than an internal diameter d1 of the first storage part, a liquid level measuring device that is disposed at the second storage part and that measures the liquid surface level of the CO 2 absorption liquid that changes between the first storage part and the second storage part, and a control device that controls the liquid surface level of the CO 2 absorption liquid between the first storage part and the second storage part on the basis of the measurement result of the liquid level measuring device, wherein the second storage part is a cylindrical member and has a smaller capacity than the first storage part. a CO 2 absorption tower in which CO 2 contained in a gas to be treated is absorbed by a CO 2 absorption liquid by bringing the gas to be treated into contact with the CO 2 absorption liquid; and a CO 2 absorption liquid regeneration tower that heats the CO 2 absorption liquid, which has absorbed CO 2, to release CO 2 from the CO 2 absorption liquid to regenerate the CO 2 absorption liquid, wherein the bottom part of the CO 2 absorption liquid regeneration tower includes a first storage part in which the CO 2 absorption liquid is temporarily stored up to a certain height R1, a second storage part that is provided downward from a bottom of the first storage part and has an internal diameter d2 that is smaller than an internal diameter d1 of the first storage part, a liquid level measuring device that is disposed at the second storage part and that measures the liquid surface level of the CO 2 absorption liquid that changes between the first storage part and the second storage part, and a control device that controls the liquid surface level of the CO 2 absorption liquid between the first storage part and the second storage part on the basis of the measurement result of the liquid level measuring device, wherein the second storage part is a cylindrical member and has a smaller capacity than the first storage part.